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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. Does Massage Really Help Muscle Recovery? What the Latest Research Says Massage Therapy for Muscle Recovery in Melbourne: Separating Fact from Fiction After a tough workout, a long run, a weekend sporting event, or a physically demanding week at work, many Australians turn to massage therapy to ease sore muscles and speed up recovery. But does massage actually help muscles heal faster? A recent scientific review examining decades of research on massage and muscle recovery provides some fascinating insights. While massage isn't the miracle cure many people believe it to be, the evidence shows it can play an important role in reducing soreness, supporting recovery, and helping people feel and move better after exercise. At Health Wise Chiropractic, we believe in evidence-based care. Here's what the latest research tells us about massage therapy and muscle recovery. Muscle Damage Happens to Everyone Whether you're a professional athlete, weekend warrior, tradie, gym enthusiast, or simply returning to exercise after a break, muscle damage is a normal part of physical activity. Exercise—particularly strength training, running downhill, high-intensity workouts, or unfamiliar movements—creates tiny microscopic tears within muscle fibres. This triggers: Inflammation Muscle soreness Stiffness Temporary weakness Reduced performance One of the most common symptoms is Delayed Onset Muscle Soreness (DOMS), which typically peaks between 24 and 72 hours after exercise. What the Research Found Researchers reviewed both human and animal studies investigating how massage affects recovery following muscle damage. The findings were surprisingly nuanced. Massage Does NOT Increase Blood Flow to Muscles For years, people believed massage "flushes toxins" and dramatically increases circulation to injured muscles. However, multiple studies using Doppler ultrasound found that massage does not significantly increase blood flow to muscle tissue. Researchers also confirmed that massage does not speed up the removal of lactic acid. In fact: Lactic acid clears naturally within minutes after exercise. Muscle soreness peaks 24–48 hours later. Lactic acid is not responsible for DOMS. This means the common idea that massage "breaks up lactic acid" is largely a myth. Massage Can Reduce Muscle Soreness While massage may not directly accelerate tissue healing, evidence consistently shows it can help reduce muscle soreness. Several systematic reviews and meta-analyses found: Massage provides modest reductions in DOMS. Benefits are often greatest between 48 and 72 hours post-exercise. Many people report feeling less discomfort and improved recovery following treatment. For athletes and active individuals, even small reductions in soreness can make it easier to return to training and daily activities. Massage May Help Regulate Inflammation One of the most promising findings involves inflammation. Following muscle damage, the body launches an inflammatory response to repair injured tissue. Research found that massage may: Reduce excessive inflammatory activity Lower certain inflammatory markers Support a healthier recovery environment Reduce infiltration of inflammatory cells into damaged tissue Studies observed reductions in inflammatory substances including: Tumour Necrosis Factor Alpha (TNF-α) Interleukin-6 (IL-6) Other inflammatory cytokines While more human research is needed, this suggests massage may influence recovery through cellular and biochemical pathways rather than through circulation alone. What About Muscle Tightness and Stiffness? Many people book a massage because they feel tight or stiff after exercise. Research findings here are mixed. Some studies found: Improved flexibility Increased range of motion Reduced perceived tightness Others found little measurable change in muscle stiffness. The most consistent finding is that people often feel looser and move more comfortably following treatment, even if objective stiffness measurements don't change dramatically. What Does the Research Say About Performance Recovery? This is where expectations need to be realistic. Current evidence suggests that massage does not consistently improve: Muscle strength recovery Athletic performance Power output Speed of tissue regeneration In other words, massage may help you feel better, but it won't necessarily make damaged muscles heal dramatically faster. That said, reduced soreness, improved movement, and better recovery experiences can still help athletes maintain training consistency. Interesting Findings from Animal Studies One fascinating discovery came from controlled animal studies. Researchers found that specific massage protocols: Reduced inflammation Increased muscle protein synthesis Improved muscle repair Reduced scar tissue formation Accelerated strength recovery However, these benefits only occurred when massage was applied using very specific: Timing Pressure Duration Frequency Researchers believe there may be a narrow "window of effectiveness" that has not yet been clearly identified in humans. Practical Recommendations for Active Australians Based on current evidence, massage therapy appears most beneficial when used as part of a broader recovery strategy. Consider Massage If You: ✔ Experience muscle soreness after training ✔ Play sport regularly ✔ Perform physically demanding work ✔ Struggle with muscle tension ✔ Need assistance maintaining mobility ✔ Want to support recovery between training sessions Combine Massage With: Regular movement Adequate hydration Quality sleep Strength training Mobility exercises Good nutrition Chiropractic care when appropriate Simple Recovery Exercises We Often Recommend Cat-Camel Mobility Helps improve spinal and muscular mobility. 10 repetitions Child's Pose Stretch Targets the lower back, hips and thoracic spine. Hold for 30–60 seconds Walking One of the most effective recovery tools available. 10–20 minutes at an easy pace Foam Rolling May help reduce perceived soreness and improve short-term mobility. 30–60 seconds per muscle group Gentle Hip Flexor Stretch Particularly useful for desk workers and runners. Hold for 30 seconds each side How Massage Fits Into Chiropractic Care At Health Wise Chiropractic, massage therapy is often integrated with: Chiropractic adjustments Soft tissue therapy Exercise rehabilitation Mobility training Postural correction Sports injury management This combined approach aims to improve movement quality, reduce discomfort, and help patients stay active and performing at their best. Key Takeaways The latest research suggests massage is not a miracle cure for muscle damage, but it does offer meaningful benefits. Current evidence shows massage can: ✔ Reduce delayed onset muscle soreness (DOMS) ✔ Improve comfort after exercise ✔ Support healthy inflammatory responses ✔ Improve perceived recovery ✔ Help maintain flexibility and movement However, massage does not appear to: ✘ Increase muscle blood flow significantly ✘ Remove lactic acid ✘ Dramatically speed up tissue healing ✘ Consistently improve strength recovery For most people, massage works best as one component of a comprehensive recovery and injury-prevention strategy. 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.

