We study a model of multi-legged catalytic molecular walkers that abstract a class of recently developed synthetic molecular motors. We focus on their kinetics of release of catalytic product, delineating the influence of chemical kinetic parameters, geometric configuration, loss from surface, and bulk kinetics. We show that such walkers can achieve a uniform rate of release over long time scal...

Background: A device of QCM can be used in the transient kinetics of oxidation of a pair of cysteine residues in DsbA by DsbB. Results: The obtained kinetic parameters indicate that the two pairs of cysteine residues in DsbB are important. Conclusion: The reaction pathway of almost all DsbA oxidation processes would proceed through the stable intermediate. Significance: The transient kinetics o...

Stochastic simulation of complex biochemical networks is a topic of current interest, in spite of the importance of the Gillespie algorithm it requires substantial amount of computational effort to simulate a complex system, Many algorithms are available now to control the two most important parameters in simulation: speed and accuracy. It can be proved that the stochastic modelling approach pr...

Chelating resin as a new copolymer for metal ions removal was prepared using 3-(4-hydroxyphenyl) cyclopropane-1,1,2,2-tetracarboxylic acid and 1,2-diaminoethane on the poly(styrene-alt-maleic anhydride). Parameters of sorption behavior were investigated under various conditions. Kinetics studies revealed that adsorption process confirmed pseudo-second-order kinetics data well fitted to Langmuir...