Figure S3. Example Gating Strategies. (A) Example live CD8+ T cell gating, and subsequent gating for evaluation of activation markers. Similar gating used for CD4+ T cells (B) Gating on single cells for mixed populations of CD4+ and CD8+ T cells followed by gating for CD62L and CD44 expression (performed on CD4+ and CD8+ T cells separately). (C) Gating on live CD4+ cells for expression of transcription factors. (D) Gating on CD8+ cells for gp-33 tetramer. (E) Gating on CD4+ cells for YFP. (F) Gating on single cells for CD45.2 and GFP expression. (PDF 1300Â kb
Figure S1. Gating strategy. Gating strategy identifying live, singlet, (A) K562 and (B) .221 and (C)...
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
Activation of CD4 T cells leads to their metabolic reprogramming which includes enhanced glycolysis,...
Figure S2. Uncropped Gel Images. HK2 and loading control expression in (A) activated CD4+ T cells an...
Figure S4. HK2 is dispensable for T cell function in glucose-limited conditions. Naïve CD4+ and T ce...
Figure S1. HK isoform expression in Hk2−/− T cells. CD4+ and CD8+ T cells were enriched from splenoc...
(A) For panel 6, the strategies of the first to fourth gates were the same as panel 4 (Fig 4). After...
(A) For panel 4, the first and second gates were the same as panel 2 (Fig 3), the third gate was on ...
Additional file 1: Figure S1. Gating strategy to detect CD69+ or CD25+ cells following sAg-mediated ...
Additional file 1: Figure S1. Gating strategy for flow cytometric analysis of T cell activation stat...
Gating strategies. The different gating strategies for the different immune cells are presented. (PP...
<p>Different strategies for gating regulatory T cells in peripheral blood and lymph node respectivel...
Single cells are gated on the lymphocytic population identified by SSC-H/FSC-H. HLA-DR+ and CD3+ pop...
(A) For panel 2, the first gate (G1) is on time vs CD45 to exclude poor flow, the second gate (G2) i...
<p>We identified T cells from total leukocytes as shown. We first selected singlets using forward sc...
Figure S1. Gating strategy. Gating strategy identifying live, singlet, (A) K562 and (B) .221 and (C)...
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
Activation of CD4 T cells leads to their metabolic reprogramming which includes enhanced glycolysis,...
Figure S2. Uncropped Gel Images. HK2 and loading control expression in (A) activated CD4+ T cells an...
Figure S4. HK2 is dispensable for T cell function in glucose-limited conditions. Naïve CD4+ and T ce...
Figure S1. HK isoform expression in Hk2−/− T cells. CD4+ and CD8+ T cells were enriched from splenoc...
(A) For panel 6, the strategies of the first to fourth gates were the same as panel 4 (Fig 4). After...
(A) For panel 4, the first and second gates were the same as panel 2 (Fig 3), the third gate was on ...
Additional file 1: Figure S1. Gating strategy to detect CD69+ or CD25+ cells following sAg-mediated ...
Additional file 1: Figure S1. Gating strategy for flow cytometric analysis of T cell activation stat...
Gating strategies. The different gating strategies for the different immune cells are presented. (PP...
<p>Different strategies for gating regulatory T cells in peripheral blood and lymph node respectivel...
Single cells are gated on the lymphocytic population identified by SSC-H/FSC-H. HLA-DR+ and CD3+ pop...
(A) For panel 2, the first gate (G1) is on time vs CD45 to exclude poor flow, the second gate (G2) i...
<p>We identified T cells from total leukocytes as shown. We first selected singlets using forward sc...
Figure S1. Gating strategy. Gating strategy identifying live, singlet, (A) K562 and (B) .221 and (C)...
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
Activation of CD4 T cells leads to their metabolic reprogramming which includes enhanced glycolysis,...