Sentence examples for molecular conformational changes from inspiring English sources

In this contest, the entry of a CPP into the lipid bilayer might induce molecular conformational changes, including marked variations on membrane's mechanical properties.

Out of 322 devices, 11 (∼3.5%) showed molecular transport characteristics, but only two junctions (∼0.6%) were stable enough for studies as a function of temperature (80 220 K shown in the main text, and 80 250 K shown in the Supplementary Note 1 and Supplementary Fig. 1), with molecular conformational changes as the most possible cause for device instability in the other cases.

In this new approach, molecular conformational changes are well captured in the two-point auto- and cross-correlation spectra, to understand the morphological evolution of different domains consisting of macromolecular chains on a statistical level.

Molecular dynamics, for instance molecular conformational changes, energy transfer and photobleaching, can be studied by measuring the real-time fluorescence spectrum at single molecule sensitivity [12].

We next used the NP film PNR in the T-LSPR configuration to interrogate small, dynamic molecular conformational changes by measuring the actuation of molecular spacer layers in response to solution pH.

On the other hand, when the same experiment is performed on a pure biotin-KKKKC SAM no difference in binding events is observed (see Supporting Information), indicating that despite the different potentials applied no molecular conformational changes are occurring.

They can elude clearance from the circulation and be activated by protonation, enzymatic cleavage, or a molecular conformational change.

In this work, the mechanical response of the cellulose, hemicellulose, and lignin under uniaxial tensile at the strain rate of 108s−1 is investigated by molecular dynamics simulation and the molecular conformational change under the tensile deformation is in situ captured.

Novel pyrrole-based polyene derivatives bearing various different substituents were synthesized to investigate the influence of molecular conformational change (rotational isomerization) of a π-conjugated bridge on crystal characteristics and polymorphism.

This free energy analysis offers a detailed structural and energetic picture of a molecular conformational change.

The authors hypothesize that the proximal compressive stress in the integrin-ligand bonded layer induces a molecular conformational change that favors FA growth via binding, while the distal tensile stress inhibits binding, and therefore downregulates growth.