Wisconsin Alumni Research Foundation (University of Wisconsin)(x)
WARF: A Leader in Technology Transfer Since 1925
Since its founding in 1925, WARF has served the University of Wisconsin-Madison scientific community by patenting the discoveries of UW-Madison researchers and licensing these technologies to leading companies in Wisconsin, the United States and worldwide. In this way, WARF also facilitates the use of UW-Madison research for the maximum benefit of society.
WARF distributes the income from commercial licenses to the UW-Madison, the inventors and their departments. Each year, WARF contributes over $50 million to fund additional UW-Madison research. The university refers to WARF’s annual gifts as its “margin of excellence” funding.
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Materials
Numerous attempts have been made to produce “nanophase” powders of the base metals, particularly iron, cobalt and nickel. Nanophase in this sense refers to powders composed of nanoscale particl...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Chemicals
Despite the wealth of knowledge about the biochemistry, biophysics, and health-related effects of cholesterol, very little is known about the membrane trafficking of cholesterol in live cells. ...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Environment
Surface water quality as well as the source of groundwater can be determined by analyzing dissolved gases in groundwater. Current methods of collecting gases for later analysis are cumbersome, ...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Drug Discovery
The invention provides methods for synthesizing and analyzing linear arrays of agents on an optical fiber. The agents on the optical fiber can be analyzed by subjecting them to an assay and then de...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Devices
The invention provides a method for enhancing an auditory signal. Individuals with normal hearing are able to recover speech information even when spatial and temporal overlaps of adjacent speech a...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Drug Discovery
Bone morphogenetic proteins (BMPs) are critical for the formation of cartilage and its conversion into bone. The inventors have developed DNA clones, antibodies, vectors, and cell lines for exp...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Drug Discovery
The antibiotic vancomycin targets the peptidoglycan-containing bacterial cell wall. Inducible resistance to vancomycin and other glycopeptide antibiotics is becoming a serious health problem, n...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Proteomics
The ability to overproduce natural or modified proteins in genetically engineered cells is crucial for many biotechnological products and processes. While some proteins are expressed in an active ...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Computer Software
To improve the speed of a computer program, computer systems run instructions from a program in parallel, but maintain the effect of running these instructions one after another. Systems with multi...
posted by Wisconsin Alumni Research Foundation (University of Wisconsin)
on 06/20/2008
in Animal/Veterinary
Avian influenza causes significant economic losses for poultry producers worldwide and can be transmitted to humans and other mammals. The surface glycoproteins hemagglutinin (HA) and neuramini...