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pubmed:abstractText |
With the incidence of HIV infection on the rise worldwide, it is obvious that new approaches must be taken to halt the spread of disease. Unfortunately, this is no easy task; of all retroviruses studied to date HIV remains the most complex in terms of genomic organization, regulation of gene expression, and replication. However, as the mechanism of action of the unique viral regulatory proteins is deciphered, new windows of opportunity for attacking the virus like cycle are opened. The essential regulatory function served by both Tat and Rev transacting regulatory proteins makes them attractive targets for prophylactic and therapeutic intervention. This review will focus on our current understanding of Tat and Rev function.
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