A hypothesis is presented that electronic and vibrational resonant energy states are important in biochemical reactions due to their coupling to hydrogen transfer reactions. The hypothesis is based upon (1) the involvement of hydrogen in most biochemical reactions, (2) the unique abiity of hydrogen to act as an energy trap for resonant energy and (3) demonstrations of the coupling of resonant e...

Many protein and mRNA species occur at low molecular counts within cells, and hence are subject to large stochastic fluctuations in copy numbers over time. Development of computationally tractable frameworks for modelling stochastic fluctuations in population counts is essential to understand how noise at the cellular level affects biological function and phenotype. We show that stochastic hybr...

introduction: misunderstanding enzyme structure and function is a major problem of biochemical education. the purpose of this work was to consider the general features of structure and function of proteins and enzymes relevant to an understanding of structure and function of proteins and enzymes by modeling experiments. methods: a total of 109 medical students of babol university of medical sci...

The exploration of biochemical networks, such as gene regulation, metabolic, protein interaction and signal transduction networks helps to understand better cellular processes, properties and functions of biological system. An important task of biological systems investigation is exploration of biochemical networks evolution and dynamic changes of their structure under pressure of the mutations...

The exploration of biochemical networks, such as gene regulation, metabolic, protein interaction and signal transduction networks helps to understand better cellular processes, properties and functions of biological system. An important task of biological systems investigation is exploration of biochemical networks evolution and dynamic changes of their structure under pressure of the mutations...