In biology, a protease inhibitor, does exactly what it’s name entitles; it is fundamental molecule that inhibits protease. Typically, a majority of the naturally occurring protease inhibitors that are found in the human body are proteins. A protease is an enzyme that can typically be found in acids within the body, like that of general stomach acid. What a protease does is it breaks down proteins that the body has inside of it; in some cases these proteins are found in bacteria and other elements within the body.

Protease inhibitors are important because it has be found that they can help fight various diseases, like HIV. A protease inhibitor will block the protein enzyme from coming in contact with an HIV strand. Because this connection is block, the HIV cannot create a new strand from the Protease. Overall, HIV spreads throughout the body when it attaches to other enzymes and cells that it finds vulnerable to it. Protease inhibitors take the vulnerability away from Protease by eliminating the chance for them to come together.

The use of protease inhibitor medications has gone up quite a bit because of the discovery of this potentially preventative drug supplement that works with the body’s natural processes in order to block the creation of new HIV and other types of illnesses. Another benefit that protease inhibitors have exhibited when it comes to HIV control is the production of T4 cells, which are beneficial in the body’s fight against HIV. 

It is commonly thought that the protease inhibitor most be given early one in the infection in order too keep the prevalence rather low. The lower the count of infection within the body, the better the chances is of the body being able to fight the infection and remain healthy. This thought is furthered by the ideas of diseases and viruses being able to mutate. If there is less of a prevalence of infection in the body, there is less opportunity of the infection to become resistant to the protease inhibitors. If it was to become resistant, this is when a new strand could mutate and be formed. However, when it comes to a protease inhibitor and HIV, what occurs is that the HIV cell creates duplicates of itself, however, these cells are non-functioning.

Though protease is typically good when it comes to digestion and other natural process, when it comes to meeting up with HIV, there can be devastation. The use of protease inhibitors can be an all around good choice to be made, because they help to increase the overall amount of T4 cells, even from that of drastically low levels. Furthermore, the protease inhibitor is instrumental in blocking HIV from coming into contact with that of the Protease enzyme, which would duplicate and cause the infection to further. The medical world is finding more and more uses for protease inhibitors as time moves on; but as of right now, the protease inhibitor is the forerunner when it comes to effective ways in order to slowing the multiplication processes of HIV in a person’s body.