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. Healthy Ageing: Which Supplements Actually Work? What the Latest Research Reveals A Chiropractor's Guide to Healthy Ageing in Sunbury and Melton Australians are living longer than ever before. While increased life expectancy is a wonderful achievement, the real goal isn't simply living longer—it's maintaining strength, mobility, independence and quality of life as we age. Researchers are now focusing on "healthspan" rather than lifespan. Healthspan refers to the years we spend healthy, active and free from significant disability. A comprehensive review published in 2025 examined more than 20 studies investigating dietary supplements that may support healthy ageing. The findings provide valuable insights into which supplements show genuine promise and which require more research. At Health Wise Chiropractic, we regularly help patients across Sunbury, Melton and surrounding communities stay active, mobile and independent through every stage of life. Here's what the latest evidence says about supplements that may support healthy ageing. Why Healthy Ageing Matters Ageing naturally affects every system in the body, including: Muscle strength Joint health Bone density Cognitive function Cardiovascular health Immune function Metabolic health Research shows these changes are driven by several biological processes, including: Increased inflammation Oxidative stress Reduced mitochondrial function Declining muscle protein synthesis Cellular ageing The good news? Lifestyle factors, including exercise, nutrition and targeted supplementation may help slow some of these age-related changes. The Most Effective Anti-Ageing Strategy Isn't a Supplement One of the strongest findings from the review wasn't about supplements at all. Among 208 older adults studied, the greatest improvements in muscle mass and strength occurred in participants who combined: Resistance training Whey protein supplementation Importantly, protein supplementation alone did not produce the same benefits. Key Finding The group performing heavy resistance training with whey protein was the only group that successfully preserved muscle mass while increasing strength. This reinforces what healthcare professionals have known for years: Exercise remains the foundation of healthy ageing. Protein: Essential for Maintaining Strength as We Age Loss of muscle mass, known as sarcopenia, is one of the biggest contributors to reduced mobility and falls in older adults. Research suggests: The current Recommended Dietary Allowance of 0.8 g/kg/day may be insufficient for many older adults. Optimal protein intake may be closer to 1.0–1.3 g/kg/day. Higher protein intake combined with strength training helps maintain muscle and physical function. Protein-Rich Foods Excellent sources include: Lean meat Fish Eggs Greek yoghurt Cottage cheese Legumes Tofu Whey protein Collagen Supplements: More Than Just Skin Health Collagen has become one of Australia's most popular supplements, and the research is encouraging. Studies found that taking 5–10 grams of collagen peptides daily may help: Reduce joint pain Improve mobility Support tendon health Enhance connective tissue repair Improve physical function in people with osteoarthritis One study found that adults taking 10 g of collagen daily experienced significant improvements in knee osteoarthritis symptoms and physical function. Who May Benefit? Collagen supplementation may be particularly useful for: Active adults Older Australians People with osteoarthritis Those recovering from tendon or ligament injuries Gut Health and Healthy Ageing Researchers are increasingly discovering links between gut health, immunity and brain function. Interestingly, one study found that a beneficial gut bacterium called Bifidobacterium longum was present in: 100% of centenarians studied Only 30% of younger adults Probiotic supplementation may help: Support immune function Improve gut health Reduce inflammation Support mood and cognitive function Improve digestive comfort Although the evidence remains emerging, maintaining a healthy gut microbiome appears to play an important role in ageing well. Omega-3 Fish Oils Continue to Show Benefits Omega-3 fatty acids remain among the most extensively researched supplements. Studies suggest omega-3s may: Reduce inflammation Support cardiovascular health Improve cognitive function Support mood Enhance brain health Research found optimal anti-inflammatory benefits were achieved at doses of approximately 2 grams daily of EPA and DHA combined. Natural Sources Salmon Sardines Mackerel Tuna Trout Magnesium: The Forgotten Mineral Many Australians fail to consume adequate magnesium. Research links higher magnesium intake with: Better muscle function Reduced risk of type 2 diabetes Improved cardiovascular health Better muscle preservation during ageing Magnesium appears particularly beneficial in people who are deficient. Foods Rich in Magnesium Spinach Nuts Seeds Legumes Whole grains Emerging Supplements Showing Promise Several newer supplements are attracting scientific interest. GlyNAC A combination of glycine and N-acetylcysteine. Research showed improvements in: Muscle strength Walking ability Cognitive function Mitochondrial health Inflammation levels NMN (Nicotinamide Mononucleotide) Research suggests NMN may improve: Insulin sensitivity Metabolic health Cellular energy production However, larger studies are still needed. Urolithin A Early research indicates potential benefits for: Muscle endurance Walking performance Mitochondrial function These findings are promising but remain preliminary. Supplements That Need More Research While often marketed heavily online, several supplements have mixed evidence. These include: Resveratrol Quercetin High-dose Vitamin E Selenium Various antioxidant blends Although some studies show benefits, results remain inconsistent, and supplementation should be individualised. Lifestyle Recommendations for Healthy Ageing The strongest evidence continues to support lifestyle interventions. 