External Research

Ruth Baker, University of Oxford

ruthbaker

Research Interests: Periodic pattern formation in developmental biology Pattern formation is ubiquitous throughout developmental biology: somitogenesis, segmentation of the vertebrate head-tail axis, feather bud/scale formation and hair follicle cycling are all paradigms of propagating, periodic patterns observed in the developing embryo. We are interested in the development, analysis and application of theoretical models for patterning, [...]

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Thomas Eissing, Bayer Technology Services

Thomas Eissing

Computational Systems Biology Services and Solutions by Bayer Technology Services Welcome to the information site on computational systems biology services and solutions by Bayer Technology Services provided to the healthcare industry. To gain comprehensive understanding about biological systems, their interaction with pharmaceuticals and the complex dynamical processes involved, Bayer Technology Services relies on mechanistic modeling. With the [...]

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JoAnn Kuchera-Morin, The AlloSphere

AlloSphere-Picture2

  Visualizing, hearing and exploring complex multi-dimensional data provides insight that is essential for progress in a number of critical areas of science and engineering, where the amount and complexity of the data overwhelm traditional computing environments. The need for richer and more compelling visualizations continues to receive attention as a US national science priority. [...]

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Adriano Henney, The Virtual Liver Network

adriano-henney

Virtual Liver Network The Virtual Liver will be a dynamic model that represents, rather than fully replicates, human liver physiology morphology and function, integrating quantitive data from all levels of organisation. For more information, please click HERE

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Walter J. Freeman

Walter J. Freeman

  Research Introduction: Our aim is to understand the ways in which the immense numbers of neurons in the human brain cooperate and coordinate their activities in creating intelligent behavior. We use recordings of the action potentials and electric field potentials in animals and scalp EEG from human volunteers to get the data we need [...]

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Markus A. Dahlem

markus dahlem

Research Area: Mathematical methods in close cooperation with clinical research in the area of migraine, stroke, and seizure activity. Website: Markus is at the Technical University of Berlin

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