This Mediterranean-inspired orzo vegetable soup is a great option when you want something warm, nourishing, and easy to make. It is packed with vegetables, includes a small amount of orzo for texture, and has bright flavour from tomatoes, garlic, herbs, and a splash of lemon.

It is also flexible. You can change the vegetables based on what you have at home, add more greens, or make it heartier with beans or shredded chicken.

Why We Like It

This soup is light but satisfying. The vegetables provide fibre, vitamins, minerals, and antioxidants, while the orzo adds a comforting pasta texture without making the soup too heavy.

Meals like this can be helpful during busy weeks because they are easy to prepare, warm up well, and can support a balanced diet. Good nutrition plays an important role in energy, recovery, immune function, and overall musculoskeletal health.

Ingredients

• 2 teaspoons olive oil

• 1/2 onion, diced

• 5 cloves garlic, minced

• 1/4 cup orzo

• 1 cup vegetable broth

• 1 zucchini, sliced into half-moons

• 1 yellow summer squash, sliced

• 1 carrot, peeled and sliced

• 1/2 cup frozen green beans

• 1 cup crushed tomatoes

• 2 handfuls baby spinach

• 1/2 teaspoon garlic powder

• 1/2 teaspoon Greek seasoning

• Splash of lemon juice, optional

• Salt and black pepper, to taste

  Instant Pot Instructions

• Set the Instant Pot to sauté.

• Add olive oil and let it warm.

• Add the diced onion and cook for about 2 minutes, until softened.

• Add the garlic and cook briefly, just until fragrant.

• Add the orzo and stir for about 30 seconds.

• Turn off the sauté setting.

• Add the vegetable broth and gently stir.

• Add the zucchini, squash, carrot, and green beans.

• Pour the crushed tomatoes on top. Do not stir after adding the tomatoes.

• Close the lid and set the Instant Pot to high pressure for 2 minutes.

• Allow the pressure to build, then carefully quick-release according to your machine’s instructions.

• Open the lid carefully.

• Stir in the spinach until wilted.

• Add garlic powder, Greek seasoning, lemon juice, salt, and pepper.

• Taste and adjust seasoning before serving.

Stovetop Instructions

• Warm the olive oil in a large pot over medium heat.

• Add the onion and cook for 2 to 3 minutes, until softened.

• Add the garlic and cook for about 30 seconds.

• Add the orzo, broth, zucchini, squash, carrot, green beans, and crushed tomatoes.

• Bring to a gentle boil, then reduce heat and simmer until the orzo and vegetables are tender, about 10 to 15 minutes.

• Stir in the spinach near the end of cooking.

• Add garlic powder, Greek seasoning, lemon juice, salt, and pepper.

• Taste and adjust seasoning before serving.

Optional Add-Ins

• For extra protein, add chickpeas, white beans, lentils, or shredded chicken.

• For more greens, add kale, Swiss chard, or extra spinach.

• For more Mediterranean flavour, top with fresh parsley, basil, feta, or a drizzle of olive oil.

• For a heartier soup, add extra broth and more vegetables.

  The Bottom Line

This Mediterranean orzo vegetable soup is simple, flexible, and full of flavour. It is a great recipe for busy nights when you want something warm, colourful, and nourishing without spending too much time in the kitchen.

Many people think ergonomics means buying an expensive chair or forcing themselves to sit perfectly straight all day. In reality, ergonomics is much broader. It is about designing your workstation, tools, posture, movement habits, and work routine so that your body is not placed under unnecessary strain for hours at a time.

This matters because many people now spend a large part of the day working at a computer. Whether you work in an office, work from home, study on a laptop, answer emails, use a mouse, or spend hours typing, your workstation can influence how your neck, shoulders, back, wrists, and hands feel by the end of the day.

Computer-related discomfort is not always caused by one dramatic injury. More often, it develops from small repeated stresses: reaching for a mouse, typing with the wrists bent, looking down at a screen, sitting too long, using a laptop without support, or holding the shoulders tense while working. Over time, these habits may contribute to neck pain, shoulder tension, upper back stiffness, low back pain, headaches, wrist discomfort, forearm tightness, and hand symptoms.

The good news is that many ergonomic issues can be improved with simple changes. The important point is that ergonomics should not be seen as one magic solution. It works best when combined with movement breaks, strengthening, stretching, workload management, and individualized care when symptoms persist.

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Why Ergonomics Is Important

Ergonomics is important because the body was not designed to stay in one fixed position for hours. Muscles, joints, tendons, and nerves tolerate movement well, but they can become irritated when the same posture or repetitive task is sustained for long periods.

Work-related neck and upper limb musculoskeletal disorders are common among office workers. A Cochrane review on ergonomic interventions for office workers noted that work-related upper limb and neck musculoskeletal disorders are among the most common occupational disorders worldwide, with studies reporting that approximately 20% to 60% of office workers experience musculoskeletal disorders (Hoe et al., 2018).

This does not mean every office worker will develop pain. It means that computer-based work can create physical demands that deserve attention. The neck, shoulders, wrists, hands, upper back, and low back are all exposed to repeated or sustained loading during desk work.

In a major prospective study of newly hired computer users, researchers followed workers who used video display terminals, or computer workstations, for more than 15 hours per week. The study found that upper-extremity musculoskeletal symptoms were common among computer users. Neck and shoulder symptoms were especially frequent, and neck and shoulder disorders were more common than hand and arm disorders (Gerr, 2001).

The same report found that many computer users worked in non-neutral postures. Approximately 61% were observed in non-neutral shoulder postures and 41% were observed in non-neutral wrist postures (Gerr, 2001). This is important because it suggests that many people are not simply “sitting badly” because they are careless. Their workstation setup, equipment placement, work demands, and habits may be encouraging awkward positions.

Ergonomics matters because those awkward positions can add up.

Ergonomics Is Not One-Size-Fits-All

One of the most important points from the ergonomics literature is that workstation recommendations are not always consistent. A review of global ergonomics standards and guidelines for computer workstation design found considerable disagreement between different standards, especially when comparing current guidelines with prior ergonomics research (Woo et al., 2016).

This is a key point. There is no single perfect desk setup that works for everyone. Body size, job duties, equipment, vision needs, typing volume, mouse use, chair design, desk height, monitor size, and work habits all influence what setup is best.

A tall person and a shorter person may need different chair and monitor heights. A person who types all day may need different support than someone who mainly reads documents. A laptop user may need a different setup than someone using two large monitors. Someone with neck pain may need different adjustments than someone with wrist discomfort.

This is why ergonomics should be practical and individualized. The goal is not to copy a diagram perfectly. The goal is to reduce strain, support comfort, and make it easier for your body to move well through the day.

The Evidence Is Helpful, But Not Perfect

Ergonomics is commonly recommended for office-related neck, shoulder, arm, and wrist pain. However, the research is more nuanced than many people realize.

A Cochrane review examined randomized controlled trials of ergonomic interventions for preventing work-related upper limb and neck musculoskeletal disorders among office workers. The review included 15 studies with 2,165 workers and looked at physical ergonomic changes, organizational changes, ergonomic training, and multifaceted interventions (Hoe et al., 2018).

The authors found that the evidence was mixed. Arm supports combined with an alternative mouse may reduce the incidence of neck or shoulder disorders, but the evidence for other physical ergonomic interventions was less clear. Workstation adjustment and sit-stand desks did not show a clear effect on upper limb pain or discomfort compared with no intervention in the studies included. Ergonomic training alone also did not clearly prevent upper limb or neck musculoskeletal disorders (Hoe et al., 2018).

This does not mean ergonomics is useless. It means we should be careful not to oversell any one intervention. A new chair, a sit-stand desk, a vertical mouse, or a single training session may not be enough on its own.

The most practical interpretation is that ergonomics is one important part of a bigger musculoskeletal health strategy. Equipment matters. Workstation setup matters. Breaks matter. Strength matters. Movement matters. Recovery matters. The best results usually come from combining several of these factors rather than relying on one change alone.

The Myth of the “Perfect Posture”

Many people have been taught that proper computer posture means sitting upright with the elbows at 90 degrees, forearms parallel to the floor, wrists straight, and the monitor directly ahead. While these ideas can be useful starting points, they should not be treated as rigid rules.

The NIOSH-funded prospective study challenged some traditional assumptions about “ideal” computer posture. The researchers found that the commonly recommended seated position, with the upper arms perpendicular to the floor, elbows at a right angle, forearms parallel to the floor, and keyboard at or above elbow height near the desk edge, may not be as protective as commonly believed. In fact, the report recommended that this traditional posture be viewed with caution and studied further (Gerr, 2001).

This does not mean posture does not matter. It means posture is more complex than a single diagram.

A better message is this: the best posture is one that changes often. Sitting upright can be useful. Leaning back with support can be useful. Standing can be useful. Walking away from the desk can be useful. Problems tend to occur when one position is held too long or when a workstation repeatedly forces the body into strain.

Monitor Position and Neck Strain

Monitor position is one of the most important parts of an ergonomic setup. If the screen is too low, you may spend the day looking down. If it is too high, you may extend your neck upward. If it is too far away, you may lean forward. If it is off to one side, you may rotate your neck for long periods.

The Woo et al. review found that global ergonomics standards differ in their workstation recommendations, including monitor position and viewing angles (Woo et al., 2016). This inconsistency matters because monitor height and distance can influence head and neck posture.

The NIOSH report also found that workstation design and adjustment practices appeared to give more attention to keyboard position than monitor position. The researchers found a stronger relationship between elbow height and keyboard height than between eye height and monitor height, suggesting that monitor placement may be neglected compared with keyboard placement (Gerr, 2001).

Clinically, this makes sense. Many people adjust their chair and keyboard so they can type comfortably, but they leave the monitor too low, too high, or too far away. Over a full workday, this can contribute to neck and shoulder tension.

A practical rule is to keep your main screen directly in front of you, roughly at arm’s length, with the top of the screen near eye level or slightly below. You should be able to view the screen without craning your neck forward, looking sharply downward, or rotating your head for long periods.

For laptop users, this is especially important. Laptops are convenient, but they create an ergonomic compromise because the screen and keyboard are attached. For longer work sessions, using a laptop stand with an external keyboard and mouse is usually much better than working hunched over the laptop.

Keyboard Height and Elbow Position

Keyboard position matters because it affects the shoulders, elbows, forearms, wrists, and hands. If the keyboard is too high, the shoulders may elevate and the wrists may extend. If it is too far away, the arms may reach forward and the shoulders may tense. If it is too close to the desk edge, the wrists and forearms may lack support.

In the NIOSH report, keying with elbow height below the height of the “J” key was associated with increased risk of neck and shoulder symptoms. The same report found that an inner elbow angle greater than 121 degrees was associated with reduced risk of both neck and shoulder symptoms and neck and shoulder disorders, although this protective effect decreased as weekly keying hours increased (Gerr, 2001).

This is a useful reminder that the common “elbows at exactly 90 degrees” rule may be too simplistic. For some people, a slightly more open elbow angle and a keyboard position that does not force the shoulders to elevate or the wrists to strain may be more comfortable.

The keyboard should generally be positioned so the shoulders feel relaxed, the elbows can rest near the body, and the wrists do not have to bend sharply upward or sideways. The exact position may vary depending on your body size, chair, desk, and work tasks.

Mouse Position: A Common Source of Shoulder and Wrist Strain

Mouse use is one of the most overlooked ergonomic issues. Many people keep the mouse too far to the side or too far forward. This forces the shoulder to reach repeatedly throughout the day.

The NIOSH report found that reaching for and using the mouse increased shoulder flexion, shoulder abduction, and inner elbow angle (Gerr, 2001). In plain language, using the mouse often made people reach their arm away from the body. Over time, repeated reaching can contribute to shoulder, neck, forearm, or wrist discomfort.

The report also found that radial deviation of more than 5 degrees while using a mouse was associated with increased risk of hand and arm disorders (Gerr, 2001). Radial deviation refers to the wrist bending toward the thumb side. This kind of repeated or sustained wrist position may increase strain in the wrist and forearm.

A practical solution is to keep the mouse close to the keyboard, at the same height, and within easy reach. Your elbow should stay near your side. Your wrist should remain relatively neutral, not bent sharply to one side. If your shoulder feels like it is reaching all day, your mouse is probably too far away.

Some people may benefit from a different mouse design, a smaller keyboard, keyboard shortcuts, or alternating mouse hands, depending on the situation.

Arm Supports and Alternative Mouse Designs

The Cochrane review found moderate-quality evidence that using an arm support together with an alternative computer mouse reduced the incidence of neck or shoulder disorders compared with a conventional mouse alone. The reported risk ratio was 0.52, meaning the intervention group had a lower risk of neck or shoulder disorders in the included studies (Hoe et al., 2018).

The same review found low-quality evidence that this combination reduced neck or shoulder discomfort and right upper limb discomfort. However, the evidence was not as strong for reducing right upper limb disorders, and alternative mouse use alone did not clearly reduce disorders compared with a conventional mouse (Hoe et al., 2018).

For patients, this means that arm support and mouse changes may help some people, especially if they reduce reaching, shoulder tension, or wrist strain. But they should not be seen as guaranteed solutions. They work best when matched to the person’s symptoms, workstation, and daily work demands.

Wrist Rests: Helpful or Harmful?

Wrist rests are commonly recommended, but they are not always used properly. A wrist rest should not be used as a place to press the wrist heavily while typing. It is better used lightly during pauses, not as a constant pressure point.

The NIOSH report found that use of a wrist rest was associated with decreased wrist flexion in posture measurements, but in some analyses, the presence of a keyboard wrist rest was associated with increased risk of hand and arm symptoms and disorders (Gerr, 2001). The authors interpreted this carefully and did not conclude that all wrist rests are harmful. The relationship appeared to depend on how the wrist rest and keyboard were positioned.

The practical message is that wrist rests are not automatically good or bad. They must be used correctly. Avoid planting the wrist heavily on a hard surface while typing. Keep the wrists neutral, float the hands lightly when typing, and use support during pauses if helpful.

If a wrist rest increases pressure, numbness, tingling, or discomfort, it may need to be removed or repositioned.

Sit-Stand Desks: Useful, But Not Magic

Sit-stand desks have become popular, especially for people who sit for long periods. They can be helpful because they allow position changes throughout the day. However, standing all day is not automatically better than sitting all day.

The Cochrane review found very low-quality evidence from one study that sit-stand workstations did not clearly reduce neck and shoulder discomfort or pain compared with usual working conditions (Hoe et al., 2018). This does not mean sit-stand desks have no value. It means that simply replacing a sitting desk with a sit-stand desk may not be enough to prevent pain.

The key is how the desk is used. Alternating between sitting and standing, taking walking breaks, adjusting monitor height, keeping the keyboard and mouse at comfortable levels, and avoiding prolonged static standing are all important.

A sit-stand desk should be used to create movement variety, not to replace one fixed posture with another fixed posture.

Breaks Are Part of Ergonomics

Breaks are not separate from ergonomics. They are one of the most important parts of it.

The Cochrane review found very low-quality evidence that supplementary breaks may reduce discomfort in the neck, right shoulder or upper arm, and right forearm, wrist, or hand among data entry workers (Hoe et al., 2018). Although the quality of evidence was low, the finding makes practical sense. Muscles and joints often tolerate work better when sustained loading is interrupted.

Even a well-designed workstation cannot remove all strain if someone sits and types for hours without interruption. The body needs changes in position. Muscles need recovery. Joints need movement. Eyes need breaks from the screen.

A useful strategy is to take short movement breaks throughout the day. This does not need to be complicated. Stand up, walk briefly, roll the shoulders, gently move the neck, open the chest, stretch the hips, or take a few slow breaths away from the screen.

Microbreaks are especially helpful because they interrupt the buildup of strain before it becomes noticeable. A one- or two-minute break every 20 to 30 minutes can sometimes be more useful than one long break after several hours of discomfort.

Ergonomic Training Alone May Not Be Enough

Many workplaces offer ergonomic training, but education alone does not always change outcomes. The Cochrane review found low- to very low-quality evidence that ergonomic training may or may not prevent work-related musculoskeletal disorders of the upper limb or neck among office workers (Hoe et al., 2018).

This is important because people often know what they “should” do but still struggle to apply it. They may know their screen should be higher, but they do not have a monitor stand. They may know they should take breaks, but their workload does not allow it. They may know they should avoid reaching for the mouse, but their keyboard is too wide. They may know they should exercise, but pain makes them hesitant.

Training is most useful when it is practical, individualized, and paired with real changes to the workstation and work routine.

The Problem With Repetition

Ergonomics is not only about posture. It is also about repetition and workload.

The NIOSH report found that hours of keying per week were associated with both hand and arm symptoms and hand and arm disorders (Gerr, 2001). This means that the amount of typing matters. Even with a good setup, long periods of repeated keying can still increase strain.

This is important for people who type, code, document, chart, schedule patients, write reports, process claims, or answer emails for many hours per day. The more repetitive the task, the more important breaks, variation, and recovery become.

Reducing unnecessary repetition can help. This may include using keyboard shortcuts, speech-to-text tools, templates, alternating tasks, taking microbreaks, and avoiding long uninterrupted blocks of typing when possible.

Your Chair Matters, But It Is Not the Whole Solution

A good chair can help support the spine, hips, and pelvis. Adjustable seat height, lumbar support, a stable base, and comfortable seat depth can make sitting easier.

However, the NIOSH report found that simply having an easily adjustable chair was not necessarily associated with better measured postures among computer users (Gerr, 2001). This does not mean adjustable chairs are useless. It means that providing equipment alone is not enough if people do not know how to use it, do not adjust it, or continue working in the same habits.

This is a common real-world issue. Many people have expensive office chairs but never change the settings. Others sit at a desk that is too high, so even a good chair cannot fully solve the problem. Some people have a chair that fits well but still sit for hours without moving.

A chair is a tool. It helps, but it does not replace movement, breaks, and a properly arranged workstation.

Documents, Phones, and Small Habits That Matter

People often focus on the chair and monitor but ignore documents, phones, notebooks, and secondary screens. These smaller details can matter.

The NIOSH report found that participants using a document holder had different head and gaze positions than those who did not use one. A document holder can reduce repeated looking down or rotating the neck when copying from papers (Gerr, 2001).

The report also found that using a telephone shoulder rest was associated with increased risk of neck and shoulder symptoms and disorders (Gerr, 2001). This makes sense because holding a phone between the ear and shoulder can place the neck in a side-bent, compressed position. For anyone who spends significant time on the phone, a headset or speaker option is usually better.

These details may seem small, but ergonomics is often about small repeated exposures. A few minutes of awkward neck position may not matter. Doing it repeatedly every day can become a problem.

Ergonomics for Working From Home

Working from home has made ergonomics even more important. Many people work at kitchen tables, couches, beds, or small temporary desks. These setups may be fine for occasional use, but they are usually not ideal for full workdays.

The biggest work-from-home problem is laptop posture. When a laptop sits flat on a table, the screen is usually too low. This encourages forward head posture, rounded shoulders, and upper back strain. If the laptop is raised to eye level, the keyboard becomes too high. This is why an external keyboard and mouse are so helpful.

A simple home setup can include a laptop stand, separate keyboard, separate mouse, supportive chair, and screen positioned directly in front of you. You do not need a perfect office to make meaningful improvements. Even small changes can reduce daily strain.

Ergonomics Is About Reducing Load, Not Blaming Posture

It is important not to turn ergonomics into fear. People should not feel that every posture is dangerous or that their spine is fragile. The body is strong and adaptable. Pain is usually influenced by many factors, including sleep, stress, workload, strength, activity, recovery, and overall health.

Ergonomics is not about blaming people for how they sit. It is about making the environment easier on the body.

A better setup reduces unnecessary load. Better habits reduce repetition. Movement breaks reduce static strain. Exercise builds capacity. Together, these changes can help people feel and function better.

How Chiropractic Care May Help

At The Muscle and Joint Clinic, we often see patients with neck pain, upper back stiffness, low back pain, shoulder tension, headaches, wrist discomfort, and posture-related symptoms that may be connected to desk work, laptop use, computer work, studying, or working from home.

Chiropractic care begins with a proper assessment. We look at the patient’s symptoms, work habits, posture, spinal and joint mobility, muscle tension, movement patterns, and any signs that may require referral or further investigation.

For many patients, discomfort is related to mechanical factors such as joint restriction, muscle tension, reduced mobility, prolonged sitting, repetitive strain, weakness, or poor movement habits. Care may include chiropractic treatment, soft tissue therapy, mobility work, strengthening exercises, ergonomic advice, posture education, and strategies to reduce strain during work.

The goal is not simply to tell people to “sit up straight.” The goal is to help patients move better, feel better, understand what may be contributing to their symptoms, and build habits that support long-term musculoskeletal health.

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Practical Ergonomic Tips

• Start with your screen. Place your main monitor directly in front of you and close to eye level. Avoid looking down at a laptop for long periods.

• Keep your keyboard and mouse close. Your elbows should stay near your body and your shoulders should feel relaxed.

• Avoid reaching for the mouse. If your mouse is far away, bring it closer. If your keyboard is very wide, consider whether it is forcing the mouse too far to the side.

• Support your lower back. Sit back into the chair and use lumbar support if helpful.

• Keep your feet supported. If your feet do not comfortably reach the floor, use a footrest.

• Avoid holding the phone between your ear and shoulder. Use a headset, earbuds, or speaker option when possible.

• Take regular breaks. Stand, walk, stretch, and change position often.

• Use a laptop stand for longer sessions. Pair it with an external keyboard and mouse.

• Do not chase perfect posture. Focus on comfort, support, and movement variety.

The Bottom Line

Ergonomics matters because many people spend hours each day at computers, laptops, and phones. Small workstation problems repeated over time can contribute to neck pain, shoulder tension, back pain, wrist discomfort, and fatigue.

The evidence shows that computer workstation design is complex, and guidelines are not always consistent (Woo et al., 2016). Research on computer users also shows that many people work in non-neutral postures, and that factors such as keyboard position, mouse use, telephone habits, and hours of keying can influence musculoskeletal symptoms and disorders (Gerr, 2001).

At the same time, high-quality evidence for many ergonomic interventions remains limited or mixed. A Cochrane review found that some interventions, such as arm supports combined with alternative mouse designs and supplementary breaks, may help in certain situations, but many interventions do not have strong evidence as standalone solutions (Hoe et al., 2018).

The solution is not one perfect posture, one perfect chair, or one perfect desk. The solution is a better setup, less unnecessary strain, regular movement, appropriate breaks, and enough strength and mobility to tolerate the demands of the workday.

Your workstation should fit your body and your work. Your body should not have to constantly adapt to a poorly designed workstation.

Disclaimer

This article is for general educational and informational purposes only and is not intended to replace individualized medical advice, diagnosis, or treatment. Ergonomic recommendations should be adapted to the individual, the work environment, and any existing health concerns.

If you have severe, worsening, persistent, recurrent, or unusual pain, numbness, weakness, radiating symptoms, or symptoms affecting your ability to work or function, please seek assessment from a qualified health professional.

References

Gerr, F. (2001). Musculoskeletal disorders among VDT operators: Final report (NIOSH R01-OH03160). Rollins School of Public Health, Department of Environmental and Occupational Health, Emory University.

Hoe, V. C. W., Urquhart, D. M., Kelsall, H. L., Zamri, E. N., & Sim, M. R. (2018). Ergonomic interventions for preventing work-related musculoskeletal disorders of the upper limb and neck among office workers. Cochrane Database of Systematic Reviews, 2018(10), CD008570. https://doi.org/10.1002/14651858.CD008570.pub3

Woo, E. H. C., White, P., & Lai, C. W. K. (2016). Ergonomics standards and guidelines for computer workstation design and the impact on users’ health: A review. Ergonomics, 59(3), 464–475. https://doi.org/10.1080/00140139.2015.1076528

Back pain is often thought of as an adult problem, but children and teenagers can experience it too. In fact, research over the last several years has shown that spinal pain in young people is much more common than many parents realize. Neck pain, mid-back pain, and low back pain can appear during the school years, sometimes after sports, sometimes after prolonged sitting, and sometimes after long periods of phone, computer, or tablet use.

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For many children, back pain is mild and temporary. It may come and go, settle with rest, or improve once they start moving again. For others, it can become more persistent and begin to interfere with school, sleep, sports, physical education, mood, and daily activity. This is why back pain in children should not automatically be dismissed as “just growing pains,” especially when it becomes recurrent or starts limiting normal life.

A growing body of evidence suggests that pediatric back pain is influenced by many factors. These can include age, sex, physical activity level, body composition, posture, screen time, smartphone use, computer use, school habits, sports participation, and prolonged sitting (Azevedo et al., 2023; Joergensen et al., 2021; Minghelli, 2020). The relationship is not always simple, and these studies do not prove that screens alone cause back pain. However, they do show that modern childhood habits may play an important role.

Back Pain in Young People Is Common

Several studies have reported high rates of back pain in children and adolescents. In a Portuguese study of 304 students aged 10 to 17, lifetime prevalence was 51% for neck pain and 65.1% for low back pain. Over a 12-month period, 39.8% reported neck pain and 47% reported low back pain (Minghelli, 2020).

A larger cross-sectional study from northern Portugal included 1,463 students aged 9 to 19. In that study, approximately half of the children and adolescents reported experiencing back pain at least once in their lifetime. The most commonly reported regions were the lumbar spine and thoracic spine, and most pain was described as mild or moderate in intensity (Azevedo et al., 2023).

These findings are important because they show that back pain is not rare in young people. Many children and teenagers experience spinal pain at some point, and the risk appears to increase with age. Azevedo and colleagues found that age was a factor associated with back pain, and Minghelli found that older adolescents between 15 and 17 years old had a higher probability of low back pain compared with younger students between 10 and 14 years old (Azevedo et al., 2023; Minghelli, 2020).

This may reflect the reality of adolescence. Older students often have longer school days, more homework, more time spent sitting, more time on phones and computers, heavier academic demands, and sometimes more intense sports or exercise schedules. Growth and puberty may also change the way the spine, muscles, and joints respond to load.

Smartphones, Computers, and Back Pain

One of the strongest themes across these studies is the relationship between screen-based habits and spinal pain. In Minghelli’s study, adolescents who used a mobile phone for more than 10 hours per week had 2.48 times higher probability of neck pain and 2.39 times higher probability of low back pain compared with those who used a mobile phone for 10 hours per week or less (Minghelli, 2020).

Azevedo and colleagues also found that prolonged smartphone and computer use were associated with a higher relative risk of back pain in children and adolescents. Their study specifically identified prolonged smartphone use and computer use as risk factors, along with age, female sex, percentage body fat, hyperkyphosis, and lateral global spine tilt to the left side (Azevedo et al., 2023).

This does not mean every child who uses a phone or computer will develop back pain. The issue is more likely the combination of time, posture, repetition, and lack of movement variety. When children look down at a phone, sit curled over a laptop, or stay in one position for long periods, the neck, shoulders, mid-back, low back, and hips can become tired or irritated.

The problem is rarely one single screen session. It is the repeated pattern across the day. A child may look down at a phone before school, sit at a desk during class, use a laptop for homework, watch videos after school, game in the evening, and then look at a phone again before bed. Over time, these habits can add up.

Screen Time and Spinal Pain in Pre-Adolescents

A large Danish study published in BMC Musculoskeletal Disorders looked at 45,555 pre-adolescents from the Danish National Birth Cohort. These children were around 11 to 12 years old. The researchers examined screen time, physical activity, and spinal pain involving the neck, mid-back, and low back (Joergensen et al., 2021).

The study found a stepwise association between screen time and spinal pain. Compared with children who spent less than two hours per day in front of screens, children who spent six or more hours per day in front of screens had a substantially higher likelihood of severe spinal pain. For girls, six or more hours of daily screen time was associated with a relative risk ratio of 2.49 for severe spinal pain. For boys, it was associated with a relative risk ratio of 1.95 (Joergensen et al., 2021).

This is an important finding because it suggests a dose-response pattern. As screen time increased, the likelihood of spinal pain also increased. The association was stronger for severe pain than for moderate pain among children with the highest screen exposure (Joergensen et al., 2021).

However, it is important to be careful with how we interpret this. The Danish study was cross-sectional, which means it can show an association but cannot prove cause and effect. It is possible that high screen time contributes to spinal pain, but it is also possible that children with pain become less active and spend more time on screens. The authors themselves noted that future prospective studies are needed to better understand causality (Joergensen et al., 2021).

For parents, the practical takeaway is still useful: long, uninterrupted screen time is worth addressing when a child has neck or back pain.

Posture Matters, But Movement Matters More

Posture is often blamed for back pain, but the message needs to be balanced. Children do not need to sit perfectly straight all day, and it is not realistic to expect them to hold one “perfect” posture for hours. The spine is made to move.

That said, posture can still matter when certain positions are held for long periods. Minghelli found that students who sat with the spine in a poor position had 3.24 times greater odds of low back pain (Minghelli, 2020). Azevedo and colleagues also found that hyperkyphosis was associated with increased risk of back pain, and lateral global spine tilt to the left side was also associated with higher risk, although the number of students with this tilt was relatively small (Azevedo et al., 2023).

Hyperkyphosis refers to an increased rounding of the upper back. In children who spend long periods sitting, looking down, or using devices, this rounded posture may become more common. But posture should not be treated as a moral failure or something children should feel anxious about. A more helpful message is that the body likes variety. Sitting upright, leaning back, standing, stretching, walking, and changing position throughout the day are all useful.

Instead of constantly telling a child to “sit up straight,” it may be more effective to say, “Let’s change position,” “Take a quick movement break,” or “Bring the screen up a little higher.”

Physical Activity Can Be Protective

Physical activity is one of the most important factors to consider. Azevedo and colleagues found that practicing physical activity or sports regularly had a protective effect against back pain (Azevedo et al., 2023). Joergensen and colleagues found that physically inactive pre-adolescents were more likely to report severe spinal pain compared with moderately active children (Joergensen et al., 2021).

This makes sense clinically. Children who move regularly tend to develop better strength, endurance, coordination, balance, and confidence in their bodies. Regular movement may also help counterbalance long periods of sitting and screen use.

However, more is not always better. Azevedo and colleagues found that while sport and physical activity were generally protective, performing physical exercise for two to three hours per day increased the risk of back pain compared with zero to one hour per day (Azevedo et al., 2023). Joergensen and colleagues also discussed the possibility of a U-shaped relationship, where inactivity may increase risk, but very high levels of intense activity may also contribute to pain in some children (Joergensen et al., 2021).

This is an important point for parents of both inactive children and highly active young athletes. A child who does very little physical activity may need encouragement to move more. A child training intensely every day may need better load management, rest, recovery, strength work, and attention to technique.

The Surprising Finding About Video Games

One interesting finding from Azevedo’s study was that video game use appeared to have a protective effect. Specifically, video game use for two to three hours per day was associated with a reduced risk of back pain, although this result was based on a relatively small number of students (Azevedo et al., 2023).

This finding should be interpreted carefully. It does not mean children should be encouraged to play unlimited video games to prevent back pain. The authors noted the finding, but because the number of students in that category was small, it should not be overgeneralized.

One possible explanation is that video game use may involve more varied postures or more active engagement compared with passive screen use. Some gaming may also involve movement-based consoles or more frequent position changes. But for most families, the safest interpretation is still moderation. The goal is not to replace one type of screen time with another. The goal is to balance screen time with movement, sleep, outdoor activity, school demands, and family routines.

Body Composition and Back Pain

Azevedo and colleagues found that percentage body fat was associated with a higher risk of back pain in children and adolescents (Azevedo et al., 2023). Interestingly, body mass index was not the key factor in their analysis, but percentage body fat was.

This distinction matters. BMI is a broad measure and does not always tell the full story about body composition, strength, or fitness. Percentage body fat may better reflect some of the mechanical and metabolic factors that can influence musculoskeletal pain.

That said, this topic should be approached carefully with children. The goal should never be to shame a child about weight or appearance. The healthier and more useful focus is on building strength, improving fitness, increasing daily movement, improving sleep, eating well, and supporting overall health.

