Scientific Computing
Grid of complex molecular structures rendered from SELFIES and SMILES strings

Molecular String Renderer: Robust Visualization Infrastructure

A robust, type-safe Python library for converting chemical string representations (SMILES, SELFIES, InChI) into …...

Computational Chemistry

InChI and Tautomerism: Toward a Comprehensive Treatment

Dhaked et al.'s comprehensive analysis of tautomerism in chemoinformatics, introducing 86 new tautomeric rules and their …...

Computational Chemistry

InChI: The Worldwide Chemical Structure Identifier Standard

Heller et al. (2013) explain how IUPAC's InChI became the global standard for representing chemical structures, its …...

Computational Chemistry

Making InChI FAIR and Sustainable for Inorganic Chemistry

InChI v1.07 modernizes chemical identifiers for FAIR principles and adds support for inorganic compounds....

Computational Chemistry

NInChI: Toward a Chemical Identifier for Nanomaterials

NInChI (Nanomaterials InChI) extends chemical identifiers to represent complex, multi-component nanomaterials.

Computational Chemistry

Recent Advances in the SELFIES Library (2023)

Major updates to the SELFIES library, improved performance, expanded chemistry support, and new customization features....

Computational Chemistry

SELFIES: The Original Paper (Krenn et al. 2020)

The 2020 paper introducing SELFIES, the 100% robust molecular representation that solves SMILES validity problems in ML.

Computational Chemistry

SMILES: The Original Paper (Weininger 1988)

Weininger's 1988 paper introducing SMILES notation, the string-based molecular representation that revolutionized …

Computational Chemistry

GTR-CoT: Graph Traversal as Visual Chain of Thought for Molecular Structure Recognition

GTR-CoT uses graph traversal chain-of-thought reasoning to improve optical chemical structure recognition....

Computational Chemistry

MolRec: Chemical Structure Recognition at CLEF 2012

MolRec achieves 95%+ accuracy on simple structures but struggles with complex diagrams, revealing rule-based OCSR …...

Computational Chemistry

MolRec: Performance Analysis at TREC 2011 Chemical Track

MolRec achieves 95% accuracy on 1000 molecular diagrams at TREC 2011 with detailed failure analysis....

Computational Chemistry

SubGrapher: Visual Fingerprinting of Chemical Structures

SubGrapher creates molecular fingerprints from images via functional group segmentation, enabling retrieval without full …...