Sentence examples for data whole from inspiring English sources

"This is about finally getting some horsepower to get us to the big data, whole genome level," he says.

Computer simulation provides an effective tool to study crashes and evaluate injury mechanisms, and using stochastic input data, whole populations of crashes can be studied.

For baseline data, whole body composition was measured using a Hologic Dual Energy X-ray Absorptiometer (DEXA, Hologic Discovery W, Bedford, MA, USA) using the device's default software (Apex software version 3.3).

In addition to IC50 phenotypic data, whole genome expression data for these cell lines was obtained with the Affymetrix U133 plus 2.0 expression array chip, which contains over 54,000 probe sets designed based on build 34 of the Human Genome Project.

In agreement with the RT-PCR data, whole mounted in situ hybridization analysis showed that IGFBP-1b mRNA became detectable at 48 hpf in primordial hepatic tissues (Fig. 3B, panel e) and the hepatic expression was clearly detected at 72, 96, and 120 hpf (Fig. 3B, panels g, i, k and m).

In agreement with the RT-PCR data, whole mount in situ RNA hybridization analysis showed that IGF-1a and IGF-2b mRNA was very low at 10 hpf, became detectable at 24 hpf, and highly expressed at 48 hpf, most abundantly in the anterior part of a embryo (data not shown).

Alternaria are supported by molecular data, whole-genome sequencing of nine Alternaria morphospecies supplemented with transcriptome sequencing of 12 Alternaria morphospecies as well as multi-gene sequencing of 168 Alternaria isolates was performed.

Combined with the sequence data, whole-genome analyses showed that S. mitis strains may more precisely be considered as >2 species.

For 454 and Ion Torrent data, whole-read filtering was used, as is common for metagenomics [ 11, 15, 45, 46] (Additional file 1: Figure S10).

However, murine haplotype based computational genetic mapping and a SNP data base generated from analysis of whole-genome sequence data (whole-genome HBCGM), provides a hypothesis-free method for discovering novel genes affecting opioid maladaptive responses.

Taken together, our study combined clinical data, whole-genome analysis and animal models to link the persistent lifestyle of P. aeruginosa in CF lungs with the bacterial genetic basis.