Why Back Pain in Children Should Not Be Ignored

Most pediatric back pain is not dangerous, but it can still affect a child’s quality of life. Azevedo and colleagues found that 20.8% of students who reported back pain also reported functional limitation related to that pain (Azevedo et al., 2023). This means that for some children, back pain is not just a minor complaint. It can interfere with normal activities.

Pain can also change behaviour. A child may stop participating in gym class, avoid sports, sit out at recess, become less active, or spend more time resting. Over time, this can lead to weakness, stiffness, reduced confidence, and more sensitivity to movement.

This is why early assessment and education can be helpful. The goal is not to medicalize every ache and pain. The goal is to identify children who need support and to help them return to healthy movement before pain becomes a recurring pattern.

When Parents Should Seek Assessment

Parents should consider having their child assessed if back pain is persistent, worsening, recurrent, interfering with school or sports, affecting sleep, or causing the child to avoid normal activities. Assessment is also important if pain follows a significant fall, collision, or injury.

Parents should seek medical attention more urgently if back pain is associated with fever, unexplained weight loss, night sweats, constant night pain, progressive worsening, numbness, weakness, changes in walking, bowel or bladder changes, unexplained fatigue, or pain in a very young child.

In many cases, the pain is mechanical and manageable with conservative care. But a proper assessment helps determine whether further medical investigation is needed.

How Chiropractic Care Can Help

At The Muscle and Joint Clinic, we often see children and teenagers who complain of back pain, neck pain, posture-related discomfort, sports-related soreness, or pain that seems to come on after long periods of sitting, studying, gaming, or using a phone or computer.

Chiropractic care begins with a proper assessment. Before recommending treatment, we take time to understand the child’s symptoms, how long the pain has been present, what activities make it better or worse, whether it affects school, sports, sleep, or daily life, and whether there are any signs that require medical referral. This is especially important in children because back pain can have many possible causes, and care should always be based on the child’s specific presentation.

For many children and adolescents, back pain is mechanical in nature. This means it may be related to muscle tension, joint restriction, posture habits, prolonged sitting, screen use, backpack strain, sports overload, reduced mobility, weakness, or poor movement control. In these cases, chiropractic care may help by improving spinal and joint mobility, reducing muscle tension, supporting better movement patterns, and helping the child return to activity safely.

Treatment may include gentle chiropractic care, soft tissue therapy, mobility exercises, strengthening exercises, posture education, ergonomic advice, backpack guidance, and recommendations around screen habits and movement breaks. The goal is not simply to tell a child to “sit up straight.” The goal is to help them move better, feel better, understand their body, and develop habits that support long-term spinal health.

We also focus on education for both parents and children. Many families feel worried when a child has back pain, but most cases are not serious and can improve with the right guidance. We help families understand what may be contributing to the pain, what activities are safe, what changes may help, and when further medical evaluation or imaging may be needed.

If your child or teenager has been complaining of back pain, neck pain, posture-related discomfort, or pain with school, sports, or screen use, we offer free consultations at The Muscle and Joint Clinic. A consultation is an opportunity to discuss the concern, ask questions, and determine whether chiropractic care may be appropriate.

Practical Tips for Parents

A helpful first step is to look at the child’s daily routine. How much time are they spending sitting? How much time are they spending on a phone or computer? Are they physically active most days? Are they sleeping well? Are they carrying a heavy backpack? Are they avoiding sports or gym class because of pain?

Children should be encouraged to take regular movement breaks during homework, gaming, studying, and recreational screen use. Even a short break every 20 to 30 minutes can help reduce prolonged static loading.

Phones should be brought closer to eye level when possible, rather than always bending the neck down toward the lap. Laptops can be raised for longer work sessions, and an external keyboard or mouse can make the setup more comfortable.

Physical activity should be encouraged in a positive way. Children do not need to become elite athletes. They need regular opportunities to walk, run, play, strengthen, stretch, and move in different ways.

Parents should also avoid fear-based language. Telling a child that their spine is “bad” or that they are “damaging their back” can create unnecessary worry. A better message is that the body is strong, movement is healthy, and small habit changes can make a big difference.

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The Bottom Line

Back pain in children and adolescents is common. Research from Portugal and Denmark shows that spinal pain is associated with factors such as age, female sex, prolonged smartphone and computer use, high screen time, physical inactivity, posture, and body composition (Azevedo et al., 2023; Joergensen et al., 2021; Minghelli, 2020).

This does not mean screens are the only cause, and it does not mean children need to avoid technology completely. The more balanced message is that children need movement variety, regular physical activity, healthy screen habits, supportive school and homework setups, and early assessment when pain persists.

Most children with back pain do not have a serious condition, but their pain still deserves attention. With the right education, movement, and care, many children and teens can feel better, stay active, and build healthier habits for the future.

Disclaimer

This article is for general educational and informational purposes only and is not intended to replace individualized medical advice, diagnosis, or treatment. Back pain in children and adolescents can have many possible causes, and recommendations should always be based on a proper clinical assessment.

If your child has severe, worsening, persistent, recurrent, or unusual back pain, or if symptoms are associated with fever, unexplained weight loss, night pain, numbness, weakness, changes in walking, bowel or bladder changes, or a significant injury, please seek assessment from a qualified health professional.

A free consultation at The Muscle and Joint Clinic is an opportunity to discuss your child’s concern, ask questions, and determine whether a full assessment or referral may be appropriate. It does not replace a complete examination or medical evaluation when one is needed.

References

Azevedo, N., Ribeiro, J. C., & Machado, L. (2023). Back pain in children and adolescents: A cross-sectional study. European Spine Journal, 32, 3280–3289. https://doi.org/10.1007/s00586-023-07751-z

Joergensen, A. C., Strandberg-Larsen, K., Andersen, P. K., Hestbaek, L., & Andersen, A.-M. N. (2021). Spinal pain in pre-adolescence and the relation with screen time and physical activity behavior. BMC Musculoskeletal Disorders, 22, Article 393. https://doi.org/10.1186/s12891-021-04263-z

Minghelli, B. (2020). Musculoskeletal spine pain in adolescents: Epidemiology of non-specific neck and low back pain and risk factors. Journal of Orthopaedic Science, 25(5), 776–780. https://doi.org/10.1016/j.jos.2019.10.008

Pregnancy is one of the most significant physical changes a person can experience. As the body adapts to support a growing baby, nearly every part of the musculoskeletal system is affected in some way. The spine, pelvis, hips, ribs, abdominal wall, pelvic floor, muscles, ligaments, and joints all respond to changing weight distribution, hormonal changes, altered posture, and new daily demands.

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For many people, these changes are manageable. For others, they can contribute to low back pain, pelvic girdle pain, hip discomfort, rib pain, neck tension, headaches, difficulty sleeping, or trouble with everyday activities such as walking, climbing stairs, rolling in bed, sitting, standing, lifting, or caring for other children.

These symptoms are common, but they should not be dismissed as “just part of pregnancy.” Pregnancy-related low back pain and pelvic girdle pain can affect sleep, work, activity levels, mood, confidence with movement, and quality of life. Research has reported that low back pain, pelvic girdle pain, or a combination of both are frequently experienced during pregnancy, and some individuals continue to experience symptoms into the postpartum period (Weis et al., 2020; Weis et al., 2022).

Chiropractic care during pregnancy is not about “treating pregnancy.” Pregnancy is not a disease. Instead, chiropractic care focuses on the musculoskeletal system: the spine, pelvis, joints, muscles, nerves, movement patterns, and daily function. The goal is to help patients understand what is changing, manage discomfort where appropriate, move more comfortably, stay active when safe, and transition into postpartum recovery with more confidence.

The Canadian Chiropractic Association has highlighted several reasons why a pregnant person may consider chiropractic care, including education, pain relief, guidance around physical activity, postpartum support, and ergonomic advice for feeding and infant care (Canadian Chiropractic Association [CCA], 2026). These themes are also reflected in the best-practice recommendations for chiropractic care for pregnant and postpartum patients with low back pain, pelvic girdle pain, or combined pain (Weis et al., 2022).

Why Pregnancy Can Affect the Spine and Pelvis

During pregnancy, the body changes in ways that can affect posture, balance, and movement. As the uterus expands and abdominal weight increases, the body’s centre of gravity often shifts forward. To compensate, many people develop an increased curve in the lower back, known as lumbar lordosis. The pelvis may also tilt forward, changing the way force travels through the low back, sacroiliac joints, hips, pelvic floor, and surrounding muscles.

Hormonal changes also play a role. During pregnancy, ligament laxity increases. This is a normal adaptation that helps the body prepare for birth, but it may also reduce joint stability in some areas. When ligaments are more relaxed, muscles often have to work harder to provide support. This can contribute to fatigue, tightness, aching, or discomfort, especially in the low back, pelvis, hips, and abdominal wall.

These changes can also affect walking mechanics and balance. Some pregnant patients notice they walk differently, take shorter steps, feel less stable on stairs, or have discomfort when standing on one leg. Others may experience pain when rolling in bed, getting out of a chair, sitting for long periods, or lifting.

These symptoms do not always mean something serious is wrong, but they should be assessed properly. Best-practice recommendations emphasize that chiropractors should take a detailed history, complete an appropriate physical examination, screen for red flags, and adapt care to the patient’s stage of pregnancy or postpartum recovery (Weis et al., 2022).

Low Back Pain and Pelvic Girdle Pain Are Not the Same Thing

One of the most important points in the pregnancy-related pain literature is that low back pain and pelvic girdle pain are not always the same condition. They can overlap, but they often have different patterns, different aggravating factors, and different management needs.

Low back pain is generally described as pain in the lumbar region, between the lower ribs and the upper part of the pelvis. It may feel dull, achy, tight, or stiff. It may be aggravated by bending, prolonged sitting, prolonged standing, or certain spinal movements (Weis et al., 2022).

Pelvic girdle pain is different. It is often felt near the sacroiliac joints at the back of the pelvis, the pubic symphysis at the front of the pelvis, or both. It may refer into the buttock or posterior thigh. Pelvic girdle pain may be aggravated by walking, stairs, rolling in bed, getting in and out of a car, standing on one leg, or changing positions (Vleeming et al., 2008; Weis et al., 2022).

Some patients experience both low back pain and pelvic girdle pain at the same time. This is often called combined pain. Combined pain may be more disabling than low back pain or pelvic girdle pain alone, and patients with combined pain may require more careful assessment, education, and management (Weis et al., 2022).

This distinction matters because the most helpful plan depends on the source and pattern of symptoms. A patient with primarily lumbar pain may benefit from different exercises, manual therapy, and ergonomic strategies than a patient with pelvic girdle pain. A patient with combined pain may need an even more individualized approach.

Pain During Pregnancy Should Not Be Ignored

A common misconception is that back or pelvic pain during pregnancy is unavoidable and should simply be tolerated until delivery. While many pregnancy-related symptoms improve after birth, some patients continue to experience pain postpartum. The 2020 systematic review by Weis and colleagues noted that pregnancy-related low back pain or pelvic girdle pain can interfere with activities of daily living and may lead some patients to delay care because they believe the pain is a normal part of pregnancy (Weis et al., 2020).

This is important because delayed care may allow symptoms to become more persistent. Some patients continue to experience low back or pelvic symptoms months or even years postpartum, especially if they had significant symptoms during pregnancy or combined pain patterns (Weis et al., 2022).

Seeking care does not mean the pregnancy is abnormal. It means the patient is looking for support to move better, function better, and manage symptoms in a safe and appropriate way.

What Does the Research Say About Chiropractic Care During Pregnancy?

A 2020 systematic review examined chiropractic care options commonly used for pregnancy-related low back pain, pelvic girdle pain, or combination pain. The review included 50 articles from 18 systematic reviews, 30 randomized controlled trials, and 2 cohort studies (Weis et al., 2020).

The review found several interventions with favorable or potentially useful evidence. For pregnancy-related low back pain, electrotherapy and osteopathic manipulative therapy had moderate favorable evidence. Chiropractic care, exercise, and support devices had inconclusive but favorable evidence. (Weis et al., 2020). For pregnancy-related pelvic girdle pain, exercise had favorable evidence. (Weis et al., 2020).

For patients with low back pain or pelvic girdle pain, multimodal care, patient education, and physiotherapy had favorable evidence. Exercise had moderate evidence, with some positive findings (Weis et al., 2020).

The main takeaway is not that one single treatment is clearly superior for every pregnant patient. The better takeaway is that pregnancy-related back and pelvic pain should be assessed individually, and care is often best delivered as a combination of education, exercise, manual therapy where appropriate, ergonomic advice, support strategies, and collaboration with prenatal healthcare providers.

Why Multimodal Care Matters

In clinical practice, chiropractic care is rarely just one thing. It is usually multimodal, meaning it may include several components. This may involve patient education, advice on daily activities, spinal or pelvic joint mobilization, soft tissue therapy, exercise prescription, support belts, taping, pillow positioning, and home-care strategies.

This multimodal approach is important because pregnancy-related pain is often multifactorial. Pain may be influenced by posture, joint loading, muscle endurance, sleep position, activity level, pelvic stability, abdominal wall changes, work demands, and previous injury history. It would be unrealistic to expect one technique alone to solve every case.

The 2020 systematic review found favorable evidence for multimodal care in patients with low back pain or pelvic girdle pain during pregnancy (Weis et al., 2020). One randomized trial included in the review compared usual obstetric care with a multimodal program that included manual therapy, exercise, and education. The multimodal group had improvements in pain and disability compared with usual obstetric care alone when applied between 24 and 33 weeks of gestation (George et al., 2013, as cited in Weis et al., 2020).

This supports what many clinicians see in practice: patients often do best when care includes both symptom relief and active strategies to improve function.

Education Is a Key Part of Pregnancy Care

Education is one of the most valuable parts of chiropractic care during pregnancy. Many patients are unsure which symptoms are common, which symptoms require medical attention, and how to safely modify their daily activities.

A chiropractor can help explain how pregnancy-related physical changes may affect posture, joint loading, muscle function, movement patterns, and pain. Education may include advice about sleeping positions, pillow support, workstation setup, lifting mechanics, footwear, walking tolerance, exercise modifications, and pacing daily activities.

Best-practice recommendations emphasize that pregnant and postpartum patients should be encouraged to take an active role in their care. They should receive information about anatomy, biomechanics, controlled movement patterns, and strategies to continue daily activities as tolerated (Weis et al., 2022).

This matters because fear can lead to unnecessary inactivity. Some pregnant patients stop moving because they worry that exercise or daily activity will worsen their pain or harm the pregnancy. However, in the absence of contraindications, physical activity during pregnancy is recommended and is associated with several maternal and fetal health benefits (Mottola et al., 2018).

Physical Activity During Pregnancy: What the Canadian Guideline Recommends

The 2019 Canadian Guideline for Physical Activity Throughout Pregnancy recommends that all pregnant individuals without contraindications should be physically active throughout pregnancy (Mottola et al., 2018).

The guideline recommends accumulating at least 150 minutes of moderate-intensity physical activity per week. Moderate intensity means the activity noticeably increases heart rate while still allowing the person to talk. This is often described using the “talk test.” If a person can talk but not sing during the activity, they are likely exercising at a moderate intensity.

The guideline also recommends that activity be spread over at least three days per week, although being active every day is encouraged. It recommends a variety of aerobic and resistance training activities, and notes that yoga or gentle stretching may also be beneficial (Mottola et al., 2018).

This is important because many people assume pregnancy exercise should be limited to gentle stretching or occasional walking. While walking and stretching can be excellent, resistance training may also be appropriate when modified properly and when there are no contraindications. Combining aerobic and resistance training may provide greater benefits than aerobic activity alone (Mottola et al., 2018).

The Health Benefits of Prenatal Physical Activity

The Canadian guideline describes prenatal physical activity as a front-line therapy for reducing pregnancy complications and improving maternal physical and mental health (Mottola et al., 2018).

According to the guideline, prenatal physical activity is associated with decreased risk of preeclampsia, gestational hypertension, gestational diabetes, caesarean section, instrumental delivery, urinary incontinence, excessive gestational weight gain, and depression. It is also associated with improved blood glucose, decreased total gestational weight gain, reduced depressive symptom severity, and decreased severity of lumbopelvic pain (Mottola et al., 2018).

The guideline also addresses common safety concerns. In women without contraindications, physical activity during pregnancy was not associated with miscarriage, stillbirth, neonatal death, preterm birth, preterm or prelabour rupture of membranes, neonatal hypoglycemia, low birth weight, birth defects, induction of labour, or birth complications (Mottola et al., 2018).

This does not mean every activity is appropriate for every pregnant person. It means movement should be encouraged, modified when needed, and individualized based on symptoms, pregnancy stage, health history, and obstetric guidance.

Exercise and Pregnancy-Related Back or Pelvic Pain

Exercise can be an important part of managing pregnancy-related low back pain and pelvic girdle pain. The Canadian guideline reported that prenatal physical activity can reduce the severity of lumbopelvic pain (Mottola et al., 2018). Best-practice chiropractic recommendations also encourage pregnant patients with low back pain or pelvic girdle pain to remain active where possible, continue normal activities as tolerated, and follow an individualized exercise program (Weis et al., 2022).

The 2020 systematic review found that exercise had favorable evidence for pregnancy-related low back pain and pelvic girdle pain, although results varied depending on the type of pain, exercise program, study quality, and dosage (Weis et al., 2020).

This is why exercise should be individualized. A person with mild low back stiffness may tolerate general walking, mobility work, and strengthening quite well. A person with significant pelvic girdle pain may need more careful exercise selection because certain movements, such as wide stances, stairs, single-leg loading, or uneven walking, can aggravate symptoms.

For some patients, a supervised or guided program may be helpful. Exercises may include hip strengthening, glute activation, gentle core coordination, pelvic floor muscle training, breathing strategies, mobility exercises, and postural endurance work. The goal is not to overload the patient. The goal is to help them move with more confidence and less irritation.

Previously Inactive Patients Can Still Start

One of the most helpful parts of the Canadian guideline is that it does not only apply to people who were active before pregnancy. The guideline specifically states that previously inactive women without contraindications should also be physically active throughout pregnancy (Mottola et al., 2018).

This is important because some people believe pregnancy is not the time to start exercising. While pregnancy may not be the time to suddenly begin intense or unfamiliar training, it can be an appropriate time to gradually introduce safe physical activity.

Previously inactive patients may need to begin with lower intensity, shorter duration, and slower progression. This may include short walks, gentle mobility, breathing exercises, pelvic floor awareness, and basic strengthening. Over time, activity can be increased based on tolerance, symptoms, fatigue, and medical guidance.

The goal is not perfection. The goal is progress.

Pelvic Floor Muscle Training

The Canadian guideline recommends that pelvic floor muscle training, often called Kegel exercises, may be performed daily to reduce the risk of urinary incontinence. It also recommends instruction on proper technique to obtain optimal benefits (Mottola et al., 2018).

This is important because many people are told to “just do Kegels,” but not everyone performs them correctly, and not everyone needs the same pelvic floor strategy. Some patients may have pelvic floor weakness, while others may have overactivity, tension, pain, or poor coordination.

For chiropractic care, pelvic floor considerations are relevant because the pelvic floor is part of the broader lumbopelvic system. Low back pain, pelvic girdle pain, hip function, breathing mechanics, abdominal wall control, and pelvic floor coordination can all interact. Chiropractors can screen, educate, and refer to pelvic floor physiotherapy when appropriate.

Manual Therapy During Pregnancy

Manual therapy can be one part of care for pregnancy-related low back or pelvic pain. Depending on the patient, this may include spinal manipulation, mobilization, soft tissue therapy, gentle stretching, or other hands-on techniques.

Best-practice recommendations state that spinal manipulative therapy may be appropriate for some pregnant and postpartum patients with low back pain, pelvic girdle pain, or combined pain, while also emphasizing the need for modifications, informed consent, and attention to contraindications (Weis et al., 2022).

Care should be individualized. Some patients may benefit from gentle mobilization, soft tissue therapy, low-force approaches, or modified adjusting techniques. Others may respond better to exercise, education, support belts, or co-management with physiotherapy, pelvic floor physiotherapy, massage therapy, midwifery, or obstetric care.

The treatment should fit the patient, not the other way around.

Support Belts, Pillows, Taping, and Home Strategies

Many patients benefit from simple supportive strategies during pregnancy. Pillow support can help with sleep positioning. A pillow between the knees, under the abdomen, or supporting the back may reduce strain and improve comfort. Best-practice recommendations note that pregnant patients may consider pillow support under the abdomen, legs, or knees to help manage pregnancy-related back pain and sleep discomfort (Weis et al., 2022).

Support belts may provide short-term symptomatic relief for some patients with low back pain, pelvic girdle pain, or combined pain. The 2020 systematic review found that support devices had inconclusive evidence, but some studies showed favorable findings for pain relief or improved function with certain activities (Weis et al., 2020). Best-practice recommendations suggest that pelvic belts may be considered for short periods of symptomatic relief, especially when combined with education and exercise (Weis et al., 2022).

Taping may also be considered in some cases. However, clinicians should check for skin sensitivity or adhesive reactions. If irritation occurs, the tape should be removed and not reapplied (Weis et al., 2022).

These tools are not cures, but they can help patients function better while they continue working on movement, strength, and recovery.

Supine Exercise and Position Modifications

The Canadian guideline recommends that pregnant individuals who feel light-headed, nauseous, or unwell when exercising flat on their back should modify their position to avoid the supine position (Mottola et al., 2018).

Some pregnant patients feel uncomfortable lying flat on their back, especially later in pregnancy. They may experience dizziness, nausea, shortness of breath, or a feeling of pressure. In these cases, exercises can often be modified to side-lying, seated, standing, quadruped, or inclined positions.

This is also relevant during chiropractic treatment. Care should be modified for comfort and safety. Side-lying positions, pillows, pregnancy cushions, seated techniques, and lower-force approaches may all be used depending on the patient.

Safety: When Exercise Should Stop

The Canadian guideline provides clear reasons to stop physical activity and consult a healthcare provider. These include persistent excessive shortness of breath that does not resolve with rest, severe chest pain, regular and painful uterine contractions, vaginal bleeding, persistent loss of fluid from the vagina, and persistent dizziness or faintness that does not resolve with rest (Mottola et al., 2018).

These symptoms should not be ignored. They are not typical exercise discomforts and require medical guidance.

The guideline also lists absolute contraindications to exercise, including ruptured membranes, premature labour, unexplained persistent vaginal bleeding, placenta previa after 28 weeks, preeclampsia, incompetent cervix, intrauterine growth restriction, high-order multiple pregnancy, uncontrolled type 1 diabetes, uncontrolled hypertension, uncontrolled thyroid disease, and other serious cardiovascular, respiratory, or systemic disorders (Mottola et al., 2018).

Relative contraindications include recurrent pregnancy loss, gestational hypertension, history of spontaneous preterm birth, mild or moderate cardiovascular or respiratory disease, symptomatic anemia, malnutrition, eating disorder, twin pregnancy after 28 weeks, and other significant medical conditions (Mottola et al., 2018). Patients with relative contraindications should discuss physical activity with their obstetric care provider.

Chiropractic Care and Red Flags

Best-practice chiropractic recommendations also highlight the importance of red flag screening. Certain symptoms or conditions may require medical clearance, treatment modification, referral, or co-management.

Caution is recommended with vaginal bleeding without prior clearance, abdominopelvic cramping, ruptured membranes, premature labour, placenta previa with bleeding, placenta abruption, ectopic pregnancy concerns, bowel obstruction, pregnancy-induced hypertension, preeclampsia, eclampsia, recent pelvic trauma, known bleeding disorders, and other high-risk situations (Weis et al., 2022).

Blood pressure is particularly important. Hypertensive disorders of pregnancy can develop quickly and may also occur postpartum. Best-practice recommendations advise blood pressure monitoring during pregnancy and postpartum in appropriate circumstances, and immediate referral when concerning findings are present (Weis et al., 2022).

This reinforces an important point: chiropractic care during pregnancy should be careful, informed, and collaborative. It should support prenatal care, not replace it.

Diastasis Recti and Abdominal Wall Recovery

During pregnancy, the abdominal wall stretches as the uterus grows. Many patients develop some degree of increased separation between the rectus abdominis muscles, commonly referred to as diastasis recti. This occurs because the linea alba, the connective tissue between the abdominal muscles, stretches and thins.

Best-practice recommendations suggest that pregnant and postpartum patients should be checked for diastasis recti where appropriate (Weis et al., 2022). The Canadian physical activity guideline also notes that people with diastasis recti should seek physiotherapy advice and avoid abdominal strengthening exercises such as abdominal curls if those exercises worsen the condition (Mottola et al., 2018).

This does not mean the core should never be trained during or after pregnancy. It means the approach should be appropriate. Good rehabilitation should consider breathing, pressure management, abdominal wall tension, pelvic floor coordination, pain, symptoms, and function.

For many patients, diastasis recti improves naturally postpartum. For others, individualized rehabilitation may help restore confidence, strength, and trunk control. Co-management with pelvic floor physiotherapy may be helpful when there are pelvic floor symptoms, urinary leakage, pelvic heaviness, pain, or more complex postpartum concerns.

Chiropractic Support Into the Postpartum Period

The postpartum period brings a new set of physical demands. The body is recovering from pregnancy and birth while also adapting to feeding, carrying, lifting, bending, interrupted sleep, and repetitive infant care. Even when delivery goes well, the physical load of caring for a newborn can be significant.

Postpartum back pain, pelvic girdle pain, neck pain, shoulder tension, wrist discomfort, and hip pain are common complaints in clinical practice. Some symptoms are related to pregnancy-related changes that persist after birth. Others develop from new daily demands such as feeding positions, lifting the baby from a crib, carrying a car seat, holding the baby on one side, or prolonged sitting.

Best-practice recommendations include postpartum chiropractic care for low back pain, pelvic girdle pain, and combined pain, with appropriate assessment and management based on the patient’s presentation (Weis et al., 2022).

Postpartum pain should not be dismissed as something the patient simply has to tolerate. Some pain improves naturally, but persistent pain can affect mood, sleep, function, and confidence. Patients with pelvic girdle pain or combined pain during pregnancy may recover more slowly postpartum, and those with ongoing pain beyond three months may be at greater risk of prolonged symptoms (Weis et al., 2022).

Feeding Posture, Lifting, and Infant Care Ergonomics

After birth, many parents spend hours feeding, holding, rocking, carrying, and soothing their baby. These tasks are meaningful and necessary, but they can place repetitive stress on the neck, shoulders, upper back, low back, wrists, and hips.

Feeding posture is a common issue. Whether breast/chest feeding or bottle feeding, parents may sit with the head forward, shoulders rounded, upper back flexed, and arms unsupported for long periods. Over time, this can contribute to neck pain, upper back tension, headaches, shoulder discomfort, or wrist strain.

Chiropractors can help patients adjust feeding posture by encouraging better support. This may include bringing the baby toward the parent rather than the parent collapsing toward the baby, using pillows to support the arms, changing sides, keeping the feet supported, and taking brief posture breaks when possible.

Lifting and carrying strategies are also important. Parents may benefit from learning how to hinge at the hips, keep loads close, avoid twisting while lifting, alternate carrying sides, and reduce repetitive strain when lifting from cribs, car seats, or strollers.

Small changes can make a meaningful difference when repeated dozens of times per day.

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A Practical Example: Why Individualized Care Matters

Consider two pregnant patients with low back and pelvic discomfort.

The first patient is 24 weeks pregnant and has mild low back stiffness after sitting at work. Her pain improves with walking and gentle movement. She has no red flags and her pregnancy is uncomplicated. Her care plan may focus on education, workstation modifications, gentle mobility, walking breaks, low-force manual therapy if appropriate, and home exercises for hip and trunk support.

The second patient is 32 weeks pregnant and has sharp pelvic pain with rolling in bed, stairs, and standing on one leg. She feels unstable and avoids walking because of pain. Her assessment may suggest pelvic girdle pain rather than simple low back pain. Her plan may involve activity modification, pelvic support strategies, careful exercise selection, avoiding aggravating positions, manual therapy adapted to comfort, and possible co-management with pelvic floor physiotherapy or her prenatal provider if needed.

Both patients are pregnant. Both have back or pelvic pain. But their care plans should not be identical.

That is the value of assessment.

The Bottom Line

Pregnancy and postpartum recovery place new demands on the spine, pelvis, muscles, joints, abdominal wall, pelvic floor, and nervous system. Low back pain, pelvic girdle pain, and combined pain are common, but they should not be dismissed as something patients simply have to endure.

Chiropractic care during pregnancy and postpartum may help by providing education, assessment, manual therapy when appropriate, exercise guidance, ergonomic strategies, support devices when appropriate, and support for daily function. Best-practice recommendations emphasize informed consent, red flag screening, individualized care, modified treatment techniques, interprofessional collaboration, and active rehabilitation (Weis et al., 2022).

Physical activity is also a key part of pregnancy health. The 2019 Canadian Guideline for Physical Activity Throughout Pregnancy recommends at least 150 minutes of moderate-intensity physical activity per week for pregnant individuals without contraindications, accumulated over at least three days per week, with a combination of aerobic and resistance training encouraged (Mottola et al., 2018).

The goal is not only pain relief. The goal is to help patients move with more confidence, stay active safely, manage physical demands, and transition into postpartum recovery with support.

At The Muscle and Joint Clinic, we provide pregnancy and postpartum care that is individualized to the patient’s symptoms, stage of pregnancy or recovery, health history, comfort level, and goals. Whether someone is dealing with low back pain, pelvic girdle pain, hip discomfort, posture changes, feeding-related neck pain, or return-to-exercise questions, an appropriate assessment can help determine the safest and most effective plan.

Pregnancy changes the body. Care should change with it.

Disclaimer

This article is for general educational purposes only and is not intended to provide medical advice, diagnosis, or treatment. Chiropractic care and exercise during pregnancy and postpartum should be individualized based on health history, pregnancy stage, symptoms, risk factors, contraindications, and guidance from prenatal or postpartum healthcare providers. If you have vaginal bleeding, severe abdominal or pelvic pain, signs of preeclampsia, chest pain, shortness of breath, dizziness, trauma, high blood pressure, loss of fluid, painful contractions, or any pregnancy-related complication, seek medical care immediately. Always speak with a qualified healthcare provider before starting or changing an exercise or treatment plan during pregnancy or postpartum.

References

Canadian Chiropractic Association. (2026, April 29). Five reasons to see a chiropractor during pregnancy. Canadian Chiropractic Association.

George, J. W., Skaggs, C. D., Thompson, P. A., Nelson, D. M., Gavard, J. A., & Gross, G. A. (2013). A randomized controlled trial comparing a multimodal intervention and standard obstetrics care for low back and pelvic pain in pregnancy. American Journal of Obstetrics and Gynecology, 208(4), 295.e1–295.e7.

Mottola, M. F., Davenport, M. H., Ruchat, S.-M., Davies, G. A., Poitras, V. J., Gray, C. E., Jaramillo Garcia, A., Barrowman, N., Adamo, K. B., Duggan, M., Barakat, R., Chilibeck, P., Fleming, K., Forte, M., Korolnek, J., Nagpal, T., Slater, L. G., Stirling, D., & Zehr, L. (2018). 2019 Canadian guideline for physical activity throughout pregnancy. British Journal of Sports Medicine, 52(21), 1339–1346. https://doi.org/10.1136/bjsports-2018-100056

Vleeming, A., Albert, H. B., Ostgaard, H. C., Sturesson, B., & Stuge, B. (2008). European guidelines for the diagnosis and treatment of pelvic girdle pain. European Spine Journal, 17(6), 794–819.

