PPT-Chapter 5 Temperature Body Temperature Regulation

Author : cheryl-pisano | Published Date : 2018-02-26

Ectotherms Rely mainly on external energy sources Endotherms Rely heavily on metabolic energy Homeotherms maintain a relatively constant internal environment Poikilotherms

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Chapter 5 Temperature Body Temperature Regulation: Transcript


Ectotherms Rely mainly on external energy sources Endotherms Rely heavily on metabolic energy Homeotherms maintain a relatively constant internal environment Poikilotherms heterotherms. Climatic conditions. Guidelines for fluid intake. acclimitisation. FQ3. WHAT ROLE DO PREVENTATIVE ACTIONS PLAY IN ENHANCING THE WELLBEING OF THE ATHLETE. ENVIRONMENTAL CONSIDERATIONS. High or low . environmental . Temperature . Relations. Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.. Outline. Microclimates. Temperature . and . Performance. Balancing . Heat Gain Against Heat . Home and the work place. Conduction. The transfer . of heat through a solid.. Particles . that make up a substance are vibrating all the time . As heat is applied vibrations become more vigorous, therefore increasing Kinetic (movement) Energy.. Metabolism. Chemical reactions necessary to maintain life. Catabolism—substances are broken down to simpler substances; energy is released. Anabolism—larger molecules are built from smaller ones. M.Ed. February 4, 2016. Outline. Hypothermia: Etiology, Prevention, Treatment, . Complications. Effect of Drugs/Anesthesia on Temperature Regulation . Temperature. Heat Loss; . Mechanisms. Temperature . © 2016 Pearson Education, Inc.. Temperature . and heat. Goals:. Temperature – Figure 14.1. Temperature . is an attempt to measure the . ". hotness. ". . or . ". coldness. ". . on a scale you devise.. Students Learn About:. Temperature regulation . (convection, radiation, conduction, evaporation). Climatic conditions . (temperature, humidity, wind, rain, altitude, pollution). Guidelines for fluid intake. Students Learn About:. Temperature regulation . (convection, radiation, conduction, evaporation). Climatic conditions . (temperature, humidity, wind, rain, altitude, pollution). Guidelines for fluid intake. Simat. University of Northwestern - St. Paul. Fever. Fever (Pyrexia). - the elevation of the body’s temperature over its normal range (98.6°F, 37°C). Febrile. - feverish patient. Often accompanies inflammation. M.Ed. February 4, 2016. Outline. Hypothermia: Etiology, Prevention, Treatment, Complications. Effect of Drugs/Anesthesia on Temperature Regulation Temperature. Heat Loss; Mechanisms. Temperature Regulating Centers. Mariana – 2016031045. Nyayu. Sophia Olivia C. Henry – 2013031012 . Samantha June – 2016031033. Temperature Regulation . Homeostasis and . Allostasis. Controlling Body Temperature . Why we have to control our temperature body?. Learning Goal . . Given a temperature, calculate a corresponding temperature on another scale.. 3.3 Temperature. Temperature . is a measure of how hot or cold an object is compared to another object.. Instruments used to measure body temperature:. 1. Liquid-filled. i. ) Range 95/110°F. ii) Range 35/42°C. Medical thermometer has a notch to prevent mercury from return back quickly. 2. Electronic (Electronic clinical thermometers). Professor Peter Shepherd. Maurice Wilkins Centre and University of Auckland. Temperature Affects Function of Organisms . The function of cell components changes with temperature. PROTEINS. - protein shape changes with temperature and this affects its function. In particular enzymes work best at certain temperatures (Analogy - why does yeast make bread rise more quickly at warm temperatures than cold temps ? Why do egg whites solidify when heated to much ?).

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