Sentence examples for support for the analysis of from inspiring English sources
The resulting system, BETA British Energy Trace Analysiss) is deployed within the UK's nuclear operator and provides automated decision support for the analysis of refuelling data, a lead indicator of the health of AGR (Advanced Gas-cooled Reactor) nuclear power plant cores.
Support for the analysis of gene expression in peripheral blood comes from the assessment of inter- and intraindividual differences in primate blood and brain.
IMcR contributed to the questionnaire design and sample selection and provided the expert statistical support for the analysis of the results.
Finally, as MeDor outputs can be saved, commented and modified further on, this offers a dynamic support for the analysis of protein sequences that is expected to be very useful in the context of collaborative projects involving several partners.
As MeDor outputs can be printed, saved, commented and modified further on, this offers a dynamic support for the analysis of protein sequences that is instrumental for delineating domains amenable to structural and functional studies.
The authors would like to thank DiaSorin for subsidising the Liaison 25OH vitamin D reagents and Melbourne Pathology for providing the technical support for the analysis of 25(OH D levels in the AusDiab cohort.
It describes the use of chromatographic, mass spectrometric, and other supporting methods for the analysis of materials, broadly below molecular masses of about 500μ.
Furthermore, documentary reviews which provide supporting evidence for the analysis of our findings were collected from the national and district levels, and they reflect the status of the implementation of decentralization across the country.
The authors would like to thank R. G. Danzman for the LINKMFEX software package, for his support with the analysis of recombination rates and for his suggestions on the manuscript.
Five stable subtrees with more than 90% bootstrap support were chosen for the analysis of evolutionary rates, of which one represents all plant sequences and four subtrees represent bacterial sequences.
We like to thank Stefan Kowalczyk, Sven Richter, and Detlef Klöβ for their support in the analysis of the German Wild Bird Data Base on Avian Influenza.
