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69 Results for 'Plant varieties'
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Technology
Maize Stiff Stalk Inbreds W2009 and W2010
UW-Madison researchers have developed two new corn inbred lines that possess superior yield and moisture: W2009 and W2010. W2009 and W2010 are mixed Stiff Stalk doubled haploid lines derived from a s...
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Shawn Kaeppler, Natalia de Leon Gatti | P250026US01
Technology
Maize Doubled Haploid and Recombinant Inbred Lines – Group 4
UW-Madison researchers have developed a population of new corn varieties. These lines have value as research material for additional breeding and development. The researchers will continue to test com...
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Shawn Kaeppler, Natalia de Leon Gatti | P250027US01
Technology
Maize Non-Stiff Stalk Inbreds W2007, W2008, and W20011
UW-Madison have developed three new corn varieties that display superior yield and grain moisture at harvest. W2007 is categorized as an Iodent/Oh43/exotic inbred including a parent developed out of ...
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Shawn Kaeppler, Natalia de Leon Gatti | P250025US01
Technology
WISYNTH CARROT POPULATION
A UW-Madison researcher has developed a new carrot population, called WISYNTH, that was made by bringing together several carrot inbred lines, intermating them, and selecting for processing carrot typ...
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Irwin Goldman | P220232US01
Technology
Parthenocarpic Cucumber Inbreds for Beit Alpha and Pickling Industries
In the mid-1990s the UW began a program for developing seedless cucumber hybrids. The base populations for this program were a Gynoecious Synthetic population and a Hardwickii Semi-Exotic population r...
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Richard Lower | P180267US01
Technology
Teosinte/W22 Crossed Lines
A former UW-Madison genetics researcher, Jerry Kermicle, previously developed a corn line that contained a teosinte crossing barrier (TCB) which prevents the line from successfully crossing with any o...
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Jerry Kermicle | P180371US01
Technology
Maize Doubled Haploid and Recombinant Inbred Line Populations
UW-Madison researchers have developed doubled haploid and recombinant inbred line populations from crosses among public maize lines for the purposes of genetic mapping. In hybrid combination, these li...
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Shawn Kaeppler, Natalia de Leon Gatti | P180238US01
Technology
UW Tomato Rootstocks for Grafting
UW-Madison researchers have developed new tomato rootstock crosses based on cultivators and germplasm accessories obtained from USDA germplasm bank to identify rootstock populations. This new tomato r...
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James Nienhuis | P190352US01
Technology
UW Tomato Rootstocks for Grafting: Breeding for Ralstonia Resistance
UW-Madison researchers have developed new tomato rootstock varieties for inbred Ralstonia bacteria-resistant lines that may be useful for grafted tomato production in tropical locations. This new toma...
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James Nienhuis | P190309US01
Technology
2018 Sweet Corn Inbreds
UW-Madison researchers have developed a new set of inbred corn lines with desirable traits such as high sugar content, creamy texture, tenderness and excellent flavor. Some lines also have attractive ...
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William Tracy | P190060US01
Technology
W300 Inbred Carrot Line
According to the USDA, Wisconsin farmers produced 73,610 tons of carrots in 2010.
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Irwin Goldman | P200127US01
Technology
Improved Sweet Corn Inbreds 2021
The UW-Madison researcher generated a set of sweet corn inbred lines for sweet corn hybrid production. These new lines offer sweet, visually appealing corn desired by consumers as well as the high yie...
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William Tracy | P210358US01
Technology
Oat Plants Having Increased Beta-Glucan Levels
The invention provides oat seed and plants that have increased beta-glucan levels. The invention further provides seed and plants of the oat variety X8787-1 and progeny produced with at least one of t...
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John Mochon | P130166US05
Technology
Maize Inbred Lines To Be Utilized as Parents of Maize Silage Hybrids with Superior Compositional Characteristics and Dry Matter Yield (W617S-W625S)
UW researchers have developed a collection of maize inbred lines that provide superior forage yield and compositional characteristics when used in silage hybrid production. The UW Silage Breeding and ...
