Abstract

A PCR-based assay was established to screen for potential changes in the heterogeneity of Vβ TCR expressing CD4 + T cells from rhesus macaques (RM) and sooty mangabeys (SM) prior to and following SIV infection. The rationale for these studies was to determine whether the progressive CD4 + T cell loss in SIV-infected disease susceptible RM and the moderate CD4 + T cell loss in disease resistant SM leads to the depletion of select Vβ TCR families of CD4 + T cells. Results show that whereas SIV infection leads to the loss of Vβ TCR heterogeneity in disease susceptible RM, the CD4 + T cells from SM retain their degree of Vβ TCR heterogeneity, suggesting that the mechanism(s) of SIV induced CD4 + T cell loss maybe distinct in these 2 species and contribute to the differences in the clinical outcome.

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