Nerve Conduction Changes in Experimental Diabetes*

Nerve Conduction Changes in Experimental Diabetes.

Changes in Nerve Conduction in Experimental Allergic Neuritis.

Axillary nerve conduction changes in hemiplegia

AIM To prove the possibility of axillary nerve conduction changes following shoulder subluxation due to hemiplegia, in order to investigate the usefulness of screening nerve conduction studies in patients with hemiplegia for finding peripheral neuropathy. METHODS Forty-four shoulders of twenty-two patients with a first-time stroke having flaccid hemiplegia were tested, 43 +/- 12 days after st...

Evaluation of Changes in Nerve Conduction Velocity in the Lower Limbs of Football Players

Background & Aims: Lower limbs’ nerves are exposed to mechanical injuries in athletes (e.g. football players), because of the excessive physical demand of their job. The objective of the present study was to evaluate the influence of regular and intense sports, such as football, on nerves in the lower leg. This study was conducted during 2006 to 2007 in the Shiraz Rehabilitation Faculty, Univer...

Nerve conduction velocity in experimental diabetes in the rat and rabbit.

Tibial motor nerve conduction velocity was measured in rats, before and two months after the induction of diabetes with streptozotocin. A second group of diabetic animals was also administered 1% dietary myoinositol supplements. An analysis of variance was performed on these data. Myoinositol supplements had no effect whatsoever. The period of diabetes had a statistically significant and quanti...