software_bioinformatics

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
software_bioinformatics [2024/09/16 17:58]
127.0.0.1 external edit
software_bioinformatics [2024/10/09 21:22] (current)
admin
Line 14: Line 14:
 | |bedtools|2.27.1|A powerful suite of tools for genomic analysis, providing functionality for the manipulation,​ comparison, and annotation of genomic intervals stored in BED format| | |bedtools|2.27.1|A powerful suite of tools for genomic analysis, providing functionality for the manipulation,​ comparison, and annotation of genomic intervals stored in BED format|
 | |bcftools|1.8|Set of utilities for variant calling and manipulation of variant call format (VCF) files in genomics research.| | |bcftools|1.8|Set of utilities for variant calling and manipulation of variant call format (VCF) files in genomics research.|
 +| |blas|3.12.0|A library that provides efficient, low-level routines for performing basic vector and matrix operations.|
 | |bowtie2|2.5.3|A fast and memory-efficient alignment tool for mapping DNA sequencing reads to a reference genome| | |bowtie2|2.5.3|A fast and memory-efficient alignment tool for mapping DNA sequencing reads to a reference genome|
 | |bzip2|1.0.8|A compression utility and file format used to compress and decompress files, known for its high compression ratio and efficient compression algorithms| | |bzip2|1.0.8|A compression utility and file format used to compress and decompress files, known for its high compression ratio and efficient compression algorithms|
Line 24: Line 25:
 |**D** | | | | |**D** | | | |
 |**E** | | | | |**E** | | | |
 +| |elmer|9.0|Elmer FEM is an open-source multiphysics simulation software designed for modeling complex physical phenomena in various scientific and engineering applications.|
 | |expat|2.6.2|Fast,​ lightweight,​ and robust XML parser library written in C.| | |expat|2.6.2|Fast,​ lightweight,​ and robust XML parser library written in C.|
 |**F** | | | | |**F** | | | |
Line 31: Line 33:
 | |fftw|3.3.10-openmp-threads|FFTW (Fastest Fourier Transform in the West) is a highly efficient library for computing discrete Fourier transforms.| | |fftw|3.3.10-openmp-threads|FFTW (Fastest Fourier Transform in the West) is a highly efficient library for computing discrete Fourier transforms.|
 |**G** | | | | |**G** | | | |
 +| |getdp|3.5.0|GetDP (General Environment for the Treatment of Discrete Problems) is a finite element solver that provides flexible tools for solving partial differential equations, widely used in electromagnetic,​ thermal, and mechanical simulations.|
 | |gromacs|2019.4-fftw-3.3.10-openmpi-4.1.1|Molecular dynamics simulation software widely used for biomolecular studies.| | |gromacs|2019.4-fftw-3.3.10-openmpi-4.1.1|Molecular dynamics simulation software widely used for biomolecular studies.|
 | |gromacs|2024.1-fftw-3.3.10-openmpi-4.1.6|Molecular dynamics simulation software widely used for biomolecular studies.| | |gromacs|2024.1-fftw-3.3.10-openmpi-4.1.6|Molecular dynamics simulation software widely used for biomolecular studies.|
 +| |gromacs|2024.1-fftw-3.3.10-openmpi-5.0.3|Molecular dynamics simulation software widely used for biomolecular studies.|
 +| |gsl|2.6|GSL (GNU Scientific Library) is a collection of numerical computing routines that offer a range of mathematical functions and algorithms, including linear algebra, statistics, and numerical integration.|
 +| |gsl|2.7.0|GSL (GNU Scientific Library) is a collection of numerical computing routines that offer a range of mathematical functions and algorithms, including linear algebra, statistics, and numerical integration.|
 |**H** | | | | |**H** | | | |
 | |harvest|1.1.2|A suite of tools for analyzing and visualizing genomic data, it provides functionalities for genome alignment, synteny analysis, and visualization of genomic features| | |harvest|1.1.2|A suite of tools for analyzing and visualizing genomic data, it provides functionalities for genome alignment, synteny analysis, and visualization of genomic features|
 +| |hdf5|1.14.4-2-with-java-fortran|HDF5 (Hierarchical Data Format version 5): A versatile and high-performance file format and library for managing and storing large and complex datasets|
 | |hdf5|1.14.4-2|HDF5 (Hierarchical Data Format version 5): A versatile and high-performance file format and library for managing and storing large and complex datasets| | |hdf5|1.14.4-2|HDF5 (Hierarchical Data Format version 5): A versatile and high-performance file format and library for managing and storing large and complex datasets|