Weis, C. A., Pohlman, K. A., Barrett, J., Clinton, S., da Silva-Oolup, S., Draper, C., Lee, J., Kumar, R., O’Beirne, M., Stuber, K., & Hawk, C. (2022). Best-practice recommendations for chiropractic care for pregnant and postpartum patients: Results of a consensus process. Journal of Manipulative and Physiological Therapeutics, 45(7), 469–489. https://doi.org/10.1016/j.jmpt.2021.03.002

Weis, C. A., Pohlman, K. A., Draper, C., da Silva-Oolup, S., Stuber, K., & Hawk, C. (2020). Chiropractic care for adults with pregnancy-related low back, pelvic girdle pain, or combination pain: A systematic review. Journal of Manipulative and Physiological Therapeutics, 43(7), 714–731. https://doi.org/10.1016/j.jmpt.2020.05.005

Most people think about exercise in terms of what they should do. Should they walk, run, cycle, lift weights, stretch, or do rehabilitation exercises? Others focus on how much they should do. Should they aim for 20 minutes a day, 150 minutes per week, 10,000 steps, or three gym sessions?

These are important questions. The type, intensity, frequency, and consistency of exercise all matter. But research is increasingly asking another question that may be just as important: does the timing of exercise matter?

For many years, the simplest answer has been that the best time to exercise is the time you can actually do consistently. That remains true. A realistic routine that happens regularly is better than a perfect plan that never gets done. However, newer research suggests that the body may respond differently to exercise depending on the time of day, a person’s natural body clock, and their health goals.

This does not mean there is one perfect time for everyone to exercise. It does not mean morning workouts are automatically better. It also does not mean evening exercise is harmful. Instead, the research points toward a more personalized approach. Morning exercise may have certain benefits for sleep timing, fat metabolism, cholesterol, and triglycerides. Evening exercise may have certain benefits for vascular function and blood pressure. Chronotype, which refers to whether someone is naturally more of a morning person or evening person, may also influence how the body responds to exercise.

For patients, this is important because exercise is not just about discipline. It is about matching the right activity, intensity, timing, and recovery strategy to the person in front of us.

The Body Has a Clock

The human body follows internal 24-hour rhythms known as circadian rhythms. These rhythms help regulate sleep and wakefulness, alertness, body temperature, hormone release, digestion, blood sugar regulation, blood pressure, heart rate, and many other physiological functions.

This means the body is not exactly the same at every hour of the day. The way we move, digest food, regulate blood pressure, use energy, and prepare for sleep can vary depending on timing. Melatonin, for example, usually rises in the evening as the body prepares for sleep. Blood pressure and cardiovascular function also follow daily patterns, with certain cardiovascular events being more common at particular times of day (Shen et al., 2025).

Exercise is also a signal to the body clock. Light is the strongest signal for circadian rhythm, but physical activity, meal timing, sleep timing, and daily routines can also influence the body’s rhythm. This is why regular movement at a consistent time may help shape sleep-wake patterns and other health-related rhythms.

In real life, patients often notice this without using scientific language. Some people feel stiff and slow in the morning but much better after moving around for a few hours. Others feel energized early in the day and lose motivation by evening. Some sleep better when they exercise earlier. Others use evening exercise to unwind after work. These differences matter when designing an exercise plan.

What Is Chronotype?

Chronotype refers to a person’s natural tendency to feel more alert and active earlier or later in the day. Morning types often wake up earlier, feel more alert in the first half of the day, and prefer doing demanding tasks in the morning. Evening types often feel more alert later in the day and may find early mornings more difficult. Many people fall somewhere in the middle.

Chronotype is not simply a preference or a personality trait. It reflects how a person’s internal clock aligns with their daily schedule. Two people may complete the same workout at the same intensity, but their bodies may experience that workout differently depending on their chronotype.

This matters because many people are told that the “best” or most disciplined time to exercise is early in the morning. For some people, that works very well. They feel focused, energetic, and more consistent when they exercise before the day becomes busy. For others, early morning exercise feels unusually difficult. Their body feels stiff, their energy is low, their heart rate may climb faster, and they may struggle to stay consistent.

That does not mean they are lazy. It may mean that their exercise timing does not match their biology, their sleep schedule, or their recovery needs.

Study One: Exercise Timing, Chronotype, and Fuel Use

A 2025 study by Kang and colleagues examined how exercise timing and chronotype influence cardiorespiratory and metabolic responses during aerobic exercise. The study included 30 healthy young adults, including 15 men and 15 women. Participants were categorized as morning types, neither types, or evening types using the Morningness-Eveningness Questionnaire (Kang et al., 2025).

Each participant completed two treadmill exercise sessions. One session was performed in the morning before 9:00 AM, and the other was performed in the afternoon after 3:00 PM. Both sessions involved 30 minutes of aerobic exercise at approximately 75% of VO₂max. The researchers measured oxygen uptake, heart rate, respiratory exchange ratio, carbohydrate oxidation, and fat oxidation (Kang et al., 2025).

In simpler terms, the researchers wanted to know whether the body uses energy differently during morning versus afternoon exercise and whether a person’s chronotype changes the body’s response.

The study found no major difference in oxygen uptake or heart rate between morning and afternoon exercise overall. This suggests that, at least for submaximal aerobic exercise in healthy young adults, the basic cardiorespiratory demand of the workout may not change dramatically based on whether it is done in the morning or afternoon.

However, the study did find differences in fuel use. Morning exercise was associated with a lower respiratory exchange ratio and lower carbohydrate oxidation compared with afternoon exercise. Fat oxidation was also higher in the morning, although this was described as a trend rather than a statistically significant finding (Kang et al., 2025).

This suggests that morning aerobic exercise may encourage the body to rely slightly more on fat as a fuel source during the workout. This does not mean that morning exercise automatically causes fat loss. Fat loss is influenced by total weekly activity, diet, sleep, stress, muscle mass, hormones, and overall energy balance. Still, the finding is useful because it suggests that the body’s metabolism may respond differently depending on exercise timing.

Chronotype May Affect Heart Rate During Exercise

One of the most interesting findings from Kang et al. was that heart rate during exercise differed across chronotypes. Evening types had the highest exercising heart rates, neither types were in the middle, and morning types had the lowest heart rates. This occurred even though the groups were similar in aerobic fitness and other baseline characteristics (Kang et al., 2025).

This is clinically important because heart rate is one way the body shows how hard it is working. If an evening-type person has a higher heart rate response during exercise, especially when exercising at a time that does not match their natural rhythm, the same workout may feel more demanding.

This does not mean evening types should avoid morning exercise. It means exercise prescription should be individualized. If someone feels unusually strained during early morning exercise, it may be helpful to adjust the warm-up, lower the intensity, monitor heart rate, or consider a later exercise window.

This is especially relevant for patients recovering from pain or injury. A person with low back pain, knee arthritis, shoulder pain, tendon irritation, or general morning stiffness may not tolerate a demanding early morning workout. The exercise itself may be appropriate, but the timing and intensity may need to be adjusted.

Study Two: Morning Versus Evening Exercise Over 12 Weeks

A second important study was published in Scientific Reports by Shen and colleagues in 2025. This randomized controlled trial compared the effects of 12 weeks of morning versus evening aerobic exercise on sleep, lipid profiles, body composition, and vascular function (Shen et al., 2025).

The study included 58 sedentary young adult males between the ages of 18 and 28. Participants were divided into three groups: a morning exercise group that trained between 6:00 and 8:00 AM, an evening exercise group that trained between 6:00 and 8:00 PM, and a control group that did not exercise (Shen et al., 2025).

The exercise program lasted 12 weeks. Participants completed at least three sessions per week and accumulated at least 150 minutes of moderate-intensity aerobic exercise weekly. Activities included running, jumping rope, elliptical training, and cycling. Exercise intensity was monitored using heart rate, with a target intensity of 60% to 70% of heart rate reserve (Shen et al., 2025).

This study is helpful because it did not only look at one workout. It examined what happened after a structured training program. It also measured several outcomes that matter to patients, including sleep timing, melatonin rhythm, body fat, cholesterol, triglycerides, resting heart rate, blood pressure, and carotid artery blood flow.

Morning Exercise and Sleep Timing

Sleep was one of the major outcomes in the Shen et al. study. The researchers used the Munich ChronoType Questionnaire to assess sleep patterns and also measured dim light melatonin onset, known as DLMO. DLMO is a common biological marker used to estimate circadian timing because it reflects when melatonin begins to rise under dim light conditions (Shen et al., 2025).

After 12 weeks, both the morning and evening exercise groups showed reduced sleep latency. Sleep latency refers to how long it takes to fall asleep after going to bed. In other words, regular aerobic exercise helped participants fall asleep faster, regardless of whether they exercised in the morning or evening (Shen et al., 2025).

However, morning exercise had a more specific effect on sleep timing. The morning exercise group showed an advance in sleep onset, mid-sleep time, sleep end time, and DLMO. This means their sleep-wake rhythm shifted earlier. Their biological night appeared to begin earlier, and their sleep schedule moved earlier as well (Shen et al., 2025).

This may be relevant for people who struggle with late bedtimes, delayed sleep schedules, or difficulty waking in the morning. Morning exercise, especially when combined with morning light exposure, may help reinforce an earlier sleep-wake rhythm. It should not be viewed as a cure for insomnia or sleep disorders, but it may be a useful lifestyle strategy for certain patients.

This is also relevant in musculoskeletal care. Poor sleep can increase pain sensitivity, reduce recovery, affect mood, and make exercise harder to maintain. When patients are dealing with low back pain, neck pain, headaches, tendon pain, or arthritis, sleep quality often plays an important role in how well they recover.

Morning Exercise and Metabolic Health

The Shen et al. study also found that both morning and evening exercise reduced body fat after 12 weeks. However, the morning exercise group showed significant reductions earlier, with measurable changes as early as week four. Morning exercise was also associated with reductions in total cholesterol and triglycerides. The evening exercise group did not show the same lipid changes in this study (Shen et al., 2025).

This fits with the Kang et al. study, which found that morning aerobic exercise may shift fuel use toward greater fat oxidation during the exercise session (Kang et al., 2025). Taken together, these studies suggest that morning exercise may have particular benefits for fat metabolism and lipid regulation in some populations.

However, this should be interpreted carefully. Shen et al. studied young sedentary males with normal body mass index and without major cardiovascular or metabolic disease. The results may not apply the same way to older adults, women, people with diabetes, people with obesity, people with shift-work schedules, or people with cardiovascular disease.

The better takeaway is not that morning exercise is always superior for metabolism. The better takeaway is that exercise timing may influence metabolic outcomes, and the best timing may depend on the individual’s health status, sleep rhythm, goals, and ability to stay consistent.

Study Three: UK Biobank, Peak Activity Timing, and Cardiovascular Mortality

The third study adds a longer-term population-level perspective. Ma and colleagues examined the association between the time of day of peak physical activity and cardiovascular mortality using data from the UK Biobank (Ma et al., 2023).

This was not a short exercise trial. It was a large observational cohort study involving 94,489 adults with objectively measured physical activity. Participants wore accelerometers, which allowed researchers to examine when during the day their physical activity tended to peak. The researchers categorized peak physical activity timing into early morning, late morning, midday, and night. The midday group was used as the reference group (Ma et al., 2023).

During a median follow-up of 6.9 years, the researchers identified 629 cardiovascular deaths. Compared with the midday peak activity group, the early morning peak activity group had a higher hazard of cardiovascular mortality, and the night peak activity group also had a higher hazard. The late morning group did not show the same statistically significant increase compared with midday (Ma et al., 2023).

At first glance, this may sound surprising. Many people assume early morning activity is always healthier. However, the study is not saying that a morning walk is dangerous or that people should avoid moving early in the day. It is saying that, in this large population, having peak physical activity in the early morning or at night was associated with higher cardiovascular mortality compared with having peak activity around midday.

This is an association, not proof of cause and effect. Observational studies can show patterns, but they cannot prove that the timing itself caused the increased risk. People who are most active very early or late may differ in other ways. They may have different work schedules, sleep patterns, health conditions, stress levels, medication use, shift-work exposure, or lifestyle factors. Even with statistical adjustments, some residual confounding is always possible.

Still, the study is important because it supports the broader idea that timing may matter. The cardiovascular system follows circadian patterns, and physical activity performed at different times of day may interact with those patterns.

Chronotype Changed the Pattern in the UK Biobank Study

One of the most interesting parts of the Ma et al. study was the chronotype-stratified analysis. The researchers found that the increased cardiovascular mortality seen in the early morning peak activity group was mainly observed in evening-type participants. In contrast, the increased cardiovascular mortality seen in the night peak activity group was mainly observed in morning-type participants (Ma et al., 2023).

This suggests that mismatch may matter. An evening-type person whose peak activity occurs very early in the morning may be exercising at a time that is misaligned with their natural rhythm. Similarly, a morning-type person whose peak activity occurs at night may be active at a time that is misaligned with their body clock.

This does not prove that chronotype mismatch causes cardiovascular mortality. But it fits with the broader theme seen in other studies: the timing of exercise may not have the same effect for everyone.

For patients, this is a helpful concept. The goal is not to force everyone into the same exercise schedule. The goal is to find a routine that supports the person’s health, recovery, sleep, and consistency.

How Should We Interpret These Studies Together?

When we look at Kang et al., Shen et al., and Ma et al. together, a more complete picture begins to emerge.

Kang et al. showed that morning aerobic exercise may influence fuel use during a workout, with lower carbohydrate oxidation and a trend toward higher fat oxidation. The study also suggested that chronotype may influence heart rate responses during exercise (Kang et al., 2025).

Shen et al. showed that 12 weeks of aerobic exercise improved health in both morning and evening exercise groups. Morning exercise appeared more effective for advancing sleep timing, improving sleep rhythm, reducing body fat earlier, and lowering total cholesterol and triglycerides. Evening exercise appeared more effective for improving certain vascular function measures and systolic blood pressure (Shen et al., 2025).

Ma et al. showed that, in a large UK Biobank cohort, peak activity timing was associated with cardiovascular mortality, and that the relationship differed by chronotype. Early morning peak activity appeared more concerning in evening types, while night peak activity appeared more concerning in morning types (Ma et al., 2023).

Together, these studies do not give us one universal answer. Instead, they suggest that exercise timing may be outcome-specific and person-specific.

If the goal is sleep timing, morning exercise may be useful. If the goal is lipid regulation or body fat reduction, morning exercise may have advantages in some populations. If the goal is vascular function or blood pressure regulation, evening exercise may have advantages in some populations. If the person is clearly a morning type or evening type, matching exercise timing to chronotype may improve tolerance and possibly health response.

What This Means for the Average Patient

For most people, the first priority is simply to move more. Exercise has well-established benefits for cardiovascular health, metabolic health, mental health, musculoskeletal health, pain management, strength, mobility, and quality of life. A person who walks consistently in the evening is likely doing far more for their health than someone who plans to exercise every morning but rarely follows through.

However, once a person is ready to build a routine, timing can be used strategically.

Morning exercise may be helpful for people who want to create a consistent routine before the day gets busy. It may also be helpful for people who want to shift their sleep schedule earlier or improve morning alertness. Based on the research above, morning aerobic exercise may also be useful for people focused on body composition or certain lipid markers, although this should not be overstated.

Evening exercise may be helpful for people who feel stronger, looser, and more coordinated later in the day. It may be a better fit for those who feel too stiff in the morning or who struggle to exercise before work or school. Evening exercise may also have benefits for vascular function and systolic blood pressure, based on the Shen et al. findings.

Midday or late morning exercise may be a useful option for many people as well. The Ma et al. UK Biobank study used midday as the reference group and found that early morning and night peak activity were associated with higher cardiovascular mortality compared with midday (Ma et al., 2023). This does not mean midday is automatically the safest or best time for everyone, but it does suggest that moderate timing may be worth considering, especially for people who feel poorly exercising at the extremes of the day.

What About People With Pain or Stiffness?

Exercise timing is especially important for people with musculoskeletal pain. Many painful conditions fluctuate throughout the day. A person with osteoarthritis may feel stiff in the morning and better after gentle movement. A person with low back pain may feel worse after prolonged sitting and better after walking. A person with tendon pain may tolerate loading exercises better at certain times of day. A person with neck pain or headaches may notice symptoms change depending on sleep, posture, stress, and work schedule.

This is why rehabilitation should be individualized. The same exercise can feel very different depending on when it is performed. A strengthening exercise that feels too difficult at 6:30 AM may feel much more manageable at 4:00 PM. A mobility routine may be useful in the morning, while more demanding strengthening may be better later in the day.

At The Muscle and Joint Clinic, we often encourage patients to think of exercise timing as part of the prescription. The exercise itself matters, but so does the dosage, intensity, warm-up, recovery period, and time of day.

For a patient with morning low back stiffness, it may be better to start with gentle walking, breathing, and mobility in the morning, then complete strengthening exercises later in the day. For a patient with knee arthritis, a morning mobility routine may help reduce stiffness, while strength work may be better tolerated once the body has warmed up. For a patient with tendon pain, loading exercises may need to be scheduled when symptoms are calm and recovery time is available afterward.

The goal is not just to exercise. The goal is to exercise in a way the body can adapt to.

The Problem With “One-Size-Fits-All” Exercise Advice

The biggest mistake in exercise advice is assuming that everyone should follow the same routine. Some people do very well with early morning exercise. Others do not. Some people sleep perfectly after evening exercise. Others feel wired and have trouble falling asleep. Some people feel strongest later in the day. Others lose motivation if they wait too long.

Research on exercise timing supports what clinicians often see in practice: the best plan is the one that matches the person.

This matters because guilt and shame are common barriers to exercise. People may think they are failing because they cannot wake up at 5:00 AM to train. But if they are naturally an evening type, sleep poorly, feel stiff in the morning, or have pain that improves later in the day, an early morning workout may not be the best starting point.

A better approach is to ask: When does your body feel most ready to move? When are you most consistent? When does exercise improve your energy instead of draining it? When does it support your sleep instead of disrupting it? When do your symptoms tolerate it best?

Those answers are often more useful than generic advice.

Practical Guidance: How to Choose Your Exercise Time

If your goal is consistency, choose the time you are most likely to follow through. For many people, this is the most important factor. Consistency drives long-term benefits.

If your goal is improving sleep timing, morning exercise may be helpful, especially when combined with morning light exposure and a regular wake time. This may be particularly useful for people who tend to fall asleep too late or struggle to shift their sleep schedule earlier.

If your goal is body composition or lipid health, morning aerobic exercise may have advantages in some people, based on the findings from Kang et al. and Shen et al. However, nutrition, total weekly exercise volume, resistance training, sleep, and stress management remain essential.

If your goal is blood pressure or vascular function, evening aerobic exercise may have potential advantages, based on the Shen et al. study. This should be individualized, especially for people with cardiovascular conditions or those taking blood pressure medication.

If you are a morning type, you may tolerate earlier activity better. If you are an evening type, you may tolerate later activity better. If your schedule forces you to exercise at a time that does not match your chronotype, adjust the intensity and warm-up accordingly.

If you have pain or stiffness, do not judge your body based only on the first few minutes of movement. Many people need a gradual warm-up. Start gently, increase slowly, and pay attention to whether symptoms improve, stay stable, or worsen.

What These Studies Do Not Prove

It is important to be balanced. Kang et al. studied only 30 healthy young adults, and the morning-type and evening-type groups were small. Shen et al. studied 58 sedentary young adult males and did not include women, older adults, shift workers, or people with major cardiovascular or metabolic disease. Ma et al. was a large observational study, but observational research cannot prove cause and effect.

This means we should not overstate the findings. The evidence does not prove that one exercise time is best for everyone. It does not prove that morning exercise is always better for metabolism or that evening exercise is always better for blood pressure. It also does not prove that early morning or night exercise directly causes cardiovascular mortality.

What the evidence does suggest is that timing may matter, chronotype may matter, and personalization may improve exercise tolerance and health outcomes.

The Bottom Line

The best time to exercise is still the time you can do consistently, safely, and sustainably.

But timing may matter more than we used to think.

Morning exercise may help shift the sleep-wake cycle earlier, improve sleep timing, support fat metabolism, and improve certain lipid markers in some people. Evening exercise may improve vascular function and systolic blood pressure in some people. Large observational data suggest that peak activity timing may be associated with cardiovascular mortality, and that mismatch between activity timing and chronotype may be important.

The key message is not that everyone should exercise at the same time. The key message is that exercise should be personalized.

If morning exercise helps you stay consistent and feel better, it may be a great choice. If evening exercise helps you move better, train harder, and stick with the routine, that may be the better option. If you are recovering from pain or injury, the right time may be the time your body tolerates movement best. If you have cardiovascular risk factors, the plan should be gradual, appropriate, and discussed with a healthcare professional when needed.

At The Muscle and Joint Clinic, we help patients build exercise and rehabilitation plans that fit their body, their schedule, their goals, and their recovery. Whether the goal is to reduce pain, improve mobility, build strength, return to sport, or improve overall health, the right plan should work with your body, not against it.

Disclaimer: This article is for general educational purposes only and is not intended to provide medical advice, diagnosis, or treatment. The research discussed in this article should be interpreted in context, as exercise timing may affect individuals differently depending on age, health history, fitness level, sleep schedule, chronotype, medications, symptoms, and personal goals. If you have chest pain, dizziness, unexplained shortness of breath, high blood pressure, diabetes, cardiovascular disease, or any other medical condition, please speak with a qualified healthcare provider before starting or changing an exercise program. If you are recovering from an injury or experiencing pain with exercise, an individualized assessment can help determine what type, intensity, and timing of exercise is most appropriate for you.

References

Kang, J., Ratamess, N. A., Faigenbaum, A. D., Bush, J. A., Fardman, B., Vargas, A., Andriopoulos, T., Melao, J., O’Connell, E., Duff, A., Cmielewski, A., DeSalvo, J., Johnson, A., & Watts, M. (2025). Unlocking the body’s clock: The role of exercise timing and chronotype in cardiometabolic responses. Journal of Strength and Conditioning Research, 39(6), 634–641.

Ma, T., Jennings, L., Sirard, J. R., Xie, Y. J., & Lee, C. D. (2023). Association of the time of day of peak physical activity with cardiovascular mortality: Findings from the UK Biobank study. Chronobiology International, 40(3), 324–334. doi:10.1080/07420528.2023.2170240

Shen, B., Zheng, H., Liu, H., Chen, L., & Yang, G. (2025). Differential benefits of 12-week morning vs. evening aerobic exercise on sleep and cardiometabolic health: A randomized controlled trial. Scientific Reports, 15, 18298. doi:10.1038/s41598-025-02659-8

Vitale, J. A., & Weydahl, A. (2017). Chronotype, physical activity, and sport performance: A systematic review. Sports Medicine, 47, 1859–1868.

World Health Organization. (2020). WHO guidelines on physical activity and sedentary behaviour. British Journal of Sports Medicine, 54(24), 1451–1462.

Low back pain is often thought of as a daytime problem. It can make it harder to walk, stand, bend, lift, garden, shop, exercise, or enjoy time with family. But for many adults, especially those over the age of 60, low back pain does not stop when the day ends. It can also affect sleep. A person may have trouble getting comfortable in bed, wake up when turning over, feel stiff in the morning, or notice that poor sleep makes their pain feel worse the next day.

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A recent systematic review published in Chiropractic & Manual Therapies looked specifically at the relationship between low back pain and sleep quality in adults aged 60 years and older. The review, by Rahbar and colleagues, examined whether low back pain is associated with poorer sleep quality in older adults. This is an important topic because both low back pain and sleep difficulties become more common and more impactful with age (Rahbar et al., 2026).

The authors searched several major health databases, including MEDLINE, Embase, CINAHL, and PsycINFO, from their beginning dates through December 2025. They identified 2,394 articles, removed duplicates, screened 2,237 citations, reviewed 191 full-text studies, and ultimately included five low-to-moderate risk of bias studies in their evidence synthesis. These included three cross-sectional studies and two cohort studies. Although the studies used different definitions of low back pain and different ways of measuring sleep quality, the overall finding was consistent: chronic low back pain was positively associated with poorer sleep quality in adults aged 60 and older (Rahbar et al., 2026).

This does not mean that low back pain always causes poor sleep. It also does not mean that poor sleep always causes low back pain. The relationship is likely more complex than that. Pain can make it difficult to fall asleep, stay asleep, or find a comfortable position. Poor sleep can also make the nervous system more sensitive, reduce recovery, affect mood, lower energy, and make pain feel more intense the next day. Over time, this can create a cycle where pain disrupts sleep, and poor sleep makes pain harder to manage.

For older adults, this cycle can be especially frustrating. A poor night of sleep can make the back feel stiffer in the morning. Morning stiffness may make it harder to start moving. Less movement during the day can lead to more stiffness, reduced strength, reduced balance, and less confidence with activity. This can gradually affect walking, exercise, household tasks, hobbies, travel, and independence.

The review by Rahbar and colleagues is clinically important because it focuses on adults aged 60 and older. This age group is often affected differently by low back pain compared with younger adults. Older adults may be dealing with age-related spinal changes, arthritis, spinal stenosis, disc degeneration, reduced muscle strength, balance changes, medical conditions, medication use, or lower activity levels. Sleep may also change with age. Some changes in sleep duration and sleep maintenance can occur naturally, but significant declines in sleep quality can still affect health, function, and quality of life (Rahbar et al., 2026).

In the studies included in the review, sleep quality was measured in different ways. Some studies used self-reported sleep questions, while others used tools such as the Pittsburgh Sleep Quality Index. Sleep quality can include several different features, including how long it takes to fall asleep, how long someone sleeps, how often they wake during the night, how refreshed they feel in the morning, and how much sleep affects daytime function. This is important because a person may be “in bed” for eight hours but still feel poorly rested if they wake frequently or cannot get comfortable.

One of the interesting findings from the review was that the association between chronic low back pain and poor sleep quality was generally small. This matters. It means low back pain is likely one factor among many that can influence sleep. Sleep can also be affected by stress, anxiety, depression, medications, caffeine, alcohol, sleep apnea, restless legs, urinary frequency, medical conditions, reduced activity, and irregular routines. For that reason, it is important not to oversimplify the issue. Back pain may be part of the sleep problem, but it may not be the only reason a person is sleeping poorly.

At the same time, even a small association can matter in real life. For a person already struggling with mobility, balance, fatigue, or chronic pain, poor sleep can make daily life feel much harder. A patient may say, “My back is not terrible, but I wake up exhausted,” or “I can manage during the day, but I cannot get comfortable at night.” These are important clinical clues. They tell us that the goal of care should not only be reducing pain on a pain scale. The goal should also include improving function, confidence, movement tolerance, and quality of life.

At The Muscle and Joint Clinic, we often see this pattern in patients with low back pain. Some patients feel worse first thing in the morning. Others feel relatively comfortable during the day but struggle when lying down. Some wake when rolling over in bed. Others report that they sleep better after they have been more active, stretched gently, or received treatment. Some patients with spinal stenosis feel better sleeping slightly flexed or on their side, while others with disc-related pain may prefer different positions. There is no single sleeping position that works for everyone, which is why assessment matters.

A proper assessment of low back pain should include more than simply asking where the pain is. It should include questions about sleep, morning stiffness, walking tolerance, sitting tolerance, standing tolerance, leg symptoms, numbness or tingling, balance, strength, activity level, and medical history. It is also important to ask whether symptoms are changing, whether pain wakes the person at night, whether there has been unexplained weight loss, fever, trauma, cancer history, bowel or bladder changes, or progressive neurological symptoms. These details help determine whether conservative care is appropriate or whether medical referral is needed.

When conservative care is appropriate, chiropractic and manual therapy care may help by addressing some of the physical factors that contribute to discomfort. This may include improving spinal and hip mobility, reducing muscle tension, addressing joint stiffness, improving movement patterns, and helping patients gradually return to activity. Treatment may include gentle spinal mobilization or manipulation when appropriate, soft tissue therapy, assisted stretching, exercise therapy, education, posture advice, and strategies to reduce flare-ups. For older adults, the plan should be individualized and adapted to the person’s comfort, health status, goals, and tolerance.

Exercise is also an important part of managing persistent low back pain. For many older adults, the goal is not aggressive exercise. The goal is safe, consistent movement that improves confidence and function. This may include walking, gentle mobility exercises, hip strengthening, core endurance work, balance training, and gradual conditioning. When people move better during the day, they may also feel less stiff at night and in the morning. However, exercise needs to be prescribed carefully. Too much too soon can flare symptoms, while too little movement can lead to deconditioning.

Sleep positioning can also be worth discussing. Some patients feel more comfortable lying on their side with a pillow between the knees. Others prefer lying on their back with a pillow under the knees. Some patients benefit from adjusting pillow height, mattress support, or how they get in and out of bed. These changes do not “cure” low back pain, but they can reduce strain and help the body settle more comfortably at night.

It is also important to recognize when sleep concerns need medical attention. If a patient has loud snoring, pauses in breathing, morning headaches, severe daytime sleepiness, restless legs, significant insomnia, medication concerns, mood changes, or ongoing sleep disruption that does not improve, they should speak with their family doctor or appropriate healthcare provider. Low back pain may be part of the sleep problem, but sleep disorders and medical conditions should not be missed.

The study by Rahbar and colleagues also reminds clinicians to be humble about the evidence. The authors noted that more high-quality studies are needed. Many existing studies use different definitions of low back pain and different measures of sleep quality. Most rely heavily on self-reported sleep measures. Cross-sectional studies can show an association, but they cannot prove cause and effect. Even the better-quality studies suggest that the relationship between low back pain and sleep quality is real, but generally small and influenced by many other factors (Rahbar et al., 2026).

For patients, the practical message is simple: if you are over 60 and struggling with low back pain, your sleep matters. If your sleep is poor, your back pain may feel harder to manage. If your back pain is persistent, it may be one of the reasons you are not sleeping well. Either way, it is worth discussing both issues during your assessment.

Low back pain care should not only focus on the spine as a structure. It should focus on the person. That means understanding how pain affects walking, sleep, mood, confidence, independence, and daily life. For some patients, the first goal may be sleeping more comfortably. For others, it may be walking farther, standing longer, returning to exercise, or feeling less stiff in the morning. These goals are connected.

At The Muscle and Joint Clinic, our approach is to assess the full picture. We look at spinal movement, hip mobility, muscle function, posture, walking tolerance, strength, flexibility, and symptom patterns. We also ask how pain is affecting sleep and daily function. From there, we create a treatment plan that may include hands-on care, exercise, education, and practical strategies to help patients move with more confidence.

Chronic low back pain and poor sleep often travel together in older adults. The relationship may not be simple, and it may not be the same for every person, but it is important. Better care starts by asking better questions. If back pain is affecting your sleep, or poor sleep is making your pain harder to manage, it may be time to have a proper assessment.

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References

Rahbar, P., Wong, J. J., DeSouza, A., Papaconstantinou, E., Wang, D., Hogg-Johnson, S., & Côté, P. (2026). The association between low back pain and sleep quality in adults 60 years and older: A systematic review. Chiropractic & Manual Therapies. Advance online publication. https://doi.org/10.1186/s12998-026-00656-w

Hartvigsen, J., Hancock, M. J., Kongsted, A., Louw, Q., Ferreira, M. L., Genevay, S., Hoy, D., Karppinen, J., Pransky, G., Sieper, J., Smeets, R. J., Underwood, M., & Lancet Low Back Pain Series Working Group. (2018). What low back pain is and why we need to pay attention. The Lancet, 391(10137), 2356–2367.

Hirshkowitz, M., Whiton, K., Albert, S. M., Alessi, C., Bruni, O., DonCarlos, L., Hazen, N., Herman, J., Katz, E. S., Kheirandish-Gozal, L., Neubauer, D. N., O’Donnell, A. E., Ohayon, M., Peever, J., Rawding, R., Sachdeva, R. C., Setters, B., Vitiello, M. V., Ware, J. C., & Adams Hillard, P. J. (2015). National Sleep Foundation’s sleep time duration recommendations: Methodology and results summary. Sleep Health, 1(1), 40–43.

Morelhão, P. K., Gobbi, C., Christofaro, D. G. D., Damato, T. M., Grande, G. D., Frange, C., Andersen, M. L., Tufik, S., & others. (2021). Bidirectional association between sleep quality and low back pain in older adults: A longitudinal observational study. Archives of Physical Medicine and Rehabilitation.

