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Center for Computational Systems Medicine
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Dataset summary

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Drug summary

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Umap of single cell types and conditions (resistant and sensitive)

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Comparison of cell composition between the resistant and sensitive groups (This dataset does not contain this module)

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Comparison of intra-tumor heterogeneity (ITH) and epithelial-mesenchymal transition (EMT) scores of malignant cells between the resistant and sensitive groups (This dataset does not contain this module)

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Difference of cell-cell interactions between the resistant and sensitive groups

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Differentially expressed genes (DEGs) between the resistant and sensitive groups for each cell type

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Mechanism analysis of drug resistance-related DEGs for each cell type in the pre-treatment samples (This dataset does not contain this module)

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Mechanism analysis of drug resistance-related DEGs for each cell type in the post-treatment samples

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Mechanism analysis of drug resistance-related DEGs for each cell type in one patient or cell lines (This dataset does not contain this module)

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MicroRNAs (miRNAs) regulating drug resistance-related DEGs for Malignant cells

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Motifs and transcription factors (TFs) regulating drug resistance-related DEGs for each cell type

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Differentially expressed genes act as transcription factors

Dataset: PMID34715028

Dataset summary for PMID34715028

Datast informationDatasetPMID34715028
PMID34715028
Raw data ID/linkEGAD00001008166
OrganismHomo sapiens
Sourcepatients
TissueTumor tissue
Cancer type level1Kidney cancer
Cancer type level2Clear cell renal cell carcinoma (ccRCC)
Regimennivolumab
Drug typeImmunotherapy
Sample sizepost (resistant 1, sensitive 1)
Cell number27332
Extract protocol10x genomics
Data processingCellRanger 5.0.0
Public datePublic on Oct 28, 2021
DescriptionThis dataset has 2 patients with post-treatment samples.

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Drug summary for PMID34715028

Drug nameDrugBank IDDrug typeTargets nameTargets uniprot ID
"Nivolumab"

DB09035

biotechPDCD1; CD274Q15116; Q9NZQ7

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Umap of single cell types and conditions (resistant and sensitive)

check buttonUmap of cell types and conditions (resistant and sensitive). If this dataset has both pre-treatment and post-treatment samples, the cell types were annotated together. If this dataset is a cell line dataset, the UMAP of cell clusters and the cell ratio of drug-resistant and sensitive groups within each cluster will also be shown. (If the image exists, the user can click on it to enlarge it in a new window.)
Umap of cell typesboxplotUmap of conditionsboxplot

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Comparison of cell composition between the resistant and sensitive groups

check buttonIn the pre-treatment samples, the cell composition of the resistant and sensitive groups were compared.
* represents significant difference.
(If the image exists, the user can click on it to enlarge it in a new window.)

check buttonIn the post-treatment samples, the cell composition of the resistant and sensitive groups were compared.
* represents significant difference.
(If the image exists, the user can click on it to enlarge it in a new window.)

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Comparison of ITH and EMT scores of malignant cells between the resistant and sensitive groups

check buttonComparison of ITH (intra-tumoral heterogeneity) and EMT (epithelial-mesenchymal transition) scores of malignant cells between the resistant and sensitive groups. ITH represents intratumoral heterogeneity, EMT represents epithelial mesenchymal transition, pre represents pre-treatment, post represents post-treatment, post2 represents longer post-treatment. (If the image exists, the user can click on it to enlarge it in a new window.)

