(A) Comparison of genes expressed by CD8+ B cells, control (CTRL) CD8- B cells, and NK cells. Boxplots represent log(2) normalized data obtained from Affymetrix gene chip measurements of cells sorted from four independent apheresis donors. Differences between the B cell populations vs. NK cells are all highly significant for all genes; (x) indicates a slightly significant (p = 0.048) difference between CD8+ B and control B cells in this dataset. (B) Heatmap of the top upregulated (red) and downregulated (blue) genes on CD8+B cells in comparison to control CD8- B cells. Data represent normalized Affymetrix gene chip measurements of cells sorted from four independent apheresis donors.</p
<p>Selected PBMC data for CD4+, CD8+, CD4+CCR5+, CD8+CCR5+, CD4+CD38+DR+, and CD8+CD38DR+ T cells (b...
<p>Genes compared between dominant and subdominant epitope-specific CD8<sup>+</sup> T cells.</p
Abstract: Recent findings underline the role of NK cell subsets in regulating adaptive immunity. To ...
Mobilized apheresis material was analyzed with multicolor flow cytometry. The CD8+ TCR negative popu...
Conversion of B cells to the CD8+ phenotype was measured by FACS analysis of in vitro PBMC cultures ...
<p>The heat map shows discrimination of the gene profiles of top five up and downregulated different...
<p>(A) Total CD8+ T-cells (grey) vs. antigen-specific CD8+ T-cells (black) belonging to the differen...
Roups (with mostly upregulated genes and with mostly downregulated genes) according to their distinc...
(A) In a multicolor FACS analysis, CD19+ B lymphocytes were gated first (top), and these divided the...
<p><b>a</b>) Unsupervised clustering of surface marker genes in the six normal B-cell subsets. Heat ...
AbstractFlow cytometric analysis enables the simultaneous single-cell interrogation of multiple biom...
One randomly chosen sample for each tissue is shown. The same sample for each type of tissue is chos...
<p>Case numbers are listed along the x-axis and protein names along the y-axis. Colors in the heatma...
<p>Selected MMC data for: CD4+, CD8+, CD4+CCR5+, CD8+CCR5+, CD4+CD38+DR+, and CD8+CD38DR+ T cells (b...
(A) Comparison between both MSM groups of NK cells subsets (CD56bright, CD56dim CD16+, CD56dim CD16−...
<p>Selected PBMC data for CD4+, CD8+, CD4+CCR5+, CD8+CCR5+, CD4+CD38+DR+, and CD8+CD38DR+ T cells (b...
<p>Genes compared between dominant and subdominant epitope-specific CD8<sup>+</sup> T cells.</p
Abstract: Recent findings underline the role of NK cell subsets in regulating adaptive immunity. To ...
Mobilized apheresis material was analyzed with multicolor flow cytometry. The CD8+ TCR negative popu...
Conversion of B cells to the CD8+ phenotype was measured by FACS analysis of in vitro PBMC cultures ...
<p>The heat map shows discrimination of the gene profiles of top five up and downregulated different...
<p>(A) Total CD8+ T-cells (grey) vs. antigen-specific CD8+ T-cells (black) belonging to the differen...
Roups (with mostly upregulated genes and with mostly downregulated genes) according to their distinc...
(A) In a multicolor FACS analysis, CD19+ B lymphocytes were gated first (top), and these divided the...
<p><b>a</b>) Unsupervised clustering of surface marker genes in the six normal B-cell subsets. Heat ...
AbstractFlow cytometric analysis enables the simultaneous single-cell interrogation of multiple biom...
One randomly chosen sample for each tissue is shown. The same sample for each type of tissue is chos...
<p>Case numbers are listed along the x-axis and protein names along the y-axis. Colors in the heatma...
<p>Selected MMC data for: CD4+, CD8+, CD4+CCR5+, CD8+CCR5+, CD4+CD38+DR+, and CD8+CD38DR+ T cells (b...
(A) Comparison between both MSM groups of NK cells subsets (CD56bright, CD56dim CD16+, CD56dim CD16−...
<p>Selected PBMC data for CD4+, CD8+, CD4+CCR5+, CD8+CCR5+, CD4+CD38+DR+, and CD8+CD38DR+ T cells (b...
<p>Genes compared between dominant and subdominant epitope-specific CD8<sup>+</sup> T cells.</p
Abstract: Recent findings underline the role of NK cell subsets in regulating adaptive immunity. To ...