Dana BoydBIOL 4510.510An Investigation of Insect Metabolism Under a Variety of StressorsPerformed: February 14, 2019DUE: February 28, 2019Lab Partners: Sydney Teer, Abdi Dahir, and Jada HutchersonTA: Jessica Rippamonti2IntroductionAll living organisms maintain life through numerous chemical reactions taking place inside ofcells and between cells to keep organs and tissues functioning properly. Add
...[Show More]
Dana Boyd
BIOL 4510.510
An Investigation of Insect Metabolism Under a Variety of Stressors
Performed: February 14, 2019
DUE: February 28, 2019
Lab Partners: Sydney Teer, Abdi Dahir, and Jada Hutcherson
TA: Jessica Rippamonti
2
Introduction
All living organisms maintain life through numerous chemical reactions taking place inside of
cells and between cells to keep organs and tissues functioning properly. Adding together the sum
of all of these reactions taking place will yield the organism’s metabolic rate (MR). The MR can
be measured by direct calorimetry heat production) or indirect calorimetry, which is a measure of
the oxygen used and the carbon dioxide released by the animal. A third method is to evaluate the
body temperature (Tb) versus the ambient or environment temperature (Ta) which will reveal how
the animal responds to external temperature and regulates, or does not, their internal temperature.
The terms used to classify an organism’s heat response/production and sustainability include
endotherm, ectotherm, homeotherm, and poikilotherm. Endothermy encompasses organisms that
maintain higher MR as well as heat produced while ectothermy includes those with lower MR
and that lose heat produced much more easily to the environment.
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