Rahbar, P., Wong, J. J., Wang, D., Papaconstantinou, E., Hogg-Johnson, S., & Côté, P. (2025). The association between chronic back problems and poor sleep quality among Ontarian adults aged 60 years and older: A cross-sectional study analyzing the Canadian Community Health Survey 2015–2016. Canadian Journal of Public Health.

Van Looveren, E., Bilterys, T., Munneke, W., Cagnie, B., Ickmans, K., Mairesse, O., & others. (2021). The association between sleep and chronic spinal pain: A systematic review from the last decade. Journal of Clinical Medicine.

A Protein-Packed Meal for Energy, Recovery, and Busy Weeknights

A good recovery meal does not need to be complicated. It should be satisfying, colourful, easy to prepare, and built around nutrients that support energy, muscle repair, and overall health. These Mediterranean-inspired crispy rice chicken bowls check many of those boxes.

This meal combines seasoned chicken, rice, cucumber, tomatoes, olives, feta, parsley, red onion, and a simple vinaigrette-style dressing. It has the comfort of a rice bowl, the freshness of a Greek-style salad, and enough protein to make it a filling lunch or dinner.

At The Muscle and Joint Clinic, we often remind patients that movement, rehab, and treatment are only part of the recovery picture. Nutrition matters too. The body needs protein to repair tissue, carbohydrates to replenish energy, healthy fats to support satiety and overall health, and colourful vegetables to provide fibre, vitamins, minerals, and antioxidants.

Why This Meal Works Well

Chicken provides a strong source of protein, which is important for muscle repair, recovery after exercise, and maintaining strength. This is especially relevant for active adults, athletes, people going through rehabilitation, and anyone trying to preserve muscle while managing a busy lifestyle.

Rice provides carbohydrates, which are the body’s preferred fuel for higher-effort activity. Carbohydrates are especially useful after workouts, long days on your feet, sports, or physically demanding work. In this recipe, the rice can be served soft and fluffy or baked until crispy for extra texture.

The vegetables add freshness, crunch, hydration, and fibre. Tomatoes, cucumber, red onion, and parsley help balance the richness of the chicken, feta, and olives. The olives and olive oil add healthy fats, while feta adds flavour and a salty bite.

The result is a balanced bowl that feels satisfying without being overly heavy.

Ingredients

For the chicken

• 1 1/4 pounds boneless, skinless chicken thighs, cut into bite-sized pieces

• 1 tablespoon olive oil

• 1 teaspoon Greek seasoning

• 1/2 teaspoon paprika

• 2 cloves garlic, minced

• 1/4 teaspoon salt

• Extra olive oil for cooking

For the crispy rice

• 3 cups cooked rice, cooled

• 3 tablespoons olive oil

• 1 teaspoon Greek seasoning

• 1 tablespoon soy sauce

For the bowl

• 1 cup cherry tomatoes, halved

• 1 cup English cucumber, sliced and quartered

• 1/2 cup thinly sliced red onion

• 1/2 cup banana pepper rings

• 1/2 cup chopped flat-leaf parsley

• 1/2 cup Kalamata olives

• 1/2 cup crumbled feta cheese

For the dressing

• 1/4 cup olive oil

• 1 tablespoon red wine vinegar

• 1 tablespoon banana pepper brine

• 2 teaspoons honey

• 1 teaspoon Dijon mustard

• 1/4 teaspoon dried oregano

• 1/4 teaspoon salt

• 1/4 teaspoon black pepper

• 1/4 cup water, or less depending on desired consistency

Instructions

1. Preheat the oven to 400°F. Line a baking sheet with parchment paper or lightly grease it.

2. In a bowl, combine the chicken, olive oil, Greek seasoning, paprika, garlic, and salt. Mix until the chicken is evenly coated. Set aside while preparing the other ingredients.

3. In a separate bowl, whisk together the olive oil, red wine vinegar, banana pepper brine, honey, Dijon mustard, oregano, salt, black pepper, and water. Taste and adjust as needed.

4. In another bowl, combine the cooked rice, olive oil, Greek seasoning, and soy sauce. Spread the rice evenly onto the prepared baking sheet.

5. Bake the rice for about 35 to 40 minutes, or until it becomes golden and crispy around the edges. Stir once partway through if you want more even crisping.

6. While the rice is baking, heat a small amount of olive oil in a skillet over medium-high heat.

7. Add the chicken to the skillet and cook until browned on the outside and fully cooked through. This usually takes about 7 to 10 minutes, depending on the size of the pieces.

8. If browned bits collect at the bottom of the pan, add a small splash of water and stir to lift that flavour back into the chicken.

9. Build each bowl with chicken, crispy rice, tomatoes, cucumber, red onion, banana peppers, parsley, olives, and feta.

10. Drizzle with dressing and serve.

Make It More Recovery-Focused

For a higher-protein version, increase the chicken portion or add chickpeas. For a higher-fibre version, use brown rice, quinoa, or a mix of rice and lentils. For a lighter version, use less rice and add extra cucumber, tomatoes, greens, or roasted vegetables.

If you are preparing this after a workout, keep the rice portion in the bowl. Carbohydrates are helpful for replenishing energy, especially after strength training, sports, cycling, running, or a long day of physical activity.

If you are making this for meal prep, keep the dressing separate until serving so the vegetables stay fresh. The chicken, rice, and chopped vegetables can be prepared ahead of time and assembled quickly during the week.

A Note About the Crispy Rice

Crispy rice adds texture, but it is optional. Some people love the crunch, while others may prefer regular rice. If you are making this for kids or for family meal prep, you can serve half the rice crispy and half soft, then let everyone build their own bowl.

The key is not perfection. The key is creating a meal that is balanced, enjoyable, and easy enough to repeat.

Why Bowls Are Great for Busy Families

Bowls are one of the easiest ways to build balanced meals. You can start with a base, add protein, include vegetables, add flavour from herbs or dressing, and finish with a small amount of cheese, nuts, seeds, or olives.

They are also flexible. One person can add more vegetables. Another can add more rice. Someone else can skip onions or olives. This makes bowls useful for families with different preferences.

For patients who are trying to improve nutrition without following a strict diet, this style of eating can be very helpful. It focuses on adding good foods rather than obsessing over restriction.

The Bottom Line

Mediterranean crispy rice chicken bowls are colourful, balanced, and satisfying. They provide protein for muscle repair, carbohydrates for energy, healthy fats for satiety, and vegetables for fibre and micronutrients.

Whether you are recovering from a workout, managing a busy family schedule, or simply looking for a healthier dinner idea, this is the kind of meal that supports both taste and function.

Good nutrition does not need to be complicated. Sometimes, it starts with a bowl of chicken, rice, vegetables, and a dressing you actually enjoy.

Headaches are one of the most common reasons people reach for pain medication, push through a difficult workday, avoid exercise, or struggle to concentrate. While there are many different types of headaches, one of the most common is the tension-type headache.

A tension-type headache often feels like pressure, tightness, heaviness, or a band-like sensation around the head. Some people feel it across the forehead or temples. Others feel it at the base of the skull, through the neck, or across the shoulders. The pain is usually mild to moderate, but when it happens often, it can become frustrating and exhausting.

At The Muscle and Joint Clinic, we often see patients who say their headaches build during the day, especially after long hours at a desk, driving, studying, using screens, or going through stressful periods. They may also describe neck tightness, shoulder tension, jaw clenching, poor sleep, or temporary relief with massage, heat, stretching, or movement.

Tension-type headaches are usually not dangerous, but frequent headaches should not be ignored. A headache that keeps returning can affect quality of life, productivity, mood, sleep, and confidence. The goal is not only to reduce pain in the moment, but to understand what may be contributing to the headache pattern and what can be done to reduce its frequency and intensity over time.

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What Is a Tension-Type Headache?

A tension-type headache is a primary headache disorder, meaning the headache itself is the condition rather than a symptom of another disease. The International Classification of Headache Disorders describes tension-type headache as usually being bilateral, pressing or tightening in quality, mild to moderate in intensity, and not aggravated by routine physical activity such as walking or climbing stairs (Headache Classification Committee of the International Headache Society, 2018).

Patients often describe it as a tight band around the head, pressure at the temples, heaviness across the forehead, or aching that spreads from the neck to the head. Unlike many migraines, tension-type headaches are usually not strongly throbbing and are less likely to be associated with nausea, vomiting, or major sensitivity to light and sound.

That said, headache patterns can overlap. Some patients have both migraine and tension-type headaches. Others may have headaches that begin with neck and shoulder tension but develop into more migraine-like symptoms. This is why a proper history and assessment matter.

How Common Are Tension-Type Headaches?

Tension-type headaches are very common. Prevalence estimates vary widely depending on how studies define and measure the condition, but research has reported prevalence ranges from approximately 2.2% to 38.3% (Jung et al., 2022; Schwartz et al., 1998). This wide range reflects how differently headache disorders can appear from person to person.

Some people experience tension-type headaches only occasionally. Others have frequent or chronic headaches that become part of their weekly or even daily routine. The more often headaches occur, the more important it becomes to look at contributing factors rather than relying only on short-term pain relief.

Episodic Versus Chronic Tension-Type Headaches

Tension-type headaches are often classified by frequency. Infrequent episodic tension-type headaches occur less than once per month on average. Frequent episodic tension-type headaches occur more often, but fewer than 15 days per month. Chronic tension-type headaches occur on 15 or more days per month for more than three months (Headache Classification Committee of the International Headache Society, 2018).

This distinction is important because occasional headaches and chronic headaches are not managed the same way. An occasional headache may improve with rest, hydration, sleep, gentle movement, or occasional medication when appropriate. Frequent or chronic headaches usually require a more complete plan that considers neck function, stress, sleep, workstation habits, exercise, medication use, and possible overlap with migraine or other headache disorders.

What Causes Tension-Type Headaches?

The exact cause of tension-type headaches is not always clear. They are not simply “muscle headaches,” and they are not just stress headaches. Current understanding suggests they involve a combination of nervous system sensitivity, pain processing, muscle tenderness, neck and shoulder tension, lifestyle factors, and sometimes emotional stress (Bendtsen et al., 2010; Headache Classification Committee of the International Headache Society, 2018).

In many patients, the muscles and joints of the neck, upper back, shoulders, jaw, and scalp become sensitive. This can happen with prolonged sitting, repetitive work, poor sleep, stress, reduced movement, jaw clenching, or sustained postures. Over time, the nervous system may become more responsive to signals coming from these areas. When that happens, normal tension or fatigue can begin to feel painful.

This is one reason two people can have similar posture or similar stress levels but very different symptoms. The headache is not only about how tight a muscle feels. It is also about how the nervous system is interpreting signals from the head, neck, shoulders, and surrounding tissues.

Common Symptoms of Tension-Type Headaches

The most common symptom is a dull, pressing, tightening, or heavy sensation around the head. Patients may describe a tight hat, a band around the forehead, pressure behind the eyes, or squeezing at the temples. The pain is usually mild to moderate, but it can still be distracting and draining.

Many patients also report tenderness in the neck and shoulders. The muscles at the base of the skull may feel sore to touch. The upper trapezius muscles may feel tight, tired, or overworked. Some people feel as though they constantly need to stretch their neck, roll their shoulders, massage their temples, or crack their neck.

Tension-type headaches can also affect concentration and sleep. A person may still be able to work, study, or care for family, but they may feel foggy, irritable, tired, or less productive. When headaches become frequent, people may become less active or more cautious because they worry about triggering symptoms. Over time, this can create a cycle of stiffness, reduced conditioning, stress, and more headaches.

The Neck and Shoulder Connection

The neck and shoulders are commonly involved in tension-type headache patterns. The upper cervical spine, the base of the skull, the jaw, and the upper back all contain muscles, joints, and nerves that can contribute to head and neck discomfort. When these areas become sensitive or overloaded, symptoms can spread into the head.

Many patients describe headaches that start at the base of the skull and wrap around toward the forehead or temples. Others feel pressure across the front of the head after long periods of sitting or screen use. Some notice headaches after driving, studying, sleeping awkwardly, clenching their jaw, or looking down at a phone for long periods.

This does not mean posture is always the cause. It also does not mean every headache comes from the neck. However, when headaches occur with neck stiffness, reduced neck range of motion, shoulder tension, tenderness at the base of the skull, or symptoms that build with prolonged positions, the neck and upper back should be assessed.

What the Research Says About Therapy for Tension-Type Headaches

A 2022 systematic review and network meta-analysis published in Cephalalgia examined therapy interventions for tension-type headache. The authors searched major databases including Web of Science, Medline, Cochrane Library, and the Physiotherapy Evidence Database up to August 2021. They included randomized controlled trials involving adults diagnosed with tension-type headache according to International Headache Society criteria (Jung et al., 2022).

The review included 20 reports, and 15 were included in the network meta-analysis for headache intensity and frequency. The interventions studied included manual therapy, joint mobilization, exercise, postural correction, massage, soft tissue techniques, trigger point therapy, transcutaneous electrical nerve stimulation, relaxation, neural mobilization, dry needling, and combinations of these approaches (Jung et al., 2022).

One of the key findings was that combined approaches appeared more effective than single techniques alone. For headache intensity, transcutaneous electrical nerve stimulation combined with physiotherapy techniques was the most effective approach compared with control and usual care. The reported mean difference was −4.18 compared with control and −3.8 compared with usual care, with moderate confidence in the evidence (Jung et al., 2022).

For headache frequency, manual therapy involving joint mobilization combined with exercise and postural correction was the most effective intervention. This approach reduced headache frequency compared with control and usual care. The reported mean difference was −13.03 headache days per month compared with control and −13.95 headache days per month compared with usual care, with low to moderate confidence depending on the comparison (Jung et al., 2022).

These findings are important because they support a practical clinical message: tension-type headaches often respond best to a combined care plan. Hands-on treatment may help reduce pain and sensitivity, but exercise, postural education, movement strategies, and self-management are important parts of care.

Why Combination Care Often Makes Sense

Tension-type headaches are rarely caused by one single issue. A patient may have neck stiffness, shoulder tension, jaw clenching, poor sleep, stress, long work hours, reduced activity, and frequent medication use all contributing to the same headache pattern. If care only focuses on one factor, the improvement may be incomplete or temporary.

The 2022 review found that individual therapy techniques were generally not as effective as combined approaches. For example, manual therapy alone or exercise alone did not rank as highly as manual therapy combined with exercise and postural correction for reducing headache frequency (Jung et al., 2022).

This fits what we often see clinically. A massage may help someone feel better for a short period, but if the same person returns to long hours at a desk, poor sleep, limited movement, and no strengthening plan, the headache may keep returning. Similarly, exercise can be helpful, but if the neck is very sensitive and painful, some patients may first need symptom relief and guidance before they can comfortably exercise.

A well-rounded plan may include manual therapy, soft tissue therapy, mobility work, strengthening, posture coaching, ergonomic advice, breathing strategies, sleep discussion, and education about how to respond when symptoms begin.

Medication Can Help, But It Is Not the Whole Plan

Over-the-counter medication may help occasional tension-type headaches when used safely and appropriately. However, frequent use of pain-relieving medication can sometimes contribute to medication-overuse headaches, where headaches become more frequent and harder to control.

This does not mean medication is bad. It means medication should be used thoughtfully. If someone is taking pain relievers several days per week, waking with headaches, or feeling dependent on medication to function, they should speak with a healthcare provider.

For frequent or chronic tension-type headaches, prevention becomes more important than repeatedly treating the headache after it starts. Prevention may include improving sleep, reducing prolonged static posture, strengthening the neck and upper back, managing stress, improving hydration, addressing jaw clenching, and determining whether medical management is needed.

How The Muscle and Joint Clinic Assesses Headaches

At The Muscle and Joint Clinic, assessment begins with a detailed history. We ask where the headache is located, how it feels, how often it happens, how long it lasts, what triggers it, what relieves it, and whether the pattern is changing. We also ask about nausea, light sensitivity, sound sensitivity, vision changes, dizziness, numbness, weakness, jaw pain, sleep, stress, work habits, exercise, hydration, and medication use.

This history helps us determine whether the headache pattern is most consistent with a tension-type headache, cervicogenic headache, migraine, medication-overuse headache, or another condition that may require medical referral.

The physical assessment may include checking neck range of motion, upper back mobility, shoulder mechanics, jaw tension, muscle tenderness, posture tolerance, strength, breathing patterns, and neurological screening when appropriate. We also screen for red flags that may suggest the need for medical evaluation.

The goal is not to assume every headache is muscular. The goal is to understand the headache pattern, identify contributing factors, rule out warning signs, and determine whether conservative care is appropriate.

Conservative Treatment Options

When conservative care is appropriate, treatment may include a combination of manual therapy, soft tissue therapy, mobilization, exercise, stretching, postural education, ergonomic advice, and self-management strategies. Some patients may also benefit from modalities such as heat or electrical stimulation, depending on their presentation and clinical suitability.

Manual therapy may be used to improve movement and reduce sensitivity in the neck and upper back. Soft tissue therapy may help address tenderness in the muscles around the neck, shoulders, jaw, and base of the skull. Exercise may focus on the deep neck muscles, shoulder blade control, upper back strength, postural endurance, and general conditioning.

This type of combined approach is consistent with the findings of Jung et al. (2022), who concluded that passive physiotherapy techniques combined with exercise, postural correction, and/or transcutaneous electrical nerve stimulation appeared to be among the most effective physiotherapy interventions for reducing headache intensity and frequency in the short term.

The Role of Exercise

Exercise is an important part of headache management for many patients. This does not always mean intense exercise. It may start with gentle mobility, walking, breathing exercises, and low-load strengthening.

The deep muscles of the neck help support the head during daily activity. The upper back and shoulder blade muscles help reduce unnecessary strain through the neck and shoulders. When these areas lack endurance, the body may compensate with increased tension in the upper trapezius, jaw, and base of the skull.

A good exercise plan may include gentle chin tuck variations, scapular strengthening, thoracic mobility, rows, postural endurance training, and progressive strengthening. The plan should be individualized. Too much intensity too soon may flare symptoms, while exercises that are too easy may not create meaningful change.

Posture: Important, But Often Misunderstood

Posture can contribute to tension-type headaches, but it is often oversimplified. There is no single perfect posture that prevents headaches. The body is designed to move, not to hold one position all day.

A more useful goal is posture variability. This means changing positions regularly, taking short movement breaks, adjusting screen height, keeping the keyboard and mouse close, supporting the arms when needed, and avoiding prolonged phone use with the head bent down.

Patients often feel guilty about posture, but guilt is not helpful. The better question is: how long are you staying in one position, and how well does your body tolerate that position? Small changes throughout the day can reduce the buildup of tension that often leads to headaches.

Stress, Sleep, and Jaw Tension

Stress does not mean a headache is “all in your head.” Stress creates real physical changes. During stressful periods, many people clench their jaw, raise their shoulders, breathe shallowly, sleep poorly, skip meals, increase caffeine, or reduce physical activity. These changes can all contribute to headache symptoms.

Jaw clenching is especially common. Some patients wake with temple pain, jaw soreness, or headaches near the side of the head. Others clench during work, driving, studying, or concentration without realizing it. In these cases, jaw awareness, breathing strategies, dental assessment, and neck treatment may all be relevant.

Sleep is also important. Poor sleep can increase pain sensitivity and reduce recovery. Patients with frequent headaches should pay attention to sleep quality, pillow comfort, bedtime consistency, caffeine timing, and whether they wake feeling rested.

Self-Care Strategies That May Help

For mild tension-type headaches, simple strategies may help reduce symptoms. Gentle neck and shoulder movement, walking, hydration, rest from screens, heat to the neck and shoulders, light stretching, and breathing exercises may provide relief.

Some people benefit from self-massage around the temples, jaw muscles, upper shoulders, or base of the skull. However, more pressure is not always better. Aggressive pressure can irritate sensitive tissues and worsen symptoms. Self-care should feel relieving, not aggravating.

A headache diary can also be useful. Tracking headache frequency, duration, intensity, sleep, stress, caffeine, screen time, exercise, and medication use can help identify patterns. This information can make assessment and treatment more targeted.

When to Seek Medical Attention

Most tension-type headaches are not dangerous, but some headache symptoms need urgent medical assessment. Seek medical care if a headache is sudden and extremely severe, especially if it is unlike anything you have experienced before. A headache after a head injury should also be assessed.

Medical attention is also important if headache is associated with fever, neck stiffness, confusion, fainting, seizure, weakness, numbness, difficulty speaking, facial drooping, vision loss, or trouble walking. A new headache after age 50, headaches that are progressively worsening, headaches that wake you from sleep repeatedly, or headaches associated with cancer, immune suppression, or unexplained weight loss should also be evaluated.

You should also speak with a healthcare provider if headaches are increasing in frequency, if you are using pain medication frequently, or if headaches are interfering with work, school, sleep, or daily life.

What Patients Can Expect From Care

For occasional headaches, improvement may happen quickly with simple strategies. For frequent or chronic headaches, progress may take more time because the nervous system, muscles, habits, stress patterns, sleep, and medication use may all be involved.

A successful plan usually includes both short-term relief and long-term prevention. Short-term relief may come from manual therapy, soft tissue work, heat, mobility, or other symptom-relieving strategies. Long-term prevention often requires exercise, movement breaks, sleep improvements, workstation changes, stress management, and better awareness of early warning signs.

The goal is not to promise that headaches will never happen again. The goal is to reduce how often they happen, how intense they become, how long they last, and how much they interfere with life.

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Final Thoughts

Tension-type headaches are common, but common does not mean unimportant. If headaches are frequent, recurring, or affecting your quality of life, they deserve proper assessment.

The research suggests that combined therapy approaches may help reduce headache intensity and frequency in the short term, especially when hands-on care is paired with exercise, postural correction, and self-management strategies (Jung et al., 2022). This supports a practical, individualized approach rather than relying on one single treatment.

At The Muscle and Joint Clinic, our goal is to help patients understand their headache pattern, rule out warning signs, identify contributing factors, and build a plan that supports long-term comfort, function, and confidence.

If you experience frequent headaches, pressure around the head, neck tightness, or headaches that build during the day, a thorough assessment can help determine whether conservative care may be appropriate for you.

References

Bendtsen, L., Evers, S., Linde, M., Mitsikostas, D. D., Sandrini, G., & Schoenen, J. (2010). EFNS guideline on the treatment of tension-type headache: Report of an EFNS task force. European Journal of Neurology, 17(11), 1318–1325. https://doi.org/10.1111/j.1468-1331.2010.03070.x

Headache Classification Committee of the International Headache Society. (2018). The International Classification of Headache Disorders, 3rd edition. Cephalalgia, 38(1), 1–211. https://doi.org/10.1177/0333102417738202

Jung, A., Eschke, R.-C., Struss, J., Taucher, W., Luedtke, K., & collaborators. (2022). Effectiveness of physiotherapy interventions on headache intensity, frequency, duration and quality of life of patients with tension-type headache: A systematic review and network meta-analysis. Cephalalgia, 42(9), 944–965. https://doi.org/10.1177/03331024221082073

LeWine, H. E. (2026, June 16). Tension headache. Harvard Health Publishing.

Schwartz, B. S., Stewart, W. F., Simon, D., & Lipton, R. B. (1998). Epidemiology of tension-type headache. JAMA, 279(5), 381–383. https://doi.org/10.1001/jama.279.5.381

Lumbar spinal stenosis is one of the most common spine conditions affecting older adults. It is also one of the most common reasons people over the age of 60 seek care for low back pain, leg pain, difficulty walking, and reduced mobility. For many patients, the symptoms can be confusing because they do not always behave like a typical muscle strain or disc injury. A person may feel relatively comfortable while sitting, but then develop pain, heaviness, numbness, tingling, or weakness in the legs after standing or walking for a period of time. The symptoms may force them to stop, sit down, lean forward, or rest before they can continue.

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At The Muscle and Joint Clinic, we often see patients who describe this classic pattern. They may say they can walk farther when leaning on a shopping cart, that standing in one place is harder than sitting, or that walking downhill bothers them more than walking uphill. Some people feel pressure in the low back. Others feel symptoms mainly in the buttocks, thighs, calves, or feet. Some patients do not have much back pain at all, but they notice their legs become tired, heavy, or uncomfortable when they walk.

Lumbar spinal stenosis can be frustrating because it often affects independence. It can make grocery shopping harder. It can limit travelling, walking for exercise, standing in lines, gardening, household chores, and playing with grandchildren. Many people slowly reduce their activity because they are worried symptoms will flare. Over time, this reduction in activity can lead to stiffness, weakness, loss of endurance, balance changes, and reduced confidence.

The good news is that lumbar spinal stenosis does not always mean a person is destined to decline or needs surgery right away. Research has shown that many patients can improve with nonsurgical care. A 2019 randomized clinical trial published in JAMA Network Open compared three nonsurgical treatment approaches for lumbar spinal stenosis: medical care, group exercise, and manual therapy combined with individualized exercise. All three groups improved over time, especially in walking capacity. However, the group that received manual therapy plus individualized exercise had better short-term improvement in symptoms, function, and walking ability at two months compared with the other groups.

This finding is important for patients because it supports what many clinicians see in practice. Lumbar spinal stenosis is often related to structural age-related changes in the spine, but symptoms are influenced by much more than imaging alone. Mobility, strength, hip function, nerve sensitivity, walking tolerance, posture, balance, and confidence all matter. A thoughtful conservative care plan can often help patients move better, walk farther, and manage symptoms more effectively.

What Is Lumbar Spinal Stenosis?

The lumbar spine is the lower part of the spine. It is made up of five vertebrae, which are the bones of the spine. Between these bones are discs, which act as cushions and help with movement. At the back of the spine are small joints called facet joints. Ligaments help support the spine, and muscles around the back, pelvis, hips, and abdomen help provide stability and movement control.

Inside the spine is the spinal canal. This is the space where the spinal cord and nerve structures travel. In the lower back, the spinal cord has usually already ended, and the canal contains nerve roots that travel into the pelvis and legs. These nerves help control sensation, muscle function, reflexes, and movement.

Lumbar spinal stenosis means there is narrowing of the space available for these nerve structures. This narrowing can occur in the central spinal canal, in the side channels where the nerves travel, or in the openings where nerves exit the spine. When the available space becomes reduced, the nerves may become irritated or compressed, especially during positions or activities that further reduce that space.

In many cases, lumbar spinal stenosis develops gradually over time. It is commonly associated with age-related degenerative changes. These changes may include disc degeneration, disc bulging, arthritis of the facet joints, thickening of spinal ligaments, bone spur formation, and sometimes a condition called spondylolisthesis, where one vertebra shifts slightly forward relative to another. These changes can narrow the spaces around the nerves.

It is important to understand that stenosis is not always a sudden injury. For many people, it is a slow process that develops over years. A person may have narrowing on an MRI or CT scan long before they develop symptoms. Some people have significant narrowing on imaging and only mild symptoms, while others may have moderate narrowing and more significant limitations. This is why the clinical examination matters. The scan is only one part of the story.

Why Imaging Does Not Tell the Whole Story

Many patients become concerned when they hear words like degeneration, arthritis, narrowing, compression, or stenosis on an imaging report. These terms can sound alarming. However, imaging findings must always be interpreted in context. Degenerative changes are very common as people age, and not all degenerative changes cause pain.

A person’s symptoms depend on several factors. These include the degree of narrowing, the location of the narrowing, how sensitive the nerves are, the person’s walking tolerance, posture, strength, flexibility, inflammation level, activity habits, general health, and confidence with movement. Two people can have similar MRI findings but very different symptoms and function.

This is why a diagnosis of lumbar spinal stenosis should not be based on imaging alone. A good assessment looks at the patient’s history, symptom pattern, walking ability, range of motion, neurological function, hip mobility, strength, balance, and response to different positions. In lumbar spinal stenosis, the story the patient tells is often just as important as the scan itself.

One of the most important clinical clues is how symptoms respond to posture. Many people with lumbar spinal stenosis feel worse when standing tall or extending the lower back. They may feel better when sitting, bending forward, or leaning on something. This happens because lumbar extension can reduce the space available in the spinal canal, while lumbar flexion can slightly open that space. This does not mean bending forward fixes the stenosis, but it can temporarily reduce irritation of the nerve structures.

The Classic Symptom Pattern

The most common symptom pattern associated with lumbar spinal stenosis is called neurogenic claudication. The word claudication refers to symptoms that come on with walking or standing. Neurogenic means the symptoms are related to nerve irritation rather than blood flow. In lumbar spinal stenosis, neurogenic claudication often causes pain, aching, heaviness, cramping, numbness, tingling, or weakness in the buttocks, thighs, calves, or feet.

Patients may describe needing to stop after walking a certain distance. Some can predict almost exactly how far they can walk before symptoms begin. For example, one person may be able to walk for five minutes before leg heaviness starts, while another may manage fifteen minutes before needing to sit. After sitting or bending forward, the symptoms may ease, allowing the person to continue.

Standing in one place can sometimes be worse than walking. This can happen because standing upright places the lumbar spine in a more extended position. Walking may also become difficult, but some people tolerate slow walking better than prolonged standing. Others find that walking uphill is easier than walking downhill because uphill walking naturally encourages a slight forward lean, while downhill walking often places the spine into more extension.

The shopping cart sign is another common clue. Patients may notice that they can walk farther in a grocery store when leaning forward on a cart. The forward-bent position can temporarily reduce nerve irritation, allowing them to tolerate more walking. This is one reason stationary cycling is often better tolerated than upright walking for some patients with stenosis. The seated, slightly flexed posture can be more comfortable.

How Lumbar Spinal Stenosis Affects Daily Life

Lumbar spinal stenosis can have a major effect on quality of life because walking is central to independence. When walking becomes limited, many daily activities become harder. Patients may avoid malls, airports, long parking lots, community events, family outings, or travel. They may become nervous about going places where they are unsure if seating will be available. Some people begin planning their day around where they can sit and rest.

This can lead to a cycle of reduced activity. A patient walks less because walking triggers symptoms. Because they walk less, their leg strength and endurance decline. As endurance declines, walking becomes harder. As walking becomes harder, the patient becomes less confident and avoids more activity. Over time, this can contribute to deconditioning, stiffness, balance issues, and increased risk of falls.

This cycle is important because conservative care is not only about pain relief. It is also about maintaining function. The goal is to help the patient stay active, preserve independence, and gradually improve tolerance for meaningful activities. Even if the structural narrowing remains present, the patient may still become stronger, more mobile, more confident, and more capable.

What the 2019 JAMA Network Open Study Looked At

The 2019 randomized clinical trial by Schneider and colleagues studied 259 adults with lumbar spinal stenosis. The average age of participants was approximately 72 years. To be included, patients had to have imaging evidence of lumbar spinal stenosis on MRI or CT, along with clinical symptoms consistent with the condition. These symptoms included leg symptoms that worsened with walking and improved with sitting, symptoms worsened by lumbar extension and relieved by flexion, or leg pain relieved by leaning forward on a shopping cart.

The participants were randomly assigned to one of three treatment groups. One group received medical care from a physical medicine physician. This care included medications such as anti-inflammatory medication, acetaminophen, nerve-related medications, or other non-opioid medications. The physician also had the option of referring patients for epidural steroid injections when appropriate.

A second group participated in supervised group exercise classes at community centers. These classes were designed for older adults and were supervised by fitness instructors. The goal was to provide general exercise in a community setting.

The third group received manual therapy combined with individualized exercise. This care was provided by chiropractors and physical therapists. The treatment included a warm-up on a stationary bike, manual therapy procedures such as lumbar distraction mobilization, hip joint mobilization, lumbar and sacroiliac mobilization, neural mobilization, and individualized instruction in stabilization exercises and home stretching.

All treatments were delivered over six weeks. The researchers then measured outcomes at two months and six months. They looked at self-reported symptoms and function using the Swiss Spinal Stenosis questionnaire, walking capacity using a self-paced walking test, and physical activity using an activity monitor.

What the Study Found

The study found that all three groups improved over time. This alone is an encouraging finding. Lumbar spinal stenosis is often considered a chronic degenerative condition, but the study showed that patients can improve with nonsurgical care. In particular, walking capacity improved across all three groups and these improvements were still present at six months.

