A DIRECT muscular contraction by an electrical stimulation (tib. ant., gastroc., biceps femoris, rectus femoris) in an unanæsthetized rabbit produces an overall reaction in the muscles of the ...
Since the 1900s, neuroscientists have known that the peripheral nervous systems of tetrapods (four-footed animals) vary greatly, but how these differences affect the way that animals walk, run, or ...
A DIRECT muscular contraction by an electrical stimulation (tib. ant., gastroc., biceps femoris, rectus femoris) in an unanæsthetized rabbit produces an overall reaction in the muscles of the ...
A study suggests that neuromuscular adaptations in mammals and birds may have allowed them to become more nimble than reptiles and amphibians. Since the 1900s, neuroscientists have known that the ...
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