1. Strength Train Twice Weekly Resistance training remains the most effective strategy for preserving muscle mass and strength. 2. Walk Daily Aim for at least 30 minutes of walking most days. 3. Prioritise Protein Intake Include quality protein with every meal. 4. Maintain Joint Mobility Regular stretching and mobility exercises help preserve movement and function. 5. Get Quality Sleep Poor sleep accelerates many ageing-related processes. 6. Stay Socially Connected Strong social connections have repeatedly been associated with healthier ageing outcomes. Simple Exercises for Healthy Ageing Sit-to-Stand Improves leg strength and balance. How to perform: Sit in a chair. Stand without using your hands. Slowly sit back down. Perform 10 repetitions. Heel Raises Improves lower leg strength and balance. How to perform: Stand holding a bench. Raise onto your toes. Lower slowly. Repeat 15 times. Wall Push-Ups Improves upper body strength. How to perform: Place hands on a wall. Bend elbows and lower towards the wall. Push back. Perform 10–15 repetitions. Single Leg Balance Helps reduce fall risk. How to perform: Stand near support. Balance on one leg for 20–30 seconds. Repeat both sides. Healthy Ageing Support in Sunbury and Melton At Health Wise Chiropractic, we help patients across Sunbury, Melton, Diggers Rest, Gisborne, Bacchus Marsh and surrounding communities stay active and mobile throughout every stage of life. Whether you're managing arthritis, stiffness, back pain, neck pain or simply looking to remain active as you age, our team can help develop a personalised plan focused on movement, strength and long-term wellbeing. The Bottom Line The latest research shows that while certain supplements may support healthy ageing, none replace the foundations of good health. The strongest evidence supports: ✔ Regular resistance training✔ Adequate protein intake✔ Collagen for joint support✔ Omega-3 fatty acids✔ Maintaining a healthy gut microbiome✔ Staying physically active Healthy ageing isn't about finding a miracle supplement—it's about combining evidence-based nutrition, movement and healthy lifestyle habits to stay strong, mobile and independent for as long as possible. Looking for a Chiropractor in Sunbury or Melton? Health Wise Chiropractic provides evidence-based chiropractic care, rehabilitation and exercise advice to help you move better, feel better and age well. Book an appointment today and take the next step towards healthier ageing. 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 Kurtz JA, Singleton KM, Vasenina E, Jäger R, Gonzalez D, Schwarz A, Howard J, Antonio J. Targeted Supplementation and Nutritional Strategies for Healthy Aging: A Review of Physiological and Molecular Benefits. Curr Nutr Rep. 2026 Jun 3;15(1):53. doi: 10.1007/s13668-026-00776-y. PMID: 42234350; PMCID: PMC13233893.

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. Chronic Conditions, Exercise & Long-Term Health: Why Movement Matters for Pain, Recovery & Longevity Evidence-Based Insights from Recent Global Research (for Sunbury & Melton Residents) Chronic health conditions are now one of the biggest drivers of pain, disability and healthcare use worldwide — and emerging research continues to confirm one clear message: regular, structured movement is one of the most powerful long-term treatments available. At Health Wise Chiropractic, we regularly see how chronic pain conditions such as low back pain, neck pain, osteoarthritis and postural strain are closely linked to reduced activity, poor movement habits and long-term deconditioning. The latest research on exercise maintenance after rehabilitation provides important insights for both patients and clinicians in Sunbury, Melton and the wider Melbourne region. The Global Problem: Chronic Disease & Physical Inactivity Recent large-scale research highlights the scale of the issue: In 2021, 43 million deaths globally were attributed to chronic conditions Chronic diseases account for around 75% of all global deaths By 2030, the global economic burden is projected to reach $520 billion international dollars, largely due to preventable conditions Physical activity is recommended as part of treatment for at least 26 chronic conditions, including: Chronic low back pain Osteoarthritis Cardiovascular disease Type 2 diabetes Depression and anxiety Chronic respiratory disease Despite this, long-term adherence remains poor. Research shows that while structured rehabilitation helps, many people lose progress once supervised care ends. Why Exercise Works — But Is Hard to Maintain Exercise therapy (such as rehabilitation programs, physio-led rehab or clinical exercise plans) improves: Pain levels Function and mobility Mental health Quality of life However, studies consistently show a major issue: 👉 Once supervision stops, many people struggle to maintain results. Common barriers include: Lack of