Boost your bodies defenses by 437%The terrible trio that assault the immune system
Poor Nutrition FACT: All forms of sugar (including honey) interfere with the ability of white blood cells to destroy bacteria. A report published in the American Journal of Clinical Nutrition stated that within thirty minutes of consuming four ounces of glucose, fructose, sucrose, honey or fruit juice, a 50% reduction in the ability of white blood cells to destroy foreign invaders occurs and can last for over five hours. The average American ingests 150 grams of white sugar daily. FACT: Suppressed immunity can come from even a minor deficiency of iron and selenium, two minerals that significant numbers of Americans are lacking. In addition, vitamin A deficiencies are common in children and can cripple immune functions. FACT: Excessive fat intake impairs immunity. Elevated cholesterol levels can inhibit a number of immune functions including the ability of white blood cells to attack infectious organisms. FACT: Obesity has been linked to weakened immune function. Overweight people have debilitated white blood cells. Antibiotics resistance to" Super Bugs " a global problem
"Bacterial resistance to antibiotics is a growing public health threat to the United States," says Richard Besser, M.D., of the CDC’s respiratory disease branch.
Substances once thought to be miracle drugs are currently posing one of the most serious health threats we have faced in decades. Bacteria are now outwitting even our most potent antibiotics, creating a global threat of enormous proportions. We all shudder at the thought of flesh-eating bacteria or penicillin-resistant strep bacteria, but even new drug formulas can hardly keep up. Some experts believe we are only one antibiotic away from a major epidemic of antibiotic-resistant bacteria. If these antibiotic-resistant bacteria continue to evolve at the present rate, having a strong and fortified immune system may be your family’s only defense against a whole host of life-threatening diseases. The Centers for Disease Control and Prevention (CDC) estimates that 100 million courses of antibiotics are provided by office-based doctors each year. In 1954, two million pounds of antibiotics were produced in the United States. Today, that figure exceeds fifty million pounds. Some experts believe 20 to 50 percent of antibiotic prescriptions are unnecessary. Remember that antibiotics are only effective against bacteria. They are completely useless against the viruses that cause colds, flus and some sore throats. Because of misuse of antibiotics to treat common conditions like sinusitis, resistance to many antibiotics, even in the most common bacterial causes of upper respiratory infections, has risen to 40 to 50 percent in the last two decades. Overusing these drugs can also cause yeast and fungal infections. Frequent use can compromise your immune system, stimulate allergies, damage organs, and even cause depression. If Antibiotics Fail Us, What Then? The simple answer to this question is to fortify the body’s own defense team. Transfer factor supplementation is an excellent form of immune support 
CLICK HERE FOR ONLINE SHOPPING The Key: A Maximized Immune Messaging System Transferring the right information from one group of immune cells to another helps to prevent each of the four threats mentioned previously. The right molecular messengers can instruct, coordinate, activate and suppress immune cells according to need. We usually operate with information collected from our own immune experience or exposure, but we can do much better than that. Our immune system needs maximum access to molecular information whether it comes from our own internal data banks or whether it is imported from other sources. The point is that whether generated from within or from without, immune messenger molecules in the form of transfer factors all speak the same language CLICK HERE FOR PRODUCT INFORMATION Immune teachers of the three R ' sWhen a microbial invader attacks, a healthy immune system must be proficient in the three R’s:
RECOGNIZE - REACT - REMEMBER
To fight off disease and function at optimal levels, the immune system must do the following: Recognize a disease-causing organism for what it is. Organize and mount an attack to eradicate that organism. Remember the antigen signature of that organism so the next time it invades, an immediate response occurs. Transfer factors provide a highly concentrated, immune messaging system, designed by nature to transfer critical immune programming from one individual to another. Transfer factors imprint on the infant immune system the recognition codes it needs to identify pathogens as hostile invaders. Simply stated, transfer factors are tiny immune messenger molecules made up of a sequence of amino acids that impart immune signals between immune cells. In other words, transfer factors educate naïve cells about a present or a potential danger. Through a special and patented process, concentrated transfer factors can now be "lifted" out of cow colostrum, collected and offered in a pure, powerful, concentrated extract. Transfer Factors Speed the Critical Recognition Stage Did you know the time it takes to identify an invader is the time when we come down with the symptoms of an infection? It only stands to reason the sooner an invader is recognized, the shorter the duration of the illness. An immature immune response can take ten to fourteen days to fully develop. In the meantime, you will feel the effects of "fighting off" an infection. Transfer factors can "induce" or speed up that recognition phase. A 1996 issue of Biotherapy reported that transfer factors could stimulate a response in less than twenty-four hours. Clearly, if we add more transfer factors to our immune arsenal, the transfer of information from cell to cell is enhanced. You see, transfer factors work to teach new immune cells about old threats. As a result, we develop a stronger, more efficient immune system capable to fighting off constant assaults. Transfer factors boost your immune system’s ability to recognize and respond to specific antigens. They are considered all natural and work by "tutoring" your own immune system to identify infectious agents that attack your body every day.
