Sentence examples for gene differences from inspiring English sources

This type of over-estimation in gene number can play particular havoc with assessment of genic colinearity, as evidenced by studies in rice showing hundreds of gene differences between different races of O. sativa that were later shown to all be explained by mis-annotated TEs [9].

For genes with multiple probe sets the one with the highest logFold Change value was chosen to represent the gene (differences of expression between different probes were not significant, data not shown).

"It has been getting clearer and clearer that any genetic contribution to traits on which people differ – like height and weight – comes about from large numbers of gene differences, each with very small effects," said Prof Ian Deary of the University of Edinburgh, who led the research on intelligence.

Interspecific gene differences and evolutionary time estimated from electro-phoretic data on protein identity.

This technology can provide an opportunity to cost-effectively develop high-quality genome assemblies for other complex plants and compare structural and gene differences through accurate haplotype reconstruction.

We showed that large heterozygous (hemizygous) structural variants can be defined in a single de novo assembly, which provides an opportunity to cost-effectively compare structural and gene differences among de novo sequence assemblies among genotypes rather than simply mapping reads to a reference genome.

CONCLUSIONS: Our microarray data revealed no global gene expression differences and identified few individual gene differences between endometrial cancers from Blacks and Whites.

"They are leading the field into the potential for tailoring treatments to individual gene differences and new general targets for the treatment of depression," he says.

Unlike RNA- or DNA-based microarray technology that has the capacity to identify thousands of gene differences between samples, 2D-GE/MS generates a manageable number of protein differences.

The theory explained the transmission of phenotypic differences from parents to offspring by following the transmission of gene differences from generation to generation and attributing the presence of alternative traits to the presence of alternative forms of genes.

However, gene-to-gene differences in transcription rate could not fully account for the correlation between noisy splicing and gene expression levels (Spearman's ρ = −0.16, Student's p < 3.2 × 10−50 after adjusting on mean intronic coverage), consistent with the degradation by NMD of non-functional transcripts produced through noisy splicing.