1998PubMedRequires access

[Changes in the adrenergic innervation of cerebral arteries after exposure of the rat rostral neostriatal dopaminergic system].

N A Lukoianova, M D Shpagina, S N Udal'tsov, D A Ignat'ev, S G Kolaeva, Z A Podlubnaia

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Abstract

The ability of hibernating and arousing ground squirrels' myosins to bind the key enzyme of glycolysis was found to be significantly lower than that of active animals. The findings suggest considerable changes in the myosin heavy and light chain composition occurring during hibernation, as well as a major contribution of the myosin in inhibiting the contractile ability of the skeletal muscles during hibernation.

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What this paper is about

The ability of hibernating and arousing ground squirrels' myosins to bind the key enzyme of glycolysis was found to be significantly lower than that of active animals. The findings suggest considerable changes in the myosin heavy and light chain composition occurring during hibernation, as well as a major contribution of the myosin in inhibiting the contractile ability of the skeletal muscles during hibernation.

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Available abstract

The ability of hibernating and arousing ground squirrels' myosins to bind the key enzyme of glycolysis was found to be significantly lower than that of active animals. The findings suggest considerable changes in the myosin heavy and light chain composition occurring during hibernation, as well as a major contribution of the myosin in inhibiting the contractile ability of the skeletal muscles during hibernation.

Key concepts: Hibernation (computing), Myosin, Ground squirrel, Skeletal muscle, Composition (language), Biology, Zoology, Chemistry

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[Changes in the adrenergic innervation of cerebral arteries after exposure of the rat rostral neostriatal dopaminergic system]. — Research Paper | ScholarLens