Transfer Factors Shorten Immune Response Time
The unique action of transfer factors helps expedite the immune system’s response to threat. How do transfer factors do it? The following illustrate how transfer factor speeds the immune system response. Transfer factors download extra information into human immune memory banks Transfer factors provide our T lymphocyte cells a blueprint to follow to build a swift attack, cutting down the time they take to fight infection. Transfer factors provide immune markers to more quickly guide T cell reactions to an invader. Transfer factors help the immune system widen its storehouse of antibodies, which helps to expand immune memory to better remember and deal with future infections.
Where do transfer factors come from?In humans, transfer factors from a mother’s more experienced immune system pass to her baby via colostrum (the first milk that the offspring receives immediately after birth). Colostrum is packed with an army of immune components that pass to the newborn. In so doing, the new baby’s immune system has the advantage of a much older one against millions of potential invaders. In addition, the immune tutors that come from the mother’s colostrum train the infant’s immune cells, so they can mount future defenses of their own. Through colostrum, mother nature has provided a marvelous way for a baby’s immature immune system to benefit from an older one that has already fought off thousands of infections. As a result, the infant is afforded protection and fortification in fighting off infections. Through colostrum, the infant inherits the mother’s immune data. Transfer factors, tiny molecular structures, are arguably the most valuable part of the colostrum. The past notion that colostrum was only rich in nutrients and could be artificially replaced in formula led to a rapid rise in childhood allergies and a decrease in overall childhood health. Colostrum is so much more than a nutritious liquid. How quickly can disease spread?
Because of todays quick forms of transportation of people and goods,disease can spread quickly and with very little warning. From one continent to another, by way of aircraft, boat, train, or simply human contact. The discovery of disease-causing pathogens is an important activity in the field of medical science, as many viruses, bacteria, protozoa, fungi, helminthes and prions are identified as a confirmed or potential pathogen. A Center for Disease Control program begun in 1995 identified over a hundred patients with life threatening illnesses which were considered to be of an infectious cause, but could not be linked to a known pathogen. The association of pathogens with disease can be a complex and controversial process, in some cases requiring decades or even centuries to achieve.
Transfer Factors Are Not Species Specific We know now that transfer factors produced by a cow can work just as effectively in humans as they do in animals – something you cannot say about the antibody content of cow colostrum. In other words, transfer factors extracted from cow colostrum can give us the same type of advantage a newborn gets from its mother’s first milk. The ability to receive immune data transferred from the cow to the human has the potential to revolutionize the way we look at disease prevention in medicine. Keep in mind that all mammals, including humans and cattle, come into constant contact with the same microorganisms. Animals and humans alike live in the same microbial world, and all mammals have immune systems that work alike. When a cow comes in contact with a bacteria or virus or a parasite, its immune system responds the same way we do. It recognizes the invader, identifies it, responds, and then remembers. These immune memories are subsequently encoded on tiny memory molecules called transfer factors. Through these tiny factors, we can actually borrow immune memory from a compatible source, the cow, which has already experienced hundreds of infectious organisms, so when we encounter any of these organisms as we inevitably do every day, we have an incredible advantage. Our immune forces skip the identification and recognition stage, which is the time we normally become ill, and go directly to the attack mode, or secondary stage of defense. Who discovered transfer factors?In 1949, Dr H. Sherwood Lawrence made a very significant discovery. In the process of studying tuberculosis, which was a major health threat at the time, he discovered an immune response could be transferred from a donor to a recipient through an injection of an extract of leukocytes (white blood cells). Further investigation led him to conclude that this immune extract must contain "factors" that made it possible to transfer the donor’s immunity to the recipient. He called these molecules "transfer factors."In 1989, two researchers completed what was to become a patented process for actually extracting transfer factors from cow colostrum, resulting in a concentrated form. The patent reference is U.S. Patent 4,816,563. In 1999, the effectiveness and safety of transfer factor supplementation was validated by scores of clinical studies worldwide. Scientists are just beginning to grasp the profound implications of transfer factor therapy in determining the health of not only present, but future generations. Dr Gary Wilson and Dr Greg Paddock successfully completed a myriad of tests to win USDA approval for their transfer factor technology. It is this unique, patented technology that makes it possible to isolate or to separate transfer factors from cow colostrum. Through this extraction technique, pure transfer factors can be collected from the cow’s first milk, dried and then encapsulated for human consumption. Is Transfer Factor Backed by Scientific Data?
