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Diagnosis of Dextroconvex Curvature of the Spine

Roohealthcare.com – Dextroconvex Curvature in the spine is a common spinal problem. This condition often has multiple causes. A patient may have osteoarthritis, a herniated disc, or a narrowing of the lumbar curve. Surgery to correct this condition can be simple or complex, depending on the condition. Read on to learn more about this condition. The simplest procedure is a posterior fusion at the L2 level.

Dextroconvex Curve in the Spine

A dextroconvex curve in the spine is considered mild. It may be small – 10 degrees or so – and appear insignificant. However, all large (severe) curves started out as small ones. If a patient notices a curve that appears to be too small for them to see, they should see a chiropractor or medical doctor. Alternatively, a doctor may perform a CT scan or MRI to rule out a different condition.

During childhood, Dr. Nalda was first introduced to chiropractic care. She had suffered from severe migraines and sought relief from them. After her successful treatment, she was inspired to help others by using the same natural methods. She settled in Celebration, Florida, and built a successful chiropractic clinic. It is one of Central Florida’s most popular and effective chiropractic practices. And he and his team are committed to helping people regain their health and regain their lives.

Dextroconvex curvature in the spine is caused by the side-bending of the thoracic vertebra. It affects the ribcage, which attaches to the thoracic spine. The ribcage deforms to compensate for this curvature. In most cases, the patient must lie down or stretch to get relief from the pain. This condition is usually associated with increased muscular activity and stress.

Some Conditions That Cause Dextroconvex Curvature

Dextroconvex curvature in the spine is a form of scoliosis. It results in an “S” or “C” shaped curve in the back. This condition is idiopathic, and often goes undiagnosed until it becomes a serious problem. However, there are some conditions that cause dextroconvex curvature in the spine.

The patient has degenerative scoliosis and a large osteophyte. The deformity is progressive, and the patient may experience a progression of symptoms. However, it will not affect the patient’s ability to walk. Eventually, degeneration will lead to progressive deformity. The patient will develop pain and discomfort in one side of their back. They will need surgery to correct their deformity.

Early diagnosis of Dextroconvex Curvature in Children is important. A child with a spinal curve can undergo a physical exam to rule out any other potential problems. The spine is a complex organ that does not fuse spontaneously until the child is 70 to 80 years old. The longer it is left undiagnosed, the more likely it will become permanent and cause severe pain. This type of deformity is extremely difficult to correct.

Opposite of Dextroconvex Curvature in Adults

The opposite of Dextroconvex Curvature in Adults is known as levoscoliosis. This condition is characterized by an abnormal lateral curvature in the lumbar spine. It can range from mild to severe, and it typically affects the T1 to T12 vertebrae. Levoscoliosis can also affect the rib cage, causing compression of organs. This spinal condition is often very dangerous and should be monitored closely to prevent it from progressing further.

If the Dextroconvex Curvature in the spine is mild or moderate, a posterior fusion can be performed to correct it. This procedure is not recommended in patients with severe curves. It can cause pseudoarthrosis and loss of fixation. The surgery should only be performed on adults with good bone density, because starting from the bottom can result in a painful curve and even total spine fusion.

Reference:

Gvozdanović, Vladimir, and Sergije Dogan. “The use of tomography in diagnosis of basilar impression.” Acta Radiologica 2-3 (1951): 124-132.

Deen, H. Gordon. “Cervicothoracic fusion performed using dual-diameter rods and polyaxial lateral mass screws: Case illustration.” Journal of Neurosurgery: Spine 97.1 (2002): 148-148.

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