Results 261 to 270 of about 37,505 (304)
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Branches of the Tibial Nerve: Anatomic Variations
Foot & Ankle International, 1995Anatomic variations in tibial nerve branches may help explain discrepancies between clinical examination and electrophysiologic tests as to the location of neuronal lesions. Dissection of 20 cadaveric feet (10 pair) along the course of the tibial nerve and its branches confirmed that it bifurcates within 2 cm of the medio-malleolar-calcaneal axis in ...
T J, Davis, L C, Schon
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Acta Orthopaedica Scandinavica, 1995
We evaluated in 20 Japanese white rabbits the effects of tibial lengthening on tibial nerve conduction and intraneural blood flow at the end of lengthening. Both tibiae were distracted 1 mm per day. The distraction frequency was in 2 steps (0.5 mm/12 h) on the right side and in 120 steps (0.0083 mm/12 min) on the left. The rabbits were separated into 4
Y, Mizumoto +3 more
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We evaluated in 20 Japanese white rabbits the effects of tibial lengthening on tibial nerve conduction and intraneural blood flow at the end of lengthening. Both tibiae were distracted 1 mm per day. The distraction frequency was in 2 steps (0.5 mm/12 h) on the right side and in 120 steps (0.0083 mm/12 min) on the left. The rabbits were separated into 4
Y, Mizumoto +3 more
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2019
The posterior tibial nerve innervates the skin of the postero-lateral side of the leg, the lateral aspect of the foot, and the sole of the foot. The cutaneous innervation of the posterior leg is shared between the nerves of the saphenous, superficial fibular, sural, and medial calcaneal branches; the tibial nerve contributes to the latter two ...
Raymond Kennedy +2 more
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The posterior tibial nerve innervates the skin of the postero-lateral side of the leg, the lateral aspect of the foot, and the sole of the foot. The cutaneous innervation of the posterior leg is shared between the nerves of the saphenous, superficial fibular, sural, and medial calcaneal branches; the tibial nerve contributes to the latter two ...
Raymond Kennedy +2 more
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2019
A tibial nerve block is used when tenderness is noted in the regions where trajectories of the tibial nerve locate. This block makes it possible to control pain in the posterior part of the lower leg and anterior sole of the foot.
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A tibial nerve block is used when tenderness is noted in the regions where trajectories of the tibial nerve locate. This block makes it possible to control pain in the posterior part of the lower leg and anterior sole of the foot.
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Tibial nerve entrapment in the popliteal fossa
Muscle & Nerve, 2000Details are presented of nine cases of tibial nerve entrapment by the tendinous arch of origin of the soleus muscle. The diagnosis was confirmed by surgical exploration of the popliteal fossa in six patients, who recovered fully after division of the soleus arch, whereas the other three improved spontaneously.
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Method for repair of posterior tibial nerve
The American Journal of Surgery, 1947Abstract Secondary repair of divided peripheral nerves usually requires closing an appreciable gap in the continuity of the nerve. Such defects can be closed by routing the nerve into a more direct course and by taking advantage of positioning one or more joints. The joint is slowly extended to a normal position after healing has occurred.
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Ganglion of the posterior tibial nerve
Journal of Neurosurgery, 1974✓ A unique instance of ganglion of a posterior tibial nerve is described, and the histology and nature of this lesion evaluated.
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The gut metabolite indole-3 propionate promotes nerve regeneration and repair
Nature, 2022, Guiping Kong, Luming Zhou
exaly