Epigenetic marks play a major role in the control of cell fate during mammalian development. Among these, the most studied so far is lysine acetylation, a posttranslational modification of histones which inactivates the positive Raltegravir charge of lysines. > Read the Full Post
Our data also indicate that activity of AurA IFT88 localization affected during disassembly and suggest the integrity of t the Maraviroc is important for the process of removing animals, as in Chlamydomonas. > Read the Full Post
HIV-I AND INTEGRASE HIV one of the most tricky viruses on earth that cause immunodeficiency in humans is being studied allot. It is responsible for a deathly disease known AIDS which is a focus of attention of many researchers since last decades. Due to its wide spread and occurrence throughout the world has compelled the scientists to look for a drug that may effectively cure the disease. HIV contains different types of enzymes and genes that help it to utilize the genes and proteins of its host. The most important among all is the integrase enzyme that helps it in integration of its genome into that of the host. Integrase has been an attractive target for the devising a therapy against the disease. A lot of research is being done on integrase inhibitors and several integrase inhibitors have been discovered by high throughput screening that prevent the integration of genome of virus into that of the host hence preventing the proliferation of the host cell. These inhibitors have shown efficacious results when used against HIV-I. One of the examples of such inhibitors is Raltegravir integrase inhibitor. This drug is first of such inhibitors to get FDA approval and is a blessing for the patients of HIV. > Read the Full Post
INTEGRASE IN CASE OF HIV-1 The most deathly disease on earth, HIV-I, is being researched and studied a lot to find out an effective therapy against it. This virus contains some genes for enzymes/proteins and utilizes some others from the host cells. The enzyme in HIV that helps the virus to integrate its genome into host cell/genome is named as Integrase and gets replicated there. To search for the [roper treatment the first thing that must be keep in mind is resistance development by the mutation of their genes during replication, so it is the need of hour that the research about treatment of cancer must go on further and should be regularly updated. To inhibit their enzymatic activity is an attractive approach. The inhibitors for integrase enzyme have been developed and they inhibit the process of integration of viral genome into the host genome hence prevent its proliferation in the hosting cell. A huge wave of research is going on HIV-I regarding integrase inhibitors that offer promising results against HIV-I virus. Raltegravir integrase inhibitor is such an inhibitor that inhibits the integrase enzyme and it is the first inhibitor to get approved from FDA and its discovery is no doubt considered to be a great blessing. > Read the Full Post
INTEGRASE AND HIV-1 HIV-I, one of the deathly diseases present on earth, is being researched a lot in order to find an efficacious therapy against it. The virus contains some of the genes for proteins/enzymes and utilizes some from the host. Integrase is one of the enzymes present in virus that helps it to integrate its genome into the host genome and get itself replicated there. In order to search for the treatment, first thing that is kept in mind is the development of resistance by getting their genes mutated during replication, therefore it is need of the hour that research on the treatment against cancer must go on and should be updated. Inhibiting the enzymatic activity is one of the approaches. Inhibitors of integrase have also been developed that inhibit the integration of genome of the virus into that of the host and therefore prevent it to proliferate inside the host cell. A lot of research is going on HIV-I in the area of integrase inhibitors which offer new promises in for therapy against HIV-I. Raltegravir integrase inhibitor is one of such inhibitors and the first one to get approval from FDA and the discovery of which is considered a blessing. > Read the Full Post
INTRODUCTION TO HIV-1 AND ITS TREATMENT: HIV-1 is amongst the most destructive viruses and its treatment regime always in a need of more and novel methods to treat this virus because any of the new drugs gives a short time benefit as the virus get resistant against that drug, therefore any of the effective and newly introduced drug is welcomed by the medical practitioners. In order to integrate the genome of virus it needs integrase enzyme, thus inhibitors to this enzyme are potential candidates to inhibit the viral replication inside host cells. For the development and discovery of these inhibitors a lot of work is being done for integrase inhibitors of HIV-1 these inhibitors are also offering new hopes for HIV-1 drugs. Raltegravir integrase inhibitor, first FDA approved HIV integrase inhibitor and the discovery of this inhibitor was much valued. > Read the Full Post
