
The Midwest Advanced Food Manufacturing Alliance (MAFMA) is an association of leading research university and corporate partners formed to develop and transfer new manufacturing and processing technologies for food products from crops and livestock. The purpose of the Midwest Advanced Food Manufacturing Alliance (“MAFMA” or “the Alliance”) is to expedite the development of new manufacturing and processing technologies for food and related products derived from U.S. produced crops and livestock. Research scientists in food science and technology, food engineering, nutrition, microbiology, computer sciences, and other relevant areas from 13 leading Midwestern universities and private sector researchers from numerous U.S. food processing companies will conduct the work of the Alliance. Specific research projects will be awarded on a competitive basis to university scientists with matching funding from non-federal sources for research involving the processing, packaging, storage, and transportation of food products. The close cooperation between corporate and university researchers will assure that the latest scientific advances are applied to the most relevant problems and that any solutions will be efficiently transferred and used by the private sector.
- University of Illinois
- Indiana University
- Iowa State University
- Kansas State University
- Michigan State University
- University of Minnesota
- University of Missouri
- University of Nebraska
- North Dakota State University
- Ohio State University
- Purdue University
- South Dakota State University
- University of Wisconsin
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2006
- Cheddar cheese quality (Rodriguez-Saona 2006)
- Cholesterol-lowering phytosterol esters (Carr 2006)
- Conveyor belt sanitizers (Ryser 2006)
- Low-energy x-ray irradiation (Marks 2006)
- Menthone in reducing VSC (Cadwallader 2006)
- Ozone treatment of grain (Woloshuk 2006)
- Phenolic compounds and antioxidant activity in wheat products (Marquart 2006)
- Pseudomanas minimizing using CIP (Wang 2006)
- Xanthan gum production (Yang 2006)
- Zein Protein from soybean (Trick 2006)
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2005
- Distribution of calcium in cheese (Metzger 2005)
- Electrostatic coating (Barringer 2005)
- Enterohemorrhagic Escherichia coli (Diez-Gonzalez 2005)
- High-fiber extruded cereal products (Hamaker 2005)
- Minimal Eliciting Dose for Soy (Hefle 2005)
- Shelf life (Knipe 2005)
- Soy flakes and soy protein isolates (Lee 2005)
- Value-added egg products (Wang 2005)
- Wheat development (Madl 2005)
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2004
- Chestnuts (Fulbright 2004)
- Cranberry (Richards 2004)
- Fiber Extrudates (Hamaker 2004)
- Fortified Foods Particles (Narsimhan 2004)
- Frozen broccoli (Jeffery 2004)
- Grain Quality Site-specific drying (Maier 2004)
- Listeria monocytogens (Thippareddi 2004)
- Oats and ß-glucan (White 2004)
- Oxidative stability (Wang 2004)
- Polarity and electrostatic coating (Barringer 2004)
- Salmonella enterica serovar Enteritidis (Yousef 2004)
- Soy proteins and colon cancer (MacDonald 2004)
- SPI and Soy Flakes bitterness (Lee 2004)
- 2003
- Bitterness in Soy Flakes (Lee 2003)
- CD-ELISA (Yang 2003)
- Clostridium botulinum (Balasubramaniam 2003)
- Electrostatic powder coating (Barringer 2003)
- Highbush blueberries (Todd 2003)
- Lactic Acid Bacteria (Bullerman 2003)
- Listeria monocytogens (Thippareddi 2003)
- Maize and dry milling (Herrman & Alavi 2003)
- Site-specific drying (Maier 2003)
- Swiss cheese (Delwiche 2003)
- Wheat flour tortilla (Jackson 2003)
- Wheat Gluten (MacRitchie 2003)
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2002
- Beans and breast cancer (Bennink 2002)
- Beef value cut technology (Doumit 2002)
- Clostridium perfringens (Marsden 2002)
- Liquid electrostatic coating (Barringer 2002)
- Listeria monocytogenes (Yousef 2002)
- Seasoning adhesion (Narsimham 2002)
- Soy Protein (Reineccius 2002)
- Soy streams (de Mejia 2002)
- Swiss cheese (Boylston 2002)
- Tomato grading sensor (Stroshine 2002)
- Tomato products and prostate cancer (Schwartz 2002)
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2001
- Aronia and elderberry fruits (Seigler 2001)
- Coating snack foods using electrostatics (Barringer 2001)
- Dried strawberries (Cadwallader 2001)
- Fructooligosaccharides in yogurt (Hutkins 2001)
- GOS production from Whey (Yang 2001)
- Ground beef and Phytosterols (Carr 2001)
- Indianmeal moth (Subramanyam 2001)
- Microbial protease for cheese ripening (Nielsen 2001)
- Milk solids and swiss cheese (Harper 2001)
- Vitamin E and a-tocopherol (Jeffery 2001)
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2000
- Bakery Oven Humidity (Walker 2000)
- Corn Milling Byproducts (Yang 2000)
- Escherichia coli (Brashears 2000)
- Insect Management (Subramanyam 2000)
- Lactobacillus acidophilus (Courtney 2000)
- Listeria Monocytogenes (Shellhammer 2000)
- Lycopene (Schwartz 2000)
- Mycotoxins in Cereal Grains (Bullerman 2000)
- Pork Quality (Tan 2000)
- Soybean Processing (Okos 2000)
- Xanthophylls (Cheryan 2000)

