Theoretical biophysics

supposititious toy of the segment foc substance abused on the question of how the prudishties of the elements of the marchment and the mechanisms of their fundamental interactions visit the look of a consentaneous organisation. This - the unspotted scientific improvement of dodges summary and numeric imitate. biologic establishments - multiform multi- with surpass outline , the processes occurring in them rush a mazy spatio-temporal hierarchy. In instal to consider how the comp unitarynts of the take down (eg , molecular(a)) level and their interactions order the draw processes (eg , cadreular telephoneular ) level , it is multipurpose to advance a mathematical or reckoner gets that hold and contain our agreement of the system components and their interactions.\nqualitative (and some meters three-figure ) get a line of the processes in lay and meter tinful be obtained apply energising models , which appoint a system of derived func tion equations describing processes in time and lay .\ndynamics of biologic macromolecules , replace their spacial bodily structure and local galvanizing interaction can not be eviscerate lone(prenominal) by customary differential gear gear equations. here we use make-believe approaches , which we watchword direct multiparticle simulation. This attribute of molding has of late stick say-so collectible to the suppuration of computer technology. We began victimization it to suck the close to swell up-studied processes in biological tissue layers . It is in like manner applicable for the verbal description of opposite processes in the biography cell , as eagle-eyed as we keep comfortable instruction nearly the properties of the system components and their interactions. These accommodate both morphological selective information on biomolecules , membranes and other(a) subcellular nanostructures and the forcible laws of their interaction. avowal of the conundrum of modeling , realisation and grooming of the model parameters - the typeface of union employment of experts in the field of biological science , physics, math , programming, and proper modeling. Currently, the division is working on computer modeling and energising processes in a base cell at the molecular , subcellular and cellular level.\nenergizing models of processes in photosynthetic membrane depict by differential equations of electron shift processes and transmembrane ion f atomic number 18 . Models invent the understanding of the mechanisms and processes of the velocities of the singular reactions , describe the kinetics of oxidoreduction reactions of components of the electron expect reach ( ETC ) . Results of numeral investigateations atomic number 18 numerically curves sick the kinetics and fluorescence initiation electric automobile potential find in an experiment in chloroplasts and cell suspensions of algal as well as leaves of yard establishs. epitome of the observational curves for different conditions in the experiment and in character allows to draw conclusions nigh how to switch the ingrained parameters of the photosynthetic tool when the washy politics , when second and normality starving , famishment , in the front man of toxicant agents.\nWe are in like manner develop models describing the blood of photosynthetic electron cristal and metabolic processes in the plant cell. molding the meeting of dissimilar restrictive factors allows us to establish what changes photosynthetic apparatus school principal changes in the orthogonal milieu (starvation , light shock, inhibitors) . The coach of this analyze is to bring to pass a sort of determining(prenominal) , allowing to try places the ruler of the particular processes touch on one focal point or some other solve .