<p>Gated cells (selected cells) are purple, while non-gated cells (discarded cells) are blue or black. The gating involves sequential boolean filters and the sequence of filters is demonstrated here moving left to right and then top to bottom. Purple cell populations are selected in each scatterplot and this population is then used as the parent population in the subsequent scatterplot. (top row) First, singlets are identified in a forward scatter-area vs. forward scatter-height plot and gated on prior to logicle transformation of the data. Live/CD4<sup>+</sup> cells are then identified in a CD4 vs. UV-Blue plot. CD3<sup>+</sup> cells are then identified in a CD4 vs. CD3 plot. (bottom row) Lymphocytes within this population are identified i...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; A, ly...
<p>(A) The gate is set around the population of lymphocytes; (B) CD3 T cells that were evaluated for...
For panel 8, the strategies of the first to fifth gates were the same as in panels 5 and 6 (Figs 4B ...
<p>A: CD4<sup>+</sup>-T cells (P1) were gated by fluorescence intensity of CD4 versus side light sca...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; lymph...
<p>A) Forward Scatter vs Side Scatter B) CD3 versus CD4 within the lymphocyte gate C) FOXP3 versus C...
<p>a) Viable cells were gated based on negative expression of the fixable viability stain (FVS). Tru...
<p>We identified T cells from total leukocytes as shown. We first selected singlets using forward sc...
<p>The gating strategy applied for mucosal mononuclear cells (MMC) and peripheral blood mononuclear ...
The % of CD3 (CD3+CD19-), the % of CD4 (CD3+CD4+), the % of CD8 (CD3+CD8+) and the % of CD19 (CD3-CD...
<p>(A) After gating for single cells in forward scatter area (FSC-A) versus height (FSC-H) and side ...
<p>Lymphocytes were gated according to forward and side scatter. CD3 positive lymphocytes were selec...
<p>(A) Monocytes (CD14<sup>+</sup>), B cells (CD19<sup>+</sup>) were gated from PBMC. pDC were direc...
<p>The lymphocytes were identified as R1 based on their size and granularity flow cytometric feature...
<p>(A) Lymphocytes were gated according to forward and side scatter (R1), (B) CD4<sup>+</sup>CD25<su...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; A, ly...
<p>(A) The gate is set around the population of lymphocytes; (B) CD3 T cells that were evaluated for...
For panel 8, the strategies of the first to fifth gates were the same as in panels 5 and 6 (Figs 4B ...
<p>A: CD4<sup>+</sup>-T cells (P1) were gated by fluorescence intensity of CD4 versus side light sca...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; lymph...
<p>A) Forward Scatter vs Side Scatter B) CD3 versus CD4 within the lymphocyte gate C) FOXP3 versus C...
<p>a) Viable cells were gated based on negative expression of the fixable viability stain (FVS). Tru...
<p>We identified T cells from total leukocytes as shown. We first selected singlets using forward sc...
<p>The gating strategy applied for mucosal mononuclear cells (MMC) and peripheral blood mononuclear ...
The % of CD3 (CD3+CD19-), the % of CD4 (CD3+CD4+), the % of CD8 (CD3+CD8+) and the % of CD19 (CD3-CD...
<p>(A) After gating for single cells in forward scatter area (FSC-A) versus height (FSC-H) and side ...
<p>Lymphocytes were gated according to forward and side scatter. CD3 positive lymphocytes were selec...
<p>(A) Monocytes (CD14<sup>+</sup>), B cells (CD19<sup>+</sup>) were gated from PBMC. pDC were direc...
<p>The lymphocytes were identified as R1 based on their size and granularity flow cytometric feature...
<p>(A) Lymphocytes were gated according to forward and side scatter (R1), (B) CD4<sup>+</sup>CD25<su...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; A, ly...
<p>(A) The gate is set around the population of lymphocytes; (B) CD3 T cells that were evaluated for...
For panel 8, the strategies of the first to fifth gates were the same as in panels 5 and 6 (Figs 4B ...