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Links to webpages of our collaborators and friends.

weblink  David Adalsteinsson
Interface problems of various kinds. Use methods based on the Level Set Method.

weblink  Jim Bear
Molecule-based and unbiased genetic/proteomic approaches to understanding cell migration and other aspects of actin-based motility

weblink Richard Boucher
The UNC Cystic Fibrosis Pulmonary Research and Treatment Center is a large, multidisciplinary group focused on the pathogenesis and therapy of cystic fibrosis and other lung diseases

weblink  Henrik Dohlman Lab
Signal transduction and systems biology in yeast.

weblink  Nikolay V. Dokholyan
Department of Pharmacology, Department of Biochemisty and Molecular Biology, Penn State College of Medicine

weblink  Beverly Errede Lab
Function and Regulation of MAP-kinase Activation Pathways in Saccaromyces Cerevisiae

weblink  M. Gregory Forest 
Transport processes in the lung
Flow and Structure of Nano-Materials & Macromolecular Fluids.

weblink Amy Gladfelter
Professor, Department of Cell Biology, Duke University

weblink  Shawn Gomez Lab
Our research is focused on the study of biological processes from an integrated or systems viewpoint, commonly referred to as Systems Biology.

weblink  Klaus Hahn Lab
Spatio-temporal dynamics of motility signaling. Visualization and photomanipulation of signaling in living cells and animals.

weblink  Jeff Hasty Biodynamics Lab
Synthetic genetic networks, systems biology, and more at UCSD.

weblink  Jason Haugh
Professor, Department of Chemical and Biomolecular Engineering, NCSU

weblink  Gary Johnson Lab
Signaling networks controlling cell function and disease.

weblink Alan Jones Lab
We are interested in cell-to-cell communication, signaling that depends on the heterotrimeric G protein complex.

weblink  Daniel Lew
Our research interest focus on the control of cell polarity.

weblink  Richard Superfine
Physics of biology focusing on how forces are generated and sensed in living systems, from single molecules to tissues. Richard Superfine

weblink  Denis Tsygankov
We focus on integrating experimental and computational methods (involving modeling, simulations, and novel computer vision techniques) to gain a systems-level understanding of complex biological processes