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1 hibition also promoted TH(2) polarization in memory CD4 cells.
2 dent CD80/CD86 expression, and activation of memory CD4 cells.
3 costimulatory molecule OX40 is expressed on memory CD4 cells.
4 ir by promoting homeostatic proliferation of memory CD4+ cells.
5 ve influence on memory CD8(+) cells, but not memory CD4(+) cells.
6 roductive state within a small population of memory CD4(+) cells.
7 e that iTreg can be efficiently induced from memory CD4 cells, a subset enriched in relevant specific
8 only once induced a maximal pool of effector/memory CD4(+) cells and protective immunity by 4 wk afte
10 mmunosuppression mediated by CD25(-)Foxp3(-) memory CD4(+) cells and, in the absence of those cells,
12 emory populations were comparable to that in memory CD4 cells, and both Tc1 and Tc2 memory cells beca
17 pigeon cytochrome c from TCR transgenics and memory CD4 cells derived by in vivo priming with KLH.
18 ve examined the synapses formed by naive and memory CD4 cells during Ag-specific cognate interactions
21 y CD4 lymphocytes, including almost all skin memory CD4(+) cells expressing the cutaneous lymphocyte
27 ralization of these beta-chemokines rendered memory CD4(+) cells highly sensitive to infection with R
29 ts in a latent reservoir of infected resting memory CD4 cells in patients receiving antiretroviral th
30 rvival and up-regulation of Bcl-2 by resting memory CD4 cells in vitro in the absence of proliferatio
32 In vivo, there is an expansion of activated/memory CD4(+) cells in p27(Kip1)-deficient mice before a
36 ory CD8+ cells, homeostatic proliferation of memory CD4+ cells is independent of IL-7 and IL-15 (also
37 suggest that the threshold for activation of memory CD4+ cells is lower than that of naive cells.
39 nversion of naive responder cells to central memory CD4 cells (P<0.001 at 96 hr) and effector CD8 cel
43 seline age, CD4 cells, HIV RNA, and naive-to-memory CD4 cell ratio, haplogroup L2 was associated with
45 remaining naive (CD44(low) or CD44(int)) and memory CD4(+) cell subsets in reconstituting the overall
47 onally, DL1 potentiated FOXP3 acquisition by memory CD4 cells through the modulation of the TGF-beta
48 (+) and CD8(+) cells were activated but only memory CD4(+) cells were cycling at increased frequency.
49 these subjects exhibit a higher frequency of memory CD4 cells with the capacity to transition into IL
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