Open Source Unix Shell Bio-Informatics Software - Page 2

HitKeeper is a database application for use in BioInformatics. It deals with "hits" (predicted features) on biological sequences (protein, DNA), handles incremental updates effectively, supports taxonomy, and provides original query tools.

HomGL is a web-based tool for comparing gene lists obtained e.g. by microarray studies. Unigene, Locus Link & Homology databases are used to compare gene lists with different accession numbers and between different organisms.

LBXR - LOAD BLAST XML RESULTS O sistema permite que sejam importados resultados obtidos por meio de pesquisas de similaridade a partir do BLAST, com resultados gerado no formato XML para o banco de dados relacional MariaDB ou MySQL.

Software, Code and Documents from Laboratori de Proteòmica CSIC/UAB ( LP-CSIC/UAB: http://proteomica.uab.cat )

MASyV (Multi-Agent System Visualization) enables one to write agent-based models/cellular automata, eg. in C, visualize them in real time & capture to movie file with MASyVs GUI & message passing lib. Includes examples: Hello World, ants, viral infection

Here we present an image-based Multi Channel Classification and Clustering System (MCCCS). It is an generalized, script-based classification system for processing various kinds of image data. Due to the modular design, individual processing-components can be easily adapted, extended or exchanged by own extensions. See project website for installation instructions.

XMIPP is an image processing suite for 3D-reconstruction of biological specimens from transmission electron microscopy data. NOTE that stable releases (including binaries) are longer stored at Sourceforge, but are available at http://xmipp.cnb.csic.es

Bioinformatic tools for analyzing an orfeome using translated ORFs and compares each ORF to the provided Orfeome/Proteome. Our script uses NCBI BLAST run locally and MySQL as the main engines in a new and interisting way. It is designed specifically for Poxvirus genomes, and provides the VACV-COP nomenclature and Cowpox Ortholog groups per each ORF. The BLAST stats are generated when compared to the Proteome you provide. It can be easily adapted for other genomes.

To get access to the code, please check it out with svn as described in the code section.

OrthoRBH is a tool/pipeline designed to identify families of protein coding transcripts/genes in related species using a reciprocal blast method. It can search through databases of full-length cDNAs, ESTs or mRNA-seq data. Optional assembly of candidate sequences allows assembly of contigs. It is suited to handling a mixture of EST and mRNA-seq sequence data. It performs batch blast searches, so it is ideal for large multi-gene families. After collecting candidate sequences, it performs sequence alignment and deposits sequences into a fasta sequence file for downstream molecular evolutionary analysis.

PSIMAP is the Protein Structural Interactome MAP, a map of all the domain level protein-protein interactions in the Protein Data Bank (PDB). PSIsoft is an archive of the software used to generate and analyse PSIMAP.

PTESFinder is a computational pipeline for identifying Post-transcriptional Exon Shuffling events from high-throughput RNAseq data. PTESFinder leverages the power of established RNASeq tools and systematically excludes all known classes of false positive structures by applying stringent filters designed to specifically target these false positives. PTESFinder compares alignment qualities of reads mapping to putative PTES structures with qualities of the same reads when mapped to genomic regions and canonically spliced transcripts. This approach increases the confidence in PTES supporting reads. Reads emanating from template-switching events are often characterised by large indels when aligned to the transcriptome. PTESFinder uses additional filters to exclude reads with ambiguous alignments around PTES exon-exon junctions, further increasing confidence in these supporting reads. PTESFinder identifies more PTES structures than other published methods whilst maintaining high specificity.

PepArML: An unsupervised, model-free, combining peptide identification arbiter for tandem mass spectra via machine learning.

ProgPorts is an administrative and easy user interface to hundreds of proteomics, molecular dynamics, and protein crystallography programs. It is a hybrid of the prog/setup system, developed at Johns Hopkins University, and GNU-Darwin ports system.

ProtPOS is a self-contained, lightweight, and easy-to-use software package for predicting the preferred orientation of protein on a given surface upon initial adsorption. It searches quickly for the low energy protein poses in all translational and rotational degrees of freedom of the protein with respect to the surface using particle swarm optimization. Each successful run returns the lowest energy orientation of the protein on the surface in PDB format, which is readily used for MD simulations. ProtPOS is implemented in Python, making use of the PyMOL library for generating protein conformations and calling GROMACS externally to calculate protein-surface interaction energies. https://cbbio.online/software/protpos/

This project implements an algorithm for segmenting protein sequences into smaller meaningful blocks. The method is based on the pure statistical approach and it uses an analogy between proteins and natural language.

This is a viral quasispecies reconstruction software for quasispecies assembly problem on mRNA viruses, which is based on a correlation clustering approach and uses semidefinite optimization framework. The software accepts a reference genome, a NGS read set aligned to this reference and set of SNP locations in the form of a vcf file and outputs an optimal set of reconstructed species genomes which describes the underlying viral population.

QUASI is a toolkit to rapidly assess the quality of shRNA-Seq based data and call differential abundance using common statistical inference methods (DESeq, edgeR, baySeq).

SIPeS - Site Identification from Paired-end Sequencing

This is an approach that complements previous methods for reliable homozygous structural variation identification. Our approach accurately determines genotype and breakpoints relative to a reference genome based on de novo assembly of Illumina Genome Analyzer sequencing data. In this method, we examined only homozygous structural variations because detecting heterozygous structural variations requires assembly of haplotype sequences, which is not yet possible using existing assemblers.

SPANDx is your one-stop tool for identifying SNP and indel variants in haploid genomes using NGS data. SPANDx performs alignment of raw NGS reads against your chosen reference genome or pan-genome, followed by accurate variant calling and annotation, and locus presence/absence determination. SPANDx produces SNP and indel matrices for downstream phylogenetic analyses. Annotated, genome-wide SNPs and indels can also be identified if specified, and are output in human readable format. A presence/absence matrix is also generated to allow you to identify the core/accessory genome content across all your genomes. The outputs generated by SPANDx can be imported into PLINK for microbial genome-wide association study (mGWAS) analyses. SPANDx can utilise PBS, SGE or SLURM for resource management. SPANDx can also run directly on the command line if no resource manager is available. For the most up-to-date version of SPANDx, check us out on GitHub: https://github.com/dsarov/SPANDx

An SQL handler to interface multiple databases data to the OpeNDAP Hyrax (BES) server. Written in C++, it uses unixODBC to query DB and can be dynamically extended to use proprietary ODBC API driver in many easy ways. It is bundled with scripts to ge

Seqs Extractor is a useful tool, and can reduce ambiguities in analyses which uses BLAST command ine, commonly in the next generation sequencing, Transcriptomics, Proteomics, etc and help extract BLASTed sequences and sequences that contains microsatellites. Seqs Extrator also turns the BLAST command line more friendly.

(OBSOLETE) trace_utils is a program for processing sequencing trace data. The main goal of this program is to provide a completely free software in detecting SNPs like what polyphred has done, but with even higher accuracy and more flexibility.