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What else can I help you with?
Could hormone imbalance be directly related to an overactive thyriod?
Yes, hormone imbalance can be directly related to an overactive thyroid. An overactive thyroid, known as hyperthyroidism, can disrupt the balance of hormones in the body by increasing the production of thyroid hormones. This can lead to symptoms such as weight loss, rapid heart rate, and anxiety.
Why is it important to explain to the client possible skin sensitivity during menstruation?
It is important to explain possible skin sensitivity during menstruation to the client because hormonal fluctuations during this time can make the skin more reactive to products and treatments. Estrogen and progesterone levels can impact skin hydration, oil production, and inflammation, leading to increased sensitivity. By informing the client about these potential changes, they can adjust their skincare routine accordingly to prevent irritation and maintain skin health.
Explain how hormones can play a role in weight-lifting running and muscle relaxation?
they don't
Why do boys find girls attractive?
As boys mature, they develop these hormones that attract them to girls. Scientifically, it's hard to explain.
Can the hypothalamus help you lose weight?
Yes as it is involved in homeostasis by releasing hormones that regulate control. Eating protein can activate a region in the brain to release more satiety hormones, however more research is need to explain why and how.
What may best explain the relationship between excess body fat and higher risk for cancers of the female reproductive system?
Excess body fat produces more estrogen, which may promote tumor development
Explain the importance of membrane protein receptors in determining the response of cells to neurotransmitters and to hormones?
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Explain the role of gibberellins in the germination of wheat or barley?
They are plant hormones that regulate the growth and developmental processes of such plants. Please see the related link below for more information.
How do you EXPLAIN a sudden growth spurt of 2-3 inches in height in less than one month without using growth hormone injections?
Your body makes its own growth hormones.
What are the fat burning hormones in your body?
Hormones affect many different processes including metabolism, growth, development, mood, and aging. The so-called "fat burning" hormones are parts of the endocrine system. Glands or glandular tissues secrete hormones, which act like chemical messengers that affect every organ system in the body and control many of the body's vital functions. It's a very complex system and much remains unknown. Many different glands (such as the pituitary, thyroid, adrenal, and parathyroid) as well as organs (such as the kidneys) secrete hormones, which travel through the bloodstream and exert their influence on body parts away from their origin. Other tissues produce similar substances (such as prostaglandins) that have specific, localized functions. The entire system is very delicately balanced by an interconnected set of controls. Many hormones circulate in very small quantities. When the endocrine system becomes unbalanced, health can be compromised. If you suspect hormonal imbalances, your internist or other primary care physician may refer you to an endocrinologist. We all want to be healthy. We also want to live long lives and to be trim. Can deliberately manipulating certain hormones help us achieve these goals? Recent attention has focused on three hormones, namely, insulin, testosterone, and human growth hormone (HGH). In terms of longevity, interest in insulin has waned. It appears that supplementation is counter-productive since both animal and human studies have demonstrated that the less insulin secreted, the longer the life. (This is why it is possible that restricting carbohydrates may increase life span: the fewer cabohydrates you consume, especially refined (processed) carbohydrates the less insulin your body will secrete.) Old people have low resting insulin levels. Insulin has its own side effects, including hypoglycemia [low blood sugar] and cardiovascular complications, which helps to explain why cardiovascular failure is the primary cause of death in diabetics. Testosterone and HGH are potent anabolic hormones. Professional bodybuilders and other athletes have used them to achieve massive size and increased strength. All anabolic steroids are molecular tweakings of testosterone's basic structure; besides being illegal, they also may have serious side effects. How does this relate to fat burning? The greater your lean muscle mass, the more calories you'll burn. For example, adding ten pounds of muscle will burn an extra 350 to 500 calories daily. (This is why many large bodybuilders can consume 4000, 5000, 6000 or more calories daily and still be trim.) So testosterone and HGH may be considered fat-burning hormones. As we age past 40, our levels of both testosterone and HGH begin a slow decline. (Also, our tendency to become insulin resistant increases; this level relates directly to the levels of testosterone and HGH as well as to body composition and amount of exercise or physical activity.) When medical tests reveal a deficiency of testosterone and HGH and the hormones are administered supplementally, there have been significant therapeutic turnarounds. However, any such therapy is not risk free. Side effects (including male breast development, excessive water retention, and joint pain) may be blocked by the right (lower) dosage. The reluctance of physicians to prescribe supplemental doses of testosterone and HGH is due to the fact that it may be best if our bodies reduce production of both hormones. In other words, higher levels may be beneficial to the young but not to the old. (This is called "antagonistic pleiotrophy.") For example, even though estrogen is the only hormone recognized as a carcinogen, cancer remains a major concern of physicians when it comes to replacement therapy using other hormones such as HGH. Most people over 60 are deficient in HGH, and one of the primary symptoms of that deficiency in adults is excessive fatigue, which is due to reduced maximum oxygen intake and obviously detracts from the quality of life. Other effects of deficiency include heart problems and impaired brain function. Might a shorter life with a higher quality be worth the risks of low dosage therapy? The beneficial effects may outweigh the risks. Similarly, since testosterone-deficient men face a shorter life span, might therapy aimed at boosting testosterone levels to a mid-normal range be worth the risks? If you are a candidate, it's best to discuss your options with your physician. These are difficult decisions. On the other hand, if you are under 40 and just looking for a short-cut to losing fat, the risks of supplementation (such as cancer) seem clearly to outweigh the possible benefits. What is known is that proper eating and exercising, particularly intense strength training, can retard age-related muscle loss (called "sarcopenia"). If you are eating sufficient proteins from natural sources every several waking hours, not consuming any refined (processed) carbohydrates, drinking plenty of clean water, and exercising properly (in other words, doing proper strength training and cardio), you are already doing a lot to prevent sarcopenia. Yes, it's work, but anyone can lose fat in a lasting way by eating and exercising properly. You'll not only love the results, but they are results that you will be able to take pride in.
Explain the mechanism of action of nonsteroid hormones?
All non steroid hormones are proteinacious and can't enter cell .they attach with fixed membrane receptor which activates an enzymes that activates a second messenger i.e. cAMP that carries message in side cell .
What is a testable hypothesis to explain how trenbolone acetate causes testicles to shrink?
A testable hypothesis could be that trenbolone acetate suppresses the production of testosterone in the testicles, leading to decreased testicular size. This could be tested by measuring testosterone levels in the test subjects before and after trenbolone acetate administration and assessing changes in testicular size through imaging techniques.
