Sentence examples for more effective substrates from inspiring English sources

Interestingly, early observations suggested that dietary HPUFAs esterified to PLs rather than TAGs are more effective substrates for brain tissues accretion in term baboons [ 125].

One possibility is that binding to the mitochondria shields AF-6 ubiquitination sites or that parkin ligase activity at the mitochondria is diverted toward more effective substrates including a plethora of outer membrane mitochondrial proteins (48, 50, 51).

To assess whether succinate semialdehyde and propionaldehyde are more effective substrates in the mutants than P5C/GSA is, the kcat/ Km ratio of wild-type BjPutA and each mutant [ kcat/ Km WT/ kcat/ Km mut] was determined for all the substrates.

Formate was a more effective substrate for promoting dehalogenation based on electron donor utilization efficiency.

However, the molecular details of Red recombination must be more clearly understood to enable more effective substrate designs for complex applications.

In vitro assays have shown that increased acetylation of the H3 tail domain directly causes increased H3K4 methylation by generating a more effective substrate for SET domain methyltransferases [18], [20].

According to this hypothesis the structurally altered amylopectin of the Atss2 mutants may provide a more effective substrate for GBSS, allowing greater levels of amylose production.

It seems that acetate was a much more effective substrate than propionate for selective enrichment of PHA producing cultures, leading to higher quantities of PHA stored.

While the rates of these reactions were noticeably less rapid than that of the fusion protein's natural counterpart, α2AP, it was clearly a more effective substrate than its synthetic peptide counterpart, α2AP(13-42).

These results suggest that more diphosphate is required in competitions with 2CNA-GPP 6 than with 2AA-GPP 6, again suggesting that nitrile analogue 6 is a more effective substrate with UPPS Bf than anthranilamide analogue 5. UPPS is a critical protein for the biosynthesis of complex bacterial polysaccharides and has become an important potential target for new antibacterial agents.

Overall, the results from the tests with the simultaneous feeding of acetate and propionate again corroborate the hypothesis that acetate was a much more effective substrate than propionate for the selection of an optimal PHA producing culture through enrichment via the feast and famine regimen.