time Low motivation Fear of pain flare-ups (kinesiophobia) Fatigue and stress Poor access to ongoing support Uncertainty about what exercises to do This is especially true for chronic pain conditions such as persistent low back pain and neck pain, which are common in clinic populations across Sunbury and Melton. What the Research Says About Long-Term Exercise Maintenance A major umbrella review of systematic reviews examined how well different strategies help people maintain physical activity after rehabilitation. Key findings: There were three main types of long-term exercise support: 1. Digital Support (Apps, SMS, Wearables) Examples: step counters, exercise apps, text-message reminders Findings: May improve self-reported activity levels (low certainty evidence) Mixed results for strength, fitness and pain outcomes No consistent long-term improvements in objective activity levels Strength: scalable and accessible. Limitation: lower engagement over time without accountability 2. In-Person “Booster” Sessions Examples: periodic physio or clinician check-ins after rehab Findings: Inconsistent improvements in physical activity No clear long-term benefit for pain, function or quality of life Evidence certainty is generally low Strength: personalised feedback Limitation: cost, travel, time barriers 3. Mixed Approaches (Best Overall Results) Combination of: Digital tools Periodic in-person support Self-management planning Findings: Most consistent improvements across outcomes Better results for: Objective physical function Quality of life Long-term adherence Conclusion:👉 Hybrid approaches appear most promising for long-term health maintenance. Why This Matters for Chronic Pain (Low Back, Neck & Joint Pain) Chronic musculoskeletal pain is strongly linked to: Reduced movement Muscle deconditioning Poor motor control Increased sensitivity to pain signals This creates a cycle: Pain → Less movement → Weakness/stiffness → More pain Breaking this cycle requires progressive, sustained movement — not just short-term treatment. Evidence-Based Exercises You Can Start Today Below are safe, commonly recommended exercises used in rehabilitation for chronic low back pain, posture-related strain, and general deconditioning. 1. Walking (Foundation of Recovery) Why it works: Improves circulation Reduces pain sensitivity Builds baseline endurance How to do it: Start with 10–20 minutes daily Progress by 5 minutes each week Aim for consistent pace, not speed 2. McGill “Big 3” Core Stability (Low Back Pain Support) a) Modified Curl-Up One knee bent, one leg straight Hands under lower back for support Lift head/shoulders slightly Hold 5–10 seconds b) Side Plank Start on knees if needed Keep body straight Hold 10–30 seconds each side c) Bird Dog On hands and knees Extend opposite arm and leg Hold 5–10 seconds without twisting 👉 These help improve spinal stability and reduce recurrent low back pain episodes. 3. Hip Mobility Stretch (Hip Flexor Release) Why it matters: tight hips increase load on the lower back How to do it: Half-kneeling position Gently push hips forward Keep torso upright Hold 20–30 seconds each side 4. Thoracic Spine Mobility (Upper Back) Seated rotation stretch: Sit upright Cross arms over chest Rotate gently left and right 10 reps each side Benefit: improves posture and reduces neck strain 5. Neck Posture Control (Deep Neck Flexors) Chin tuck exercise: Lie down or sit tall Gently draw chin backward (not downward) Hold 5 seconds Repeat 10–15 times Helps with: Neck pain Headaches Forward head posture (common with screen use) What This Means for Sunbury & Melton Residents With modern work patterns — long hours sitting, increased screen time, and reduced daily movement — chronic musculoskeletal pain is increasingly common across Melbourne’s outer suburbs, including Sunbury and Melton. At Health Wise Chiropractic, the clinical focus is not just short-term pain relief, but: Restoring movement capacity Improving spinal and joint function Supporting long-term exercise adherence Reducing recurrence of pain episodes This aligns strongly with the research:👉 Long-term results depend on ongoing movement, not short-term intervention alone. Key Takeaways from the Research Chronic disease accounts for 75% of global deaths Physical activity is recommended for 26+ chronic conditions Exercise improves pain, function and quality of life — but maintenance is the challenge Digital + in-person hybrid approaches show the most promise Long-term success depends on self-management and continued movement habits Final Thoughts The strongest message from the research is simple: Treatment doesn’t end when pain improves — that’s when long-term recovery begins. Whether you're dealing with chronic low back pain, neck stiffness, osteoarthritis or general deconditioning, building sustainable movement habits is one of the most effective long-term strategies available. For patients in Sunbury, Melton and surrounding Melbourne areas, structured support combined with simple daily movement can make a significant difference in long-term outcomes. 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 Luijk A, Bricca A, Mortensen SR, Holm P, Zanger G, Simonÿ C, Skou ST, Lund T, Tang LH. Effectiveness of maintenance interventions promoting physical activity following exercise therapy for chronic conditions: an umbrella review. Br J Sports Med. 2026 May 14:bjsports-2025-110444. doi: 10.1136/bjsports-2025-110444. Epub ahead of print. PMID: 42135017.

