Sentence examples for the functional secondary from inspiring English sources

Monascus pigments, which are the functional secondary metabolites synthesized by Monascus fungi, are a mixed group of azaphilones that contain yellow, orange and red compounds and have been widely used as promising pigment additives in food and pharmaceutical industries (Lin et al. 2008; Patakova 2013).

The other is the formation of non-canonical base pairs participating in the functional secondary structure of crucially important RNAs [ 38].

The genome-wide expression and methylation profiles from our study provide insight into the effect of light on gene expression for secondary metabolism in agarwood and provide compelling new candidates towards the study of functional secondary metabolic components.

These considerations, together with the increase in menstrual flow observed in women with normal cycles, and after investigating findings that the copper IUD can be used effectively to restore menstrual flow in the management of functional secondary amenorrhea [ 71].

While most of the known examples of formation of functional secondary structure are restricted to the 5' and 3' UTRs, the coding portion of the mRNA has also been shown to form functional structures [ 11].

The fermented products of Monascus purpureus NTU 568 possess a number of functional secondary metabolites including the anti-inflammatory pigments monascin and ankaflavin.

The idea that these structures could form a functional secondary vascular network that provides the tumour of blood, independent from angiogenic growth factors, makes tumour growth inhibition even more complex.

All the modifications observed in esk1 mutants would therefore be consistent with a role for ESK1 in the deposition or maintenance of a functional secondary cell wall, specifically in xylem and interfascicular fibers, its defect inducing a strong irx phenotype.

The vascular cambium is the meristem tissue responsible for this differentiation process and, thus, for the extensive radial secondary growth of trees, ensuring regular renewal of functional secondary xylem and phloem during the lifespan of these perennial species.

Instead the functions of these genes depend on the RNA itself, which can be unstructured or adopt functional secondary structures through internal base pairing or pairing to other RNA molecules.

The PS genes are enriched with the functional categories secondary metabolism, secreted proteins, and putative virulence factors.