A typical MRI might not tell the whole story. Standing or upright MRIs show how your spine behaves under real-life gravity. That’s where hidden issues come to light. #SpineHealth#UprightMRI#ChronicPain
Neuromyofascial Pathology reveals how your muscles, tendons, ligaments, and nerves interact to sustain pain. Understanding this connection is the key to lasting relief.
Living with fibromyalgia symptoms? They could be due to a treatable spinal condition. A 2007 study revealed many cases of cervical myelopathy are misdiagnosed as fibromyalgia. Patients who underwent surgical decompression saw major improvements.
Did you know hypermobility could increase your risk of MS-like conditions? Loose ligaments can make your spine more vulnerable to injury. Stay proactive to protect your health! #Hypermobility#HealthAwareness#MSRisk
Hypermobility isn’t just about being extra flexible. It ranges from mild cases to severe conditions like Ehlers-Danlos Syndrome, increasing the risk of chronic pain, spinal injuries, and even MS. Understanding this spectrum can lead to better treatment. #Hypermobility#EDS#HealthAwareness
MS onset follows patterns: 🔹 15-30: Linked to childhood injuries 🔹 30-45: Accumulated spinal trauma 🔹 60+: Degenerative changes in the spine Could spinal health be a key factor in MS? #MS#Neuroscience#SpinalHealth
Back pain that never fully healed? Spinal injuries after adulthood can lead to muscle shortening and hidden scar tissue, disrupting alignment and causing nerve compression. Could this be the key to understanding chronic pain? #BackPain#ChronicPain#NeuromyofascialScience
MRI scans don’t always tell the whole story. Soft tissue scarring from car accidents is often missed, leaving 25% of victims with chronic pain. Neuromyofascial science helps uncover these hidden injuries. Have you ever dealt with pain doctors couldn’t explain? #CarAccidentRecovery#ChronicPain
Old spinal injuries could be a hidden factor in MS. Research shows that external scar tissue from past trauma may put pressure on the spinal cord, contributing to MS-like lesions. Could treating these injuries improve MS symptoms? #MS#SpinalHealth#MedicalResearch
Did you know your neck might be behind your balance issues? Research shows weakness in the cervical spine muscles is linked to poor stability. Treating cervical scar tissue could be a game-changer. Have you noticed this connection? #Vertigo#SpinalHealth#Balance
Did you know past spinal injuries might play a role in MS? Neuromyofascial science suggests scar tissue buildup around the spine can alter its anatomy, leading to central spinal stenosis and possibly MS-like lesions. Could this change the way we approach treatment? #SpinalHealth#MS#MedicalResearch
MS is often seen as an autoimmune disease, but what if spinal lesions play a bigger role? Research shows that injuries or infections in the spine could contribute to MS symptoms. Could this change how we approach treatment? #MS#SpinalHealth#Neuroscience
Carpal tunnel syndrome is often blamed on repetitive motion, but Neuromyofascial Science suggests a deeper cause—nerve entrapment starting in the neck. Could cervical motor neuropathy be the hidden trigger? #CarpalTunnel#NerveHealth#PainManagement
DCM is a serious but often overlooked spinal disorder. It develops over time, causing numbness, leg heaviness, and even bowel issues—sometimes mimicking MS. Awareness and early diagnosis are key! #SpinalHealth#DCM#Neurology
Waking up in pain? It may not be your mattress. Minor spinal injuries can worsen overnight due to static sleep positions, triggering headaches, numbness, and even migraines. Neuromyofascial Science explains why. #PainManagement#Migraines#SpinalHealth
We created a 5-stage system to track Neuromyofascial pathology and detect neuromuscular conditions early. Identifying mild neuropathy before it worsens can prevent serious disabilities like paralysis or frozen shoulder. #Neuromyofascial#ChronicPain#SpinalHealth
Scar tissue forms after trauma, restricting muscles and joints, leading to compression syndromes. In Neuromyofascial Science, it’s seen as fibrosis, high-density tissue, or dystonic muscle response. Understanding this can improve pain management. #ScarTissue#ChronicPain#Neuromyofascial
Leg pain that won’t go away? It might not be sciatica. Sciatica and myelopathic leg syndrome feel similar but need different diagnostics. A lumbar MRI clarifies sciatica, while a full spine exam may uncover myelopathy. Drop a comment if you’re dealing with leg pain! #LegPain#Sciatica#SpineHealth
Ever wondered why so many neurological diseases involve retinal thinning? Spinal injuries—like whiplash—can create traction effects on the spinal cord, altering eye function. This could explain eye pain, light sensitivity, and color perception issues in MS, Parkinson’s, and fibromyalgia. #Neurology
Did you know your eyes can reveal early signs of brain disease? OCT scans detect changes in retinal thickness, helping spot conditions like MS, Parkinson’s, and Alzheimer’s before symptoms even show. Ever had one? #Neurology#EyeHealth#BrainWellness
Do your migraines strike before it rains? It’s not just in your head—it’s in your spine. A drop in barometric pressure makes spinal tissue swell, putting pressure on nerves and triggering pain. Have you experienced this? Let’s talk. #MigraineRelief#WeatherChanges#HealthTips
In a crash, kinetic energy isn’t just about speed—it’s about speed squared. Even a small speed increase makes a huge difference in impact force. Stay safe, respect speed limits, and understand the physics behind accidents. #CarSafety#Physics#RoadSafety
Why is chronic pain so difficult to treat? Your body’s design may hold the answer. Spinal injuries can send pain signals to your limbs, confusing diagnosis and treatment. A deeper approach is needed. #ChronicPain#Neuromyofascial#PainScience
Struggling with tennis elbow that won’t heal? The real cause may not be your elbow—it could be nerve compression in your neck. Treating both the spine and elbow together is key to lasting relief. #TennisElbow#PainScience#NeckHealth
