...The Endocrine System Dirty Sanchez BEH/225 Introduction to Behavioral Science 19 March 2014 Mrs. Piggy The Endocrine System Human behavior can be affected by several factors; a person’s upbringing, the surrounding environment, and one’s personality. These are all examples of what one sees on the outside of the body. Inside the body, there is a system that can have several effects on human behavior. This system is called the endocrine system. This system is made up of glands that secrete hormones into the lymph system, also known as the bloodstream. Glands such as the thyroid and adrenal secrete hormones that affect human behavior. The thyroid gland secretes thyroid hormones such as triiodothyronine (T3) and thyroxine (T4), which regulate the human body’s metabolism. The adrenal glands secrete hormones such as, adrenalin and noradrenalin which can be related to fear and anger. The endocrine system’s secretions of hormones throughout the human body plays a large role on how a human behavior. The Role of the Endocrine System Like the nervous system, the endocrine system goes hand-in-hand in controlling and coordinating the reflexes and reactions of the human body. The endocrine glands create and execute communications throughout the body that are just as important as the nervous system (Coon & Mitterer, p. 74, 2012). Through secretion of chemicals, also known as hormones, the endocrine system secretes these...
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...Endocrine System Functions: Help regulate: • Chemical composition and volume of internal environment • Metabolism and energy balance • Biological clock (circadian rhythm) • Contraction of smooth and cardiac muscle fibers Control growth and development Regulate operation of reproductive systems Nerve impulses Neurotransmitter Endocrine system Hormones Hormones : regulate physiological activities of target cells in the body Endocrine glands Secrete the products (hormones) into the interstitial fluid surrounding the secretory cells, rather than into ducts Exocrine glands Secrete their products into ducts ( ex. sudoriferous glands, sebaceous glands) Major Endocrine organs of the body Target cell: organs regulated/affected by the hormones Role of Hormone Receptors Down-regulation • When a hormone is present in excess, the number of target-cell receptors may decrease • Decreases the responsiveness of target cells to the hormone Up-regulation • When a hormone is deficient, the number of receptors may increase. Makes a target tissue more sensitive to a hormone. Classification: (How far from their site of production they act) Circulating hormones (endocrine) Pass into the blood and act on distant target cells Local hormones Act locally without first entering the blood stream Chemical classes of Hormones Lipid-soluble Hormones • Steroid hormones • Thyroid hormones (T3/T4) • Nitric oxide Water - soluble Hormones • Amine...
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...1) Endocrine System- the endocrine system is a collection of glands in an organism that releases hormones into the circulatory system which are carried toward the organs. The endocrine system has many parts it for example the pancreas. 2) Steroid Hormones-enhances the growth of organisms. An example of steroid hormones is aldosterone. Steroid Hormones is important to the article because it’s the main cause for the endocrine system disruption. 3) Androgen- a synthetic steroid hormone, an example is trenbolone, it is important to the article because is one of the hormones that reverts at night and it causes scientist to experiment with it. 4) Fecundity-ability to produce an abundance of offspring, an example is an organism that has lots of offspring, it describes the reduction of the fish and the skew....
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...Endocrine System Hormones Directions: Fill in the following table. |Hormone |Endocrine Gland/Source |Controls/Responsible for What? | |Estrogen |ovaries |Responsible for the growth and development of female sexual | | | |characteristics and reproduction. | |Oxytocin |Hypothalamus |Stimulates contraction of the myometrium in the uterus and contractions | | | |of the myoepithelial cells of the mammary glands. | |Leptin |Adipose tissue |Regulates appetite and energy expenditure. | |LH |Anterior Pituitary Gland |Triggers ovulation in females, stimulates leydig cell production of | | | |testosterone in males. | |Testosterone |Testicles |Responsible for the growth and development of male sexual characteristics| | | |and the production of body hair. | |Dopamine |Sustania nigra |A neurotransmitter that brings...
