Titlebook: Avian Physiology; P. D. Sturkie (Emeritus Professor of Physiology) Book 1986Latest edition Springer Science+Business Media New York 1986 A

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rch activity ina number who have written on the nervous system, sense organs, of areas, with each succeeding edition including new muscle, endocrines, reproduction, digestion and immu­ chapters and an expansion of knowledge in older chap­ nophysiology. Contributors from previous editions ters. have

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General framework of higher spin systems,ar organ in the animal kingdom. Its wall, like that of other vertebrate eyes, is constructed of three concentric layers or tunics: an internal ., or .; a middle . (.) including the ., ., and ., and an external . composed of a transparent . and cartilaginous ..

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Group Analysis of Classical Lattice Systems fibrin, egg albumen, and gluten contained a common basic component. The discovery of the real basic components of protein, the amino acids, stretched over more than a century, culminating with the discovery of threonine by Rose in 1935. For detailed historical accounts of these developments, see McCollum (1957) and Munro (1964).

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Sense Organs,ar organ in the animal kingdom. Its wall, like that of other vertebrate eyes, is constructed of three concentric layers or tunics: an internal ., or .; a middle . (.) including the ., ., and ., and an external . composed of a transparent . and cartilaginous ..

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Alimentary Canal: Anatomy, Regulation of Feeding, and Motility,s is large in diameter to accommodate larger food items. The heavy muscular ., or muscular stomach (for mechanical digestion), and the ., or glandular stomach (Figure 11–1), are located within the main mass of the bird’s body. Less modification is evident in the avian small intestine and rectum; however, a cloaca is present as in reptiles.