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Difference of cell-cell interactions between the resistant and sensitive groups

check buttonIn the pre-treatment samples, the difference in cell-cell interactions between the resistant and sensitive groups was compared. The numbers indicate the count of cell-cell interactions that were either higher or lower in the resistant group compared to the sensitive group. The dot plots of significant ligand-receptor pairs in the resistant group and sensitive group are subsequently displayed. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

check buttonIn the post-treatment samples, the difference in cell-cell interactions between the resistant and sensitive groups was compared. The numbers indicate the count of cell-cell interactions that were either higher or lower in the resistant group compared to the sensitive group. The dot plots of significant ligand-receptor pairs in the resistant group and sensitive group are subsequently displayed. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

resistant vs. sensitive

boxplot
Dot plot of significant ligand-receptor pairs in the resistant groupDot plot of significant ligand-receptor pairs in the sensitive group
boxplotboxplot

check buttonThis dataset only has one patient or is a cell line dataset, the resistant sample is the post-treatment sample and the sensitive sample is the pre-treatment sample. The difference in cell-cell interactions between the resistant and sensitive groups was compared. The numbers indicate the count of cell-cell interactions that were either higher or lower in the resistant group compared to the sensitive group. The dot plots of significant ligand-receptor pairs in the resistant group and sensitive group are subsequently displayed. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

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Differentially expressed genes (DEGs) between the resistant and sensitive groups for each cell type

check buttonIn the pre-treatment samples, the differentially expressed genes (|avg_log2FC|>0.25 & p_val_adj<0.05) between the resistant and sensitive groups for each cell type.

check buttonIn the post-treatment samples, the differentially expressed genes (|avg_log2FC|>0.25 & p_val_adj<0.05) between the resistant and sensitive groups for each cell type.
Gene symbolGene idavg_log2FCp_valp_val_adjpct.1pct.2Cell typeTimepoint

