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Resumen El estudio del mecanismo de locomocion en motores proteicos es un tema de actual interes, ya que ha permitido explicar diferentes funciones celulares y, a la vez, ha proporcionado la replicacion de motores a escala nanometrica, dicho estudio implica la comprension de fenomenos estocasticos a microescala en sistemas periodicos que presentan algun tipo de asimetria y que se encuentran fuera del equilibrio termico, de tal manera que se estudia un sistema que esta fuera del equilibrio termico y que a su vez esta inmerso en un universo con disipacion y generacion de ruido termico blanco, lo que genera un movimiento dirigido y, como tal, el fenomeno de transporte, de modo que se modelan las condiciones de simetria o asimetria del sistema. Desde el descubrimiento del movimiento browniano se han llevado a cabo investigaciones mas arduas de los procesos fisicos que se pude interpretar bajo este fenomeno y bajo las leyes de la termodinamica. Desde el punto de vista microscopico, el movimiento termico aleatorio domina este mundo y hace que las fluctuaciones termicas den origen a movimientos brownianos y a motores brownianos. Abstract The study of the proteinaceous engines locomotion’ mechanism is a current topic of interest, because it allows to explain different cell functions and simultaneously provides engines replications at nanometer scale. This study involves the understanding of stochastic phenomena at microscale in periodic systems with any kind of asymmetry and that are outside of the thermal equilibrium. In this way one system being studied that is out of thermal equilibrium and at the same time, is immersed in a universe with dissipation and generation of white thermal noise, which generates a directed movement and as the transportation phenomenon does, so that the system symmetry or asymmetry conditions are modeled. Since the discovery of Brownian motion, there have been carried out some of the most arduous investigations of the physical processes, that can be interpreted under this phenomenon and under the thermodynamics laws. From the microscopic point of view, the random thermal motion dominates this world and makes thermal fluctuations give rise to Brownian motion and Brownian motors.

Fenómeno de transporte de una Kinesina como motor browniano con movimiento tipo Hand-Over-Hand