Additionally, intermolecular gene regulation through trans-regulatory elements, specifically microRNAs (miRNAs) or transcription factors, is known to cause divergent patterns of transcript expression between humans and chimpanzees.
Notably, in both strains xyr1 transcription is inducible by sophorose, and the patterns of transcript levels of cbh1 and cbh2 reflect those of xyr1 on all carbon sources or inducers tested.
Very similar patterns of transcript abundance were observed for sigB and sigE, with minimum values at 07 30 and maximum values at 18 30.
Based on the patterns of transcript levels versus observed copy number classes, it is apparent that different regulatory elements are partially controlled by genetic variants, either enhancers or repressors.
Hierachical clustering analysis indicated four main patterns of transcript expression.
Overall patterns of transcript abundance for these genes paralleled chlorophyll content in the developing fruit.
Cluster profiles 1-4 as well as 12 all describe different patterns of transcript down-regulation.
Patterns of transcript accumulation were characterised by Real-Time-qPCR for 20 of these genes.
The patterns of transcript abundance between WT and T were compared with RNA-seq data.
Lipid degradation related genes showed four different patterns of transcript abundance.
The patterns of transcript accumulation resulted clearly different for both genotypes.