At the two-month follow-up, the manual therapy and individualized exercise group had greater improvement in symptoms and physical function compared with medical care and group exercise. This group also had a higher proportion of patients who achieved at least a 30 percent improvement in walking capacity. At two months, 65.3 percent of patients in the manual therapy and individualized exercise group achieved at least 30 percent improvement in walking capacity. This compared with 48.7 percent in the medical care group and 46.2 percent in the group exercise group.

The manual therapy and individualized exercise group also had a higher proportion of patients with at least 30 percent improvement in symptoms and function at two months. This suggests that a more individualized, hands-on, active rehabilitation approach may provide stronger short-term benefits for some patients with lumbar spinal stenosis.

By six months, however, there were no significant differences between the groups. This means that while manual therapy and individualized exercise appeared to provide better short-term outcomes, the longer-term outcomes were similar among the three approaches. This does not make the short-term improvement unimportant. For a patient who is struggling to walk, sleep, shop, travel, or function, meaningful improvement over the first several weeks can be very valuable. It may also help the patient become more active, more confident, and more engaged in their recovery.

Why Manual Therapy and Individualized Exercise May Help

Manual therapy and individualized exercise may help patients with lumbar spinal stenosis for several reasons. The goal is not to “reverse” arthritis or permanently enlarge the spinal canal. Degenerative changes in the spine cannot simply be adjusted away. Instead, conservative care focuses on improving the factors that can influence symptoms and function.

Many patients with lumbar spinal stenosis have stiffness in the lumbar spine, hips, pelvis, and surrounding soft tissues. They may also have weakness in the gluteal muscles, reduced core endurance, poor balance, tight hip flexors, limited walking tolerance, and sensitivity of the nerve tissues. These factors can affect posture, movement, and loading through the lower back.

Manual therapy may help reduce stiffness, improve joint movement, decrease muscle guarding, and make it easier for patients to exercise. Hip mobilization may be especially relevant because hip stiffness can change walking mechanics and increase demand on the lower back. Lumbar mobilization and gentle distraction-based techniques may help some patients tolerate movement better. Neural mobilization may be used when nerve sensitivity is contributing to leg symptoms, although it must be applied carefully and matched to the patient’s tolerance.

Individualized exercise is equally important. Exercise helps improve strength, endurance, balance, mobility, and confidence. A patient with spinal stenosis may need a specific program that respects their symptom pattern. For example, some patients tolerate flexion-biased exercises better than extension-based exercises. Others may need to start with seated or supported exercises before progressing to standing exercises. Some may benefit from stationary cycling before walking progression. The program should be based on the patient, not a generic handout.

Why General Exercise Alone May Not Be Enough for Some Patients

General exercise is still valuable. Movement is important for older adults, and group exercise can improve confidence, social engagement, cardiovascular health, and general conditioning. For some patients with mild symptoms, a general exercise class may be enough to help them stay active.

However, lumbar spinal stenosis can vary significantly from person to person. One patient may have mostly back stiffness. Another may have severe leg heaviness with walking. Another may have balance concerns, hip arthritis, knee osteoarthritis, diabetes, neuropathy, or other health conditions that affect exercise tolerance. A general class may not address the specific movement restrictions, weakness patterns, nerve sensitivity, or walking limitations that are contributing to the patient’s symptoms.

This is where individualized care can be helpful. A clinician can assess how the patient moves, what triggers symptoms, what relieves symptoms, how far the patient can walk, which exercises are tolerated, and which areas need to be strengthened or mobilized. The treatment plan can then be adjusted based on response. If an exercise flares symptoms, it can be modified. If the patient improves, the program can be progressed. This flexibility is one of the advantages of a personalized approach.

The Importance of Walking Capacity

Walking capacity is one of the most important outcomes for patients with lumbar spinal stenosis. Pain scores matter, but they do not always tell the full story. A patient may still have some discomfort but be able to walk farther, stand longer, and participate in more activities. That can represent a meaningful improvement in quality of life.

In the JAMA Network Open study, walking capacity improved in all three groups. This is clinically important because walking limitation is often the main disability associated with lumbar spinal stenosis. The ability to walk farther can mean being able to shop independently, travel through an airport, attend family events, or return to recreational walking.

At The Muscle and Joint Clinic, walking tolerance is often used as a practical marker of progress. If a patient can only walk for five minutes before symptoms begin, the first goal may be to improve to seven or eight minutes. Then ten minutes. Then fifteen. Progress may be gradual, but these changes can make a major difference in daily life. Treatment should focus not only on reducing pain during a visit, but also on improving what the patient can do outside the clinic.

Why the Hips, Core, and Legs Matter

Although lumbar spinal stenosis is a spinal condition, the hips, pelvis, core, and legs play a major role in how symptoms are experienced. Walking is a full-body activity. If the hips are stiff, the lumbar spine may compensate. If the gluteal muscles are weak, the pelvis and lower back may have to absorb more load. If the core muscles fatigue quickly, posture and movement control may worsen. If the calves, hamstrings, or hip flexors are tight, stride mechanics may change.

Many older adults also have other conditions that interact with spinal stenosis. Knee osteoarthritis, hip osteoarthritis, foot problems, balance issues, neuropathy, and general deconditioning can all influence walking ability. A patient may have stenosis on imaging, but their walking limitation may be partly due to hip weakness, knee pain, poor endurance, or fear of falling. A good assessment should consider all of these factors.

This is why treatment should not focus only on the painful area. Improving hip mobility, lower-body strength, balance, and walking mechanics may reduce stress on the lower back and improve function. In many cases, the most effective plan is not simply a back treatment plan. It is a movement and function plan.

The Role of Chiropractic Care

Chiropractic care for lumbar spinal stenosis should be evidence-informed, patient-specific, and function-focused. The goal is not to claim that chiropractic treatment can cure stenosis or erase degenerative changes. Instead, chiropractic care may help by improving mobility, reducing mechanical sensitivity, addressing contributing movement restrictions, and supporting a progressive exercise plan.

A chiropractor may use gentle spinal mobilization, soft tissue therapy, assisted stretching, hip and pelvic mobilization, flexion-distraction-style approaches, exercise coaching, posture advice, and walking progression strategies. Treatment should be adapted to the patient’s age, irritability level, medical history, imaging findings, neurological status, and goals.

For some patients, hands-on care helps reduce pain enough that they can begin exercising more comfortably. For others, the biggest value comes from education and a structured plan. Patients often need help understanding which movements are safe, how to pace walking, how to avoid overreacting to flare-ups, and how to gradually build tolerance without repeatedly aggravating symptoms.

Chiropractic care may also involve co-management. Some patients benefit from communication between chiropractors, physiotherapists, family physicians, physiatrists, pain specialists, or surgeons. Lumbar spinal stenosis can exist on a spectrum, and the best care depends on severity, progression, neurological findings, and patient preference.

What an Assessment May Include

A proper assessment for suspected lumbar spinal stenosis begins with a detailed history. The clinician will ask where the symptoms are felt, how long they have been present, what brings them on, what relieves them, how far the patient can walk, whether sitting helps, whether leaning forward helps, and whether symptoms are changing over time. The clinician will also ask about numbness, tingling, weakness, balance, falls, bladder or bowel changes, and previous imaging or treatment.

The physical examination may include lumbar range of motion, repeated movement testing, neurological screening, reflexes, sensation, muscle strength, hip mobility, lower-body flexibility, balance, gait, posture, and functional movements such as sit-to-stand or walking tolerance. The goal is to determine whether the symptom pattern is consistent with lumbar spinal stenosis, whether other conditions may be contributing, and whether conservative care is appropriate.

It is also important to distinguish lumbar spinal stenosis from other causes of leg symptoms. Vascular claudication, peripheral neuropathy, hip arthritis, knee arthritis, disc herniation, peripheral nerve entrapment, and other medical conditions can sometimes mimic or overlap with spinal stenosis. For example, vascular claudication is related to blood flow and may also cause leg pain with walking, but the clinical pattern is different. This is why assessment matters.

Conservative Treatment Goals

The first goal of conservative treatment is usually education. Patients often feel more confident when they understand why their symptoms behave the way they do. Knowing that sitting or leaning forward can relieve symptoms because of spinal positioning can help patients make sense of their experience. Education can also reduce fear and help patients stay active in a safer, more strategic way.

The second goal is symptom modulation. This may involve manual therapy, mobility exercises, gentle stretching, supported positions, and activity modification. The purpose is to reduce irritability and make movement feel more tolerable. This phase is especially important for patients who are flared up or nervous about movement.

The third goal is improving mobility and strength. This may include hip mobility work, lumbar mobility exercises, glute strengthening, core stabilization, and lower-body strengthening. The exercises should be selected based on the patient’s presentation. Some patients need very gentle starting points, while others can tolerate more challenging strengthening.

The fourth goal is improving walking tolerance. This is often done through graded exposure. Instead of telling patients to simply walk as much as possible, it may be more effective to use intervals. For example, a patient may walk for a tolerable amount of time, rest briefly, then repeat. Over time, the walking time can gradually increase. This helps build capacity without repeatedly pushing into severe symptoms.

The final goal is long-term self-management. Lumbar spinal stenosis is usually chronic, so patients need strategies they can continue beyond the treatment plan. This may include a home exercise program, walking progression, flare-up plan, posture strategies, and periodic maintenance or reassessment when needed.

Why Flexion Bias Is Often Used

Many patients with lumbar spinal stenosis tolerate flexion-biased movements better than extension-biased movements. Flexion refers to bending forward. Extension refers to bending backward or standing in a more arched position. Because extension can narrow the spinal canal and foraminal spaces, it may aggravate symptoms in some patients. Flexion can temporarily increase space and reduce symptoms.

This is why certain exercises may be more comfortable than others. A stationary bike may feel better than walking on a treadmill. Seated exercises may feel better than standing exercises. Knees-to-chest movements or gentle lumbar flexion may feel relieving. Walking uphill may feel better than walking downhill. Leaning slightly forward while walking may help some patients tolerate more distance.

However, flexion bias does not mean every patient should only bend forward or avoid all extension forever. The spine still needs balanced movement, and treatment should be individualized. Some patients may tolerate certain extension movements well, while others may not. The key is to match exercise selection to the patient’s symptoms and goals.

Flare-Ups and Pacing

Lumbar spinal stenosis symptoms can fluctuate. Patients may have better days and worse days. A flare-up does not always mean the condition is worsening structurally. Symptoms can be influenced by activity level, sleep, stress, prolonged standing, travel, lifting, inflammation, or doing too much too soon.

Pacing is an important part of management. Many patients fall into an all-or-nothing pattern. On a good day, they do too much and flare their symptoms. Then they rest for several days and lose momentum. A better strategy is to establish a baseline level of activity that is tolerable and gradually build from there.

For walking, this may mean stopping before symptoms become severe, resting briefly, and then continuing. Over time, the patient may be able to increase total walking volume. The goal is to build capacity without constantly provoking major flare-ups.

When Surgery May Be Considered

Conservative care can help many patients, but it is not the right answer for every situation. Surgery may be considered when symptoms are severe, progressive, disabling, or not improving despite appropriate nonsurgical care. Surgery may also be considered when there is significant neurological decline, such as worsening weakness, or when quality of life is severely affected.

The decision for surgery should be made carefully and usually involves consultation with a spine specialist. Factors such as imaging findings, neurological status, general health, age, activity goals, and patient preference all matter. Some patients choose surgery because their walking limitation remains severe despite conservative care. Others prefer to continue nonsurgical management if symptoms are stable and function is acceptable.

It is also important to recognize urgent warning signs. New loss of bladder or bowel control, numbness in the saddle region, rapidly worsening leg weakness, severe unrelenting pain, fever, unexplained weight loss, major trauma, or symptoms suggesting serious medical illness require urgent medical assessment.

What Patients Should Expect From Conservative Care

Patients should not expect that conservative care will erase every degenerative change in the spine. A more realistic goal is to reduce symptoms, improve movement, increase walking tolerance, improve strength, and help the patient function better. Some patients improve quickly, while others need more time. Progress depends on symptom severity, duration, general health, activity level, other joint problems, and consistency with home exercises.

A successful outcome may look different for each person. For one patient, success may mean walking around the block again. For another, it may mean shopping without needing to sit every few minutes. For another, it may mean travelling with less fear of flare-ups. For another, it may mean avoiding or delaying more invasive treatment.

The most helpful approach is usually active and collaborative. The clinician provides assessment, treatment, education, and progression. The patient participates through home exercises, walking practice, pacing strategies, and lifestyle adjustments. Passive treatment alone is rarely enough for long-term improvement.

How The Muscle and Joint Clinic Can Help

At The Muscle and Joint Clinic, our approach to lumbar spinal stenosis is based on understanding the patient’s full presentation. We do not look only at the MRI report or only at the painful area. We assess how the spine, hips, pelvis, legs, nerves, balance, and walking pattern are contributing to the problem.

Treatment may include manual therapy to improve mobility, soft tissue therapy to reduce muscle tension, hip and lumbar mobilization, gentle flexion-biased movement strategies, individualized strengthening, core and glute training, stretching, balance work, and walking progression. Education is also a major part of care. Patients should understand what is happening, what activities are likely to aggravate symptoms, what positions may help, and how to build tolerance safely.

For many patients, the most important part of treatment is creating a realistic plan. A person who has avoided walking for months cannot always jump straight into long walks. A person who flares with standing may need supported exercises first. A person with hip or knee arthritis may need modifications. A person with balance concerns may need a different starting point. The plan should fit the patient.

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The Bottom Line

Lumbar spinal stenosis is a common condition that can cause low back pain, buttock pain, leg symptoms, and difficulty walking. It is usually related to age-related narrowing around the nerves in the lower spine. Although the condition is structural, symptoms are influenced by mobility, strength, posture, nerve sensitivity, conditioning, confidence, and activity habits.

The 2019 JAMA Network Open study provides encouraging evidence that nonsurgical care can help patients with lumbar spinal stenosis. All three treatment groups improved over time, especially in walking capacity. Manual therapy combined with individualized exercise produced better short-term improvement at two months, suggesting that a hands-on, personalized rehabilitation approach may be especially useful for patients who are struggling with symptoms and walking limitation.

For patients, the message is hopeful. Lumbar spinal stenosis does not always mean inevitable decline. It does not automatically mean surgery is the only option. With proper assessment, education, manual therapy when appropriate, individualized exercise, and gradual walking progression, many patients can improve their function and regain confidence in daily life.

If you or someone you know has low back, buttock, or leg symptoms that worsen with standing or walking and improve with sitting or leaning forward, lumbar spinal stenosis may be part of the picture. A proper assessment can help determine the cause of symptoms and whether conservative care is appropriate. At The Muscle and Joint Clinic, our goal is to help patients move better, walk farther, and stay active with a plan that is safe, realistic, and individualized.

Canada’s 6–0 win over Qatar at the 2026 FIFA World Cup was a historic moment for Canadian soccer. It marked Canada’s first-ever men’s World Cup victory and included a memorable hat trick from Jonathan David. However, the celebration was overshadowed by a serious injury to Canadian midfielder Ismaël Koné, who was stretchered off after a tackle early in the second half.

Reports indicated that Koné sustained a significant lower-leg injury and was expected to undergo surgery. While the exact diagnosis and surgical details belong to his medical team, the incident provides an opportunity to better understand serious lower-leg fractures, how they occur, how they are treated, and what recovery may involve for an elite athlete.

The Anatomy of the Lower Leg

The lower leg is mainly supported by two bones: the tibia and the fibula. The tibia, commonly known as the shin bone, is the larger and stronger of the two. It carries most of the body’s weight during standing, walking, running, jumping, and cutting. The fibula is the smaller bone located on the outside of the lower leg. Although it does not carry as much weight as the tibia, it plays an important role in ankle stability and muscle attachment.

The tibia is particularly vulnerable because much of it sits close to the skin, especially along the front and inner side of the shin. Unlike the thigh or calf, where thicker muscle tissue can help absorb impact, the shin has very little padding. This means that a direct blow to the lower leg can transmit force quickly to the bone.

How a Serious Lower-Leg Fracture Can Happen

In soccer, lower-leg fractures can occur from direct contact, twisting forces, awkward landings, or a combination of these mechanisms. A player may be more vulnerable if the foot is planted, the body is rotating, or the force of contact strikes the leg at an exposed angle. In some cases, the injury may involve the tibia alone. In others, both the tibia and fibula may be affected.

Although most tackles do not cause fractures, certain situations can create enough force to overwhelm the bone. When the inner part of the lower leg is struck, there is less muscle available to absorb the impact. If the leg is also rotating or the athlete is moving at speed, the force may be even greater. This is why some lower-leg fractures can happen suddenly, even when the contact does not appear as dramatic as expected.

Why This Injury Was So Significant

A serious tibial fracture is a major injury for any athlete, especially a soccer player. Soccer places repeated demands on the lower leg through sprinting, decelerating, passing, shooting, jumping, tackling, and changing direction. The tibia must tolerate high loads during almost every phase of play.

For an elite midfielder like Koné, lower-leg strength, mobility, and confidence are essential. A fracture does not only affect the bone. It can also affect surrounding soft tissues, ankle and knee motion, balance, muscle strength, and the athlete’s ability to return to high-speed movements. This is why recovery is usually measured in months, not weeks.

Immediate On-Field Management

When a serious fracture is suspected, the first priority is to protect the athlete and stabilize the injured limb. Medical staff usually assess pain, visible deformity, circulation, sensation, and the athlete’s ability to move the foot and ankle. They also determine whether the injury appears to be a closed fracture or an open fracture.

A closed fracture means the skin remains intact. An open fracture means the broken bone has communicated with the outside environment through the skin, which increases the risk of infection and usually requires urgent surgical care. In either situation, the limb is typically immobilized with a splint before the athlete is transferred for imaging and orthopedic assessment.

Surgical Treatment

Many significant tibial shaft fractures are treated surgically. One common surgical option is intramedullary nailing, where a metal rod is placed inside the tibia to stabilize the bone. Screws are often used to hold the rod in position. The purpose of surgery is to restore alignment, improve stability, and allow the bone to heal in the best possible position.

The fibula does not always require surgical fixation, even if it is also fractured. This depends on the location of the break, ankle stability, alignment, and the overall injury pattern. The orthopedic surgeon makes this decision based on imaging, examination findings, and the athlete’s specific needs.

What Recovery May Involve

Recovery from a tibial fracture depends on the severity of the injury, whether surgery is required, the quality of bone healing, and whether there are complications. In the early stages, the focus is usually on protecting the repair, managing swelling, controlling pain, and maintaining mobility in nearby joints as appropriate.

As healing progresses, rehabilitation gradually shifts toward restoring knee, ankle, and hip movement. Strengthening is then introduced carefully, especially for the calf, quadriceps, hamstrings, glutes, and core. Weight-bearing is usually progressed according to the surgeon’s instructions and the athlete’s symptoms.

Later stages of rehab focus on walking mechanics, balance, running progression, agility, acceleration, deceleration, and sport-specific movements. For a soccer player, this means gradually reintroducing passing, shooting, cutting, contact, and full-speed training. Return to play requires more than the bone simply healing on imaging. The athlete must also regain strength, coordination, confidence, conditioning, and the ability to tolerate the demands of competition.

Return to Sport Considerations

Return to sport after a tibial shaft fracture can vary widely. Some athletes return within several months, while others require a year or longer depending on the injury and recovery course. Elite athletes often have access to advanced medical care and daily rehabilitation, but they also need to return to a much higher level of performance than the average person.

Before returning to competition, medical teams typically consider pain levels, imaging results, strength testing, range of motion, running tolerance, jumping ability, balance, psychological readiness, and sport-specific performance. Rushing this process can increase the risk of delayed healing, compensation injuries, or re-injury.

The Emotional Impact of a Major Injury

A serious injury during a major tournament is not just a physical event. It can be emotionally difficult for the injured athlete and the entire team. Koné’s teammates were visibly affected, and Nathan Saliba’s goal celebration with Koné’s jersey showed how strongly the group rallied around him.

For athletes, the emotional side of recovery can include frustration, fear, sadness, and uncertainty. Missing a major tournament can be devastating, especially when the athlete has worked for years to reach that stage. Support from teammates, coaches, family, medical staff, and mental performance professionals can be an important part of the recovery process.

Lessons for Young and Recreational Athletes

Most soccer injuries are not as severe as Koné’s, but the incident is a reminder that lower-leg injuries should be taken seriously. Players should seek urgent medical attention if they experience severe pain, inability to bear weight, obvious deformity, numbness, tingling, rapid swelling, or changes in foot colour or temperature after an injury.

Even when an injury seems less severe, proper assessment can help determine whether the problem is likely a bruise, sprain, muscle injury, stress injury, or possible fracture. Early evaluation can also help athletes avoid returning too soon and making the injury worse.

Final Thoughts

Canada’s victory over Qatar will be remembered as a major milestone in Canadian soccer history, but Ismaël Koné’s injury added a difficult emotional layer to the night. Serious lower-leg fractures require careful medical management, appropriate surgical decision-making, and a structured rehabilitation process.

While Koné’s World Cup is over, many athletes with tibial fractures are able to return to sport when healing progresses well and rehabilitation is completed properly. His recovery will take time, but with the right medical care and support, the focus now shifts from the tournament to healing, rebuilding, and eventually returning to the game.

References

American Academy of Orthopaedic Surgeons. (n.d.). Tibial shaft fractures. OrthoInfo. https://orthoinfo.aaos.org/en/diseases–conditions/tibia-shinbone-shaft-fractures/

Canadian Press. (2026, June 19). Canada’s Ismael Kone to undergo leg surgery after being stretchered off vs. Qatar. Sportsnet. https://www.sportsnet.ca/fifa-world-cup/article/canadas-ismael-kone-stretchered-off-vs-qatar-with-leg-injury/

Jones, C. (2026, June 18). Gruesome injury to Ismaël Koné in victory over Qatar dampens Canadian men’s joy of historic 1st World Cup win. CBC Sports.

Robertson, G. A. J., Wood, A. M., Bakker-Dyos, J., Aitken, S. A., Keenan, A. C., Court-Brown, C. M., & McQueen, M. M. (2016). Return to sport after tibial shaft fractures: A systematic review. Sports Health, 8(4), 324–330. https://doi.org/10.1177/1941738115601425

A Baker’s cyst, also known as a popliteal cyst, is a fluid-filled swelling that develops at the back of the knee. Many patients first notice it as a feeling of tightness, fullness, or pressure behind the knee, especially when bending the knee, standing after sitting, walking for longer periods, or trying to squat or kneel. Some Baker’s cysts are small and painless, while others can become large enough to restrict motion and cause discomfort during everyday activities.

Although the swelling appears behind the knee, a Baker’s cyst is often not the original problem. In many cases, it is a sign that something inside the knee joint is irritated. Conditions such as knee osteoarthritis, meniscal irritation, cartilage wear, joint inflammation, or previous knee injury can cause the knee to produce extra synovial fluid. This extra fluid can move toward the back of the knee and collect in a small sac-like area, creating the cyst.

At The Muscle and Joint Clinic, our chiropractors and physiotherapists assess Baker’s cysts by looking at the knee as a whole. The goal is not only to reduce discomfort behind the knee, but also to understand why the knee is producing excess fluid in the first place. Treatment often focuses on improving knee strength, restoring comfortable movement, reducing irritation, and addressing the mechanical factors that may be contributing to the problem.

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What Is a Baker’s Cyst?

A Baker’s cyst is a collection of fluid behind the knee, usually between the tendons and soft tissues in the popliteal area. The knee joint naturally contains fluid that helps lubricate and protect the joint. When the knee becomes irritated, inflamed, or overloaded, it may produce more fluid than usual. That increased fluid pressure can push fluid toward the back of the knee, where it forms a cyst.

This is why Baker’s cysts are commonly associated with conditions that create ongoing irritation inside the knee. In adults, one of the most common underlying causes is knee osteoarthritis. Osteoarthritis can lead to joint inflammation, stiffness, cartilage changes, and increased fluid production. Meniscal tears or degenerative meniscal changes can also contribute because they may irritate the joint lining and increase swelling.

For some patients, the cyst itself is not the main issue. The cyst is more like a visible or noticeable result of the knee’s internal irritation. This is important because simply treating the cyst without addressing the knee mechanics, strength deficits, activity triggers, or underlying joint irritation may lead to recurring symptoms.

Common Symptoms of a Baker’s Cyst

The symptoms of a Baker’s cyst can vary depending on its size, the level of knee inflammation, and the patient’s activity level. Some people only notice mild swelling behind the knee. Others may feel significant tightness, aching, or restriction.

Patients may describe a sensation of pressure at the back of the knee, especially when the knee is fully bent. Sitting cross-legged, kneeling, squatting, or bending the knee deeply may increase symptoms because these positions can raise pressure in the back of the knee. Some people feel discomfort when standing up after sitting for a while, particularly if the knee has been bent for a prolonged period.

Other symptoms may include stiffness, reduced knee flexibility, posterior knee pain, difficulty walking long distances, and a feeling that the knee is “full” or swollen. In some cases, the cyst can fluctuate in size depending on activity levels and inflammation. It may feel more noticeable after prolonged standing, walking, exercise, or a flare-up of knee osteoarthritis.

It is also important to recognize that swelling or pain behind the knee is not always a Baker’s cyst. Sudden calf swelling, warmth, redness, severe pain, shortness of breath, or unexplained lower-leg symptoms should be assessed urgently because other conditions, including a blood clot, can sometimes mimic or overlap with posterior knee symptoms. A proper assessment helps determine whether conservative care is appropriate or whether medical imaging or urgent referral is needed.

Why Baker’s Cysts Happen

A Baker’s cyst usually develops when the knee produces too much joint fluid. This often happens because the knee is reacting to irritation, inflammation, or mechanical stress. The cyst may enlarge when fluid production increases and may decrease when inflammation settles.

Knee osteoarthritis is one of the most common reasons this happens. With osteoarthritis, the joint may become irritated during weight-bearing activity, stairs, squatting, kneeling, or prolonged standing. The body may respond by producing more synovial fluid, leading to swelling inside the knee and sometimes a Baker’s cyst behind it.

Meniscal problems can also contribute. The meniscus acts as a cushion inside the knee. If it becomes torn, irritated, or degenerative, it may create inflammation and swelling. Even when the meniscus is not causing sharp pain, it can still be part of the reason the knee produces extra fluid.

Muscle weakness can also play a role. If the quadriceps, hamstrings, gluteal muscles, or calf muscles are not supporting the knee well, the joint may experience more stress during movement. Poor hip control, limited ankle mobility, altered gait, or foot mechanics may also increase load through the knee. Over time, this can contribute to irritation and swelling.

This is why a Baker’s cyst should be looked at as part of a bigger knee function problem. The treatment plan should not only ask, “How do we shrink the cyst?” It should also ask, “Why is the knee irritated, and what can we do to reduce that irritation?”

The Role of Manual Therapy in Baker’s Cyst Management

Manual therapy can be an important part of conservative Baker’s cyst management, especially when the cyst is associated with knee osteoarthritis or other mechanical knee problems. The strongest rationale for manual therapy is that it targets the underlying drivers of swelling and irritation. Since Baker’s cysts are often linked to excess joint fluid, improving the way the knee moves and tolerates load may help reduce the ongoing irritation that contributes to fluid buildup. The best conservative care is usually not one single modality. Instead, it is a structured plan that combines exercise, education, movement modification, symptom control, and progressive strengthening.

Exercise Is the Foundation of Treatment

Exercise therapy is one of the most important parts of Baker’s cyst rehabilitation because it helps address the knee mechanics and muscle support around the joint. The goal is not to aggressively stretch or force the cyst to disappear. The goal is to improve how the knee handles daily stress so that the joint becomes less irritated over time.

A good rehabilitation program often includes progressive strengthening for the quadriceps, hamstrings, gluteal muscles, and calf muscles. The quadriceps help control knee extension and support the knee during walking, stairs, and sit-to-stand movements. The hamstrings help stabilize the knee and control movement at the back of the thigh. The gluteal muscles, especially the gluteus medius and gluteus maximus, help control hip position and reduce excessive stress through the knee during standing, walking, and stairs. The calf muscles also help with push-off during walking and contribute to lower-limb stability.

For patients with a Baker’s cyst, strengthening usually starts gently. Early exercises may include quad sets, straight leg raises, heel slides, glute bridges, calf raises, and controlled sit-to-stand movements. As symptoms improve, exercises may progress to step-ups, resisted knee extension, hamstring strengthening, hip abduction work, balance exercises, and functional strengthening. The progression should be based on the patient’s pain, swelling, range of motion, and activity goals.

A common mistake is doing too much too soon. If an exercise program causes increased swelling, more pressure behind the knee, or worsening pain that lasts into the next day, the program may need to be adjusted. Baker’s cyst rehabilitation should be progressive, but it should also respect the knee’s irritability.

Why Deep Knee Bending Can Aggravate Symptoms

Many patients with Baker’s cysts notice that symptoms become worse when the knee is deeply bent. This can happen during squatting, kneeling, sitting cross-legged, or crouching. These positions can increase pressure inside the knee and behind the knee, which may make the cyst feel tighter or more uncomfortable.

For this reason, activity modification is often an important part of treatment. Patients may be advised to temporarily reduce prolonged kneeling, deep squatting, high-impact activity, or positions that place the knee in sustained deep flexion. This does not mean the patient must avoid bending the knee forever. Instead, the goal is to calm the knee down first, then gradually restore tolerance to movement as strength and symptoms improve.

In the early stages, range-of-motion exercises are usually kept within a comfortable range. Gentle knee bending and straightening can help maintain mobility without forcing the joint into painful positions. Stationary cycling with low resistance may be useful for some patients, but the bike setup matters. If the seat is too low, the knee bends too much and may increase posterior knee pressure. Adjusting the seat height can often make cycling more comfortable.

Manual Therapy and Chiropractic Care

Chiropractic care can support Baker’s cyst management by addressing joint mechanics, soft tissue restriction, and movement patterns that may be contributing to knee stress. At The Muscle and Joint Clinic, our chiropractors do not look only at the cyst. They assess the knee, hip, ankle, foot, gait pattern, and the way the patient moves during functional tasks.

For example, limited ankle mobility may change how a patient squats, walks, or goes down stairs. Weak hip control may cause the knee to collapse inward during movement. Foot mechanics may affect how load travels through the lower limb. Hip stiffness may alter stride and increase compensatory stress at the knee. These factors can all contribute to irritation in an already sensitive knee.

Chiropractic treatment may include soft tissue therapy, joint mobilization, stretching, movement coaching, and exercise prescription. In some cases, chiropractic adjustments or mobilizations may be used for the hip, ankle, foot, or spine if those areas are contributing to altered mechanics. The treatment is individualized based on the patient’s assessment findings and comfort level.

Manual therapy may help reduce stiffness and improve short-term movement quality, but it is usually most effective when paired with exercise. Hands-on care may help a patient move more comfortably, while strengthening helps maintain better function over time.

Modalities can be useful for symptom management, especially during painful or swollen phases. However, modalities should usually be viewed as supportive tools rather than the entire treatment plan.

Ice or cold therapy may be helpful when the knee feels irritated, swollen, or inflamed. It can be used after activity or exercise to help manage discomfort. Compression sleeves or elastic wraps may also help some patients feel more supported and may assist with swelling control.

Electrical stimulation, such as TENS or IFC, may help reduce pain sensitivity and allow the patient to participate more comfortably in rehabilitation. Therapeutic ultrasound may be used in some settings, although evidence for directly reducing Baker’s cyst size is limited. These approaches can help with comfort, but they do not replace the need to address strength, movement, activity tolerance, and the underlying knee condition.

This distinction is important. A patient may feel temporary relief after a modality, but if the knee remains weak, overloaded, stiff, or irritated, the cyst may continue to be symptomatic. The best conservative plans usually combine short-term symptom relief with long-term functional improvement.

When Aspiration or Injection May Be Considered

Some Baker’s cysts improve with conservative care. Others remain painful, large, or limiting despite rehabilitation. In those situations, referral for medical assessment may be appropriate. Ultrasound-guided aspiration and corticosteroid injection are sometimes used when a cyst is persistently symptomatic.

