meltingpoint

=Melting Point Web Services= =Background= =Services=
 * 1) [|Open Melting Point Collection Book Edition 1], UsefulChem Blog (Jean-Claude Bradley, August 11, 2011)
 * 2) [|Rapid analysis of melting point trends and models using Google Apps Scripts], UsefulChem Blog (Jean-Claude Bradley, July 19, 2011)
 * 3) [|The 4-benzyltoluene melting point twist], UsefulChem Blog (Jean-Claude Bradley, June 22, 2011)
 * 4) [|My talk at SLA on Trust in Science and Open Melting Point Collections], UsefulChem Blog (Jean-Claude Bradley, June 16, 2011)
 * 5) [|More on 4-benzyltoluene and the impact of melting point data curation and transparency], UsefulChem Blog (Jean-Claude Bradley, June 11, 2011)
 * 6) [|Open Melting Points on iPhone via MMDS], UsefulChem Blog (Jean-Claude Bradley, June 10, 2011)
 * 7) [|The quest to determine the melting point of 4-benzyltoluene], UsefulChem Blog (Jean-Claude Bradley, June 9, 2011)
 * 8) [|More Open Melting Points from EPI and other sources: on the path to ultimate curation], UsefulChem Blog (Jean-Claude Bradley, May 25, 2011)
 * 9) [|Open modeling of melting point data], UsefulChem Blog (Jean-Claude Bradley, March 22, 2011)
 * 10) [|Validating Melting Point Data from Alfa Aesar, EPI and MDPI], UsefulChem Blog (Jean-Claude Bradley, March 4, 2011)
 * 11) [|Alfa Aesar melting point data now openly available], UsefulChem Blog (Jean-Claude Bradley, February 21, 2011)
 * 12) Open melting point integrated into @Symyx-Accelrys chemistry drawing software (James Jack)

1. Melting point explorer by name drop-down menu, SMARTS or mp range ([|link(oru)]
==2. Given a CSID, provides list of experimental melting points with an option for a predicted value ([|example(oru)], [|description] )== ==3. Given a CSID, provides list of experimental melting points with an option for a predicted value and an **option to curate** ([|example(oru)], [|description] )== ==4. Given a CSID, provides list of experimental melting points with a prediction ([|example(oru)], [|description] ) - note: may take a minute to calculate predicted value.== ==5. Given a CSID, provides single number averaged experimental melting point - excludes measurements marked as do not use - example (lxsrv7)== ==6. Given a SMILES, provides a melting point prediction (link, description) - Uses QBD platform provided by Villu Ruussmann.==

==7. List of entries marked with DONOTUSE ([|all(oru)], [|example by source] )==

Datasets

 * 1) Collection of all open melting point datasets (index )
 * 2) Live RDF feed of all meting points.
 * 3) Top melting point ranges for curation (>=10C) ([|sheet], [|description] )
 * 4) Live list of values tagged as "DONOTUSE" ([|all], specific source - e.g. [|PhysProp])
 * 5) Book of 2706 double validated melting point measurements (within 5 C) ([|Nature Precedings], [|description] )

Models

 * 1) Model001 - random forest and linear(description)
 * 2) Model002 - random forest (description)
 * 3) Model003 - random forest (description)
 * 4) Model004 - Random Forest Based Melting Point Prediction on a Highly Curated Double Validated Dataset (link, Andrew Lang July 28, 2011 )
 * 5) Model010 - Get a predicted melting point from CSID (description, example)