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...elsewhere in the body, or in a body cavity. TWO KINDS OF GLANDS EXOCRINE GLANDS The secretion of the exocrine glands pass through a duct to the site where they take effect. Examples Salivary glands - Saliva Sweat glands - Perspiration Mammary glands - Milk ENDOCRINE GLANDS The gland known as ductless or endocrine glands secrete their product directly into the bloodstream. The term ductless indicates that no duct cones out from the glands. Their secretion are called hormones, also known as chemical messengers. They regulate and integrate body functions. ENDOCRINE SYSTEM The endocrine system refers to the collection of glands of an organism that secrete hormones directly into the circulatory system to be carried towards distant target organs. It is a system that controls body functions such as sleep, sexual behavior, digestion, metabolism, and physical development. The endocrine system is an information signal system like the nervous system, yet its effects and mechanism are classifiably different. The endocrine system's effects are slow to initiate, and prolonged in their response, lasting from a few hours up to weeks. In vertebrates, the hypothalamus is the neural control center for all endocrine systems. The communication begins at the base of the forebrain with the hypothalamus. The hypothalamus sends messages to the pituitary gland, which then secretes hormones into the bloodstream, affecting glands throughout the body. HYPOTHALAMUS The hypothalamus synthesizes...
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...Debate The endocrine system is comprised of organs, tissues, and cells that secrete hormones vital to homeostasis. There are two major coordination communication types of body function endocrine and neural. The endocrine coordination communication type involves the chemical signaling and releases hormones into the extracellular fluid. While the neural coordination communication involves both the chemical as well as the electrical signaling between neurons and target cells. Endocrine communication is comprised of chemical signaling being release as the hormones are into the extracellular fluid. From that point hormones are diffused into the blood and may travel to distant body parts where they provoke a response in the target cells. Further, the endocrine glands have no duct as they secrete hormones. Many organs have primary functions to secret hormones such as the heart, kidneys, and stomach (OpenStax, 2013). This is how the endocrine glands works in conjunction with other systems to maintain homeostasis....
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...Breonna Mosely 7/17/2014 Dr. Ganser Endocrine system effects on Sleep Deprivation Deprived sleep is a universal widespread problem observed in both children and adults. It is a vital process that helps in the functioning of learning, memory processing, cellular repair, and brain development. Statistics show that the average total hours of sleep have decreased per person to less than 7 hours per night over the past 3 to 4 decades. Many people experience sleep loss due pressures at work, stress, and our day to day lifestyle. The reduced hours of nocturnal sleep have shown to lead to serious health problems such as depression, obesity, hypertension, along with many other diseases. It also affects cognitive performance and emotionality. (1) The Endocrine system is responsible for the body’s stress systems and the release of the stress hormones necessary for adaptation and survival in the environment. Sleep deprivation are associated with increases in the hypothalamic- pituitary-adrenal axis, increased levels of cortisol and autonomic sympathetic activation and increased catecholamine levels during wakefulness. Increased sympathetic levels causes an increase in heart rate and blood pressure. Just briefly waking up from sleep for only a few seconds is associated with autonomic reflex, causing a temporary rise in heart rate and BP to the level seen while awake. This is more related to disruption and discontinuity of sleep than to the duration of sleep deprivation or...
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...The Endocrine System: Diseases and Age Related Changes Unit 10 assignment The Endocrine System: Diseases and Age Related Changes Unit 10 assignment CUSHING’S DISEASE: Cushing’s disease is when the pituitary gland releases too much adrenocorticotropic. The pituitary gland is a part of the endocrine system. This is disease is caused by a tumor or hyperplasia of the pituitary gland. The most common cause of this disease is known as adenoma, a benign tumor. With this disease the pituitary gland begins to overproduce ACTH which then causes the body to respond by over producing cortisol. Too much cortisol in the system can interfere with the bodies way of handling inflammation. ADDISON’S DISEASE: Addison’s disease is a chronic endocrine system disease where the adrenal glands don’t produce enough cortisol or aldosterone. Cortisol is the body’s way of handling stress; it also helps break down all of your macronutrients. Aldosterone helps the kidneys regulate the amount of salt and water in the body. There are two types of Addison’s disease; primary adrenal insufficiency which is when the initial problem is with the adrenal glands themselves. The other form is known as secondary adrenal insufficiency which when the adrenal glands are affected by an outside problem. ACROMEGALY: Acromegaly is a hormonal disorder caused when pituitary gland produces too much of a growth hormone during adulthood. Acromegaly is not a common disorder and is not usually noticed for...
