ALL YOU NEED TO KNOW ABOUT TESTOSTERONE...
| Testosterone pills are oral medications used to supplement the amount of testosterone produced in the body. The pills are necessary in situations when conditions exist that inhibit the body's natural ability to create testosterone, such as trauma to the pituitary gland or the testes. There are two main types of testosterone pills used to treat low testosterone levels and restore a normal balance of male hormones. Because chemically unbound testosterone supplements would be rendered harmless as they passed through the liver, testosterone pills are modified to allow the components to safely pass through the liver and be absorbed properly. Two of the more common formulas are known as methyltestosterone and testosterone undecanoate. Over time, some evidence that methyltestosterone can cause some damage to the liver has come to light. Many physicians around the world now tend to favor testosterone undecanoate, as it is absorbed through the small intestine and has less of a chance to negatively impact the liver. However, this second option with oral testosterone replacement is not currently approved for use everywhere. The United States is one example of a nation where testosterone is not currently available. | |
| Along with type, testosterone pills are also administered in two different ways. One way is the simple pill that is taken with water and swallowed in the same fashion as many other types of medication. There are also sublingual pills that are placed under the tongue and allowed to be absorbed into the body as they dissolve. While testosterone pills of both kinds can be effective in helping to treat low testosterone levels, there are benefits and drawbacks to their usage. The main benefit is the ease of use. Swallowing a pill or allowing it to dissolve under the tongue is a quick process that can be done at any time and in many different circumstances. However, the pills are normally processed and eliminated from the body in a short period of time, sometimes as little as three hours. This means frequent dosages must be administered in order to maintain testosterone levels. The need for several doses each day can make this option cost-prohibitive when compared to other treatments that are employed to raise testosterone levels. This makes it possible to routinely test the levels of testosterone in the body and make sure the treatments are helping to maintain a level that is within a normal range. A doctor can adjust the dosage on an as needed basis if the origin of the decreased testosterone level was due to temporary trauma to the body, such as surgery or an accident that temporarily impaired the ability of the body to produce testosterone. |
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Obviously the human body cannot function without the action of two major systems that flow in opposite directions. The nervous system inhibits or stimulates the production of different types of hormones, while the release of a certain group of hormones inhibit or stimulate the action of electrical impulses. These systems are converging on a point to preserve the survival of the organism to adverse situations or adapt to their environment, level of maturity or specific situation.
Glands and hormones. The glands are the structures that release different types of substances that have interference within or outside the body, human. There are two types of exocrine and endocrine glands, the former secrete their products to the lines that in turn send them to the surface of the body, either sweat, wax, fat, mucus, etc.. While endocrine release their products (hormones) into the extracellular space of the secretory cells. The secretion then passes into the capillaries to be transported by blood. Hormones are substances which regulate body processes such as growth, metabolism, reproduction and functioning of various organs. In animals, hormones are secreted by endocrine glands, ductless, directly into the bloodstream.
Hormonal balance and interaction. The amount of hormones released by an endocrine gland or tissue, is determined by the needs of the body relative to the hormone at any given time. The production cells that possess the information necessary to avoid hypo-or hyper-production of a hormone production in particular. Once that has been released into the bloodstream, the hormone is willing to go only to the target cells. Being all white cells for one or more hormones, but not all are able to respond to a particular hormone. This is because the receptors that bind to target cells to hormones.
The cells are usually subject to the same concentrations of hormones, so why only some react to certain types of hormone and others not? The answer clearly lies in the receptors, large protein molecules found in the plasma membrane, cytoplasm and nuclei of cells. Given this, only cells with appropriate receptors react with the hormones indicated. Once the receiver has joined the hormone, activation takes place in a series of biochemical events, recipients, in constant synthesis and degradation change in concentration and affinity in response to changes in the body. For example, when a hormone is overproduced responsible for synthesizing receptors do not decrease, in the so-called down-regulation. Furthermore when the amount of neurotransmitter is deficient, there is an increase in the number of receptors, the sensitivity of the cell is greater than the effect of the hormone, regulation upward.
