Use when filtering a newline-delimited list of file paths so only paths without an existing regular file continue downstream.
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vimalinx/bio-agent - Page 9
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Use when you need to expand genomic intervals by adding flanking base pairs to features in BED, GFF, or VCF files.
Use when converting NCBI dbSNP docsum XML into HGVS-oriented XML records for downstream variant normalization or annotation pipelines.
Use when converting NCBI dbSNP docsum XML into flat tabular rows through the bundled `snp2hgvs | hgvs2spdi | spdi2tbl` pipeline.
Use when converting legacy SOAP aligner text output into SAM, including paired-end interpretation with `-p`.
Use when you need to sort BED, GFF, or VCF interval files for downstream bedtools processing, or rank records by feature size or score.
Use when sorting plain text lines by character length, especially in shell pipelines where one logical item is stored per line.
Use when sorting tab-delimited, nonblank text rows with GNU `sort` while preserving a fixed tab field separator in shell pipelines.
Use when turning repeated nonblank text lines into a frequency-ranked table, with counts sorted descending after case-insensitive grouping.
Use when counting nonblank text lines after an internal sort, especially when you want case-insensitive grouping in a compact shell wrapper.
Use when flattening SPDI XML records into sorted, deduplicated tabular rows for downstream variant pipelines.
Use when processing genomic sequences that require splitting at intron boundaries as part of Entrez Direct workflows.
Use when aligning RNA-seq reads to a reference genome with splice-aware mapping, generating genome indices, or processing single-cell RNA-seq data with STARsolo.
Use when aligning RNA-seq reads to a reference genome or generating genome indices for spliced transcript alignment
Use when aligning RNA-seq reads to a reference genome with splice-aware mapping, generating genome indices, or performing related operations like lift-over and BAM input processing.
Use when aligning spliced RNA-seq reads to a reference genome, generating genome indices, or performing splice-aware alignment for transcriptome analysis.
Use when aligning RNA-seq reads to a reference genome with splice-aware mapping, generating genome indexes, or performing splice junction detection.
Use when aligning RNA-seq reads to a reference genome, generating STAR genome indices, or performing splice-aware transcript alignment.
Use when aligning RNA-seq reads to a reference genome or generating splice-aware genome indices for transcript alignment.
Use when aligning long RNA-seq reads to a reference genome with splice-aware mapping, or when generating STAR genome indices for long-read data.
Use when aligning long RNA-seq reads to a reference genome using the AVX2-optimized STARlong aligner for splice-aware mapping.
Use when aligning long RNA-seq reads (PacBio, Nanopore) to a reference genome using splice-aware mapping with STARlong.
Use when aligning long RNA-seq reads with STARlong through the CPU-dispatch wrapper installed in this environment.
Use when aligning long RNA-seq reads to a reference genome using STARlong with SSE3 optimization, or when generating genome indices for long-read splice-aware alignment.
Use when aligning long RNA-seq reads to a reference genome or generating genome indexes for spliced transcript alignment
Use when aligning long RNA-seq reads to a reference genome with splice-aware mapping using the SSSE3-optimized STARlong binary.
Use when calling short or long indels from read alignments with the Subread `subindel` tool.
Use when aligning RNA-seq reads to a reference genome with junction detection, including exon-exon junctions and gene fusions.
Use when aligning long FASTQ reads to a reference genome with Subread's long-read aligner, optionally in RNA-seq mode.
Use when aligning RNA-seq or genomic DNA-seq reads to a reference index. Supports paired-end and single-end reads in FASTQ, FASTA, SAM, or BAM formats.
Use when building an index from a reference sequence for Subread alignment tools.
Use when scanning a reference index for all high-similarity genomic locations of one specific read sequence string.
Use when you need to remove overlapping portions of one interval set from another, such as subtracting blacklist, repeat, or annotation regions from BED, GFF, VCF, or BAM-like inputs.
Use when enumerating all single-position A/C/G/T substitutions for sequence strings inside an EDirect-style text pipeline.
Use when you need to index or query tab-delimited genomic files for fast region-based retrieval.
Use when you need to annotate BAM alignments with a two-character tag based on overlaps with BED, GFF, or VCF annotation files, such as labeling reads by feature class or interval source.
Use when converting `spdi2tbl`-style variant rows into reference and altered product sequences for coding or protein variants.
Use when converting tabular text into XML for downstream EDirect or XML-based processing.
Use when searching protein query sequences against a translated nucleotide database to identify protein-coding regions or homologs in genomic data.
Use when searching protein queries against translated SRA or WGS-backed VDB databases with BLAST.