Sentence examples for dorsi gene expression from inspiring English sources
According to the previous linkage results, an eQTL scan focused on chromosomal regions showing tissue-consistent effects on FA was conducted with Longissimus dorsi gene expression data, one of the tissues with fatty acid composition data.
Similarly to the eQTL, association analyses for Longissimus dorsi gene expression data were conducted focusing on the four TAS regions showing tissue-consistent results according to the previous GWAS, pleiotropic pTAS regions.
We present a panorama of transcriptome-wide longissimus dorsi muscle development using digital gene expression with Solexa/Illumina's Genome Analyzer platform to study the variation between the dynamic transcriptome profiles of Tongcheng (TC) and Yorkshire (YK) pig breeds.
The region showing effects on C16 0 (94.00-99.01 Mb), revealed no association with gene expression in Longissimus dorsi.
Piglets (14 from each genetic type) were slaughtered at weaning (28 days) and longissimus dorsi was sampled for composition and gene expression studies.
Two previous studies have been published on gene expression in the longissimus dorsi of callipyge sheep by our group and our collaborators [47], [48].
Another analysis of gene expression in the longissimus dorsi of callipyge sheep examined neonatal animals (less than 5 days of age) and 80 days when muscle hypertrophy has been well established [48].
Remarkably, these prepartum diets caused notable changes in gene expression in fetal longissimus dorsi muscle, subcutaneous, and perirenal adipose tissues.
The application of microarrays for gene expression profiling of longissimus dorsi skeletal muscle (LM) of mature beef cattle is relatively new.
Remarkable gene expression differences in longissimus dorsi muscle were found between fetuses from CN-fed dams and fetuses from either DG-fed or HY-fed dams.
Previous studies have demonstrated differences in gene expression in pig longissimus dorsi muscle during fetal development, and some have shown breed-specific expression profiles [ 8, 15, 23, 27- 29].