A hormone released by an endocrine gland, the blood circulates, it reaches the cell and given him a specific message, this hormone is called the first messenger. Once bound hormone and receptor, is the increased production of cyclic AMP, a product synthesized from ATP (synthesized by an enzyme called adenylate cyclase in the plasma surface). Once synthesized, AMP, acts as a second messenger, does not produce a particular physiological reaction, instead, cyclic AMP activates one or more enzymes that together are called protein kinases, which can be found free in the cytoplasm or membrane-bound. These are able to phosphorylate a protein, to catalyze a physiological response.
The answers include regulatory enzymes, which induce secretion, activation of protein synthesis and alteration of the permeability of the plasma membrane. The process has a quality of waterfall, where a tiny concentration hormone, triggers a response of immense proportions. Although to be selective with a group of cells, hormones also need to interact with other hormones in the so-called permissive effect, in which for the portion of a hormone within the cell there must be a simultaneous exhibition or other hormone . Another type of hormonal interaction, is called synergistic effect, the process by which the effect of two or more hormones is a complement to each other and thus the target cell acts more effectively to the sum of the hormones involved. Finally, we find the antagonistic effect, which as its name implies, involves two or more hormones that affect the opposite way to the target cells.
Prostaglandins and hormonal feedback control Prostaglandins are structures associated with the formation of biologically active lipids that are secreted into the blood in small amounts. They are also called tissue hormones, both in its regional and its method of synthesis rather than endocrine tissues, but by nearly all mammalian cells. Chemical and mechanical stimuli and the anafilaxina, leading to their release. Prostaglandins are synthesized araquinoideo acid which can be released from phospholipids in the plasma membrane. Alternatively araquinoideo acid can be converted to leukotrienes, prostaglandin-related substances.
From a chemical point of view prostaglandins are formed by 20-carbon fatty acids containing five carbon atoms to form a ring cycle pentane. Varying with the tissue and species prostaglandins may increase or decrease the formation of cyclic AMP, so they may intervene in the action of certain hormone-dependent cyclic AMP as a messenger. Based on this assertion is determined that function as regulators of metabolism. Prostaglandins have diverse pharmacological properties from the applications that are granted in terms of biological activity on smooth muscle, secretion, blood flow, reproduction, respiration, nerve impulse transmission, etc.. Its effects also include reduction or increase in blood pressure, decreased gastric secretion, bronchodilation or bronchoconstriction, contraction or relaxation of uterine muscle, and many others.
There are methods to control the production of hormones, in order to preserve the body homeostasis depends on an effective regulatory system, negative feedback, in which information need on the part of the cell and the functionality of the hormone within this constantly exchanged within three main processes: The regulation of hormone secretion directly involved does the nervous system, In other feedback system, the hormone is released as a direct result of nerve impulses that stimulate the endocrine gland. The so-called regulatory factors (regulating hormones, known as the source of discharge) works through chemical secretions of the hypothalamus. Some glands and secreted hormones. Hormones released by the anterior pituitary. Hormone. Main Actions. Regulators. Disorders. Growth hormone. Growth of body cells; anabolism of proteins, elevated levels of blood glucose
Releasing factor growth hormone (GHRF); factor inhibiting growth hormone. Hyposecretion of GH during growth causes dwarfism its hypersecretion in the same period causes gigantism. Thyroid stimulating the thyroid gland. (TSH) Controls the secretion of thyroid hormones by the thyroid. Thyrotropin releasing hormone. The hypersecretion of thyroid hormones through the action of thyroid stimulating hormone, exophthalmic goiter cause. Adrenocorticotropic hormone. Controls the secretion of some hormones by the adrenal cortex. Corticotropin-releasing hormone. The later generates hyposecretion Addison's disease. Follicle stimulating hormone. (FSH) In women or female initiates the development of eggs and induces ovarian secretion of estrogen. In male individuals stimulates the testes to produce sperm. Gonadotropin releasing hormone. Luteinizing Hormone
In individuals of sex, together with follicle stimulating hormone stimulates ovulation and the formation of the corpus luteum producing progesterone. In male individuals stimulates interstitial cells to produce testosterone. Gonadotropin-releasing hormone. Prolactin. Promotes the production of luteinizing hormone and milk secretion. Prolactin inhibiting factor, growth factor. Melanocyte-stimulating hormone It stimulates the dispersion of melanin granules. Factor inhibiting melanocyte-stimulating hormone Growth hormone. The active hormone synthesis and decreases protein catabolism, and activates the metabolism of fats. It also stimulates secretion by the liver of somatomedin hormone that causes the bone formation. Exercise, stress, decreased intake of glucose, insulin and estrogen activate secretion of growth hormone. The release of this hormone is inhibited by a protein called somatostatin, which is synthesized by the hypothalamus, a brain structure that is believed to also produce a factor that stimulates growth hormone release.
