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Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. New Research Reveals a Hidden Link Between Neck Muscles and Cervicogenic Headaches Could Weak Neck Muscles Be Contributing to Your Headaches? If you've ever experienced a headache that starts in your neck and travels into your head, you're not alone. Cervicogenic headaches are one of the most common causes of persistent headaches and are often mistaken for migraines or tension headaches. Unlike primary headaches, cervicogenic headaches originate from dysfunction in the neck, including the joints, muscles and nerves of the cervical spine. Now, new research has identified measurable differences in neck muscle structure among people suffering from cervicogenic headaches, providing further insight into why these headaches occur and what may help improve recovery. At Healthwise Chiropractic, we regularly help patients from Sunbury, Melton, Diggers Rest, Gisborne and surrounding communities who experience headaches associated with neck pain, poor posture and spinal dysfunction. What Is a Cervicogenic Headache? A cervicogenic headache is a headache that originates from structures in the neck. Common symptoms include: Pain that starts at the base of the skull Headache on one side of the head Neck stiffness Pain that worsens with neck movement Pain that spreads into the forehead, temple or behind the eye Reduced neck mobility Associated shoulder and upper back tension Research suggests cervicogenic headaches account for approximately 14–18% of all chronic headaches, affecting up to 2.5% of the general population. What Did The New Study Investigate? Researchers compared 37 individuals with cervicogenic headaches against 37 healthy controls. Using diagnostic ultrasound imaging, they measured the thickness of several muscles involved in head and neck function, including: Sternocleidomastoid (SCM) Upper trapezius Masseter Temporalis The goal was to determine whether people with cervicogenic headaches demonstrated structural changes in these muscles. Key Findings From The Research People With Cervicogenic Headaches Had Thinner Neck Muscles The study found significant reductions in the thickness of key cervical muscles. Compared with healthy participants: Sternocleidomastoid Muscle (SCM) The SCM is a major neck muscle involved in: Head rotation Neck flexion Postural control Researchers found: Right SCM thickness was reduced from 10.2 mm to 9.4 mm Left SCM thickness was reduced from 10.2 mm to 9.6 mm Upper Trapezius Muscle The upper trapezius helps stabilise the neck, shoulders and upper back. Researchers found: Right upper trapezius thickness was reduced from 8.2 mm to 7.5 mm While these differences may seem small, they were statistically significant and may indicate long-term changes in muscle function and motor control. More Disability Was Linked To Thinner Trapezius Muscles One of the most important findings involved disability levels. Participants completed the Neck Disability Index (NDI), which measures how neck pain affects daily activities. The average NDI score among headache sufferers was: 23.7 out of 50 This represents moderate neck-related disability. Researchers discovered that: Thinner upper trapezius muscles were associated with higher disability scores The greater the disability, the thinner the trapezius muscle tended to be This suggests that neck muscle health may play an important role in how much headaches impact everyday life. Interestingly, Pain Intensity Was Not Related To Muscle Thickness The researchers found no relationship between muscle thickness and headache intensity. Participants reported severe headaches, with an average pain score of: 8 out of 10 However, muscle thickness did not predict how much pain a person experienced. This suggests that headache severity is likely influenced by several factors, including: Joint dysfunction Nerve sensitisation Muscle coordination Postural stress Central nervous system processing Pain is often far more complex than simply muscle size alone. What Does This Mean For People With Neck-Related Headaches? The findings support what many clinicians observe in practice. People with ongoing cervicogenic headaches often demonstrate: Reduced neck muscle endurance Poor postural control Altered movement patterns Weakness in key stabilising muscles Reduced sensorimotor control Over time, these changes may contribute to ongoing irritation of structures in the upper cervical spine. Why Posture Matters Modern lifestyles place significant demands on the neck. Common contributing factors include: Desk work Smartphone use Working from home Long hours on computers Driving Poor ergonomic setup These habits can contribute to: Forward head posture Increased neck muscle fatigue Reduced muscle activation Joint stiffness Headache development The sternocleidomastoid and trapezius muscles identified in this study play a critical role in supporting healthy head and neck posture. Can Exercise Help Cervicogenic Headaches? Previous research suggests that targeted rehabilitation programs can improve: Neck strength Deep neck flexor endurance Postural control Headache frequency Disability levels The authors concluded that assessing and addressing deficiencies in cervical muscles may form an important component of comprehensive headache management. This does not mean simply strengthening one muscle. Effective management typically requires addressing: Joint mobility Muscle function Movement control Posture Ergonomics Daily activity habits How Chiropractic Care May Help At Healthwise Chiropractic, we take an evidence-informed approach to managing cervicogenic headaches. Treatment may include: Comprehensive Assessment Evaluating: Cervical joint mobility Muscle function Posture Movement patterns Contributing lifestyle factors Chiropractic Care Where appropriate, gentle manual therapy may help improve spinal mobility and reduce mechanical irritation within the neck. Rehabilitation Exercises Specific exercises may help improve: Deep neck flexor function Neck endurance Postural stability Shoulder girdle control Ergonomic Advice Practical strategies for: Workstation setup Laptop use Phone use Driving posture Long-Term Prevention Helping patients develop strategies to reduce recurrence and maintain healthy neck function. Signs Your Headaches May Be Coming From Your Neck Consider an assessment if you experience: Headaches that start in the neck One-sided headaches Pain at the base of the skull Neck stiffness Reduced neck movement Headaches triggered by prolonged sitting Pain after computer work Frequent headaches combined with neck pain Looking For Headache Treatment In Sunbury Or Melton? If headaches are affecting your work, sleep or quality of life, identifying whether the neck is contributing may be an important first step. At Healthwise Chiropractic, we help patients across: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Caroline Springs Taylors Lakes North-west Melbourne Our team provides personalised care designed to improve movement, reduce discomfort and help you return to doing the things you enjoy. Reference Ağır H, Göktepeli M. Ultrasonographic Assessment of Cervical and Craniofacial Muscle Thickness in Individuals With and Without Cervicogenic Headache. 2025. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. Here is a sample home-based training program we give to patients 1. Chin Tucks (Deep Neck Flexor Activation) Purpose Activates the deep neck flexors: Longus colli Longus capitis These muscles help support the cervical spine and often become weak in people with neck pain and headaches. How To Do It Lie on your back with knees bent. Look straight at the ceiling. Gently draw your chin backwards as if making a "double chin." Do NOT nod your head forward. Keep the back of your head in contact with the floor. Hold Hold 5-10 seconds Repeat 10 times Common Mistakes ❌ Looking down at your feet ❌ Lifting the head ❌ Pushing hard Think: "Slide the chin backwards." 2. Cranio-Cervical Flexion (Progression) Purpose Further strengthens the deep neck flexors. How To Do It Lie on your back. Perform a chin tuck. Add a tiny nodding motion as if saying "yes." Hold while breathing normally. Hold 5-10 seconds 10 repetitions The movement is very small. Most people use too much movement. 3. Wall Chin Tucks Purpose Transfers deep neck flexor control into upright posture. How To Do It Stand with back against a wall. Back of head touching wall. Gently tuck chin. Lengthen through the crown of the head. Hold 10 seconds 10 repetitions Excellent for office workers and "tech neck." SHOULDER GIRDLE CONTROL EXERCISES 4. Scapular Setting Purpose Activates: Lower trapezius Middle trapezius Serratus anterior How To Do It Sit or stand tall. Relax shoulders. Gently draw shoulder blades: Back Slightly down Imagine placing them into your back pockets. Hold 5 seconds 15 repetitions Common Mistake ❌ Pulling shoulders excessively backwards. Keep it subtle. 5. Wall Slides Purpose Improves: Serratus anterior Lower trapezius Shoulder blade control How To Do It Stand facing a wall. Forearms on wall. Gently press into wall. Slide arms upward. Keep neck relaxed. Reps 2-3 sets 10 repetitions 6. Serratus Punches Purpose Strengthens the serratus anterior. This muscle is critical for proper shoulder blade movement. How To Do It Lie on your back. Hold a light weight or no weight. Reach arm toward ceiling. Lift shoulder blade slightly from floor. Return slowly. Reps 2-3 sets 12 repetitions Think: "Reach longer." Not: "Lift arm higher." 7. Prone Y Raises Purpose Targets: Lower trapezius Postural endurance muscles How To Do It Lie face down. Arms overhead in a "Y" position. Lift arms slightly. Keep neck relaxed. Reps 2 sets 10 repetitions Common Mistake ❌ Shrugging shoulders Keep shoulders away from ears. 8. Band Pull-Aparts Purpose Improves: Mid trapezius Rhomboids Postural control How To Do It Hold resistance band at shoulder height. Pull band apart. Squeeze shoulder blades together. Return slowly. Reps 2-3 sets 12-15 repetitions Research-Based Starter Program For patients with cervicogenic headaches and forward head posture, a simple starter routine is: Daily ✅ Chin Tucks – 10 reps ✅ Wall Chin Tucks – 10 reps ✅ Scapular Setting – 15 reps 3 Times Weekly ✅ Wall Slides – 2 x 10 ✅ Serratus Punches – 2 x 12 ✅ Band Pull-Aparts – 2 x 15 ✅ Prone Y Raises – 2 x 10 Why These Exercises Matter Research consistently shows that people with cervicogenic headaches often have: Reduced deep neck flexor endurance Poor neck muscle coordination Reduced trapezius function Forward head posture Altered shoulder blade mechanics About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Ağır H, Göktepeli M. Ultrasonographic assessment of cervical and craniofacial muscle thickness in individuals with and without cervicogenic headache. PeerJ. 2026 May 25;14:e21285. doi: 10.7717/peerj.21285. PMID: 42222499; PMCID: PMC13218338.