MT-ND3

ENSG000001988400.377833.13e-375.48e-330.9850.984CD4+ T cellspost

ADAM10

ENSG000001378450.376521.12e-441.97e-400.4420.226CD4+ T cellspost

RPL38

ENSG000001728090.368532.26e-283.95e-240.950.96CD4+ T cellspost

ZRANB2

ENSG000001324850.3679371.44e-402.53e-360.4850.278CD4+ T cellspost

CCND3

ENSG000001125760.3678683.81e-376.68e-330.5520.363CD4+ T cellspost

FKBP1A

ENSG000000888320.3576711.64e-362.88e-320.4340.248CD4+ T cellspost

MT-ND5

ENSG000001987860.3530480.00e+001.81e-430.9980.988CD4+ T cellspost

FOXP1

ENSG000001148610.3519625.47e-289.58e-240.4940.327CD4+ T cellspost

RCSD1

ENSG000001987710.34936.67e-411.17e-360.4790.267CD4+ T cellspost

RPL3

ENSG000001003160.3424111.03e-241.80e-200.9960.997CD4+ T cellspost

RPS8

ENSG000001429370.3394252.99e-255.24e-210.9960.997CD4+ T cellspost

ERAP2

ENSG000001643080.3388470.00e+000.00e+000.3170.099CD4+ T cellspost

RPS23

ENSG000001864680.3385244.28e-187.50e-140.9920.998CD4+ T cellspost

PHTF2

ENSG000000065760.3384658.87e-191.55e-140.460.34CD4+ T cellspost

SLAMF1

ENSG000001170900.3366711.79e-213.14e-170.4070.277CD4+ T cellspost

TPT1

ENSG000001331120.3358587.93e-261.39e-210.9960.999CD4+ T cellspost

PNISR

ENSG000001324240.3337335.03e-328.82e-280.6810.516CD4+ T cellspost

RPS12

ENSG000001123060.3322875.22e-099.14e-050.9960.999CD4+ T cellspost

RAC2

ENSG000001283400.3314621.63e-252.86e-210.8630.821CD4+ T cellspost

PRMT2

ENSG000001603100.3293791.04e-201.83e-160.5590.436CD4+ T cellspost

GRAP2

ENSG000001003510.3292731.38e-402.41e-360.3270.138CD4+ T cellspost

AES

NA0.3274226.24e-311.09e-260.8020.699CD4+ T cellspost

RPS29

ENSG000002137410.3266412.07e-363.63e-320.9770.99CD4+ T cellspost

RPL18

ENSG000000631770.3255564.38e-297.68e-250.9930.993CD4+ T cellspost

PTPRCAP

ENSG000002134020.3250681.42e-332.50e-290.4350.253CD4+ T cellspost

CBFB

ENSG000000679550.3246232.06e-333.61e-290.3550.181CD4+ T cellspost

TMA7

ENSG000002321120.3233235.96e-311.04e-260.8690.852CD4+ T cellspost

TTN

ENSG000001556570.322492.87e-285.04e-240.3640.194CD4+ T cellspost

RPS21

ENSG000001718580.3211232.25e-233.94e-190.9830.994CD4+ T cellspost

CYFIP2

ENSG000000551630.3203159.84e-271.72e-220.4940.342CD4+ T cellspost

NEAT1

ENSG000002455320.3202351.34e-092.35e-050.6850.637CD4+ T cellspost

N4BP2L2

ENSG000002447540.3179494.65e-278.15e-230.6420.492CD4+ T cellspost

SKAP1

ENSG000001412930.3175542.10e-253.69e-210.6410.515CD4+ T cellspost

OGT

ENSG000001471620.3169074.13e-237.24e-190.5370.383CD4+ T cellspost

MDFIC

ENSG000001352720.3158475.65e-289.91e-240.4440.276CD4+ T cellspost

TBC1D4

ENSG000001361110.3131242.53e-194.43e-150.4160.282CD4+ T cellspost

PCED1B

ENSG000001797150.310844.81e-358.43e-310.3870.197CD4+ T cellspost

RPL13

ENSG000001675260.317.93e-231.39e-1811CD4+ T cellspost

AAK1

ENSG000001159770.3089887.92e-281.39e-230.4830.316CD4+ T cellspost

RPL37

ENSG000001455920.3080061.20e-282.10e-240.9880.997CD4+ T cellspost

SLFN12L

ENSG000002050450.3047621.21e-272.13e-230.3420.185CD4+ T cellspost

RPL7A

ENSG000002808580.3045958.85e-321.55e-270.9940.997CD4+ T cellspost

RPL31

ENSG000000710820.3035874.21e-197.38e-150.9260.941CD4+ T cellspost

SIRPG

ENSG000000890120.3021711.28e-202.24e-160.4350.298CD4+ T cellspost

RACK1

ENSG000002046280.3005981.02e-241.79e-200.9720.982CD4+ T cellspost

TNFRSF18

ENSG000001868910.3000571.13e-071.97e-030.3230.252CD4+ T cellspost

SERF2

ENSG000001402640.2994811.63e-272.86e-230.9440.943CD4+ T cellspost

ITK

ENSG000001132630.2993963.86e-146.76e-100.6530.558CD4+ T cellspost

RPL32

ENSG000001447130.2988892.55e-134.47e-090.9920.996CD4+ T cellspost

RGS10

ENSG000001489080.2969181.84e-243.22e-200.470.324CD4+ T cellspost
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check buttonThis dataset only has one patient or is a cell line dataset, the resistant sample is the post-treatment sample and the sensitive sample is the pre-treatment sample. The following are differentially expressed genes (|avg_log2FC|>0.25 & p_val_adj<0.05) between the resistant and sensitive groups for each cell type.

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Mechanism analysis of drug resistance-related DEGs for each cell type in the pre-treatment samples

check buttonEnrichment results for 5 known drug-resistant mechanisms in malignant cells and 1 known mechanism in TME cells.The "Signature" column represents the differentially expressed genes (DEGs) used for enrichment. The "Geneset" column represents the genes included in this mechanism. The "Overlap" column represents the number of genes in the "Geneset" that are enriched in the "Signature". The "Enriched Genes" column represents the genes in the "Geneset" that are enriched in the "Signature". (If the image exists, the user can click on it to enlarge it in a new window.)

check buttonHallmark, KEGG and GOBP enrichment results for up-regulated genes in resistant group of pre-treatment samples. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

check buttonHallmark, KEGG and GOBP enrichment results for down-regulated genes in resistant group of pre-treatment samples. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window.Complete files can be downloaded from the download section.)