The gigantism produced by excess hormone during childhood, acromegaly, caused by excessive synthesis of growth hormone in adulthood, and dwarfism, caused by a lack of hormone production in childhood are related diseases abnormal synthesis of growth hormone. It seems that the syndromes associated with excessive production of hormone response to administration of somatostatin, and dwarfism in the administration of growth hormone. In recent years, scientists have succeeded in producing human growth hormone through genetic engineering and drugs used to treat children whose height is low due to a deficiency in this hormone.
Follicle stimulating hormone (FSH) Nature gonadotropin glycoprotein hormone produced by the anterior pituitary lobe. In women it stimulates the maturation of the Graafian follicle and ovarian secretion of estrogens in men is partly responsible for the induction of spermatogenesis. Both luteinizing hormone (LH) and FSH are small glycoproteins with a molecular weight of 30,000, approximately. At the beginning of puberty, the pituitary starts to secrete gonadotropin hormones FSH and LH in bulk, resulting in the onset of sexual cycles per month (see Menstruation). The first menstrual period is called menarche. During each month of the female sexual cycle, there is a cyclical decline and an increase of both hormones, which in turn cause cyclic variations in ovarian Prolactin: The secretion of prolactin by the pituitary in turn is controlled by an inhibitory factor that forms in the hypothalamus, which is called prolactin-inhibiting hormone.
The concentration of prolactin in the blood increases steadily from the fifth week of pregnancy until delivery, which can reach up to 20 times the concentration is in non-pregnant woman. Also progesterone and estrogen are involved in the development of mammary glands, but these hormones have an inhibitory effect on the secretion of milk, therefore, opposed to prolactin. However, the secretion of these hormones by the placenta right after birth decreases abruptly, which makes serving lactogen stimulation of prolactin and breasts begin to secrete large amounts of milk during the following days after sustaining the secretion of colostrum (the fluid occurs in late pregnancy or the first time after delivery, whose protein and lactose content is the same as the milk carries nothing but fat). Luteinizing Hormone.
Gonadotropin glycoprotein hormone that nature, as follicle stimulating hormone or FSH, is produced by the anterior pituitary lobe.
Has an important role in the process of ovulation. Their action is manifested on the granulosa cells of Graafian follicle in the ovary. LH induces rapid secretion of follicular steroid hormones, which include a small amount of progesterone, which causes the follicle ruptures, becomes the corpus luteum and therefore occur expulsion of the egg. In addition, LH stimulates the secretion of testosterone by the testes. Hormones secreted by the posterior pituitary. Hormone. Main Actions. Discharge Control. Specific disorders. Oxytocin. Concentrations stimulates the smooth muscle cells of the pregnant uterus, stimulates contractions of the mammary glands. Neurosecretory cells of the hypothalamus secrete oxytocin in response to distention of the uterus and nipple stimulation. Antidiuretic hormone. Decreases urine volume, increases blood pressure by constricting arterioles during a severe hemorrhage. Hypothalamic neurosecretory cells secrete antidiuretic hormone, in response to a low concentration of water in the blood, smell, stress, trauma, anxiety, acetylcholine, nicotine, morphine and sedatives.
Your hyposecretion resulting diabetes insipidus. Oxytocin A hormone produced by the hypothalamus and stored and secreted by the posterior lobe of the pituitary gland, whose main function is to stimulate smooth muscle contractions. Contraction of the uterus occurs mostly at the end of pregnancy, childbirth, and helps the expulsion of the fetus. Also, mine gets epithelial cells of the breast, what is produced by the secretion of milk from the alveoli to the ducts, so that the baby gets it to suckle. In this case, this mechanism occurs through the stimulation of sucking on the nipple, which sends signals to the brain, oxytocin neurons in the hypothalamus, resulting in the release of oxytocin from the pituitary gland. Then, the hormone is transported through the blood to the breast, where it acts on mine-epithelial cells.