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Nearly Half of Women Experience Ongoing Back and Pelvic Pain After Childbirth: New Research Reveals Key Risk Factors Postpartum Back Pain: Why Some Women Recover, and Others Continue to Struggle For many women, pregnancy-related back and pelvic pain improves after giving birth. However, new research suggests that a significant number of mothers continue to experience pain months after delivery. A 2026 prospective cohort study published in BMC Pregnancy and Childbirth found that 48% of women who experienced low back and pelvic pain during pregnancy still had symptoms four months after giving birth. At Healthwise Chiropractic, we regularly help women from Sunbury, Melton, Diggers Rest, Gisborne, and surrounding communities manage pregnancy-related and postpartum musculoskeletal pain. Understanding the factors that contribute to ongoing pain can help women make informed decisions about recovery and rehabilitation after childbirth. What Did the Research Find? s. Key Statistics From The Study The researchers found: 48% of women still experienced low back or pelvic pain four months after giving birth Women who delivered by caesarean section were more than three times more likely to experience persistent pain First-time mothers were 2.4 times more likely to have ongoing pain Women with no history of athletic activity before pregnancy were twice as likely to develop persistent postpartum pain Increasing maternal age was also associated with a higher risk of ongoing symptoms These findings highlight that postpartum recovery is influenced by much more than muscle strength alone. Caesarean Delivery Was The Strongest Risk Factor One of the most significant findings was the relationship between caesarean birth and ongoing pain. Women who delivered via caesarean section had a 3.39 times greater likelihood of experiencing persistent low back and pelvic pain compared with women who had vaginal births. Researchers suggested several possible reasons: Surgical disruption of abdominal tissues Delayed recovery of core muscle function Reduced early mobility Altered movement patterns during healing Changes in trunk muscle recruitment This doesn't mean women should avoid caesarean delivery when medically necessary. However, it does highlight the importance of appropriate postpartum rehabilitation and recovery strategies. Why First-Time Mothers May Be More Vulnerable The study also found that first-time mothers were significantly more likely to experience ongoing pain. Researchers believe this may occur because: Pelvic support structures have not previously been adapted to pregnancy The body is experiencing childbirth-related biomechanical changes for the first time New childcare demands place unfamiliar physical stresses on the body Sleep deprivation and recovery challenges may impact healing For many new mothers, feeding, carrying and settling a baby can place substantial strain on the neck, shoulders, lower back and pelvis. Physical Activity Before Pregnancy Matters Perhaps the most encouraging finding was that physical activity appears to be a modifiable risk factor. Women who did not participate in athletic activity before pregnancy were approximately twice as likely to develop persistent postpartum pain. The researchers suggested that regular exercise may help by improving: Core stability Muscle strength Balance Body awareness Movement control Pelvic stability This reinforces what we know from previous research: maintaining physical activity before and during pregnancy can provide significant musculoskeletal benefits. It's Not Just About Core Strength Interestingly, the researchers found that trunk muscle mass itself was not associated with pain persistence. This suggests that simply having larger muscles may not protect against postpartum back pain. Instead, factors such as: Movement quality Motor control Stability Postural endurance Rehabilitation after delivery may play a more important role in recovery. In other words, how your muscles function may matter more than how much muscle you have. Common Symptoms Of Postpartum Low Back And Pelvic Pain Persistent postpartum pain can present in several ways: Lower back pain Pelvic girdle pain Pain around the sacroiliac joints Hip discomfort Pain when rolling in bed Difficulty standing from sitting Pain when walking Discomfort lifting or carrying your baby Many women assume these symptoms are simply a normal part of motherhood. However, persistent pain is common, but it should not necessarily be accepted as normal. How Chiropractic Care May Help Postpartum Recovery At Healthwise Chiropractic, we take an evidence-informed approach to postpartum musculoskeletal health. Management may include: Movement Assessment Identifying movement patterns that may be contributing to pain or dysfunction. Gentle Chiropractic Care Helping restore normal joint mobility throughout the spine and pelvis where appropriate. Rehabilitation Exercises Targeted exercises designed to improve: Core stability Pelvic control Hip strength Functional movement Postural Advice Practical strategies for: Breastfeeding positions Bottle feeding Carrying your baby Lifting and bending Returning to exercise Individualised Care Plans Every pregnancy, birth and recovery experience is different. Treatment plans should reflect each person's unique circumstances and goals. When Should You Seek Help? Consider seeking professional advice if: Your pain persists beyond the first few weeks after birth Pain is interfering with sleep Caring for your baby has become difficult Walking or exercising causes discomfort Symptoms are worsening rather than improving You feel limited in your daily activities Early assessment may help identify contributing factors and support a smoother recovery. Looking For Postpartum Back Pain Treatment In Sunbury Or Melton? If you're experiencing persistent back pain, pelvic pain or discomfort after pregnancy, our team at Healthwise Chiropractic is here to help. We regularly support women throughout: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Caroline Springs Taylors Lakes Surrounding north-west Melbourne communities Our goal is to help you move more comfortably, recover with confidence and get back to enjoying life with your growing family. Reference Hayashi K, Koga M, Takazawa K, Yasuhi I. Risk Factors for Persistent Postpartum Low Back and Pelvic Pain: A Prospective Cohort Study Focusing on Trunk Muscle Mass, Delivery Mode, and Prepregnancy Physical Activity. BMC Pregnancy and Childbirth. 2026. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Hayashi K, Koga M, Takazawa K, Yasuhi I. Risk factors for persistent postpartum low back and pelvic pain: a prospective cohort study focusing on trunk muscle mass, delivery mode, and prepregnancy physical activity. BMC Pregnancy Childbirth. 2026 Jun 1. doi: 10.1186/s12884-026-09372-y. Epub ahead of print. PMID: 42226142.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. New Research Reveals a Hidden Cause of Chronic Low Back Pain: It's Not Just About Muscle Size Why Some People Continue to Experience Low Back Pain Despite Having "Strong Core Muscles" Chronic non-specific low back pain (CNLBP) is one of the most common health conditions worldwide and a leading cause of disability. Many people assume chronic low back pain is simply caused by weak muscles, poor posture or ageing. However, new research suggests the real problem may be more complex. A recent study found that people with chronic non-specific low back pain demonstrated: Significant multifidus muscle atrophy Reduced ability to activate their multifidus muscles Poor neuromuscular control Reduced back strength Increased pain sensitivity Worse sleep quality Higher levels of anxiety and depression compared with healthy individuals. At Healthwise Chiropractic, we regularly help patients from Sunbury, Melton, Diggers Rest, Gisborne and surrounding areas manage persistent low back pain using a combination of evidence-informed chiropractic care, rehabilitation and movement-based strategies. What Is Chronic Non-Specific Low Back Pain? Chronic non-specific low back pain refers to back pain lasting longer than three months where no single structure, such as a fracture, infection or disc herniation, can fully explain the symptoms. This is the type of low back pain experienced by approximately 85-90% of people with ongoing back pain. What Did The Study Find? Researchers compared individuals with chronic non-specific low back pain against healthy controls using: Ultrasound imaging Muscle strength testing Surface EMG (electromyography) Functional assessments Psychological and sleep questionnaires The findings revealed widespread changes affecting both the muscles and nervous system. Key Finding #1: The Multifidus Muscle Was Smaller One of the most significant findings was that participants with chronic low back pain had a significantly smaller multifidus muscle cross-sectional area compared to healthy controls. What Is The Multifidus? The multifidus is one of the deepest stabilising muscles in the spine. Its role is to: Control small spinal movements Support spinal stability Help distribute forces through the lower back Provide feedback to the nervous system about spinal position Think of it as one of the "fine-tuning" muscles of the lumbar spine. Key Finding #2: The Multifidus Wasn't Activating Properly Perhaps more importantly, the study found that people with chronic low back pain had a significantly reduced ability to contract their multifidus muscle during movement. The researchers concluded that impaired muscle activation may be even more important than muscle size itself. In other words: It's not just whether the muscle is there. It's whether the nervous system can use it effectively. Key Finding #3: Poor Neuromuscular Control Was Linked To Greater Pain And Disability Researchers measured something called the Flexion Relaxation Ratio (FRR), which assesses how efficiently the back muscles switch on and off during movement. They found: Lower FRR scores were associated with higher pain levels Lower FRR scores were associated with greater disability Reduced muscle coordination was linked to worse function in daily life. This suggests chronic low back pain is partly a problem of movement control, not simply tissue damage. Key Finding #4: Function Was More Closely Related To Muscle Activation Than Pain Interestingly, the researchers found that reduced multifidus activation was associated with greater disability but was not strongly associated with pain intensity itself. This highlights an important concept: Pain and function are not always the same thing. You may: Have less pain but still struggle with movement. Have pain but maintain good function. Need treatment approaches that target both movement and symptoms. Key Finding #5: Sleep, Anxiety And Mood Matter The study also found that people with chronic low back pain experienced significantly worse: Sleep quality Anxiety scores Depression scores compared with healthy individuals. This reinforces modern pain science, which recognises that chronic pain is influenced by: Physical factors Nervous system sensitivity Sleep Stress Emotional wellbeing Lifestyle factors What Does This Mean For Treatment? One of the most important conclusions from the study was that treatment should focus on restoring neuromuscular control rather than simply strengthening muscles. The researchers specifically highlighted: Multifidus activation training Proprioceptive neuromuscular facilitation (PNF) Dynamic neuromuscular stabilisation Sensorimotor retraining as promising approaches for improving spinal control and reducing disability. Exercises That May Help Improve Multifidus Function 1. Abdominal Drawing-In Exercise Purpose Activates the deep stabilising muscles of the trunk. How To Do It Lie on your back with knees bent. Gently draw your lower tummy inward. Imagine tightening a belt one notch. Continue breathing normally. Hold for 10 seconds. Perform: 10 