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Mechanism analysis of drug resistance-related DEGs for each cell type in the post-treatment samples

check buttonEnrichment results for 5 known drug resistance mechanisms in malignant cells and 1 known mechanism in TME cells.The "Signature" column represents the differentially expressed genes (DEGs) used for enrichment. The "Geneset" column represents the genes included in this mechanism. The "Overlap" column represents the number of genes in the "Geneset" that are enriched in the "Signature". The "Enriched Genes" column represents the genes in the "Geneset" that are enriched in the "Signature". (If the image exists, the user can click on it to enlarge it in a new window.)
Enrichment results for 1 known drug resistance mechanisms in TME cells

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MechnismPvalFDRSignatureGenesetOverlapBackgroundCell typeEnriched Genes
Regulation by the Disease Microenvironment8.40e-038.40e-035171861023467CD4+ T cellsBCL2,CDKN1B,NFKB1,TGFB1,CXCR4,FYN,SOCS3,STAT3,VIM,TSPYL2
Regulation by the Disease Microenvironment4.80e-054.80e-055001861423467CD8+ T cellsBCL2,CDKN1B,NFKB1,TGFB1,TGFBR2,CXCR4,FYN,GATA3,RHOB,HNRNPA2B1,SOCS3,STAT3,VIM,TSPYL2

check buttonHallmark, KEGG and GOBP enrichment results for up-regulated genes in resistant group of post-treatment samples. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)
Up-regulated HallmarkUp-regulated KEGGUp-regulated GO BP
boxplotboxplotboxplot

check buttonHallmark, KEGG and GOBP enrichment results for down-regulated genes in resistant group of post-treatment samples. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)
Down-regulated HallmarkDown-regulated KEGGDown-regulated GO BP
boxplotboxplotboxplot

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Mechanism analysis of drug resistance-related DEGs for each cell type in one patient or cell lines

check buttonThis dataset only has one patient or is a cell line dataset, the resistant sample is the post-treatment sample and the sensitive sample is the pre-treatment sample. Enrichment results for 5 known drug resistance mechanisms in malignant cells and 1 known mechanism in TME cells are shown here.The "Signature" column represents the differentially expressed genes (DEGs) used for enrichment. The "Geneset" column represents the genes included in this mechanism. The "Overlap" column represents the number of genes in the "Geneset" that are enriched in the "Signature". The "Enriched Genes" column represents the genes in the "Geneset" that are enriched in the "Signature". (If the image exists, the user can click on it to enlarge it in a new window.)

check buttonHallmark, KEGG and GOBP enrichment results for up-regulated genes in resistant group. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

check buttonHallmark, KEGG and GOBP enrichment results for down-regulated genes in resistant group. Only show the top 50 pathways with fdr<0.05. If certain cell types are not displayed, it means that there are no significant pathways based on DEGs in those cell types. (If the image exists, the user can click on it to enlarge it in a new window. Complete files can be downloaded from the download section.)

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MicroRNAs (miRNAs) regulating drug resistance-related DEGs for malignant cells

check buttonIn the pre-treatment samples, the miRNAs with a score greater than 80 that regulate the top10 abs(avg_log2FC) drug resistance-related DEGs for malignant cells are shown here. If the gene does not have any miRNAs with a score greater than 80, it will not be shown. Here only the names of miRNAs with a score greater than 90 are shown, but some names will not be shown because of too many overlaps. (Complete files containing all datasets and cell types can be downloaded from the download section.)

check buttonIn the post-treatment samples, the miRNAs with a score greater than 80 that regulate the top10 abs(avg_log2FC) drug resistance-related DEGs for Malignant cells are shown here. If the gene does not have any miRNAs with a score greater than 80, it will not be shown. Here only the names of miRNAs with a score greater than 90 are shown, but some names will not be shown because of too many overlaps. (Complete files containing all datasets and cell types can be downloaded from the download section.)
Regulating up-regulated DEGs in resistant groupRegulating down-regulated DEGs in resistant group
This dataset does not contain malignant cells, nor does it predict any miRNA that corresponds to the top10 DEGs.This dataset does not contain malignant cells, nor does it predict any miRNA that corresponds to the top10 DEGs.