Antidiuretic hormone (ADH). An antidiuretic is any substance that inhibits excessive production of urine, so that the main action of this hormone is to regulate the volume of urine. The ADH causes the kidneys to withdraw water from the liquid to be converted into urine and return it to the bloodstream. This includes an increase in the permeability of the plasma membrane of cells of the kidneys reabsorb water so that more water passes from the urine more recently formed and returned to kidney cells. Vasopressin is also known for its properties vessel constrictor. Hormones released by the thyroid gland. Hormone. Main Actions. Control of secretion. Specific disorders. Thyroid hormones: Thyroxine (T4).
Professional regulates metabolism, growth and development as well as nervous system activity. Releasing hormone (TRH) is released from the hypothalamus in response to concentrations, of trust, high altitudes, low metabolic rate. Is inhibited in response to high concentrations of thyroid hormone, metabolic rate, high concentrations of estrogens and androgens and due to age. His childhood generates hyposecretion cretinism, hypothyroidism during the years of adulthood produces myxedema. Your hypersecretion produces exophthalmic goiter, excessive ou iodine deficiency goiter. Triiodobenzoate thyronine (T3) Same as above. Calcitocinina (CT) Decreases blood levels of calcium from the acceleration of absorption of calcium by bones. High levels of serum calcium stimulate secretion, the low, inhibited.
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Testosterone is known as a male sex hormone, but it is found naturally in both the male and female bo ... How Do I Increase Testosterone? Testosterone is an androgenic steroid hormone that is responsible for the physical characteristics se ... What is Testosterone Deficiency? Also known as hypogonadism, a testosterone deficiency is a condition in which the body does not produce an adequate amount of this ... What Is Testosterone Cypionate? Testosterone cypionate is a synthetic form of the male sex hormone testosterone. It and several other ... What Is Natural Testosterone? Natural testosterone is the male hormone that is produced in the testicles, and which gives men characteristi ... What is Andropause? ... of male menopause. Many of the symptoms are connected to physical origins, such as the decline of testosterone production. Here is some background on the phenomenon of andropause, including some of ... What Are Male Hormones? ... tissue, a tissue made up of interstitial tissue found within the testes. This tissue is what makes testosterone, the most predominant of the male hormones. Receptors for testosterone are found in m ... What Is a Hormone Test? ... o fall outside of the normal ranges may find themselves in one of two states of mind. Low levels of testosterone, sometimes called male menopause, can cause a lack of sex drive and impotence, while hig ... What Is Male Menopause? Male menopause is caused by the decline of androgen, or testosterone, in men's systems as they age. It is also known as late onset hypogonadism (LOH), androp ... What is the Best Treatment for Hair Loss? ... over. Both conditions are prompted by a decrease in the production of androgenic hormones, such as testosterone. However, once again, the activity of testosterone occurs in men and women differently. ... What Is an Orchidectomy? ... for orchiectomy, and some men may have unilateral or bilateral orchidectomy as a means of reducing testosterone that can exacerbate prostate cancer in advanced stages. Additional reasons why testicle ... What are Symptoms of Prostate Cancer? ... ng prostate cancer. African-American men are also more susceptible, as are men with high levels of testosterone. This is because testosterone stimulates prostate gland growth. Therefore, men who hav ... What Are Female Hormones? ... with females: estrogen and progesterone. These hormones, along with the traditionally male hormone testosterone, are produced in the ovaries. They all work along with the unisex follicle stimulating h ... What Are Medical Steroids? ... ey may refer only to steroids that are anabolic or that are similar in composition to hormones like testosterone, which is primarily produced in the male body. In this context, the adjective "medical" ... What Is Gynecomastia? ... ten, the origin of the enlarged breasts has to do with some type of imbalance between the levels of testosterone and estrogen in the system. Fortunately, there are several ways to treat this condition ... What Is Hypogonadism? ... reduction in function. This condition can be diagnosed with blood tests to check hormone levels. Testosterone in men is the hormone which is used as an indicator, and in women, tests can be done for ... What Are the Different Osteoporosis Causes? ... s, and poor posture. There are many different osteoporosis causes, including calcium, estrogen, and testosterone deficiencies, thyroid problems, smoking, a lack of physical