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txt0="Dr. Elson's lab is working on dynamics and equilibrium of interactions of molecules in cells and model systems. For more information..";

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txt1="Dr. Di Cera's lab is working on protease specificity and regulation as well as protein engineering. For more information..";

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txt2="Dr. Frieden's lab is working on protein folding, aggregation, intrinsically disordered proteins, fluorescence methods and fluorine NMR. For more information..";

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txt3="Dr. Ellenberger's lab is working on nucleic enzymology, structural biology, macromolecular interactions and molecular recognition. For more information..";

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txt4="Dr. Janetka's lab is working on medicinal chemistry, combinatorial and parallel synthesis and chemical biology. For more information..";

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txt5="Dr. Frazier's lab is working on regulation of cellular phenotype by extracellular matrix. For more information..";

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txt6="Dr. Hall's lab is working on NMR and biochemical studies of RNA and RNA-protein complexes. For more information..";

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txt7="Dr. Lohman's lab is working on equilibria and kinetics of DNA-protein interactions; DNA motor proteins (helicases) and helix destabilizing proteins. For more information..";

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txt9="Dr. Chivers' lab is working on intracellular nickel trafficking in microbes, transport and regulation studied by a combination of biochemical, genetic, and structural methods. For more information..";

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txt10="Dr. Burgers' lab is working on the biochemistry and genetics of yeast DNA replication and repair. For more information..";

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txt11="Dr. Marshall's lab is working on molecular recognition - the basis of intermolecular interactions and specificity seen in drug and hormone receptors, antigen-antibody and substrate-enzyme systems. For more information..";

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txt12="Dr. Baker's lab is working on Computational biology: multiscale modeling of biological process, biomolecular solvation, protein structure and dynamics. For more information..";

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txt14="Dr. Henzler-Wildman's lab uses NMR to study the functional importance of protein dynamics in the multidrug resistance transporter EmrE. For more information..";

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txt15="Eric Galburt’s lab focuses on the use of single molecule biophysical approaches to study mechanistic aspects of eukaryotic transcription by RNA polymerase II and cotranscriptional RNA folding. For more information..";

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