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7 papers analyzed
These studies suggest that chemical compounds are classified and named using automated programs like ClassyFire, semantic and structural comparison methods, normalization and matching of names, computer-generated nomenclature, comprehensive guides, universally valid criteria, and chemical ontologies.
19 papers analyzed
The classification and naming of chemical compounds are essential tasks in chemistry, enabling scientists to organize, compare, and communicate chemical information effectively. Various methods and systems have been developed to automate and standardize these processes, addressing the challenges posed by the vast number of chemical compounds and their complex structures.
Automated Chemical Classification Systems:
Chemical Ontologies and Taxonomies:
Chemical Nomenclature:
Normalization and Matching of Chemical Names:
The classification and naming of chemical compounds have been significantly advanced by automated systems and comprehensive taxonomies. Tools like ClassyFire and ChemOnt enable large-scale, rapid classification based on structural features, while the integration of semantic similarity enhances classification accuracy. Chemical ontologies, employing logical operators and SMARTS expressions, provide precise and automated classification, translating expert knowledge into actionable data. Despite technological advancements, chemical nomenclature remains essential for various applications, supported by comprehensive guides and normalization systems. These developments collectively enhance the organization, comparison, and communication of chemical information.
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