2018年9月13日 · John Ralph has high praise for Smith’s ingenuity when it comes to engineering plants for use as biofuels. “Dr. Smith has developed a frankly amazing program in [plant biochemistry]” he says, highlighting Smith’s innovative work on introducing chemically cleavable bonds into lignin.

The UW–Madison Department of Biochemistry was founded in 1883. Since then, we've provided a world-class education and innovative and collaborative research environments to thousands of students, faculty, and staff.

2017年8月18日 · Biochemists at the University of Wisconsin–Madison have deciphered the molecular mechanisms that underpin how the synthesis of the active form of vitamin D is regulated in the kidney, summing up decades of research in this area that was started here in the Department of Biochemistry in the 1970s.

Skywalks connect the buildings, allowing easy movement between facilities, which include a wide array of conference rooms, lab spaces, offices, reading rooms, and other research and teaching facilities.

We leverage expertise in biochemistry, biosynthesis, structural biology, and protein evolution to discover and to engineer enzymes for biocatalysis and chemical biology.

The Simcox laboratory will focus on two unanswered questions: Figure 2: Primary brown adipocytes isolated from mice (green-bodipy neutral lipid stain, blue-DAPI). 1) How are liver-produced lipids taken up & metabolized in brown adipocytes?

Research opportunities in Department of Biochemistry laboratories range across many areas of biochemistry and at its intersections with other disciplines, from microbiology and cellular and developmental biology to chemistry, engineering and more.

Crystal structure of CelE from Ruminoclostridium thermocellum, a CMX enzyme structure studied and solved in the Fox Lab. My lab specializes in the study of enzymes and their functions. Much of our current work is funded through the Great Lakes Bioenergy Research Center (GLBRC).

2019年7月18日 · After honing his science knowledge with a Ph.D. in biochemistry from the lab of professor Alan Attie, he found the perfect combination of these two interests as a patent agent. Originally from Pennsylvania, he attended Franklin and Marshall College intending to get a degree in a science field.

The Raman laboratory takes a systems and synthetic biology approach to understanding and designing different biological systems: biomolecules, regulatory pathways, and organisms.