Aspiration involves removing fluid from the cyst, usually under ultrasound guidance. Corticosteroid injection may be used to reduce inflammation. Research suggests that aspiration and injection can reduce cyst size and symptoms in many patients, although recurrence can occur, especially if the underlying knee problem continues to produce excess fluid.

One randomized controlled trial compared ultrasound-guided aspiration and corticosteroid injection, horizontal therapy, and a combination of both in patients with knee osteoarthritis and Baker’s cysts. The combined approach showed the best outcomes for pain, function, and cyst size reduction. This supports a practical clinical point: when a cyst is large or persistent, medical procedures may help reduce the fluid collection, but rehabilitation remains important because the knee still needs to be strengthened and managed properly.

At The Muscle and Joint Clinic, if a patient’s presentation suggests that imaging, aspiration, injection, or specialist referral may be needed, we can recommend appropriate next steps and communicate with the patient’s medical provider.

The Importance of Imaging

A Baker’s cyst can often be suspected based on the patient’s symptoms and a physical examination, but imaging may be helpful in many cases. Ultrasound is commonly used because it can confirm the presence of a cyst, measure its size, and help assess whether other causes of swelling may be present.

Imaging is especially useful when the swelling is large, symptoms are worsening, the diagnosis is uncertain, or the patient has calf symptoms. It can also help guide medical procedures such as aspiration or injection.

In some cases, MRI may be recommended if there is suspicion of meniscal injury, ligament injury, cartilage damage, or other internal knee pathology. Since Baker’s cysts are often linked to problems inside the knee, identifying the underlying cause can help guide treatment more effectively.

What Patients Can Do at Home

Home care can make a meaningful difference when it is done properly. Patients are often encouraged to avoid positions that clearly aggravate symptoms, such as prolonged deep squatting, kneeling, or sitting cross-legged. Gentle walking may be helpful if it does not increase swelling. Low-impact exercise is often better tolerated than high-impact activity during flare-ups.

Using ice after activity may help reduce irritation. Compression may provide support and help manage swelling. Elevating the leg can be useful if there is generalized knee swelling. However, patients should avoid aggressively massaging the cyst or trying to “break it up,” as this may irritate the area.

Exercise should be specific and progressive. Random stretching or heavy strengthening may not be appropriate in the early stages. A guided plan from a chiropractor or physiotherapist can help ensure the patient is doing the right exercises at the right intensity.

How The Muscle and Joint Clinic Assesses Baker’s Cysts

At The Muscle and Joint Clinic, assessment begins with a detailed history. We ask when the swelling started, what movements make it worse, whether there was a specific injury, whether the patient has known arthritis or meniscal issues, and whether the symptoms are changing. We also ask about calf pain, redness, warmth, numbness, instability, locking, or other symptoms that may require referral.

The physical examination may include checking knee range of motion, swelling, tenderness, strength, walking pattern, squat mechanics, stair mechanics, hip control, ankle mobility, and functional tolerance. We also assess whether the symptoms appear to be coming mainly from the cyst, the knee joint, surrounding muscles, or another structure.

This assessment helps determine whether conservative care is appropriate and what type of treatment plan is most likely to help. For some patients, the focus may be swelling control and gentle mobility. For others, the main need may be strengthening and movement retraining. For patients with suspected osteoarthritis or meniscal involvement, the plan may include education on long-term knee management.

How Our Chiropractors and Physiotherapists Treat Baker’s Cyst-Related Knee Pain

Treatment at The Muscle and Joint Clinic is individualized. Our chiropractors and physiotherapists may use a combination of hands-on care, exercise rehabilitation, education, modalities, and activity modification.

In the early stage, the focus may be reducing pain and calming the knee. This can include gentle soft tissue therapy, knee or lower-limb mobilization, swelling management, compression advice, and low-load exercises. Patients are taught which activities to avoid temporarily and which movements are safe to continue.

As symptoms improve, the plan usually shifts toward progressive strengthening. The patient may work on quadriceps strength, hamstring control, glute strength, calf strength, balance, and functional movement patterns. The goal is to help the knee tolerate daily tasks with less irritation.

Later-stage care may include return-to-activity planning. This may involve stairs, squatting modifications, walking tolerance, work-specific tasks, sport-specific movements, or exercise progressions. If the patient has knee osteoarthritis, the plan may also include long-term strategies to manage flare-ups and maintain strength.

The key is that treatment should not be passive only. A Baker’s cyst often reflects an irritated knee joint, and long-term improvement usually requires better joint support and better load management.

When to Seek Care

A person should consider an assessment if they have swelling behind the knee, recurring tightness, pain with bending, difficulty standing after sitting, or discomfort with walking, stairs, squatting, or kneeling. Early assessment can help identify whether the issue is likely a Baker’s cyst and whether the knee is showing signs of osteoarthritis, meniscal irritation, or another problem.

Urgent medical assessment is recommended if there is sudden calf swelling, redness, warmth, severe pain, shortness of breath, chest pain, or unexplained worsening of symptoms. These symptoms may indicate something more serious and should not be treated as a simple Baker’s cyst without medical evaluation.

The Key Takeaway

A Baker’s cyst is often a sign that the knee is irritated and producing excess fluid. While the swelling is located behind the knee, the underlying cause may involve knee osteoarthritis, meniscal irritation, joint inflammation, muscle weakness, altered mechanics, or previous injury.

Physiotherapy and chiropractic care can help by improving strength, restoring mobility, reducing mechanical stress, managing symptoms, and addressing the factors that may be contributing to excess joint fluid. Modalities such as ice, IFC, TENS, ultrasound, or compression may help with pain and swelling, but the foundation of treatment is usually a structured exercise and movement plan.

At The Muscle and Joint Clinic, our chiropractors and physiotherapists work together to assess the knee, identify contributing factors, provide hands-on care, guide rehabilitation, and recommend imaging or referral when needed.

If you have swelling, tightness, or pain behind the knee, a proper assessment can help determine whether a Baker’s cyst may be involved and what treatment approach is best for you.

Book a free consultation at The Muscle and Joint Clinic to learn how our chiropractors and physiotherapists can help with Baker’s cyst-related knee pain and stiffness.

References

Ionescu, E. V., Stanciu, L. E., Bujduveanu, A., et al. (2023). Clinical evidence regarding the dynamic of Baker cyst dimensions after intermittent vacuum therapy as rehabilitation treatment in patients with knee osteoarthritis. Journal of Clinical Medicine.

Van Nest, D. S., Tjoumakaris, F. P., Smith, B. J., Beatty, T. M., & Freedman, K. B. (2020). Popliteal cysts: A systematic review of nonoperative and operative treatment. JBJS Reviews.

Herman, A. M., & Marzo, J. M. (2014). Popliteal cysts: A current review. Orthopedics.

Di Sante, L., Paoloni, M., Dimaggio, M., et al. (2012). Ultrasound-guided aspiration and corticosteroid injection compared to horizontal therapy for treatment of knee osteoarthritis complicated with Baker’s cyst: A randomized, controlled trial. European Journal of Physical and Rehabilitation Medicine.

Deyle, G. D., Allen, C. S., Allison, S. C., et al. (2020). Physical therapy versus glucocorticoid injection for osteoarthritis of the knee. The New England Journal of Medicine.

Sharma, L. (2021). Osteoarthritis of the knee. The New England Journal of Medicine.

Katz, J. N., Collins, J. E., Bisson, L., et al. (2025). A randomized trial of physical therapy for meniscal tear and knee pain. The New England Journal of Medicine.

Logan, C. A., Asnis, P. D., & Provencher, M. T. (2017). The role of therapeutic modalities in surgical and nonsurgical management of orthopaedic injuries. Journal of the American Academy of Orthopaedic Surgeons.

da Silva, A. N. G., de Oliveira, J. R. S., Madureira, Á. N. M., Lima, W. A., & Lima, V. L. M. (2022). Biochemical and physiological events involved in responses to the ultrasound used in physiotherapy: A review. Ultrasound in Medicine & Biology.

French, H. P., Abbott, J. H., & Galvin, R. (2022). Adjunctive therapies in addition to land-based exercise therapy for osteoarthritis of the hip or knee. Cochrane Database of Systematic Reviews.

American Academy of Orthopaedic Surgeons. (2021). Management of osteoarthritis of the knee: Evidence-based clinical practice guideline.

Department of Veterans Affairs. (2020). The non-surgical management of hip and knee osteoarthritis.

Curl, W. W. (1996). Popliteal cysts: Historical background and current knowledge. Journal of the American Academy of Orthopaedic Surgeons.

Smith, M. K., Lesniak, B., Baraga, M. G., Kaplan, L., & Jose, J. (2015). Treatment of popliteal Baker cysts with ultrasound-guided aspiration, fenestration, and injection: Long-term follow-up. Sports Health.

Low back pain is so common that many people almost treat it as a normal part of life. It shows up after long hours at a desk, during physically demanding work, after lifting something awkwardly, after a poor night’s sleep, or sometimes for no clear reason at all. For some people, it is a short-term annoyance. For others, it becomes a recurring problem that affects work, exercise, family life, sleep, mood, and confidence with movement.

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Globally, low back pain is not a small issue. The World Health Organization describes low back pain as the leading cause of disability worldwide, estimating that about 619 million people were affected in 2020. Cases are projected to rise to approximately 843 million by 2050, largely because populations are growing and aging.

Because low back pain is so widespread, people often reach for whatever is familiar: pain medication, rest, stretching, massage, chiropractic care, physiotherapy, exercise, ice, or heat. Each option may have a place depending on the situation, but one simple and inexpensive therapy deserves more attention than it often receives: superficial heat therapy.

Superficial heat therapy means applying warmth to the surface of the body through methods such as a heat wrap, heating pad, hot pack, warm towel, hot bath, shower, hot water bottle, or wheat bag. It is not new. In fact, heat has been used for pain relief for centuries. What is interesting is that modern research continues to suggest that heat may have a practical role in low back pain care, especially when used safely and as part of a broader plan that includes movement, education, and appropriate clinical care.

Why Low Back Pain Is So Common

Low back pain is not usually caused by one single structure. Many people assume that back pain always means a “disc problem,” arthritis, or something being “out of place.” Sometimes specific structures are involved, but in many cases low back pain is described as non-specific, meaning the pain cannot be confidently linked to one exact tissue or one clear anatomical cause.

This does not mean the pain is imaginary. It simply means the low back is complex. The spine, discs, joints, ligaments, muscles, fascia, nerves, posture, stress, sleep, physical activity, and nervous system sensitivity can all influence how pain is felt. A person may have tight muscles, reduced movement, irritated joints, sensitized nerves, or a combination of factors.

Low back pain can also change how people move. When pain starts, many people naturally guard the area. They may stiffen the back, avoid bending, stop walking as much, or become nervous about normal movement. This can sometimes create a cycle: pain leads to stiffness and fear of movement, stiffness reduces activity, and reduced activity can make the back feel even more sensitive.

This is why low back pain care often focuses not only on reducing pain, but also on restoring confidence, mobility, strength, and normal daily function.

Where Heat Therapy Fits In

Heat therapy is often viewed as a comfort measure, but it may do more than simply feel good. Heat can help relax muscles, improve local blood flow, reduce stiffness, and make movement feel easier. For many people, that can be valuable because movement is often part of recovery.

HealthLink BC notes that there is some evidence that heat can help decrease low back pain, while evidence for cold is less clear, although some people do find either heat or cold helpful. Their practical guidance recommends applying heat for 15 to 20 minutes at a time, with moist heat such as hot packs, baths, or showers often working better than dry heat. They also advise caution with electric heating pads, including avoiding falling asleep while using them and using low or medium settings rather than high.

Harvard Health Publishing similarly explains that cold is often used in the early period after an injury, especially when swelling and inflammation are present, while heat may be more useful after the acute phase or for chronic pain and stiffness. Heat can help raise pain thresholds and relax muscles, but it should not be used on an area that is swollen, red, hot, or newly injured.

That distinction matters. Heat is not automatically the right choice for every pain. But for many people with low back stiffness, muscle tightness, recurring aches, or non-specific mild-to-moderate low back pain, heat may be a reasonable and helpful part of self-care.

How Heat May Help the Low Back

A 2021 narrative review by Freiwald and colleagues looked specifically at superficial heat therapy for non-specific, mild-to-moderate low back pain. The authors concluded that continuous, low-level heat therapy can provide pain relief, improve muscular strength, and increase flexibility. They described it as an effective, safe, easy-to-use, and cost-effective non-pharmacological option for low back pain care.

The possible benefits of heat are partly mechanical and partly neurological. When heat is applied to the low back, it can increase local tissue temperature. This may help blood vessels widen, improving blood flow to the area. Improved circulation may support tissue comfort by bringing oxygen and nutrients while helping remove irritating by-products from local tissue stress.

Heat may also reduce muscle tone. When people have back pain, the surrounding muscles may tighten in an attempt to protect the area. That protective response can be useful in the short term, but if it continues, it may add to stiffness and discomfort. Heat may help reduce this guarding, allowing the person to move more naturally.

The review also discusses how heat may affect pain processing. Warmth activates temperature-sensitive nerve endings, and this sensory input may help reduce the transmission or perception of pain signals. In simpler terms, the nervous system receives a competing signal from the warmth, which may help calm the pain response.

There may also be effects on fascia and connective tissue. The thoracolumbar fascia, a broad sheet of connective tissue in the low back, can be involved in stiffness and altered movement. Heat may help improve tissue extensibility and gliding, which may partly explain why some people feel looser after a warm shower, heat pack, or heat wrap.

The Important Detail: Not All Heat Is Used the Same Way

When people think of heat, they may picture a hot water bottle or heating pad used while lying on the couch. That can be helpful for some people, but much of the research discussed in the literature focuses on continuous low-level heat wraps. These wraps are designed to provide gentle, steady heat over a longer period while allowing the person to keep moving.

This is important because low back pain recovery is usually not about staying still. It is often about finding ways to keep moving safely. A wearable heat wrap may help a person walk, work, or complete gentle activity with less stiffness. In that sense, heat is not just passive relief; it may be a bridge back to movement.

The 2021 review noted that continuous low-level heat wrap therapy has been studied in acute and chronic low back pain. In several trials, heat wrap therapy was associated with reduced pain, improved flexibility, reduced stiffness, and better function. Some studies also found that combining heat with exercise produced better outcomes than either approach alone.

This does not mean a heat wrap is magic. It also does not mean heat replaces assessment, exercise, rehabilitation, or treatment when needed. But it does suggest that heat may be more useful when it is applied thoughtfully, especially when paired with movement rather than used only as a short passive treatment.

The Research Gap: Clinicians May Not Recommend Heat Often Enough

A newer 2026 study by McCann and colleagues examined how chiropractors and osteopaths in Australia use superficial heat for low back pain. This was an observational cross-sectional survey of 341 practitioners. The study found that although superficial heat is recognized as a non-pharmacological option for low back pain, its use in practice was limited.

Only 44.6% of practitioners reported using superficial heat for low back pain in the previous 12 months. At the same time, 71.3% of respondents acknowledged that superficial heat has a role in low back pain management, and 66.0%regarded it as an adjunct to spinal manipulation. Despite this, only 34.1% of chiropractors and 28.4% of osteopathsrecommended superficial heat for patient self-management.

That is the key issue: many clinicians appear to recognize that heat has value, but fewer are actually recommending it to patients in a structured way.

The study also found differences in how heat was used. Chiropractors were more likely to use superficial heat for chronic low back pain, while osteopaths were more likely to use it for acute low back pain. The authors pointed out that this may reflect a mismatch between guideline recommendations and clinical habits, since guidelines tend to support superficial heat more strongly for acute low back pain.

Another interesting finding was the method of heat application. The study reported that wheat bags were commonly used, while continuous low-level heat wraps were less frequently used. This matters because much of the evidence supporting heat therapy comes from studies involving heat wraps, not necessarily wheat bags or other forms of heat. The authors suggested this may represent an evidence-practice gap: clinicians may be using heat, but not always in the way most aligned with the research.

Why Might Heat Be Underused?

One reason may be that heat seems too simple. In modern healthcare, treatments that are simple, inexpensive, and available at home can sometimes be taken less seriously than more advanced interventions. Patients may assume that if something can be bought at a pharmacy or done at home, it must not be very important. Clinicians may also forget to discuss it in detail because it feels basic.

Another reason is that clinical guidelines are not always consistent. Some guidelines recommend superficial heat, but they may not clearly explain the best type of heat, how long to apply it, when to use it, or how to combine it with movement. This leaves room for uncertainty.

A third reason is safety. Heat is generally safe when used properly, but it is not risk-free. Burns can occur, especially with high heat, prolonged use, sleeping on heating pads, microwaveable packs that are overheated, or reduced skin sensation. People with diabetes-related nerve changes, poor circulation, spinal cord injury, multiple sclerosis, or other conditions that affect sensation should be especially careful and should seek professional guidance before using heat.

Finally, clinicians may focus more on treatments delivered in the clinic and less on what patients can do between visits. But for low back pain, what happens between visits often matters a great deal. Teaching patients how to safely use heat before walking, gentle mobility, stretching, or prescribed exercises could help them stay active and reduce fear of movement.

Heat, Ice, or Both?

The heat-versus-ice question is one of the most common questions people ask when they have low back pain. The answer is not always one or the other.

Cold may be more useful immediately after a sudden injury, especially if there is swelling, redness, or a clear inflammatory response. It can reduce pain by numbing the area and may help limit swelling early on. Harvard Health recommends not placing cold directly on the skin and limiting cold application to no more than 20 minutes at a time.

Heat may be more helpful when the main complaint is stiffness, muscle spasm, tightness, or chronic aching. It may also be useful before activity because it can make movement feel easier. HealthLink BC suggests heat for 15 to 20 minutes at a time and notes that some people may also try alternating heat and cold, using heat first and then ice a few hours later.

A practical approach is to pay attention to the response. If heat makes the back feel looser and helps the person move better, it may be useful. If heat makes the area throb, feel more inflamed, or worsen, it should be stopped. If ice helps calm a new flare-up, it may be appropriate. The goal is not to follow a rigid rule; the goal is to use the right tool at the right time.

How Patients Can Use Heat More Safely

For mild-to-moderate low back stiffness or non-specific low back pain, heat can often be used as part of a simple self-management routine. A person might apply comfortable warmth for 15 to 20 minutes, then follow it with gentle walking, mobility exercises, or stretches recommended by a healthcare provider.

The heat should feel warm and soothing, not painfully hot. It should not be applied directly to bare skin if there is a risk of burning. A towel or clothing layer can help protect the skin, depending on the heat source. Electric heating pads should be used on low or medium settings, and people should not fall asleep while using them. Microwaveable packs should be tested carefully before use because they can heat unevenly.

Heat should be avoided over areas that are swollen, red, hot, infected, numb, or lacking normal sensation. It should also be used cautiously by people with circulation problems, diabetes-related neuropathy, or conditions that impair temperature awareness.

Most importantly, heat should not be used as a way to ignore serious symptoms. It is a comfort and mobility tool, not a diagnostic test.

When Low Back Pain Should Be Assessed

Most low back pain is not dangerous, but some symptoms should be assessed promptly. A person should seek medical care if low back pain is associated with significant trauma, fever, unexplained weight loss, history of cancer, progressive leg weakness, numbness in the groin or saddle area, loss of bladder or bowel control, severe unrelenting night pain, or pain that is worsening despite appropriate care.

People should also seek assessment if the pain travels down the leg with weakness, if symptoms are not improving, or if the pain is interfering with work, sleep, or daily function. Heat may still be part of care, but it should not replace a proper evaluation when symptoms suggest something more serious.

Why This Matters for Clinical Practice

The conversation around low back pain has shifted over the years. Many guidelines now emphasize non-pharmacological care, education, reassurance, staying active, exercise, and avoiding unnecessary imaging or over-medicalization for uncomplicated low back pain. Within that broader approach, heat therapy can be a practical tool.

The 2026 survey of chiropractors and osteopaths highlights an important point: even when clinicians believe heat has value, they may not consistently recommend it. This is a missed opportunity. Patients often want simple things they can do safely at home. Heat therapy, when explained properly, gives patients an active role in managing symptoms.

A better clinical recommendation would not simply be, “Try heat.” It would be more specific: “Use comfortable heat for 15 to 20 minutes, avoid sleeping with a heating pad, use low or medium settings, and then try a short walk or your prescribed mobility exercises. Stop if symptoms worsen or the area feels irritated.”

That kind of guidance is simple, practical, and empowering.

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The Takeaway

Low back pain is one of the most common and disabling health conditions in the world. While there is no single solution for every case, superficial heat therapy deserves a more serious place in the conversation.

Research suggests that heat can reduce pain, improve flexibility, reduce stiffness, and support movement in people with mild-to-moderate non-specific low back pain. Continuous low-level heat wraps appear to have particularly relevant evidence, especially when used as part of a broader approach that includes activity and exercise.

At the same time, recent research suggests that heat may be underused or under-recommended by some clinicians, despite being recognized as helpful. That gap matters because patients need safe, accessible, low-cost tools they can use between appointments.

Heat therapy is not a cure-all. It is not appropriate for every injury or every person. But for many people with low back pain, it may be a simple, evidence-informed step that helps them move with less discomfort and more confidence.

Sometimes good care does not need to be complicated. Sometimes it starts with warmth, movement, and the right advice.

References

Freiwald, J., Magni, A., Fanlo-Mazas, P., Paulino, E., Sequeira de Medeiros, L., Moretti, B., Schleip, R., & Solarino, G. (2021). A role for superficial heat therapy in the management of non-specific, mild-to-moderate low back pain in current clinical practice: A narrative review. Life, 11(8), 780. https://doi.org/10.3390/life11080780

Harvard Health Publishing. (2025, August 12). Cold versus heat for pain relief: How to use them safely and effectively. Harvard Medical School.

HealthLink BC. (2022, November 9). Use heat or ice to relieve low back pain. Province of British Columbia.

McCann, P. J., McGlynn, P. J., Vitiello, A. L., Fernandez, M., & de Luca, K. (2026). The use of superficial heat in the management of low back pain by chiropractors and osteopaths in Australia: An observational cross-sectional survey. Chiropractic & Manual Therapies. Advance online publication. https://doi.org/10.1186/s12998-026-00648-w

World Health Organization. (2023, June 19). Low back pain. World Health Organization.

Youth sports are an important part of physical and social development. They help children and teenagers build strength, confidence, teamwork, coordination, and discipline. At the same time, the demands placed on young athletes have increased. Many children now train year-round, specialize in one sport earlier, and participate in sports that require sprinting, jumping, pivoting, cutting, and sudden stopping. These demands can increase the risk of knee injuries, especially injuries to the anterior cruciate ligament, commonly known as the ACL. The ACL is one of the major stabilizing ligaments inside the knee. It helps control forward movement of the shin bone and provides rotational stability to the knee (American Academy of Orthopaedic Surgeons [AAOS], 2026.).

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ACL injuries are commonly seen in sports that involve sudden stops, quick changes in direction, jumping, landing, and pivoting. These include soccer, basketball, football, flag football, volleyball, rugby, gymnastics, and skiing. Many ACL tears are non-contact injuries, meaning they can happen without another player directly hitting the knee. Instead, the injury may occur when an athlete lands awkwardly, plants the foot while turning, cuts quickly, or slows down suddenly (Mayo Clinic, 2022). This is why a proper warm-up is not optional. It is part of injury prevention, performance preparation, and long-term athlete development.

Doctors and sports medicine professionals have expressed concern that ACL injuries in young athletes are becoming increasingly common. One major concern is that some children are being trained like small adults before their bodies are ready. Early sport specialization, high training volume, and insufficient strength and conditioning may contribute to injury risk. Young athletes need a foundation of general movement skills, strength, balance, coordination, and recovery. Playing only one sport year-round can expose the body to repetitive movement patterns and may reduce the development of broader athletic skills.

A major focus in ACL injury prevention is neuromuscular training. Neuromuscular training teaches the brain and body to coordinate movement more effectively. These programs often include dynamic warm-ups, balance training, jumping and landing drills, agility exercises, strengthening, and movement-control work. Research has shown that ACL prevention programs can reduce injury risk when performed consistently, especially in young athletes and female athletes participating in high-risk sports (Petushek et al., 2019). Reuters reported that neuromuscular programs such as FIFA 11+ and knee-control programs may reduce ACL injury rates by as much as 70% when performed consistently two to three times per week across a season, although effectiveness depends heavily on adherence and proper implementation (Reuters, 2025).

A good ACL prevention program should include exercises that improve trunk control, hip control, glute strength, hamstring strength, quadriceps control, balance, and landing mechanics. The goal is not just to make the athlete stronger, but to help them move better under sport-like conditions. For example, athletes should learn how to land softly, keep the knee aligned over the foot, control the hip and pelvis, and avoid the knee collapsing inward during jumping or cutting. Strengthening the hamstrings and glutes is especially important because these muscles help support knee control and reduce strain on the ACL during sport.

When an ACL injury does occur, treatment depends on the athlete’s age, sport demands, symptoms, goals, associated injuries, and willingness to follow a structured rehabilitation plan. Nonoperative management may be appropriate for a select group of patients, especially those willing to modify their activities to straight-ahead sports such as jogging, cycling, and swimming, while avoiding pivoting, cutting, and jumping sports. Decision-making should be individualized and should consider age, activity level, sport requirements, meniscal or cartilage injury, instability symptoms, and rehabilitation commitment. A small subset of athletes, sometimes called “copers,” may regain enough functional stability to return to higher-level activity without reconstruction, but this does not apply to everyone.

Nonoperative ACL rehabilitation usually includes a supervised physiotherapy program focused on restoring range of motion, reducing swelling, rebuilding quadriceps and hamstring strength, improving hip and core control, and retraining balance and proprioception. Medication may be used for short-term pain and inflammation management when appropriate, but rehabilitation is the foundation of recovery. The patient is usually reassessed after approximately 6 to 12 weeks to determine whether the knee is becoming functionally stable or whether ongoing instability suggests that surgical consultation or delayed reconstruction should be considered. Bracing alone is not considered enough to prevent instability or restore full function.

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Clinical trial evidence shows why individualized decision-making is so important. The ACL SNNAP trial compared rehabilitation with surgical reconstruction in people with non-acute ACL injury and persistent instability. The trial found that surgical reconstruction was clinically superior for this group, but also showed that approximately half of the rehabilitation-only group did not require surgery during the study period (Beard et al., 2022). The KANON trial, published in the New England Journal of Medicine, found that early ACL reconstruction and rehabilitation with optional delayed reconstruction produced similar two-year outcomes in many young active adults with acute ACL tears, although about half of those assigned to rehabilitation eventually underwent delayed surgery (Frobell et al., 2010). These studies suggest that some patients can do well with rehabilitation-first care, while others may need reconstruction depending on instability, goals, and sport demands.

One emerging but controversial nonoperative approach is the Cross Bracing Protocol, which involves immobilizing the knee in a flexed position early after injury, followed by gradual range-of-motion progression and supervised rehabilitation. Early cohort research reported promising MRI evidence of ACL healing in some patients. However, this approach is still not standard care, especially for athletes who want to return to pivoting or cutting sports. More recent concerns include high rates of recurrent instability and associated meniscal injury in high-demand athletes. For that reason, athletes who want to return to sports like soccer, basketball, football, or flag football should be cautious about assuming that bracing-based protocols can replace careful surgical and rehabilitation decision-making.

For patients who are planning ACL reconstruction, prehabilitation is very important. Prehabilitation means completing structured rehabilitation before surgery. The goal is to enter surgery with the knee as calm, mobile, and strong as possible. A good prehabilitation program focuses on reducing swelling, restoring full knee extension, improving knee flexion, normalizing walking, strengthening the quadriceps and hamstrings, improving hip and core control, and preparing the patient mentally for the recovery process. Research suggests that prehabilitation can improve postoperative strength, function, hop performance, and return-to-sport outcomes compared with limited preparation before surgery.

Prehabilitation is usually performed for approximately 4 to 8 weeks, depending on the patient and surgical timeline. It may include neuromuscular training, balance exercises, perturbation training, progressive strengthening, closed-chain exercises such as squats and leg press, appropriately progressed open-chain exercises such as knee extensions when suitable, range-of-motion work, education, cryotherapy, and activity modification. Ideally, before surgery, the patient should have minimal swelling, full knee extension, good knee flexion, a normalized walking pattern, improving quadriceps strength, and a clear understanding of the rehabilitation process.

After ACL reconstruction, rehabilitation is usually criterion-based rather than purely time-based. This means the patient progresses when they meet specific physical milestones, not simply because a certain number of weeks have passed. The early phase, often the first 6 weeks, focuses on pain and swelling control, restoring knee motion, regaining quadriceps activation, improving walking, and protecting the surgical graft. Neuromuscular electrical stimulation may be used early to help improve quadriceps activation. The intermediate phase builds strength, balance, and movement control. Later phases include running progression, landing mechanics, jumping, sprinting, deceleration, agility, and sport-specific drills. Many athletes require 9 to 12 months or longer before full return to sport, and younger athletes may require even more caution.

Return to sport after ACL reconstruction should not be based only on time. A safer return-to-sport decision should include strength testing, hop testing, movement-quality assessment, absence of pain and swelling, sport-specific readiness, and psychological readiness. Many guidelines recommend that quadriceps and hamstring strength should reach at least 90% of the opposite side, and hop testing should also reach at least 90% limb symmetry before return to high-risk sport. The athlete should also demonstrate good landing mechanics, confidence, and no reactive swelling after training.

Psychological readiness is an important but sometimes overlooked part of ACL recovery. Some athletes regain strength but still do not trust the knee. Others may feel anxious about re-injury or hesitant during cutting, jumping, or contact situations. The ACL-Return to Sport after Injury scale, known as the ACL-RSI, is commonly used to assess emotions, confidence, and risk appraisal after ACL reconstruction. Higher scores suggest greater psychological readiness. Research has shown that psychological readiness can help predict return-to-sport success and should be monitored throughout rehabilitation, not only at the final clearance visit.

ACL rehabilitation should also consider the athlete’s full context. A teenager recovering from an ACL injury is not just healing a ligament. They may be missing their team, losing confidence, feeling frustrated, or worrying about falling behind. Good rehabilitation should include education, gradual goal-setting, objective testing, reassurance, and communication with parents, coaches, physicians, and therapists. The goal is not simply to “get back fast,” but to return safely, confidently, and with a lower risk of re-injury.

The Muscle and Joint Clinic can help athletes and active individuals at several stages of ACL care. For athletes who have not been injured, the clinic can help with injury-prevention screening, warm-up routines, strength and conditioning guidance, balance training, landing mechanics, and sport-specific movement control. For those with knee pain or a suspected ACL injury, the clinic can provide an assessment, identify movement limitations, and help guide the next steps, including referral for imaging or orthopedic consultation when appropriate. For patients managing an ACL injury without surgery, the clinic can provide structured rehabilitation focused on stability, strength, confidence, and safe activity modification. For patients preparing for surgery, prehabilitation can help improve range of motion, reduce swelling, strengthen the leg, and prepare the patient for a better recovery. After surgery, the clinic can support phased rehabilitation, progressive strengthening, neuromuscular retraining, running progression, return-to-sport preparation, and ongoing prevention strategies.

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ACL injuries can be serious, but they are not hopeless. With proper warm-ups, strength training, movement-control work, early assessment, structured rehabilitation, and careful return-to-sport planning, athletes can reduce injury risk and improve long-term knee health. For young athletes, prevention should become part of the culture of sport: warm up properly, build strength, move well, recover properly, and take knee symptoms seriously.

