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The source code for SAMSN can be found in github at https://github.com/miquelrojascherto/samsn

...Please, send email to thilo.figge<at>hki-jena.de to request a copy of the source code.

This is the backend source code of the Atlas2-Cloud pipeline on Amazon which starts and terminates worker nodes, runs analysis and monitors worker instances. It is PRIMARILY meant to be used through Amazon Web Services (AWS) management console by looking for the public Atlas2-Cloud machine image. Alternatively, the code can also be used for running the pipeline from your computer.

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/

Displays mummer/nucmer mappings and prints PNG to stdout via the "show-coords -lcdTH" output. The output file is <coords-output>.png. Command line options allow for different features when producing the image. Within the code there are comment blocks which give examples of how to further customize it i.e. grouping based on name similarity, color, etc. This program is aimed at providing full customization within the limits of the Bio-Graphics module. Current version supported is Bio-Graphics-2.25

This is a Java-based project for complex event extraction from text and co-reference resolution. Currently the code can read BioNLP shared task format (http://2011.bionlp-st.org/) and i2b2 Natural Language Processing for Clinical Data shared task format (https://www.i2b2.org/NLP/DataSets/Main.php). Event extraction includes finding events and the parameters for an event in a text. The method is based on SVM but other ML algorithms can be adopted.

This is a Python program based on the NegEx algorithm that detects the polarity of the clinical evidence in clinical random trials. If you use this code please cite this paper: P. Davis-Desmond and Diego Mollá. Detection of Evidence in Clinical Research Papers (2012). Australasian Workshop On Health Informatics and Knowledge Management (HIKM 2012), Melbourne, Australia. http://www.ics.mq.edu.au/~diego/publications/hikm12.pdf

A Generalized Combinatorial Approach for Detecting Gene-by-Gene and Gene-by-Environment Interactions

The code here is a parser for CALBC corpus into Java object.

Biologic Institute's Stylus simulation software suite. (See the SVN repository for source code.)

Parsers for biological data based on scanner generators like Flex (C), Re2c(C), Jflex (Java) and Ifickle (Tcl). This scanner generators are providing easier maintainance, development and higher speed than hand written scanners. Scanner output is SQL.

The Protein Geometry Database hosts the development code for a flexible database for searching protein geometry, as well as a library for accessing this data for protein modeling & refinement programs.

The Xholon project explores: software as systems of linked nodes, organized hierarchically. The Xholon toolkit supports this back-to-basics approach, and demonstrates practical benefits through examples from numerous domains.

""" E-Cell's source code repository has moved to GitHub! https://github.com/ecell The development of E-Cell now continues on GitHub. The Subversion repository was abandoned. """ E-Cell System is an object-oriented software suite for modeling, simulation, and analysis of large scale complex systems such as biological cells. It allows many components driven by multiple algorithms with different timescales to coexist in a model.

Perl code scafflod for the automatic execution of main Next Generation Sequencing data processing and analysis.

Common code developed by researchers in the Edwards Bioinformatics Group at SDSU. This code is free for everyone to use. It is our base code that we provide on an as-is basis. Please let us know if you use the code or have questions/comments

MOLGENIS can be used to generate databases for life science experiments (micrroarray, mass spectrometry, genomics) having a web user interface, csv exchange format, and programmatic interfaces (web services, rest, and r-project). See NatRevGen 8.

SynBioLib -- your toolkit for synthetic biology applications. SynBioLib aims to establish a platform on which the Synthetic Biology community can develop and share code that is common to many tasks and programs.

The Blue Obelisk is a group of scientists driven by a belief in Open Source, Open Standards and Open Data, expressed in code, data, algorithms, specifications, tutorials, demonstrations, articles and anything that helps get the message across.

File Host and Sample Code for Shervin Emami's website at http://www.shervinemami.co.cc/

Source code for the Chemical Informatics and Cyberinfrastructure Collaboratory project.

DEPRECATED PROJECT! SolexaTools is becoming the SeqWare project (http://seqware.sourceforge.net) to better reflect its expanded sequencer support. Please go to this project page for code and documentation.

An implementation of the Markovian Jensen Shannon divergence (MJSD). The code recursively segments a sequence of symbols and then assesses the divergence of each segment with respect to the entire sequence.

Tracetuner is a tool for base and quality calling of trace files from DNA sequencing instruments. Originally developed by Paracel, a Celera Business, this code base was released as open source in 2006. TraceTuner was used by Celera to call 30+ million reads from both Drosophila and human genome sequencing projects. In 2000, Applied Biosystems bundled TraceTuner with ABI3700 Genome Analyzers and shipped it to the customers of these capillary electrophoresis sequencers. Later versions of TraceTuner, which support mixed base calling, have been used by the research community, the private biotech sector, and the U.S. government as components of different variant detection, genotyping and forensic software applications (e.g. ...

Using the CUDA API this project modifies the AutoDock software to run in parallel on NVIDIA GPUs. Users will be able to download and compile the code and use AutoDock on CUDA capable Graphics Cards. Autodock is located at http://autodock.scripps.edu/