python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/empiricalCDF.py SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_eCDF -totalSteps 500 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python /oak/stanford/groups/akundaje/marinovg/code/makehistogram.py SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell 2 SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell.fragments_hist -specificbins 0,10,20,50,100,200,500,1000 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T108_b3_Kidney_PCW17.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T181_b3_Kidney_PCW19.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T284_b3_Kidney_PCW14.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T309_b3_Kidney_PCW21.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T359_b3_Kidney_PCW20.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T373_b3_Kidney_PCW15.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T389_b3_Kidney_PCW13.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL49_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL50_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL52_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL54_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL55_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &
python ~/code/plotting/scatterplot.py SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_per_cell rank_vs_UMIs rank 1 UMIs 2 SL56_b3_RNA_kidney.T65_b3_Kidney_PCW18.end1.hg38-STAR-2.5.3a.SHARE-seq_RNA_counts.gencode.v26.annotation.UMIs_vs_rank_scatter_log10.png -log10 1 &