A. Gating strategy to detect lymphoid cell populations from peritoneal cells. B. Gating strategy for detection of myeloid cell populations from mesenteric lymph nodes. (TIF)</p
<p>DC subtypes were identified for cell surface molecule analyses as shown. An example of the leukoc...
Each sample is enriched with 103 GFP+ cells and the percentage of GFP+ tumor cells is calculated. (T...
Total lymphocytes were initially gated on an FSC versus SSC plot (left) and then gated on the CD45R/...
Gating strategies to identification stromal cells (A), resident myeloid cells (B), resident CD4+ and...
Representative plots showing activated B cells (ABC) as CD19+CD10-IgD-CD71+CD38-CD20+ and antibody s...
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
<p>Gating strategy and representative flow cytometry plot of MMP-9-positive and TIMP-1-positive mono...
<p>CD4<sup>+</sup> T cells (B) were gated from lymphocytes (A) for further phenotyping. (C, D, E) Re...
Example of the gating strategy used to characterize the immune cells subsets present in analyzed tum...
(A) Lymph node samples were gated for total lymphocytes, singles cells, and live cells. Live cells w...
Gating strategy for T and B cell panels are shown. Naïve CD4+ or CD8+ T cells were defined as CD28+/...
Splenocytes were collected after 24-hour culture and stained for flow cytometry. Cell singlets were ...
<p>Forward versus sideward scatter plots of blood leukocytes (a) and bronchoalveolar fluid (BALF) ce...
Cells collected from ascites were stained with a 9-color flow cytometry panel and analyzed in an X-2...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; lymph...
<p>DC subtypes were identified for cell surface molecule analyses as shown. An example of the leukoc...
Each sample is enriched with 103 GFP+ cells and the percentage of GFP+ tumor cells is calculated. (T...
Total lymphocytes were initially gated on an FSC versus SSC plot (left) and then gated on the CD45R/...
Gating strategies to identification stromal cells (A), resident myeloid cells (B), resident CD4+ and...
Representative plots showing activated B cells (ABC) as CD19+CD10-IgD-CD71+CD38-CD20+ and antibody s...
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
<p>Gating strategy and representative flow cytometry plot of MMP-9-positive and TIMP-1-positive mono...
<p>CD4<sup>+</sup> T cells (B) were gated from lymphocytes (A) for further phenotyping. (C, D, E) Re...
Example of the gating strategy used to characterize the immune cells subsets present in analyzed tum...
(A) Lymph node samples were gated for total lymphocytes, singles cells, and live cells. Live cells w...
Gating strategy for T and B cell panels are shown. Naïve CD4+ or CD8+ T cells were defined as CD28+/...
Splenocytes were collected after 24-hour culture and stained for flow cytometry. Cell singlets were ...
<p>Forward versus sideward scatter plots of blood leukocytes (a) and bronchoalveolar fluid (BALF) ce...
Cells collected from ascites were stained with a 9-color flow cytometry panel and analyzed in an X-2...
<p>These plots represent the gating strategy used for flowcytometry analysis of blood samples; lymph...
<p>DC subtypes were identified for cell surface molecule analyses as shown. An example of the leukoc...
Each sample is enriched with 103 GFP+ cells and the percentage of GFP+ tumor cells is calculated. (T...
Total lymphocytes were initially gated on an FSC versus SSC plot (left) and then gated on the CD45R/...