The result of this investigation has been reviewed in 'Trends in Analytical Chemistry' and is available here:
http://dx.doi.org/10.1016/j.trac.2009.03.012
I hope that this paper promotes the integration of spectral similarity searches and spectrum prediction engines during the peer-reviewing process. The largest NMR-database available is the combined CSEARCH+SPECINFO collection named NMRPredict (available from MODGRAPH, see http://www.modgraph.co.uk/ ) holding some 450,000 spectra at the moment with the expectation of massive upgrades in the near future. Details about the ongoing data-extraction process can be found on:
http://nmrpredict.orc.univie.ac.at/csearchlite/update.htm
The integration of the CSEARCH-based prediction engines into data processing programs is also possible - the available DLL fits into MESTRENOVA ( http://www.mestrec.com/ ) and into Bruker's TopSpin-program ( http://www.bruker-biospin.com/topspin.html ).
Stay tuned - more to come ! Despite my 'impressive office', which can visited on http://nmrpredict.orc.univie.ac.at/csearchlite/Home_of_CSEARCH.html ;-))
Wolfgang Robien
2 comments:
It is possible to read the paper
without paying ???
Any NMR predictor will be a good performance if don't consider the optmized geometry of the structure studied.
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