What are HIV Clades?

HIV Clades are different HIV subgroups, divided according to the geographical region. Within each advantage, the virus has a number of genetic similarities and markers that can be used to learn more about the development of HIV. The fact that many of the Clades are quite distinctive and very different from each other has some very serious consequences for scientists working on HIV/AIDS vaccines. Unfortunately, it may not be possible to develop a vaccine that protects people from all HIV Clades, or it may not be possible to vaccinate against certain deceptions. Although scientists first began to study the development of HIV, the virus has already mutated, developed new features and exhibited new behavior in the body. However, when scientists learned more about the virus, they were able to recognize and identify different Clades HIV; "Clade" is simply a fantastic word for taxonomic grouping.

by studying Clades HIV, scientists were able to monitor the development of the virus in the hope of learning more about where they come from, how they spread and how it could be treated. Learning about HIV Clades was an important step in research neededm to identify the origin of the HIV epidemic, because it allowed scientists to begin to determine the area of ​​origin of a virus that proved to be Africa.

There are two basic groups of Clades HIV: M or Main and O or Outgroup. The main Clades cause most HIV infections, while Outgroup HIV Clades are more unusual and are responsible for less infections. Because Clads are rare, sometimes a very specific way of infection can be used to monitor the very specific ways of infection if scientists can trace and test a large number of people.

There are eight different subtypes between Clades M, letters and via H, the geographical area tends to have the dominant pitch. For example, Clades A and D are common in East Africa, which makes them among the oldest caps, while Clade B appears in Europe and America, with Clade C emerging in East Asia. Viruses in each Clade respond to treatment differently and have different levels of virulence, which explains why some peopleThey respond very well to HIV/AIDS drugs while others fight a number of drug regimes.