Back to Results
First PageMeta Content
Molecular biology / Multivariate statistics / Cluster analysis / 454 Life Sciences / Machine learning / Perceptron / Rare biosphere / Statistics / DNA sequencing / Biology


NoDe: a fast error-correction algorithm for pyrosequencing amplicon reads
Add to Reading List

Open Document

File Size: 628,14 KB

Share Result on Facebook

City

Mol / Leuven / Brussels / /

Company

MIT Press / Pearson / Creative Commons / Intel / /

Country

Belgium / /

/

Facility

UPARSE pipeline / Hall JR / /

IndustryTerm

error-correcting algorithms / improved data processing / error correcting algorithms / parallel solution / possible applications / Basic local alignment search tool / computational efficient denoising algorithm / generation sequencing technologies / error-correction algorithm / error correction algorithm / web-based tools / introduced denoising algorithm / data mining software / computing / sequence alignment server / /

Organization

Belgian Nuclear Research Centre / MIT / Unit of Microbiology / 3VIB Center for the Biology of Disease / /

Person

Hugo Moors / Katinka Wouters / Mark Welch / Patrick Schloss / /

Position

Prime Minister / author / error-free representative / forward / /

Product

Mac / UPARSE / NoDe / /

ProgrammingLanguage

JAVA / K / Perl / /

PublishedMedium

PLoS One / /

RadioStation

Earl AM / /

Technology

Genomics / RAM / Bioinformatics / PyroNoise algorithm / polymerization / sequencing technology / SLP algorithm / Perl / machine learning / error correction algorithm / error-correcting algorithms / NoDe algorithm / error-correction algorithm / newly introduced denoising algorithm / NAST algorithm / artificial intelligence / JAVA / error correcting algorithms / gene expression / sequencing technologies / data mining / Carbon Copy / 454 pyrosequencing technology / recent GS-FLX+ technology / existing denoising algorithms / Denoising algorithms / /

URL

http /

SocialTag