Sentence examples for predictions for membrane from inspiring English sources

The combination approach has previously been used to significantly reduce, or exclude false positive predictions for membrane topology prediction [ 33], and outer membrane prediction [ 34].

Independent coding leads to new and experimentally testable predictions for membrane potential oscillations and place field remapping that distinguish circuit mechanisms underlying theta sequences.

The theoretical prediction for membrane potential by the Kobatake's equation were borne out quite satisfactorily by experimental results obtained with both the membranes.

Theoretical agreement with experiments within 10% accuracy offers reliable failure predictions for square membrane dimensions from 60 μm to 1.5 mm through over 100 trials.

There have been structural predictions for some membrane proteins this paper discussed (e.g. adiponectin receptor and YeiH transporters).

Protein motifs prediction included TMPRED for membrane spanning domains, ProDom and Prosite for conserved protein domains [ 66, 67].

Results are compared to theoretical predictions for an ideal membrane, with good agreement.

Interpolation of these measured permeance allows for the accurate prediction of membrane performance at any conditions inside the measured range.

For secondary structure prediction of membrane and globular proteins, Gravy index (average hydrophobicity or hydrophilicity scores) were measured using Kyte-Doolittle and Hopp Woods formula [ 26].

Two had predicted plastid target peptides and two had predictions of "other", not unexpected for membrane proteins that would be inserted into the envelope membranes rather than transported through them.

Using a model receptor-ligand pair (FRB-FKBP), we first test physical and computational predictions for protein organization at membrane interfaces.