Sentence examples for molecular models developed from inspiring English sources
Molecular models developed to describe the inner layer properties of polarizable metal-solution interfaces in the presence of organic adsorbate molecules are reviewed.
Three mutant SSUs were obtained from spontaneous ValR bacterial mutants and three more were designed on the basis of an alignment of SSU sequences from valine-sensitive and resistant isozymes, or consideration of the molecular model developed here.
The molecular model developed in Figure 6 and the Discussion is highly speculative.
On the other hand, classical EEM approaches incorrectly predict superlinear scaling of the polarizability with increasing molecular size, making the models developed on small molecules difficult to transfer to extended systems like biomacromolecules [62, 63].
A molecular thermodynamic model developed previously for polyelectrolyte solutions has been used to fit the experimental data.
A molecular structural model developed for Aβ40 fibrils from one patient reveals features that distinguish in-vivo- from in-vitro-produced fibrils.
The molecular thermodynamic model developed previously for fluids of chain-like molecules has been extended to correlate the solubilities of gases such as N2, CO2, CH4 and C2H4 in molten polymers.
Elucidating proteomics level changes, particularly when integrated with prior findings of genes and new models developed at the molecular signaling network/pathway level, can lead to new insights on bone mechanical stress and development of novel molecular biomarkers.
In this commentary we provide an overview of the challenges that arise from applying molecular modeling tools developed and commonly used for pharmaceutical discovery to the problem of predicting the potential toxicities of environmental chemicals.
A molecular mechanics model based on the UFF potential is used to benchmark the hybrid FE models developed.
The coefficients of the elements are determined based on the analytical molecular structural mechanics model developed by the authors.
