Sentence examples for significantly better substrate from inspiring English sources

Thus, even though NEDD8 can be activated by UBE1, the reaction is slow and ubiquitin is a significantly better substrate.

A primed peptide with a linker of 10 glycine residues was a significantly better substrate than peptides with shorter or longer spacers.

Both peptides were significantly better substrates for PHLPP than the synthetic substrate pNPP.

Our approach identified very efficiently hydrolyzed substrates containing unnatural amino acids, which resulted in the design of significantly better substrates than those previously known.

Subfamily classification of GH13, GH30 and GH5 has demonstrated that the majority of the defined subfamilies were monospecific, thus indicating a significantly better correlation of substrate specificity between sequences at the subfamily level than at the family level (Stam et al. 2006; St John et al. 2010; Aspeborg et al. 2012).

Noteworthy was also that for all nine P. eryngii, P. ostreatus, and P. pulmonarius strains, the composted TPOMW 20% substrate performed significantly better than the straw (control) treatment, while the same observation could be made for A. cylindracea strains as well (albeit differences were not statistically significant in this particular case).

Of special interest was the fact that both 20 : 80 and 40 : 60 composted TPOMW ratios provided significantly better growth rates than the straw substrate (7.28 8.72 versus 5.58 6.42 mm day−1, resp .. Lastly,   A.

Results show that the simultaneous fuming method produced significantly better enhancement for light-coloured leather substrates relative to other processing procedures, but was found to be ineffective on dark-coloured leather.

Subsite specificities of the plasmepsin 4 family of orthologs are similar to those of human cathepsins D and E, except in S3′ where the plasmepsins accept substrates containing Ser significantly better than either of these human aspartic proteases.

They offer significantly better erosion resistance compared to uncoated substrates, with the erosion rate being lowered by up to a factor between ∼5 and 20 for particle test velocities of 148 and 63 m s−1, respectively.

For all strains tested, mycelium grew equally well or (in most cases) significantly better in composted TPOMW than in noncomposted substrates (in comparisons made between equal rates of supplementation in respect to wheat-straw).