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[Future possibilities of drug therapy of acquired immunodeficiency syndrome].

Bálint Gs

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Abstract

Human Immunodeficiency Virus replication offers several targets for inhibitory compounds, the foremost presently being the HIV reverse transcriptase. Since the beginning of the epidemic three nucleoside analogue drugs--Zidovudine, Didanosine and Zalcitabine--which act at the reverse transcriptase enzyme are already licensed for use in AIDS-therapy, and others--Stavudine, Alovudine and Lamivudine--are still under clinical evaluation. Although there is a very significant research work for newer drugs for HIV-therapy, it seems that for the next future Zidovudine will remain the most important drug of antiretroviral therapy.

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Human Immunodeficiency Virus replication offers several targets for inhibitory compounds, the foremost presently being the HIV reverse transcriptase. Since the beginning of the epidemic three nucleoside analogue drugs--Zidovudine, Didanosine and Zalcitabine--which act at the reverse transcriptase enzyme are already licensed for use in AIDS-therapy, and others--Stavudine, Alovudine and Lamivudine--are still under clinical evaluation. Although there is a very significant research work for newer drugs for HIV-therapy, it seems that for the next future Zidovudine will remain the most important drug of antiretroviral therapy.

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Available abstract

Human Immunodeficiency Virus replication offers several targets for inhibitory compounds, the foremost presently being the HIV reverse transcriptase. Since the beginning of the epidemic three nucleoside analogue drugs--Zidovudine, Didanosine and Zalcitabine--which act at the reverse transcriptase enzyme are already licensed for use in AIDS-therapy, and others--Stavudine, Alovudine and Lamivudine--are still under clinical evaluation. Although there is a very significant research work for newer drugs for HIV-therapy, it seems that for the next future Zidovudine will remain the most important drug of antiretroviral therapy.

Key concepts: Zalcitabine, Didanosine, Zidovudine, Stavudine, Lamivudine, Medicine, Antiretroviral therapy, Virology

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