 | |hmmer|3.4|A software suite for searching sequence databases using profile hidden Markov models (HMMs), used for protein sequence analysis, homology detection, and functional annotation.| | |hmmer|3.4|A software suite for searching sequence databases using profile hidden Markov models (HMMs), used for protein sequence analysis, homology detection, and functional annotation.|
Line 40: Line 47:
 | |infernal|1.1.5|A software suite for searching sequence databases using covariance models (CMs) and profile stochastic context-free grammars (SCFGs).| | |infernal|1.1.5|A software suite for searching sequence databases using covariance models (CMs) and profile stochastic context-free grammars (SCFGs).|
 |**J** | | | | |**J** | | | |
 +| |jasper|2.0.33|JPEG-2000 reference software, commonly used for encoding and decoding images in the JPEG-2000 format, with support for various image compression and decompression functionalities.|
 | |jasper|4.2.4|JPEG-2000 reference software, commonly used for encoding and decoding images in the JPEG-2000 format, with support for various image compression and decompression functionalities.| | |jasper|4.2.4|JPEG-2000 reference software, commonly used for encoding and decoding images in the JPEG-2000 format, with support for various image compression and decompression functionalities.|
 | |jdk|8.0_41|JDK (Java Development Kit): A set of software tools and libraries for developing Java applications,​ including compilers, debuggers, and class libraries| | |jdk|8.0_41|JDK (Java Development Kit): A set of software tools and libraries for developing Java applications,​ including compilers, debuggers, and class libraries|
Line 46: Line 54:
 |**L** | | | | |**L** | | | |
 | |lammps|17Apr2024-openmpi-4.1.6|Large-scale Atomic/​Molecular Massively Parallel Simulator, a versatile molecular dynamics software package for simulating a wide range of materials and biological systems.| | |lammps|17Apr2024-openmpi-4.1.6|Large-scale Atomic/​Molecular Massively Parallel Simulator, a versatile molecular dynamics software package for simulating a wide range of materials and biological systems.|
 +| |lapack|3.12.0|Builds upon BLAS and offers a comprehensive suite of routines for solving more complex linear algebra problems, including systems of linear equations, eigenvalue problems, and singular value decompositions.|
 | |libdb|5.3.28|A library providing high-performance embedded database functionality,​ commonly used in applications requiring efficient data storage and retrieval.| | |libdb|5.3.28|A library providing high-performance embedded database functionality,​ commonly used in applications requiring efficient data storage and retrieval.|
 | |libidn|1.33|A library for handling Internationalized Domain Names (IDN), providing support for encoding and decoding domain names containing non-ASCII characters.| | |libidn|1.33|A library for handling Internationalized Domain Names (IDN), providing support for encoding and decoding domain names containing non-ASCII characters.|
Line 65: Line 74:
 | |ncbi-blast ​ |2.13.0|BLAST finds regions of similarity between biological sequences. The program compares nucleotide or protein sequences to sequence databases and calculates the statistical significance.| | |ncbi-blast ​ |2.13.0|BLAST finds regions of similarity between biological sequences. The program compares nucleotide or protein sequences to sequence databases and calculates the statistical significance.|
 | |netcdf ​ |c-4.7.3-fortran-4.5.2|NetCDF (Network Common Data Form): A file format and set of software libraries used for storing and accessing multidimensional scientific data| | |netcdf ​ |c-4.7.3-fortran-4.5.2|NetCDF (Network Common Data Form): A file format and set of software libraries used for storing and accessing multidimensional scientific data|
 +| |nextflow ​ |24.04.4|Nextflow is a workflow management software that facilitates the development and execution of scalable, reproducible computational pipelines, particularly for data-intensive tasks in bioinformatics.|
 |**O** | | | | |**O** | | | |
 | |openfoam|v2312|Open-source computational fluid dynamics (CFD) software package for simulating complex fluid flows.| | |openfoam|v2312|Open-source computational fluid dynamics (CFD) software package for simulating complex fluid flows.|
 | |openmpi|4.1.1|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.| | |openmpi|4.1.1|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.|
 | |openmpi|4.1.6|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.| | |openmpi|4.1.6|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.|
 +| |openmpi|5.0.3|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.|
 +| |openmpi|5.0.3-with-ucx|Open-source implementation of the Message Passing Interface (MPI) standard for parallel computing, enabling efficient communication among distributed processes.|