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 "Blinded" Spine: How Spinal Pain Blurs Your Brain’s Spatial Awareness (And How to Reset It) When you twist to grab something from the back seat of the car and your back "goes", it is easy to blame a weak muscle or an awkward angle. But the latest neuroscience reveals a deeper culprit: your brain might have temporarily lost track of where your spine actually is in space. A recent study published in the Journal of Electromyography and Kinesiology takes a deep dive into how chronic spinal pain alters our proprioception—the body's internal GPS system. The researchers looked at how the nervous system maintains spatial awareness of individual segments of the spine, and how pain fundamentally "blurs" this mental map. At Health Wise Chiropractic, we know that truly beating low back pain (LBP) requires more than just stretching tight muscles. We have to clear the static on the line between your body and your brain. Let's look at what this research means for your recovery, the fascinating science of your body's hidden senses, and how to sharpen your spine’s spatial awareness. The Deep Science: What is Spatial Awareness in Your Muscles? Every millisecond, your brain relies on a constant stream of data from millions of microscopic sensors embedded inside your muscles, tendons, and joints. These sensors are called proprioceptors. They tell your brain exactly how much a joint is bent, how fast a muscle is stretching, and where your body parts are relative to each other—even with your eyes closed. [Brain / Central Nervous System] ▲ │ │ Proprioceptive │ Motor Output │ Data (GPS) ▼ (Movement) [Deep Spinal Muscles / Joint Capsules] ▲ └── ⚡ PAIN BLURS THIS LOOP ⚡ When you have spinal pain, this communication loop breaks down. The study notes that persistent nociception (pain signalling) acts like static on a radio station. The brain can no longer precisely locate the coordinates of the lumbar spine. To adapt to this "blind spot," the nervous system switches to a survival tactic: it stiffens the entire region. Instead of moving your spine gracefully, segment by segment, your brain locks it up like a solid block of concrete to prevent further perceived injury. The Reality of Spinal Pain in Australia This disruption to the brain-body connection explains why back pain is so famously stubborn and prone to returning. The statistics paint a clear picture of how heavily this affects Australians: Over 4 million Aussies experience chronic low back pain, making it a leading nationwide health burden. Studies show that people with persistent LBP have significantly lower repositioning accuracy—meaning if you ask them to bend forward and return to the exact same spot, their brain miscalculates the target by several degrees. This spatial deficit reduces fatigue resistance in deep structural muscles (like the lumbar multifidus) by up to 40%, forcing larger, superficial muscles to take over and tighten up. Retraining Your Spine’s Internal GPS: Proprioceptive Exercises If your brain's spatial map of your spine is blurred, traditional heavy gym work can actually worsen your compensations. Instead, you need "mindful movement" patterns that force the brain to tune back into the fine details of spinal positioning. Here are three clinical exercises designed specifically to sharpen your muscular spatial awareness: 1. Segmental Cat-Cow (Spinal Articulation) Instead of moving your entire back as one rigid piece, this exercise trains your brain to identify and move one single vertebra at a time. 1. Find your base: Starting position. Start on your hands and knees with your hands directly under your shoulders and knees under your hips. Keep your head neutral. Isolate the tailbone: Initiating movement. Beginning strictly at your pelvis, slowly tilt your tailbone toward the ceiling. Try to keep your mid-back and neck completely still during this first movement. Wave up the spine: Segmental control. Slowly let that arch travel up your spine, one joint at a time, moving through your lower back, mid-back, and finally lifting your head. Reverse the wave: Descending control. Reverse the movement, starting again only at the tailbone. Tuck it under, then slowly ripple that rounded shape back up the spine until your chin tucks to your chest. 2. Lumbar Repositioning Drills (Eyes-Closed Calibration) This drill directly targets the spatial errors highlighted in modern electromyography research by testing and calibrating your joint position sense. How to do it: Sit upright on a firm chair with good posture. Close your eyes and slump your lower back slightly, then find what you feel is the exact middle point between slumped and perfectly straight. Hold it. The Reset: Open your eyes and look in a mirror to see if you actually found neutral, or if your body is tilted or over-correcting. The Protocol: Repeat this 5 to 10 times. Closing your eyes cuts out visual feedback, forcing your brain to rely 100% on the internal data coming from your deep back muscles. 3. The Single-Leg Balance with Lumbar Stabilisation Balancing on one foot destabilises the pelvis, forcing the brain to coordinate deep hip rotators and lower back stabilisers simultaneously to keep you upright. How to do it: Stand near a wall for safety. Lift one foot off the ground. Place your hands on your lower back muscles. The Challenge: Notice if your back muscles instantly clamp down hard or if your hips sway sideways. Try to keep your hips level and your lower back relaxed while your feet and deep core muscles do the balancing. Hold for 30 seconds per side. How Chiropractic Restores Spatial Awareness This is where specialised chiropractic care comes into play. When joints in your spine become restricted or "stuck," the proprioceptors inside those joint capsules stop firing correctly. The brain essentially loses its primary data source for that specific area. At Health Wise Chiropractic, our clinical approach goes beyond temporary pain relief to systematically restore your body’s spatial accuracy: Restoring Afferent Input: A precise, targeted chiropractic adjustment restores motion to restricted spinal segments. This sudden movement reactivates the dormant proprioceptors, sending a massive wave of clean, clear data up to the brain. It is like wiping a dirty camera lens. Breaking the Protective Guarding Cycle: By providing the brain with accurate information about the state of the joint, the nervous system realises it no longer needs to keep the surrounding muscles locked in a protective spasm. Neuromuscular Re-Education: Once the joints are moving freely and the communication line is clear, we introduce customised movement drills to ensure your brain permanently integrates this new spatial awareness into your everyday activities. Take Control of Your Movement If your back pain keeps coming back, it might not be a lack of strength—it could be a lack of awareness. By clearing the communication lines between your spine and your nervous system, you can move with greater precision, freedom, and protection. If you want to evaluate your spinal biomechanics and find out how your brain is coordinating your movement, book a comprehensive neurological and structural assessment with the team at Health Wise Chiropractic. Let's help your brain map a path out of pain. 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.