To date, over 3,000 clinical studies and papers have been published on transfer factors. Scores of international, well-respected scientists and physicians have established the effectiveness and safety of transfer factors. Over the last fifty years, an estimated $40 million has been spent on research, and study data strongly suggests that transfer factors offer extraordinary immune benefits. Well documented and scientifically validated, transfer factors have emerged as profoundly important tools to health maintenance worldwide. Recently, a symposium on transfer factors was held in Italy where transfer factor researcher Dr D. Viza spoke about the potential of transfer factor in an era when "the toll of several diseases, such as cancer, continues to rise and the pathogenesis of AIDS remains elusive." Anytime we can boost the action of natural killer (NK) cells (our immune cells that seek out and destroy foreign invaders); we greatly enhance our ability to fight disease. In February of 1999, the Journal of the American Nutraceutical Association published a selection of 196 natural products or combinations, selected from over 400 products tested. Forty-four products were found to significantly enhance natural killer cell activity. The most powerful of these was able to increase natural killer cell action by 48.6%. Transfer factor from colostrum was tested individually and raised natural killer cell activity by an extraordinary 103% above baseline values. If that wasn’t impressive enough, when transfer factor was combined with a variety of other natural compounds that also support immunity, it increased natural killer cell activity by 248% above baseline values! What do these test studies suggest? Simply stated, these unprecedented numbers elevate transfer factor to the top of the nutraceutical list of immune boosters.
Transfer Factors for Overactive Immune Functions
Transfer factor isolates contain immune modulators made up of both activators and suppressors, which not only serve as a wake-up call to immunity, but also help to normalize and balance an overly aggressive immune system as seen in cases of, chronic fatigue, rheumatoid arthritis, multiple sclerosis and lupus. In 1976, transfer factor pioneer H. Sherwood Lawrence began investigating the potential of transfer factor for people with autoimmune disorders. Today, transfer factor can be used to treat various autoimmune conditions because it serves to modulate and normalize immune response. Dr William Hennen, Ph.D., an expert in pharmacological compounds and author of Transfer Factor and Enhanced Transfer Factor, has done extensive research on the therapeutic benefits of these immune molecules. The following information on a few diseases and disorders that can be treated with transfer factors comes from his exhaustive investigations:
Booster extraordinaire
Imagine an immune system alert enough to rapidly detect the presence of threatening infection and eradicate it before it has a chance to do real harm. Transfer factor can make this scenario possible through its superb ability to help develop a strong immune response. Obtaining a pure transfer factor isolate is now possible through the perfection of a patented extraction process that has been in the works for years. Unlike herbs like echinacea or vitamins and minerals, these factors belong to a completely different category of dietary supplementation – an innovative and novel category. Researchers at the Conrad D. Stephenson Laboratory for Research in Immunology in Denver, Colorado, who worked with people with immune weaknesses, have stated, "Transfer factors appear to offer a novel means of molecular immunotherapy for certain patients with defective cell-mediated immunity." The implicationsAnyone who is prone to illness, i.e., colds, sore throats, ear infections, sinusitis, influenza, boils, chronic fatigue, parasites, fungal infections, tumors, compromised immunity, gum infections, etc., needs to take a serious look at the benefits of transfer factors. Transfer factors out-performed leading natural immune boosters with wide margins, suggesting that transfer factor isolates offer something more than other immune boosting compounds currently available.
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