We present ChemAxiom as the first ontological framework for chemistry in science. ChemAxiom enables discourse about chemical objects in a computable language and is useful for the management of chemical concepts and data, the retrospective typing of resources, the identification of ambiguity and supports chemical text mining.
%0 Journal Article
%1 Adams2009
%A Adams, Nico
%A Cannon, Edward
%A Murray-Rust, Peter
%D 2009
%J Nature Precedings
%K ChemAxiom
%T ChemAxiom - An Ontological Framework for Chemistry in Science
%X We present ChemAxiom as the first ontological framework for chemistry in science. ChemAxiom enables discourse about chemical objects in a computable language and is useful for the management of chemical concepts and data, the retrospective typing of resources, the identification of ambiguity and supports chemical text mining.
@article{Adams2009,
abstract = {We present ChemAxiom as the first ontological framework for chemistry in science. ChemAxiom enables discourse about chemical objects in a computable language and is useful for the management of chemical concepts and data, the retrospective typing of resources, the identification of ambiguity and supports chemical text mining.},
added-at = {2011-12-21T01:05:11.000+0100},
author = {Adams, Nico and Cannon, Edward and Murray-Rust, Peter},
biburl = {https://www.bibsonomy.org/bibtex/20cded966c943a267c9faa52b1c05a616/fairybasslet},
interhash = {c2de07069c16867d7f7c654471dc5107},
intrahash = {0cded966c943a267c9faa52b1c05a616},
journal = {Nature Precedings},
keywords = {ChemAxiom},
timestamp = {2019-03-11T21:06:37.000+0100},
title = {ChemAxiom - An Ontological Framework for Chemistry in Science},
year = 2009
}