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. Could Your Protein Shake Be Affecting Your Oral Health? New Research Raises Concerns for Gym-Goers The Hidden Link Between Protein Supplements and Dental Health For many Australians, protein supplements have become a daily part of training. Whether you're chasing strength gains, building muscle, or supporting recovery after a workout, protein powders and shakes are often considered a healthy addition to an active lifestyle. However, new research has uncovered a surprising connection between protein supplementation and oral health, suggesting that regular use of protein supplements may increase the risk of tooth decay and gum disease. At Health Wise Chiropractic, we help patients across Sunbury, Melton and surrounding communities optimise their health from the inside out. While exercise is one of the best things you can do for your wellbeing, it's important to understand how nutrition and lifestyle habits can affect your overall health—including your teeth and gums. Tooth Decay Remains One of the World's Most Common Health Conditions Despite being largely preventable, tooth decay remains one of the most widespread chronic health conditions globally. Research shows: Almost every adult worldwide experiences tooth decay at some point in their life. The World Health Organization estimates that over 621 million adolescents globally are affected by oral diseases. Around 78.7% of athletes have been identified as being at high risk of dental caries (tooth decay). Studies have found that approximately 49.1% of athletes experience dental decay. While most people associate dental problems with sugary foods and poor brushing habits, sports nutrition products may also play a role. What Did the Research Find? Why Could Protein Supplements Increase Tooth Decay? Many protein supplements contain added carbohydrates and sugars such as: Maltodextrin Glucose Dextrose Fructose These ingredients can create an environment where harmful bacteria thrive. When oral bacteria metabolise these sugars, they produce acids that gradually erode tooth enamel. Over time, this process can lead to cavities and tooth decay. Additionally, many athletes sip protein shakes over extended periods or consume them multiple times throughout the day, increasing the amount of time teeth are exposed to sugar and acid. The Role of Saliva in Protecting Your Teeth One of the most interesting findings from the study was that protein supplement users had significantly lower saliva flow rates. Saliva is one of the body's most important natural defence mechanisms because it helps: Wash away food particles Neutralise harmful acids Control bacterial growth Remineralise tooth enamel When saliva production decreases, the risk of tooth decay rises substantially. For active individuals, dehydration during training may further reduce saliva production, increasing the likelihood of oral health issues. What About Gum Health? The study also found significantly higher rates of bleeding gums among supplement users. Bleeding gums are often an early sign of gingivitis, which is inflammation of the gums caused by bacterial plaque accumulation. Left untreated, gingivitis can progress to more serious periodontal disease, which has been linked to numerous health concerns including: Chronic inflammation Cardiovascular disease Diabetes complications Poor recovery and performance Why This Matters for Active Australians Many people assume that if they exercise regularly, their health risks are lower across the board. While exercise offers enormous benefits, this research highlights that certain dietary habits associated with training and bodybuilding may have unintended consequences. If you're consuming: Protein powders Recovery shakes Meal replacement supplements High-carbohydrate sports drinks it may be worth taking additional steps to protect your oral health. Practical Tips to Protect Your Teeth While Using Protein Supplements 1. Stay Hydrated Adequate hydration helps maintain healthy saliva production. Aim to drink water consistently throughout the day, particularly before, during and after exercise. 2. Rinse Your Mouth After Protein Shakes Rinsing with water can help remove residual sugars and reduce acid exposure. 3. Avoid Sipping Shakes for Long Periods Consume protein drinks in a shorter timeframe rather than slowly sipping over several hours. 4. Maintain Excellent Oral Hygiene Ensure you: Brush twice daily Floss regularly Attend routine dental check-ups 5. Prioritise Whole Food Protein Sources Where possible, obtain protein from nutrient-dense foods such as: Lean meats Fish Eggs Greek yoghurt Legumes Nuts and seeds These foods generally expose teeth to fewer rapidly fermentable carbohydrates than many commercial supplements. Supporting Your Overall Health Through Exercise Maintaining good musculoskeletal health helps support consistent physical activity and healthy lifestyle habits. At Health Wise Chiropractic, we regularly help patients in Sunbury and Melton stay active through evidence-based care for: Back pain Neck pain Sports injuries Joint stiffness Postural concerns Exercise-related aches and pains Exercises to Support Training Recovery Chin Tucks Helps improve neck posture during gym training and desk work. How to perform: Sit upright. Gently draw your chin backwards. Hold for 5 seconds. Repeat 10 times. Thoracic Extensions Supports upper back mobility. How to perform: Place a foam roller across your upper back. Support your head with your hands. Slowly extend backwards over the roller. Repeat 10 repetitions. Hip Flexor Stretch Counteracts prolonged sitting and improves movement efficiency. How to perform: Kneel on one knee. Shift your weight forward. Feel a stretch through the front of the hip. Hold for 30 seconds each side. Calf Stretch Improves lower limb mobility and recovery. How to perform: Place hands against a wall. Step one foot backwards. Keep the heel on the floor. Hold for 30 seconds. The Bottom Line Emerging research suggests that regular protein supplement use may be associated with increased tooth decay, bleeding gums and reduced saliva production in resistance-trained men. This doesn't mean you need to stop exercising or abandon your fitness goals. Instead, it highlights the importance of balancing performance nutrition with good oral health habits. If you're experiencing muscle or joint pain that is limiting your ability to train, the team at Health Wise Chiropractic is here to help. Looking for a Chiropractor in Sunbury or Melton? Health Wise Chiropractic provides evidence-based chiropractic care, spinal health assessments and rehabilitation strategies to help you move better and stay active. Book an appointment today and discover how our team can help support your health, fitness and long-term wellbeing. 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. Abdulwhid SB, Qasim AA. Dental Caries and Salivary Health in Bodybuilders vs. Non-Bodybuilders: A Comparative Study. J Int Soc Prev Community Dent. 2026 Apr 29;16(2):197-207. doi: 10.4103/jispcd.jispcd_180_25. PMID: 42253905; PMCID: PMC13241142.

