Sentence examples for were predicted to interfere from inspiring English sources

These proteins were predicted to interfere in different steps of the infectious cycle by mimicking functions of eukaryotic proteins [ 4].

Similarly, in order to reduce the number of constructs that had to be experimentally tested, Qi et al. [ 42] used the M-fold algorithm [ 118] to assess the folding of designed aptamer and non-coding RNA (ncRNA) fusions to find versions that were predicted to interfere with the structure of the ncRNA in the absence of ligand [ 60].

This is predicted to interfere with cell soma translocation in the next cycle of migration, which would occur after washout.

Other amino acid exchanges in the TPI protein, such as Cys41Tyr and Ile170Val, have been predicted to interfere with both the substrate binding and the dimerization site possibly affecting the catalytic activity plus molecular stability of TPI; both pathogenic TPI variants have been identified in unrelated European kindreds [2], [13], [15].

D. dadantii arcB contains a nonsense mutation at codon 383, a change that is predicted to interfere with the multi-step phosphorelay transfer to ArcA [ 24].

Since the Dickeya pathogens are genetically very close (ANI ≥ 93%%), replacing HGT could be predicted to interfere recurrently with taxonomical diagnostics, hence provoking assignation errors.

The G allele at rs4686484 was predicted to interfere with the consensus motives of transcription factors IRF4, IRF11, Nfx2.7 and Nfx2.9 (Fig.  1D).

Rs4784227 is situated at 16q12.1 [ 71] and has been predicted to interfere with the affinity of FOXA1, an essential component of ESRα signaling [ 72], to its binding site [ 73].

This model moves closer to emulating the entire collagen biosynthesis pathway as it allows the assessment of procollagen C-proteinase inhibitors, which are predicted to interfere with collagen deposition [ 47].

Significant crosstalk between phosphorylation and caspase cleavage has been documented (Dix et al., 2012) and phosphorylation of DGCR8 at S397 (the amino acid immediately C-terminal to the caspase-cleaved scissile bond) is predicted to interfere with caspase cleavage (Tözsér et al., 2003).

In IPAx, the pyrazole ring bears an additional N1-methyl group that is predicted to sterically interfere with binding to the gatekeeper pocket in IRE1α.