Sentence examples for the predominant terminal from inspiring English sources

Although under high oxygen levels (as was the case in [investigators'] chemostat cultures) the predominant terminal oxidase is of the bo-type with an H +/e- ratio of 2, under these conditions also the NDH2 dehydrogenase, which does not contribute to the pmf, is known to be expressed (see Theoretical Aspects Section).

-catechin (catT) was the predominant terminal subunit/monomer in both skin and seed while galloylated units (galEx and galT) were more abundant in seed PA.

isolates; one terminal repeat of an Austria isolate is identical to the predominant terminal repeat in B. plicatilits s.s.; all full and terminal Clade B Cayman repeats are identical to the most common repeat in Clade B Tiscar; and one copy of mmr-b in the B. plicatilis s.s.s

The higher Ftranscis_T in skin conformed to the fact that -catechin was the predominant terminal subunits/monomer in skin.. Means of each PA variable measured in both skin and seeds were systematically different (paired t-test, P < 0.001, data not shown).

The predominant 5' terminal nucleotide of microRNAs is a uracil [ 11], and this first base is thought to be a major determinant for loading onto AGO1.

The usual ecological succession of EA use in groundwater systems (oxygen > CEs > Fe III) > sulfate > carbon dioxide; McMahon and Chapelle 2008) implies that once concentrations of DO drop below approximately 0.5 mg/L, reduction of CEs will occur under any of the succeeding predominant terminal electron-accepting processes.

Without a predominant terminal illness such as cancer or being at the very end of life, older adults with multimorbidity may be less likely to consider prognosis relevant [ 35].

Diagnostic fragments corresponding to elimination of fucose from the 3-position of GlcNAc indicate that Lewisx is the predominant singly fucosylated terminal structure, although some Lewisa termini may also be present.

Although the 2UIM and 3UIM 3' splice variants are both detectable in brain at the mRNA level, 3UIM ataxin-3 is clearly the predominant, physiologically relevant C-terminal splice isoform in brain.

This demonstrates that the predominant influence of C-terminal peptide residues on murine TAP affinity reduces the impact of different N-terminally prolonged precursors being transported on epitope recognition in mice.

The predominant type of TE was long terminal repeat (LTR) elements, which represented approximately 1.7 Gb (more than 70%) of the total number of TEs in the two genomes.