Search Results for "alpha linux" - Page 3

Disloki is a modified version of Loki (loki.homeunix.net) which works as a Boinc application. The project also contains support programs to create and maintain a Loki based boinc project.

PARs is a bioinformatics tool for the analysis of cis-regulatory DNA sequences. Composed of two parts: a suite of sequence analysis algorithms for predicting cis-binding sites in DNA sequences and a GUI for visualisation and exploration of the results.

DrPangloss is a python implementation of a three operator genetic algorithm, complete with a java swing GUI for running the GA and visualising performance, generation by generation

Random Genome Sequence Downloader.

Genetic programming environment to inference context free grammars base on positive and negative examples of language.

Biological Annotation Tool is a general-purpose high speed environment for manipulating biological sequence annotations in multiple input and output formats. A plugin-style API permits much extensibility.

A repository of Python extension scripts for use with the Sparky (http://www.cgl.ucsf.edu/home/sparky) NMR assignment package. No packaged releases yet, but there are scripts in the Sourceforge CVS@ http://sparkyscripts.cvs.sourceforge.net/sparkyscripts

Simulator of virtual animals made up of biological neural networks for research in the Computational Neuroscience field.

DNAID software is a tool for assessing confidence in biological identifications made by comparing DNA sequences. It allows DNA sequences to be placed within a taxonomy and determines confidence in matches of a query sequence to each taxon.

Rana, Restriction Analysis Libraries. Rana is written in Python and provides a set of libraries and scripts to work with restriction enzymes and ADN. The aim is to ease the development of molecular biology software for research or education purposes.

NeuroPython is a Python module created for easy simulation of neural networks.

The purpose of this project is to make available a variety of tools written in Python.

ABE is a small, fast and convenient program for visualizing and modeling experimental bioassay data. The data can be modeled using either polynomials or a more specific four-parameter model based upon the standard, sigmoidal dose-response curve.

ĄHola!, for "Hordes of Little Atoms," is a project to develop a lean, modular, scalable toolkit for massive simulations of particle (molecular) dynamics. It is written in C and Python to get the best balance between programmer and run time.

Solving genetic algorithms in a distributed processing system. Developed in python with sockets.

DEODAS designs & analyzes consensus-degenerate oligonucleotide probes for biological research. DEODAS automatically designs and screens, probes against databases of known genes & stores the information in a searchable database.

Development moved to: https://bitbucket.org/rongchenlab/malty Docs moved to: http://malty.readthedocs.org/en/latest/

generic makefiles for use in bioinformatics

The NMR Restraints Grid (NRG at http://www.bmrb.wisc.edu/WebModule/MRGridServlet) contains the original NMR restraint data (distance, dihedral angle and RDC) and the parsed, converted, and filtered for ~4,000 protein and nucleic acid structures with corr

Python script for Recoord Project (http://www.ebi.ac.uk/msd-srv/docs/NMR/recoord/main.html). It uses Condor and Parallel Python.

FaceIn! is a face recognizing log in application for Linux. You will never have to enter your password anymore! Just show your face to your camera and let the system recognize you and take you to your desktop!

It is a Cross Language Interface Platform that allows different languages to call and execute functions of other languages using xml-rpc as the remote procedure call vehicle.

Maximal Clique Motif Reduction (MCMR) is a software program for running and then combining the output of multiple motif finder programs, such as MEME, AlignACE and Weeder, into a set of consensus predictions with associated confidence rankings.

This project seeks to integrate knowledge, methods and data from various disciplines through the design and implementation of a system that allows for communications between languages and different platforms.

trimAl can consider several parameters, alone or in multiple combinations, in order to select the most-reliable positions in the alignment. These include the proportion of sequences with a gap, the level of residue similarity and, if several alignments for the same set of sequences are provided, the consistency level of columns among alignments. Moreover, trimAl allows to manually select a set of columns and sequences to be removed from the alignment. trimAl implements a series of...