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Physiology and anatomy of the endocrine system
Endocrine system quizlet
Physiology and anatomy of the endocrine system
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The endocrine system is composed by a group of glands that secrete hormones for the secretion of a specific organ and the result of this cycle will contribute to of physiological and behavioral activities. The circulatory system makes a connection with the hormones secreted because it helps them to travel around the human body in a very short time. The endocrine glands that secrete the hormones that target specific hormones consist of the pituitary gland, thyroid gland, adrenal gland, pancreas, ovaries and testes. However, they are secondary organs part of the body system such as the kidney, liver, and heart. The kidney in particular secretes endocrine hormones such as renin and erythropoietin (EPO). Erythropoietin is a hormone that controls …show more content…
There are different types of anemia that affect millions of Americans, the leading problems in the bone marrow and stem problems. Anemia results in cell problems as aplastic anemia, in which the reduction of or absence of stem cells are too low. The characteristics of the unusual capacity of self renewal inhibit the capacity of regeneration in the bone marrow leading to Aplastic Anemia (AA). The mature stem cells are the functional supply over the life time that protect the physiological needs of the human body. The response of aplastic anemia is the blood loss or hypoxia in response of multiple infections that may target the immune system during advanced stages. As Polycithemia the treatments for aplastic anemia are radiation, medication and chemotherapy in order to stimulate stem cell …show more content…
Leukemia is a type of cancer that that grows out of control inside of the spongy parts of the bone, although this type of cancer is mainly introduced by the exposition of the body to larger amount of radiation, lead by a previous cancer the body or by a gene mutation (abnormal chromosomes) cause by heredity in the family history. Treatment for this type of cancer in the bones is to destroy the leukemia cells to allow the healthy cells to stimulate the correct proportion of normal stem cells in the red bone marrow. Induction therapy is used for primarily stages of leukemia which consist of radiation and chemotherapy in order to kill the degenerative cells inside the bone marrow, but it is important to mention that this type of treatment kills all types of cells and cause secondary health problems. Consolidation therapy consist of a red bone marrow transplantation, this type of treatment include the induction of the medulla of a close relative to increase the red blood cell production in the diagnosed person with
While the respiratory and cardiovascular systems are most reliant on one another, all body systems require a functioning circulatory cycle in order to thrive. Blood circulation and consistent transfer of oxygen to cells is required to maintain cell and tissue life. Disturbances to this process will cause cells and tissues to die (Red Cross 48). This state of balance and functioning body systems is referred to as homeostasis, defined as a “condition of equilibrium in the body’s internal environment due to constant interaction of body’s many regulatory processes” (Tortura 8). Changes or disruptions to homeostasis are regulated by the Endocrine and Nervous systems of the body. The endocrine system is made up of glands placed throughout the body
Homeostasis is the biological process that maintains a stable internal environment despite what occurs in the external environment. Chemicals and bodily functions are maintained in a balanced state so the body may function optimally. There are various systems in the human body that require maintenance through the processes of biochemical checks and balances so they may function properly. One of these systems includes the rise and fall of blood glucose and is under the control of the homeostatic regulation process. Homeostasis is essential in blood glucose regulation as high blood glucose levels (hyperglycaemia) and low blood glucose levels (hypoglycaemia) are dangerous and can affect the human body in many ways and can also lead
Its uses are stimulating the body to make red blood cells, treatments of anemia (loss or reduction of red blood cells) associated with chronic renal failure or anemia caused by AZT (zidovudine) in HIV-infected persons. Before Epogen was produced or used, blood transfusions and male hormone therapy was used in treating anemia, which was caused by chronic renal failure.
Red blood cells deliver the oxygen to the muscles and organs of the body.
The process by which Erythropoietin regulates red blood cell production is called Erythropoiesis. When the kidneys and liver detects hypoxia in the blood Erythropoietin is released which stimulates red bone marrow to increase red blood cell production allowing for greater oxygen transport throughout the bloodstream(Martini, Ober & Nath 2014). The following diagram illustrates the cycle of Erythropoiesis when oxygen levels in the blood stream increase and decrease.
Erythropoietin is a glycoprotein that is produced primarily in the kidneys in adults and, to a lesser extent, in the liver. It behaves like a hormone, regulating the level of erythropoiesis, and keeping the RBC count within a narrow range
The ANS is part of the peripheral nervous system, being split into sympathetic pathways, which prepare the body for action and parasympathetic pathways which prepare the body for rest. This regulates the functions of the body and some of the muscles automatically.
