spinal segments

The reversing of these spinal segments also brings a change in the thought pattern, right down where it matters.

With a retrolisthesis there is always a less than ideal positioning of spinal segments.

Via the second and third spinal segments, C2 and C3.

The sensory part of the latter reaches the spinal column at certain spinal segments.

Sexual function is also associated with the sacral spinal segments, and is often affected after injury.

The posterior interosseous nerve is derived from spinal segments C7 & C8.

The general ear region has a sensory innervation provided by four cranial nerves and two spinal segments.

A local anesthetic nerve block of related spinal segments showed that the identified tender spots no longer elicited a pain response.

At first, the unfused spinal segments compensate for the straightening effects, but eventually the discs degenerate and wear down.

The accessory nerve is derived from the basal plate of the embryonic spinal segments C1-C6.

The cell bodies of the preganglionic sympathetics usually lie in the lateral horns of upper thoracic spinal segments.

The cervical enlargement, located from C3 to T2 spinal segments, is where sensory input comes from and motor output goes to the arms.

The spinal cord can be anatomically divided into 31 spinal segments based on the origins of the spinal nerves.

The lumbar enlargement, located between L1 and S3 spinal segments, handles sensory input and motor output coming from and going to the legs.

An artificial facet replacement is a joint prosthesis intended to replace the natural facets by restoring normal (or near-normal) motion while providing stabilization of spinal segments.

Additionally, studies involving successive spinal transections in a turtle model have identified that spinal CPGs are distributed throughout the spinal segments asymmetrically.

The sympathetic nervous system arises in brainstem nuclei that project down into intermediolateral columns of thoracolumbar spinal cord neurons in spinal segments T1-L2.

The cerebellar nuclei receive afferent projections from the inferior olive, lateral reticular nucleus, upper cervical and lumbar spinal segments, and the Pontine nuclei.

The SI joint is a pain-sensitive structure richly innervated by a combination of unmyelinated free nerve endings and the posterior primary rami of spinal segments L2-S3.

As these nerves travel from their respective roots to their point of exit from the vertebral column, the nerves of the lower spinal segments form a bundle called the cauda equina.

The accessory nerve would then be a pure motor nerve supplying the trapezius and sternocleidomastoid muscles, with the fibers originating from the spinal segments C1-C5 (the medullary root of the accessory nerve).

Discussion In the present experiments, central application of clozapine (intrathecally over the L6/S1 spinal segments or intracerebroventricularly into the lateral ventricle) resulted in a number of changes in the urodynamic parameters of anesthetized rats.

Chiropractic treatment of vertebral subluxation focuses on delivering a chiropractic adjustment which is a high velocity low amplitude (HVLA) thrust to the dysfunctional spinal segments to help correct the chiropractic subluxation complex.

These devices are designed to limit pathologic extension of the spinal segments and maintain them in a neutral or slightly flexed position, which may allow patients to resume their normal posture rather than flex the entire spine to gain symptom relief.

The purpose of the present study was to determine the effects of clozapine administered centrally at two different sites, spinal (L6-S1 spinal segments) vs. supraspinal (lateral ventricle), on micturition and the external urethral sphincter during cystometry in the anesthetized rat.