In other words, deviation produces negative responses to counteract the deviation.
Metabolism is the amount of all the chemical reactions occurring in a specific order. When metabolism is broken down it is called biochemical reactions in which thousands of chemical reaction takes place, all in the same specific order. The cycle in which the reactions takes place is takes just under twenty four hours to complete, once completed; the cycle will just start from the beginning.
In order for this cycle to arise in the exact order, the internal environment of the body has to be maintained so that the environment is appropriate for these reactions to occur. However, in order for these chemical reactions to occur it only on a certain temperature. In addition, enzymes must be present solely for the purpose of controlling the speed of the chemical reaction. However, there are many types of enzymes which control different forms of chemical reactions. As metabolism includes several forms of chemical reactions different environments should be present within the various parts of the body.
Homoeostasis is the body's ability to maintain a regular internal environment. This is done by maintaining a body temperature within a certain field. Human body temperatures comes from the operation of live which is also supervised by the brain and is synchronized by sweating, resting, shivering.
Moreover, the amount of glucose in the human body is carefully monitored. This is controlled by the hormonal system; glucose is controlled by regulating it in the pancreas.
For example, when a meal which includes portions of carbohydrates is eaten, glucose levels will begin to increase as the carbohydrates are digested and are needed to be absorbed. As the body is working hard on breaking down the carbohydrates this sometimes makes us feel sleepy. Additionally, more insulin is released which converts glucose to glycogen which is then kept for storage.
Lastly, all chemical reactions necessitate energy; this is done by burning off carbohydrates. This process requires oxygen and then leads to producing carbon dioxide. The circulatory system does not only transport nutrients and chemicals around the, yet also produces specific pressure which allows material to pass from the blood into the lymph and interstitial fluid.
Changes in pulse rate, breathing rate and temperature before and after exercise
P6- Follow guidelines to interpret collected data for heart rate, breathing rate and temperature before and after a standard period of exercise.
In this part of the assignment I will be following guidelines to interpret collected data for heart rate, breathing rate as well as temperature before and after a standard period of exercise.
The table below shows the recording of the participant’s pulse rate and blood pressure before and after exercise.
The table also shows that the participant’s blood pressure and pulse was equitably normal before the course of doing exercise.
Firstly, before carrying out the course of exercise. There are safety procedures that should be followed. For example, obstacles should not be in the pathway of the individual, the room should be well ventilated, appropriate clothing should be worn, water or medical equipment such as asthma pumps. Another factor that must be ensured is having a break when feeling dizzy and if possible a first aider on hand.
As a general summary, the participants whose blood pressure dropped after undertaking the course of exercise may be of two reasons, which include: the blood pressure machine may not have been positioned or used in the right manner. Another factor may be that once the course of exercise was undergone the participant may not have had rest.
In order to get a precise reading, blood pressure should be measured at least three times.
The table above shows that the pulse rate raised after the course of exercise was carried out but gradually decreased in the course of ten minutes as the table shows.
by
omzie (student)