repetitions 2. Bird Dog Purpose Improves multifidus activation and spinal control. How To Do It Start on hands and knees. Tighten your abdominal muscles gently. Extend one arm forward. Extend the opposite leg backwards. Keep your spine still. Hold: 5 seconds Perform: 10 repetitions each side 3. Quadruped Multifidus Activation Purpose Targeted activation of the multifidus. How To Do It Begin on hands and knees. Maintain a neutral spine. Imagine gently swelling the muscles either side of your lower spine. Hold the contraction. Hold: 5-10 seconds Repeat: 10 times 4. Bridge Exercise Purpose Improves lumbopelvic stability. How To Do It Lie on your back. Bend your knees. Lift your hips slowly. Maintain a neutral spine. Lower slowly. Perform: 2 sets of 10 repetitions 5. Dead Bug Purpose Enhances spinal control during limb movement. How To Do It Lie on your back. Raise arms and knees. Slowly lower opposite arm and leg. Keep your lower back stable. Perform: 10 repetitions each side How Chiropractic Care May Help At Healthwise Chiropractic, we understand that chronic low back pain is rarely caused by a single factor. Our approach may include: Comprehensive Assessment Evaluating: Movement patterns Muscle function Spinal mobility Lifestyle contributors Chiropractic Care Where appropriate, manual therapy may help improve spinal mobility and reduce mechanical irritation. Rehabilitation Targeted exercises designed to: Improve multifidus activation Restore spinal control Improve movement confidence Increase functional capacity Lifestyle Advice Addressing factors such as: Sleep Physical activity Workstation setup Load management Looking For Low Back Pain Treatment In Sunbury Or Melton? If you're struggling with persistent low back pain, understanding how your muscles and nervous system are functioning may be just as important as identifying where it hurts. Healthwise Chiropractic proudly provides evidence-informed care for patients across: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Caroline Springs Taylors Lakes North-West Melbourne Our team can help assess the factors contributing to your back pain and develop a personalised management plan designed to improve movement, function and quality of life. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Wang Z, Ju F, Hu D, Lu Y, Zhao C. Multidimensional Dysfunction in Chronic Nonspecific Low Back Pain: A Correlational Study of Key Clinical Measures. Pain Res Manag. 2026;2026(1):e4984566. doi: 10.1155/prm/4984566. PMID: 42218584.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. New Research: Six Weeks of Neck Exercises Reduced Neck Disability by 92% in Digital Device Users Could Your Neck Pain Be Caused by Too Much Screen Time? If you spend hours each day on a computer, laptop, tablet or smartphone, you're not alone. Whether you're working from home, studying, gaming or scrolling social media, prolonged screen use can place significant strain on your neck and upper back. At Healthwise Chiropractic, we regularly see patients from Sunbury, Melton and surrounding areas struggling with: Neck pain Headaches Stiffness Poor posture Reduced neck mobility "Tech neck" symptoms Now, a new 2026 randomised controlled trial has provided encouraging evidence that targeted neck exercises can significantly reduce pain and disability in people suffering from chronic neck pain related to screen use. What Is Video Display Terminal (VDT) Syndrome? Video Display Terminal Syndrome refers to a collection of symptoms associated with prolonged use of computers, smartphones, and other digital devices. Research cited in the study found that: Approximately 65.9% of computer users experience musculoskeletal disorders The neck is affected in 38.2% of cases The lower back is affected in 44.4% of cases Common contributing factors include: Forward head posture Poor workstation ergonomics Long periods without movement Muscle fatigue Reduced neck mobility Impaired muscle coordination If you've ever found yourself leaning towards a screen with your head protruding forward, you've experienced one of the most common causes of modern neck pain. The Study: Can Specific Neck Exercises Help? Researchers recruited 30 young adults with chronic neck pain caused by prolonged digital device use. Participants were divided into two groups: Exercise group Control group The exercise group completed a specialised neck rehabilitation program three times per week for six weeks. The program used a technique known as Proprioceptive Neuromuscular Facilitation (PNF), which focuses on improving movement, muscle control and body awareness. The Results Were Impressive After just six weeks, participants performing the neck exercises experienced significant improvements across every measured outcome. Neck Disability Improved by 92% Researchers measured disability using the Neck Disability Index (NDI). Average NDI scores improved from: 13.85 points before treatment 1.16 points after treatment This represented a reduction of 12.69 points, nearly double the amount considered clinically meaningful. Pain Reduced by 76% Pain scores improved from: 5.0/10 before treatment 1.2/10 after treatment This equated to a 76% reduction in pain levels. Neck Movement Significantly Improved Participants gained substantial improvements in cervical range of motion: Neck Flexion Increased by 15.1 degrees Neck Extension Increased by 4.7 degrees Right Neck Rotation Increased by 12 degrees Left Neck Rotation Increased by 10 degrees Side Bending Improved by 8–10 degrees These changes suggest participants could move their necks more freely and comfortably following the program. Better Posture and Body Awareness The study also found improvements in proprioception, which is your body's ability to sense movement and position. Researchers reported: Approximately 17% improvement in neck position accuracy Improved neuromuscular control Better muscle relaxation This is important because people with chronic neck pain often lose the ability to accurately sense and control neck movements, contributing to ongoing discomfort and stiffness. Why Does Screen Time Cause Neck Pain? When we use computers or smartphones for extended periods, several things happen: Forward Head Posture Develops For every few centimetres the head moves forward, the load placed on the neck muscles increases dramatically. Over time this can lead to: Muscle tension Joint irritation Reduced mobility Headaches Fatigue Muscles Become Overworked Prolonged static postures can cause: Increased upper trapezius tension Tight neck flexor muscles Reduced muscle relaxation Poor movement patterns Joint Mobility Declines When joints aren't moved regularly, stiffness develops and normal movement becomes restricted. This can contribute to: Neck pain Shoulder pain Headaches Reduced function The protocol consisted of two diagonal neck movement patterns: Exercise 1: Right Neck Flexion Pattern Move your head through the following combined motion: Tuck your chin slightly Bend your head forward (flexion) Tilt your head toward your right shoulder (right lateral flexion) Turn your head to the right (right rotation) At the end of the movement: Gently resist against your hand or therapist's resistance for approximately 10 seconds (Hold-Relax Technique) Relax Move slightly further into the stretch The study performed this pattern for 3 repetitions. Exercise 2: Left Neck Extension Pattern From the opposite position: Lift your chin Look upward (extension) Tilt your head toward your left shoulder Rotate your head to the left At the end position: Apply a gentle isometric contraction against resistance for 10 seconds Relax Move slightly further into the movement Repeated 3 times. Exercise 3: Left Neck Flexion Pattern Chin tucked Bend your neck forward Tilt toward the left shoulder Rotate to the left Then: Hold against resistance for 10 seconds Relax Increase range slightly Repeated 3 times. Exercise 4: Right Neck Extension Pattern Lift chin Extend neck Tilt toward the right shoulder Rotate to the right Then: Hold against resistance for 10 seconds Relax Move further into the available range Repeated 3 times. What Is the Hold-Relax Technique? The Hold-Relax component is a classic PNF stretching method: Move into a comfortable stretch position. Contract the muscles gently against resistance (about 20–50% effort). Hold for approximately 10 seconds. Relax completely. Move slightly further into the stretch. The researchers specifically instructed participants to push into discomfort but not pain. What Does This Mean for Patients in Sunbury and Melton? The findings reinforce what we commonly see in practice. While ergonomic improvements can help, many people need more than simply adjusting their workstation. Effective management of neck pain often involves: Improving spinal mobility Restoring normal movement patterns Addressing muscle tension Improving posture Enhancing proprioception and motor control Building long-term resilience At Healthwise Chiropractic, we combine evidence-informed chiropractic care, rehabilitation exercises, movement advice and ergonomic education to help address the underlying contributors to neck pain. Signs You May Benefit from an Assessment Consider booking an assessment if you experience: Neck pain after computer work Frequent headaches Reduced neck movement Pain between the shoulder blades Poor posture Stiffness when driving Pain in looking over your shoulder Symptoms that worsen throughout the day Looking for Neck Pain Treatment in Sunbury or Melton? If screen time is affecting your neck, posture or daily activities, early intervention may help prevent symptoms from becoming chronic. Our chiropractors work with patients of all ages to identify the factors contributing to neck pain and develop personalised management plans designed to improve movement, reduce discomfort and support long-term spinal health. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Joodaki A, Shojaedin SS, Letafatkar A, Jafari B. Effect of six weeks of dynamic cervical PNF training on neck disability index in men with video display terminal syndrome: a randomized controlled trial. Sci Rep. 2026 Jun 3. doi: 10.1038/s41598-026-43349-3. Epub ahead of print. PMID: 42236752.