CombeChem: semantic support for the chemical information life cycle
CombeChem: semantic support for the chemical information life cycle
“CombeChem” provided experience of e-science semantic support for the chemical data lifecycle, from inception in the laboratory to dissemination of data, showing how laboratory data should be recorded, using electronic laboratory notebooks, enriched with appropriate metadata, to ensure information can be correctly understood when subsequently accessed, (“Annotation@Source”). Chemical information results from a chain of analysis & data integration. Current chemical data storage methodologies place restrictions on the use of this data; absence of sufficient high-quality metadata, particularly in a computer readable form, prevents automated access to the data without significant human intervention. The Semantic web approach enhances the data by making use of unique identifiers and relationships described with RDF. This informs new routes to dissemination, with data and ideas being treated by parallel but linked methods; a Grid style access to information spread across several administrative domains - individual laboratories to national repositories - the concept of “Publication@Source”.
CombeChem, e-science, RDF, ELN, grid, cyber-infrastructure, crystallography, e-print, dissemination, end-to-end, publication@source, repositories, semantics
Frey, Jeremy G.
ba60c559-c4af-44f1-87e6-ce69819bf23f
10 September 2006
Frey, Jeremy G.
ba60c559-c4af-44f1-87e6-ce69819bf23f
Frey, Jeremy G.
(2006)
CombeChem: semantic support for the chemical information life cycle.
American Chemical Society 232 National Meeting, San Francisco, USA.
10 - 14 Sep 2006.
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Abstract
“CombeChem” provided experience of e-science semantic support for the chemical data lifecycle, from inception in the laboratory to dissemination of data, showing how laboratory data should be recorded, using electronic laboratory notebooks, enriched with appropriate metadata, to ensure information can be correctly understood when subsequently accessed, (“Annotation@Source”). Chemical information results from a chain of analysis & data integration. Current chemical data storage methodologies place restrictions on the use of this data; absence of sufficient high-quality metadata, particularly in a computer readable form, prevents automated access to the data without significant human intervention. The Semantic web approach enhances the data by making use of unique identifiers and relationships described with RDF. This informs new routes to dissemination, with data and ideas being treated by parallel but linked methods; a Grid style access to information spread across several administrative domains - individual laboratories to national repositories - the concept of “Publication@Source”.
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ACS_CombeChem_Talk.pdf
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ACS_CombeChem_Talk.ppt
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Published date: 10 September 2006
Additional Information:
CombeChem output
Venue - Dates:
American Chemical Society 232 National Meeting, San Francisco, USA, 2006-09-10 - 2006-09-14
Keywords:
CombeChem, e-science, RDF, ELN, grid, cyber-infrastructure, crystallography, e-print, dissemination, end-to-end, publication@source, repositories, semantics
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Local EPrints ID: 41498
URI: http://eprints.soton.ac.uk/id/eprint/41498
PURE UUID: 99a55592-679e-4c0a-8ac4-f6641c5709f4
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Date deposited: 20 Sep 2006
Last modified: 16 Mar 2024 02:34
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