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Simulation report

Technical information

General information

Name: B-arr2 l192dm193ds194d

PDB id: 6U1N

Submitted by: GPCRmd community

System setup

Solvent type: TIP3P

Membrane type: Heterogeneous

Membrane composition: POPC (38.0%), DOPE (24.0%), DOPC (28.0%), CHL1 (10.0%)

Ionic composition: Sodium ion (149 mM), Chloride (161 mM)

Number of molecules:

Water: 36535

POPC: 152

DOPC: 112

Chloride: 106

Sodium ion: 98

Dope: 96

Cholesterol: 40

Beta-arrestin-2: 1

Total number of atoms: 166665

Simulation details

Software and version: Acemd, 3.5

Forcefield and version: Charmm, 36M

Time step : 4.0 fs

Delta : 1.0 ns

Replicates: 1

Accumulated simulation time: 1.0 µs

Additonal parameters: Available at "Simulation protocol & starting files"



References

Jana Selent; Tomasz Maciej Stepniewski; Other people.. None. Plasma membrane pre-association and lateral diffusion drive β-arrestin coupling to receptors and activation. . doi: tomasino.


Simulation components

Ligands

Peptidic ligand(s)

Beta-arrestin-2

(1 molecule)

Receptor

PDB id: 6U1N

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Open with GPCRmd Workbench

Mutations

Table of simulated mutations

(Mutations shown in blue at the viewer)

Residue ID Residue seq. position Generic num. From To
192 192 - L D
193 193 - M D
194 194 - S D


Other molecules



POPC

Specific State ID: 5152

(152 molecules)


Sodium ion

Specific State ID: 5153

(98 molecules)

Na+


Chloride

Specific State ID: 5154

(106 molecules)

Cl-


Dope

Specific State ID: 5323

(96 molecules)


DOPC

Specific State ID: 5324

(112 molecules)


Cholesterol

Specific State ID: 5166

(40 molecules)


Water

Specific State ID: 5151

(36535 molecules)

H2O