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This library will do cool predictive modeling for estimating the condition of your ancient biomolecular samples.
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dhharker/ttkpl
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EU SYNTHESYS (II) project - JRA1: PrediCtoR TTKPL - Temporo-Thermal Kinetic Prediction Library This library is for predicting the totality of kinetic reactions over time. It estimates the temperature of samples using interpolated global climate data and takes into account the burial environment of the sample to model the temperature of the sample throughout its burial (and optionally later phases of e.g. museum storage). From this historical temperature estimate, the total quantity of a given chemical reaction is estimated and this has various exciting uses: * Predict fragment length distribution of ancient DNA (curatorial screening tool) * Give expected values for other reactions (currently starch gellation and amino acid racemisation) * "Work backwards" to provide access to diagenetic quantification as a sample dating proxy * More clever stuff than this! Papers are currently under preparation. More information on the SYNTHESYS project: http://www.synthesys.info/II_JRA_1.htm Website that will eventually host a web interface to this library: http://thermal-age.eu/ This code won't work on windows, and has some additional deps. This has been developed so far on Ubuntu, for that/debian you'll need the additional packages nco to access PMIPII data, texlive-base and php5-gd to generate reports.
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This library will do cool predictive modeling for estimating the condition of your ancient biomolecular samples.
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