The part played by basement membrane in the guidance of peripheral nerve growth in vivo
has been assessed by examining the capacity of degenerating mouse muscle to support the …

A small piece of muscle tissue, 6–7 mm long, was excised from the biceps femoris of the
mouse and treated several times by repetitive freezing and thawing to kill the muscle cells …

An orientated substratum has been implicated in the development and regeneration of
axons and synapses. We prepared a basement membrane matrix from autogenous striated …

Muscle segments excised from rabbit biceps femoris muscles were treated with detergent
sodium dodecyl sulphate to denature cellular constituents, and each was autografted in a 5 …

Peripheral nerve regeneration is ill-understood by surgeons and scientists alike. The
heterogeneous nature of peripheral nerve injuries and the variety of techniques for their …

Nerve regeneration through grafts of basement membrane matrix, prepared by freezing of
autogenous muscle followed by thawing in distilled water, was investigated in Sprague …

Role of the basement membrane in the regeneration of skeletal muscle. In many
experimental models of skeletal muscle damage and in human muscle disease, empty …

Axons regenerate to reinnervate denervated skeletal muscle fibers precisely at original
synaptic sites, and they differentiate into nerve terminals where they contact muscle fibers …

To investigate how much skeletal muscle depends on influences coming from peripheral
nerve, we studied muscle regeneration induced by bupivacaine in the permanently …

Regenerating axons form new synapses precisely at sites of original synapses in
denervated skeletal muscle. To determine what role the muscle cell plays in this …