Author: Robinson, H L
Title: HIV/AIDS vaccines: 2007. Cord-id: 2gfrsgml Document date: 2007_1_1
ID: 2gfrsgml
Snippet: Development of an HIV/AIDS vaccine has been slow because classical approaches to vaccine development have not yielded a vaccine. Encouragingly, new approaches using recombinant viral vectors, DNA vaccines, and combinations of different vectors in heterologous prime/boost regimens are yielding vaccines capable of controlling virulent immunodeficiency virus challenges in non-human primate models. These new vaccines elicit T cells capable of recognizing and killing virus-infected cells. Brief synop
Document: Development of an HIV/AIDS vaccine has been slow because classical approaches to vaccine development have not yielded a vaccine. Encouragingly, new approaches using recombinant viral vectors, DNA vaccines, and combinations of different vectors in heterologous prime/boost regimens are yielding vaccines capable of controlling virulent immunodeficiency virus challenges in non-human primate models. These new vaccines elicit T cells capable of recognizing and killing virus-infected cells. Brief synopses are given for six vaccines currently advancing in human trials.
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