Subluxations and Swelling 3D Animated

Vertebral Subluxations 

Chiropractors locate and correct vertebral subluxations, a spinal condition that affects nerves, muscles, fascia, meninges and other tissues. Subluxations can alter the concentration of enzymes and other chemicals necessary for skeletal muscle health which may play a role in muscle diseases. Compression of a nerve interferes with impulse transmission, causing muscle paralysis, vasodilation and trophic ulcers. 

Chronic hyperactivity of sympathetic nerves is detrimental to the tissues and organs which they innervate and musculoskeletal dysfunction in the spinal area. 

Vertebral subluxations cause joints to “freeze” or lose normal movement, causing damage to the involved area. Movement is essential for the prevention of contracture and adhesion formation within the joint.] 

What Can Cause Subluxations? 

Nearly any kind of stress can cause a subluxation: a fall or an accident, even a very I:nild one that happened years ago; a
bad sleeping position; poor posture; fatigue; dental work; a difficult birth; emotional stress; poor nutrition or a combination of stresses. A subluxation need not happen all at once. It could “set” in your body over time–coming on so gradually that you
won’t be aware you have one. 

Conclusion 

Doctors of chiropractic spend thousands of hours and many years learning  how to correct vertebral subluxations using the art of the chiropractic spinal adjustment. The chiropractic adjustment removes severe stress from the spine as well as related nerve and other tissues including the muscles, bones, joints, ligaments and other soft tissues. This permits your body to heal itself better. After your spine is adjusted your head is more balanced in relationship with gravity, your hips and shoulders are more level and stress is taken off the joints and muscles throughout your body. Because less of your energy goes into supporting an unbalanced spine and skeleton, you may immediately discover more energy, greater ease in movement and improved relaxation. 

Thoracic Subluxations 

Thoradc subluxations can affect the heart, lungs and other organs in your chest cavity, preventing the proper draining of lymphatic fluids from your head, brain, throat, chest, abdomen and legs. Subluxations can also restrict your breathing, and can also affect your sympathetic nerves which influence the function of your internal organs, senses and brain itself. Two types of thoradc subluxations have a special name: Thoracic Outlet Syndrome and T4 Syndrome. 

Thoradc Outlet Syndrome (TGS) affects your brachial plexus, a collection of nerves that go from your spine to your arms, hands and shoulders. TGS is characterized by pain in the head, neck or upper extremities, paresthesia (strange nerve pains) and other symptoms. 

Symptoms of T4 Syndrome, caused by a vertebral subluxation of the 4th thoracic, may include heaviness and swelling in one or both upper extremities; “creepy crawly” feelings of the shoulders. arms or hands; feelings of a tight band around the upper arm and feelings of heat or cold in one or both hands. Because the sympathetic system can be involved, patients with these syndromes may feel heart-like pain in the chest and left upper extremity and think they are having a heart attack. These conditions can also be confused with Carpal Tunnel Syndrome. 

Are You Subluxated? 

The ribs may get subluxated from trauma-sports, accidents, injuries and even birth stress. However, the thoracic spine moves differently from the neck (cervical) and lower back (lumbar) areas since it is attached to the ribs. 

Special spinal adjustment techniques have been developed for this area. When a thoracic vertebra becomes subluxated, the ribs and the sternum (breastbone) are affected. Some chiropractors adjust the ribs and sternum directly while others adjust the vertebrae so the connecting structures will then realign. Why not ask your chiropractor how he/she addresses this? 

When your chiropractor releases subluxations or spinal nerve pressure in this area the benefits can be both physically and psychologically profound. Everyone should see a chiropractor for a checkup to ensure their mid-back, ribs and the rest of their body are in proper alignment and balance. 

Thoracic Vertebrae 

The thoracic spine contains 12 medium sized vertebrae all of which form articulations (joints) with 2 opposing ribs. Like the other spinal vertebrae, the thoracic vertebrae act as attachments for muscles and ligaments in the mid spine and also encase and protect the median aspect of the spinal cord and thoracic nerve roots. 

Because the thoracic vertebrae form relatively strong articulations with the ribs, the mobility of the thoracic spine is less than that of the cervical and lumbar spines. However, this same characteristic also protects the thoracic spinal discs and facet joints from the wear and tear experienced by these structures in the other areas of the spine. 

Common vertebral problems in the thoracic spine include vertebral subluxations, a condition where the vertebrae of the thoracic spine become statically misaligned and/or function abnormally resulting in pain, muscle spasm, and sometime nerve malfunction. 

 Rib Articulation 

 The thoracic is unique in that each of its vertebrae attaches to a pair of ribs. There are 12 thoracic vertebrae and thus, 24 ribs (12 ribs on the left and 12 ribs on the right). Just like adjacent connecting vertebrae can misalign and biomechanically malfunction, so too can the thoracic vertebrae and it’s adjacent ribs. When ribs “go out” or misalign in relation to their connecting vertebrae, the individual will often experience sharp pains in the area of the misaligned rib head, especially on twisting movements of the torso. 

The thoracic spinal nerve roots exit openings formed between adjacent thoracic vertebrae termed the intervertebral foramina or IVF. The spinal nerves from the thoracic spine innervate the many muscles of the back as well as the many visceral organs and tissues of the chest and abdominal regions. 

Spinal nerve root irritation or compression in the thoracic region commonly leads to intercostal pain (between the ribs). Sharp shooting pains are often experienced along the path of the ribs. Additionally, an increased susceptibility to herpes zoster or “shingles” in some individuals (generally the elderly or immunocompromised) is thought to occur when the thoracic spinal nerves are irritated or compressed. Herpes zoster involves infection to an area of the nerve root, the dorsal root ganglion, with the herpes virus. 

Thoracic Spinal Musculature 

The paraspinal muscles of the thoracic spine are numerous. They are responsible for the majority of trunkal movements as well as a number of upper extremity movements and are a common source of injury and pain. 

Over exertion of the muscles from lifting and pulling and poor posture are the major contributors in mid back strains. Pain originating from these muscles characteristically produces a dull generalized ache.