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...SENSES AND THE ENDOCRINE SYSTEM TUI University Montest Bumpers Module 5 Case Assignment Anatomy and Physiology Professor Karmardi Mills December 17, 2012 What happens with a patient who develops a cataract? How does cataract formation represent a variance from normal anatomy & physiology? What happens in sensorineural hearing loss? How does sensorineural hearing loss represent a variance from normal anatomy & physiology? SENSES AND THE ENDOCRINE SYSTEM For years now researchers believed that cataracts are developed because the proteins in the eye change as people age. The changes in these proteins cause the lens to become cloudy. Smoking, poor nutrition, eye injury, exposure to excessive sunlight, and certain medical conditions such as diabetes, also may be factors that put people at higher risk of developing cataracts. Cataracts develop slowly. Some of the first signs people experience is a difficulty in reading the newspaper, or they experience blurry vision. Over a period of time the eyes become more sensitive to light, and seeing at night becomes especially difficult. A common symptom is that people with cataracts often say they feel they have a film over their eyes, as if they are looking through a piece of gauze. The condition actually may benefit some people who always had trouble seeing things that are near to them, such as the words in a book. The cloudiness of a cataract changes how light is focused and temporarily results in better vision...
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...Consists of one or more cells that produce and secrete a product * Most are composed primarily of epithelium * Exocrine glands – secrete their product onto the outer surface or into a cavity (have a duct) * Endocrine glands are ductless and secrete their product internally to be transported by the bloodstream * The pancreas has both endocrine and exocrine functions Endocrine Glands The endocrine system consists of glands and tissues that secrete hormones. Endocrine Glands: * Are ductless; they secrete their hormones directly into tissue fluid * From there the hormones diffuse into the blood stream for distribution throughout the body Hormones: * Are chemical signals that affect the behavior of other glands or tissues. * Hormones influence the metabolism of cells, the growth and development of body parts, and homeostasis. Hormones can be categorized into peptide hormones and steroid hormones: * Peptide hormones: (non-lipid soluble) * Include proteins, glycoproteins, and modified amino acids. (non-lipid soluble) * The peptide hormones can not enter the cell * Peptide hormones bind to a receptor protein in the plasma membrane and activate a "second messenger" system. * Second messenger sets in motion an enzyme cascade that leads to a cellular response * The second messenger causes the cellular changes for which the hormone is credited. (the peptide hormone stays outside...
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...zone, and what causes one to form? (9) - an area in coastal waters where there’s no oxygen -- fertilizers from farmland end up in coastal waters; grow algae up which sucks up the oxygen when they die; areas are growing; Gulf of Mexico has one size of state of Massachusetts 2. What was the largest public demonstration in American history? -- Earth Day; ~10% of country’s population participated (20 million) 3. When was the Environmental Protection Agency (EPA) formed? What events prompted its formation? -- 1970; in response to concerns raised at Earth Day and congressional pressure. (skip to 23:00)-- industrial waste flowing into the Chesapeake Bay (could be pig farms in NC) 4. Why does the investigator say “these rivers are delivery systems” to the bay? -- waste seeps into ground or routed by pipes into local streams/rivers and goes right into the bay 5. How do Perdue and other large chicken producers arrange to grow chickens for consumers? (~33) Why don't they raise the chickens themselves? -- contract with farmers; Purdue owns the chickens and feed and everything EXCEPT the waste 6. What is the difference in opinion about chicken manure between Perdue and other large chicken producers and the chicken farmers (represented in the film by Carole Morison)? -- Carole Morison = "a mess" -- it’s a negative, purdue should take responsibility; Purdue = “a resource” -- farmers should consider it a valuable resource 7. Do you agree with Perdue or Carole Morison? Why? 8. What’s the...
