Structural and Dynamics Mechanism Linking Psychostimulants Residence Time at the Human Dopamine Transporter to Addictive Potential | Synapse
April 15, 2026Open Access
Structural and Dynamics Mechanism Linking Psychostimulants Residence Time at the Human Dopamine Transporter to Addictive Potential
Key Points
Investigate how the residence time of various psychostimulants at the human dopamine transporter relates to their potential for addiction.
Utilized cMD/SMD/PaCS-MD and MSM scripts for simulations.
Analyzed the interaction of MPH, cocaine, and other psychostimulants with the dopamine transporter.
Compared the structural and dynamic properties of different substances.
Identified key structural features linked to longer residence times of psychostimulants.
Established correlations between residence time and addiction potential across different compounds.
Abstract
Data include newest cMD/SMD/PaCS-MD and MSM scripts, MPH/Cocaine, S-/R-MDPV, S-/R-alpha-PVP, S-/R-pyrovalerone with human dopamine transporter are provided.