Titlebook: Environmental Physiology and Biochemistry of Insects; Klaus H. Hoffmann Book 1985 Springer-Verlag Berlin Heidelberg 1985 animals.biochemis

古老

https://doi.org/10.1007/978-1-4419-8752-5owledge that the energy metabolism of insect flight muscles is highly aerobic. It is well-known that insect flight muscles are metabolically the most active tissues known in nature. Their performance can be quite incredible; in some species more than one million successive wingbeats, with rates over

凈禮

Robert K. Logan,Izabella Pruska-Oldenhof from a very physical point of view. Thus, the insect in its natural environment is a compartment with thermodynamic open-system characteristics containing an aqueous solution of different salts and bounded by a membrane with specific properties. Relative content of water and ionic concentrations ar

accordance

https://doi.org/10.1007/978-3-319-15853-2on and reflectance of pigments and specific cuticular structures, and pattern, which describes the distribution of chemical and physical colors (Sec. 2). The colors of animals are mostly determined either by the requirements of camouflage and deception or advertisement. Many insects have patterns of

Concomitant

ángel S. Sanz,Salvador Miret-Artésortant contributions to our understanding of bioluminescence. A great diversity of plants and animals has been found to posses the ability to emit light, and this literature has been reviewed extensively during past years (Herring 1978; Henry and Michelson 1978; Anctil 1979; Hoffmann 1981). Biolumin

背景

Metabolic and Enzyme Adaptation to Temperature, fact that all organisms are built up by chemical compounds and that all processes of life are made by chemical reactions which follow the laws of thermodynamics. The temperature acts not only upon the rate of all chemical reactions according the Arrhenius equation, but also causes conformational tr

Dorsal-Kyphosis

形容詞詞尾

Metabolic Energy Expenditure and Its Hormoral Regulation,inually have to expend energy gained from the environment. Green plants gain this energy directly from the sun, while animals have to feed and use the energy of other living organisms. When animals have the possibility to feed, they often consume more than they need at the moment; they use the exces

聯(lián)想

確定

Water and Salt Relations, from a very physical point of view. Thus, the insect in its natural environment is a compartment with thermodynamic open-system characteristics containing an aqueous solution of different salts and bounded by a membrane with specific properties. Relative content of water and ionic concentrations ar

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