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Which graph best represents homeostatis? USE EVIDENCE FROM THE TEXT TO SUPPORT YOUR ANSWER

Which graph best represents homeostatis? USE EVIDENCE FROM THE TEXT TO SUPPORT YOUR ANSWER

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Which graph best represents homeostatis? USE EVIDENCE FROM THE TEXT TO SUPPORT YOUR ANSWER
What is homeostasis? Homeostasis is the process by which the body regulates its internal environment for chemical and biological processes to occur. Some of the more important variables that the body needs to control include temperature, and the levels of blood sugar, oxygen and carbon dioxide. A number of organs are involved in homeostasis, and these include the lungs, pancreas, kidneys and skin. Lungs and Respiration Respiration is a process that uses glucose to create energy. It is the most important reaction taking place within the human body. Critical to the respiration process is the regulation of oxygen levels within the blood, which is carried out by the lungs. In addition to energy, respiration creates carbon dioxide from the broken down glucose. The fevel of carbon dioxide in the bloodstream is an indirect measure of blood oxygen levels. Special cells in the brain detect the carbon dioxide level in the blood, and if it is too high, the brain sends nerve impulses to stimulate the muscles that control breathing. The lungs then fill with air faster, increasing the amount of oxygen in the bloodstream. If carbon dioxide levels within the blood are low, the brain cells do not stimulate nerve cells, reducing the rate of breathing. Pancreas and Blood Glucose The regulation of blood-glucose levels is essential for the survival of the human body. The pancreas, a small glandular organ located close to the stomach, has a number of functions. One of the most important is the regulation of blood-glucose levels. The pancreas contains special cells known as the Islets of Langerhans that detect blood-glucose levels. If the bloód-glucose levels are too high, the cells release the hormone insulin to stimulate liver, muscle and fat cells to absorb glucose from the blood and store it as glycogen or starch. When blood sugar levels are too low, the cells release another hormone called glucagon. Glucagon acts on the liver, muscle and fat cells and stimulates them to convert glycogen to glucose, releasing it into the blood. Kidneys and Water Regulation Water acts as an essential solvent that allows glucose, salt and other chemicals to travel throughout the body. Kidneys regulate the amount of water present in the human body. When the level of water in the bloodstream becomes too low, the hypothalamus in the brain releases a large quantity of the chemical anti-diuretic hormone, ADH. ADH travels through the blood and stimulates the kidneys to open water channels within its tubule walls, allowing water to diffuse back into nearby blood vessels and reducing the amount of water in urine. When too much water is present in the blood, the hypothalamus releases smaller amounts of ADH. This causes the kidneys to close water channels within the tubule walls, increasing the amount of water in urine. Skin and Sweat The body's temperature is tuned to approximately 98.6 Fahrenheit, which allows the body's biological enzymes to function at optimum level. When the body temperature rises, the hypothalamus sends nerve signals to sweat-producing cells in thein. The body can sweat one to two liters of water per hour, which helps to cool the body. The skin also has tiny muscles on its suitace called arrector pili. These muscles control the orientation of hairs on the skin. When the body is too hot, the muscles relax and the hairs lay flat to release heat. When the body is too cold, the arrector pili muscles contract, leading the hairs of the skin to stand up and insulate the body. It is important to emphasize that homeostatic reactions are inevitable and automatic if the system is functioning properly, and that a steady state or homeostasis may be maintained by many systems operating together. For example, flushing is another of the body's automatic responses to heating: the skin reddens because its small blood vessels automatically expand to bring more heated blood close to the surface where it can cool. Shivering is another response to chilling: the involuntary movements burn body tissue to produce more body heat.
Transcribed Image Text:What is homeostasis? Homeostasis is the process by which the body regulates its internal environment for chemical and biological processes to occur. Some of the more important variables that the body needs to control include temperature, and the levels of blood sugar, oxygen and carbon dioxide. A number of organs are involved in homeostasis, and these include the lungs, pancreas, kidneys and skin. Lungs and Respiration Respiration is a process that uses glucose to create energy. It is the most important reaction taking place within the human body. Critical to the respiration process is the regulation of oxygen levels within the blood, which is carried out by the lungs. In addition to energy, respiration creates carbon dioxide from the broken down glucose. The fevel of carbon dioxide in the bloodstream is an indirect measure of blood oxygen levels. Special cells in the brain detect the carbon dioxide level in the blood, and if it is too high, the brain sends nerve impulses to stimulate the muscles that control breathing. The lungs then fill with air faster, increasing the amount of oxygen in the bloodstream. If carbon dioxide levels within the blood are low, the brain cells do not stimulate nerve cells, reducing the rate of breathing. Pancreas and Blood Glucose The regulation of blood-glucose levels is essential for the survival of the human body. The pancreas, a small glandular organ located close to the stomach, has a number of functions. One of the most important is the regulation of blood-glucose levels. The pancreas contains special cells known as the Islets of Langerhans that detect blood-glucose levels. If the bloód-glucose levels are too high, the cells release the hormone insulin to stimulate liver, muscle and fat cells to absorb glucose from the blood and store it as glycogen or starch. When blood sugar levels are too low, the cells release another hormone called glucagon. Glucagon acts on the liver, muscle and fat cells and stimulates them to convert glycogen to glucose, releasing it into the blood. Kidneys and Water Regulation Water acts as an essential solvent that allows glucose, salt and other chemicals to travel throughout the body. Kidneys regulate the amount of water present in the human body. When the level of water in the bloodstream becomes too low, the hypothalamus in the brain releases a large quantity of the chemical anti-diuretic hormone, ADH. ADH travels through the blood and stimulates the kidneys to open water channels within its tubule walls, allowing water to diffuse back into nearby blood vessels and reducing the amount of water in urine. When too much water is present in the blood, the hypothalamus releases smaller amounts of ADH. This causes the kidneys to close water channels within the tubule walls, increasing the amount of water in urine. Skin and Sweat The body's temperature is tuned to approximately 98.6 Fahrenheit, which allows the body's biological enzymes to function at optimum level. When the body temperature rises, the hypothalamus sends nerve signals to sweat-producing cells in thein. The body can sweat one to two liters of water per hour, which helps to cool the body. The skin also has tiny muscles on its suitace called arrector pili. These muscles control the orientation of hairs on the skin. When the body is too hot, the muscles relax and the hairs lay flat to release heat. When the body is too cold, the arrector pili muscles contract, leading the hairs of the skin to stand up and insulate the body. It is important to emphasize that homeostatic reactions are inevitable and automatic if the system is functioning properly, and that a steady state or homeostasis may be maintained by many systems operating together. For example, flushing is another of the body's automatic responses to heating: the skin reddens because its small blood vessels automatically expand to bring more heated blood close to the surface where it can cool. Shivering is another response to chilling: the involuntary movements burn body tissue to produce more body heat.
Level of Level of Level of substance substance in the body substance in the body in the body Time Time Time Graph 1 Graph 2 Graph 3
Transcribed Image Text:Level of Level of Level of substance substance in the body substance in the body in the body Time Time Time Graph 1 Graph 2 Graph 3
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