Sentence examples for genotypic technology from inspiring English sources

To identify the biological interactions between the differentially expressed genes and to identify the pathways that differed most between conditions analyzed, the gene sets identified to be differentially expressed were subjected to pathway analysis using KEGG pathway analysis software and Biointerpreter software (Genotypic technology, Bangalore, India).

The advancement of genotyping technology has made genotypic data readily accessible to investigators at low cost.

AM is a consultant to Personalis Inc. AB is a founder and consultant to Personalis, Inc. Stanford University holds the intellectual property on any genotypic risk assessment technologies described in the paper that may be licensed to various companies.

Stanford University holds the intellectual property on genotypic risk assessment technologies described in the manuscript that may be licensed to various companies, but the data visualization strategies presented in Figure 3 and Additional File 6 are not intellectual property of Personalis, Inc.

Our results from analysis of SNPs from RADseq data and direct genotyping via GoldenGate (BeadXPress) technology generated comparable patterns of allelic and genotypic diversity.

Errors in a dataset can be detected either by comparing genotypic information obtained from different technologies or by using Mendelian Inconsistencies (MIs) in family-based samples.

Technologies relying on genotypic and proteomic analysis of resistance determinants such as whole-genome sequencing, polymerase chain reaction (PCR) and matrix-assisted laser desorption/ionisation time-of-flight (MALDI-TOF) have the key limitation in that they are unable to detect novel resistance mechanisms [ 9, 10].

Using this technology we wanted to improve genotypic prediction of coreceptor usage.

With development of low-cost high-throughput marker technologies, it has become possible to estimate epistatic interactions based on genotypic values for all possible pairwise genotypes in genome-wide association studies, although searches for higher-order interactions are still limited by experimental and computational resources (Moore and Williams 2009).

Recent developments in genotyping and sequencing technologies have made it possible to use dense genotypic information for genomic selection (GS) (Meuwissen et al. 2001).

Standard genotypic resistance mutation results were determined using Monogram Biosciences GeneSeq technology (South San Francisco CA) [18] [21].