The sorbed methane layer density was suggested to be 0.34 g/cm3 by molecular dynamic modeling.
Simplified molecular dynamic modeling was carried out to support this model.
Molecular dynamic modeling predicts spontaneous and stable interactions of CRAM-1 (or human orthologs) with ubiquitin, and we verified that CRAM-1 reduces degradation of a tagged-ubiquitin reporter.
Experimental work and mathematical modelling of the coalescence process are both reviewed, including various models, such as molecular dynamic simulation, random collision/coalescence modelling, and linear condensation polymerisation kinetics.
Molecular dynamic simulation [1], bubble raft model [2], and experimental results [3] suggested that the corresponding critical d of NC Cu and Ni for softening behavior is below 20 nm.
Each model underwent molecular dynamic simulation for 30 ns.
As a result of alignment, energy minimization, and molecular dynamic simulation, 2 slightly different models for A-chain and B-chain peptide conformers were obtained (Fig. 6 A, B, and Supplemental Fig. 6 E).
Homology modeling and molecular dynamic simulation studies provided the structural rationale of LdGcs catalytic activity and emphasized on the possibility of involvement of three Mg2+ ions along with Glutamates 52, 55, 92, 99, Met 322, Gln 328, Tyr 397, Lys 483, Arg 494 and Arg 498 in the catalytic function of L. donovani Gcs.
Using ab initio fragment molecular orbital calculations, molecular mechanics Poisson-Boltzmann surface area calculations, and classical molecular dynamic simulation of a three-dimensional model of DehL-l-2-chloropropionic acid complex, we predicted the catalytic residues of DehL and propose its catalytic mechanism.
