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Search Term: " Bea-1 "
NOW Beta-1, 3/1, 6-D-Glucan: Immune Support You Can Count On   
Date:
September 13, 2022 10:48 AM
Boost Immunity with Beta GlucanIf you're looking for an immune support supplement that is effective and backed by science, look no further than NOW Beta-1, 3/1, 6-D-Glucan. This Immune Support Supplement is a bioactive carbohydrate derived from the cell wall of Saccharomyces cerevisiae, commonly known as Bakers' yeast. Scientific studies have shown that yeast-derived Beta-Glucan can interact with certain immune cells, including those present in the gut-associated lymphoid tissue (GALT). The GALT exists in the intestinal tract and is known to play a critical role in healthy immune system function. NOW Beta-Glucan is blended with Maitake Mushrooms for complementary support. How NOW Beta Glucan Works NOW Beta Glucan works by interacting with certain immune cells, including those present in the gut associated lymphoid tissue (GALT). The GALT exists in the intestinal tract and is responsible for a large portion of the body's immune response. When the body is exposed to a foreign substance, such as a virus or bacteria, the cells of the GALT produce antibodies which help to fight off the invader. In addition to producing antibodies, the cells of the GALT also secrete cytokines; these are signaling molecules that help to regulate the body's immune response. Studies have shown that Beta Glucan can help to modulate the activity of cytokines, which may help to promote a healthy immune response.* The Benefits of NOW Beta Glucan In addition to supporting a healthy immune system, NOW Beta Glucan has also been shown to have other potential health benefits. One study showed that Beta Glucan was able to decrease total cholesterol levels and LDL cholesterol levels in individuals with high cholesterol.* Another study showed that Beta Glucan was able to increase natural killer cell activity in healthy individuals.* Natural killer cells are a type of white blood cell that helps to protect the body against infection.* If you're looking for an effective and science-backed Immune Support Supplement, look no further than NOW Beta 1, 3/1 ,6 -D -Glucan. This bioactive carbohydrate derived from yeast has been shown in scientific studies to interact with certain immune cells present in the gut associated lymphoid tissue (GALT). The GALT exists in our intestinal tracts and plays a critical role in our overall immunity. NOW Beta Glucan is also blended with Maitake Mushrooms for complementary support. So why wait? Give your immunity the boost it deserves with NOW Beta 1, 3/1 ,6 -D -Glucan today!
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=6444) Phytoestrogen 
Date:
March 27, 2009 01:56 PM
Menopause is the time at which a woman stops ovulating and menstruation ceases, which indicates the end of fertility. Menopause is not a disease, but rather a natural progression in life, similar to puberty. Many years before a woman stops ovulating, her ovaries will begin to slow their production of the hormones estrogen, progesterone, and testosterone. Estrogen and progesterone are often thought of as the reproductive hormones. Although estrogen is essential in reproduction, it is also extremely important in other non-reproductive organs and systems in the body. Cells in the uterus, bladder, breasts, skin, bones, arteries, heart, liver, and brain all contain estrogen receptors. These organs need this hormone in order to stimulate these receptors for normal cell function. Estrogen is needed to keep the skin smooth and moist and the body’s internal thermostat working properly. Estrogen is also essential for proper bone formation. Even though estrogen levels drop sharply after menopause, they do not disappear entirely. Other organs take over for the ovaries, continuing to produce a less potent form of estrogen. These organs, known as endocrine glands, secrete some hormones from fatty tissue in order to maintain bodily functions. Progesterone works along with estrogen, stimulating changes in the lining of the uterus to complete the preparation for a fertilized egg during the second half of the menstrual cycle. If no egg is fertilized, the uterine lining is broken down and expelled, allowing the cycle to being again. Progesterone also has effects beyond the reproductive system, as it calms the brain and also affects other aspects of nervous system function. Testosterone is most important for both men and women, with women producing about 80 percent less than men do. However, it is the driving force for maintaining a healthy life and proper functioning organs. The period when a woman’s body is preparing for menopause is known as perimenopause. For the majority of women, hormone production beings to slow down then they reach their thirties, continuing to diminish with age. Many women will experience few if any symptoms at this time, but others may suffer from anxiety, dry skin, fatigue, feelings of bloating, headaches, heart palpitations, hot flashes, insomnia, irritability, decreased interest in their significant other, loss of concentration, mood swings, night sweats, reduced stamina, urinary incontinence, uterine dryness and itching, weight gain, cold hands and feet, joint pain, hair loss, and/or skin changes. Menopause occurs when a woman stops menstruating altogether. At this point, most of the acute problems a woman may have experienced are actually over and a new balance between all hormones should be established. However, women become increasingly vulnerable to other, potentially serious health problems at this time. Over the long term, the diminished supply of estrogen increased the likelihood of cardiovascular disease, osteoporosis, and uterine atrophy. Osteoporosis especially is a major problem for women after menopause, with an estimated 80 percent of the hip fractures that occur in the United States every year being due to osteoporosis. A proper diet, nutritional supplements, and exercise can help to minimize or eliminate most of the unpleasant side effects of menopause. The following nutrients are recommended for dealing with this stage of life: beta-1, cerasomal, coenzyme Q10, DHEA, essential fatty acids, lecithin granules, a multi-enzyme complex, soy protein, vitamin B complex, vitamin D3, vitamin E, boron, calcium, magnesium, quercetin, silica, zinc, l-arginine, multiglandular complex, a multivitamin and mineral complex, vitamin C, aloe vera gel, slippery elm, damiana, amaranth, chickweed, dandelion greens, nettle, seaweed, watercress, anise, black cohosh, fennel, licorice, raspberry, sage, unicorn root, wild yam root, hops, valerian root, gotu kola, red clover, dong quai, St. John’s wort, and Siberian ginseng.
