Search Results for "define"

...Our software is compelling because the interaction networks that it creates reflect evolutionary relationships between species and obtained in Average Nucleotide Identity (ANI) analyzes. Also, It allows the user to define how he intends to explore the PP and CN characteristics through various parameters that let on the creation of customized interaction networks. For instance, one can set parameters regarding the genus, metagenome, or pangenome. In addition to the parameterization of GENPPI, it is also the user's choice what set of genomes he is going to study. ...

MutaNET comes with a next generation sequencing (NGS) pipeline that calls mutations based on paired-end NGS reads, an automated mutation analysis tool and various file converters and mergers. The mutation analysis feature considers the coding region, protein domains, regulation and transcription factor binding site information, and can be used to analyse the potential impact of mutations on antibiotic resistance.

Take a list from a search and how do you use that as a search. Answer: As an MSP file. But how do you make one? Answer: With this app. Convert your csv etc files to MSP. You define the relationship (the mapping) and take it from there. Includes a couple of examples.

Peak List 2 MSP takes your ascii mass/intensity pair list (or lists) and swaps them into MSP format (NIST standard text files for searching). It: takes lists from the clipboard (or drag and drop), sorts them by mass, normalises intensities, rejects below a cut off (that you define), adds MSP headers, puts the result back in the clipboard (or a file), has a command line interface so you can pass files in programmatically, has an api so you can call it in your own code (should you feel the urge). You: put a peak list in the clipboard from your favourite mass spec viewing software, append another list if you want (then you can merge lists together), copy-out or save the MSP that appears in the right hand box. ...

The Proteomics Standards Initiative (PSI) aims to define community standards for data representation in proteomics to facilitate data comparision, exchange and verification.

XNBC is a full featured application for computer naive neuroscientists. It simulates biological neural networks using graphic tools to edit neurons and networks, to run the simulation and to analyze results. Written in C, it runs on Unix and Windows. Web site : http://ticemed-sa.upmc.fr/xnbc/ All recent versions are on this site.

This plugin allow to visualize several e.g. gene expression values simultanously using pie charts. * Please cite http://www.biomedcentral.com/1752-0509/4/164 *

SIMulation of Biological systems (developed at the TU Munich) This program allows to define ODE-models or stochastic compartemental models of biological processes, to simulate, to fit data and to do some statistics (fitting and statistics for deterministic models only).

We present an improved ball and stick representation called HyperBalls. This type of depiction is particularly useful to represent dynamic phenomena, such as the evolution of non covalent bonds and takes advantage of GPU capabilities. HyperBalls are now fully integrated into the UnityMol software and are actively developed in that context. You will find the most up-to-date versions of the shaders in the http://unitymol.sourceforge.net project.

MGFp is open parser implementation for the Mascot Generic Format (MGF). It uses bison/flex to define a formal grammar and provides the necessary C++ adapter classes. The software is provided under a BSD license. Development on SF.net has ceased. You can find the project at http://kirchnerlab.github.com/libmgf/

NOTE: please refer to OPPL 2. OPPL is a preprocessor language that allows users to define macros for altering OWL ontologies. The syntax is very simple and intuitive, offering a very abstract and high level "scripting" language, for example for int