Additional file 1: Figure S1. Gating strategy to detect CD69+ or CD25+ cells following sAg-mediated activation. E6.1-CD6WT and E6.1-CD6Dcyt cells were cultured for 24 h in the presence of unloaded or sAg-loaded Raji cells, and expression of CD69 and CD25 was assessed by flow cytometry. (a) The gate was defined based on unstained E6.1 cells, and positivity is represented in the right half of dot plots of FSC vs. marker expression. (b) Representative dot plots for each condition analyzing CD69 (left panels) or CD25 (right panels) expression. FSC: Forward scatter. Figure S2. Activity of the HRas biosensor MRS2 in unstimulated and activated E6.1 cells. (a) MRS2- and MRS2-S17N-expressing E6.1 single cells were filmed for 5 min at 37 ºC (1 min fr...
Gating strategy for flow cytometric analysis. Gating strategy for flow cytometric analysis used to i...
Figure S1. (A) Relative transcriptional levels of MIF expression in B cells, T cells, non-malignant ...
Figure S1. CAR NK-92 (A) and CAR-YT (B) cells become activated upon 4âh incubation with target HEK...
Figure S6. Humanized bone marrow gating strategies. The percentage of lymphocytes was enumerated bas...
Figure S1. Gating strategy describing the Tfh and Tfr cells. In flow cytometry analysis, the gating ...
(A) Flow cytometry was used to detect surface marker changes in siRNA experiments during DC (-si STA...
Figure S1. TAp63 is not detectable in MCF10A cells. a MCF10A cells were cultured attached to (2D cul...
Detailed gating strategy for each MSC surface antigens. Gating strategy for CD44 surface antigen sho...
Figure S1. Gating strategy. Representative plots showing gating strategy for both PBMCs and SFMCs. L...
<p>a) Images of CD69 stained T-cells in M− and M+ conditions. Green- CD69, Greenish black- antigen-c...
Figure S3. Example Gating Strategies. (A) Example live CD8+ T cell gating, and subsequent gating for...
The relationship between morphological changes and T-cell activation before and after IS formation. ...
(A) For panel 6, the strategies of the first to fourth gates were the same as panel 4 (Fig 4). After...
Ca2+ responses in CD4+ T cells were measured and presented by △F/F. (A) The shape index change and C...
<p>(A) Gating scheme to identify CD169<sup>+</sup>IL-7Rα<sup>hi</sup>CCR6<sup>+</sup> cells analyzed...
Gating strategy for flow cytometric analysis. Gating strategy for flow cytometric analysis used to i...
Figure S1. (A) Relative transcriptional levels of MIF expression in B cells, T cells, non-malignant ...
Figure S1. CAR NK-92 (A) and CAR-YT (B) cells become activated upon 4âh incubation with target HEK...
Figure S6. Humanized bone marrow gating strategies. The percentage of lymphocytes was enumerated bas...
Figure S1. Gating strategy describing the Tfh and Tfr cells. In flow cytometry analysis, the gating ...
(A) Flow cytometry was used to detect surface marker changes in siRNA experiments during DC (-si STA...
Figure S1. TAp63 is not detectable in MCF10A cells. a MCF10A cells were cultured attached to (2D cul...
Detailed gating strategy for each MSC surface antigens. Gating strategy for CD44 surface antigen sho...
Figure S1. Gating strategy. Representative plots showing gating strategy for both PBMCs and SFMCs. L...
<p>a) Images of CD69 stained T-cells in M− and M+ conditions. Green- CD69, Greenish black- antigen-c...
Figure S3. Example Gating Strategies. (A) Example live CD8+ T cell gating, and subsequent gating for...
The relationship between morphological changes and T-cell activation before and after IS formation. ...
(A) For panel 6, the strategies of the first to fourth gates were the same as panel 4 (Fig 4). After...
Ca2+ responses in CD4+ T cells were measured and presented by △F/F. (A) The shape index change and C...
<p>(A) Gating scheme to identify CD169<sup>+</sup>IL-7Rα<sup>hi</sup>CCR6<sup>+</sup> cells analyzed...
Gating strategy for flow cytometric analysis. Gating strategy for flow cytometric analysis used to i...
Figure S1. (A) Relative transcriptional levels of MIF expression in B cells, T cells, non-malignant ...
Figure S1. CAR NK-92 (A) and CAR-YT (B) cells become activated upon 4âh incubation with target HEK...