check buttonThis dataset only has one patient or is a cell line dataset, the resistant sample is the post-treatment sample and the sensitive sample is the pre-treatment sample. The miRNAs with a score greater than 80 that regulate the top10 abs(avg_log2FC) drug resistance-related DEGs for Malignant cells are shown here. Here only the names of miRNAs with a score greater than 80 are shown, but some names will not be shown because of too many overlaps. If the gene does not have any miRNAs with a score greater than 90, it will not be shown. (Complete files containing all datasets and cell types can be downloaded from the download section.)

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Motifs and transcription factors (TFs) regulating drug resistance-related DEGs for each cell type

check buttonIn the pre-treatment samples, the motifs and TFs that regulate drug resistance-related DEGs for each cell type are shown here. (Complete files can be downloaded from the download section.)

check buttonIn the post-treatment samples, the motifs and TFs that regulate drug resistance-related DEGs for each cell type are shown here. (Complete files can be downloaded from the download section.)
Motifs and TFs regulating up-regulated DEGs in resistant group of the post-treatment samples
motifmotifNESAUCTF_highConfCell_type
motifswissregulon__hs__GMEB24.760.091GMEB2 (directAnnotation). CD4+ T cells
motiftransfac_pro__M064083.910.0802ZSCAN30 (directAnnotation). CD4+ T cells
motifswissregulon__hs__ETV63.850.0794ETV6 (directAnnotation). CD4+ T cells
motiftransfac_pro__M006553.780.0785ETV4 (directAnnotation). CD4+ T cells
motiftransfac_pro__M038443.720.0778ELK4 (directAnnotation). CD4+ T cells
motiftaipale_tf_pairs__ERF_HOXA3_RSCGGAWNNNNNNNYMATTA_CAP_repr3.650.0769ERF; HOXA3 (directAnnotation). CD4+ T cells
motiftaipale_tf_pairs__TEAD4_CEBPD_NTTRCGYAANNNNNNRGWATGY_CAP3.650.0768CEBPD; TEAD4 (directAnnotation). CD4+ T cells
motiftaipale_tf_pairs__ELF2_NATGCGGAAGTR_HT3.640.0767ELF2 (directAnnotation). CD4+ T cells
motifjaspar__MA1509.13.60.0762IRF6 (directAnnotation). CD4+ T cells
motifjaspar__MA1939.13.50.075SREBF2 (directAnnotation). CD4+ T cells
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Motifs and TFs regulating down-regulated DEGs in resistant group of the post-treatment samples
motifmotifNESAUCTF_highConfCell_type
motifjaspar__MA0604.18.190.12ATF1 (inferredBy_Orthology). CD4+ T cells
motiftaipale_cyt_meth__CREB1_NRTGACGTN_eDBD_repr6.460.103CREB1 (directAnnotation). CD4+ T cells
motiftransfac_pro__M018615.610.0939ATF1 (directAnnotation). CD4+ T cells
motifmetacluster_111.34.980.0874ATF1; ATF3; CREB1; CREB1; CREB1; CREB1; CREB1; CREM; CREM; CREM; CREM; E4F1; E4F1 (directAnnotation). CREB1; CREB1; CREM; JDP2 (inferredBy_Orthology). CD4+ T cells
motifdbtfbs__GMEB1_K562_ENCSR928KOR_merged_N14.860.0861GMEB1 (directAnnotation). CD4+ T cells
motiftransfac_pro__M008014.770.0852ATF1; ATF2; ATF3; ATF4; ATF7; CREB1; CREM (directAnnotation). ATF7-NPFF (inferredBy_Orthology). CD4+ T cells
motifdbtfbs__GMEB2_HepG2_ENCSR745VSQ_merged_N14.770.0852GMEB2 (directAnnotation). CD4+ T cells
motifmetacluster_111.44.730.0848ATF1; ATF1; ATF1; ATF1; ATF1; ATF1; ATF2; ATF2; ATF2; ATF2; ATF2; ATF2; ATF2; ATF2; ATF2; ATF2; ATF3; ATF3; ATF3; ATF3; ATF3; ATF4; ATF4; ATF5; ATF6; ATF6B; ATF7; ATF7; ATF7; BATF3; BATF3; CREB1; CREB1; CREB1; CREB1; CREB1; CREB1; CREB1; CREB1; CREB1; CREB1; CREB3; CREB3L4; CREB3L4; CREB5; CREB5; CREB5; CREM; CREM; CREM; CREM; CREM; FOSB; FOSL1; FOSL1; FOSL2; JDP2; JDP2; JDP2; JUN; JUNB; JUNB; JUNB; JUND; JUND; JUND; JUND; JUND; XBP1; XBP1; XBP1; ZNF629 (directAnnotation). ATF1; ATF1; ATF1; ATF2; ATF2; ATF3; ATF6; ATF6B; ATF7; ATF7; ATF7; ATF7-NPFF; ATF7-NPFF; ATF7-NPFF; ATF7-NPFF; BATF; BATF2; BATF3; CREB1; CREB1; CREB3; CREB3L1; CREB3L2; CREB3L3; CREB3L4; CREM; FOS; FOSB; FOSL1; FOSL2; JDP2; JDP2 (inferredBy_Orthology). CD4+ T cells
motifhocomoco__GMEB2_HUMAN.H11MO.0.D4.460.0821GMEB2 (directAnnotation). CD4+ T cells
motiftransfac_public__M000394.430.0817CREB1 (directAnnotation). CD4+ T cells
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check buttonThis dataset only has one patient or is a cell line dataset, the resistant sample is the post-treatment sample and the sensitive sample is the pre-treatment sample. Motifs and TFs that regulate drug resistance-related DEGs for each cell type are shown here. (Complete files can be downloaded from the download section.)

