Sentence examples for structural conversion from inspiring English sources

After the amorphous IL, it is possible to identify a region containing nanometer-sized crystals in the 10 nm La2O3 film, indicating the existence of an incomplete structural conversion (from amorphous to crystallographic structure) during the RTA treatment.

The ligand-induced changes in interhelical hydrogen bonding patterns of the 5-HT1A receptor were followed by rigid body movements of TMH2, 4 and 6 relative to each other and to the other TMHs, which may reflect the structural conversion into an active receptor structure.

For RIα heated to 95°C and cooled back down to 25°C, the CD spectrum with the 212 nm minimum was maintained (Figure 1A), indicating that an irreversible structural conversion with a change in secondary structure (from α-helix to β-sheet) and/or aggregation (see below) had occurred.

Prion diseases are associated with the structural conversion of prion protein (PrP) to a β-sheet-rich aggregate, PrPSc.

The structural conversion of IAPP from a monomeric state into amyloid assemblies is the subject of intense research.

All structures in the database are managed primarily using cheminformatics functions from ChemAxon's [51] JChem Java API [52] for structural conversion, image generation, mass and formula calculations.

For PANI/NOMC-x, the CV curve exhibits two pairs of redox peaks because of the redox transition of PANI between leucoemeraldine/emeraldine/pernigraniline structural conversions [11].

Thermo-chemical reactions occurring during the oxidative stabilization of electrospun polyacrylonitrile (PAN) precursor nanofibers with diameters of approximately 300 nm were investigated as well as the resulting structural conversions, and the results were compared to those of conventional SAF 3K (Courtaulds) precursor fibers.

The human dominant segment 'a' can induce S2 to be human specific, that is, the cooperation of structural conversions between 'a' and S2 is a potential inducement mechanism.

The chromosomal rearrangements on 2L have also been described by Peters et al. (2012), who presented a scenario involving four structural conversions between potato and tomato.

Since slow inhibition lags about 4 orders of magnitude behind the rate of catalysis, structural conversions between these two major enzyme conformers when bound to inhibitor must be separated by a much larger energy barrier than that between any conformers on the catalytic reaction coordinate.