References

American Academy of Orthopaedic Surgeons. (n.d.). Anterior cruciate ligament (ACL) injuries. OrthoInfo. https://orthoinfo.aaos.org/en/diseases–conditions/anterior-cruciate-ligament-acl-injuries/

Beard, D. J., Davies, L., Cook, J. A., MacLennan, G., Price, A., Kent, S., Hudson, J., Carr, A., Campbell, M. K., & the ACL SNNAP Study Group. (2022). Rehabilitation versus surgical reconstruction for non-acute anterior cruciate ligament injury (ACL SNNAP): A pragmatic randomised controlled trial. The Lancet, 400(10352), 605–615. https://doi.org/10.1016/S0140-6736(22)01424-6

Crossley, K. M., Patterson, B. E., Culvenor, A. G., Bruder, A. M., Mosler, A. B., & Mentiplay, B. F. (2020). Making football safer for women: A systematic review and meta-analysis of injury prevention programmes in 11,773 female football players. British Journal of Sports Medicine, 54(18), 1089–1098. https://doi.org/10.1136/bjsports-2019-101587

Frobell, R. B., Roos, E. M., Roos, H. P., Ranstam, J., & Lohmander, L. S. (2010). A randomized trial of treatment for acute anterior cruciate ligament tears. The New England Journal of Medicine, 363(4), 331–342. https://doi.org/10.1056/NEJMoa0907797

Mayo Clinic. (2022). ACL injury: Symptoms and causes. https://www.mayoclinic.org/diseases-conditions/acl-injury/symptoms-causes/syc-20350738

National Athletic Trainers’ Association. (2018). Prevention of anterior cruciate ligament injury: Clinical practice position statement. https://www.nata.org/

Petushek, E. J., Sugimoto, D., Stoolmiller, M., Smith, G., & Myer, G. D. (2019). Evidence-based best-practice guidelines for preventing anterior cruciate ligament injuries in young female athletes: A systematic review and meta-analysis. The American Journal of Sports Medicine, 47(7), 1744–1753. https://doi.org/10.1177/0363546518782460

Reuters. (2025, June 30). Can training and technology solve the ACL crisis in women’s football?https://www.reuters.com/sports/soccer/can-training-technology-solve-acl-crisis-womens-football-2025-06-30/

Jaw pain is often described as “TMJ pain,” but the temporomandibular joint is only one part of the problem. The jaw is controlled by a coordinated system of joints, muscles, ligaments, nerves, teeth, posture, breathing mechanics, and neck movement. When this system becomes irritated, pain may come from the joint itself, the chewing muscles, the muscles under the jaw, or a combination of several structures.

One muscle that is often overlooked in jaw pain is the digastric muscle. Although it is small, it can play an important role in temporomandibular disorders, also known as TMD. The digastric muscle helps with mouth opening, jaw depression, swallowing, and stabilization of the hyoid bone, which sits at the front of the neck. Because of its location under the jaw and near the throat, irritation in this muscle can sometimes create symptoms that feel confusing, including pain under the chin, discomfort near the throat, pain behind the jaw, ear-area pain, and even tooth-like pain.

Temporomandibular disorders are a group of conditions that can affect the jaw joint, the muscles of chewing, or both. The Diagnostic Criteria for Temporomandibular Disorders recognizes muscle-related jaw pain as an important part of TMD assessment, especially when a patient’s familiar pain is reproduced with jaw movement or muscle palpation.

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What Is the Digastric Muscle?

The digastric muscle is located under the jaw and has two separate parts, known as the anterior belly and posterior belly. The anterior belly is located closer to the front of the chin and lower jaw. The posterior belly travels toward the area behind the jaw and near the mastoid region behind the ear. These two parts connect through an intermediate tendon near the hyoid bone.

The muscle’s name comes from the fact that it has “two bellies.” Its main functions include helping open the mouth, assisting with lowering the mandible, supporting swallowing, and stabilizing the hyoid bone during movements of the tongue, jaw, and throat. Because the jaw, tongue, throat, and neck are so closely connected, increased tension in the digastric muscle can affect more than just one small area.

When the digastric muscle becomes irritated, the patient may not always feel pain directly in the muscle. Some patients feel tenderness under the chin. Others feel pain near the angle of the jaw, pressure near the throat, discomfort behind the ear, or tightness that seems to pull from the jaw into the upper neck. In some cases, the pain may even be perceived in the lower front teeth, which can make the condition feel like a dental problem rather than a muscle problem. A published case report described non-dental toothache in the mandibular anterior teeth caused by referred pain from trigger points in the anterior digastric muscle.

How the Digastric Muscle Can Contribute to TMJ Pain

The digastric muscle is involved in opening the mouth and coordinating movement between the jaw and hyoid bone. If it becomes tight, overactive, or sensitive, it can contribute to altered jaw mechanics. A patient may feel that the jaw does not open smoothly, that there is pulling under the chin, or that talking, chewing, swallowing, or yawning increases discomfort.

In many patients, digastric muscle pain does not occur alone. It may be associated with tension in the masseter, temporalis, lateral pterygoid, medial pterygoid, sternocleidomastoid, suboccipital muscles, scalenes, and upper trapezius. This is why TMJ pain often overlaps with neck pain, headaches, ear pressure, and upper shoulder tension. The jaw and neck are biomechanically linked, and changes in head posture can increase the load on muscles under the jaw.

Muscle-related TMD can be complex. Research on orofacial pain describes TMD as a condition influenced by biological, behavioural, psychological, and social factors. Jaw parafunction, clenching, grinding, stress, poor sleep, trauma, posture, and overlapping pain conditions can all contribute to the development or persistence of TMD symptoms.

Why Digastric Pain Can Feel Like Tooth, Ear, or Throat Pain

One of the most important things to understand about muscle pain is that it can refer pain to another location. A trigger point is a sensitive area within a tight band of muscle. When pressed, stretched, or irritated, it may reproduce local pain or send pain to a distant area. In the case of the anterior digastric muscle, referred pain may be felt in the lower front teeth. In the posterior portion of the muscle, symptoms may be felt closer to the throat, jaw angle, or area behind the ear.

This can create a diagnostic challenge. A patient may visit a dentist because the pain feels like a toothache. If dental causes are ruled out, the source may be muscular, neural, joint-related, or referred from another structure. This does not mean tooth pain should be ignored. Dental infection, gum disease, cracked teeth, and other dental conditions must always be properly assessed. However, when dental evaluation does not explain the symptoms, the digastric muscle and other jaw-related muscles may deserve closer attention.

This is especially relevant when pain changes with jaw movement, chewing, swallowing, neck posture, clenching, or palpation under the jaw. A careful clinical assessment can help determine whether the patient’s familiar symptoms are reproduced by testing the jaw joint, the chewing muscles, the digastric muscle, or the cervical spine.

Common Symptoms of Digastric-Related Jaw Pain

Patients with digastric muscle involvement may describe a deep ache under the jaw, tenderness below the chin, tightness near the throat, or pain around the angle of the jaw. Some may feel discomfort behind the ear or near the mastoid region. Others may notice that opening the mouth feels restricted or uncomfortable.

The symptoms may worsen with chewing, yawning, prolonged talking, singing, dental procedures, clenching, grinding, or holding the head forward for long periods. Some patients notice symptoms after stressful periods because they unknowingly clench their jaw. Others notice symptoms after long hours at a computer, where forward head posture increases strain through the jaw, neck, and throat muscles.

A patient may also describe a “lump in the throat” feeling, even when there is no true lump present. This sensation can have many causes, and medical causes should be considered when appropriate. However, muscle tension under the jaw and around the throat can sometimes contribute to this type of discomfort.

Common Causes of Digastric Muscle Irritation

Digastric muscle irritation often develops from repeated strain rather than one single event. Clenching and grinding are common contributors because they increase baseline jaw muscle activity. Even when the teeth are not grinding loudly at night, daytime clenching during work, driving, studying, exercising, or stress can keep the jaw muscles active for hours.

Forward head posture is another common factor. When the head shifts forward, the muscles at the front of the neck and under the jaw may become more active as they help support and stabilize the head, jaw, tongue, and throat. This is one reason TMJ symptoms often appear alongside neck stiffness and headaches.

Overuse habits can also irritate the digastric muscle. Chewing gum, nail biting, frequent snacking on hard foods, prolonged talking, or holding the jaw open for dental work may aggravate symptoms. Trauma, whiplash, falls, sports injuries, and direct blows to the jaw can also affect the jaw and neck system.

Stress and sleep quality matter as well. TMD is not only a mechanical condition. People under prolonged stress may clench more often, breathe differently, sleep poorly, and experience increased nervous system sensitivity. The result can be a jaw that feels tight, tired, painful, and difficult to relax.

How Digastric Muscle Pain Is Assessed

Assessment begins with a detailed history. A clinician will usually ask where the pain is located, when it started, what movements aggravate it, whether there is clicking or locking, whether dental causes have been assessed, whether headaches or neck pain are present, and whether the patient clenches or grinds.

The physical assessment may include observing jaw opening, checking for deviation or limitation, palpating jaw muscles, assessing the neck and upper shoulders, testing posture, and determining whether palpation reproduces the patient’s familiar pain. The DC/TMD framework emphasizes the importance of reproducing familiar pain during examination when assessing pain-related TMD.

For the digastric muscle specifically, the clinician may assess the area under the chin for the anterior belly and the region behind the angle of the jaw for the posterior belly. This must be done carefully because the area is sensitive and contains important structures. The goal is not to press aggressively, but to determine whether the tissue is tender, guarded, restricted, or capable of reproducing the patient’s familiar symptoms.

A good assessment should also consider the cervical spine. The jaw and neck function together, and many patients with TMJ pain also have neck stiffness, upper cervical restriction, headaches, or forward head posture. Treating only the jaw without addressing the neck may miss an important part of the problem.

Why Conservative Care Is Usually the First Step

Most muscle-related TMJ problems are initially managed with conservative, reversible care. This means treatment should usually begin with education, self-care, manual therapy, exercise, habit modification, and coordination with dental or medical providers when needed. Conservative care is especially important because not all jaw pain requires invasive treatment.

Research on manual therapy and therapeutic exercise for TMD shows that these approaches may help some patients, although study quality and treatment methods vary. This means care should be individualized rather than presented as a one-size-fits-all cure.

For many patients, improvement comes from combining several strategies. This may include reducing clenching, improving posture, calming irritated muscles, restoring jaw mobility, improving neck movement, and gradually building better control of the jaw and cervical spine.

Home Care Considerations for Digastric and TMJ Pain

Patients with jaw muscle pain are often advised to avoid overloading the jaw while symptoms are irritated. This may include avoiding gum chewing, hard foods, wide yawning, nail biting, and unnecessary clenching. The resting position of the jaw is also important. Ideally, the lips are gently closed, the teeth are slightly apart, and the tongue rests comfortably on the roof of the mouth.

Heat may help when the area feels tight or guarded, while ice may be more appropriate when there is acute irritation or inflammation-like soreness. Gentle jaw relaxation exercises may be useful, but aggressive stretching can sometimes worsen symptoms if the tissues are highly sensitive.

Patients should also be cautious with self-massage under the jaw. This area is delicate. Light pressure may help some people, but deep or aggressive pressure near the throat, under the chin, or behind the jaw should be avoided. If symptoms are persistent, worsening, or associated with swallowing difficulty, swelling, fever, trauma, unexplained weight loss, neurological symptoms, or breathing difficulty, the patient should seek appropriate medical or dental care.

The Bigger Picture: TMJ Pain Is Often Multifactorial

It is tempting to look for one single cause of jaw pain, but TMD is often multifactorial. The digastric muscle may be one contributor, but it may not be the only one. The TMJ disc, joint capsule, masseter, temporalis, pterygoid muscles, cervical spine, posture, breathing patterns, sleep quality, stress, and dental factors may all influence symptoms.

This is why an individualized assessment matters. Two patients may both say they have “TMJ pain,” but one may primarily have joint irritation, another may have muscle-related pain, another may have neck-driven jaw symptoms, and another may have a combination of clenching, stress, poor sleep, and myofascial trigger points.

The goal of treatment is not simply to “release” one muscle. The goal is to understand the pattern of dysfunction and create a plan that reduces pain, improves movement, and helps prevent recurrence.

How The Muscle & Joint Clinic Can Help

At The Muscle & Joint Clinic in Mississauga, we take a detailed, musculoskeletal approach to TMJ-related pain. When a patient presents with jaw pain, pain under the chin, throat-area tightness, tooth-like discomfort without a clear dental cause, headaches, or neck tension, we assess the jaw as part of a larger movement system. This includes the TMJ, chewing muscles, digastric muscle, neck, shoulders, posture, breathing mechanics, and daily habits such as clenching, grinding, computer posture, and sleep position.

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Our first step is to understand the patient’s story. We look at when the symptoms started, what makes them better or worse, whether the pain is related to chewing or opening the mouth, whether there are headaches or neck symptoms, whether dental causes have been ruled out, and whether the patient has habits such as jaw clenching, gum chewing, nail biting, or prolonged forward head posture. This helps us determine whether the digastric muscle is likely contributing to the pain or whether another structure may be the primary driver.

Manual muscle release techniques may be used to address excessive tension in the digastric muscle and surrounding jaw and neck muscles. These techniques involve careful, targeted pressure combined with controlled movement. The goal is to reduce muscle guarding, improve tissue mobility, and help the jaw move more comfortably. We may work not only under the jaw, but also through related areas such as the masseter, temporalis, sternocleidomastoid, scalenes, suboccipitals, and upper trapezius, depending on the patient’s presentation.

We may also use IASTM, which stands for Instrument-Assisted Soft Tissue Mobilization. This technique uses a specialized tool to gently assess and treat soft tissue restrictions. In TMJ-related cases, IASTM is usually applied to related neck, shoulder, and jaw-supporting tissues rather than aggressively over sensitive throat structures. The purpose is to improve soft tissue glide, reduce tone, improve movement quality, and help the patient tolerate exercise and posture correction more comfortably.

Laser therapy may be used as part of the treatment plan when the goal is to reduce pain sensitivity and support tissue recovery. Laser therapy, also called photobiomodulation or low-level laser therapy, uses light energy applied to targeted tissues. For TMJ-related muscle pain, it may be used around irritated soft tissues or related jaw and neck regions. It is non-invasive and typically comfortable. We use it as an adjunct to care, meaning it supports the overall treatment plan rather than replacing assessment, manual therapy, exercise, and habit correction.

Therapeutic ultrasound may also be considered when soft tissues are tender, guarded, or irritated. Ultrasound uses sound wave energy to create a therapeutic effect in soft tissues. In a clinical setting, it may be used to support circulation, reduce muscle guarding, and prepare tissues for manual therapy or movement. Like laser therapy, ultrasound is not used as a stand-alone solution; it works best when combined with hands-on treatment and active rehabilitation.

IFC, or Interferential Current Therapy, may be used when pain is more irritable or when muscle guarding makes movement difficult. IFC uses gentle electrical stimulation to help calm pain and reduce protective muscle tension. Patients often describe the sensation as a comfortable tingling. In TMJ-related cases, IFC may be applied to the neck, upper shoulder, or related muscular regions depending on the assessment. The goal is to decrease pain enough so the patient can move better and participate more effectively in rehabilitation.

A major part of care is education. Many patients do not realize how often they clench during the day. We help patients recognize resting jaw posture, reduce unnecessary jaw tension, and understand how posture, stress, sleep, and work habits may be contributing to their symptoms. Simple changes such as keeping the teeth slightly apart at rest, avoiding gum chewing, modifying workstation posture, taking jaw relaxation breaks, and reducing prolonged forward head positions can make a meaningful difference.

We also prescribe individualized exercises. These may include controlled jaw opening, tongue-position drills, gentle cervical mobility, chin tuck progressions, breathing exercises, scapular control, and postural strengthening. The goal is to improve coordination between the jaw and neck rather than simply stretching the jaw aggressively. Exercises are selected based on the patient’s pain level, mobility, sensitivity, and functional goals.

When appropriate, we also coordinate care with dentists, physicians, or other providers. If symptoms suggest dental disease, infection, significant joint pathology, neurological involvement, or another medical issue, referral is important. TMJ care is often most effective when the right providers are involved at the right time.

For patients dealing with digastric-related TMJ pain, our clinic’s approach is focused on finding the underlying contributors, calming irritated tissues, restoring comfortable movement, and helping the patient understand what to do outside the treatment room. The digastric muscle may be small, but when it is part of the problem, addressing it properly can make a significant difference in jaw comfort, neck tension, and daily function.

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If you are experiencing jaw pain, TMJ discomfort, tightness under the chin, pain near the throat, headaches, ear-area discomfort, or tooth-like pain that has not been clearly explained, The Muscle & Joint Clinic in Mississauga can help assess whether the jaw muscles, neck, posture, or clenching habits may be contributing.

Book an appointment online today and let our team help you move, chew, speak, and function more comfortably.

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References

Armijo-Olivo, S., Pitance, L., Singh, V., Neto, F., Thie, N., & Michelotti, A. (2016). Effectiveness of manual therapy and therapeutic exercise for temporomandibular disorders: Systematic review and meta-analysis. Physical Therapy, 96(1), 9–25.

Kalladka, M., Thondebhavi, M., Ananthan, S., Kalladka, G., & Khan, J. (2020). Myofascial pain with referral from the anterior digastric muscle mimicking a toothache in the mandibular anterior teeth: A case report. Quintessence International, 51(1), 56–62.

Kalladka, M., Ananthan, S., Viswanath, A., Thomas, D., Young, A., Singh, S., & Khan, J. (2024). Musculoskeletal disorders and orofacial pain: A narrative review. Frontiers of Oral and Maxillofacial Medicine, 6, 17.

Schiffman, E., Ohrbach, R., Truelove, E., Look, J., Anderson, G., Goulet, J. P., List, T., Svensson, P., Gonzalez, Y., Lobbezoo, F., Michelotti, A., Brooks, S. L., Ceusters, W., Drangsholt, M., Ettlin, D., Gaul, C., Goldberg, L. J., Haythornthwaite, J. A., Hollender, L., … Dworkin, S. F. (2014). Diagnostic Criteria for Temporomandibular Disorders for clinical and research applications. Journal of Oral & Facial Pain and Headache, 28(1), 6–27.

When the weather starts to warm up, lighter desserts often feel especially appealing. No-bake lemon bars are a simple option for families who want something sweet, refreshing, and easy to prepare without turning on the oven. They are cool, creamy, bright in flavour, and work well for spring gatherings, weekend dinners, or a make-ahead treat kept in the fridge.

What makes this dessert especially practical is how little active kitchen time it takes. The crust comes together quickly, the filling is simple to whisk and fold, and the refrigerator does the rest of the work. The lemon flavour gives these bars a fresh, clean finish, while the buttery crust adds just enough richness to make them feel satisfying.

This can be a nice dessert to prepare ahead for guests, holidays, or evenings when you want something homemade without much effort. It is also easy to portion into smaller squares for sharing.

Ingredients

• 1 1/2 cups shortbread crumbs

• 1/4 cup unsalted butter, melted

• 2 tablespoons white sugar

• 1/2 teaspoon salt, divided

• 1 can (14 ounces) sweetened condensed milk

• 2 tablespoons lemon zest, plus more for garnish if desired

• 1/2 cup lemon juice

• 1 1/2 cups heavy cream
  or

• 1 carton (8 ounces) whipped dessert topping, thawed

Method

• Line an 8x8-inch baking pan with parchment paper, leaving some overhang on the sides for easy lifting later.

• In a bowl, mix the shortbread crumbs, melted butter, sugar, and 1/4 teaspoon salt until evenly moistened.

• Press the crumb mixture firmly into the bottom of the prepared pan to form the crust.

• In a separate large bowl, whisk together the sweetened condensed milk, lemon zest, lemon juice, and remaining 1/4 teaspoon salt until smooth.

• If using heavy cream, beat it in a separate bowl until stiff peaks form, then gently fold it into the lemon mixture.

• If using whipped topping, fold it directly into the lemon mixture until fully combined.

• Spread the filling evenly over the crust.

• Cover and refrigerate for at least 4 hours, or until firm.

• Lift the chilled dessert out using the parchment overhang.

• Cut into bars and garnish with extra lemon zest if desired.

A Few Tips

• For a sweeter finish, lightly sweeten the whipped cream before folding it into the filling.

• For a different crust, graham cracker crumbs can work as a variation.

• These bars are best served cold straight from the fridge.

• A little extra lemon or even some lime zest can brighten the flavour further.

A Friendly Reminder

Desserts can still fit into a balanced lifestyle. At the Muscle and Joint Clinic, the goal is not perfection. It is building sustainable habits that support overall health, recovery, and enjoyment.

Busy evenings often make it tempting to reach for takeout or heavily processed meals, but having a few simple, reliable recipes on hand can make home cooking feel much more manageable. One easy option is honey garlic chicken thighs. It is quick to prepare, full of flavour, and pairs well with rice and vegetables for a balanced family meal.

This style of dish works well for households looking for something comforting without needing a long ingredient list or complicated prep. Chicken thighs tend to stay tender and juicy, while garlic, onion, honey, and soy sauce create a sweet and savoury glaze that many adults and children enjoy.

Why this meal works well for busy families

When people are tired, sore, or short on time, complicated cooking usually does not happen. Meals that are simple, filling, and easy to repeat are often the most sustainable. This recipe comes together in about 30 minutes, which makes it a practical option for weeknights.

It can also be adjusted based on your preferences. Some people enjoy adding ginger for extra depth, red pepper for a bit of heat, or extra vegetables to make it more complete. Served with rice and a side of steamed broccoli, snap peas, or carrots, it becomes an easy dinner that offers protein, carbohydrates, and fibre in one meal.

Honey Garlic Chicken Thighs

Ingredients

• 8 boneless chicken thighs

• Salt and black pepper, to taste

• 2 tablespoons olive oil

• 1/2 medium onion, finely chopped

• 7 cloves garlic, chopped

• 1 cup honey

• 1/2 cup soy sauce

• 1 pinch onion powder

• 1 pinch garlic powder

• 1/4 cup chopped fresh cilantro

Directions

Season the chicken thighs with salt and pepper on both sides.

Heat the olive oil in a large skillet or pot over medium-high heat. Add the chicken and brown it on one side for about 3 to 5 minutes.

Flip the chicken and continue cooking with the chopped onion and garlic until the chicken is mostly cooked and the onion and garlic have softened, about another 5 to 7 minutes. Remove the chicken and set it aside briefly.

Add the honey, soy sauce, onion powder, and garlic powder to the pan. Stir well, scraping the bottom so the onion and garlic mix into the sauce.

Return the chicken to the pan, cover, and reduce the heat. Let it cook until the chicken is fully cooked through and reaches an internal temperature of 165°F or 74°C, about 10 more minutes, turning once halfway through.

Plate the chicken, spoon some of the sauce over top, and finish with fresh cilantro.

A few practical cooking notes

A deeper pan or Dutch oven may work better than a shallow skillet for this recipe. Because honey can bubble up quickly once heated, using a pan with higher sides can help prevent a sticky boil-over.

Bone-in chicken thighs can also be used, although they may need a longer cooking time. Some home cooks also prefer to thicken the sauce slightly at the end if they want more of a glaze consistency.

If you enjoy a less sweet flavour, you can reduce the honey a little and add fresh ginger, chili flakes, or a small splash of rice vinegar for balance.

How to make it a more balanced plate

One of the easiest ways to improve any dinner is not by making it perfect, but by pairing it well. This dish works nicely with:

• steamed or stir-fried vegetables

• brown rice or basmati rice

• quinoa

• a simple side salad

A balanced plate can help support energy levels, recovery, and general health. Adding vegetables increases fibre and nutrients, while pairing the chicken with a steady carbohydrate source can make the meal more satisfying.

A nutrition reminder

This recipe offers a solid source of protein, but it is also on the sweeter side because of the honey and can be higher in sodium because of the soy sauce. That does not mean it cannot fit into a healthy routine. It simply means balance matters.

Using a lower-sodium soy sauce, slightly reducing the honey, and serving it with vegetables can make it a more everyday-friendly option for many households.

The bigger picture

Healthy eating does not have to mean bland food or time-consuming recipes. In real life, meals that are simple, repeatable, and enjoyable are often the ones that help people stay consistent. If a recipe helps your family eat at home more often and enjoy dinner together, that is already a meaningful win.

At the Muscle and Joint Clinic, we know that overall wellness is built through daily habits. Movement, sleep, stress management, and nutrition all work together. Sometimes even one easy home-cooked meal can be a step in the right direction.

Spinal stenosis is a term many people hear only after months of back pain, leg heaviness, or difficulty walking. By the time the diagnosis is mentioned, patients are often already worried about surgery, permanent nerve damage, or whether they will ever get back to normal activity. Those concerns are understandable. The phrase itself sounds serious, and the symptoms can be frustrating. But a diagnosis of spinal stenosis does not automatically mean surgery is the only option, and it does not mean that nothing can be done. In fact, a large part of the research on lumbar spinal stenosis supports starting with conservative care for many patients, especially when symptoms are mild to moderate and there are no urgent neurologic red flags (Katz et al., 2022; Webb et al., 2024).

At the Muscle and Joint Clinic, one of the most important parts of care is helping patients understand what spinal stenosis actually is, why it causes the symptoms it does, and what evidence-based treatment can realistically achieve. For many people, the biggest goals are simple and meaningful: walk farther, stand longer, sleep better, move with less fear, and avoid the cycle of pain and inactivity that can slowly shrink daily life. Those goals matter, and research suggests they are often worth working toward with a structured, individualized rehabilitation approach before moving to more invasive options (Schneider et al., 2019; Iversen et al., 2010).

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What is spinal stenosis?

Spinal stenosis means there is a narrowing in one or more spaces around the nerves of the spine. When this happens in the lower back, it is called lumbar spinal stenosis, and that is the form most people mean when they talk about spinal stenosis causing pain into the buttocks or legs. The narrowing can happen in the central canal, the lateral recesses, or the openings where the nerves travel out of the spine, called the foramina (Katz et al., 2022; Webb et al., 2024).

In most adults, lumbar spinal stenosis is not caused by one dramatic event. It is usually a degenerative condition, meaning it develops gradually over time as the spine changes with age. Discs can lose height and bulge. Facet joints can enlarge and become arthritic. Ligaments such as the ligamentum flavum can thicken. Bone spurs can develop. In some people, one vertebra may shift slightly relative to another, a condition called spondylolisthesis, which can add to the narrowing (Webb et al., 2024; Katz et al., 2022). None of these changes are unusual in aging spines, but in some people they become significant enough to crowd the nerves and create symptoms.

That point is important, because many people have narrowing on imaging and no symptoms at all. Research has shown that imaging findings and symptoms do not always match perfectly. In other words, the scan matters, but the clinical story matters too. Treatment should be guided by both (Katz et al., 2022).

Why does spinal stenosis cause pain, heaviness, or numbness in the legs?

Lumbar spinal stenosis is most famous for a symptom pattern called neurogenic claudication. That sounds technical, but the pattern is often very recognizable. People may feel aching, cramping, burning, tingling, numbness, fatigue, or heaviness in the buttocks and legs, sometimes with low back pain and sometimes with leg symptoms that are more bothersome than the back itself. These symptoms are often made worse by standing upright or walking, and relieved by sitting, bending forward, or leaning over something such as a shopping cart (Katz et al., 2022; Webb et al., 2024).

The reason is mechanical. Extension, or arching backward, tends to reduce the available space in the canal and foramina. Flexion, or bending forward, tends to increase it. That is why many patients say they can walk farther while leaning on a cart than they can while standing fully upright. It is also why cycling is often easier to tolerate than walking for some people with spinal stenosis: the flexed posture can reduce symptom provocation (Iversen et al., 2010; Katz et al., 2022).

The exact mechanism of symptoms is still not fully settled. The narrowing may mechanically compress nerves, reduce blood supply, impair venous drainage, or create a combination of local inflammatory and ischemic effects around nerve roots. Clinically, though, the result is familiar: standing and walking become harder, while sitting often feels like relief (Katz et al., 2022).

What does spinal stenosis usually feel like?

Most patients do not walk in and say, “I think I have neurogenic claudication.” They say things like:

• “My legs get heavy when I walk.”

• “I can only stand for a few minutes before I need to sit.”

• “My back is stiff, but it’s really the buttocks and legs that stop me.”

• “I feel better leaning forward.”

• “My walking tolerance is getting worse.”

Those descriptions fit the research surprisingly well. Lumbar spinal stenosis often presents with back and lower-extremity discomfort that worsens with prolonged standing and walking and improves with sitting or flexion-based positions (Katz et al., 2022; Webb et al., 2024). Symptoms may be bilateral, though not always. Some patients also report balance problems, unsteadiness, or a wide-based gait, especially as the condition progresses (Katz et al., 2022).

Not every case looks identical. Some people have more pain, others more numbness or fatigue. Some mainly notice reduced walking distance. Some have symptoms only with faster walking or hills. Others struggle even with shopping or household tasks. This is one reason an individualized assessment matters. A label alone does not tell the whole story.

How is spinal stenosis diagnosed?

A proper diagnosis is based on symptoms, examination findings, and imaging, not imaging alone. MRI is generally considered the preferred imaging study because it provides a detailed view of the spinal canal, nerve spaces, discs, ligaments, and surrounding tissues (Katz et al., 2022; Webb et al., 2024). CT may be used when MRI is not appropriate.

Clinically, providers often look for the combination of leg-dominant symptoms, worse with walking or standing, improved with flexion or sitting, and a scan showing narrowing that makes sense with the patient’s presentation. On examination, a clinician may assess walking tolerance, balance, lumbar extension tolerance, neurologic function, lower-extremity strength, reflexes, sensation, hip mobility, and possible competing diagnoses such as vascular claudication, hip osteoarthritis, sacroiliac pain, or peripheral neuropathy (Webb et al., 2024).

This distinction matters because not all leg pain with walking is stenosis. The differential diagnosis can include vascular claudication, hip pathology, nerve root impingement from disc herniation, piriformis-related pain, sacroiliac dysfunction, and more (Webb et al., 2024). That is why assessment should be thorough rather than based only on a scan report.

Certain symptoms require urgent medical attention. Bowel or bladder changes, saddle numbness, or rapidly progressive leg weakness may indicate significant nerve compression such as cauda equina syndrome and should not be managed as routine spinal stenosis (Katz et al., 2022; Webb et al., 2024).

What does the research say about the best treatment?

The overall research message is more hopeful than many patients expect. Major reviews and guidelines generally support conservative care as the first-line approach for many people with lumbar spinal stenosis, especially when symptoms are bothersome but not acutely progressive neurologically (Katz et al., 2022; Webb et al., 2024).

A 2022 JAMA review concluded that first-line therapy includes activity modification, analgesia, and physical therapy, and noted that long-term benefits of epidural steroid injections have not been clearly demonstrated (Katz et al., 2022). The 2024 American Family Physician review similarly recommended nonoperative treatment first in the absence of urgent findings, with NSAIDs considered first-line medication options when appropriate, and surgery reserved for cases where conservative care fails or neurologic symptoms worsen (Webb et al., 2024).

That does not mean surgery has no role. It does. But it means many patients should not assume they must jump straight to an operation simply because the MRI says “stenosis.” Research suggests there is meaningful room for rehabilitation and symptom improvement before that point (Schneider et al., 2019; Katz et al., 2022).

Do people actually improve without surgery?

Often, yes. One of the common fears around spinal stenosis is that it only gets worse. The truth is more nuanced. Lumbar spinal stenosis is degenerative, but symptoms do not always deteriorate in a straight line. Some people worsen, many remain stable, and some improve with nonsurgical treatment (Katz et al., 2022). That matters, because it supports the idea that a well-designed rehabilitation plan is not just “delaying the inevitable.” For many patients, it is a meaningful treatment path in its own right.

A useful example comes from Schneider and colleagues’ randomized clinical trial, which compared medical care, group exercise, and manual therapy plus individualized exercise in 259 older adults with lumbar spinal stenosis. All three groups improved in walking capacity over time. The manual therapy plus individualized exercise group had better short-term improvement at two months in symptoms, physical function, and walking capacity compared with the other groups. By six months, the differences between groups were no longer statistically significant, but the walking gains across all groups remained important (Schneider et al., 2019). That tells us two things: first, nonsurgical care can help; and second, a more tailored rehab approach may offer stronger early gains.

What kind of exercise helps spinal stenosis?

Exercise for spinal stenosis is not about forcing through pain or doing generic “back exercises.” The best evidence supports structured, targeted programs that match the way symptoms behave.