activity, and certain medica ... What are Anabolic Steroids? ... r, anabolic steroids also found an illegal market among athletes seeking an edge in competition. Testosterone, the sex hormones, are closely linked to anabolic steroids. It's a crucial hormone to se ... What Is Tongkat Ali Extract? ... l remedy derived from the root of the Tongkat Ali tree. A compound that increases the production of testosterone, it is often used in sexual enhancement products. The extract is also known to produce o ... What Is Cryptorchidism? ... ed from cryptorchidism are more likely to have the condition. Abnormally low levels of the hormones testosterone and human chorionic gonadotropin (HGC) can also prevent the testes from completely desce ... What Are Male Menopause Symptoms? ... that afflicts some men between the ages of 40 and 60. As men age, their bodies begin producing less testosterone and other male hormones. In some individuals, lowered hormone levels can result in a not ... What Are the Different Types of Steroids? ... ant-based estrogen that can be used in place of synthetic varieties with less risk to the body. Testosterone is another of the many different types of steroids, and is the primary androgen that is ... What are XXY Chromosomes? ... e breast tissue, and scant to no development of hair on the body. XXY males often benefit from testosterone treatment during puberty to help produce adolescent development of adult male features. ... What is Lupron Depot®? ... action, Lupron Depot® is used to suppress the activity of ovarian and testicular androgens, such as testosterone, estrogen, and progesterone. Put simply, Lupron Depot® is hormone therapy. Since Lupr ... Why Do Men Have Nipples? ... may appear on both male and female fetuses, it is the introduction of hormones such as estrogen and testosterone which determine whether or not those nipples and breast tissues will function or not. T ... What is Saw Palmetto? ... etto reduces swelling and inflammation in the prostate gland, as well as limiting the absorption of testosterone in the prostate. Since saw palmetto blocks absorption of testosterone in the prostate ... What is Klinefelter's Syndrome? ... er's syndrome until they want to have children. The condition causes a decline in the production of testosterone, which results in limited fertility, and a diagnosis of Klinefelter's syndrome may be ar ... What Are Estrogen Blockers? ... ome people promote the use of estrogen blockers because of the estrogenic effects of high levels of testosterone in the body. Testosterone is a precursor to estrogen, and aromatase inhibitors can be us ... What is Impotence? ... ssues. In order for the erection cycle to work, the male body must secrete sufficient levels of testosterone. Some men suffer from a low level of testosterone, due to pituitary gland tumors, or a s ... What is a Gelding? ... is commonly referred to, will relieve any discomfort and help prevent any swelling. A gelding’s testosterone levels will begin dropping within the first few months and within one to two years, his ... What is the Adrenal Cortex? ... icoids like cortisol, while the inner layer, known as the zona reticularis, makes androgens such as testosterone. The levels of production are varied, depending on the person and his or her physical co ... What is Finasteride? ... finasteride inhibits 5-alpha-reductase (5 ar) Type II, the enzyme responsible for the conversion of testosterone to dihydrotestosterone (DHT). This is significant since certain conditions affecting men ... What Is a Prolactinoma? ... ommon symptom is erectile dysfunction or failure to have or maintain an erection. This is because testosterone levels are decreased by presence of prolactin. In women estrogen levels decline, wh ... How Do I Increase Sperm Count? ... rain on your body’s vital systems, and will help to keep the ratio between your body’s estrogen and testosterone levels in sync and thus increase sperm count. Men who want to learn how to increase s ... What Is Cholecalciferol? ... calciferol technically is a secosteroid hormone, and it is structurally similar to hormones such as testosterone and cholesterol. In terms of importance in the human body, vitamin D is virtually une ... How Do I Become an Alpha Male? ... le can also have a strong sense of traditional masculine behavior. Because of the higher levels of testosterone, many alpha males seek out occupations which require exceptional physical abilities or h ... What are Hair Loss Vitamins? ... loss. Androgenic hormones are to blame for 95% of all cases of hair loss. In men, a decrease in testosterone production leads to available quantities of this hormone degrading into the by-product d ... What Is Chaste Tree Extract? ... that chaste berry inhibits prolactin at higher dosages, which has the subsequent effect of lowering testosterone levels. While most men may not consider this advantageous, it may be useful to those bat ... Why do Life Expectancies Differ for Men and Women? ... ue