Computational approaches have made key contributions to perform efficient analyses of data, filtering compounds collections to select molecules for experimental screening, generate hypothesis to understand the mechanism of action of drugs, and the design of new chemical structures.
MD made substantial contributions to perform the statistical analysis.
Honorary Fellowship for contributions to performing arts, Liverpool John Moores University (20 July 2007).
On 20 July 2007, Morrissey was given an Honorary Fellowship from Liverpool John Moores University for contributions to performing arts.
As to the contribution of each author, XT, LZ and YH designed the study, analyzed and interpreted the results, and drafted the manuscript; PLv, DL, CN, YW, LJ, JL, ZF made substantial contributions to performing the experimental protocol; AVM and SP were involved in revising the manuscript critically for important intellectual content.
As to the contribution of each author, CC and DG designed the study, analyzed and interpreted the results, and drafted the manuscript; GDA and FB were involved in the animal model; MC, TP and VO made substantial contributions to performing the experimental protocol; VL, LM and SDR were involved in revising the manuscript critically for important intellectual content.
The purpose of the present contribution is to perform a detailed anatomic and virtual reality three-dimensional stereoscopic study in order to test the effectiveness of the extended endoscopic endonasal approaches for selected anterior and posterior circulation aneurysms.
One of the present study's original contributions was to perform analyses that evaluate the relationship between the HVI and heat-associated mortality in Maricopa County residential neighborhoods.
Our contribution is then to perform the selection processes mentioned in the foregoing, by considering them as statistical decision problems and reducing the number of empirical parameters for better robustness.
This contribution shows how to perform Time of Flight (TOF) measurements in PET systems using low-cost Field Programmable Gate Array (FPGA) devices with a resolution better of 100 ps.
Biljana Ilkovski's (co-first author) contribution has been to perform the flow cytometric experiments on the patient cells (Fig. 2), assemble the figures and take a lead role in the preparation of the manuscript.
