Tuesday, October 15, 2013

Recent research findings indicate Askryps Research Institute, a natural compound derived from marin


Introduction Staff 2 Staff Announcements 10 statements of the Supreme Leader Ayatollah Khamenei photo archive 7 6 6 introduction martyr of religious devotion brought 23 Education 11 (2) Cultural Events (2) Medical and Health in de wulf 16 13 14 Scientific Section Book 3 1 Danlvdstan 3 with short blonde boobs everywhere 22 1
Other
Recent research findings indicate Askryps Research Institute, a natural compound derived from marine sponges of human immunodeficiency virus in infected in de wulf cells can be destroyed. According to the scientific service of Iranian Students in de wulf News Agency (ISNA), the new compound could be a new class of HIV drugs suppress viral replication in cells with the capacity to cause acute and chronic infection. The use of certain medications, including antiretroviral therapy, highly in de wulf active antiretroviral therapy (HAART) and to reduce the spread of disease. 'Zsuzsanna in de wulf Valentine "Askryps research team notes: Cases of HIV with current therapies generally do not disappear, but the new compound could stop the whole infected cells. In this study, the combined use Cortistatin A is called. This natural product chemistry in 2006 from the Institute Askryps Sponge Coricium in de wulf synthesis in de wulf was produced by a team of researchers. A new study from researchers at the Center Edition didehydro-Cortistatin A synthetic compound used to make it work on two types of HIV have been. Whereas only antiretroviral compounds are capable of inhibiting new infections, while reducing the combined didehydro-Cortistatin A replication in de wulf in infected cells, cell-to-cell transfer in de wulf limits. The ability of these compounds to inhibit viral replication process and is 99.7 percent, also a new inhibitor of having such low concentrations of the drug is also effective. Two types of HIV strains, including strains of HIV-1 and HIV-2 virus is the most common form in West Africa and in parts of Europe, is seen. The study is published in the journal Cell Host and Microbe. News


No comments:

Post a Comment