This GitHub repository contains the input files for classical molecular dynamics (MD) simulations, including topology files, initial coordinates, and PDB structures of different RGS-Ga complexes. We performed a total of 2 ns simulations for each complex to study their conformational dynamics using the Amber 18 package.
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input-files
- Minimization: Files for the minimization steps.
min0.in100 kcal mol-1Å-2min1.in25 kcal mol-1Å-2min2.in20 kcal mol-1Å-2min3.in15 kcal mol-1Å-2min4.in10 kcal mol-1Å-2min5.in5 kcal mol-1Å-2min6.in0 kcal mol-1Å-2
- NVT Heating: Files for the constant volume and temperature (NVT) heating steps.
cum_md0.in0-50 Kcum_md00.in50-100 Kcum_md000.in100-150 Kcum_md0000.in150-200 Kcum_md00000.in200-250 Kcum_md000000.in250-300 K
- NVT Equilibration: Files for the NVT equilibration steps.
cum_md0000000.in100 kcal mol-1Å-21cum_md0000000.in25 kcal mol-1Å-22cum_md0000000.in20 kcal mol-1Å-23cum_md0000000.in15 kcal mol-1Å-24cum_md0000000.in10 kcal mol-1Å-25cum_md0000000.in5 kcal mol-1Å-26cum_md0000000.in0 kcal mol-1Å-2
- NPT Equilibration: Files for the constant pressure and temperature (NPT) equilibration steps.
npt-equil.in1 µs
- Production Run: Files for the production run.
cum_md1.in10 ns
- Minimization: Files for the minimization steps.
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rgs01-ga RGS1-Gαi1
- PDB ID: 2GTP
- Topology:
rgs01.parm7 - Initial Cord:
rgs01.rst7
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rgs02-ga RGS2-Gαi3
- PDB ID: 2V4Z
- Topology:
rgs02.parm7 - Initial Cord:
rgs02.rst7
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rgs04-ga RGS4-Gαi1
- PDB ID: 1AGR
- Topology:
rgs04.parm7 - Initial Cord:
rgs04.rst7
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rgs08-ga RGS8-Gαi3
- PDB ID: 2ODE
- Topology:
rgs08.parm7 - Initial Cord:
rgs08.rst7
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rgs09-ga RGS9-Gαt/i1
- PDB ID: 1FQK
- Topology:
rgs09.parm7 - Initial Cord:
rgs09.rst7
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rgs10-ga RGS10-Gαi3
- PDB ID: 2IHB
- Topology:
rgs10.parm7 - Initial Cord:
rgs10.rst7
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rgs16-ga RGS16-Gαi1
- PDB ID: 2IK8
- Topology:
rgs16.parm7 - Initial Cord:
rgs16.rst7
- Software Used: Amber 18
- Simulation Time: 1 µs for each complex (two times)
These files can be used to replicate the simulations and study the conformational dynamics of RGS-Ga complexes.