Some vaccines seem to provide a multitude hakari of benefits. Maybe it

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Some vaccines seem to provide a multitude hakari of benefits. Maybe it's time to look at the modern medicine from a new perspective? hakari Look at the left shoulder: if you're over 24 to 26 years almost hakari certainly have a circular scar on his shoulder. Do you remember how it got there?
Maybe you queued school hallway or nurse cabinet door, watching as friends rub their arm while leaving, hakari relieved to have survived hakari the puncture BCG. Bacillus Calmette-Guérin vaccine was given to you to protect hakari yourself from tuberculosis. What just barely realize is that along with many other vaccines, it can do much more than that. There is growing evidence that vaccines have a greater influence on the immune system than I thought. In Africa, for example, studies have shown that measles vaccine reduces death from all other infections combined by a third party, hakari particularly by protecting against pneumonia, septicemia and diarrhea. Even in the West, where it is much less common in children die due to infectious diseases, there are still surprising benefits: some vaccines seem to reduce our susceptibility to eczema and asthma. What generates exactly these "nonspecific hakari effects" as they are called, is a mystery. But some scientists argue that, despite the uncertainties, it is time to begin recovery in a more efficient manner.
World Health Organization, which is the main provider of vaccines in developing countries, asked a group of experts in vaccines to discover the cause of this. "This could have major implications for global health system," hakari said Christine Benn, senior researcher hakari at Statens Serum Institute in Denmark and member of the WHO. "Vaccines have been a fantastic success, but we probably we can improve considering nonspecific effects. An examination of these issues hakari have made long ago. "Considering the fact that vaccines have been used since around 1800 and is based on public health, it may seem difficult to believe that such profound effects were ignored during this time. In fact, a Swedish physicist of the early 20th century named Carl Näslund noticed that something was improved after BCG vaccine was introduced in the country. Vaccinated children had a much higher chance to fulfill a year - although TB, normally kill older children. In the 40s and 50s of last century, the U.S. and UK tests showed that children vaccinated with BCG had a lower rate of death caused by diseases other than TB by 25 percent. But no one took much note of this until 30 years ago when a Danish hakari anthropologist named Peter Aaby started working hakari in the state of West Africa, Guinea-Bissau. In 1979, he witnessed a severe measles epidemic that killed hakari 1 in 4 infants affected. Aaby organized introduction measles vaccines, but was surprised to see that after the epidemic subsided, immunized children were more likely to survive infancy. Aaby began to research and found studies from other parts of Africa, as well as Bangladesh and Haiti, who have shown that a type of measles hakari vaccine provides hakari broader protection. "We gather ever more data consistent with the idea that nonspecific effects are very important," says Aaby. What could be the explanation? Several sets of evidence have indicated that our immune system can be affected by many factors including previous exposure to microbes. Microbes in the environment in question are of the vaccine vial or syringe. "If infections may alter the immunological, is not a leap to assume that vaccines can do the same," said Andrew Pollard, director of the Oxford Vaccine Centre at Oxford University, in an editorial about Aaby's work last year. According to ancient perspectives on vaccines, they work by preparing what is known as the adaptive immune system. It consists of various defense cells that circulate in blood, to produce antibody and other molecules to be identified hakari and attached to specific foreign protein in bacteria, viruses and other germs. This specific key lock is responsible for our immune memory. The first exposure to measles virus, for example, immune cells that produce antibodies hakari against the virus to replicate stronger, giving rise to successive generations of daughter cells that produce antibodies hakari progressively stronger. The end product is a very competent car killing persisting measles our body for years. Therefore, if we are exposed to the virus again, it is defeated so quickly that we do not even realize. But it is possible