All these above listed vitamins and herbs are available in capsule, tablet, or powder forms. When looking for natural alternatives to help replace estrogen naturally, look to your local or internet health food store for name brand products that can help restore an imbalance over time.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1983) Basics of the Immune System 
Date:
June 10, 2005 03:01 PM
Basics of the Immune System by Leonid G. Ber, MD Energy Times, September 1, 1998 In a world filled with pathogens and microbes, good health and resistance to disease is no accident. It requires a vigorous and vigilant immune system. The immune system should be viewed as an internal security force that is constantly checking the identity of everything entering and already existing in the body. A cell or substance may be recognized as "non-self" and a potential enemy if it does not have the right molecular make-up. A cell displaying molecules produced according to a different blueprint than the body's own code may be recognized as foreign. To eliminate alien material that may harm the body, the immune system must take swift action. Recognizing entities that originate outside the self forms the key to overall immune system response. This key is carried in the body by cells called macrophages (ma-kro-fajs), a name derived from a Greek term meaning "big eater." Macrophages eat or engulf foreign cells and molecules. When a macrophage encounters something that it distinguishes as being "non-self" or abnormal, it can attack the enemy with a series of assault weapons, including free-radicals (reactive substances) and enzymes, that dissolve and weaken the intruder. In fact, an enzyme produced by macrophages called lysozyme is recognized as one of nature's most powerful anti-infective agents. These chemical defenses, along with engulfment and complete digestion by macrophages, can effectively stymie invasion by disease-causing pathogens. Disease Invasion Harmful invasion can originate in the body's own cells as well as begin from outside sources. While we are constantly exposed to bacteria, viruses, fungal cells and parasites, destructive cancerous growths often start within the body. Every day, thousands of the body's cells mutate into possible cancers. Under most circumstances, the immune system keeps these cells under control. But when the immune "security" system slips up, these harmful growths multiply unrecognized. Getting Specific The initial immune response that recognizes invaders is called a "non-specific defense mechanism" since this immune response is generally the same toward all invaders. This counter-attack entails battling every invader pretty much identically: a macrophage can engage, dissolve, weaken, engulf, digest, eliminate. However, if, despite the initial immune efforts, the problem persists, a macrophage can tag an invader and "introduce" it to the rest of the immune system, thus recruiting more specialized types of immune cells to enter the battle. This tagging function endows macrophages with the name "antigen-presenting cells." (Antigens are substances that can provoke specific responses by the immune system.) Most antigens are proteins. Proteins are relatively large molecules made of smaller units called amino acids. The specific geometric organization of amino acids is what conveys uniqueness to each protein. (Your genetic code forms a blueprint for the production of your own, individual proteins.) Protein molecules produced by one human being can act as an antigen for another human being. That's why organs transplanted from one person to another can be rejected by the immune system. Unless organs are transplanted from one identical twin to another (who share the genetic blueprint for protein creation), doctors must use immune-suppressing drugs to curtail organ rejection. At the same time as these medicines prevent transplant rejection, they also make people more susceptible to infectious diseases and cancer. Specialized Immunity After one set of immune cells chemically tags antigens (invaders) for recognition, other highly specialized parts of the immune system go into action: Cells called T cells or T lymphocytes acknowledge the invaders and can take the further action (second line of defense) that is necessary to render them harmless. T cells get their name from the thymus (an organ located behind the sternum) where they originate. The thymus, most active when we're young, usually shrinks and apparently slows or shuts down its activity about the age of forty. A wide variety of T cells inhabit lymph nodes (soft, usually round, pea- or nut-sized organs) and other body areas. For instance, natural killer cells, as their name implies, are a particularly aggressive type of T cell. Another type of T cell is called T helper (a cell that supports development of immune response). T suppressors halt immune response when infection ends. In order to make all these different cells work in concert, cytokines or messenger molecules are produced that facilitate constant