In the middle is the time-lagged independent component analysis (TICA) plot showing seven clusters, each of which corresponds to one metastable state (I–VII). The metastable states are classified by borderlines, and the “microstates” (dots) in each metastable state are colored with the same color. The seven boxes around the middle describe the seven metastable states found in the MSM analysis, each box illustrating three representative protein conformations (generated using MSM), which identify the residue 12 (orange), and also the switch-I (red) and switch-II (blue) regions depicted by their backbone’s molecular surface (dots). In each metastable state, the occupation percentage by wild-type and individual mutants is displayed next to the ...
The exploration of intrinsically disordered proteins in isolation is a crucial step to understand th...
Focus is given to the core problematic, reaching the nucleation region and sample the relevant data ...
Proteins need to interconvert between many conformations in order to function, many of which are for...
States are labeled according to the Na+ position relative to the receptor as extracellular or cytopl...
<p>(A) Unbound states. One hundred randomly selected conformations of pyruvate from unbound states S...
<p>(b) Representative conformations from these five states. The two domains of the protein are color...
Recent molecular dynamics simulations of biopolymers have shown that in many cases the global featur...
Molecular dynamics simulation generates large quantities of data that must be interpreted using phys...
A recently developed spectral method for identifying metastable states in Markov chains is used to a...
A recently developed spectral method for identifying metastable states in Markov chains is used to a...
Proteins are very large biological molecules, responsible for many functions in living cells and org...
Simulating biologically relevant timescales at atomic resolution is a challenging task since typical...
Understanding the energy landscape and the conformational dynamics is crucial for studying many biol...
This article surveys the present state of the transfer operator approach to the effective dynamics o...
<p>(A) Two metastable states (S1 and S2) are identified. 500 randomly selected conformations from ea...
The exploration of intrinsically disordered proteins in isolation is a crucial step to understand th...
Focus is given to the core problematic, reaching the nucleation region and sample the relevant data ...
Proteins need to interconvert between many conformations in order to function, many of which are for...
States are labeled according to the Na+ position relative to the receptor as extracellular or cytopl...
<p>(A) Unbound states. One hundred randomly selected conformations of pyruvate from unbound states S...
<p>(b) Representative conformations from these five states. The two domains of the protein are color...
Recent molecular dynamics simulations of biopolymers have shown that in many cases the global featur...
Molecular dynamics simulation generates large quantities of data that must be interpreted using phys...
A recently developed spectral method for identifying metastable states in Markov chains is used to a...
A recently developed spectral method for identifying metastable states in Markov chains is used to a...
Proteins are very large biological molecules, responsible for many functions in living cells and org...
Simulating biologically relevant timescales at atomic resolution is a challenging task since typical...
Understanding the energy landscape and the conformational dynamics is crucial for studying many biol...
This article surveys the present state of the transfer operator approach to the effective dynamics o...
<p>(A) Two metastable states (S1 and S2) are identified. 500 randomly selected conformations from ea...
The exploration of intrinsically disordered proteins in isolation is a crucial step to understand th...
Focus is given to the core problematic, reaching the nucleation region and sample the relevant data ...
Proteins need to interconvert between many conformations in order to function, many of which are for...