Oechem | 2.3.0

A common workflow is to use OEchem for file I/O and stereochemistry, then convert to RDKit mols for fingerprinting. Version 2.3.0 improves the OEMolToRDKitMol() converter, preserving ring information and bond orders more faithfully for exotic chemistries like metallocenes.

In the intricate world of computational chemistry and cheminformatics, the tools used to manipulate and analyze molecular data are as vital as the hypotheses they help test. For decades, OpenEye Scientific Software has stood at the forefront of this domain, providing robust toolkits that empower scientists to solve complex chemical problems. Among the pivotal releases in their software lineage is . oechem 2.3.0

OEChem has always been celebrated for its Python bindings (OEPython). The 2.3.0 release ensured compatibility with the Python versions prevalent at the time, smoothing the transition for scientists moving from scripting simple tasks to developing full-scale Python applications. Furthermore, the cross-platform nature of the toolkit—supporting Windows, Linux, and macOS—remained a cornerstone, allowing heterogeneous computing environments to function seamlessly. A common workflow is to use OEchem for

While historically OpenEye used its own oe-release channel, version 2.3.0 now for Python wheels: For decades, OpenEye Scientific Software has stood at