| Autor: |
Joseph M. Beechem, Gary Geiss, John S Lyssand, Hiromi Sato, Saskia Ilcisin, Chi Q. Phan, Felicia New, Daniel Newhouse, Aric BE Rininger, Mark Conner, Giang T Ong, Alyssa B Rosenbloom, Shilah A Bonnett |
| Rok vydání: |
2023 |
| DOI: |
10.1158/2767-9764.22744282.v1 |
| Popis: |
Supplementary Figure S19: Representative images used in the assessment of spatial proteogenomic data quality on Glioblastoma multiforme Grade 4. (A) Human brain glioblastoma tissue array was stained with the GeoMx NGS Human Protein modules (147-plex), WTA, and antibodies against GFAP (Astrocyte/Tumor; left panel), CD45 (Immune; middle panel) and Syto13 (Nuclei; right panel). (B) ROI were segmented into GFAP+ (left panel), CD45+ (middle panel) or Syto13 (right panel).Supplementary Figure S20: Representative images used in the assessment of spatial proteogenomic data quality on gcGBM and GBM. ROIs for gcGBM (top panel) and GBM (bottom panel) were segmented into GFAP+ (Astrocyte/Tumor; left panel), CD45+ (Immune; middle panel) and Syto13 (Nuclear, DNA; right panel).Supplementary Figure S21: Combined volcano plot resulting from the differential expression analysis between GBM and gcGBM for all AOIs within the left frontal lobe for RNA (●) and protein (♦) analytes. Targets with significantly differential expression are highlighted either orange (P-value < 0.05), green (FDR < 0.05) or blue (FDR < 0.001); whereas targets in grey show no significant difference in expression. Genes with significantly differential expression are highlighted either orange (P-value Supplementary Figure S22: Differential protein expression analysis between GBM and gcGBM. Volcano showing the differential protein expression profiles for (A) CD45- and (B) GFAP-enriched segments within the left frontal lobe. Proteins with significantly differential expression are highlighted either orange (P-value |
| Databáze: |
OpenAIRE |
| Externí odkaz: |
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