to the onset of puberty and the bodily changes young adults face. Raging hormones, nicknamed the testosterone storm, are said to be responsible for a high degree of recklessness during this period a ... What is a Luteinizing Hormone? ... helps regulate the menstrual cycle and ovulation. In men, this hormone stimulates the production of testosterone, which plays an important role in producing sperm. Determining the amount of luteinizing ... Which Medications Can Be Delivered in Patch Form? ... ly patches. Medications in patch form are also available for some forms of anti-depressants, for testosterone, and some are looking at development of an insulin patch for diabetics. Those medicatio ... What Is Oatstraw? ... en who want to enhance their sexual functioning. In general, they claim that it seems to reactivate testosterone levels in the blood. The extract is often used in conjunction with saw palmetto for that ... What is a Sympathetic Pregnancy? ... ries. Long term male and female cohabitation can lead to an irregularity of hormones in the male. Testosterone and estrogen levels have been known to fluctuate in males, which may account for a sympa ... Why is Hair Loss More Common Among Men than Women? ... s between men and women. Some women have a genetic predisposition to hair loss as a large amount of testosterone in their systems reacts with hair cell enzymes to produce thinning hair. All humans dai ... What Is an Orchiectomy? ... cancer. The effect of orchiectomy on prostate cancer is likely to be due to the large reduction in testosterone levels that occurs after removal of the testes. What is an Enlarged Prostate? ... average size of the prostate is roughly that of a walnut. However, changes in the balance between testosterone and estrogen in the male body may trigger a period of modest growth in men as they appro ... What is Levodopa? ... -counter supplement form. It is claimed to support body building and increase libido by increasing testosterone. Neither these claims nor possible side effects have been clinically evaluated. Rememb ... What Is DHEA? ... hormone in the body is not fully understood, although it is known to be a precursor to estrogen and testosterone, two important sex hormones. As with many other hormones, levels of this hormone change ... What Is Pleiotropy? ... one gene codes for multiple traits that have different and competing effects. Some traits, such as testosterone production, help to increase general fitness early in life but can, later in life, lead ... What Are Osteoclasts? ... ost-menopausal women, who have suffered a decrease in estrogen, and men who have suffered a drop in testosterone production. In these men and women whose bodies have slowed hormone production, the oste ... What Is a Muscle Building Supplement? ... nger and more often without concerns of overall damage to muscle groups. Hormone additives, natural testosterone boosters, and multivitamins also are classified under the muscle building supplement umb ... What Are Seminiferous Tubules? ... nd from which they are secreted. Surrounding the seminiferous tubules are Leydig cells that excrete testosterone and other hormones. These cells are formed in utero but remain dormant until puberty, wh ... What Are Gonadotropins? ... gonadotropin is luteinizing hormone, which is involved in ovulation in women and the production of testosterone in men. Another gonadotropin is follicle-stimulating hormone (FSH), another hormone whic ... What Is a Sertoli Cell? ... ample, spermatogenesis begins when Sertoli cells secrete a protein to increase the concentration of testosterone in the seminiferous tubules. Puberty triggers the beginning of spermatogenesis, and ... What is Licorice? ... cea. On the other hand, it has also reportedly been associated with high blood pressure and reduced testosterone. What are Some Causes of Premature Hair Loss? ... a, also called male or female pattern baldness. In this condition, the presence of extra hormones, testosterone and DHT, affect the growing cycle of hair, causing more than the usual shedding of hair ... What Is Anabolism? ... ferent conditions, such as delayed puberty. They increase muscle growth and are closely related to testosterone, so they stimulate many other masculine features such as voice depth and hair growth. A ... What Is an Inguinal Orchiectomy? ... testicular removal and it might be employed for a number of reasons. Some of these include reducing testosterone level, removal of a cancerous testicle, or to increase survival rates of other forms of ... What Are Different Types of Protein Shakes? ... m plants, and has good antioxidant properties. Some people believe soy protein causes a decrease in testosterone and an increase in estrogen, but there is a great deal of debate on this subject. What Are Androgens? ... c androgen hormones. There are several different types of androgens, the most important of which is testosterone. Each androgen controls one or more aspects of masculine development