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Watch creatures based on a neural network learn to solve simple problems (eating the right foods, escaping traps) through random mutations and selection of the fittest. Highly configurable, with a modular structure.
Various projects in evolution, molecular evolution and phylogenetic epidemiology being carried out by members in the Department of Zoology at the University of Oxford.
A java-based simulation illustrating natural selection in action, with a dynamic environment affected by simulated biological activity. Requires Java 2 plug-in. Contextual help, explanatory material available.
Software for transcription and cell cycle genes, providing peak intervals, max values as a function of decay of gene-activating principle, inhibitory mRNA, gene amplification, anabolic capacity and proteolysis.
Designed on the model of SETI@home, this project makes evolutionary data available for download to, and analysis on, personal computers. Splitting up the work among a variety of machines results in faster results generation.
Offers programs and custom development for the visualization, analysis and classification of gene expression and proteomics data, image-guided surgery and information technology. Based in Inverary, Ontario.