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. Chronic Pain After Back Surgery: Why Pain Can Persist and What the Latest Research Reveals If you've had back surgery but continue to experience ongoing pain, you're not alone. A growing body of research shows that persistent pain following spinal surgery affects a significant number of people and requires a more comprehensive approach than simply focusing on the spine itself. At Health Wise Chiropractic, we regularly support patients from Sunbury, Melton and surrounding communities who continue to experience pain, stiffness, reduced mobility and functional limitations following spinal surgery. New research provides important insights into why this happens and what treatments may help improve quality of life. What Is Persistent Spinal Pain Syndrome (PSPS-T2)? Persistent Spinal Pain Syndrome Type 2 (PSPS-T2), previously known as "Failed Back Surgery Syndrome" (FBSS), refers to ongoing pain that continues after spinal surgery. Historically, the term "failed back surgery syndrome" implied that the surgery itself had failed. However, modern research recognises that persistent pain is often driven by complex neurological, inflammatory, physical and psychological factors rather than a single surgical issue. Researchers now view PSPS-T2 as a chronic pain condition involving: Ongoing inflammation Nerve sensitisation Reduced physical conditioning Scar tissue formation Psychological stress Altered pain processing within the nervous system How Common Is Chronic Pain After Back Surgery? The latest systematic review published in 2026 analysed 100 studies and found: 📊 10–40% of patients continue to experience significant pain following lumbar decompression or spinal fusion surgery. This means thousands of Australians each year may undergo surgery expecting pain relief but continue to experience: Lower back pain Leg pain (sciatica) Numbness and tingling Reduced mobility Difficulty exercising Dependence on pain medications Why Does Pain Persist After Surgery? Research identified several common contributors. 1. Scar Tissue Formation Epidural fibrosis (scar tissue around spinal nerves) was identified in up to: 📊 36% of persistent pain cases Scar tissue can create ongoing irritation, inflammation and nerve tension. 2. Adjacent Segment Degeneration Following spinal fusion, neighbouring spinal joints often experience increased stress. Research found: 📊 Up to 30% of fusion patients develop adjacent segment degeneration within 10 years. 3. Persistent Nerve Sensitisation Even when the original spinal problem has been corrected, the nervous system can remain highly sensitive and continue generating pain signals. 4. Physical Deconditioning Reduced activity often leads to: Weak spinal muscles Loss of endurance Reduced balance Increased disability The research repeatedly highlighted the concept of the "deconditioned back" as a major contributor to long-term disability. The Hidden Health Risks of Ongoing Back Pain One of the most concerning findings from the review was the broader impact chronic pain can have on overall health. Researchers found strong associations between PSPS-T2 and: Depression Anxiety Sleep disturbances Reduced physical activity Social isolation Increased healthcare utilisation Long-term observational studies also identified associations with: Cognitive decline Increased all-cause mortality Importantly, these outcomes appear to be largely driven by inactivity, medication dependence and reduced participation in life rather than the spinal condition itself. Does Spinal Cord Stimulation Work? Spinal cord stimulation (SCS) is often considered the gold-standard intervention for severe persistent pain after spinal surgery. The review found: 📊 Patients receiving spinal cord stimulation were over 10 times more likely to achieve at least 50% pain reduction compared with conventional medical management. However, there was a major limitation. The "Opioid Paradox" Researchers analysed outcomes from: 📊 12,632 patients Despite achieving pain reduction, spinal cord stimulation did not significantly reduce long-term opioid use. This finding highlights that pain relief alone does not automatically change long-standing medication dependence or pain behaviours. What Conservative Treatments Showed Benefits? While advanced medical interventions can help some patients, the review found encouraging evidence for conservative rehabilitation approaches. Spinal Manipulative Therapy Researchers found that carefully applied spinal manipulative therapy improved functional outcomes and disability scores compared with standard physiotherapy in some patients. Importantly, treatment was directed to non-fused spinal regions and adjacent joints rather than surgically fused segments. High-Intensity Laser Therapy High-intensity laser therapy (HILT) demonstrated improvements in: Functional disability Movement tolerance Muscle conditioning Researchers noted that laser therapy works best as an adjunct to active rehabilitation rather than a standalone treatment. Why Functional Recovery Matters More Than Pain Scores One of the strongest messages from the research was that successful recovery is not simply about reducing pain. Instead, long-term success depends on restoring: ✅ Walking capacity ✅ Strength ✅ Mobility ✅ Confidence in movement ✅ Participation in work and hobbies ✅ Physical independence Researchers concluded that focusing exclusively on pain reduction may overlook the most important outcomes for long-term health. Exercises Commonly Recommended for Persistent Back Pain While every patient requires an individual assessment, research supports programs that improve spinal stability and physical conditioning. Walking Program Start with: 10–15 minutes daily Gradually increase duration Maintain