title,alias,description,subjectId,caseOrControl,gender,organismPart,cellLine,region,phenotype,file,PSAResult.x,PathGG1,PathGG2,ClinStageT,PathStageT,gleason_total,N adapter,S adapter,cohort,sample,position in plate,cell type,batch,cell_no,truseq adapter,age
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S1,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11453,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S502_S1_trimmedBBduk.Aligned.out.sam,3.4,4,3,T2a,pT2c,43,N716,S502,sorted_cell_types,3B,b3,T,1,2200,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S2,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11450,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S503_S2_trimmedBBduk.Aligned.out.sam,5.3,3,4,T2,pT3a,34,N716,S503,sorted_cell_types,3C,c3,T,1,2200,NA,73
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S3,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11427,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S506_S3_trimmedBBduk.Aligned.out.sam,4.1,3,4,T1c,pT2c,34,N716,S506,sorted_cell_types,3E,e3,T,1,2000,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S4,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11458,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S513_S4_trimmedBBduk.Aligned.out.sam,5.6,4,5,T1c,pT2c,45,N716,S513,sorted_cell_types,3A,a3,T,1,2247,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S5,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11444,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S515_S5_trimmedBBduk.Aligned.out.sam,4.9,4,3,T2c,pT3a,43,N716,S515,sorted_cell_types,3D,d3,T2,1,2660,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S6,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11405,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N716.S517_S6_trimmedBBduk.Aligned.out.sam,NA,5,4,NA,NA,54,N716,S517,sorted_cell_types,3G,g3,T,2,1497,NA,63
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S7,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11467,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N719.S506_S7_trimmedBBduk.Aligned.out.sam,10.7,4,5,T2b,pT2c,45,N719,S506,sorted_cell_types,2M,e6,F,2,754,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S8,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11425,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N719.S516_S8_trimmedBBduk.Aligned.out.sam,4.4,3,4,T2b,pT3a,34,N719,S516,sorted_cell_types,2H,f2,F,2,844,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S9,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11438,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N720.S503_S9_trimmedBBduk.Aligned.out.sam,4.6,4,5,T2c,pT3b,45,N720,S503,sorted_cell_types,3K,c7,T,2,2000,NA,69
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S10,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11467,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N720.S506_S10_trimmedBBduk.Aligned.out.sam,10.7,4,5,T2b,pT2c,45,N720,S506,sorted_cell_types,3M,e7,T,2,2465,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S11,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11452,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N720.S515_S11_trimmedBBduk.Aligned.out.sam,12,3,3,T2b,pT2c,33,N720,S515,sorted_cell_types,3L,d7,T2,2,3100,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S12,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11425,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N720.S516_S12_trimmedBBduk.Aligned.out.sam,4.4,3,4,T2b,pT3a,34,N720,S516,sorted_cell_types,3H,f3,T,2,3966,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S13,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11437,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S502_S13_trimmedBBduk.Aligned.out.sam,13.6,4,3,T2b,pT2c,43,N721,S502,sorted_cell_types,4J,b8,M,2,950,NA,72
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S14,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11438,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S503_S14_trimmedBBduk.Aligned.out.sam,4.6,4,5,T2c,pT3b,45,N721,S503,sorted_cell_types,4K,c8,M,2,1000,NA,69
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S15,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11467,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S506_S15_trimmedBBduk.Aligned.out.sam,10.7,4,5,T2b,pT2c,45,N721,S506,sorted_cell_types,4M,e8,M,2,2460,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S16,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11433,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S513_S16_trimmedBBduk.Aligned.out.sam,2.91,3,4,T2a,pT2c,34,N721,S513,sorted_cell_types,4I,a8,M,2,1814,NA,52