The 2010 review by Iversen and colleagues found that therapeutic exercise and manual therapy generally produced small-to-moderate benefits in pain, disability, and function in patients with mild to moderate lumbar spinal stenosis. Importantly, the better results tended to come from combined programs, not a single isolated exercise. Aerobic activity, flexibility work, strengthening, stabilization, and manual therapy often worked better together than when used alone (Iversen et al., 2010).

This lines up with more recent clinical thinking. In practice, good rehab programs often include:

• education on symptom triggers and pacing

• flexion-biased movements when appropriate

• trunk and hip strengthening

• mobility work for the lumbar spine, hips, and lower limbs

• walking progression or conditioning

• cycling or similar aerobic exercise that is easier to tolerate

• manual therapy as an adjunct, not as the whole plan

Cycling is often better tolerated than walking because it keeps the spine in a more flexed position (Iversen et al., 2010). Supported treadmill walking, home exercise, and structured strengthening can also help. The key is not one magical exercise. The key is an individualized progression.

What about manual therapy?

Manual therapy is sometimes misunderstood as either a miracle solution or something that does nothing. The evidence suggests a more realistic middle ground. When combined with individualized exercise, manual therapy may provide helpful short-term improvement in symptoms and physical function for some patients with lumbar spinal stenosis (Schneider et al., 2019; Iversen et al., 2010).

This does not mean hands-on care alone is the answer. In fact, the stronger studies used manual therapy as part of a broader active treatment plan. That is how we view it clinically as well. Manual therapy may help reduce stiffness, improve tolerance to movement, address surrounding joint and soft tissue restrictions, and create a better starting point for exercise. But it works best when it is paired with a progressive plan aimed at walking tolerance, strength, function, and self-management.

When is surgery considered?

Surgery enters the conversation when symptoms remain meaningfully limiting despite a reasonable course of conservative care, or when neurologic issues are progressing. Decompression surgery can be effective in selected patients, particularly when leg symptoms and walking limitation are substantial (Katz et al., 2022; Webb et al., 2024).

Fusion may sometimes be discussed when there is instability, spondylolisthesis, or other complicating factors, but the indications are not always straightforward. Fusion generally carries greater cost, greater operative burden, and higher complication risk than decompression alone, so it should be considered carefully (Katz et al., 2022).

The practical takeaway for patients is not “avoid surgery at all costs.” It is “do not assume surgery is the first step for everyone.” Many patients deserve a thorough, evidence-based conservative trial first.

How our clinic helps patients with spinal stenosis

At the Muscle and Joint Clinic, our role is not just to identify spinal stenosis. It is to help patients understand how it is affecting their movement, walking, confidence, and daily function, and then build a plan that actually matches those problems.

That starts with a detailed assessment. We look at symptom behavior, walking tolerance, posture, balance, spinal and hip mobility, strength, neurologic findings, and the tasks that matter most to the patient. We also review imaging in context. A report that says “multilevel degenerative changes” only becomes useful when connected to the actual clinical picture.

From there, treatment is individualized. Depending on the patient, care may include physiotherapy-guided exercise, flexion-biased movement strategies, hip and core strengthening, manual therapy, gait and walking progression, mobility work, home exercise coaching, and education on pacing and flare-up management. Some patients benefit from a chiropractic component within a broader rehab plan. Others are better served primarily through physiotherapy-led rehabilitation. What matters most is matching the plan to the patient rather than forcing the patient into a fixed protocol.

We also help patients know when conservative care is working and when the plan needs adjustment. If symptoms are not progressing as expected, if walking tolerance continues to decline, or if neurologic signs become more concerning, we can help guide referral for further medical workup, imaging, injection consultation, or surgical opinion when necessary.

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What should patients remember?

The main message from the research is this: spinal stenosis is common, often manageable, and not automatically a surgical condition. Conservative care, particularly structured exercise-based rehabilitation, can improve pain, disability, and walking tolerance for many patients (Katz et al., 2022; Webb et al., 2024; Schneider et al., 2019; Iversen et al., 2010).

A combined program that includes aerobic conditioning, flexibility, strengthening, and individualized hands-on care may offer the strongest short-term improvement, especially in walking and function (Schneider et al., 2019; Iversen et al., 2010). Not every patient will respond the same way, and some will eventually need surgery, but many patients benefit from starting with thoughtful, evidence-based conservative care.

If you have been told you have spinal stenosis, or if back and leg symptoms are gradually reducing your walking tolerance and confidence, getting assessed early matters. The right plan can help you move better, do more, and make decisions about next steps from a much stronger position.

References

Iversen, M. D., Choudhary, V. R., & Patel, S. C. (2010). Therapeutic exercise and manual therapy for persons with lumbar spinal stenosis. International Journal of Clinical Rheumatology, 5(4), 425-437.

Katz, J. N., Zimmerman, Z. E., Mass, H., & Makhni, M. C. (2022). Diagnosis and management of lumbar spinal stenosis: A review. JAMA, 327(17), 1688-1699. https://doi.org/10.1001/jama.2022.5921

Schneider, M. J., Ammendolia, C., Murphy, D. R., Glick, R. M., Hile, E., Tudorascu, D. L., Morton, S. C., Smith, C., Patterson, C. G., & Piva, S. R. (2019). Comparative clinical effectiveness of nonsurgical treatment methods in patients with lumbar spinal stenosis: A randomized clinical trial. JAMA Network Open, 2(1), e186828. https://doi.org/10.1001/jamanetworkopen.2018.6828

Webb, C. W., Aguirre, K., & Seidenberg, P. H. (2024). Lumbar spinal stenosis: Diagnosis and management. American Family Physician, 109(4), 350-359.

Disclaimer

This article is for educational purposes only and is not a substitute for individual medical advice, diagnosis, or treatment. If you have bowel or bladder changes, saddle numbness, or rapidly worsening leg weakness, seek urgent medical attention.

Shoulder injuries can be confusing, especially when you are told you have an “AC joint sprain” or a “shoulder separation.” Many people hear those terms and assume they mean the shoulder has fully dislocated, but that is not usually what is happening. In many cases, the injury involves the acromioclavicular joint, or AC joint, which sits at the top of the shoulder where the collarbone meets part of the shoulder blade called the acromion. This small joint plays an important role in normal shoulder movement, especially when you lift your arm overhead, reach across your body, or absorb force through the shoulder.

An AC joint sprain or separation happens when the ligaments that support this joint are stretched or torn, usually after a direct blow to the outside or top of the shoulder, such as a fall while cycling, skiing, or playing contact sports. It can also happen after a fall onto an outstretched hand or elbow. These injuries are common in athletes and active adults, and some reviews note that AC joint injuries make up a large share of shoulder injuries overall, especially in contact and collision sports.

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What does an AC joint sprain feel like?

Most people with an AC joint sprain feel pain right on the top of the shoulder, usually near the end of the collarbone. The area may become tender, swollen, or bruised. Shoulder motion can be painful, especially reaching across the body, lifting the arm, or trying to sleep on the injured side. With more significant injuries, there may also be a visible bump at the top of the shoulder where the collarbone sits higher than normal. Clinicians sometimes describe this as a “piano key” sign because the elevated clavicle may move or rebound slightly when pressed.

The severity of symptoms usually depends on how badly the ligaments are injured. Mild sprains can be quite sore but may not look dramatically different. More severe injuries may create obvious deformity and greater loss of shoulder strength or function. Even so, appearance alone does not always tell the whole story, which is why proper assessment matters.

The different types of AC joint sprains

Doctors commonly use the Rockwood classification to describe AC joint injuries. This system divides injuries into types I through VI based on how much ligament damage has occurred and how much the collarbone has shifted. It is considered the standard system used to guide management.

A Type I injury is the mildest form. In this case, the AC ligaments are sprained but not completely torn, the coracoclavicular ligaments are still intact, and there is usually no obvious displacement on x-ray. This is the classic “mild AC sprain.”

A Type II injury means the AC ligaments are torn and the coracoclavicular ligaments are sprained or partially injured, but the clavicle is not dramatically displaced. These are still usually treated without surgery.

A Type III injury is more significant. Here, both the AC and coracoclavicular ligaments are torn, so the collarbone becomes more clearly displaced upward. This is the injury type that causes the most debate because some patients do well with rehabilitation alone, while others, especially certain athletes or workers with high physical demands, may be considered for surgery if symptoms persist or deformity is more substantial.

Types IV, V, and VI are higher-grade injuries. Type IV involves the distal clavicle being pushed backward, often into the trapezius region. Type V involves marked superior displacement, typically greater than 100% compared with the opposite side. Type VI is rare and involves the clavicle being displaced downward into an abnormal position. These higher-grade injuries are generally referred for orthopedic evaluation because surgery is much more often part of the discussion.

How is an AC joint sprain diagnosed?

Diagnosis usually starts with the story of how the injury happened, followed by a physical exam and imaging. Standard shoulder x-rays are often enough to confirm the injury and to rule out other causes of traumatic shoulder pain, such as a fracture. In some cases, special views, comparison films of the other shoulder, or occasionally ultrasound or MRI may be used if the diagnosis is unclear or if the injury appears more complex.

The main goals during assessment are to figure out how severe the injury is, whether there is important displacement, and whether there are any associated injuries that also need attention. That classification matters because it helps determine whether treatment should stay conservative or whether referral for surgical assessment is more appropriate.

Do all AC joint sprains need surgery?

Most AC joint sprains do not need surgery, especially Types I and II, and often Type III as well. Major guidelines and reviews support nonoperative care for lower-grade injuries and recommend that even many Type III injuries begin with a rehabilitation-first approach.

A 2019 Cochrane review found no clear long-term advantage of surgery over conservative treatment for function, return to sport or work, or quality of life at one year, while people treated conservatively often recovered earlier in the short term. The review also found that surgery carried a higher risk of complications, especially complications related to hardware and infection, although some older studies used surgical techniques that are less common today.

That does not mean surgery is never appropriate. Higher-grade injuries, especially Types IV through VI, are usually managed surgically, and some Type III injuries may still be considered for surgery in elite overhead athletes, heavy laborers, or patients with ongoing symptoms or major cosmetic concerns after conservative care. But for many people, especially with Type I, II, and a large number of Type III injuries, nonoperative treatment works very well.

What does conservative treatment involve?

For most AC joint sprains, early treatment focuses on calming pain and protecting the joint. That usually means a sling for comfort, ice, and pain-relieving medication as appropriate. Reviews and practice guidance generally describe a short period of immobilization, often around one to two weeks for milder injuries, followed by a gradual return to motion and progressive rehabilitation.

Once the acute pain settles, rehab becomes very important. Early motion is typically introduced in a controlled way to prevent stiffness, followed by strengthening of the shoulder, rotator cuff, scapular stabilizers, and surrounding musculature. The pace depends on the injury grade, pain level, and the patient’s goals. Lower-grade sprains often recover relatively quickly, while higher-grade injuries can take longer. According to StatPearls, many people regain useful motion by around six weeks and return to normal activity by around 12 weeks after nonoperative care, although timelines can vary.

What about recovery time?

Recovery is not the same for every person, but there are some general patterns. Johns Hopkins notes that a grade 1injury may settle in roughly 10 to 14 days, while a grade 3 injury may take six to eight weeks, with grade 2 somewhere in between. Broader clinical reviews suggest that most people treated nonoperatively recover functional motion within about six weeks and gradually return to regular activities over the following weeks.

The more physically demanding your activities are, the more important it is to make sure motion, strength, and control have returned before going back to full sports or heavy lifting. Returning too quickly can prolong symptoms, especially if the shoulder still feels unstable, weak, or painful across the top.

When should you get assessed?

It is a good idea to get assessed if you have had a fall or shoulder impact and notice pain at the top of the shoulder, swelling, bruising, reduced motion, or a bump near the end of the collarbone. Assessment is especially important if symptoms are not improving, if the deformity is obvious, if you cannot comfortably use the arm, or if the injury happened during a higher-force trauma such as a cycling crash, contact sport collision, or vehicle accident.

It is also worth getting checked because not every painful shoulder after trauma is “just” an AC sprain. Fractures, clavicle injuries, sternoclavicular injuries, rotator cuff injuries, labral injuries, and shoulder dislocations can sometimes overlap or mimic similar symptoms. A proper exam helps make sure the right diagnosis is being treated.

How our clinic can help

At The Muscle & Joint Clinic, we help patients with shoulder injuries by focusing on both the diagnosis and the recovery process. With AC joint sprains, that means helping determine whether the injury appears mild and manageable with conservative care, or whether it may need imaging review or orthopedic referral. Once the diagnosis is clearer, treatment can focus on calming the irritated tissues, restoring comfortable movement, and gradually rebuilding strength and shoulder control.

For patients recovering nonoperatively, care may include activity modification advice, guided mobility work, progressive exercise, soft-tissue and joint-based treatment where appropriate, and return-to-sport or return-to-work planning based on symptoms and function. The goal is not just to wait for pain to settle. The goal is to help the shoulder move well again, tolerate load, and return to day-to-day activity with confidence.

AC joint sprain injuries are common, especially after falls and sports-related impacts, but they vary quite a bit in severity. A mild Type I injury may heal quickly with rest and rehabilitation, while higher-grade injuries require closer monitoring and sometimes surgical consultation. The good news is that most lower-grade AC joint sprains recover well without surgery, and even many Type III injuries can do well with a conservative, rehab-first approach.

If you have pain at the top of the shoulder after a fall, collision, or sports injury, getting it assessed can help you understand what type of AC joint injury you may be dealing with, and what the right next step looks like.

References

Johns Hopkins Medicine. (n.d.). AC joint problems. Johns Hopkins Medicine. Retrieved April 24, 2026, from https://www.hopkinsmedicine.org/health/conditions-and-diseases/ac-joint-problems

Kiel, J., Taqi, M., & Kaiser, K. (2022). Acromioclavicular joint injury. In StatPearls. StatPearls Publishing. Retrieved April 24, 2026, from https://www.ncbi.nlm.nih.gov/books/NBK493188/

Simon, L. M., Nguyen, V., & Ezinwa, N. M. (2023). Acute shoulder injuries in adults. American Family Physician, 107(5), 503–512. https://www.aafp.org/pubs/afp/issues/2023/0500/acute-shoulder-injuries.html

Tamaoki, M. J. S., Lenza, M., Matsunaga, F. T., Belloti, J. C., Matsumoto, M. H., & Faloppa, F. (2019). Surgical versus conservative interventions for treating acromioclavicular dislocation of the shoulder in adults. Cochrane Database of Systematic Reviews, 2019(10), CD007429. https://doi.org/10.1002/14651858.CD007429.pub3

Fibromyalgia is a chronic condition that can affect far more than just the body. Most people know it as a condition linked to widespread pain, but for many patients, the experience is much broader than that. Fibromyalgia can also involve fatigue, stiffness, poor sleep, brain fog, sensitivity to touch, headaches, and changes in mood. It can make everyday life feel heavier and more draining, even when the outside signs of illness are not obvious. That is one of the reasons fibromyalgia can be so frustrating. Many people are dealing with real and ongoing symptoms, yet they often feel misunderstood because the condition does not always show up clearly on standard tests or scans.

At its core, fibromyalgia is thought to involve changes in how the nervous system processes pain. In many patients, the body becomes more sensitive to sensory input, meaning signals that should feel mild or manageable can start to feel much more intense. This is often described as central sensitization. In simple terms, the nervous system becomes more reactive, and the “volume” on pain processing gets turned up. That does not mean the pain is imagined. It means the nervous system is amplifying the experience of pain in a way that can make normal daily life much harder. This is part of why fibromyalgia can cause pain in multiple areas of the body, even without a single injury explaining it all (Jin et al., 2026).

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Fibromyalgia also tends to create a cycle. Pain can disrupt sleep. Poor sleep can increase fatigue and make the body feel more sensitive. Fatigue can make it harder to exercise or stay active. Lower activity levels can contribute to more stiffness and poorer physical function. Over time, that combination can also affect mood, confidence, work ability, and overall quality of life. For many patients, fibromyalgia is not just about hurting. It is about feeling worn down, limited, and unsure of how to break out of that pattern.

This is why treatment for fibromyalgia usually needs to be broader than simply trying to numb pain. Most current recommendations emphasize non-pharmacological care as the foundation of treatment. That often includes education, pacing, regular movement, exercise, and strategies to improve function over time. Medications may still play a role for some patients, but they are often used as part of a larger plan rather than as a complete solution. The challenge, of course, is that when someone already feels exhausted, stiff, and sore, even good things like exercise can be hard to start and even harder to maintain. That is where supportive therapies, including acupuncture, often enter the conversation (Macfarlane et al., 2017).

A recently published 2026 meta-analysis in the Journal of Pain Research looked closely at this question. The researchers reviewed 17 randomized controlled trials involving 773 patients with fibromyalgia to better understand whether acupuncture can help with the core symptoms of the condition. Their findings were encouraging in some important ways. The review found that acupuncture was associated with significant improvements in pain and stiffnessin the short term, and these benefits remained statistically significant in longer-term follow-up as well. The authors also found short-term benefits in areas such as quality of life, mental health, work ability, anxiety, depression, and energy. However, not every outcome improved in the same way. When the researchers pooled the data, they did not find clear overall improvements in physical function or fatigue across all studies, although some subgroup findings suggested that certain acupuncture approaches or treatment frequencies may influence those outcomes (Jin et al., 2026).

That distinction matters. It means acupuncture may be helpful, but it is not a cure-all. For patients, the most practical takeaway is that acupuncture may offer symptom relief in some of the areas that make fibromyalgia especially difficult to live with, especially widespread pain and stiffness. Even modest improvements in these symptoms can matter a great deal. When pain comes down and stiffness eases, even a little, people may find it easier to move, sleep better, tolerate exercise, or simply get through the day with less effort. That can create an opening for other parts of treatment to work more effectively.

The review also highlighted that how acupuncture is delivered may matter. The authors found that higher treatment frequency was linked with better short-term improvements in some outcomes such as physical function and stiffness. They also found that acupuncture combined with electrical stimulation showed potential additional benefits for fatigue and tender point reduction. This suggests that acupuncture is not a simple yes-or-no treatment. The details of the treatment plan, how often it is done, what type is used, how long treatment continues, and what it is paired with, may all influence results (Jin et al., 2026).

For many patients, one of the most reassuring parts of this research is that it supports the idea that fibromyalgia management should be multimodal. Fibromyalgia is complex, so treatment often works best when it addresses more than one layer of the condition. That may include education about the condition, help with pacing activity, exercise that starts at a manageable level, strategies to improve sleep and reduce flare-ups, and supportive treatments that help reduce symptom intensity. Acupuncture may fit into that picture as one useful tool, especially for people whose pain and stiffness are making it hard to move forward with other parts of rehab.

At The Muscle & Joint Clinic, we understand that fibromyalgia often leaves patients feeling like they have tried many things without getting the clarity or support they need. Our goal is not to oversimplify the condition or promise a quick fix. Instead, our focus is on helping patients create a plan that is practical, individualized, and grounded in what their body can tolerate right now. For some patients, acupuncture may be a helpful part of that process. It may help reduce pain, calm some of the body’s reactivity, and make other aspects of treatment feel more manageable. For others, the main focus may be on education, movement strategies, pacing, or building back confidence in activity.

What matters most is finding an approach that respects how real fibromyalgia symptoms are without encouraging fear or hopelessness. Patients with fibromyalgia often benefit from care that is gradual, consistent, and tailored to their individual presentation. That includes recognizing that flare-ups can happen, progress may not always be linear, and success is often measured in meaningful everyday changes: sleeping a bit better, having less morning stiffness, being able to walk longer, managing work more comfortably, or feeling less overwhelmed by symptoms.

One of the reasons acupuncture may appeal to patients with fibromyalgia is that it offers a non-drug option that can be integrated into a broader care plan. Some people are looking for alternatives because medications have only helped a little, or because side effects have made them hard to continue. Others want something that may help them feel more in control of their symptoms while they work on exercise, pacing, and lifestyle strategies. The newer evidence suggests that acupuncture may indeed have a role here, particularly for easing pain and stiffness, even if it is not the complete answer on its own (Jin et al., 2026).

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It is also worth remembering that fibromyalgia symptoms are not just physical. The condition can affect mental and emotional well-being too. Chronic pain and poor sleep can wear people down over time, and when symptoms interfere with work, family, and social life, it is common to feel frustrated, anxious, or low. The meta-analysis found short-term improvements in depression, anxiety, and mental health measures with acupuncture, which may reflect the fact that reducing physical symptom burden can sometimes also improve how people feel overall. Again, that does not mean acupuncture replaces mental health support when needed, but it may be one piece of a more comprehensive support system (Jin et al., 2026).

For patients wondering whether acupuncture is “worth trying,” the answer is often less about whether it is a miracle treatment and more about whether it may help enough to support progress. Fibromyalgia rarely responds to one single intervention. But if a treatment can lower pain, reduce stiffness, and make movement or sleep a little easier, that can be valuable. The key is to place acupuncture in the right context: not as a standalone cure, but as one possible part of a larger strategy aimed at improving function, symptom control, and quality of life.

If you are living with fibromyalgia, it can be helpful to know that there is growing research looking at supportive options like acupuncture, and that your experience of pain and fatigue is real even when it is complex. Fibromyalgia can be difficult, but that does not mean you are out of options. The best treatment plans are often the ones that are thoughtful, flexible, and built around the person rather than just the diagnosis.

At The Muscle & Joint Clinic, we work with patients to help them better understand what may be driving their symptoms and what kinds of treatment strategies may fit best. For some, acupuncture may be one of those strategies. For others, the plan may focus more heavily on education, pacing, and progressive movement. In either case, the goal is the same: to help reduce the symptom burden, improve function, and support a steadier path forward.

Fibromyalgia is not “just pain.” It is a condition that can affect the whole person. And that is exactly why care needs to look at the whole person too.

References

Fitzcharles, M. A., Cohen, S. P., Clauw, D. J., Littlejohn, G., Usui, C., & Häuser, W. (2021). Nociplastic pain: Towards an understanding of prevalent pain conditions. The Lancet, 397(10289), 2098–2110. https://doi.org/10.1016/S0140-6736(21)00392-5

Jin, L., Zhou, Y., Li, L., Song, F., & Zhou, Y. (2026). Efficacy of acupuncture in patients with fibromyalgia syndrome: A meta-analysis. Journal of Pain Research, 19, 568235. https://doi.org/10.2147/JPR.S568235

Macfarlane, G. J., Kronisch, C., Dean, L. E., Atzeni, F., Häuser, W., Fluß, E., Choy, E., Kosek, E., Amris, K., Branco, J., Dincer, F., Leino-Arjas, P., Longley, K., McCarthy, G. M., Makri, S., Perrot, S., Sarzi-Puttini, P., Taylor, A., & Jones, G. T. (2017). EULAR revised recommendations for the management of fibromyalgia. Annals of the Rheumatic Diseases, 76(2), 318–328. https://doi.org/10.1136/annrheumdis-2016-209724

Frozen shoulder, also called adhesive capsulitis, is a condition that causes shoulder pain, stiffness, and a major loss of movement. It often starts gradually, gets worse over time, and can make simple things like reaching overhead, putting on a shirt, fastening a bra, washing hair, or reaching behind your back surprisingly difficult. Although it is often described as something that will “eventually go away,” newer evidence suggests that many people can have symptoms for a long time, and some do not fully recover without proper treatment (Achilova et al., 2026; Challoumas et al., 2020).

What exactly is frozen shoulder?

Frozen shoulder is not just ordinary shoulder soreness. It involves irritation and thickening of the shoulder capsule, the connective tissue surrounding the shoulder joint, which can lead to pain and a marked loss of motion, especially passive motion, meaning even someone else moving your arm feels restricted. Diagnosis is usually based on the history and physical exam, particularly when there is a global restriction of shoulder movement without another obvious cause on imaging. X-rays are often normal, and imaging is usually used more to rule out other problems than to “prove” frozen shoulder itself (Achilova et al., 2026; Challoumas et al., 2020).

Common symptoms of frozen shoulder

Most people notice a combination of:

• a deep, aching shoulder pain

• worsening stiffness

• difficulty reaching overhead or behind the back

• trouble sleeping on the affected side

• pain with everyday tasks like dressing, grooming, lifting, or putting on a coat

Frozen shoulder is often described as moving through overlapping phases: a painful or “freezing” stage, a stiff or “frozen” stage, and a gradual recovery or “thawing” stage. That said, recovery does not always happen quickly. Some studies suggest symptoms may last many months, and in some people the problem can linger far longer than expected (Challoumas et al., 2020; Achilova et al., 2026).

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Who gets frozen shoulder?

Frozen shoulder is common in middle-aged adults and is seen more often in people with diabetes and some other metabolic or systemic conditions. It can also develop after a period of shoulder pain, reduced use, injury, or surgery, although many cases appear without one obvious trigger (Achilova et al., 2026).

How is frozen shoulder treated?

Treatment depends on the stage of the condition, symptom severity, and the individual patient. In general, most cases are treated without surgery at first. The strongest evidence supports a combination of guided exercise/physical therapy, activity modification, and in selected cases intra-articular corticosteroid injection, especially earlier in the course when pain is a dominant problem (Achilova et al., 2026; Challoumas et al., 2020).

A large systematic review and meta-analysis found that intra-articular corticosteroid injection was associated with meaningful short-term improvements, and the addition of physiotherapy or a home exercise program may provide added benefit. The same review found that treatment results vary depending on timing and the intervention used, which is why individualized care matters (Challoumas et al., 2020).

Hydrodilatation, also called capsular distension, may help some patients, particularly for pain relief, and surgical options such as manipulation under anesthesia or arthroscopic capsular release are typically reserved for more stubborn cases after months of failed conservative care (Challoumas et al., 2020; Mullen et al., 2025).

Where do shockwave and laser therapy fit in?

This is where many patients have questions.

Shockwave therapy

Extracorporeal shockwave therapy (ESWT) has been studied as a useful adjunct in conservative care. A 2014 randomized controlled trial found that ESWT improved short-term function and range of motion, with some benefits comparing favorably to oral steroid treatment in the short term (Chen et al., 2014). A more recent randomized trial reported that adding ESWT after lidocaine injection improved pain, disability, range of motion, kinesiophobia, and quality of life compared with injection alone (Nambi et al., 2024). A 2025 systematic review in patients with type 2 diabetes also found that ESWT may improve pain, range of motion, and disability, though the authors noted that better-quality studies are still needed (Reno et al., 2025).

That said, the evidence is still evolving. Protocols vary across studies, and not every review concludes the same thing. So the best way to think about shockwave is this: it may be a helpful add-on for selected patients, but it should be used as part of a broader rehab plan rather than as a magic fix on its own (Reno et al., 2025).

Laser therapy

Laser therapy is another modality that may be used as an adjunct to help manage pain and support function. In the frozen shoulder literature, both low-level and higher-intensity laser approaches have been studied. The 2020 meta-analysis by Challoumas and colleagues included laser among the nonsurgical treatments studied for frozen shoulder, and more recent comparative research suggests that both ESWT and low-intensity laser therapy, when added to exercise therapy, can improve pain and range of motion. In one 2025 randomized trial, both helped, while the laser group showed greater improvement in some range-of-motion and quality-of-life measures at 12 weeks (Challoumas et al., 2020; Erdinc et al., 2025).

Like shockwave, laser should be viewed as a supportive treatment, not a standalone cure. The foundation of care is still the bigger plan: reducing irritability, improving mobility, restoring function, and helping the shoulder tolerate movement again (Achilova et al., 2026).

How our clinic can help

At The Muscle & Joint Clinic, treatment for frozen shoulder focuses on helping patients move better, reduce pain, and gradually regain function with a plan that fits the stage of the condition.

Depending on the patient, care may include:

• a detailed assessment to help determine whether the shoulder is behaving like frozen shoulder or another condition

• guided mobility and range-of-motion work

• manual therapy where appropriate

• progressive rehab exercises based on irritability and tolerance

• advice on activity modification and pacing

• shockwave therapy as an adjunct for selected cases

• laser therapy as an adjunct to support pain relief and function

• coordination with your physician if medical imaging, injection, or specialist referral is appropriate

Our goal is not to promise an instant fix. Frozen shoulder can be stubborn. The real goal is to help calm the painful phase, improve movement safely, and build a steady path back to daily activities. For some patients, adjunctive options like shockwave or laser therapy may be useful as part of that broader plan, especially when combined with hands-on care and exercise rather than used in isolation. This approach is consistent with the broader literature showing that multimodal, individualized treatment tends to make the most sense for frozen shoulder management (Achilova et al., 2026; Challoumas et al., 2020).

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When should you get assessed?

It is worth getting your shoulder checked if:

• pain and stiffness have been building over weeks or months

• you cannot reach overhead or behind your back the way you used to

• your sleep is being disrupted

• stretching on your own is not helping

• your shoulder feels like it is getting more restricted, not less

The earlier a proper diagnosis is made, the easier it is to guide treatment appropriately and avoid wasting time on the wrong approach (Achilova et al., 2026).

Final thoughts

Frozen shoulder is more than “just a stiff shoulder.” It can be frustrating, painful, and slow to improve. The good news is that many people do respond well to conservative treatment, especially when care is matched to the stage of the condition and the person’s needs. Exercise-based rehab remains central, injections may help in selected cases, and treatments like shockwave therapy and laser therapy may offer additional support for some patients as part of a complete plan (Achilova et al., 2026; Challoumas et al., 2020; Chen et al., 2014; Nambi et al., 2024; Reno et al., 2025).

If you have been dealing with persistent shoulder pain and stiffness, a proper assessment can help clarify what is going on and what treatment options make the most sense for you.

References

Achilova, F., Daher, M., Nassar, J. E., Daniels, A. H., & Abboud, J. A. (2026). Frozen shoulder: Diagnosis and treatment of adhesive capsulitis. The American Journal of Medicine, 139(5), 598–605. https://doi.org/10.1016/j.amjmed.2026.01.021

Challoumas, D., Biddle, M., McLean, M., & Millar, N. L. (2020). Comparison of treatments for frozen shoulder: A systematic review and meta-analysis. JAMA Network Open, 3(12), e2029581. https://doi.org/10.1001/jamanetworkopen.2020.29581

Chen, C.-Y., Hu, C.-C., Weng, P.-W., Huang, Y.-M., Chiang, C.-J., Chen, C.-H., Tsuang, Y.-H., Yang, R.-S., Sun, J.-S., & Cheng, C.-K. (2014). Extracorporeal shockwave therapy improves short-term functional outcomes of shoulder adhesive capsulitis. Journal of Shoulder and Elbow Surgery, 23(12), 1843–1851. https://doi.org/10.1016/j.jse.2014.08.010

Erdinc, F., Tuncay, F., Ceylan, İ., Karacay, B. C., & Kapan, N. (2025). Effects of low-intensity extracorporeal shockwave therapy and low-intensity laser therapy on shoulder adhesive capsulitis. American Journal of Physical Medicine & Rehabilitation. Advance online publication.
(Note: verify final volume, issue, and page numbers before publication if you want a fully finalized APA entry.)

Mullen, J. P., Hauer, T. M., Lau, E. N., & Lin, A. (2025). Adhesive capsulitis of the shoulder. Arthroscopy: The Journal of Arthroscopic & Related Surgery.
(Note: verify final volume, issue, and page numbers before publication if you want a fully finalized APA entry.)

Nambi, G., Alghadier, M., Eltayeb, M. M., et al. (2024). Additional effect of extracorporeal shockwave therapy with lidocaine injection on clinical and MRI findings in frozen shoulder: A prospective, randomized, double-blinded, placebo-controlled trial. Pain and Therapy.
(Note: verify final volume, issue, and page numbers before publication if you want a fully finalized APA entry.)

Reno, C., Swinton, P. A., & Alexander, L. (2025). Extracorporeal shock wave therapy for chronic adhesive capsulitis in type 2 diabetics: A systematic review with meta-analysis. Physical Therapy, 105(7), pzaf074. https://doi.org/10.1093/ptj/pzaf074