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Differentially expressed genes act as transcription factors

check buttonThis table shows the differentially expressed genes that act as transcription factors. (Complete files can be downloaded from the download section.)
TFmotifExpressionCell typeTimepoint

ETS1

cisbp__M02645upCD4+ T cellspost

PRDM1

metacluster_187.2upCD4+ T cellspost

ATF3

metacluster_111.3downCD4+ T cellspost

CREM

metacluster_111.3downCD4+ T cellspost

ATF3

transfac_pro__M00801downCD4+ T cellspost

CREM

transfac_pro__M00801downCD4+ T cellspost

ATF3

metacluster_111.4downCD4+ T cellspost

CREM

metacluster_111.4downCD4+ T cellspost

FOSB

metacluster_111.4downCD4+ T cellspost

FOSL2

metacluster_111.4downCD4+ T cellspost
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1"Sun X, Zhang Y, Li H, Zhou Y, Shi S, Chen Z, He X, Zhang H, Li F, Yin J, Mou M, Wang Y, Qiu Y, Zhu F. DRESIS: the first comprehensive landscape of drug resistance information. Nucleic Acids Res. 2023 Jan 6;51(D1):D1263-D1275. doi: 10.1093/nar/gkac812. PMID: 36243960; PMCID: PMC9825618."
2"Wishart DS, Feunang YD, Guo AC, Lo EJ, Marcu A, Grant JR, Sajed T, Johnson D, Li C, Sayeeda Z, Assempour N, Iynkkaran I, Liu Y, Maciejewski A, Gale N, Wilson A, Chin L, Cummings R, Le D, Pon A, Knox C, Wilson M. DrugBank 5.0: a major update to the DrugBank database for 2018. Nucleic Acids Res. 2018 Jan 4;46(D1):D1074-D1082. doi: 10.1093/nar/gkx1037. PMID: 29126136; PMCID: PMC5753335."