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Outputs

Analysis workflow results for all samples in the run will appear in the output directory defined by --outDir (ScaleRna.out by default). For detailed information about the library and sample level QC reports see qcReport.md

Key output files

Directory File Description
reports multiqc_report.html MultiQC report for fastq generation, fastQC and trimming
<sample>.<libIndex2>.report.html A standalone report including key QC metrics and figures for each sample; (merged for extended throughput runs)
<sample>_libraries For QuantumScale runs, individual sample reports for each library separately
allSamples.reportStatistics.csv QC metrics from all samples in this analysis in one table
reads_per_sample.csv Number of passing reads per sample post barcode demux
csv/ Summary and QC metrics for this sample in csv format
reports/library library_<libIndex2>.report.html Barcode summary and demultiplexing statistics for the whole sequencing library
csv/ Summary and QC metrics for this library in csv format
samples <sample>.<libIndex2>.filtered.matrix/ Pre-filtered gene expression matrix for passing cells; merged for results combined across multiple libraries
<sample>.<libIndex2>.allCells.csv Metrics per called cell, including barcodes / well positions
<sample>_libraries/ For QuantumScale runs, this contains output files per libIndex2
fastq fastqc/*_fastqc.html fastqc report for each fastq file in the sequencing library
Reports/ Fastq generation summary reports from bcl-convert
barcodes split_bcparser_jobs/bcparser.<libIndex2>/<sample>.bam Sample unaligned bam files (Demultiplexed and barcode error-corrected); only included with --bcParserBamOut true
<libIndex2>.metrics.json Detailed barcode and demultiplexing information, including individual barcode error rates
alignment/<sample>.<libIndex2> <sample>.star.align/ STAR alignment output, including BAM file, with single-cell barcode and UMI information in tags
<sample>.star.solo/ STARSolo output for each sample, including unfiltered .mtx files

The gene expression matrix directories (.mtx) can be loaded into Seurat, ScanPy or similar tools for visualization or downstream analysis.

Columns in the <sample>.<libIndex2>.allCells.csv file:

Column name Description
cell_id Unique id for cell composed of barcodes detected
counts The number of unique transcript molecules detected
genes The number of unique genes detected
totalReads The number of reads demultiplexed to this cell barcode
countedReads The number of reads contributing to counts in the expression matrix
mappedReads The number of reads that aligned to the genome
geneReads The number of reads that mapped to an annotated gene
exonReads The number of reads that mapped to an exon
intronReads The number of reads that mapped to an intron
antisenseReads The number of reads mapping antisense to annotated exons
mitoReads The number of reads mapping on mitochondrial genome
countedMultiGeneReads The number of multi-gene reads that contributed to counts in the expression matrix
Saturation 1 - (UniqueReads / TotalReads) on Reads Mapped to Transcriptome
mitoProp Proportion of mapped reads that aligned to mitochondrial genome
PCR The alias for the PCR (library) barcode
RT RT plate well
bead_bc The bead barcode (microwell)
sample The sample name
flags QC flags