Exercise Physiology: Difference between revisions
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Exercise training puts demands on human physiological systems, in order to maintain homeostasis.<br>While exercising homeostasis is endangered by: the increased amount of O2 and nutrients demand; the need to get rid of CO2 and metabolic waste products; rising body temperature; acid imbalance, and by varying hormone levels.<br> | Exercise training puts demands on human physiological systems, in order to maintain homeostasis.<br>While exercising homeostasis is endangered by: the increased amount of O2 and nutrients demand; the need to get rid of CO2 and metabolic waste products; rising body temperature; acid imbalance, and by varying hormone levels.<br> | ||
== Acute Adaptations to Exercise == | == Acute Adaptations to Exercise == | ||
The cardiovascular system is made of heart, blood vessels and blood all of these components are involved in the immediate response of the cardiovascular system to physical stress . During training the cardiovascular response is mostly direct proportional to skeletal muscles oxygen consumption | |||
== Sub Heading 3<br> == | == Sub Heading 3<br> == | ||
Revision as of 01:30, 1 March 2017
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Introduction[edit | edit source]
Exercise training puts demands on human physiological systems, in order to maintain homeostasis.
While exercising homeostasis is endangered by: the increased amount of O2 and nutrients demand; the need to get rid of CO2 and metabolic waste products; rising body temperature; acid imbalance, and by varying hormone levels.
Acute Adaptations to Exercise[edit | edit source]
The cardiovascular system is made of heart, blood vessels and blood all of these components are involved in the immediate response of the cardiovascular system to physical stress . During training the cardiovascular response is mostly direct proportional to skeletal muscles oxygen consumption
Sub Heading 3
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