Sentence examples for regulated differences from inspiring English sources

These higher variances will make trans regulated differences in expression between conditions much harder to detect than cis regulated differences and indirect trans harder than direct trans.

Expression differences in cis regulated genes were found to have lower variances than those of trans regulated genes in this study, and several eQTL studies have found that cis regulated differences in transcription are larger than trans regulated differences [ 3].

The combined data suggests that there might be an approximately 2 1 ratio of trans: cis regulated differences in gene expression.

Great progress has been made in recent years towards unraveling how changes in the regulation of juvenile hormone and vitellogenin underlie these adaptively regulated differences in phenotype [ 3, 6].

Results showed that miRNAs in normal retinas were differentially expressed (DE) at 7 vs. 3 wks (27 up-/23 down-regulated) and 16 vs. 3 wks (42 up-/52 down-regulated) (Additional file 1) thus identifying developmentally regulated differences that occur when the retina is developed (7 and 16 wks) or early in differentiation (3 wks).

The relative role of individual se1ection factors, such as weather, light and water availability, the abundance of herbivorous insects and fruit disperser availability, regulates differences between the reproductive phenology patterns within a community.

Several candidate genes that may regulate differences in LTM have been identified.

All these modules contain genes that can regulate differences in development of muscle fiber number, size, and fiber composition between the two breeds.

In flies, Dsx regulates differences in programmed cell death, which is known to contribute to sexually dimorphic nervous system development [ 9].

There is considerable interest in discovering polymorphic loci that regulate differences in gene expression since this information can help us understand not only how genes are regulated but also how they interact.

The knowledge of how genes regulate differences in skeletal muscle composition and metabolism is a subject of outstanding interest in medicine and agriculture, as the type of muscle plays a role in the development of chronic metabolic diseases (Tanner et al. 2002), as well as in the organoleptic properties of the meat (Thompson 2002).