The thyroid gland is part of the endocrine system, and it is controlled by the pituitary which is known as the “master gland” of the endocrine system. The pituitary controls the thyroid by producing Thyroid Stimulating Hormone (TSH) which stimulates the production of thyroid hormones. . The thyroid gland secretes two main hormones: Thyroxine (T4) and Tri-Iodothyronine (T3). These hormones increase metabolic rate, heat production, oxygen consumption, appetite, growth hormone secretion, alertness and quicker reflexes. The thyroid gland is located in the anterior portion of the neck, beneath the Adam’s apple. It is divided in two lobes on either side of the windpipe: right lobe and left lobe. These lobes create what looks like a butterfly shape. The gland is essential to the contribution of maintaining the homeostasis of the body. It plays a role in monitoring the body’s expenditure of energy and running the body’s metabolism.
Iron deficiency in the body limits the synthesis of heme, a prosthetic group of hemoglobin that in turn confines the synthesis of hemoglobin and decreases the production of red blood cells (RBCs) in the bone marrow resulting in anemia. The life span of red blood cells lowers because of the iron deficiency and even accelerates eryptosis. The removal of red blood cells during anemia can be attributed to an increase in membrane stiffness and a decrease in deformability, which decreases the ability of red blood cells to pass through the spleen without being removed (Nagababu et al., 2008).
In today’s age, performance enhancing drugs have become more advanced than just some special herbs and spices. Scientists today have found ways to manipulate elements to help provide muscle mass and stamina. Some types of performance enhancing drugs are human growth hormones (HGH), testosterone boosters, anabolic steroids etc. When taking HGH, a person might experience results such as an increase in muscle mass, an increase in bone density, and a reduced fat content in the body (Freudenrich). The same results could be found when you take anabolic steroids. Anabolic steroids have been sought after to athletes and bodybuilders because they increase the size and strength of muscles. They also increase aggressiveness and competitiveness, which can be desirable traits in sports (Helmenstine). On different occasions such as a cyclist or a long distance runner, these athletes will store some of their red blood cells when their hemoglobin is high. The athlete will then train and work as usual, but right before the athlete competes they will transfuse the blood they took out back into their body therefore creating more red blood cells to ...
The endocrine system is a collaboration of all the glands in the human body and all the hormones produced by those glands1. The glands are controlled by the stimulation of the human nervous system including the chemical receptors in the blood and the hormones produced by other glands. By regulating and controlling the hormone levels in the body the endocrine system controls homeostasis in the body1. The gland system can be divided into two types. Exocrine glands release secretions outside of the bloodstream, mainly to the skin and the mouth. Meanwhile, endocrine glands release secretions into the bloodstream where they are transported elsewhere2.
As we all know oxygen is the main source of life, in the human body Erythrocytes are one of the most important cells, (which transports oxygen to all cells and organs and takes CO2 to be extracted by the lungs), any changed or defect in the DAN or even the shape of it will lead to abnormality to our health. According to Elaine N & Katja H (2008 anatomy and physiology pp 642) Anemia “is a condition in which the blood’s oxygen carrying capacity is too low to support normal metabolism” which has multiple tips like Sickle cell anemia, Aplastic Anemia, Iron-Deficiency anemia and pernicious Anemia.
...culatory system. Pituitary gland is a growth hormone that helps in mertabolism and develops reproductive organs. The thyroid controls metabolsim on the rate that the body breaks down food. Adrenal gland secretes many hormones including adrenaline which prepares the body to react in a stressful situation. The pancreas produces digestive enzymes and insulin. Ovaries produce ova and estrogen. Testes produce sperm cells and testosterone. To stay healthy you should get a regular medical check-up, eat a well-balanced diet, sleep at least 8 hours, and decrease stress in your life. Some problems are growth disorders, diabetes, and obesity. Puberty begins at different times for girls then boys. Girls start around ages 9-13 and boys are ages 10-15.
The Endocrine System carries hormones into the blood and other body fluids. These chemicals are most important for our growth, responses to stress, metabolism and water and mineral balance. The hormones that the endocrine system distribute throughout the body provide feedback to the brain for neural processing. The reproductive hormones can somehow affect the nervous system development. The Hypothalamus controls some of the endocrine glands.
The endocrine system is a group of glands that create hormones in our bodies which help regulate growth and development, metabolism, sleep and mood as well as many others. The endocrine system secretes hormones internally through our blood stream. The endocrine system has a network of glands that work together to produce hormones and here is am example of some that may be small or have a small role in the endocrine system but are extremely important. The glands of the endocrine system are: hypothalamus, pineal, pituitary, thyroid, parathyroid, pancreas, adrenal, thymus and the female glands ovaries and the male glands the testes. These glands all produce different kinds of hormones in our bodies and they all do specific things that creates a response from, tissues, cells and other organs throughout our bodies. The endocrine system uses blood vessels to send message throughout our bodies to deliver hormones through cells.