Sentence examples for reactive of the three from inspiring English sources

Finally, a comparison of ignition delay times and OH species time-histories during 3-pentanone, 2-pentanone and acetone oxidation found that 3-pentanone was the most reactive of the three ketones.

Cpd I is the most reactive of the three possible active oxy species and, while experimentally difficult to characterize, is presumed to be the most common reactive species in heme-monooxygenation reactions.

The residues K11, K78, and K166 in αA-crystallin (K78 being the least reactive of the three) and K90, K92, and K166 in αB-crystallin were indicated to be the major glycation sites when ascorbic acid was used as a glycating agent [ 16].

Iodine is the least reactive of the four common halogens, and the biological toxicity of 5-iodoindole has not been studied previously and warrants additional scrutiny.

The metabolite -B[ a]P-7,8-diol-9,10-epoxide-2 was identified as the most reactive of the four metabolites in producing tumors in newborn mice.

Cys-47, the most reactive of the four cysteine residues, was observed by d-Switch to be S-nitrosated by CysNO in a concentration-dependent manner.

These results were attributed to the differences in reactivity of the three reactive silanes.

Comparisons between databases by type of epitope (e.g. HG vs. HM for CEFT; see sub-table B) we observe that (1) for CEFT, the distributions of the ratios of cross-reactive hits of the three databases are not different; (2) for Tregs, HG is different from both HM and HP and HM is not different from HP; and (3) for random peptides, HG, HM, and HP are all different.

The reactive power of the four compounds to mineral surfaces of Cu, Au, Ag and Pb sulfides is predicted to be DIBDTPI ≫ DIBMTPI ≥ DIBDTPA > DIBMTPA, and their flotation selectivity against pyrite and sphalerite is suggested as DIBDTPA < DIBDTPI < DIBMTPI < DIBMTPA.

The dissociation rate of CD36-CIDR interaction (mean at 0.0963 s−1) was about 75 times that of CD36-IRBCs interaction (mean at 0.0013 s−1) while the difference of the free reactive compliances of the two (mean at 0.6799 nm and 0.7497 nm, respectively) were less than 10%, though statistically significant (P = 0.002).

For the putatively inhibitory serpins of both rice (11) and Arabidopsis (8), the predicted P1 residues have a range of physico-chemical properties but the serpin reactive centres of the two species do not match to a great extent (Table 3).