Linux workstation

Debian 13 (Trixie) native package

med-bio-dev

Debian Med packages for development of bioinformatics applications

Packages / Debian 13 (Trixie) / metapackages / med-bio-dev

[Source: debian-med]

Package: med-bio-dev (3.9.0)

Maintainers:

Debian Med Packaging Team

Similar packages:

  • [med-all]

    Default selection of tasks for Debian Med

  • [med-bio]

    Debian Med bioinformatics packages

  • [med-cloud]

    Debian Med bioinformatics applications usable in cloud computing

  • [med-config]

    Debian Med general config package

  • [med-data]

    Debian Med drug databases

  • [med-dental]

    Debian Med packages related to dental practice

  • [med-epi]

    Debian Med epidemiology related packages

  • [med-his]

    Debian Med suggestions for Hospital Information Systems

  • [med-imaging]

    Debian Med image processing and visualization packages

  • [med-imaging-dev]

    Debian Med image processing and visualization packages development

  • [med-laboratory]

    Debian Med suggestions for medical laboratories

  • [med-oncology]

    Debian Med packages for oncology

  • [med-pharmacy]

    Debian Med packages for pharmaceutical research

  • [med-physics]

    Debian Med packages for medical physicists

  • [med-practice]

    Debian Med packages for practice management

  • [med-psychology]

    Debian Med packages for psychology

  • [med-research]

    Debian Med packages for medical research

  • [med-statistics]

    Debian Med statistics

  • [med-tasks]

    Debian Med tasks for tasksel

  • [med-tools]

    Debian Med several tools

  • [med-typesetting]

    Debian Med support for typesetting and publishing

Debian Med packages for development of bioinformatics applications

Other Packages Related to med-bio-dev:

  • dep: [med-config] (= 3.9.0)

    Debian Med general config package

  • dep: [med-tasks] (= 3.9.0)

    Debian Med tasks for tasksel

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    create and extract conda packages of various formats

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    minimal ANSI C thread pool - development files

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    code formatter for Common Workflow Language

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    Common Workflow Language testing framework

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    simple header-only C++ argument parser library

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    manipulates nucleotide sequence alignments in BAM or SAM format

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    bloom-filter based minimal perfect hash function library

  • sug: [libbifrost-dev]

    static library and header files for libbifrost

  • sug: [libbiojava4-java]

    Java API to biological data and applications (default version)

  • sug: [libbiosoup-dev]

    C++ header-only support library for bioinformatics tools

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    Bioinformatics Technology Lab common code library

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    packaging tool for Java applications with Maven coordinates

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    industrial-strength lock-free queue for C++

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    fast protein contact predictor library - development files

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    documentation for libfreecontact

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    fast protein contact predictor - binding for Perl

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    interface to call Heng Li's bwa mem aligner from Java code

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    interface to call Heng Li's bwa mem aligner from Java code (jni)

  • sug: [libgatk-fermilite-java]

    interface to call Heng Li's fermi-lite assembler from Java code

  • sug: [libgatk-fermilite-jni]

    interface to call Heng Li's fermi-lite assembler from Java code (jni)

  • sug: [libgatk-native-bindings-java]

    library of native bindings for gatk and picard-tools

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    Java library of utilities to manage files and compute statistics

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    collection of data structures and algorithms for biobambam (devel)

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    development headers for libminimap

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    library for constructing, training and scoring hidden Markov models (dev)

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    data structures, algorithms, and utilities for C++ applications -- header files

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    very fast C++ library for parsing the output of NCBI BLAST programs (doc)

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    C++ library for computational biology (documentation)

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    C++ interface for the SAV file format

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    headers and static library for sumatra and sumaclust

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    Python3 utilities for BEL resource files

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    CloudMan and Galaxy API library (Python 3)

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    Biopython support for the BioSQL database schema (Python 3)

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    fetch conda metadata

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    Gives your Python tools a CTD-compatible interface

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    access loom formatted files for bioinformatics

  • sug: python3-misopy

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    datastructure for interval overlap queries

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    tool to create, manipulate and study complex networks (Python3)

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    Python bindings to picosat

  • sug: python3-pyflow

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    BioConductor tools for parsing Affymetrix data files

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    BioConductor annotation for microarrays

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    GNU R Annotation Database Interface for BioConductor

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    GNU R client to access AnnotationHub resources

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    BioConductor methods normalization and visualization of microarray data

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    access to the ArrayExpress Microarray Database at EBI

  • sug: [r-bioc-biocgenerics]

    generic functions for Bioconductor

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    Nearest Neighbor Detection for Bioconductor Packages

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    GNU R Interface to BioMart databases (Ensembl, COSMIC, Wormbase and Gramene)

  • sug: [r-bioc-biomformat]

