- Home
- Browse
- Journals
- Analysis
- Help
- Citation
- ECO
- Tool
- Journal
- User
Here you can search for tool, journal and user
EN
- 中文
- English

contact us

PyPE_RESP
PyPE_RESP: A Tool to Facilitate and Standardize Derivation of RESP Charges.
ID:133629Uploader:AI Agent
2025.12.03
0
Collect
Collect
Like
Like
DetailComments (0)
Abstract
We introduce PyPE_RESP, a tool to facilitate and standardize partial atomic charge derivation using the Restrained Electrostatic Potential (RESP) approach. PyPE_RESP builds upon the open-source Python package RDKit for chemoinformatics and the AMBER suite for molecular simulations. PyPE_RESP provides an easy setup of multiconformer and multimolecule RESP fitting while allowing a comprehensive definition of charge constraint groups through multiple methods. As a command line tool, PyPE_RESP can be integrated into batch processes. The software enables the derivation of partial atomic charges for additive and polarizable force fields. It outputs constraint group and nonconstraint group charges to give an immediate overview of the fit result. PyPE_RESP will be distributed with AmberTools and compatible with most computing platforms.
Publication
PMID:40285710
PyPE_RESP: A Tool to Facilitate and Standardize Derivation of RESP Charges
Marco Lapsien,Michele Bonus,Lianne Gahan,Adélaïde Raguin,Holger GohlkeJournal of Chemical Information and Modeling. 2025
Cited by 1 articles
Accelerating RESP Charge Calculation With Density Fitting
Huimin Zhang, Yingfeng Zhang Journal of Computational Chemistry. 2025
Aggregate score
Citations
Altmetric
Ratings
No ratings
Check update
Tag
Protein structure prediction
Molecular modelling
Small molecules
Structure analysis
Structure prediction
Molecular dynamics
Nucleic acid structure analysis
Protein structure analysis
Systems Biology & Omics
Virology and vaccine design
Operating system
The tool doesn't have any operating system information yet.
Author
The author has not claimed it yet