Biological Chemistry and Molecular Biophysics
Research in this group focuses on the molecular mechanisms driving biological processes from individual molecular folding to signaling pathways within cells. Emphasis is on the structural, chemical and physical properties of biomolecules, their assembly and their function in elaborate, interlocking networks.
Jianhan Chen, Min Chen, Michelle Farkas, Patrick Flaherty, Scott C. Garman, Lila Gierasch , Jeanne A. Hardy, Daniel N. Hebert, Alejandro P. Heuck, Michele M. Klingbeil, Gwenael Layec, Matthew D. Moore, Yasu S. Morita, ChangHui Pak, Jenny Rauch, Vincent M. Rotello, Ana M. Salicioni, Andrew Stephens, Eric R Strieter, Sankaran (Thai) Thayumanavan, Lynmarie K. Thompson, Alicia R. Timme–Laragy, Richard Vachet, and Steven A. Williams
Madelaine Bartlett, Jianhan Chen, Min Chen, Peter Chien, Nathan Derr, Stephen J. Eyles, Michelle Facette, Michelle Farkas, Scott C. Garman, Lila Gierasch , Jeanne A. Hardy, Lili He, Daniel N. Hebert, Alejandro P. Heuck, Igor A. Kaltashov, Ashish Kulkarni, Sibongile Mafu, Craig T. Martin, Mark S. Miller, Matthew D. Moore, Murugappan Muthukumar, Om Parkash Dhankher, Jenny Rauch, Vincent M. Rotello, Steven J. Sandler, Maria M. Santore, Meg Stratton, Eric R Strieter, Sankaran (Thai) Thayumanavan, Lynmarie K. Thompson, and Richard Vachet
Cellular and Developmental Biology
Research in this group focuses on the molecular processes underlying cellular function and embryonic development, including how disease disrupts these processes. A variety of genetically tractable model systems are employed, including yeast, C. elegans, Drosophila, maize, Arabidopsis, Xenopus, zebrafish, and rodents. Research clusters include:
Dominique R. Alfandari, Madelaine Bartlett, Tobias Baskin, Min Chen, Alice Cheung, Hélène Cousin, Edward P. Debold, Nathan Derr, Michelle Facette, Daniel N. Hebert, Abigail Jensen, Paul S. Katz, Michele M. Klingbeil, Thomas J. Maresca, Andrew Stephens, Alicia R. Timme–Laragy, Patricia Wadsworth, and Elsbeth Walker
Biomedicine
Researchers in this cluster use a variety of research tools and models, including in vitro cellular systems, primary cultures of tissues and stem cells, transplantation, genetically modified animals, and human specimens.