    GNU R interface package for the BIOM file format

  • sug: [r-bioc-biostrings]

    GNU R string objects representing biological sequences

  • sug: [r-bioc-biovizbase]

    GNU R basic graphic utilities for visualization of genomic data

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    Package not available

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    BioConductor infrastructure for Biostrings-based genome data packages

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    CNE Detection and Visualization

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    make complex heatmaps using GNU R

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    Cluster and Tree Conversion

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    tool for analysis of Cufflinks RNA-Seq output

  • sug: [r-bioc-dada2]

    sample inference from amplicon sequencing data

  • sug: [r-bioc-deseq2]

    R package for RNA-Seq Differential Expression Analysis

  • sug: [r-bioc-dnacopy]

    R package: DNA copy number data analysis

  • sug: [r-bioc-ebseq]

    R package for RNA-Seq Differential Expression Analysis

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    GNU R utilities to create and use an Ensembl based annotation database

  • sug: [r-bioc-genefilter]

    methods for filtering genes from microarray experiments

  • sug: [r-bioc-geneplotter]

    R package of functions for plotting genomic data

  • sug: [r-bioc-genomeinfodb]

    BioConductor utilities for manipulating chromosome identifiers

  • sug: [r-bioc-genomicalignments]

    BioConductor representation and manipulation of short genomic alignments

  • sug: [r-bioc-genomicfeatures]

    GNU R tools for making and manipulating transcript centric annotations

  • sug: [r-bioc-genomicranges]

    BioConductor representation and manipulation of genomic intervals

  • sug: [r-bioc-geoquery]

    Get data from NCBI Gene Expression Omnibus (GEO)

  • sug: [r-bioc-go.db]

    annotation maps describing the entire Gene Ontology

  • sug: [r-bioc-graph]

    handle graph data structures for BioConductor

  • sug: [r-bioc-gseabase]

    Gene set enrichment data structures and methods

  • sug: [r-bioc-gsva]

    Gene Set Variation Analysis for microarray and RNA-seq data

  • sug: [r-bioc-gviz]

    Plotting data and annotation information along genomic coordinates

  • sug: [r-bioc-hypergraph]

    BioConductor hypergraph data structures

  • sug: [r-bioc-impute]

    Imputation for microarray data

  • sug: [r-bioc-iranges]

    GNU R low-level containers for storing sets of integer ranges

  • sug: [r-bioc-limma]

    linear models for microarray data

  • sug: [r-bioc-makecdfenv]

    BioConductor CDF Environment Maker

  • sug: [r-bioc-mergeomics]

    Integrative network analysis of omics data

  • sug: [r-bioc-metagenomeseq]

    GNU R statistical analysis for sparse high-throughput sequencing

  • sug: [r-bioc-mofa]

    Multi-Omics Factor Analysis (MOFA)

  • sug: [r-bioc-multiassayexperiment]

    Software for integrating multi-omics experiments in BioConductor

  • sug: r-bioc-nanostringqcpro

    Package not available

  • sug: [r-bioc-oligo]

    Preprocessing tools for oligonucleotide arrays

  • sug: [r-bioc-oligoclasses]

    Classes for high-throughput arrays supported by oligo and crlmm

  • sug: [r-bioc-org.hs.eg.db]

    genome-wide annotation for Human

  • sug: [r-bioc-pcamethods]

    BioConductor collection of PCA methods

  • sug: [r-bioc-phyloseq]

    GNU R handling and analysis of high-throughput microbiome census data

  • sug: [r-bioc-preprocesscore]

    BioConductor collection of pre-processing functions

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    copy number calling and SNV classification using targeted short read sequencing

  • sug: [r-bioc-qusage]

    qusage: Quantitative Set Analysis for Gene Expression

  • sug: [r-bioc-rbgl]

    R interface to the graph algorithms contained in the BOOST library

  • sug: r-bioc-rentrez

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  • sug: [r-bioc-rsamtools]

    GNU R binary alignment (BAM), variant call (BCF), or tabix file import

  • sug: [r-bioc-rtracklayer]

    GNU R interface to genome browsers and their annotation tracks

  • sug: [r-bioc-s4vectors]

    BioConductor S4 implementation of vectors and lists

  • sug: [r-bioc-savr]

    GNU R parse and analyze Illumina SAV files

  • sug: [r-bioc-shortread]

    GNU R classes and methods for high-throughput short-read sequencing data

  • sug: [r-bioc-snpstats]

    BioConductor SnpMatrix and XSnpMatrix classes and methods

  • sug: [r-bioc-structuralvariantannotation]

    Variant annotations for structural variants

  • sug: [r-bioc-tfbstools]

    GNU R Transcription Factor Binding Site (TFBS) Analysis

  • sug: [r-bioc-titancna]