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Are Trigger Points Really the Problem? New Research Suggests They May Be Your Body's Protective Response Understanding Myofascial Pain Syndrome and What It Means for Chronic Muscle Pain If you've ever experienced a painful "knot" in your neck, shoulders, back, or hips, you've likely encountered what healthcare professionals call a trigger point. These tender areas are commonly associated with Myofascial Pain Syndrome (MPS), one of the most common causes of chronic musculoskeletal pain worldwide. MPS is frequently linked to conditions such as neck pain, low back pain, shoulder pain, headaches, sciatica, and many other persistent pain conditions. Traditionally, trigger points have been viewed as dysfunctional or damaged areas within muscle tissue that require treatment to release tension and reduce pain. However, a recently published review is challenging this long-held belief and proposing an intriguing new perspective: What if trigger points are not simply a problem, but part of the body's attempt to protect itself? What Is Myofascial Pain Syndrome? Myofascial Pain Syndrome is characterised by the presence of: Trigger points (TrPs) Tight bands of muscle known as taut bands (TBs) Local muscle tenderness Referred pain patterns Reduced flexibility and movement Researchers estimate that Myofascial Pain Syndrome may account for between 20% and 93% of chronic musculoskeletal pain presentations, making it one of the most common pain conditions encountered in healthcare settings. Despite its prevalence, researchers still debate exactly why trigger points develop and what purpose they serve. The Traditional Understanding of Trigger Points For decades, trigger points have been considered a form of muscle dysfunction. The most widely accepted theory suggests that excessive muscle activity creates: Sustained muscle contraction Reduced blood flow Local oxygen deprivation Increased pain-producing chemicals A cycle of ongoing pain and dysfunction While this theory explains how trigger points may develop, it does not fully explain an important question: Why would the body create this response in the first place? This new review attempts to answer that question. A New Theory: Trigger Points as a Protective Mechanism The researchers propose that trigger points may actually represent a protective response to what they call Mechanical Overload (MO). Mechanical overload occurs when tissues are exposed to more stress than they can effectively tolerate. Examples include: Poor posture Repetitive movements Heavy lifting Sports training Long hours sitting at a desk Physical deconditioning Reduced movement variability Under this model, trigger points may develop as the body's way of: Limiting Harmful Movement Pain is one of the body's most effective warning systems. By creating sensitivity within specific muscles, trigger points may discourage movements that could potentially worsen tissue irritation or overload. Increasing Joint Stability The review suggests that taut muscle bands may help increase tension around vulnerable joints. This added tension may provide temporary stability when the body perceives a threat to normal movement patterns. Improving Body Awareness Trigger points may also increase proprioception—the body's ability to sense position and movement. This heightened awareness may help the nervous system better protect an area that is experiencing excessive stress. Why "Muscle Knots" Often Keep Coming Back One of the most common frustrations patients experience is that muscle knots often return after massage, stretching, or other forms of treatment. According to the new model, this may occur because the underlying cause has not been addressed. If the body created a trigger point to compensate for: Poor posture Weakness Joint dysfunction Movement restrictions Repetitive strain Physical deconditioning Then simply releasing the trigger point may provide temporary relief while leaving the original problem unchanged. The protective response may eventually return.The Role of Modern Lifestyle The review highlights prolonged sitting and sedentary behaviour as major contributors to mechanical overload. Long periods spent: Working at a computer Driving Studying Looking down at phones Sitting without movement breaks It can gradually reduce the body's ability to tolerate load. Over time, this may lead to: Reduced muscle endurance Poor motor control Decreased joint stability Increased sensitivity to movement Development of trigger points Interestingly, researchers suggest that many cases of "non-specific" neck pain and low back pain may develop through this process. Pain Is More Than Just Muscles The review also emphasises the important role of the nervous system. Once pain becomes persistent, changes can occur in how the brain and spinal cord process information. This process is known as sensitisation. When sensitisation develops: Pain may become more intense Symptoms may last longer Normal movements may become uncomfortable Recovery may take longer Researchers suggest this is why successful treatment often requires more than simply addressing the muscle itself. Key Statistics from the Research The review highlighted several important findings: 📊 Myofascial Pain Syndrome may contribute to 20–93% of chronic musculoskeletal pain cases 📊 It is commonly associated with: Neck pain Low back pain Shoulder pain Sciatica Chronic regional pain disorders 📊 Prolonged static postures, repetitive movements, and sedentary behaviour are among the most frequently identified contributors to mechanical overload. 📊 Psychological stress, poor sleep, and emotional strain may increase nervous system sensitivity and contribute to persistent trigger point activity. What Does This Mean for Treatment? The authors propose that treatment should focus on three key areas: 1. Reduce Mechanical Overload This may involve: Ergonomic improvements Better workstation setup Movement breaks Activity modification Load management 2. Address Trigger Points and Movement Dysfunction Treatment approaches may include: Manual therapy Trigger point therapy Dry needling Mobility exercises Stretching Chiropractic care Rehabilitation exercises 3. Prevent Chronic Pain and Sensitisation Long-term management may involve: Progressive strengthening Motor control training Sleep optimisation Stress management Regular physical activity Education about pain How This Research Aligns with Modern Chiropractic Care At Health Wise Chiropractic, our goal is not simply to reduce pain. We aim to identify the factors contributing to your symptoms and help restore normal movement, function, and resilience. This research reinforces an important clinical principle: Pain often has a purpose. Rather than viewing trigger points solely as dysfunctional tissue, it may be more helpful to consider why the body created the response in the first place. By addressing posture, movement patterns, spinal function, strength, mobility, and lifestyle factors, we can help reduce unnecessary mechanical stress while improving the body's ability to adapt and recover. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Guzzardo M, Nakazato-Nakamine T. Reframing myofascial pain syndrome: pathological disorder or adaptive protective response? Ther Adv Musculoskelet Dis. 2026 May 21;18:1759720X261449903. doi: 10.1177/1759720X261449903. PMID: 42179937; PMCID: PMC13195234.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Are Poor Posture Habits Causing Back Pain in Teenagers? What New Research Reveals Health Wise Chiropractic | Sunbury & Melton Back pain is no longer just an adult problem. A recent study investigating adolescents aged 10–20 years found that nearly two-thirds of participants reported back pain within the previous three months, highlighting a growing concern for parents, schools, and healthcare professionals. With teenagers spending more time studying, using smartphones, gaming, and sitting in classrooms than ever before, researchers are increasingly looking at how everyday postural habits influence spinal health. At Health Wise Chiropractic, we regularly assess posture-related concerns in children, teenagers, and young adults across Sunbury and Melton. This latest research provides valuable insight into how daily habits may contribute to spinal discomfort during important developmental years. Key Statistics From The Study The study examined 70 adolescents aged between 10 and 20 years and found: 63% reported back pain within the previous three months. 56% reported neck pain. Average back pain severity was 4.1 out of 10. Average neck pain severity was 3.9 out of 10. 51% used smartphones or tablets for more than four hours per day. Only 24% achieved 8–9 hours of sleep per night. Girls reported significantly more back pain than boys. Flexed and asymmetrical sitting postures were strongly associated with increased back pain. These findings suggest that musculoskeletal discomfort is becoming increasingly common during adolescence. What Is a "Flexed" Sitting Posture? A flexed posture occurs when a person slouches forward while sitting. Examples include: Hunching over a laptop Leaning forward while studying Looking down at a phone for extended periods Slumping on a couch Sitting with rounded shoulders and a forward head posture Researchers found that adolescents who regularly adopted these postures were significantly more likely to report back pain. The Biggest Risk Factor Wasn't Screen Time One surprising finding was that: Screen Time Alone Was Not Significantly Associated With Back Pain Although more than half the participants used phones and tablets for over four hours daily, researchers found no direct relationship between total screen time and pain levels. Instead, the way adolescents positioned their bodies while using devices appeared to be far more important. This aligns with what chiropractors frequently observe in clinical practice. Two teenagers may spend the same amount of time on a device: One maintains regular movement and good posture. The other spends hours in a slouched position. The second teenager is far more likely to experience spinal discomfort. Poor Sitting Posture During School Work Increased Back Pain The strongest association in the study was between posture while writing at a desk and the presence of back pain. Researchers found: Students Using a Flexed Sitting Posture Were More Likely To Experience Back Pain Those who sat upright reported substantially lower rates of discomfort. This is particularly relevant because Australian students spend many hours each day: Sitting in classrooms Completing homework Studying for exams Using computers Over time, prolonged slouched sitting can place additional stress on muscles, joints, ligaments, and spinal discs. Social Sitting Habits Matter Too The study identified another interesting finding. Teenagers who adopted slouched or asymmetrical postures while talking with friends also reported more back pain. This suggests that posture isn't only important during study or screen use. Every day habits matter. Repeatedly: Leaning on one side Sitting with a curved spine Crossing legs for prolonged periods Resting weight unevenly may increase spinal loading over time. Why Are More Teenagers Experiencing Back and Neck Pain? Researchers believe several factors may contribute: 1. Increased Sedentary Behaviour Modern adolescents spend more time sitting than previous generations. 2. Device Use Phones and tablets encourage prolonged neck flexion and rounded shoulder postures. 3. Reduced Movement Variety The body thrives on movement. Remaining in one position for extended periods may increase muscle fatigue and joint stiffness. 