Use when you need to find overlaps between paired-end read intervals (BEDPE or BAM) and genomic features in BED, GFF, or VCF format.
Skills in this repository
vimalinx/bio-agent - Page 7
SkillsMP has collected 417 skills from vimalinx/bio-agent. Open a skill to review its source and details.
vimalinx/bio-agentShowing 40 of 417 collected skills.
Use when comparing two paired-end BEDPE files to find overlapping pairs. Requires -a and -b BEDPE input files.
Use when working from the local Evo 2 `phage_gen` project to design or analyze bacteriophage genomes, competition assays, or Gibson assembly fragments.
Use when searching one or more protein query sequences against a protein sequence database with HMMER's one-pass sequence-vs-sequence searcher.
Use when visualizing amplicon sequencing statistics from samtools ampliconstats output, generating heatmaps and graphs for coverage and read analysis.
Use when visualizing `samtools stats` output as BAM QC plots, including merged reports and reference-GC-aware summaries.
Use when plotting runs of homozygosity from `run-roh.pl` style output directories into PNG tracks, optionally filtered by region, sample list, or group contrast.
Use when converting `bcftools stats` output into variant-QC plots, per-sample PNG panels, and optional PDF summaries.
Use when converting `PubmedArticle` XML from EDirect into APA-style citation text or APA-structured XML for downstream parsing.
Use when converting `PubmedArticle` XML into `Pubmed-entry` ASN.1 text, or into the intermediate XML form used before final ASN.1 emission.
Use when converting PubMed Central article XML into BioC collection XML for downstream text-mining or annotation pipelines.
Use when converting PubMed Central article XML into normalized PMCInfo XML for local archive building or section-aware downstream parsing.
Use when filtering `RNAsubopt -s` output to keep p-optimal RNA structures in a ViennaRNA post-processing pipeline.
Use when projecting or transforming tab-delimited stdin columns with a tiny EDirect `awk` wrapper, especially for quick field arithmetic, quoting, or date stamping in shell pipelines.
Use when reporting gaps in an ordered list of ascending integer positions, identifiers, or coordinates by printing the missing ranges between observed values.
Use when predicting protein-coding genes in prokaryotic genomes or metagenomic sequences
Use when generating or dry-running NCBI-style Unix C++ project trees with `project_tree_builder`.
Use when you need to calculate the proportion of mapped reads or fragments from SAM/BAM alignment files to assess mapping quality and success rates.
Use when planning or staging protein-structure prediction or structure-design work in this workspace, especially when deciding between missing local predictors and the repos that are actually present.
Use when detecting distant protein homologs via iterative profile-based searches, building position-specific scoring matrices (PSSMs), or refining sequence similarity searches beyond standard BLASTP.
Use when converting UCSC PSL alignments into SAM and controlling the simple alignment score calculation.
Use when merging a legacy FASTA file and matching QUAL file into FASTQ, including `.gz` inputs, before downstream alignment or QC steps.
Use when sampling per-base Phred quality values from FASTQ, gzipped FASTQ, BAM, or SAM files via the Subread `qualityScores` utility.
Use when converting space-separated grouped values into quoted comma-joined lines for downstream EDirect or shell formatting steps.
Use when generating random genomic intervals for simulation, background sets, or statistical testing.
Use when calling the Linux-specific compiled `rchive.Linux` binary directly to build, query, or manage local XML archives and postings indices.
Use when building, indexing, or querying local XML record archives from NCBI Entrez databases, creating inverted indices, or managing PubMed local caches.
Use when managing local reference sequence caches for htslib-based tools. Invokes the ref-cache CLI to configure or interact with reference cache directories.
Use when converting reference citations or identifiers to PubMed IDs (PMIDs) using Entrez Direct utilities.
Use when retrieving RefSeq NM coding sequences for supported species (cow, frog, human, mouse, pig, rat, zebrafish) via the entrez-direct toolkit.
Use when removing duplicate alignments from SAM or BAM files with the Subread `removeDup` CLI and a location-count cutoff.
Use when you need to reorder columns in tabular bioinformatics data files while preserving row content.
Use when paired-end reads need to be reordered so mates appear consecutively, or when preparing BAM files for featureCounts by adding dummy reads for singletons.
Use when working from the local RFdiffusion repository to generate protein backbones or binder designs through its Docker Compose workflows.
Use when computing MFE structures, partition functions, and Boltzmann-sampled secondary structures within k,l distance neighborhoods relative to two reference structures for an RNA sequence.
Use when predicting conserved RNA-RNA interactions between two CLUSTAL alignments to identify evolutionary conserved binding sites, hybridization energies, and duplex structures.
Use when predicting consensus secondary structures from multiple sequence alignments of RNA. Computes minimum free energy structures, partition functions, and base pairing probabilities for aligned RNA sequences.
Use when predicting secondary structures of two RNA sequences with dimerization, computing equilibrium concentrations of monomer and dimer species, or analyzing RNA-RNA hybridization thermodynamics.
Use when predicting RNA secondary structures for single sequences using information from multiple sequence alignments of homologous sequences.
Use when calculating distances between RNA secondary structures, including base pair distance and tree or string editing-based dissimilarity measures.