spinal cord造句
151. Conclusion Cervical spinal stenosis is the main pathological basis to cervical spinal cord injury without fracture and dislocation, and ultraextension injury is the immediate cause of quadriplegia.
152. Syringomyelia is a condition where a fluid filled sac develops in the spinal cord.
153. ALS is a degenerative disease of the nerve cell of the spinal cord. They control voluntary muscle movements.
154. Bee venom induced persistent spontaneous nociception was used to reflect spinal cord mediated nociceptive flexor reflect.
155. Results The intravertebral anterior venous plexus, which was on the ventrolateral to the spinal cord, was dense and the main part of the intravertebral venous plexus.
156. The alignment and height of cervical vertebras were normal on post-operative radiodiagnostics in patients without injury of spinal cord or nerve root.
157. Neural electrodes may eventually move up the spinal cord to what is often characterized as the body's primary erogenous zone.
158. Objective : To evaluate the diagnostic value of MRI in spinal cord infarction.
159. Conclusion Differential sacral nerve anterior root rhizotomy is a good and effective method to treat spastic bladder after spinal cord injury.
160. In nerves outside the brain and spinal cord, a sausage-shaped glial cell called a Schwann cell forms myelin.
161. Neurenteric cysts are rare causes of spinal cord compression in infants and children.
162. Objective To evaluate the reason of increasing sacrolumbar angle of tethered spinal cord on MRI.
163. Objective To evaluate the effect of epidural 6% hetastarch on the spinal cord and spinal nerve roots in rats .
164. Conclusion Direct-current stimulation may have intervention effects on spinal cord neuron apoptosis after sciatic nerve transection .
165. Objective To observe the effect of different graft on hindlimb movement in rats with hemisection of spinal cord injury.
166. Conclusion The above pathological factors affect functions of the spinal cord by the congenital defect, tether and compression.
167. Objective To study hormonal level changes of rats after spinal cord injury.
168. Sympathetic preganglionic neurons (SPNs), located in the thoracolumbar spinal cord, are the only link between central sympathetic output and peripheral ganglia.
169. Objective: To study the effect of acupuncture on enzymology of the motor neuron of anterior horn of injured spinal cord in rats.
170. The spinal cord is damaged slightly in single-tube diastematomyelia and surgery is not indicated.
171. Objective To observe the recovery process of hind limb function following complete spinal cord transection injury and discuss corresponding mechanism.
172. In able-bodied people, these "walking circuits" spring into action when they receive a signal from the brain, but if the spinal cord is damaged, the message from the brain never arrives.
173. The postoperative MRI showed that the cubage of cervical canal expanded and the compression of spinal cord relieved.
174. Nomal myodynamia was about 25 mmHg. It was made clear that sphincter ani extermus myodynamia recovery of incomplete spinal cord injuries correlated with degree of spinal cord injuries and recoveries.
175. Hyperglycemia has been shown to potentiate ischemic injury of the spinal cord by quenching vasodilators and potentiating tissue acidosis and free radical production.
176. Anterior route decompression of the nerve roots was reported in 68 patients of complete injury of spinal cord caused by the fracture or fracture-dislocation of the cervical spine.
177. Objective: To establish an artificial reflex arc in canines to reinnervate the neuropathic bladder and restore bladder function after spinal cord injury.
178. Further experiments indicate that spontaneous dorsal root potentials induced by selenite are attributed to its actions on the interneurons activities of the spinal cord.
179. Objective To study the sensory evoked potential which could show the lesion on the spinal cord ventrally, and evaluate its application in clinical practice.
180. The portion of the brain, consisting of the medulla oblongata, pons Varolii, and mesencephalon, that connects the spinal cord to the forebrain and cerebrum.
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