Search Results for "sourceforge.net/projects/winpython/files/winpython_3.8/3.8.10.0/winpython64-3.8.10.0.7z" - Page 10
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Showing 375 open source projects for "sourceforge.net/projects/winpython/files/winpython_3.8/3.8.10.0/winpython64-3.8.10.0.7z"
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DeNovoCheck
DeNovoCheck: Inheritance analysis for NGS trio data
...For rare dominant Mendelian diseases, patient-parent trios are often used to reduce the number of candidate variants. The algorithm bases the inheritance prediction on the data available in the parental BAM files and allows for a fast and reliable selection of potential de novo variants. -
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cnvHiTSeq
cnvHiTSeq is a set of tools for detecting CNVs using sequencing data.
cnvHiTSeq is a set of Java-based command-line tools for detecting Copy Number Variants (CNVs) using next-generation sequencing data. cnvHiTSeq uses standard BAM files as input. -
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multipsq
Analysis of pyrograms form multiplex pyrosequencing experiments
A software for the classification of organisms based on results from multiplex pyrosequencing algorithms performed on the Pyro-Mark ID System (Qiagen). The assays can be designed using the software mpsqed available from https://sourceforge.net/projects/mpsqed/ Pyrosequencing can be applied for Single-Nucleotide-Polymorphism (SNP)-based pathogen typing or for providing sequence information of short DNA stretches. However, for some pathogens molecular typing cannot be performed relying on a single SNP or short sequence stretch, necessitating the consideration of several genomic regions. ... -
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slurp
IO buffering in parallel environments with large files
'slurp' and 'glurp' are related utilites that help with buffering of file input and output (IO) in parallel environments with large files. They read and write files using a much larger buffer than typical system and program defaults. -
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JGBParser
jgbparser, gbk parser, genbank parser, bioinformatics
We present an alternative library for development of bioinformatics Java applications. a Java implementation of JGBParser was built. It consists in a library, able to analyze text files in the GenBank Flatfile (GBF) format. -
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MID Adjust
Prepare reads with no MIDs or variable length MIDs for analysis
...When you have no MIDs, or variable-length MIDs, MID Adjust appends new MIDs or extends existing ones to satisfy Pyrotagger requirements. New features include the ability to generate fake quality scores and to parse and generate QIIME mapping files. -
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GIIAF Microscopy Library
The GIIAF Microscopy Library, that uses customised OMERO software
This project incorporates a suite of tools that aim to allow researchers within Griffith's Imaging and Image Analysis Facility (GIIAF) to efficiently and effectively provide secure, centralised, web-accessible data storage, management and manipulation. The open-source Java-based OMERO software was customised to provide most of the features of this project. -
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samscope
A lightweight OpenGL SAM/BAM viewer
A lightweight OpenGL based interactive SAM/BAM viewer. Quickly and easily generate aggregate statistics from SAM/BAM files like coverage, polarity, and minor allele frequencies, then scroll and explore freely with a simple mouse based interface. Multiple windows can be synchronized for careful comparison across multiple experiments. -
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SpiKeDeteKt
An automatic spike detection program to be used with new KlustaKwik
This is an automatic spike detection program which takes account of probe geometry and produces a .mask file to be used with the new masked version of KlustaKwik. We recommend you use Python 2.6 or 2.7, e.g. a free academic version can be obtained from Entthought Python. The input files for SpiKeDeteKt are: .dat (raw data file) .probe (probe file, described below - user constructed) parameters.py (optional - otherwise it uses defaultparameters.py) SpiKeDeteKt outputs the following files: .fet.n (feature file) .mask.n (needed for using the new (masked) KlustaKwik) .clu.n (a trivial clue file where everything is put into a single cluster) .fmask.n (trial - float masks instead of binary, we are using this for testing masked KlustaKwik) .spk.n (spike file) .upsk.n (unfiltered spike waveform) .res.n (list of spike times) .xml (an xml file with all the parameters that can subsequently be used by neuroscope or klusters) .fil (highpass filtered data) .h5 ( -
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The Nexus Class Library (NCL) is a C++ library for interpreting data files created according to the NEXUS file format used in phylogenetic systematics and molecular evolution.
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GUI for DEDA
GUI for DEmography Data Analysis
<This project has been completely rewrote and transformed into a new one: https://sourceforge.net/projects/deday/. 2013/06/26> The graphic user interface for DEDA (DEmography Data Analysis), a scientific software package fitting survivalship data to a number of distributions using maximum likelihood (ML) method. Currently, Weibull (2p), Gompertz and Gompertz-Makeham are supported. IMPORTANT NOTICE: Only the GUI is provided here. -
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An open source common API tasks to query existing ontology resources in local files (OWL and OBO) as well as public repositories (Bioportal, OLS) using a standardised, uniform interface.
