The flexibility pattern of RNA2 shows similarities with DNA2, but also surprising differences, which help us to understand the different biological functions of both molecules.
Although numerous biological functions of both organelles rely considerably on proteins imported from nuclear encoded genes, understanding the organelle genome will provide a major impact in the fields of evolution, biology, and biotechnology.
The changes of biological functions of both molecules by N-glycosylation are considered to be associated with a carcinogenic process and tumourigenesis (Zhao et al, 2008; Gu et al, 2009).
and a third group of more neutral varieties which do not depend upon monoterpenes for their flavor (i.e. Chardonnay, Chasselas, Cabernet-Sauvignon etc).. Monoterpenoids belong to the family of terpenoids, one of the most abundant and structurally diverse groups of natural metabolites essential for several biological functions of both primary and secondary metabolism [ 6].
In this study, we characterized a new sdAb that was shown to inhibit important biological functions of CypA both in vitro and in vivo.
Biological function of macromolecules depends both on their structures folds and on their dynamic characteristics, i.e., the "conformational state" [1].
However, few studies assessed the biological function of MTA2 in both overexpression and knockdown manners.
Results indicated that the transgenic plants exhibited a both the biological function of FGF-1 and the medicinal properties of S. miltiorrhiza.
Because these predictions are prone to false positives and false negatives, there is an ever present need to provide material support to these assertions to firmly establish the biological function of specific miRNAs in both normal and pathophysiological contexts.
Unfortunately, the biological function of the proteins they encode in both healthy and diseased cells remains largely unknown.