communications between all the parts of the immune system. The B Team Other organs of the immune system include: *bone marrow: a powerful cell producing organ where the majority of immune cells are born; *spleen: an abdominal organ that forms a reservoir for the production of immune cells. Lymph nodes oversee particular segments of the body where they collect and recycle tissue fluids. Like an early warning system, lymph nodes react when an invader is detected in the part of the body that it controls. Yet another step in the so-called immune cascade entails action by lymphocytes, called B cells, which originate in the bone marrow. These cells produce antibodies which are immune proteins (immunglobulins) that attack specific antigens. While traveling in the blood, an antibody can bind to an antigen, curtailing its harmful action. This bound up molecule forms a complex easily recognized by scavenging macrophages which make a quick meal out of the unlucky invader. After enemy cells are removed from the body, knowledge of this victory resides in the immunological memory prolonging your resistance toward specific disease pathogens indefinitely. That's why someone who has recovered from a disease like the measles may be impervious to reinfection. Rules for Optimum Immunity Even though the immune system consists of a complex team of hard-working cells, enhancing your immunity is relatively easy: Maintain a healthy lifestyle. Avoid continuous stress and negative emotions or cope with them through exercise or meditation. Consistent, moderate exercise can boost the immune system. Massage can also help although extreme care must be taken when inflammation or disease is already present. Sleep 7-8 hours a day. Sleep allows the body to recover and rebuild. Protein synthesis, vital for a healthy immune system, increases during the night. Stick to a healthy diet. Your immune system consists of trillions of cells. Consequently, nutrients important for cell health boost the immune system. A balanced low-calorie diet rich in complex carbohydrates, "good" fats (including fish oils, olive oil and flaxseed oil) along with vitamins, minerals and phytonutrient antioxidants from fresh fruits and vegetables can fortify immune cells. Plus, drinking plenty of water helps improve circulation of lymph fluid. These recommendations are not hard to meet once they become a part of your daily routine. However, extra immune security may be necessary during flu season, while traveling long distances (airplanes are notorious sources of pathogens) or when working extensive hours in front of a computer screen. In addition, exposure to x-rays, immunosuppressive chemicals, ultraviolet radiation (the sun) or simply aging may give your immune cells extra burdens. Your "specific" immune system does not respond immediately to the challenge of invasion by an infectious organism. Instead, it may require about 2 weeks for an effective reaction after antigen recognition and alerting T cells. During this period, the macrophages' non-specific defense assumes a crucial role in keeping infection in check. Enhanced activity by macrophages is especially important for recognizing and destroying cancer cells. The most dangerous cancers are those that can mimic normal cells and avoid the immune system's wrath. Few substances can activate macrophage function in the body (aloe vera contains substances that contribute to this process). The most powerful macrophage activator recognized by the scientific community is a sugar-like substance called beta-1,3-D-glucan. Beta-glucan, extracted from the cell walls of common Baker's yeast, when taken in certain small amounts, can prevent infection by making macrophages more active in recognizing and attacking infectious bacteria, fungi and certain viruses. This kind of activation can encourage macrophages to attack previously unrecognized tumor cells. As a result, tumors may be eradicated as the immune system mobilizes and produces what may be known as "spontaneous healing." Hungry Macrophages When a macrophage works overtime fighting disease, its demand for nutrients and energy increases dramatically. Vitamin C, known for its immune supporting function, seems to be especially important for maintaining fully active macrophages. Vitamin C collects in macrophages, often reaching forty times the concentration found in surrounding blood. What are conventionally considered normal amounts of vitamin C in the body may be insufficient to keep macrophages well supplied with this antioxidant. Therefore, extra amounts of vitamin C can keep the immune system in fighting trim. Scientists are only now beginning to uncover the secrets of the highly organized immune system. One thing's certain: The immunity security team depends on proper lifestyle, nutrition and supplements to maintain the critical defenses necessary for good health. Dr. Ber received his doctorate in internal medicine from the Yaroslavle, State Medical Institute in Yaroslavle, Russia.
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