Titlebook: Camel Clinical Biochemistry and Hematology; Bernard Faye,Mohammed Bengoumi Book 2018 Springer International Publishing AG, part of Springe

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Neuroendocrine Clocks and Calendarsstigation, due to its transport functions of nutrients and oxygen to the organs, tissues, and cells in the body. In the present chapter, focuses on the hematology of the camel, the different blood cells that play a key role in the transport of oxygen (red blood cells) and in the immune defense of th

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Biological Rhythms in Neuroendocrinology, ., and .. Those parameters are a reflect of the diet, but are also indicators of some health disturbances as parasitism, especially the ratio Albumin/Globulin. Other parameters as haptoglobin, pepsinogen and fibrinogen can be used as indicators of inflammation. Regarding urea, the characteristic o

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Christopher M. Sinton,Jon T. Willieexpecially liver and kidney damages. The most used in clinical investigations are ASAT, ALAT, GGT, CPK, ALP and GLDH. In addition, metalloenzymes can be investigated. They are linked to some microminerals’ metabolism: ceruplasmin for copper, superoxide-dismutase for zinc and glutathione-peroxidase f

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Kenneth W. McKerns,Vladimir Pantić bicarbonates (H.CO.), play different essential roles in organisms as fundamental constituents of skeletal structures (bones and teeth) and by their intervention in many functions contributing to the live metabolism. They are also involved in the mechanism of adaptation of camel in desert conditions

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Neuroendocrine Molecular Biology regulate their physiology. By their action, they contribute to the regulation of metabolism and vital function including digestion, respiration, lactation, reproduction, sensory perception, nycthemeral rhythm, excretion, etc. The list of hormones with clinical interest in camel is similar to that i

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