Sentence examples for genomic platform that from inspiring English sources

The direction of the present study was also shaped by our immediate need for building up an integrative genomic platform that unifies a variety of genomic resources, such as genome map, linkage map and physical map, and facilitates future genetic, genomic and breeding studies on C. farreri.

Indeed there is a growing literature supporting the premise that methylation patterns may usefully delineate etiologically distinct subtypes 33– 37. Third, the use of expression profiling introduces potential bias into our analyses of double primaries that would not be applicable if we were using genomic platforms that identify only somatic mutations.

By comparing significant CNAs identified by GISTIC analysis in the current and former study [ 5], we were able to define a core set of genomic regions commonly affected by CN gain and loss in HER2-amplified BC across different genomic microarray platforms that may serve as a list of potential targets for further studies (Additional file 4).

However, this will require the exhaustive analysis of genomic data within an analytical platform that covers the range of topics described here.

This article is meant to summarise the discoveries made using multiple genomic platforms so that the head and neck cancer care provider can apply these discoveries to improve clinical care.

To potentially overcome these limitations, Tox21 is investigating several different genomic-based platforms that would allow for the monitoring of gene expression patterns (signatures), induction or repression, (e.g., 200 1,000) in any cell type, including human primary and stem cells (undifferentiated and differentiated) in a 384-well plate format.

In this study, we used a high-resolution array-based comparative genomic hybridization (aCGH) platform that targeted known CNV regions of the human genome at approximately 1 kb resolution to interrogate the genomic DNAs of 30 individuals from four HapMap populations.

Microarray-based comparative genomic hybridization (array CGH) is a revolutionary platform that was recently adopted in the clinical laboratory.

The University of California, San Francisco is partnering with Intel on an AI platform that will combine information from genomic sequencing with data from medical devices to help doctors make better sense of complex images and prevent serious health risks.

Comprehensive genomic profiling offers an accurate and detailed analysis platform that reliably detects the complex interchromosomal events at gene-level resolution.

It's built a big data analytics platform that harnesses clinicians' medical expertise to enhance genomic diagnostic via AI algorithms — leading, it says, to better and faster diagnoses for patients with diseases such as cancer.