Viruses and their affairs with us don't start today. Viruses are the ones that have changed the fate of not only us but many other species. Many of these tiny half-lives (viruses are not fully living things) that originated in the world some 500 million years ago, have been replicated in the DNA of their hosts. There are so many viruses that have settled into humans. It is true that our genome contains about 8% of the virulence genes. These are living fossils These permanent inmates have done some harm, but not all. Man is partially virulent in the true sense! It is the viruses that belong to a category of "retroviruses," which can enter our DNA. Example of AIDS virus (HIV). In many viruses, DNA is the genetic material, while in RiLV, RNA is the one in the AIDS virus. Once you enter the cells, straight into the nucleus, make DNA from this RNA and attach it to our DNA. it is the technique.
They range from those that do not cause any infection to those that are completely malignant. They are often silent, but are always ready to be confused. The initial conclusion was that these were simply lying in the junk drawer in our DNA cupboard. But with the capture of their genomes, it was later known that they were the ones that would lead to survival and evolution. This new invention, of course, is not about Darwin's theory of evolution, but for survival. Darwin thought more about competition for resources. The idea that the constant warfare between pathogens and their host organisms affects survival and evolution is already strong, but there are no adequate explanations. But with the help of bigdata, those microscopes have been able to study the expression of proteins and the role of viruses. The great evolution of modern organisms (plants and animals) is the adoption of bacteria-like small organisms for their own sake. Mitochondria, which are the powerhouse in our cells, and chloroplasts that produce glucose with the help of solar energy in plants, have made modern cells self-sufficient. It is no wonder if we have used viruses as well. Viruses that are inserted into our DNA can play a similar role in dividing a nation into two, depending on their nature and function. Evolution's role in evolution is thus revealed.
Types of viruses that are genetically engineered for survival, although viruses that do not carry DNA into our genomes are the diseases that cause them There is change. In such cases, their survival countermeasures emerge and the survivors become more prevalent in the community. Physiology changed the latter. RNA viruses were found in us during the Neolithic period, when agriculture and settlement began more than 12.000 years ago. With the structure of the house and the nature of crop preservation, rodents began to associate with disease-causing organisms. These viruses are extremely difficult to transmit to humans with very high mutations.
In a society that has been exposed to rotavirus and flu-infected corona viruses, people who have the ability to detect them have survived. It also includes the DNA viruses that cause smallpox. The human genome has been altered. Many viruses are inhabited as part of our DNA chain. Most of the life choices that viruses deal with are social rather than personal, and different choices of different populations have made the human genome diverse. Depending on the nature and presence of the atoms in different and differentiated spaces, the differences in the number of populations vary. These events are far behind the ancestral humans (homey nid) in this regard from the apes. The blood group (A, B, AB or 0) is associated with the polymorphism virus infection. The virulence and diversity of proteins in the sub type of blood cells are associated with the virus.
This is reinforced by the observation that group A does not remain in the group after smallpox. It has also been shown to be associated with A, B, O blood groups, as well as viruses such as hepatitis, chickenpox, polymyelitis, influenza A, and adenoids.wall disease (a form of red blood cell hemoglobin) is associated with malaria, such as favism. People with this disease are less likely to be infected with malaria. The virus is not a malaria, but the infection is associated with the basic functions of our physiology and is an important factor in our survival. The transformation of the host organism, in the sense that many viruses harbor mutations or mutations, could lead to evolutionary pathways. So it is true that such games with viruses have created a backdrop for the primitive name of the first man. Importantly, the manufacturer is one of the most resistant to many germs. This created a society where a strong immune system was built. Many viruses have also been found to use the same receptors to penetrate the cells.
Although there is no organism in humans, one of these "sialic acid receptors is absent. It is the recipient of some types of coronavirus, influenza virus and rotavirus. It has been speculated that it happened many years ago, and that the mutation to prevent AIDS virus (AIDS) from sticking into our blood cells has taken place in some of their European bodies. Some of the blood cells in the blood Os major histo compatibility antigens (MHC) 2300 are varied.This variety has increased exponentially. This protein variety makes it easier for the immune system to expose itself to the immune system. Moreover, this variety helps to detect, counteract, and prevent infection in a specific population when viruses acquire different forms. Our immune system is transformed by the way many viruses are spread in the body. As such variations intensify and create a great variety of people, a new species may be transformed. Because it is related to survival, different genera can be classified into species. It is thought that infectious diseases have thus helped to distinguish hominid species. There is a conclusion that the death of the Neanderthals must have been accelerated by viruses or other infectious diseases. The anatomy of their nostrils sucks air into the airway. This reduces the chance of the virus getting infected by the virus. We have a variety of breathing techniques, which include strategies to pinch the tiny particles in the air. Another turning point in evolution.