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S17,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11452,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S515_S17_trimmedBBduk.Aligned.out.sam,12,3,3,T2b,pT2c,33,N721,S515,sorted_cell_types,4L,d8,M2,2,2400,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S18,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11425,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N721.S516_S18_trimmedBBduk.Aligned.out.sam,4.4,3,4,T2b,pT3a,34,N721,S516,sorted_cell_types,4H,f4,M,2,2061,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S19,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11453,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N723.S502_S19_trimmedBBduk.Aligned.out.sam,3.4,4,3,T2a,pT2c,43,N723,S502,sorted_cell_types,1B,b1,E,1,2200,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S20,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11458,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N723.S513_S20_trimmedBBduk.Aligned.out.sam,5.6,4,5,T1c,pT2c,45,N723,S513,sorted_cell_types,1A,a1,E2,1,2232,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S21,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11444,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N723.S515_S21_trimmedBBduk.Aligned.out.sam,4.9,4,3,T2c,pT3a,43,N723,S515,sorted_cell_types,1D,d1,E2,1,2519,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S22,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11453,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N724.S502_S22_trimmedBBduk.Aligned.out.sam,3.4,4,3,T2a,pT2c,43,N724,S502,sorted_cell_types,2B,b2,F,1,1100,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S23,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11450,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N724.S503_S23_trimmedBBduk.Aligned.out.sam,5.3,3,4,T2,pT3a,34,N724,S503,sorted_cell_types,2C,c2,F2,1,1200,NA,73
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S24,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11458,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N724.S513_S24_trimmedBBduk.Aligned.out.sam,5.6,4,5,T1c,pT2c,45,N724,S513,sorted_cell_types,2A,a2,F,1,1900,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S25,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11444,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N724.S515_S25_trimmedBBduk.Aligned.out.sam,4.9,4,3,T2c,pT3a,43,N724,S515,sorted_cell_types,2D,d2,F2,1,2120,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S26,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11405,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N724.S517_S26_trimmedBBduk.Aligned.out.sam,NA,5,4,NA,NA,54,N724,S517,sorted_cell_types,2G,g2,F,2,4774,NA,63
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S27,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11453,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S502_S27_trimmedBBduk.Aligned.out.sam,3.4,4,3,T2a,pT2c,43,N728,S502,sorted_cell_types,4B,b4,M,1,1000,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S28,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11450,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S503_S28_trimmedBBduk.Aligned.out.sam,5.3,3,4,T2,pT3a,34,N728,S503,sorted_cell_types,4C,c4,M,1,2200,NA,73
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S29,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11427,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S506_S29_trimmedBBduk.Aligned.out.sam,4.1,3,4,T1c,pT2c,34,N728,S506,sorted_cell_types,4E,e4,M,1,1520,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S30,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11458,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S513_S30_trimmedBBduk.Aligned.out.sam,5.6,4,5,T1c,pT2c,45,N728,S513,sorted_cell_types,4A,a4,M,1,2226,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S31,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11444,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S515_S31_trimmedBBduk.Aligned.out.sam,4.9,4,3,T2c,pT3a,43,N728,S515,sorted_cell_types,4D,d4,M2,1,2106,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S32,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11405,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100HQ.N728.S517_S32_trimmedBBduk.Aligned.out.sam,NA,5,4,NA,NA,54,N728,S517,sorted_cell_types,4G,g4,M,2,1170,NA,63
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S33,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11437,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S502_S33_trimmedBBduk.Aligned.out.sam,13.6,4,3,T2b,pT2c,43,N718,S502,sorted_cell_types,1J,b5,E,2,2000,NA,72
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S34,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11438,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S503_S34_trimmedBBduk.Aligned.out.sam,4.6,4,5,T2c,pT3b,45,N718,S503,sorted_cell_types,1K,c5,E,2,2000,NA,69
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S35,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11467,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S506_S35_trimmedBBduk.Aligned.out.sam,10.7,4,5,T2b,pT2c,45,N718,S506,sorted_cell_types,1M,e5,E,2,3200,NA,67
