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- W1543012317 abstract "Publisher Summary In this chapter, an integrative approach is used to examine temperature effects on muscle function. This is necessary because unlike many organ systems, in the muscular system there is no direct and simple relationship between whole animal performance and its underlying molecular mechanisms. The principal reason is that muscle function not only depends on which proteins are present, but on exactly how those proteins are used In particular, muscle performance depends as much on the velocity (V) at which fibers are shortening as it does on the molecular make-up of the muscle. How the V over which fibers are used varies with temperature cannot be predicted from molecular measurements. Rather, it depends on how the animal swims. In addition, the performance of the fishes' musculature in a particular situation depends on which fibers are recruited and the exact pattern with which they are stimulated. Therefore, to understand the functional significance of temperature effects on molecular properties of muscle, it is necessary to use an integrative approach, which not only is concerned with temperature effects on molecular properties, but also is concerned with the kinematics of muscle movement and recruitment pattern of the muscles during swimming. The chapter examines the influence of temperature on the underlying molecular mechanism of muscle contraction and how they contribute to the overall temperature effect on muscle contraction. It also describes how temperature influences swimming performance, and then, an attempt to explain the thermal limitations on swimming performance in terms of molecular mechanisms. Finally, the mechanisms fish uses to compensate for thermal limitations both acutely and during thermal acclimation are assessed in the chapter." @default.
- W1543012317 created "2016-06-24" @default.
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- W1543012317 date "1995-01-01" @default.
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- W1543012317 title "Chapter 5 Influence of temperature on muscle properties in relation to swimming performance" @default.
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- W1543012317 doi "https://doi.org/10.1016/s1873-0140(06)80031-7" @default.
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