Sentence examples for more comprehensive genomic from inspiring English sources

With the current vastly improved computing power and storage capacity, we advocate using genome-wide gene profiles to provide a more comprehensive genomic analysis comprising a portfolio of current gene expression profiles that includes CMTC, complete oncogenic pathway analyses and the potential for future analyses if pathway gene signatures are further refined.

PAM50 is a more comprehensive genomic profiling tool for breast cancer.

The use of varieties or subspecies to name these 2 populations of L. giganteum was avoided until more comprehensive genomic data shed light on their true evolutionary relationships.

Such genomic tools for flax genetic studies are being developed and more comprehensive genomic scans will be possible in the near future.

The more comprehensive genomic coverage of these next-generation sequencing technologies support their consideration for the evaluation of patients with highly heterogeneous conditions such as genetic hearing loss.

BIOWINE is complementary to the Vitis data sources, such as VitisNet and VTCdb, and allows a more comprehensive genomic analysis of Vitis Vinifera cultivars.

Furthermore, we monitored DNA methylation changes at a limited number of genomic sequences, hence it will be necessary to confirm the findings reported here on a more comprehensive, genome-wide scale.

Our observations suggest a more comprehensive genetic and genomic analysis should be undertaken to identify candidate disturbances influencing pathway integrity.

The results of the present study expand on those reported in microsclerotia studies based on EST sequencing, and provide more comprehensive genetic and genomic information [ 14, 29].

Therefore, genotyping array products will have to be much more comprehensive in genomic coverage or very large sample sizes will need to be whole genome sequenced in order to determine the remaining genetic component of obesity, the latter of which still remains somewhat cost prohibitive.

This counterintuitive finding suggests that the relationship between genomic variation and sexual selection is complex and highlights the need for a more comprehensive survey of genomic variation in avian taxa that vary markedly in social and genetic mating systems.