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S36,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11433,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S513_S36_trimmedBBduk.Aligned.out.sam,2.91,3,4,T2a,pT2c,34,N718,S513,sorted_cell_types,1I,a5,E,2,3400,NA,52
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S37,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11452,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S515_S37_trimmedBBduk.Aligned.out.sam,12,3,3,T2b,pT2c,33,N718,S515,sorted_cell_types,1L,d5,E,2,3200,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S38,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11425,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N718.S516_S38_trimmedBBduk.Aligned.out.sam,4.4,3,4,T2b,pT3a,34,N718,S516,sorted_cell_types,1H,f1,E3,2,4012,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S39,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11452,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N719.S515_S39_trimmedBBduk.Aligned.out.sam,12,3,3,T2b,pT2c,33,N719,S515,sorted_cell_types,2L,d6,F2,2,2200,NA,78
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S40,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11450,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N723.S503_S40_trimmedBBduk.Aligned.out.sam,5.3,3,4,T2,pT3a,34,N723,S503,sorted_cell_types,1C,c1,E,1,2574,NA,73
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S41,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11427,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N723.S506_S41_trimmedBBduk.Aligned.out.sam,4.1,3,4,T1c,pT2c,34,N723,S506,sorted_cell_types,1E,e1,E,1,2000,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S42,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11420,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N723.S516_S42_trimmedBBduk.Aligned.out.sam,9.6,4,4,T2a,pT3b,44,N723,S516,sorted_cell_types,1F,f1,E,1,4200,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S43,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11405,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_100LQ.N723.S517_S43_trimmedBBduk.Aligned.out.sam,NA,5,4,NA,NA,54,N723,S517,sorted_cell_types,1G,g1,E,2,1324,NA,63
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S44,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11420,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N716.S516_S44_trimmedBBduk.Aligned.out.sam,9.6,4,4,T2a,pT3b,44,N716,S516,sorted_cell_types,3F,f3,T,1,70000,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S45,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11437,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N719.S502_S45_trimmedBBduk.Aligned.out.sam,13.6,4,3,T2b,pT2c,43,N719,S502,sorted_cell_types,2J,b6,F,2,1600,NA,72
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S46,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11438,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N719.S503_S46_trimmedBBduk.Aligned.out.sam,4.6,4,5,T2c,pT3b,45,N719,S503,sorted_cell_types,2K,c6,F,2,1340,NA,69
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S47,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11433,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N719.S513_S47_trimmedBBduk.Aligned.out.sam,2.91,3,4,T2a,pT2c,34,N719,S513,sorted_cell_types,2I,a6,F,2,2354,NA,52
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S48,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11437,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N720.S502_S48_trimmedBBduk.Aligned.out.sam,13.6,4,3,T2b,pT2c,43,N720,S502,sorted_cell_types,3J,b7,T,2,2200,NA,72
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S49,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11433,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N720.S513_S49_trimmedBBduk.Aligned.out.sam,2.91,3,4,T2a,pT2c,34,N720,S513,sorted_cell_types,3I,a7,T,2,2000,NA,52
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S50,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11427,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N724.S506_S50_trimmedBBduk.Aligned.out.sam,4.1,3,4,T1c,pT2c,34,N724,S506,sorted_cell_types,2E,e2,F,1,2000,NA,61
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S51,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11420,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N724.S516_S51_trimmedBBduk.Aligned.out.sam,9.6,4,4,T2a,pT3b,44,N724,S516,sorted_cell_types,2F,f2,F,1,1315,NA,70
"Dissection of prostate tumour, stroma and immune transcriptional components reveals a key contribution of the microenvironment for disease progression",S52,"Analysis of four key cell types (epithelial, fbroblast, myeloid and T cells)",11420,NA,male,prostate,NA,prostate,prostate cancer,alignment_hg38.merged_300.N728.S516_S52_trimmedBBduk.Aligned.out.sam,9.6,4,4,T2a,pT3b,44,N728,S516,sorted_cell_types,4F,f4,M,1,1784,NA,70