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Natalia de Leon Gatti, Dustin Eilert, James Coors | P180034US01
Technology
Plover Russet (W9133-1Rus): A Russet Potato with Better Disease Resistance and Fresh Market Potential
Growers of table-stock potato varieties are searching for a replacement for Russet Norkotah, the standard variety at present. Russet Norkotah does not store well and is susceptible to several diseases...
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Jiwan Palta, Felix Navarro, Bryan Bowen | P140166US01
Technology
Lakeview Russet (W9433-1Rus): A Russet Potato with Fresh Market and Processing Potential
Growers of table-stock potato varieties are searching for a replacement for Russet Norkotah and Russet Burbank. Russet Norkotah, the standard variety at present, does not store well and is susceptible...
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Jiwan Palta, Felix Navarro, Bryan Bowen | P140167US01
Technology
New Tool to Boost the Production of Tyrosine and Downstream Natural Products in Plants
The aromatic amino acid tyrosine cannot be synthesized de novo by mammals and must instead be obtained through the diet or through conversion of dietary phenylalanine. Through complex pathways, tyrosi...
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Hiroshi Maeda, Craig Schenck | P130167US02
Technology
Colorful New Table Beets
Most table beets (Beta vulgaris) grown in the U.S. for fresh eating and processing are solid red in appearance. Beets with unusual features, such as cylindrical roots and striped ‘Chioggia’ patter...
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Irwin Goldman, Dwight "Nick" Breitbach, Beth Ann Workmaster | P110151US01
Technology
Cranberry Variety Trade Named "Sundance," with Large Berry Size and Favorable Bud Set Traits
Cranberry is Wisconsin’s number one fruit crop. Wisconsin provides nearly 60 percent of the U.S. supply, and significant growth in demand, particularly for fruit for sweetened dried cranberries, is ...
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Eric Zeldin, Brent McCown | P100154US01
Technology
Cranberry Variety Named “Ruby Star” with Consistent High Yield
Cranberries are Wisconsin’s number one fruit crop, grown on 21,000 acres across 20 counties. Wisconsin provides nearly 60 percent of the U.S. supply, and significant growth in demand is expected to ...
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Eric Zeldin | P120284US01
Technology
W8893-1R: A Round-Oval, Red Skin White Flesh Potato for the Fresh Market
Growers of red skin potatoes continue to search for a variety that retains skin structure and color for several months at 38 degrees Fahrenheit. Dark Red Norland, the standard variety at present, does...
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Jiwan Palta, Felix Navarro, Bryan Bowen | P140163US01
Technology
W8405-1R: A Red Skin White Flesh Potato for the Fresh Market
Growers of red skin potatoes continue to search for a variety that retains skin structure and color for several months at 38 degrees Fahrenheit. Dark Red Norland, the standard variety at present, does...
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Jiwan Palta, Felix Navarro, Bryan Bowen | P120384US01
Technology
W6234-4Rus: A Light Russet Potato with French Fry Potential
Russet Burbank, at present the most widely grown russet potato for French fry production in the U.S., is susceptible to cold-induced sweetening (i.e., longer cold storage times result in a darker colo...
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Jiwan Palta, Felix Navarro, Bryan Bowen, Jiming Jiang, Horia Groza | P120381US01
Technology
Oat Variety Containing More Heart Healthy Fiber
Oats (Avena sativa) are an enormously popular cereal grain worldwide. As recently as 2009, Wisconsin led all other states in production, with more than 13 million bushels.Oats are marketed as ‘heart...
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John Mochon | P130166US01
Technology
Teosinte-Crossed Corn Blocks GM Contamination, Preserves Organic Status
Teosinte is a wild relative of maize that is native to Mexico and unable to grow in the United States. Although closely related, teosinte does not interbreed naturally with cultivated corn.UW–Madiso...
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Jerry Kermicle | P140120US01