Sentence examples for intermolecular complex of from inspiring English sources

Due to near face-to-face and edge-to-face geometry accompanied by sterical hindrance, the intermolecular complex of the aromatic elements effectively prevents Aβ assembly.

To determine if full-length mDia1 is also a dimer, we analyzed the intact protein as well as two intermolecular complexes of N- and C-terminal fragments (Fig. 1A) using sedimentation equilibrium ultracentrifugation and MALS.

It has been found that dispersive interaction predominantly stabilizes the intermolecular complex formation of H2 on a variety of organic linkers.

The larger K 11 value may instead indicate some form of intermolecular complex though no direct evidence yet exists for this in solution.

The fluorescence peak wavelength of this intermolecular complex shifts slightly to shorter wavelength below the glass transition temperature and shifts abruptly to longer wavelength around crystallization, then shifts gradually to shorter wavelength again from various crystalline phases until the isotropic phase.

Intermolecular complex formation between mesogenic terphenyldiimide moieties of a thermotropic liquid-crystalline (LC) polyimide (P-11TPE) was studied by steady-state fluorescence and fluorescence lifetime measurements together with differential scanning calorimetry (d.s.c).s.c

Such results may suggest structural differences in the intermolecular complex vs the intramolecular conformational change.

For the intermolecular N+C complex of G-DID-DD-CC and FH2-DAD, both ultracentrifugation and MALS data give a mass consistent with two chains each of G-DID-DD-CC and FH2-DAD (190 kDa and 221 kDa, respectively, versus 221 kDa calculated mass) (Fig. 1C and G).

Our results show that these domains are composed of intermolecular complexes and their aggregates stabilized by the neutralization effect of GB, and linked together by formation of GB triple helices.

Especially the propensity of selected sequence motifs for intramolecular folding of the probes and/or the targets and also for the formation of special intermolecular complexes are expected to involve longer runs of subsequent nucleotides causing deviations from the additivity assumption (Eq. (16)).

Intermolecular interaction energies for representative configurations of intermolecular complexes were analyzed using the supermolecular approach at the MP2/6-311+G∗ level, which resulted in substantial interaction strengths for all the three forms of intermolecular interactions.