    Subclonal copy number and LOH prediction from whole genome sequencing

  • sug: [r-bioc-tximport]

    transcript-level estimates for biological sequencing

  • sug: [r-bioc-variantannotation]

    BioConductor annotation of genetic variants

  • sug: [r-bioc-xvector]

    BioConductor representation and manpulation of external sequences

  • sug: [r-cran-adegenet]

    GNU R exploratory analysis of genetic and genomic data

  • sug: [r-cran-adephylo]

    GNU R exploratory analyses for the phylogenetic comparative method

  • sug: [r-cran-amap]

    Another Multidimensional Analysis Package

  • sug: [r-cran-biwt]

    biweight mean vector and covariance and correlation

  • sug: r-cran-drinsight

    Package not available

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    GNU R wrapper of the JavaScript library 'DataTables'

  • sug: [r-cran-dynamictreecut]

    Methods for Detection of Clusters in Hierarchical Clustering

  • sug: [r-cran-fastcluster]

    Fast hierarchical clustering routines for GNU R

  • sug: [r-cran-future.apply]

    apply function to elements in parallel using futures

  • sug: [r-cran-future.batchtools]

    Future API for Parallel and Distributed Processing

  • sug: [r-cran-ica]

    Independent Component Analysis

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    Iterator Tools

  • sug: [r-cran-kaos]

    Encoding of Sequences Based on Frequency Matrix Chaos

  • sug: [r-cran-metap]

    Meta-Analysis of Significance Values

  • sug: [r-cran-minerva]

    Maximal Information-Based Nonparametric Exploration

  • sug: [r-cran-natserv]

    GNU R 'NatureServe' Interface

  • sug: [r-cran-nmf]

    GNU R framework to perform non-negative matrix factorization

  • sug: [r-cran-optimalcutpoints]

    Computing Optimal Cutpoints in Diagnostic Tests

  • sug: [r-cran-parmigene]

    Parallel Mutual Information to establish Gene Networks

  • sug: [r-cran-pcapp]

    Robust PCA by Projection Pursuit

  • sug: [r-cran-proc]

    Display and Analyze ROC Curves

  • sug: [r-cran-rann]

    Fast Nearest Neighbour Search Using L2 Metric

  • sug: [r-cran-rcpphnsw]

    R bindings for a Library for Approximate Nearest Neighbors

  • sug: [r-cran-robustrankaggreg]

    Methods for robust rank aggregation

  • sug: [r-cran-rocr]

    GNU R package to prepare and display ROC curves

  • sug: [r-cran-rook]

    web server interface for R

  • sug: [r-cran-rsvd]

    Randomized Singular Value Decomposition

  • sug: [r-cran-shazam]

    Immunoglobulin Somatic Hypermutation Analysis

  • sug: [r-cran-sitmo]

    GNU R parallel pseudo random number generator 'sitmo' header files

  • sug: [r-cran-venndiagram]

    Generate High-Resolution Venn and Euler Plots

  • sug: r-other-apmswapp

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  • sug: [ruby-rgfa]

    parse, edit and write GFA format graphs in Ruby

  • sug: [vdjtools]

    framework for post-analysis of B/T cell repertoires

Download med-bio-dev

ArchitecturePackage SizeInstalled SizeFiles
all11 KiB33 KiB[list of files]

Percorsi file del pacchetto (0)

Paths come from the repository package-file index for the observed builds. They describe archive/package associations, not every file that will exist on a running system after maintainer scripts, alternatives, generated state, diversions, or installation choices.

No package-associated file paths were observed for the displayed build metadata.

Field source: Debian 13 (Trixie) main amd64 revision trixie-main-amd64:3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3

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Versioni, suite e repository

Ogni riga è metadato dell'indice pacchetti per una versione, architettura, suite e repository. Nomi, URL e dimensioni arrivano dalla fonte; un link è un punto di recupero mutabile, non una redistribuzione OpenFactory.

VersionReleaseArchitectureRepositoryPackage sizeInstalled sizePublisher repository artifact
3.9.0trixie / mainallDebian 13 · main · amd6411 KiB33 KiBpool/main/d/debian-med/med-bio-dev_3.9.0_all.deb
3.9.0trixie / mainallDebian 13 · main · arm6411 KiB33 KiBpool/main/d/debian-med/med-bio-dev_3.9.0_all.deb

Field source: Debian 13 (Trixie) main amd64 revision trixie-main-amd64:3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3

Checksum e date di osservazione

For an APT source, signature verification authenticates the repository metadata chain and the Packages index containing this source-reported artifact digest. It does not certify package safety.

