M2: Discuss the Probable Homeostatic Responses to Change in the Internal Environment During Exercise Essay

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M2: discuss the probable homeostatic responses to change in the internal environment during exercise In this assignment I will discuss the probable homeostatic responses to changes in the internal environment during exercise. When you are excercising different changes occur in the body to try and deal with the change in the environment and the reaction that occurs in the body. I will also explain the homeostatic mechanisms when someone exercises. Homeostasis is for the process of the body to maintain a relatively consistent internal state. The nervous system sends and receives signals about temperature, hydration, blood pressure and much more factors. The endocrine system carries chemical messengers to adjust bodily functions. During forms of exercise, the body’s internal environment is altered and placed under a considerable amount of stress. Through homeostatic feedback mechanisms, the body is able to maintain a healthy internal environment and quickly return to normal after exercise ends. These homeostatic mechanisms respond to exercise with changes in the heart rate, respiration, oxygen consumption, carbon dioxide clearance, pulse rate, blood pressure and body temperature. During exercise, the body requires more oxygen and smooth removal of care dioxide. To meet this, the respiratory system responds by changes in breathing rate. The cardiovascular system modifies heart rate, blood pressure and capillary beds to maintain body temperature around 37 degrees and blood pressure roughly around 120/80mmhg. The probable homeostatic responses to changes in the internal environment during exercise to the heart rate, your body’s working muscles require additional stores of oxygen to help feed their energy requirements. The body receives oxygen from the lungs and transmits it to your muscles through your bloodstream. The heart controls the flow of blood throughout the

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