We have used extensive course grained molecular dynamics simulations to access structural and dynamics details not easily accessible by analytical techniques.
Coarse grained molecular dynamics has also predicted dual modes of interaction between Coh and Doc (Hall and Sansom, 2009), but direct experimental evidence of both binding modes for wild-type Doc has remained elusive.
However, once a full-atomic structure is built from a coarse-grain template, knowledge of tertiary interactions and finer-grained dynamics tools can be used to recover these interactions.
Karzbrun, E., Shin, J., Bar-Ziv, R.H. & Noireaux, V. Coarse-grained dynamics of protein synthesis in a cell-free system.
If so, these equations can be used to predict and possibly control the fine-grained dynamics of links and nodes in networks.
This effect is solely determined by the topology of the channel; sequence details only have an implicit effect on the coarse-grained dynamics via the fold and not through biochemical details at a smaller scale.
This study addresses the initial-boundary value problem of coarse-grained probability measure on the state space in which a differentiable vector field v is given and, as a consequence, the differenced continuity equation using the first-order upwind difference scheme (UDS) based on the finite volume method appears as the physical substance on the coarse-grained dynamics.
The clustering dynamic behavior is computationally studied both at the detailed and the coarse-grained levels, and a numerical approach that can enable studying the coarse-grained dynamics in a network of arbitrarily large size is suggested.
Following the rationale presented above, all macroscopic transition rates need to be determined to study the coarse-grained dynamics.
We will first investigate whether exact macro-state transition probabilities are essentially required for computing a coarse-grained dynamics or whether an approximated model is providing similar results.
