(A and B) Immune cell distribution according to the site of OPSCC (tonsil vs. BOT) in the tumor region (A) and the stromal region (B). Data are represented as dot plots (bar: mean ± SE). P value (p) was calculated using two-sided Student’s t-test. (C) Pearson-correlation matrix of immune cells in the tumor and stromal regions according the site of OPSCC (tonsil vs. BOT). The distribution of immune cells differed between tonsillar and BOT OPSCC.</p
<p>The correlation of the tumor-infiltrating Treg frequency with that of tumor-infiltrating CD4<sup>...
<p>Correlation matrix for the different T cell subpopulations in cord blood, spearman correlation co...
<p>A: macroscopic appearance of a representative sample of tonsils and adenoidal tissue. B: Low powe...
(A and B) Immune cell distribution according to p16 immunohistochemistry (IHC) analysis in the tumor...
(A) Formalin-fixed paraffin-embedded (FFPE) sections of representative OPSCC tissues were analyzed b...
<p>Table showing the Pearson coefficient of correlation C between staining observed for each marker ...
The proportion of tumor and stromal region of FFPE samples were indicated according to the site of O...
(A) Barplot of 22 immune cells proportion in two clusters. Each different color represents a type of...
Introduction: Immune cells play a prominent role in keeping tumors suppressed, but how the distribut...
(A) The bar plot of 22 immune cell infiltrations in CIBERSORT. (B) Violin plot showed the ratio diff...
<p>Table showing the coefficient of correlation with a Pearson correlation test (Pearson Correlation...
(A) The bar graph of relative proportions of the 22 immune cells between the high and low-risk subgr...
Different distribution of lymphocytes in diverse tumor regions. A, Representative images of primary ...
All flow cytometry data are represented as percent total live cells, which include tumor cells and i...
<p>(A) Heatmap shows diverse expression levels (log fold change of FPKM values) of immune evasion ge...
<p>The correlation of the tumor-infiltrating Treg frequency with that of tumor-infiltrating CD4<sup>...
<p>Correlation matrix for the different T cell subpopulations in cord blood, spearman correlation co...
<p>A: macroscopic appearance of a representative sample of tonsils and adenoidal tissue. B: Low powe...
(A and B) Immune cell distribution according to p16 immunohistochemistry (IHC) analysis in the tumor...
(A) Formalin-fixed paraffin-embedded (FFPE) sections of representative OPSCC tissues were analyzed b...
<p>Table showing the Pearson coefficient of correlation C between staining observed for each marker ...
The proportion of tumor and stromal region of FFPE samples were indicated according to the site of O...
(A) Barplot of 22 immune cells proportion in two clusters. Each different color represents a type of...
Introduction: Immune cells play a prominent role in keeping tumors suppressed, but how the distribut...
(A) The bar plot of 22 immune cell infiltrations in CIBERSORT. (B) Violin plot showed the ratio diff...
<p>Table showing the coefficient of correlation with a Pearson correlation test (Pearson Correlation...
(A) The bar graph of relative proportions of the 22 immune cells between the high and low-risk subgr...
Different distribution of lymphocytes in diverse tumor regions. A, Representative images of primary ...
All flow cytometry data are represented as percent total live cells, which include tumor cells and i...
<p>(A) Heatmap shows diverse expression levels (log fold change of FPKM values) of immune evasion ge...
<p>The correlation of the tumor-infiltrating Treg frequency with that of tumor-infiltrating CD4<sup>...
<p>Correlation matrix for the different T cell subpopulations in cord blood, spearman correlation co...
<p>A: macroscopic appearance of a representative sample of tonsils and adenoidal tissue. B: Low powe...