Probing the microscopic life found in the submerged recesses of an abandoned Wisconsin lead and zinc mine, scientists have found compelling evidence that microorganisms play a key role in the formation of mineral deposits. The finding could help jump-start new remediation efforts for contaminated mining sites.
From a routine study of the life span of human skin cells, a university research project gave rise to an astonishing accident: A line of skin cells that simply wouldn't die.
A new process transforms the lowly cardiovirus into a potential multipurpose vaccine that eventually may be used trigger an immune response to a host of human and animal afflictions from malaria to HIV.
Working with teosinte, a wild cousin of maize, a university scientist has found a molecular barrier that, bred into modern hybrid corn, is capable of completely locking out foreign genes, including those from genetically modified corn.
Plant pathologists at UW–Madison are harvesting many new and useful chemicals from, literally, beneath our feet. The DNA of microorganisms extracted from soil samples may yield new antibiotics, insecticides, anticancer drugs or antiparasitic agents.
The Wisconsin Alumni Research Foundation has pledged $80 million to the university's BioStar Initiative over the life of the 10-year bioscience building project.