or function. Note t ... What Is Bone Remodeling? ... mones and hormones inside the body. These include vitamin D, parathyroid hormone (PTH), calcitonin, testosterone, and estrogen. Any derangement in the actions of these chemicals can lead to certain med ... What Causes Infertility? ... e pituitary gland, which may be unable to produce the hormones that enable the testicles to produce testosterone. Other known causes of low sperm count are drug related. Smoking is known to cause a ... What is Horny Goat Weed? ... rmones to normal levels. Consumption of the weed may aid in increasing lower levels of cortisol or testosterone and thus helping to raise the desire for physical intimacy as well as the ability to ach ... What are Hormones? ... e to negative feedback cycles. Our goal is to keep the concentration of a certain chemical, such as testosterone, at a constant level for a certain period of time, the way that a thermostat works. Usin ... What Is Tribulus Terrestris? ... ve as a diuretic as well as a remedy for side effects associated with male menopause. Levels of testosterone, estrogen, and DHEA may possibly be increased through the use of puncture vine. The acti ... What Are Aromatase Inhibitors? ... re also sometimes used by bodybuilders taking anabolic steroids to prevent the conversion of excess testosterone, an androgen, into estrogen, which can cause undesirable effects including gynecomastia, ... What Is Macroorchidism? ... elop macroorchidism just before or during puberty, possibly because of imbalances in adrenaline and testosterone. Cases of macroorchidism that either appear suddenly or do not develop until some point ... What is Addison's Disease? ... d pressure problems will result. The cortex is also responsible for producing the male sex hormone testosterone. In around 70% of people suffering from Addison's disease, the cause is related to th ... What is Roid Rage? ... bolic steroids, a dangerous practice for many reasons, they are essentially placing extra levels of testosterone in their bodies. This hormone can at first have positive effects on the psyche, which l ... What Promotes Muscle Growth? ... In addition to protein, other natural and synthetic drugs may be taken to promote muscle growth. Testosterone, anabolic steroids, and human growth hormone are just a few of the many chemicals and co ... What is Dutasteride? ... ism of action is to suppress 5-alpha-reductase (5 ar), the enzyme responsible for the conversion of testosterone into dihydrotestosterone (DHT). While male-pattern baldness and benign prostatic hyperpl ... What Are the Different Ways to Shrink Fibroids? ... ay take a drug called Danazol to help shrink fibroids. This drug is synthetic and acts similarly to testosterone, a male sex hormone. It stops a woman’s menstrual periods and may help to shrink fibroid ... What is Estrogen? ... main type of estrogen produced is estradiol. Enzymatic actions produce estradiol from androgens. Testosterone contributes to the production of estradiol, while the estrogen estrone is made from ando ... What Is Hair Loss Shampoo? ... otesterone (DHT) were developed to help retard baldness in males. DHT is converted from the hormone testosterone and can bind to hair follicles, causing them to enter a resting phase faster than normal ... What Is Biotherapy? ... sed during therapy are synthetically made. In breast cancer patients, for example, the male hormone testosterone is often used to shrink or remove any tumors. Estrogen hormonal replacement therapy is a ... What Should I Expect from a Cholesterol Test? ... o live. Our bodies use cholesterol to build cell walls, to help make hormones such as estrogen and testosterone, and to help the body digest fatty foods. However, it becomes dangerous when we have to ... How Do I Treat Fibroid Pain? ... ibroids to shrink. Another medication called danocrine, a synthetic drug with properties similar to testosterone, is also used to encourage fibroids to shrink. However, some women experience unwanted s ... What is Hyperplasia? ... congenital adrenal hyperplasia. Congenital adrenal hyperplasia results from improper amounts of testosterone and estrogen, which cause marked differences in the development of sexual organs. These ... What is Hardgaining? ... dgaining. In addition to body type, genetic factors can also determine who will be a hardgainer. Testosterone production, thyroid sensitivity, and adrenaline are just some of the many genetic factor ... What Is Congenital Adrenal Hyperplasia? ... l is affected by this condition, but mineralocorticoids, such as aldosterone, and androgens such as testosterone can also be affected. To better understand congenital adrenal hyperplasia, it is hel ... What Is Angiofibroma? ... py and surgery. Hormone therapy involves the use of a drug called flutamide, which acts by blocking testosterone receptors. The activity of this drug is further evidence for a hormonal cause for the co ...
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