3.9.0 / allObserved Sep 1, 2026 to Sep 1, 2026

Verification status: Metadata observed; artifact bytes were not independently fetched or hashed by this catalog import. The digest below is source-reported.

Source-reported sha256: 74b590ad465195e792b93e10322411f412492205fcfe0798ec7e7d8fcbe30b35

After downloading that exact artifact, compare its bytes with the source-reported expected digest:

printf '%s %s\n' '74b590ad465195e792b93e10322411f412492205fcfe0798ec7e7d8fcbe30b35' 'med-bio-dev_3.9.0_all.deb' | sha256sum --check --strict -

A match establishes equality with the repository metadata value. It does not establish safety or catalog-side artifact retrieval.

Field source: Debian 13 (Trixie) main amd64 revision trixie-main-amd64:3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3

3.9.0 / allObserved Sep 1, 2026 to Sep 1, 2026

Verification status: Metadata observed; artifact bytes were not independently fetched or hashed by this catalog import. The digest below is source-reported.

Source-reported sha256: 74b590ad465195e792b93e10322411f412492205fcfe0798ec7e7d8fcbe30b35

After downloading that exact artifact, compare its bytes with the source-reported expected digest:

printf '%s %s\n' '74b590ad465195e792b93e10322411f412492205fcfe0798ec7e7d8fcbe30b35' 'med-bio-dev_3.9.0_all.deb' | sha256sum --check --strict -

A match establishes equality with the repository metadata value. It does not establish safety or catalog-side artifact retrieval.

Field source: Debian 13 (Trixie) main arm64 revision trixie-main-arm64:753da751bbc7a679f48bd1b623ffd4479cb6861c426118284c76eb82909e4908

Completezza del record

The completeness score measures metadata coverage, not software quality, security, compatibility, or suitability.

Summary and description
25/25
Artifact path and source digest
25/25
Dependency metadata
15/15
Package-file index
0/15
Homepage
0/5
License text
0/5
Source package or maintainer
10/10

Recorded total: 75/100

Field source: Debian 13 (Trixie) main amd64 revision trixie-main-amd64:3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3, Debian 13 (Trixie) main arm64 revision trixie-main-arm64:753da751bbc7a679f48bd1b623ffd4479cb6861c426118284c76eb82909e4908

Fonti e provenienza

Field-source links above resolve here. Each source entry names the metadata publisher, trust tier, exact snapshot revision, signature result, and observation time; catalog-derived mappings are labeled separately.

  • Authoritative source; repository metadata signature verified, revision trixie-main-amd64:3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3

    Signature verification covers the configured repository metadata chain. It does not certify that the package is safe or suitable.

    Repository-signature verification record
    Signed-object SHA-256
    98b25b5cd185c59d34aa6e4c3e9b5b8f01bbe9d104fe2dcfbcd30dc0a14a59ed
    Signer fingerprint
    4CB50190207B4758A3F73A796ED0E7B82643E131
    Keyring revision
    debian-archive-keyring.gpg
    SHA-256 506b815cbb32d9b6066b4a2aa524071e071761e7e7f68c3ac74f3061ba852017
    Tool and policy
    gpgv (GnuPG) 2.4.9
    openfactory-software-catalog-signature-v1
    Verification time
    Sep 1, 2026
    Signed Release → package-index hash linkage

    Path: main/binary-amd64/Packages.xz
    Expected SHA-256: 3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3
    Observed SHA-256: 3ab4e811cf4f3e5a335d382c58cc19d85f1abe7a4ef4689160ca1f637fa0e9b3
    Result: match verified

  • Authoritative source; repository metadata signature verified, revision trixie-main-arm64:753da751bbc7a679f48bd1b623ffd4479cb6861c426118284c76eb82909e4908

    Signature verification covers the configured repository metadata chain. It does not certify that the package is safe or suitable.

    Repository-signature verification record
    Signed-object SHA-256
    98b25b5cd185c59d34aa6e4c3e9b5b8f01bbe9d104fe2dcfbcd30dc0a14a59ed
    Signer fingerprint
    4CB50190207B4758A3F73A796ED0E7B82643E131
    Keyring revision
    debian-archive-keyring.gpg
    SHA-256 506b815cbb32d9b6066b4a2aa524071e071761e7e7f68c3ac74f3061ba852017
    Tool and policy
    gpgv (GnuPG) 2.4.9
    openfactory-software-catalog-signature-v1
    Verification time
    Sep 1, 2026
    Signed Release → package-index hash linkage

    Path: main/binary-arm64/Packages.xz
    Expected SHA-256: 753da751bbc7a679f48bd1b623ffd4479cb6861c426118284c76eb82909e4908
    Observed SHA-256: 753da751bbc7a679f48bd1b623ffd4479cb6861c426118284c76eb82909e4908
    Result: match verified