This study provides strong evidence that the function of the lumbosacral nerve root is not significantly altered in patients with 6LVB, meaning that the L6 nerve root is equivalent to the S1 nerve root in patients with 5LVB.

The first lumbar spinal nerve (L1) [1] originates from the spinal column from below the lumbar vertebra 1 (L1). The three terminal branches of this nerve are the iliohypogastric, ilioinguinal, and the genitofemoral nerves. L1 supplies many muscles, either directly or …

Severing the L6 nerve root does not damage the healthy limb as far as electrophysiology, muscle mass, histology, and ultrastructure of the target muscles are concerned. L6 (analogous to S1 in humans) nerve root may be used as a donor nerve to repair lumbosacral plexus root avulsion.

Nerve root: Part of the nerve that branches off the spinal cord or cauda equina. At each level, a pair of nerve roots emerge from the right and left sides of the spinal cord. Each pair consists of a dorsal root at the back and a ventral root in the front.

2020年12月3日 · An L6 vertebra is not, in and of itself, cause for concern, and most people go through their entire lives without even knowing they have the condition. However, this …

Results: Thirty-two patients had transitional vertebrae, of whom 12 had a lumbarized S1 and 20 had a sacralized L5. The distribution of motor and sensory symptoms caused by the lumbarized S1 (L6) nerve root stimulation was similar to that of …

Case report: 55-year-old the relation between the 6th imaging studies showed a supernumerary Caucasian L6 diagnosed lumbar vertebra with clinical lumbosacral electromyographic nerves and of sacral S1 radiculopathy. Her Discussion: has probably a postfixed Correlation L6-S1 intervertebral disc degeneration.

We found that the neurologic symptoms caused by L6 nerve root compression resembled those of S1 nerve root compression, and a sacralized L5 root lesion presented with the features of S1.

Second, the nerve root stimulated at the L5/6 level compares to the S1 root in 5LVB patients; the only difference was found in a coinnervation of the biceps femoris muscle that is less frequent in 6LVB patients (p=0.02).

A diagnosis of asymmetric lumbosacral transitional vertebra with disc protrusion at L6-L7 was made by computed tomography. The cauda equina and left L6 nerve root were surgically decompressed with a dorsal laminectomy and lateral foraminotomy, which led to rapid resolution of the clinical signs. Résumé