4. Rapid Growth Teenagers experience significant skeletal and muscular changes during adolescence, making posture particularly important during growth spurts. Girls Reported More Back Pain Than Boys The study found that female participants were significantly more likely to experience back pain. Researchers suggest several possible reasons: Differences in spinal shape and biomechanics Hormonal influences Higher rates of sedentary behaviour reported in some studies Different pain perception and reporting patterns While the exact cause remains unclear, the finding highlights the importance of early spinal health assessment for both boys and girls. What This Means for Parents The good news is that posture-related behaviours are modifiable. Simple changes can often reduce unnecessary spinal stress. Encourage Regular Movement Aim for movement breaks every 30–45 minutes during: Homework Gaming Screen use Study sessions Optimise Study Spaces Ensure: Feet are supported Screen height is appropriate Shoulders remain relaxed The desk height suits the child Limit Continuous Device Use Encourage frequent position changes and avoid prolonged neck bending. Promote Physical Activity Regular exercise helps develop strength, coordination, mobility, and postural endurance. How Chiropractic Care May Help At Health Wise Chiropractic, we commonly assess: Forward head posture Rounded shoulders Postural strain Growth-related spinal changes Neck pain Mid-back pain Lower back discomfort Our chiropractors provide individualised assessments and recommendations aimed at supporting healthy movement patterns and spinal function during growth and development. While no single posture is "perfect," identifying habits that place excessive stress on the body can help young people maintain comfort and mobility as they grow. The Bottom Line This new research highlights an important message: It may not be how long teenagers sit that matters most—it may be how they sit. The study found: 63% of adolescents experienced back pain. 56% experienced neck pain. Flexed and asymmetrical sitting postures were strongly associated with symptoms. Girls reported higher rates of back pain. Postural habits appeared more important than total screen time. As children and teenagers spend increasing amounts of time studying and using digital devices, encouraging healthy movement and postural awareness may play an important role in supporting long-term spinal health. If your child is experiencing ongoing back pain, neck pain, or posture concerns, the team at Health Wise Chiropractic in Sunbury and Melton can help assess their spinal health and provide appropriate guidance. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference D'Elia F, Ceruso R, Giardullo G, Picone AD, Simoes V, D'Isanto T, Esposito G. Physical Development and Postural Behaviors in Children and Adolescents: A Cross-Sectional Study. Children (Basel). 2026 May 19;13(5):698. doi: 10.3390/children13050698. PMID: 42194224; PMCID: PMC13204528.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Upper Crossed Syndrome: Can Corrective Exercises Really Improve Your Posture? Evidence-Based Insights from Health Wise Chiropractic Sunbury & Melton Do you find yourself constantly slouching over a computer, looking down at your phone, or experiencing tightness between your shoulders and neck? You may have heard the term Upper Crossed Syndrome (UCS) used to describe these postural changes. It is one of the most common posture-related conditions seen among office workers, students, tradespeople, and anyone spending long periods sitting or looking down. A major 2025 systematic review and meta-analysis examined whether corrective exercises actually improve posture, pain, and function in people with Upper Crossed Syndrome. The findings provide valuable insights for anyone concerned about posture and neck discomfort. What Is Upper Crossed Syndrome? Upper Crossed Syndrome is a postural pattern involving: Forward head posture Rounded shoulders Increased upper back rounding (thoracic kyphosis) Tight chest and neck muscles Weak upper back and shoulder stabilising muscles Research suggests UCS affects between 11% and 60% of people, depending on age, occupation, and lifestyle factors, with particularly high rates among office workers and students. Common symptoms may include: Neck stiffness Shoulder tension Upper back discomfort Headaches Reduced mobility Poor sitting posture Muscle fatigue Most exercise programs lasted: 6 to 12 weeks 3 sessions per week 20–70 minutes per session This provides one of the most comprehensive reviews currently available on corrective exercise for Upper Crossed Syndrome. What Did The Research Find? Corrective Exercises Significantly Improved Posture The strongest finding was that corrective exercises consistently improved postural alignment. Researchers found large improvements in: Forward Head Posture Effect Size: -1.49 This represents a large improvement in head positioning relative to the shoulders. Rounded Shoulders Effect Size: -1.53 Participants demonstrated significant improvements in shoulder alignment. Thoracic Kyphosis (Rounded Upper Back) Effect Size: -1.70 This was the largest improvement observed in the entire study. In simple terms, corrective exercises were highly effective at improving the physical appearance and alignment of posture. But What About Pain? This is where the findings become particularly interesting. Despite significant improvements in posture, researchers found: No Consistent Reduction In Pain The evidence showed: Pain outcomes were inconsistent Some studies reported improvements Others showed little change Overall results were not statistically significant The authors concluded that posture correction alone may not automatically lead to meaningful pain relief. This highlights an important principle: Pain is complex and influenced by many factors beyond posture alone. These may include: Stress Sleep quality Physical activity levels Work demands Previous injuries Nervous system sensitivity General health and fitness Did Exercises Improve Function? The evidence was mixed. Researchers found: Limited Improvements In: Balance Muscle activation Shoulder function Neck movement Functional performance While some individual studies reported benefits, the overall evidence was inconsistent. This suggests that simply correcting posture may not be enough to improve how a person moves, functions, or performs daily activities. What Does This Mean For Patients? The key takeaway is not that posture doesn't matter. Instead, the research suggests that posture should be viewed as one part of a much bigger picture. Improving posture may: ✅ Reduce mechanical stress on joints ✅ Improve movement efficiency ✅ Enhance body awareness ✅ Improve muscle balance ✅ Help prevent future problems However, addressing symptoms often requires a broader approach. Why A Comprehensive Assessment Matters At Health Wise Chiropractic Sunbury and Melton, we assess more than just how you sit or stand. When evaluating neck pain, shoulder tension, headaches, or postural concerns, we consider: Spinal joint function Muscle balance Movement patterns Workplace ergonomics Exercise habits Lifestyle factors Previous injuries Research increasingly shows that effective care often requires a combination of approaches rather than focusing solely on posture correction. The Role of Chiropractic Care and Rehabilitation For people experiencing symptoms associated with Upper Crossed Syndrome, management may include: Chiropractic Adjustments To help improve spinal and joint mobility. Postural Rehabilitation Exercises To strengthen weakened muscles and improve alignment. Soft Tissue Therapy To address muscular tightness and restrictions. Ergonomic Advice To help reduce repetitive strain during work and daily activities. Movement-Based Rehabilitation To improve function, coordination, strength, and resilience. The goal is not simply to "sit up straight", but to help your body move and function more efficiently. Common Signs You May Have Upper Crossed Syndrome You may benefit from an assessment if you experience: Forward head posture Rounded shoulders Neck stiffness Frequent tension headaches Upper back tightness Shoulder discomfort Poor desk posture Fatigue when sitting for long periods Early intervention may help prevent these postural changes from becoming more established over time. Posture Assessment in Sunbury and Melton If you're concerned about posture, neck pain, shoulder tension, or upper back stiffness, a professional assessment can help identify contributing factors and determine the most appropriate management plan. At Health Wise Chiropractic, we help patients from: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Caroline Springs Taylors Lakes Surrounding western Melbourne suburbs Whether your goal is better posture, reduced discomfort, or improved movement, understanding the underlying cause is the first step toward long-term results. Book Your Assessment Today If you're experiencing neck pain, shoulder tension, headaches, or postural concerns, contact Health Wise Chiropractic Sunbury or Melton to arrange a comprehensive assessment and personalised care plan. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Khorramroo F, Rostami M, Bafrouei MJ. Corrective exercises strongly improve posture but fail to produce consistent clinical or functional benefits in patients with upper crossed syndrome: a systematic review and meta-analysis of randomized controlled trials. BMC Sports Sci Med Rehabil. 2026 May 28. doi: 10.1186/s13102-026-01707-8. Epub ahead of print. PMID: 42210327.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Neurogenic Thoracic Outlet Syndrome: The Overlooked Cause of Neck, Shoulder and Arm Pain in Sunbury & Melton Could Thoracic Outlet Syndrome Be Causing Your Arm Pain, Tingling or Numbness?\ Many people experiencing neck pain, shoulder pain, arm tingling, hand weakness or persistent upper body discomfort are often told they have a pinched nerve, muscle strain, poor posture or repetitive strain injury. However, a lesser-known condition called Neurogenic Thoracic Outlet Syndrome (nTOS) may actually be responsible. A recent international expert consensus study has helped clarify how healthcare professionals can better identify this often-misdiagnosed condition, providing valuable insights for patients seeking answers to chronic upper limb symptoms. At Health Wise Chiropractic, we regularly assess patients from Sunbury, Melton and surrounding communities who present with symptoms consistent with thoracic outlet dysfunction, particularly those who work at desks, perform repetitive overhead activities, or participate in sports. What Is Neurogenic Thoracic Outlet Syndrome? Neurogenic Thoracic Outlet Syndrome occurs when nerves of the brachial plexus become compressed as they travel from the neck into the arm. The thoracic outlet is a narrow passageway located between the neck, collarbone and upper chest. When structures within this space become tight, inflamed or compressed, the nerves can become irritated, leading to symptoms throughout the shoulder, arm and hand. Common Symptoms Include: Neck pain Shoulder pain Upper back or trapezius pain Arm aching or fatigue Tingling or numbness in the fingers Hand weakness Reduced grip strength Symptoms that worsen when the arms are elevated Pain during prolonged computer work Difficulty sleeping due to arm symptoms How Common Is Thoracic Outlet Syndrome? Thoracic Outlet Syndrome is considered relatively uncommon, affecting approximately: 1–3 people per 100,000 annually However, research shows that over: 90% of Thoracic Outlet Syndrome cases are neurogenic (nerve-related) Because symptoms often mimic other conditions, many cases may go undiagnosed or misdiagnosed for years. Why Is Neurogenic Thoracic Outlet Syndrome Difficult to Diagnose? One of the biggest challenges with nTOS is that its symptoms overlap with many other conditions, including: Cervical disc injuries Pinched nerves in the neck Rotator cuff injuries Carpal tunnel syndrome Cubital tunnel syndrome Shoulder impingement Scapular dysfunction Repetitive strain injuries Unlike many orthopaedic conditions, there has historically been no universally accepted diagnostic standard for nTOS. This often leads to: Delayed diagnosis Multiple practitioner visits Unnecessary imaging Frustration for patients seeking answers New Research Identifies Five Key Diagnostic Criteria The Five Most Important Clinical Indicators 1. Symptoms Improve After Diagnostic Injections Relief following injections into structures such as: Pectoralis Minor Anterior Scalene Middle Scalene was considered one of the strongest indicators of nTOS. 2. Symptoms Reproduced Around the Scalene Muscles Patients often experience: Arm pain Tingling Numbness Radiating symptoms When pressure is applied to muscles at the side of the neck. 3. Symptoms Triggered Around the Front of the Shoulder Tenderness around the: Coracoid process Pectoralis Minor region was identified as another significant diagnostic finding. 