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Jean-Claude Bradley presents "Open Notebook Science and other Science2.0 Approaches to Communicate Research" at the University of Pennsylvania Library on January 21, 2010. The introduction covers recent examples of where the sharing of laboratory notebook information in chemistry on the blogosphere has been key to resolving ambiguous results in the traditional literature. Other examples illustrate the inability to assess contradictory data in the literature simply because insufficient...

This is the lecture from the sixth Chemical Information Retrieval class at Drexel University on October 29, 2009. It starts with a review of some of the new questions answered by students from the chemistry publishing FAQ, which covers patent information and accessing electronic journals at Drexel. Tony Williams submitted a puzzle to resolve conflicting structures in ChemSpider, which is too difficult to be a regular assignment. It requires re-analyzing spectroscopic data in papers where...

The fifth Chemical Information Retrieval class at Drexel University on October 22, 2009 started out with covering the new 3D structure viewer introduced recently at PLoS ONE to provide ideas for students doing a multimedia project this term. The current student answers to the chemistry publishing FAQ are then discussed. The reason for removing glatiramer acetate from ChemSpider is explained and a few databases (Wikipedia, PubChem, DrugBank) are visited that still contain the incorrect SMILES,...

This is a recording of the second class on Chemical Information Retrieval on Oct 1, 2009 at Drexel University. The first part involves technical details about using the Wikispaces site and the rest is an open ended discussion of topics relating to publishing in science and chemistry: primary and secondary/tertiary sources, Open Access, copyright and Web2.0

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Daniele Piomelli, PhD. - Another approach was discussed by D. Piomelli (University of California, Irvine). URB 597, an inhibitor of fatty acid amide hydrolase (FAAH), is expected to increase anandamide signaling and is being currently clinically tested in the therapy of pain. An increase in anandamide signaling may also be useful in the therapy of depression. This is a novel approach to the development of antidepressants. The signaling can be enhanced by blocking anadamide metabolism or by...