<p>Forward versus sideward scatter plots of blood leukocytes (a) and bronchoalveolar fluid (BALF) cells (b).</p
Splenocytes were collected after 24-hour culture and stained for flow cytometry. Cell singlets were ...
<p>The lymphocytes were identified as R1 based on their size and granularity flow cytometric feature...
<p>Data are representative for all flow cytometry experiments. (A) Forward scatter vs. side scatter ...
A. Gating strategy to detect lymphoid cell populations from peritoneal cells. B. Gating strategy for...
<p>G: Granulocytes, M: Monocytes, L: Lymphocytes, FSC: Forward scatter, SSC: Side scatter.</p
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
Gating strategies to identification stromal cells (A), resident myeloid cells (B), resident CD4+ and...
<p>Representative size/granularity (FSC/SSC) dot plots, show different sub populations among PBL, HK...
<p>DC subtypes were identified for cell surface molecule analyses as shown. An example of the leukoc...
Representative plots showing activated B cells (ABC) as CD19+CD10-IgD-CD71+CD38-CD20+ and antibody s...
<p>(<b>A</b>) Digested tissue samples were subjected to PI live/dead cell exclusion and CD45<sup>+</...
<p>Data was compensated and gated using FlowJo to define TruCOUNT™ beads, (i) from both blood (left ...
<p>Alveolar cells were surface stained for CD45, CD4, CCR6 and then intracellularly stained for IL-1...
<p>Dead cells were excluded by selecting all live cells from the forward/side scatter plot (A), afte...
<p><b>A:</b> Gating strategy used to identify different leukocyte subpopulations by multiparametric ...
Splenocytes were collected after 24-hour culture and stained for flow cytometry. Cell singlets were ...
<p>The lymphocytes were identified as R1 based on their size and granularity flow cytometric feature...
<p>Data are representative for all flow cytometry experiments. (A) Forward scatter vs. side scatter ...
A. Gating strategy to detect lymphoid cell populations from peritoneal cells. B. Gating strategy for...
<p>G: Granulocytes, M: Monocytes, L: Lymphocytes, FSC: Forward scatter, SSC: Side scatter.</p
Shown are gating strategies for the analysis of (A), human immune cell subsets (hCD45+CD3+: T cells,...
Gating strategies to identification stromal cells (A), resident myeloid cells (B), resident CD4+ and...
<p>Representative size/granularity (FSC/SSC) dot plots, show different sub populations among PBL, HK...
<p>DC subtypes were identified for cell surface molecule analyses as shown. An example of the leukoc...
Representative plots showing activated B cells (ABC) as CD19+CD10-IgD-CD71+CD38-CD20+ and antibody s...
<p>(<b>A</b>) Digested tissue samples were subjected to PI live/dead cell exclusion and CD45<sup>+</...
<p>Data was compensated and gated using FlowJo to define TruCOUNT™ beads, (i) from both blood (left ...
<p>Alveolar cells were surface stained for CD45, CD4, CCR6 and then intracellularly stained for IL-1...
<p>Dead cells were excluded by selecting all live cells from the forward/side scatter plot (A), afte...
<p><b>A:</b> Gating strategy used to identify different leukocyte subpopulations by multiparametric ...
Splenocytes were collected after 24-hour culture and stained for flow cytometry. Cell singlets were ...
<p>The lymphocytes were identified as R1 based on their size and granularity flow cytometric feature...
<p>Data are representative for all flow cytometry experiments. (A) Forward scatter vs. side scatter ...
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