Wisconsin Alumni Research Foundation

Technology

Potential for Vaccine Against Johne’s Disease

Johne’s disease, or paratuberculosis, is a chronic and usually fatal wasting disease that is found worldwide and impacts more than half of the dairy herds in the U.S. alone. It costs the ruminant in...
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Adel Talaat | P130200US02

Technology

Genetic Markers for Bull Fertility

The decline in reproductive performance in cattle over the last four decades has been ascribed primarily to fertilization failure and early embryonic loss. Although the genetic makeups of both parents...
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Hasan Khatib | P120282US02

Technology

Increasing Resistance to Soybean Cyst Nematode with Polypeptides

Soybean cyst nematode (SCN) is the most economically damaging pathogen for Unites States soybean production in most years. Annual losses top $700 million. Other countries like Brazil and China also ar...
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Andrew Bent, Brian Diers, Sara Melito, David Cook, Teresa Hughes, Xiaoli Guo, Tong Geon Lee, Jianping Wang, Matthew Hudson, Adam Bayless | P100292US03

Technology

Easy Test for β-lactoglobulin (BLG) Milk Allergen

Cow’s milk allergy ranks among the most pervasive of human food allergies. Numerous milk proteins have been implicated but β-lactoglobulin (BLG) is the most potent, responsible for about nine perce...
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Sundaram Gunasekaran, Jiang Yang | P120220US01

Technology

Diagnostic Kit for Blastomycosis

Blastomyces dermatitidis is a soil fungus found throughout the world, and is especially prevalent in the river valleys and Great Lakes region of the United States. If spores are inhaled, blastomycosis...
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Bruce Klein, Theodore Brandhorst | P110280US02

Technology

Vaccine to Improve Phosphate Retention in Farm Animals

To promote growth, dietary phosphate is required to meet the animal’s dietary needs. UW–Madison researchers have focused on developing a novel technology that reduces both dietary needs and excret...
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Mark Cook, Elizabeth Kraayenbrink, Kimberly Collins | P120032US02

Technology

Inbred Table Beet W434A and W434B

Wisconsin is a top producer of beets in the U.S. Most of the beets grown in Wisconsin are red, although other varieties also can be found in the state.
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Irwin Goldman, Dwight "Nick" Breitbach | P01010US

Technology

Inbred Table Beet W443A and W443B

Wisconsin is a top producer of beets in the U.S. Most of the beets grown in Wisconsin are red, although other varieties also can be found in the state.
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Irwin Goldman, Dwight "Nick" Breitbach | P01011US

Technology

Inbred Table Beet W446A and W446B

Wisconsin is a top producer of beets in the U.S. Most of the beets grown in Wisconsin are red, although other varieties also can be found in the state.
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Irwin Goldman, Dwight "Nick" Breitbach | P01012US

Technology

Inbred Table Beet W427A and W427B

Wisconsin is a top producer of beets in the U.S. Most of the beets grown in Wisconsin are red, although other varieties also can be found in the state.
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Irwin Goldman, Dwight "Nick" Breitbach | P00202US

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