Browsing Food Science Institute by Subject "Irradiation"

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Browsing Food Science Institute by Subject "Irradiation"

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  • Luchsinger, S.E.; Garcia Zepeda, C.M.; Chambers, Edgar, IV; Hollingsworth, M.E.; Hunt, Melvin C.; Marsden, James L.; Stroda, Sally L.; Rubio Canas, E.J.; Kastner, Curtis L.; Kuecker, W.G.; Mata, T.; Kropf, Donald H. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-03-12)
    Acceptance of irradiated, chilled, boneless, pork chops and nonirradiated controls by consumers was not different. Coupled with consumer concerns about food safety and well-documented improvement in consumer attitudes about ...
  • Luchsinger, S.E.; Garcia Zepeda, C.M.; Chambers, Edgar, IV; Hollingsworth, M.E.; Hunt, Melvin C.; Marsden, James L.; Stroda, Sally L.; Rubio Canas, E.J.; Kastner, Curtis L.; Kuecker, W.G.; Mata, T.; Kropf, Donald H. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-03-12)
    Irradiation and vacuum-packaging caused a more intense and stable red color in boneless pork chops. Irradiation up to 2.5 kGy increased cooked internal redness in chilled chops. Oxidative rancidity was greater in aerobic ...
  • Hachmeister, K.A.; Kropf, Donald H.; Gill, V.S.; Kaye, R.J.; Hunt, Melvin C.; Marsden, James L.; Kastner, Curtis L. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-08-23)
    We investigated the effects of packaging atmosphere and three levels of irradiation dose (Repetitive High Energy Pulsed Power, - RHEPP) on microbial populations, vitamin retention, and display color attributes of ...
  • Luchsinger, S.E.; Garcia Zepeda, C.M.; Chambers, Edgar, IV; Hollingsworth, M.E.; Hunt, Melvin C.; Marsden, James L.; Stroda, Sally L.; Rubio Canas, E.J.; Kastner, Curtis L.; Kuecker, W.G.; Mata, T.; Kropf, Donald H. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-03-12)
    Irradiation and irradiation source had little to no effect on flavor and aroma of boneless pork chops, either frozen or chilled. Coupled with consumer concerns about food safety and well-documented improvement in consumer ...
  • Luchsinger, S.E.; Kropf, Donald H.; Garc a Zepeda, C.M.; Marsden, James L.; Hunt, Melvin C.; Hollingsworth, M.E.; Stroda, Sally L.; Chambers, Edgar, IV; Kastner, Curtis L. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-03)
    Irradiation had minimal effects on flavor and texture of frozen or chilled vacuum-packaged boneless beef steaks. A dose level of 3.5 kilograys (kGy) reduced beef aroma in chilled steaks. Irradiation did not influence internal ...
  • Luchsinger, S.E.; Kropf, Donald H.; Garc a Zepeda, C.M.; Marsden, James L.; Hunt, Melvin C.; Hollingsworth, M.E.; Stroda, Sally L.; Chambers, Edgar, IV; Kastner, Curtis L. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-03)
    Irradiation did not influence bitter, bloody, burnt, chemical, fat-like, juiciness, liver-like, beef identity, metallic, rancid, sour, sweet, and toughness flavor/textural attributes, beef aroma, or off-odor in precooked ...
  • Luchsinger, S.E.; Kropf, Donald H.; Garc a Zepeda, C.M.; Marsden, James L.; Hunt, Melvin C.; Hollingsworth, M.E.; Stroda, Sally L.; Chambers, Edgar, IV; Kastner, Curtis L. (Kansas State University. Agricultural Experiment Station and Cooperative Extension Service, 2010-09-03)
    Irradiation of raw ground beef patties had minimal effects on flavor and aroma of patties after cooking. Oxidative rancidity increased when patties were irradiated in aerobic but not in vacuum packages. Irradiation of ...

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