microbialsciences wisc.edu

Microbial Sciences Building University of Wisconsin-Madison

Research advances by scientists here at the Microbial Sciences Building will enable biotechnologists to develop drugs with a high degree of specificity, new antibiotics and vaccines, specialty chemicals, and natural products such as flavorings. Work with genetically engineered microbes is enabling the conversion of sunlight and waste materials into useful products like hydrogen or biodegradable plastics, to inactivate environmental toxins, and to reduce the level of greenhouse gases in the environment.

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LINKS TO BUSINESS

UW Bacteriology Home

Carved Pennsylvania Slate, Stan Sears and Andrea Myklebust, Commissioned by Wisconsin State Arts board. Biofilms, Laura Huppert, Burton Lab. Ants in a grass-cutter ant fungus garden, Lily Khadempour, Currie Lab. Dairy calves at a research farm, Kim Dill-McFarland, Rey Lab. Arctic Lichen, Caitlin Carlson, Currie Lab. X-ray crystallography model of the dimerization interface of Salmonella Typhimurium superoxide dismutase SodCI. Peter Newhouse, Forest Lab. Anne Pringle, Pringle Lab. Robb Stankey, Currie Lab.

School of Medicine and Public Health SMPH, University of Wisconsin-Madison

Advancing knowledge, advancing health. Learn about the Wisconsin Partnership Program. The University of Wisconsin School of Medicine and Public Health in Madison is committed to improving the health of Wisconsin and beyond.

Department of Medical Microbiology and Immunology University of Wisconsin-Madison

MMI provides an exceptional learning environment for undergraduates through rigorous coursework and research opportunities. Graduate students may earn a Ph. through the MMI co-sponsored, nationally acclaimed Microbiology Doctoral .

Microbiology Doctoral Training Program

Welcome to the Microbiology Doctoral Training Program. Now is an exciting time to be doing microbiology research! Nancy Keller, MDTP Director. Chuck Kaspar, Bacteriology Chair. Rod Welch, Medical Microbiology and Immunology Chair. Texas A and M University. Nippon Veterinary and Life Sciences University. University of Marlyland- College Park.

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Microbial Sciences Building University of Wisconsin-Madison

DESCRIPTION

Research advances by scientists here at the Microbial Sciences Building will enable biotechnologists to develop drugs with a high degree of specificity, new antibiotics and vaccines, specialty chemicals, and natural products such as flavorings. Work with genetically engineered microbes is enabling the conversion of sunlight and waste materials into useful products like hydrogen or biodegradable plastics, to inactivate environmental toxins, and to reduce the level of greenhouse gases in the environment.

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This site microbialsciences.wisc.edu has the following on the site, "Research advances by scientists here at the Microbial Sciences Building will enable biotechnologists to develop drugs with a high degree of specificity, new antibiotics and vaccines, specialty chemicals, and natural products such as flavorings." Our analyzers noticed that the webpage also said " Work with genetically engineered microbes is enabling the conversion of sunlight and waste materials into useful products like hydrogen or biodegradable plastics, to inactivate environmental toxins, and to reduce the level of greenhouse gases in the environment."

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