4. Symptoms Worsen with Arm Elevation Pain, numbness or tingling reproduced during: Overhead reaching Shoulder abduction Arm elevation tests was strongly associated with Neurogenic Thoracic Outlet Syndrome. 5. Repetitive Arm Use or Poor Posture The final major criterion involved activities that place repetitive stress on the upper body, including: Desk work Computer use Trades Hairdressing Dentistry Nursing Weightlifting Swimming Tennis Baseball Volleyball Gymnastics The Posture Connection One of the most interesting findings from the research was the strong association between nTOS and prolonged postural stress. Modern lifestyles often involve: Long hours at computers Forward head posture Rounded shoulders Reduced upper back mobility Prolonged sitting Over time, these positions can narrow the thoracic outlet and increase tension through the: Scalene muscles Pectoralis Minor Upper trapezius Levator scapulae This may contribute to nerve irritation and compression. For many patients in Sunbury and Melton, workplace ergonomics play a significant role in symptom development. Athletes May Be at Higher Risk The study highlighted overhead athletes as a particularly vulnerable group. Higher-risk sports include: Swimming Tennis Volleyball Cricket Weightlifting CrossFit Baseball Softball Gymnastics Repeated overhead movement can create excessive strain around the shoulder girdle and thoracic outlet, increasing compression of the brachial plexus. How Chiropractic Care May Help While diagnosis of Neurogenic Thoracic Outlet Syndrome requires careful assessment and, in some cases, specialist investigation, conservative management is often the first step. At Health Wise Chiropractic, assessment may include: Postural Evaluation Identifying: Forward head posture Rounded shoulders Scapular dysfunction Thoracic spine stiffness Spinal and Joint Assessment Examining: Cervical spine mobility Upper thoracic movement Rib mechanics Shoulder function Soft Tissue Assessment Evaluating tension within: Scalene muscles Pectoralis Minor Upper trapezius Surrounding myofascial structures Exercise and Rehabilitation Individualised programs may focus on: Postural correction Scapular stability Thoracic mobility Shoulder control Strengthening of supporting muscles When Should You Seek Assessment? You may benefit from an assessment if you experience: ✓ Persistent neck and shoulder pain ✓ Tingling or numbness in the arm or hand ✓ Symptoms that worsen when reaching overhead ✓ Hand weakness or reduced grip strength ✓ Symptoms during computer work ✓ Pain that has not responded to other treatments ✓ Unexplained arm discomfort despite normal scans Supporting Better Diagnosis and Treatment The latest research provides important progress toward establishing clearer diagnostic guidelines for Neurogenic Thoracic Outlet Syndrome. By identifying five key clinical indicators, healthcare providers can more effectively recognise this condition and differentiate it from other causes of neck, shoulder and arm pain. For patients in Sunbury, Melton and surrounding areas, understanding the role of posture, repetitive loading and nerve compression may be an important step toward finding lasting relief. Looking for Answers to Ongoing Neck, Shoulder or Arm Symptoms? The team at Health Wise Chiropractic provides thorough musculoskeletal assessments to help identify potential contributors to pain, movement restrictions and nerve-related symptoms. If you're experiencing persistent neck pain, shoulder discomfort, arm tingling or postural strain, contact our Sunbury or Melton clinics to discuss whether a comprehensive assessment may be appropriate for your situation. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Wagner ER, Sullivan CM, Cuneo KR, Chopra KN, Omole O, Gottschalk MB, Bowers RL. Defining Diagnostic Criteria for Neurogenic Thoracic Outlet Syndrome: An Expert Consensus. Orthop J Sports Med. 2026 May 19;14(5):23259671261440925. doi: 10.1177/23259671261440925. PMID: 42169800; PMCID: PMC13187369.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Why Pain in Multiple Areas of the Body Can Affect Your Health More Than You Think Understanding Multisite Pain, Pain Catastrophising and Physical Function If you're experiencing pain in your neck, back, shoulders, hips or knees all at the same time, you're not alone. Research shows that pain affecting multiple areas of the body—known as multisite musculoskeletal pain—is surprisingly common and may have a greater impact on your health, mobility and quality of life than pain in a single area. At Health Wise Chiropractic, we regularly help patients from Sunbury, Melton and surrounding communities who are dealing with persistent pain across several regions of the body. New research highlights why identifying and managing these patterns early may be important for maintaining long-term function and independence. What Is Multisite Musculoskeletal Pain? Multisite musculoskeletal pain refers to pain occurring in more than one body region at the same time. Research estimates that: Up to 81% of adults experience pain in multiple body regions during their lifetime. Prevalence is even higher in adults aged over 65. People with multisite pain report lower physical function, poorer mental health, increased healthcare utilisation and reduced quality of life. Multisite pain has been linked to a greater risk of disability, falls and reduced work capacity. Common areas affected include: Neck Upper back Lower back Shoulders Hips Knees Wrists and hands Feet and ankles For many people in Sunbury and Melton, these symptoms can develop gradually due to desk work, poor posture, repetitive movements, physical labour, sporting activities or previous injuries. Key Findings From the Research Researchers studied 101 adults aged 18 to 85 years and examined how the number of painful body regions affected physical function. Important Statistics The study found: The average participant age was 40 years. 69% were female. The median number of painful body regions was two. Participants with pain in three or more regions had significantly worse physical function than those with pain in only one area. As pain spread to more body regions: Pain Intensity Increased Average pain scores rose dramatically: Number of Pain Sites Average Pain Score (0-10) No pain 0.14 1 pain site 1.78 2 pain sites 4.15 3+ pain sites 4.97 Physical Function Declined Participants with pain in more regions demonstrated: Slower walking speeds Reduced balance performance Lower physical function scores Greater difficulty performing daily activities Researchers found that the number of painful body regions explained 20.5% of the variation in physical function, highlighting the significant impact multisite pain can have on everyday life. What Is Pain Catastrophising? One of the most interesting aspects of this study examined a concept known as pain catastrophising. Pain catastrophising refers to a pattern of thinking where a person: Focuses excessively on pain Expects the worst possible outcome Feels helpless about their condition Struggles to stop thinking about symptoms Examples may include: "My back pain will never improve." "There must be something seriously wrong." "Every movement is damaging my spine." "I'll never be able to do normal activities again." Research has shown that pain catastrophising can increase: Pain intensity Disability Stress levels Fear of movement Healthcare utilisation What Is Kinesiophobia? The study also investigated kinesiophobia, which is the fear of movement due to concerns that activity will cause pain or further injury. People experiencing kinesiophobia often: Avoid exercise Reduce physical activity Become less confident moving Develop muscle weakness and deconditioning Clinically significant kinesiophobia is generally identified when scores exceed 37 on the Tampa Scale of Kinesiophobia. Interestingly, participants with multisite pain demonstrated higher levels of movement-related fear compared to those without pain. The Surprising Finding About Function Although pain catastrophising and fear of movement increased as pain spread throughout the body, researchers found that these psychological factors contributed relatively little to physical function when compared with overall pain burden. The strongest predictor of reduced function was: Global Pain Intensity Pain intensity alone explained an additional 7% of the decline in physical function, beyond demographic factors and number of pain sites. Researchers concluded that: The more pain a person experiences throughout their body, and the more intense that pain becomes, the greater the impact on physical function. This finding reinforces the importance of addressing pain early before it progresses and affects multiple regions. Why This Matters for People in Sunbury and Melton Many people seek chiropractic care after initially experiencing discomfort in one area, such as the neck or lower back. Over time, compensatory movement patterns can contribute to symptoms spreading into other areas including: Headaches Shoulder pain Mid-back pain Hip pain Knee pain When pain affects multiple regions, people often: Move less Exercise less frequently Sleep poorly Feel more fatigued Experience greater stress These factors can create a cycle that affects both physical and emotional wellbeing. A Whole-Person Approach to Pain Management The research supports a biopsychosocial approach to managing musculoskeletal pain. This means considering: Physical Factors Joint mobility Muscle tension Posture Movement patterns Previous injuries Psychological Factors Stress Pain beliefs Fear of movement Confidence in recovery Lifestyle Factors Sleep quality Physical activity levels Work demands Ergonomic setup General health habits At Health Wise Chiropractic Sunbury and Melton, our goal is to help patients understand the factors contributing to their symptoms while supporting improved movement, function and quality of life. When Should You Seek Help? Consider seeking professional assessment if you experience: Pain in multiple areas of the body Symptoms persisting longer than a few weeks Reduced mobility or flexibility Difficulty performing normal daily activities Recurring neck or back pain Headaches associated with spinal tension Fear of movement due to pain Progressive worsening of symptoms Early intervention may help reduce the impact of pain on your daily life and prevent further functional decline. Looking for a Chiropractor in Sunbury or Melton? If you're experiencing neck pain, back pain, headaches, shoulder discomfort or pain affecting multiple areas of your body, the team at Health Wise Chiropractic is here to help. We provide evidence-informed chiropractic care for individuals and families throughout: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Caroline Springs Taylors Lakes Hillside Romsey Macedon Ranges Book an Assessment Today Our experienced chiropractors can assess your movement, posture and musculoskeletal health to help determine factors contributing to your symptoms and develop an appropriate management plan tailored to your needs. Health Wise Chiropractic – Helping Sunbury and Melton Move Better, Feel Better and Live Better. References Research adapted from: "Multisite Musculoskeletal Pain, Pain Catastrophising, Kinesiophobia and Physical Function" (2025). How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Burton W, Ma Y, Long CR, McCarey J, Vining R, Manor B, Hausdorff JM, Kowalski MH, Wayne PM. Exploring the relationships between multisite musculoskeletal pain, pain characteristics, and physical function: a cross-sectional analysis. BMC Musculoskelet Disord. 