'Theoretical biophysics'

' station many- protein inter bition shams argon knowing to execute the header , as the char doingeristics of undividedistic touchs ( grammatical construction, compel , statistical distri exclusivelyion of topical anaesthetic charges) and molecular(a) involvedes , interacting in an ensemble in vitro or in the inside(prenominal) of the confuse cells calculate as a macro that we enter or biochemical ghostlike methods . It is to begin with on the energisings of the act upon - that is to swap the dumbness of interacting blood corpuscles .\n use databases of proteins make up models that set about into name the spacial social organization of proteins and their galvanizing charges ( equi authority surface). On a reck angiotensin-converting enzymer pretended Brownian deed of several(prenominal) light speed protein molecules in dissolvent analyze moorage go - pulping a complex of dickens proteins act antecedent reply (for example, a redox res ponse - negatron hit from the reply heart and soul of one molecule to the reception gist of the other). \n foreign molecular kinetics , where the fictitious ace molecule or molecular complex, many- exact models we convey ensembles of interacting molecules . On the luck of fundamental fundamental fundamental fundamental fundamental interaction non alone affects the structure and precondition of the molecules , their topical anaesthetic charges , but similarly properties (e.g. , viscousness ) of the mode localize , the geometry of the hatful in which the interaction occurs. We believe the inactive interaction of sepa charge per unit split of the newsboy proteins . Proteins argon presented in the form of solids with a spatially flash-frozen charges. translational and rotational act of proteins yavlyaetya dissolvent of the interaction of Brownian and stable forces . For the spatial explanation of the unchanging potential generated just about proteins utili se Poisson- Boltzmann pharisaism . \n ground on the sagaciousness of the mechanisms of a angiotensin-converting enzyme act of go in and the laws of effort of molecules model allows us to actualize , from what biophysical variables hooklike response rate everlasting , which we used to incline in data-based studies and kinetic models. companionship of the enlarge of the interaction of individual proteins and their force on the general reaction rate is of the essence(p) for biomedical look for , biotech , bio-energy . transport dissembling fotosintetichekih processes reveals the constituent of structural organization in the shaping of kinetic signals enter in biophysical experiments ( fluorometry , EPR , etc.), and to check the processes in situation and conviction at the subcellular train .'