Temperature Regulation in Laboratory RodentsCambridge University Press, 27 aug. 1993 - 276 sidor With the help of extensive data tables and figures, this book explains the key facets of rodent thermal physiology, including neurological control and gender and intraspecies variations. The book should therefore find use in government, academic or industrial laboratories whose researchers are working with rodents. |
Innehåll
1 Introduction to temperature regulation | 1 |
2 Neurology of temperature regulation | 19 |
3 Metabolism | 47 |
4 Thermoregulatory effector responses | 74 |
5 Body temperature | 110 |
6 Growth reproduction development and aging | 138 |
7 Temperature acclimation | 164 |
8 Gender and intraspecies differences | 192 |
9 Thermoregulation during chemical toxicity physical traumaand other adverse environmental conditions | 206 |
| 226 | |
| 270 | |
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adaptation ambient temperature animals ature basal behavioral and autonomic Blatteis blood flow body mass body temperature body weight brain temperature brown adipose tissue changes Chapter cold acclimation cold environments cold exposure cold stress cooling core temperature Data effects environmental estrous cycle exposed fever Figure function gerbil gland golden hamster Gordon guinea pig heat acclimation heat loss heat production heat stress Himms-Hagen homeostasis homeothermic Horowitz hypothalamic hypothermia hypothermic hypoxia increase insulation Janský kg¯¹ Kuroshima laboratory rodents lesions levels lower mammals measured metabolic rate mice moregulatory motor activity mouse neurons nonshivering thermogenesis normal perature Physiol physiological POAH reduced relatively rodent species salivary Satinoff sensitivity set-point shivering skin temperature studies surface area T₂ Table tail temperature gradient temperature regulation ther thermal conductance thermal homeostasis thermal tolerance thermo thermogenesis thermogenic thermoneutrality thermoreceptors thermoregulation thermoregulatory thermoregulatory effectors thermoregulatory responses thermoregulatory system threshold vasodilation whereas