2026 May 21. doi: 10.1186/s12891-026-09990-9. Epub ahead of print. PMID: 42168957.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. The Science of Injury Prevention: What Every Athlete in Sunbury & Melton Should Know Whether you're playing local footy, soccer, basketball, netball, running, or simply staying active, preventing injuries is just as important as improving performance. A major 2025 systematic review analysing 40 studies found that structured warm-ups, targeted strength training, proper load management, and effective recovery strategies can significantly reduce injury risk while improving athletic performance. At Health Wise Chiropractic, we regularly help athletes and active individuals from Sunbury, Melton, Diggers Rest, Gisborne, Bacchus Marsh, Caroline Springs and surrounding areas recover from sports injuries and stay performing at their best. The latest research reinforces many of the principles we use when advising patients on injury prevention and movement optimisation. Key Findings at a Glance The review found that athletes who followed structured injury-prevention programs experienced: ✅ Up to 43–50% fewer ankle, knee and ACL injuries ✅ Around 41% lower overall lower-limb injury risk ✅ 56–70% fewer hamstring injuries with targeted eccentric strengthening ✅ Improved sprint speed, jumping ability, balance and athletic performance ✅ Reduced risk of recurring injuries ✅ Better movement control and neuromuscular coordination These benefits were seen across youth, amateur and elite athletes. Why Warm-Ups Matter More Than Most People Think Many athletes still perform a few quick stretches before training and assume they're prepared. The research shows that structured neuromuscular warm-ups are far more effective. Programs such as FIFA 11+ and iSPRINT combine: Balance exercises Dynamic movement drills Core stability training Landing mechanics Acceleration exercises Sport-specific movement patterns These programs consistently reduced injury rates while also improving performance. The Numbers Research reported: Relative injury risk reductions of approximately 27–43% Some studies showing injury reductions of over 50% Lower rates of ankle sprains, knee injuries and ACL injuries Improved balance and coordination The good news? Most effective warm-up programs only require 10–20 minutes and can be completed 2–3 times per week. Dynamic Stretching Beats Static Stretching Before Sport One of the strongest practical takeaways from the review relates to stretching. Dynamic Stretching Dynamic stretching involves movement-based exercises such as: Leg swings Walking lunges High knees Butt kicks Arm circles The review found dynamic warm-ups can improve: Sprint performance Jump performance Neuromuscular activation Static Stretching Traditional static stretching involves holding a muscle in a stretched position for prolonged periods. The review found prolonged static stretching before explosive activity may actually reduce performance. Performance changes reported: Dynamic stretching: +1.3% improvement Static stretching: 3.7% reduction PNF stretching: 4.4% reduction For athletes preparing to train or compete, dynamic movement preparation appears to be the superior option. The Hamstring Injury Solution: Nordic Hamstring Exercises Hamstring strains remain one of the most common injuries in: AFL Soccer Rugby Sprinting sports Athletics The review highlighted strong evidence supporting eccentric hamstring training, particularly the Nordic Hamstring Exercise. Benefits Found Athletes performing eccentric hamstring programs experienced: 56–70% Fewer Hamstring Injuries Researchers also found: Increased hamstring strength Improved hamstring-to-quadriceps ratios Reduced muscular asymmetries Longer hamstring fascicle lengths These adaptations help the hamstrings tolerate high-speed running and sudden acceleration demands. Better Performance Without More Training One of the most interesting findings was that injury prevention programs often improved performance at the same time. Athletes following neuromuscular training programs demonstrated: Improved Vertical Jump Some studies reported increases of: 4.67 cm in vertical jump height Up to 9.4% improvements in countermovement jump performance Faster Sprint Times Research showed: Approximately 0.38 second improvements over 20 metres Significant gains in acceleration ability Better Balance and Stability Athletes also demonstrated: Improved Y-Balance Test scores Better postural control Enhanced movement efficiency In other words, injury prevention and performance enhancement often go hand in hand. Load Management: Avoiding the "Too Much, Too Soon" Trap Many sporting injuries occur after sudden increases in training volume. This is particularly common when: Returning after holidays Starting pre-season Returning after injury Increasing running mileage too quickly The review found that gradual increases in training load significantly reduced injury risk. Key Statistic Professional athletes following structured pre-season ramp-up programs experienced approximately: 25% fewer lower-limb strain injuries The message is simple: Your body adapts best when training loads increase progressively rather than suddenly. Recovery Still Matters Recovery strategies were more difficult to analyse because the research was highly varied. However, the strongest evidence consistently supported: Sleep Sleep remains one of the most powerful recovery tools available. Nutrition Adequate protein, carbohydrate intake and overall energy availability support tissue repair and recovery. Hydration Even mild dehydration can negatively affect performance and recovery. The review concluded that recovery should be individualised rather than relying on a single "magic" recovery technique. What This Means for Young Athletes Many of the studies involved adolescent athletes, making the findings highly relevant for: Junior footballers Netball players Basketball athletes Soccer players School sports participants Research suggests injury prevention programs are particularly valuable during periods of rapid growth when coordination and movement control are changing. Several studies also found female athletes experienced especially strong reductions in: ACL injuries Ankle injuries Lower-limb injuries This highlights the importance of structured movement training for young female athletes. How Chiropractic Care Fits Into Injury Prevention While strength training and warm-up programs form the foundation of injury prevention, chiropractic care can play an important supporting role. At Health Wise Chiropractic, we assess: Joint mobility Movement patterns Muscle imbalances Postural control Functional biomechanics Return-to-sport readiness Restricted movement, poor mechanics and compensatory movement patterns can increase stress on muscles, tendons and joints. By improving movement quality and addressing biomechanical dysfunctions, chiropractic care may help athletes move more efficiently and recover more effectively alongside appropriate exercise-based rehabilitation. Practical Injury Prevention Tips Based on the latest research, athletes should aim to: Before Training ✔ Perform a structured dynamic warm-up ✔ Include balance and stability exercises ✔ Activate the hips, core and lower limbs During the Week ✔ Complete neuromuscular training 2–3 times weekly ✔ Include eccentric hamstring strengthening ✔ Progress training loads gradually After Training ✔ Prioritise sleep ✔ Maintain good hydration ✔ Support recovery with proper nutrition ✔ Monitor fatigue levels How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. reference Kłobuchowski W, Skorulski M, Ornowski K, Roczniok R, Maszczyk A, Callegari B, Souza GS, Pietraszewski P, Kuliś S. Exercise-Based Strategies from Warm-Up to Training: A Systematic Review of Performance Enhancement and Injury Prevention. Sports (Basel). 2026 May 6;14(5):187. doi: 10.3390/sports14050187. PMID: 42188564; PMCID: PMC13210987.

Written by Dr Julian Simpson — Chiropractor with 15+ years of experience, Board Member of the Chiropractic Australia Research Foundation, and author/reviewer of 800+ health articles. Hip Pain and Lower Back Pain: Understanding the Hidden Connection Between Your Hip and Spine Why Hip and Back Pain Often Occur Together Many people visit Health Wise Chiropractic in Sunbury and Melton seeking help for persistent lower back pain, hip pain, stiffness, or difficulty bending and moving comfortably. What many don't realise is that the hip and lower back are closely connected and often influence one another. Research into what specialists call Hip-Spine Syndrome has shown that restricted movement in one area often causes increased stress and compensation in the other. This relationship helps explain why some people experience ongoing pain despite focusing treatment on only their back or only their hip. Understanding this connection can be the key to achieving lasting relief and improving movement. What Is Hip-Spine Syndrome? Hip-Spine Syndrome describes the overlap between conditions affecting the hip joint and the lumbar spine (lower back). Because the hip and lower back work together during everyday activities such as: Walking Sitting Standing up Bending forward Putting on shoes and socks Lifting objects Problems in one region can create abnormal movement patterns and increased strain in the other. For example: Stiff hips can force the lower back to move more. Reduced spinal mobility can place greater stress on the hips. Muscle imbalances around the pelvis can affect both areas simultaneously. This often leads to symptoms that can be difficult to distinguish. How the Hip and Spine Work Together Recent biomechanical research has provided valuable insight into how these structures interact. When you bend forward or sit down: Step 1: The Hip Flexes The hip joint begins to bend, allowing your body to move forward. Step 2: The Pelvis Rotates As the hip moves, the pelvis tilts backward to help maintain balance and efficient movement. Step 3: The Lumbar Spine Adapts The lower back then flexes and adjusts to keep your body aligned and stable. Researchers found a strong relationship between these three movements: Increased hip movement resulted in less movement required from the lower back. Reduced hip mobility resulted in greater stress being placed on the lumbar spine. The pelvis acts as the critical bridge connecting the hip and spine. In simple terms, when the hips don't move properly, the lower back often has to compensate. Where Most Lumbar Motion Occurred Standing → Sitting Maximum movement occurred at: L4-L5: 52% L5-S1: 26% L3-L4: 22% Overall: 78% had the most movement in the lower lumbar spine (L4-S1) 22% had the most movement in the upper lumbar spine (L1-L4) Standing → Deep Forward Flexion Maximum movement occurred at: