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Simulation report

Technical information

General information

Name: Fzd5 (g180-c539) wt (apoform)

PDB id: Homo

Description: The study investigated conformational/structural differences between wild-type FZD5 and single-point mutants with interesting characteristics as determined in wet-lab experiments. Equilibration was done separately for each replica. Coordinate file is after equilibration 1. Unbiased MD, NPT ensemble

Submitted by: Magdalena Scharf, Karolinska Institute

System setup

Solvent type: TIP3P

Membrane type: Homogeneous

Membrane composition: POPC

Ionic composition: Sodium ion (147 mM), Chloride (188 mM)

Number of molecules:

Water: 16290

POPC: 148

Chloride: 55

Sodium ion: 43

Frizzled-5: 1

Total number of atoms: 74487

Simulation details

Software and version: GROMACS, 2021.3

Forcefield and version: CHARMM, 36m

Time step : 2.0 fs

Delta : 0.1 ns

Replicates: 3

Accumulated simulation time: 1.5003000000000002 µs

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

References

. None. . . doi: Graetz-et-al.



GPCRmd publication page: 1496

Lukas Grätz, Maria Kowalski-Jahn, Magdalena M. Scharf, Pawel Kozielewicz, Michael Jahn, Julien Bous, Nevin A. Lambert, David E. Gloriam, Gunnar Schulte. 2023. Pathway selectivity in Frizzleds is achieved by conserved micro-switches defining pathway-determining, active conformations. Nature Communications 14. doi: https://doi.org/10.1038/s41467-023-40213-0. (https://www.nature.com/articles/s41467-023-40213-0)



GPCRmd publication page: 1502

Simulation components

Receptor

PDB id: Homo
Frizzled-5

Visualization and trajectory sharing powered by NGL viewer and MDSrv

Open with GPCRmd Workbench

Mutations

No mutations found



Other molecules



Water

Specific State ID: 5151

(16290 molecules)

H2O


POPC

Specific State ID: 5152

(148 molecules)


Sodium ion

Specific State ID: 5153

(43 molecules)

Na+


Chloride

Specific State ID: 5154

(55 molecules)

Cl-


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