Finding genetic variants responsible for human disease hiding in the universe of benign variants Klaus Lehnert and Russell Snell, School of Biological Sciences Home • Archive for "2013" Our programs aim to unravel the genetic basis of human diseases...
Revealing key processes in enzyme efficiency through high performance computing Davide Mercadante, School of Chemical Science Home • Archive for "Chemical Sciences" Figure 1: Complex between Erwinia chrysanthemi pectin methylesterase (shown in yellow)...
Why are some molecules drugs? Jóhannes Reynisson, School of Chemical Sciences Home • Archive for "Chemical Sciences" The fundamental question of why a few molecules are beneficial drugs whereas most molecules are just molecules is still unanswered. By...
Bayesian additive regression trees vs logistic regression – estimation of propensity scores Samuel Passmore, Department of Statistics Home • Archive for "Department of Statistics" Accurate comparison of hospital performance is crucial to the allocation...
Modelling dispersal and ecological competition in a statistical phylogeographic framework Louis Ranjard, David Welch, Marie Paturel and Stéphane Guindon, Department of Statistics Home • Archive for "Department of Statistics" Developing a new model for...
Studying the shape and the size of the universe Grigor Aslanyan, Department of Physics Home • Archive for "Department of Physics" Data from spacecraft helps refine theoretical models of the universe The study of the universe as a whole goes back to as...
Planet hunting Philip Yock, Department of Physics Home • Archive for "Department of Physics" Using microlensing to detect planets Astronomers and philosophers have long thought about planets like ours, possibly inhabited, orbiting the stars of the night...
Simulating quantum mechanics on high performance computing cluster Arne L. Grimsmo, Department of Physics. Home • Archive for "Department of Physics" Emerging advances in laboratory methods allowing fundamental laws of nature to be studies more closely...
Multiscale modelling of saliva secretion James Sneyd, Department of Mathematics, University of Auckland; David Yule, School of Medicine and Dentistry, University of Rochester; John Rugis, New Zealand eScience Infrastructure Home • Archive for...
Estimating migration rates in the budding yeast Saccharomyces cerevisiae Sarah Knight, School of Biological Sciences Home • Archive for "2014" Background Eukaryotic microbes are key ecosystem drivers, but we have little theory and few data elucidating...
