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Department of Medicine, University of Cambridge, Cambridge, United Kingdom
Human CMV (HCMV) infection provides an informative model of how long term human CD8+ T cell memory is maintained in the presence of Ag. To clarify the phenotypic identity of Ag-experienced human CD8+ T cells in vivo, we determined the expression of costimulation and chemokine receptors on Ag-specific CD8+ T cells by quantifying individual virus-specific clones in different cell populations using TCR clonotypic probing. In healthy HCMV carriers, expanded CD8+ clones specific for either HCMV tegument protein pp65 or immediate-early protein IE72 are found in both CD45ROhigh cells and the subpopulation of CD45RAhigh cells that lack the costimulatory molecule CD28. In contrast to previous suggested models of CD8+ T cell memory, we found that in healthy virus carriers highly purified CD28-CD45RAhighCCR7- cells are not terminally differentiated, because following stimulation in vitro with specific HCMV peptide these cells underwent sustained clonal proliferation, up-regulated CD45RO and CCR5, and showed strong peptide-specific cytotoxic activity. In an individual with acute primary HCMV infection, HCMV pp65-specific CD8+ T cells are predominantly CD28-CD45ROhighCCR7-. During convalescence, an increasing proportion of pp65-specific CD8+ T cells were CD28-CD45RAhighCCR7-. We conclude that naive human CD8+ T cells are CD28+CD45RAhigh, express CCR7 but not CCR6, and are predominantly CD27+ and L-selectin CD62 ligand-positive. The phenotype CD27+CD45RAhigh should not be used to identify naive human CD8+ T cells, because CD27+CD45RAhigh cells also contain a significant subpopulation of CD28-CD27+ Ag-experienced expanded clones. Thus CD8+ T cell memory to HCMV is maintained by cells of expanded HCMV-specific clones that show heterogeneity of activation state and costimulation molecular expression within both CD45ROhigh and CD28-CD45RAhigh T cell pools.
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