A file containing all XRD data of phases synthesised for the first 1.5 years of the grant
Positron emission tomography (PET) is the most sensitive functional imaging method clinically and it application is growing rapidly through the Western world and developing countries, particularly as a diagnostic imaging tool for cancers and degenerative neurological disorders. Many major hospitals and clinical research centres in the Europe, the US and Asia are now commissioning cyclotrons and developing PET research facilities locally. Fluorine-18 is an important isotope for PET. It has a relatively long half-life (109...
This dataset contains all data used to evaluate android mobile app and Trusted Tiny Things framework. This bundle contains: Questionnaire provided for participants Information sheet and consent form provided for participants Summary of the questionnaires in PDF and Excel format Analysis of the study Anonymised RDF dump Mysql Dump of participant's interaction with the Trusted Tiny Things system. Methodology and results are described in the associated publication.
This dataset contains raw data (images of post it notes, summary of the exercises, study material and scripts used to devise participatory design exercises) in digital format. This data were used to aid development of Trusted Tiny Things infrastructure, ontological models and android application. Contact person for accessing full data is included.
Files included: Raw data for Experiment 1 Raw data for Experiment 2 Raw data for Experiment 3 Raw data for Experiment 4 Explanation of Data:
Scanned material from cultural probes study as part of the Social Journeys project within dot.rural.
The GTM is a global mathematical model of translation of mRNAs by ribosomes. The model is based on the Totally Asymmetric Simple Exclusion Process (TASEP) and it includes competition for ribosomes and tRNAs among the mRNAs, as well as competition among tRNAs for the aminoacyl-tRNA synthetases. Use of this material is granted under conditions defined by the Attribution-NonCommercial CC BY-NC creative commons licence.
This data set is from a second self-paced reading experiment on aggregation that was done as part of the Scrutable Autonomous Systems project at the University of Aberdeen.
The synthetase sequestration model simulates the charging cycle of tRNAs in a yeast cell. Use of this material is granted under conditions defined by the Attribution-NonCommercial CC BY-NC creative commons licence.