Understanding the molecular and genetic components controlling the carotenoid biosynthetic pathway is fundamental for targeted breeding aimed at improving carotenoid-producing watermelon cultivars [ 13, 14].
Many adverse outcomes associated with early-life events could be explained by epigenetic changes, in which the genes themselves are unaltered but their expression is persistently blocked, increased, or decreased by environmentally induced molecular tweaks to the components controlling transcription and translation.
Thus, our findings show that forward and reverse genetics in yeast can be used to identify the molecular components that control PEA production and inactivation.
Tregs integrate with other cellular and molecular components to control immune responses and are critical for intestinal immune homeostasis [44], [45], [46].
However, previous mechanistic studies had focused on the regulation of protein stability, because of a lack of understanding of the molecular components that control RNA stability (Davis et al., 2001).
The Period 2 (Per2) gene is a key molecular component in controlling mammalian circadian rhythms at the levels of gene expression, physiology, and pathogenesis.
However, it should be noted that molecular components that are controlled by posttranscriptional regulation or by posttranslational modification are expected to escape this analysis.
At present, molecular components and cellular pathways controlling ovulation are largely unknown and likewise very little is known about the oviduct functions and mechanisms.
The existence of such a desynchrony among molecular components of the pacemakers controlling the locomotor activity rhythm of rodents was shown to prolong the reentrainment., The non-photic mechanism for accelerating the reentrainment in D. biarmipes would involve the indirect effects of the dim nights on the pacemakers.
