Sentence examples for vast functional from inspiring English sources
Royal Palace 77 Knollwood Road Greenburgh Shopping Center White Plains (914) 289-1988 VERY GOOD THE SPACE Vast, functional, minimally decorated dining hall.
L. acidophilus and L. reuteri produce Lactacins and Reuterin (a β-3-HPA compound derived from glycerol), respectively, which have a vast functional effect against gram negative and positive bacteria and can destroy the pathogenic bacteria more effectively than the other strains (Casas Ivan and Dobrogosz Walter 2000; Parvez et al. 2006).
Many folds display vast functional diversity.
The vast functional range of ubiquitylation has largely been attributed to the formation of a diverse array of polymeric ubiquitin (polyUb) chains.
On the order of 100 miRNAs are reported to be differentially expressed in NASH and these have vast functional diversity, including control of lipid and glucose metabolism.
Our FACS sorting and comparative population analysis identified 1681 differentially expressed transcripts (twofold), many of which may reflect the early developmental divergence and vast functional differences between these lineages.
The vastest functional categories for these proteins as indicated by gene functional classification analysis concerned 107 glycoproteins, 64 of which are homodimers and 89 signal peptides, among which 65 glycoproteins; 68 of the signal peptides, including 39 glycoproteins, are associated with extracellular matrix.
If repetitive DNA elements could be equated with non-functional DNA, then one would surmise that the human genome contains vast non-functional regions because nearly 50% of nucleotides in the human genome are readily recognizable as repeat elements, often of high degeneracy.
First, they are readily applied to gain-of-function genetic screens, unlike the vast majority of functional genetic interrogation approaches for mammalian genomes.
In cancers of the upper gastrointestinal tract, the vast majority of functional imaging studies have used 18F-fluorodeoxyglucose positron emission tomography (FDG-PET).
These strategies provide a foundation for designing a vast assortment of functional surfaces with anti-fouling, adhesive, optical, water and ice repellent, memory storage, microfluidic, capture and release, and many more capabilities with the structural and dynamic sophistication of their biological counterparts.