L4-L5: 48% L3-L4: 20% L5-S1: 16% L2-L3: 6% Interestingly: 56% had the most movement in the upper lumbar spine (L1-L4) 44% had the most movement in the lower lumbar spine (L4-S1) This challenged the long-held belief that everyone moves primarily through L4-L5 and L5-S1. Why Stiff Hips Can Lead to Lower Back Pain Modern lifestyles often involve prolonged sitting, reduced physical activity, and repetitive postures. Over time this can contribute to: Hip joint stiffness Tight hip flexors Reduced pelvic mobility Weak gluteal muscles Altered walking mechanics When hip mobility decreases, the lower back may be forced to move more than it was designed to. This extra workload can contribute to: Mechanical lower back pain Muscle tightness Joint irritation Recurrent episodes of back stiffness Increased strain during bending and lifting For every 1° increase in hip flexion, the lumbar spine flexed approximately 0.84° less. Why Some People Have More Back Mobility Than Others One fascinating finding from recent research is that not everyone moves through their spine in the same way. Traditionally, healthcare providers believed most lumbar movement occurred in the lower segments of the spine. However, researchers discovered significant variation between individuals. Some people naturally move more through: Upper lumbar segments Mid lumbar segments Lower lumbar segments This means two people with similar symptoms may have completely different movement patterns. For every 1° increase in hip flexion, the pelvis rotated approximately 0.71° more. AND For every 1° of posterior pelvic tilt, the lumbar spine flexed approximately 1.58°. At Health Wise Chiropractic, this is one reason we perform a thorough assessment rather than applying a one-size-fits-all approach to care. Signs Your Hip May Be Contributing to Your Back Pain You may have a hip-spine movement problem if you experience: Lower Back Symptoms Morning stiffness Pain when standing after sitting Recurrent lower back pain Difficulty bending forward Hip Symptoms Groin discomfort Buttock pain Hip stiffness Reduced flexibility Movement Difficulties Trouble putting on shoes or socks Difficulty squatting Reduced walking tolerance Pain when climbing stairs Because symptoms can overlap, identifying the primary source is important for effective treatment. How Chiropractic Care Can Help At Health Wise Chiropractic in Sunbury and Melton, our assessment process considers the entire movement system rather than focusing on a single painful area. Depending on your individual presentation, care may include: Chiropractic Adjustments Helping restore normal movement in restricted spinal and pelvic joints. Hip Mobility Assessment Identifying movement limitations that may be increasing stress on the lower back. Soft Tissue Therapy Addressing muscular tension around the hips, pelvis, and lumbar spine. Postural Evaluation Assessing how daily habits may be contributing to ongoing strain. Rehabilitation Exercises Improving strength, mobility, and coordination to support long-term function. Why Early Assessment Matters Ignoring hip stiffness or recurring lower back pain can allow compensation patterns to become more established over time. Early assessment may help: Improve movement quality Reduce unnecessary strain on joints Enhance flexibility Support healthy posture Improve daily comfort and activity levels The sooner movement restrictions are identified, the easier they are often to address. Chiropractic Care for Hip and Back Pain in Sunbury and Melton If you're experiencing persistent hip stiffness, lower back pain, or difficulty moving comfortably, the problem may involve more than just one area. At Health Wise Chiropractic, we assess the relationship between the hips, pelvis, and spine to help identify contributing factors affecting your movement and comfort. Our chiropractors provide care for patients from: Sunbury Melton Diggers Rest Gisborne Bacchus Marsh Taylors Lakes Caroline Springs Surrounding Melbourne western suburbs Book an Assessment If hip or lower back pain is affecting your daily activities, contact Health Wise Chiropractic today to arrange a comprehensive assessment and discover how improved movement may help you feel and function better. How Chiropractic Care May Help At Health Wise Chiropractic, we take a comprehensive approach to posture-related care. Treatment may include: Chiropractic adjustments Postural assessment Soft tissue therapy Corrective exercises Ergonomic advice Laser therapy Shockwave therapy Spinal decompression therapy We focus on addressing both the symptoms and the underlying biomechanical stress contributing to neck dysfunction. About the Author Dr Julian Simpson is an Australian chiropractor with over 15 years of experience in musculoskeletal healthcare and rehabilitation. He is a Board Member of the Chiropractic Australia Research Foundation and has reviewed and written more than 800 evidence-based health articles focused on spinal health, rehabilitation, sports injuries and conservative care approaches. His treatment focus includes: Chiropractic adjustments Sports chiropractic Massage therapy Shockwave therapy Laser therapy Non-surgical spinal decompression Dr Simpson provides patient care through Healthwise Chiropractic, serving communities including Sunbury, Melton, Diggers Rest and surrounding regions. Reference Mills ES, Richardson MK, Wang JC, Chung BC, Romoff M, Heckmann ND. Defining the relationship between the hip, pelvis, and lumbar spine. N Am Spine Soc J. 2026 Apr 1;26:100883. doi: 10.1016/j.xnsj.2026.100883. PMID: 42212188; PMCID: PMC13213316.

Can Your Lower Back Be the Key to Fixing Knee Pain? New Research Says Yes! If you’ve ever felt a dull ache behind the kneecap when walking downstairs, running, squatting or even sitting too long… you’re not alone. This common condition—Patellofemoral Pain Syndrome (PFPS)—accounts for more than half of knee-related injuries and affects active teens, adults, and weekend warriors alike. At Health Wise Chiropractic, we see PFPS every week. What surprises many patients is this: 👉 Your knee pain may actually be coming from your lower back. And now, new research backs this up. What Exactly Is PFPS? PFPS occurs when the kneecap doesn’t move smoothly in its groove. This can happen due to: Weak or inhibited quadriceps Poor biomechanics Reduced proprioception (your body’s ability to sense joint position) Changes in muscle control Increased sensitivity in the nerves surrounding the knee Left untreated, PFPS can progress to chondromalacia patellae or even early osteoarthritis—so early intervention matters. Why Chiropractors Are Interested in PFPS The quadriceps muscle is powered by the femoral nerve, which comes from the L2–L4 levels of the lumbar spine.If these spinal segments aren’t functioning well, they can interfere with: Pain signalling Muscle activation Balance and proprioception This is why many patients with PFPS also present with lower back stiffness or dysfunction—the knee and spine are partners in movement. The Study: Can Lumbar Spinal Manipulation Help Knee Pain? A recent randomized controlled trial explored whether lumbar spinal manipulation (a chiropractic technique) could reduce knee pain and improve muscle function in people with PFPS. How the Study Worked 30 adults with PFPS 2 groups: spinal manipulation vs. placebo/sham treatment 8 sessions over 4 weeks Tested pain sensitivity, knee proprioception, balance, and quadriceps strength The Results: A Big Win for Spinal Manipulation 1. Pain Reduction (Pressure Pain Thresholds) ✔ Both groups improved⭐ Spinal manipulation improved pain sensitivity far more dramatically This suggests manipulation activates the body’s natural pain-modulating systems and reduces the “volume” of pain signals coming from the knee. 2. Quadriceps Strength ✔ Both groups strengthened⭐ Manipulation group gained DOUBLE the strength improvement This is huge. PFPS often involves “arthrogenic muscle inhibition”—a brain-to-muscle disconnect caused by pain.Spinal manipulation appears to restore this neural pathway, improving activation and strength. 3. Proprioception (Joint Position Sense) ✔ Improvements at some angles in the manipulation groupNo significant difference compared to placebo 4. Dynamic Balance ✔ Both groups improvedNo significant difference between groups This is expected—balance often improves simply from repeated testing or increased awareness. What This Means for Patients at Health Wise Chiropractic The study confirms what we often see clinically: When the spine moves better, the knee works better. Lumbar spinal manipulation can: Reduce knee pain Improve quadriceps activation Support better movement patterns Enhance rehab outcomes Accelerate recovery when combined with strengthening exercises However, it is not a standalone cure.The best results come from combined care, including: Chiropractic adjustments Targeted knee and hip strengthening Footwear/posture assessment Taping or bracing if needed Load management strategies Who Can Benefit? You may be a great candidate for this approach if you experience: Pain behind or around the kneecap Pain during stairs, squats, running or sitting Clicking, grinding or stiffness Weakness in the thigh Knee pain that hasn’t improved with exercise alone The Takeaway This new research shows that lumbar spinal manipulation can significantly reduce pain and improve quadriceps strength in people with PFPS. While balance and proprioception improvements were similar between groups, the neurological benefits of manipulation are clear. At Health Wise Chiropractic, we integrate spinal adjustments with customised rehabilitation programs to help you return to pain-free movement faster—and prevent re-injury long-term. Ready to Fix Your Knee Pain? If knee pain is slowing you down, book an appointment with our Health Wise Chiropractic team.Let’s get your spine and knee working together again. Posture Correction Chiropractor Q: Can chiropractic correct bad posture?Yes, chiropractic care can help realign the spine and retrain muscles for better posture. Q: What causes poor posture?Common causes include desk jobs, phone use, weak muscles, and spinal misalignments. Q: How long does posture correction take?It varies — some patients notice changes within weeks, others need longer-term care. Q: Can posture correction reduce pain?Yes, correcting posture often reduces back pain, neck pain, and headaches. For more information about how we can help YOU with your pain and improve your underlying dysfunction so the problem doesn’t come back . Please call Health Wise Chiropractic 03 9467 7889 or book online to see one of our Chiropractors in Sunbury or Melton/Strathtulloh Today! We are also really proud to offer our patients an APP for their Mobile- iPad. With access to your rehab exercises and our health tip blogs with over 600 articles. Health Wise Chiropractic Online Health Program via our exclusive app Chiropractic has moved online. We offer our online program -STAND CORRECTED- To help you through the day. We have over 30 programs on different health conditions Each program contains - Information about the conditions - things to do and things to avoid - nutrition advice - all the stretches that are needed to help Won J, Lee Y. Effects of lumbar spinal manipulation on pain and quadriceps strength in patellofemoral pain syndrome: A randomized controlled trial. Complement Ther Med. 2025 Dec;95:103301. doi: 10.1016/j.ctim.2025.103301. Epub 2025 Oct 31. PMID: 41177369.