Sentence examples for boost the formation of from inspiring English sources
Increased biopterin levels boost the formation of H2O2 and inhibit the function of phenylalanine and tyrosine hydroxylases, thus impairing melanin production in melanocytes and inducing norepinephrine accumulation in keratinocytes [70].
Such a good performance for OER may be attributed to the NaCl-type structure of the NiCoO2 nanowires and CFP substrate, which can boost the formation of active Ni-Co layered hydroxide/oxyhydroxide species during the catalysis process.
Although the local alignment of chain segments promoted by shear flow facilitated the α-crystals, the relaxation of oriented chains was experimentally confirmed to boost the formation of γ-crystals.
After 66 h the erythritol concentration dropped for all three strains to a nearly equal level, so it seems that the overexpression of err1 does not only boost the formation of erythritol but might also trigger the erythritol consumption of this storage compound when conditions (e.g. carbon source availability) become less favorable.
While FGF-2 boosted the formation of new blood vessels, IP5 had a clear inhibitory effect, reducing the number of new blood vessels by half.
It was found that the existence of nano-Ag boosted the formation of a stable solid electrolyte interface (SEI) film on the surface of MCMB in propylene carbonate (PC -based electrolyte.
Most important, the crystalized mGra layer served as a flexible protective layer avoiding the SNPs direct exposed to electrolyte, which boosted the formation of stable and thin SEI interface.
Simultaneous heterologous overexpression of a eugenol (EGS) and isoeugenol synthase (IGS) gene in the same cultivated strawberry fruits boosted the formation of eugenol, isoeugenol, and the related phenylpropenes chavicol and anol to concentrations orders of magnitude greater than their odor thresholds.
The resulting boost for the formation of oligonucleotides was remarkable concerning the length of the formed polymer chains and the extent of nucleobase incorporation into the oligomers, so that the long polymers were built predominantly from nucleobase-carrying sugar-phosphate units (i.e. nucleotides; see [ 112]).
The resulting boost for the formation of oligonucleotides was remarkable concerning the length of the formed polymer chains (Fig. 2a, squares), the nitrogenous base incorporation rate, and the extent of the nitrogenous bases incorporation into oligomers (Fig. 2b, squares), so that polymers were built predominantly from nucleotides.
Crosslinker monomers greatly boost the molecular weight of the oligomers and promote the formation of the primary particles at beginning of the polymerization.