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Tools for mass spectrometry, especially for protein mass spectrometry and proteomics: Quantification tools, converters for Applied Biosystems (Q Star and Q Trap), calculation of in-silico fragmentation spectra, converter for Mascot result files
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birgHPCC
Rapid CUDA Cluster Deployment
birgHPCC is a major improvement over birgHPC (http://sourceforge.net/projects/birghpc/). While retaining the major functions of the original birgHPC, including automated computing cluster conversion and auto slots detection, the new version (birgHPCC) is capable of creating and configuring a compute unified device architecture (CUDA) computing cluster, hence the extra āCā in the name. In addition to the increase in image size (less than 2 gigabytes) and a new Linux base (previously Debian, now Ubuntu), CUDA-capable bioinformatics software programs, such as NAMD, HOOMD-blue, VMD, GPU-HMMER and GPU-BLAST, are pre-installed in birgHPCC, along with the CUDA driver, libraries and software development kit (SDK). ... -
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Javamony
A Student's Approach to the Phylogenetic Problem
Based on the not-so-successful Pysimony (https://sourceforge.net/projects/pysimony/), the same determined student takes another go at the phylogenetic problem. Javamony is invoked as follows: java -jar Javamony.jar [input.fasta] [random / stepwise (starting tree)] [# of bootstraps] [outgroup taxon #1] [outgroup taxon #2] ... Not meant as a competitive phylogenetic inference program, Javamony is an opportunity for me to acquire the Java language while learning to address and solve fundamental problems in phylogenetics. ... -
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Pysimony
A Pythonic Implementation of Parsimony Inference of Phylogeny
UPDATE: After some bug fixes, I've ditched Pysimony for Javamony: https://sourceforge.net/projects/javamony/ Given Python's beauty, I know that someday I will have to finish Pysimony. A student's first attempt at a phylogenetic inference program, written in the simplistic yet elegant Python. Pysimony reads a FASTA file (only ATGC accepted) specified as its only argument. Basic testing has shown that it is slow, inaccurate and most definitely inefficient. -
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Swift Sequence Alignment Program
GPU-based DNA sequence alignment program using Smith-Waterman
...sessionTopic=58&searchByKeyword=&submit=&select=+&sessionEvent=&sessionYear=&sessionFormat=#1303. To install and run Swift, please refer to the Wiki page: http://sourceforge.net/p/swiftseqaligner/wiki/Home/ If you need further help installing or running Swift, please contact Pankaj Gupta at pankaj.gupta@stjude.org. -
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FASTApple
AppleScript Utilities for Working Quickly with the FASTA File
Written in Applescript, FASTApple is a suite of utilities for the average computational biologist that make working with FASTA files fast and easy. A basic and straightforward GUI makes choosing files a cinch. Currently three utilities are included: FASTA Concatenater combines multiple FASTA files into a single FASTA file. FASTA Gene Concatenater strings the DNA sequences of each taxon in a set of pre-aligned FASTA files with identical taxa. Specifically designed to prepare RAxML analyses, it conveniently creates a partition file in addition to the concatenated file. ... -
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CallSim
low-volume read processing base corrector
...CallSim provides a final classification or rescue of a base/indel in reads, where putative variants have been identified via typical SNP/indel workflows. plots rendered by: JFreeChart library http://sourceforge.net/projects/jfreechart/ -
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Gdraw
An app and a Perl library for genome feature drawing
Gdraw is an genome visualization tool, including a GUI application and a Perl library. The GUI application creates the drawing interactively. It can also create the drawing by import annotated sequence files (such as Genbank, EMBL). Its backend library can be used in user-written perl scripts to create highly customized drawings. -
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An integrated bioinformatics toolkit for analysis of ChIPseq data from the Illumina DNA sequencing platform. Includes filtering, quality control, simulation, peakfinding, visualization, and comparison of samples.
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SmithWaterman
Fast local sequence alignment for the masses!
MOVED TO GITHUB: https://github.com/noporpoise/seq-align An implementation of the Smith-Waterman local sequence alignment algorithm. See our sister project global alignment using Needleman-Wunsch: http://sourceforge.net/projects/needlemanwunsch/ -
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iPiG
Integrating PSMs into Genome browser visualisations
iPiG targets the integration of peptide spectrum matches (PSMs) from mass spectrometry (MS) peptide identifications into genomic visualisations provided by genome browser such as the UCSC genome browser (http://genome.ucsc.edu/). iPiG takes PSMs from the MS standard format mzIdentML (*.mzid) or in text format and provides results in genome track formats (BED and GFF3 files), which can be easily imported into genome browsers. For more details about iPiG and it's functionallity, please see "iPiG: Integrating Peptide Spectrum Matches Into Genome Browser Visualizations" Mathias Kuhring and Bernhard Y. Renard (http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0050246) -
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CRUMp
A probabilistic prediction system of protein phosphorylation sites
...Given an input set of protein sequences in FASTA format, the system outputs the position, residue type (S, T, or Y), and the estimated probability of each tested site being phosphorylatable. Latest downloadable files: - crump-0.2.0.tar.gz: CRUMp GNU Octave package - crump-0.2.0.zip: CRUMp MATLAB script - crumptestset.fasta: A testing dataset in FASTA format. The sequence headers list the accession number of the protein sequence and the position numbers of known phosphorylation sites. Note that CRUMp may predict additional phosphorylation sites that have not been experimentally verified yet. ...