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...The glands in human body are of two types. One is exocrine glands and the other is endocrine glands. Endocrine glands These are ductless glands that secrete substances directly into the blood and which influence metabolism, body growth, development, activity, repair and other bodily functions. The endocrine glands are the glands of internal secretion. Below are the major endocrine glands in the endocrine system; Pituitary gland – The Pituitary gland is sometimes called the "master" gland of the endocrine system, because it controls the functions of the other endocrine glands. The Pituitary gland is no larger than a pea, and is located at the base of the brain. The gland is attached to the hypothalamus (a part of the brain that affects the pituitary gland) by nerve fibres. The Pituitary gland itself consists of three sections: • the anterior lobe • the intermediate lobe • the posterior lobe The anterior lobe produces hormones stimulating the Thyroid gland, the Adrenal glands, ovarian follicles, Ovaries and Testes. It also produces hormones to stimulate milk production in females after giving birth. The intermediate lobe produces hormones that control the skins pigmentation. The posterior lobe produces hormones to increase absorption of water into the blood by the kidneys and hormones to contract the uterus during childbirth and stimulate milk production. Pineal gland – The Pineal gland is about the size of a pea, and is in the centre of the brain in a tiny cave...
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...The Endocrine System When we look at the human body we realize that our body is made up of many systems that do a lot of different things. We will be focusing on the endocrine system. Throughout this paper we will be educating you on the purpose of the endocrine system, the organs within the system, the job of each organ, the relationship the endocrine system has with the rest of the body and medical problems and diseases associated with the endocrine system. The endocrine system are glands that produce and secrete hormones that the body uses for many different functions. These functions include respiration, metabolism, reproduction, sensory perception, movement, sexual development and growth. Also regulates the activity of cells or organs....
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...How do hormones function in our bodies? What are hormones? Do you know anything about genetics? These questions and more will be discussed in detail in the following essay. Hormones and heredity are two very different things; the only thing they have in common is that they both start with the letter “H”. Let’s break them down individually for a better understanding of what they are and how they are related to our bodies. The endocrine system plays a key role in helping to coordinate and integrate complex psychological reactions. The endocrine glands release chemical substances called hormones that are carried throughout the body by the bloodstream to help regulate bodily activities. Hormones organize the nervous system and body tissues; for example, during puberty hormones trigger the development of secondary sex characteristics like breasts in females or a deeper voice in males. Hormones activate behaviors; they affect such things as alertness or sleepiness, excitability, sexual behavior, ability to concentrate, aggressiveness, reactions to stress, and even desire for companionship. They can also have a dramatic effect on mood, emotional reactivity, ability to learn, and ability to resist disease. There are various glands located in the body which help secrete hormones into our bodies; pituitary glands are located on the underside of the brain; it produces the largest number of the body’s hormones and has the widest range of effects on the body’s functions. The pineal gland...
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...Foundations of Psychology Paper Geni Mayes PSY300 10/11/2013 Ashley Dolecki Foundations of Psychology Paper The five major schools of thought in psychology are psychoanalysis, behaviorism, humanistic psychology, Gestalt psychology, and cognitive psychology. However, there are many sub-categories to each of these basic schools each of them deals with all aspects from biological to environmental. The main different schools of psychology that vary both in attitude and in methods of working are these that consist of the Freudian, Jungian and Adlerian schools as well as Gestalts, behaviorist, and cognitive schools. Behaviorism is the term and school of thought from B. F. Skinner, who mainly focused on observable behavior. . His goal was of relating behavior to experimental conditions. Skinner had several theories in regard to operant conditioning. Skinner believed that learning is a function of overt behavior and changes in an individual’s behavior is a result of events that occur in the individual’s environment (Morris & Maisto, 2010). Psychoanalysis was invented by Sigmund Freud, who believed that the human mind was composed of three elements: the id, the ego, and the superego. This school of thought emphasizes the influence of the unconscious mind on behavior. Psychoanalysis delves into the innermost parts of the mind and reveals the causes of individual thoughts and behaviors. Freud researched repression, immorality of the subconscious, memory, par amnesia...
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