comfortable pace Walking improves circulation, spinal nutrition and overall conditioning. Bird Dog Begin on hands and knees. Extend one arm and opposite leg. Hold for 5–10 seconds. Alternate sides. Perform 8–10 repetitions each side. Glute Bridge Lie on your back with knees bent. Lift hips toward the ceiling. Squeeze glutes at the top. Lower slowly. Perform 10–15 repetitions. Modified McGill Curl-Up One knee bent, one leg straight. Gently raise shoulders from the floor. Hold for 5–10 seconds. Lower slowly. Repeat 8–10 times. Side Plank (Modified) Support body on forearm and knees. Lift hips off floor. Hold 10–20 seconds. Repeat 3–5 times each side. Always seek professional advice before commencing exercises after spinal surgery. How Health Wise Chiropractic Can Help At Health Wise Chiropractic, we understand that persistent pain after surgery is often influenced by multiple factors beyond the spine itself. Our evidence-informed approach focuses on: Comprehensive movement assessment Gentle chiropractic care where appropriate Exercise rehabilitation Mobility restoration Postural advice Strength and conditioning strategies Laser therapy Functional recovery programs We work with patients throughout Sunbury, Melton, Diggers Rest, Gisborne, Bacchus Marsh and surrounding areas to help improve movement, confidence and quality of life. Key Takeaways ✔ Between 10–40% of patients experience persistent pain after spinal surgery. ✔ Scar tissue may contribute to ongoing symptoms in up to 36% of cases. ✔ Adjacent segment degeneration affects up to 30% of fusion patients within a decade. ✔ Spinal cord stimulation can significantly reduce pain but may not reduce long-term opioid use. ✔ Research strongly supports multidisciplinary care focused on function, exercise and rehabilitation. ✔ Long-term success is measured not just by pain reduction, but by improved mobility, strength and participation in everyday 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. Belgaumkar AG, Gaidhankar NT, N V P. Treatment Options for Chronic Pain After Spine Surgery: A Systematic Review and Meta-Analysis of Interventional, Pharmacological, and Rehabilitative Strategies. Cureus. 2026 May 1;18(5):e108122. doi: 10.7759/cureus.108122. PMID: 42231986; PMCID: PMC13223383.

Back Pain Comes First — Then Sleep Problems: What New Research Shows for Older Adults If you’re an older adult dealing with back pain and struggling with sleep, you’re definitely not alone — and new research helps explain why these two issues often go hand-in-hand. A large U.S. study following over 1,000 men aged 65+ for six years has found something important: 🟦 Back pain comes first — and predicts future sleep problems. 🟥 But sleep problems do not predict future back pain. In other words, when back pain shows up, sleep problems often follow — not the other way around. What the Study Found Researchers tracked four types of back pain: Any back pain Frequent back pain Severe back pain Activity-limiting back pain After adjusting for age, health conditions, medications, lifestyle, and mental health, the findings were clear: ✔️ Older men with back pain had 12–25% more sleep problems six years later. ✔️ Tougher back pain (severe or limiting daily activities) predicted the biggest sleep issues. ❌ Poor sleep at the start did not predict who would develop back pain later. The main sleep issues linked to back pain were: Feeling unsatisfied with sleep Going to sleep or waking up at suboptimal times Why This Matters Sleep problems are strongly linked with: Fatigue Slower healing Increased falls Mood changes Higher long-term health risks So if back pain is interfering with sleep, it can have a ripple effect on your overall wellbeing. ⭐ The good news? This study suggests that treating and managing back pain early may help protect your sleep long term. What You Can Do At Health Wise Chiropractic, we see every day how improving spinal movement, reducing irritation, and restoring joint function can: Reduce pain Improve comfort at night Help restore healthier sleep rhythms Boost mood and energy Whether your pain is occasional or activity-limiting, consistent chiropractic care — paired with lifestyle strategies like gentle exercise, stretching, hydration and healthy sleep habits — can make a significant difference. Takeaway Message Back pain and poor sleep are connected — but back pain is the driver.Taking steps to manage your back health now may help prevent long-term sleep challenges later on. If back pain or sleep problems are creeping into your daily life, our team is here to help you get ahead of it. Low Back Pain Chiropractor Q: How does chiropractic care help with lower back pain?Chiropractors address spinal misalignments, muscle tension, and posture issues that often cause or worsen back pain. Q: Is chiropractic safe for chronic back pain?Yes, chiropractic care is a safe and natural approach for managing both acute and chronic back pain without relying solely on medication. Q: How many sessions will I need for back pain?It depends on the severity. Some patients feel relief in just a few visits, while others need ongoing care. Q: Can chiropractic prevent future back pain?Yes, with posture correction, strengthening exercises, and regular spinal care, chiropractic can help reduce the risk of recurrence. For more information about how we can help YOU with your headaches 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 Lee S, Muhammad T, Roseen EJ, McNaughton DT, Mu CX, Øverås CK, Jenkins H, Nim C, Young JJ, Fink HA, Ensrud KE, Almeida DM, Small BJ, Cawthon PM, Stone KL. Back pain precedes sleep problems in older men. Innov Aging. 2025 Oct 11;9(11):igaf113. doi: 10.1093/geroni/igaf113. PMID: 41322105; PMCID: PMC12659964.

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.