 |**P** | | | | |**P** | | | |
 | |parallel|20160722|A shell tool for executing jobs in parallel, allowing for efficient and concurrent execution of tasks across multiple cores or machines.| | |parallel|20160722|A shell tool for executing jobs in parallel, allowing for efficient and concurrent execution of tasks across multiple cores or machines.|
Line 74: Line 86:
 | |pcre|2.10.43|PCRE (Perl Compatible Regular Expressions):​ A library for implementing regular expression pattern matching using syntax similar to Perl| | |pcre|2.10.43|PCRE (Perl Compatible Regular Expressions):​ A library for implementing regular expression pattern matching using syntax similar to Perl|
 | |perl|5.38.2|High-level,​ general-purpose programming language known for its versatility in text processing and system administration tasks.| | |perl|5.38.2|High-level,​ general-purpose programming language known for its versatility in text processing and system administration tasks.|
 +| |pmix|4.1.3|PMIx (Process Management Interface for Exascale) is a scalable communication interface designed to optimize resource management and data exchange among processes in high-performance computing environments.|
 +| |pmix|4.2.7|PMIx (Process Management Interface for Exascale) is a scalable communication interface designed to optimize resource management and data exchange among processes in high-performance computing environments.|
 +| |pmix|5.0.2-openmpi-4.1.1|PMIx (Process Management Interface for Exascale) is a scalable communication interface designed to optimize resource management and data exchange among processes in high-performance computing environments.|
 +| |pmix|5.0.2|PMIx (Process Management Interface for Exascale) is a scalable communication interface designed to optimize resource management and data exchange among processes in high-performance computing environments.|
 | |prank|170427|A tool for the rapid and accurate generation of phylogenetic trees based on sequence alignment data| | |prank|170427|A tool for the rapid and accurate generation of phylogenetic trees based on sequence alignment data|
 | |prodigal|2.6.3|A software tool for predicting protein-coding genes in DNA sequences, used for annotating genomes and identifying protein-coding genes with high accuracy.| | |prodigal|2.6.3|A software tool for predicting protein-coding genes in DNA sequences, used for annotating genomes and identifying protein-coding genes with high accuracy.|
Line 86: Line 102:
 | |samtools|1.9|Suite of programs for interacting with high-throughput sequencing data| | |samtools|1.9|Suite of programs for interacting with high-throughput sequencing data|
 | |singularity|4.1.0|Containerization platform designed for HPC environments,​ facilitating reproducibility and portability of software stacks.| | |singularity|4.1.0|Containerization platform designed for HPC environments,​ facilitating reproducibility and portability of software stacks.|
 +| |singularity|4.2.1|Containerization platform designed for HPC environments,​ facilitating reproducibility and portability of software stacks.|
 |**T** | | | | |**T** | | | |
 | |tabix|0.2.5|Tool for indexing and querying large tab-delimited text files, commonly used in genomics research for efficient retrieval of specific genomic regions.| | |tabix|0.2.5|Tool for indexing and querying large tab-delimited text files, commonly used in genomics research for efficient retrieval of specific genomic regions.|
 | |table2asn|1.28.943|A command-line tool for converting structured data tables into GenBank submission files, used for annotating DNA sequences and preparing submissions to the GenBank database.| | |table2asn|1.28.943|A command-line tool for converting structured data tables into GenBank submission files, used for annotating DNA sequences and preparing submissions to the GenBank database.|
 |**U** | | | | |**U** | | | |
 +| |ucx|1.17.0|UCX (Unified Communication X) is a high-performance communication library that provides a unified framework for efficient and scalable data transfers across multiple network architectures,​ including InfiniBand, Ethernet, and shared memory.|
 |**V** | | | | |**V** | | | |
 |**W** | | | | |**W** | | | |
 +| |wrf|4.5.2-wps-4.5|WRF (Weather Research and Forecasting Model) is a powerful numerical weather prediction system designed for both atmospheric research and operational forecasting,​ widely used for simulating real-time weather phenomena on a regional scale.|
 |**X** | | | | |**X** | | | |
 |**Y** | | | | |**Y** | | | |
  • software_bioinformatics.1726520281.txt.gz
  • Last modified: 2024/09/16 17:58
  • by 127.0.0.1