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Many different types of cellular cargos are transported bidirectionally alongmicrotubules by teams of molecular motors. The motion of this cargo-motorssystem has been experimentally characterized in vivo as processive with ratherpersistent directionality. Different theoretical approaches have been suggestedin order to explore the origin of this kind of motion. An effective theoreticalapproach, introduced by M\"uller et al., describes the cargo dynamics as atug-of-war between different kinds of motors. An alternative approach has beensuggested recently by Kunwar et al., who considered the coupling between motorand cargo in more detail. Based on this framework we introduce a modelconsidering single motor positions which we propagate in continuous time.Furthermore, we analyze the possible influence of the discrete time updateschemes used in previous publications on the system's dynamic.

Stochastic modeling of cargo transport by teams of molecular motors