As
previously discussed, I attended and presented at the
5th Meeting on U.S. Government Chemical Databases and Open Chemistry in Frederick, Maryland. Talks were 20 min plus 5 for questions and so quite a lot of ground was covered over the two days.
I understand that Marc is going to put up many of the talks on the web somewhere (insert link
here from future), but in the meanwhile you can check out several of the talks over at
Lanyrd. The image above is from
John Overington's talk (included with permission), and is meant as a joke as in reality the various databases really do cooperate quite well. In fact there was some talk (-ing) of just having a single database maintained by several partners (like the PDB does it).
Now some random notes on the meeting...
It's interesting to note that many of the ideas championed by PMR have now mainstreamed. As an example, the database people were very clear that chemical data should be available directly from publications (in this day and age) rather than have to manually (or automatically) read the literature and enter it in as ChEMBL (and many others) are doing. Attendees on various editorial boards were planning to try to make this happen, although it was noted that submissions to non-prestige journals decrease with every additional hurdle for authors. The counter argument was made that providing these data would make the publication more discoverable, something academia is very keen on.
Jonathan Goodman took a break from finding
InChIKey collisions to describe some work on the development of
RInChI, a variant on InChI for reaction indexing.
Jasmine Young from the PDB pointed out that reviewers have a role in ensuring data quality too; the PDB is an archival site, not a policing site, and journal reviewers should request the validation report from the PDB when reviewing papers with protein crystal structures.
I learnt, at least a bit, about computational toxicology programmes. Ann Richard from the National Center for Computational Toxicology (part of the EPA) described
Tox21 and
ToxCast, two large screening programmes. Tox21 has 10,000 chemicals with 50->100 assays, while ToxCast has 960 chemical and 500 assays (E&OE). The overall idea is to generate high quality tox data that can be used to develop tox models and essentially push the whole field forward. QC review of the chemicals bought from suppliers was an important and essential part of the process; 20->30% of purchased chemicals had "issues" (purity but also identity).
Nina Jeliazkova described the EU
OpenTox programme (see slides at link above). Apparently, this programme is just complete but it has successfully developed a set of resources, principally a REST interface to a series of webservices for QSAR. Essentially, these webservices can be used to build a model and make predictions. Applications can be built using these webservices, e.g.
ToxPredict and
ToxCreate.
On the way back from the meeting, I decided to stop off in Keflavik airport in Iceland due to smoke in the cockpit. Any recommendations for must-have Icelandish merch for next time? I held back from buying a jar of volcanic ash from Eyjafjallajökull, and went for the liquorice instead.
