R. Brackett (1987)
MICROBIOLOGICAL CONSEQUENCES OF MINIMALLY PROCESSED FRUITS AND VEGETABLESJournal of Food Quality, 10
R. Arnold (1969)
Inhibition of Heat-Induced Browning of Milk by L-CysteineJournal of Dairy Science, 52
R. Shewfelt (1987)
QUALITY OF MINIMALLY PROCESSED FRUITS AND VEGETABLESJournal of Food Quality, 10
M. Rooney, R. Holland, A. Shorter (1981)
Photochemical removal of headspace oxygen by a singlet oxygen reactionJournal of the Science of Food and Agriculture, 32
D. Ratkowsky, R. Lowry, T. McMeekin, A. Stokes, R. Chandler (1983)
Model for bacterial culture growth rate throughout the entire biokinetic temperature rangeJournal of Bacteriology, 154
H. Weetall (1985)
Enzymes immobilized on inorganic supportsTrends in Biotechnology, 3
J. Daniels, R. Krishnamurthi, S. Rizvi (1985)
A Review of Effects of Carbon Dioxide on Microbial Growth and Food Quality.Journal of food protection, 48 6
P. Waletzko, T. Labuza (1976)
ACCELERATED SHELF‐LIFE TESTING OF AN INTERMEDIATE MOISTURE FOOD IN AIR AND IN AN OXYGEN‐FREE ATMOSPHEREJournal of Food Science, 41
M. Arpaia, F. Mitchell, A. Kader, G. Mayer (1986)
Ethylene and Temperature Effects on Softening and White Core Inclusions of Kiwifruit Stored in Air or Controlled AtmospheresJournal of the American Society for Horticultural Science
W. Herring, R. Laurence, J. Kittrell (1972)
Immobilization of glucose oxidate on nickel‐silica aluminaBiotechnology and Bioengineering, 14
S. Palumbo (1986)
Is Refrigeration Enough to Restrain Foodborne Pathogens?Journal of food protection, 49 12
D. Clark, C. Lentz (1972)
Use of Carbon Dioxide for Extending Shelf-Life of Prepackaged BeefCanadian Institute of Food Science and Technology journal, 5
T. Labuza, L. Dugan (1971)
Kinetics of lipid oxidation in foodsCritical Reviews in Food Science and Nutrition, 2
V. Mistry, F. Kosikowski (1983)
Use of Time-Temperature Indicators as Quality Control Devices for Market Milk.Journal of food protection, 46 1
K. Acott, A. Sloan, T. Labuza (1976)
EVALUATION OF ANTIMICROBIAL AGENTS IN A MICROBIAL CHALLENGE STUDY FOR AN INTERMEDIATE MOISTURE DOG FOODJournal of Food Science, 41
R. Hardenburg, A. Watada, C. Wang (1986)
The commercial storage of fruits, vegetables, and florist and nursery stocks
S. Rizvi (1981)
Requirements for food packaged in polymeric films.Critical reviews in food science and nutrition, 14 2
S. Thorne, H. Meffert (1979)
THE STORAGE LIFE OF FRUITS AND VEGETABLESJournal of Food Quality, 2
M. Shapero, D. Nelson, T. Labuza (1978)
ETHANOL INHIBITION OF Staphylococcus aureus AT LIMITED WATER ACTIVITYJournal of Food Science, 43
G. Bufler, J. Streif (1986)
Ethylene biosynthesis of ‘Golden Delicious’ apples stored in different mixtures of carbon dioxide and oxygenScientia Horticulturae, 30
C. Field, L. Pivarnik, S. Barnett, A. Rand (1986)
Utilization of Glucose Oxidase for Extending the Shelf-Life of FishJournal of Food Science, 51
A. Kader (1986)
Biochemical and physiological basis for effects of controlled and modified atmospheres on fruits and vegetables
M. Rooney (1982)
Oxygen Scavenging from Air in Package Headspaces by Singlet Oxygen Reactions in Polymer MediaJournal of Food Science, 47
M. O'keeffe, D. Hood (1980)
Anoxic storage of fresh beef. 1: Nitrogen and carbon dioxide storage atmospheres.Meat science, 5 1
A. Rand (1972)
DIRECT ENZYMATIC CONVERSION OF LACTOSE TO ACID: GLUCOSE OXIDASE AND HEXOSE OXIDASEJournal of Food Science, 37
Sang-Jo Ma, Dong-Hoon Kim (1980)
Effects of an In-package Oxygen Scavenger on the Stability of Deep-fried Instant NoodleKorean Journal of Food Science and Technology, 12
M. Atallah, H. Hultin (1977)
PREPARATION OF SOLUBLE CONJUGATES OF GLUCOSE OXIDASE AND CATALASE BY CROSS‐LINKING WITH GLUTARALDEHYDEJournal of Food Science, 42
C. Barmore (1987)
PACKING TECHNOLOGY FOR FRESH AND MINIMALLY PROCESSED FRUITS AND VEGETABLESJournal of Food Quality, 10
J. Torres, M. Motoki, M. Karel (1985)
MICROBIAL STABILIZATION OF INTERMEDIATE MOISTURE FOOD SURFACES I. CONTROL OF SURFACE PRESERVATIVE CONCENTRATIONJournal of Food Processing and Preservation, 9
J. Raison, J. Lyons (1986)
Chilling injury: a plea for uniform terminologyPlant Cell and Environment, 9
I. Simon, T. Labuza, M. Karel (1971)
COMPUTER-AIDED PREDICTIONS OF FOOD STORAGE STABILITY: OXIDATIVE DETERIORATION OF A SHRIMP PRODUCTJournal of Food Science, 36
B. Wasserman, H. Hultin, B. Jacobson (1980)
High‐yield method for immobilization of enzymesBiotechnology and Bioengineering, 22
B. Finkle, R. Nelson (1963)
Enzyme Reactions with Phenolic Compounds1: Effect of O-Methyltransferase on a Natural Substrate of Fruit Polyphenol Oxidase2Nature, 197
B. Klein (1987)
NUTRITIONAL CONSEQUENCES OF MINIMAL PROCESSING OF FRUITS AND VEGETABLESJournal of Food Quality, 10
D. Gee, W. Brown (1978)
Extension of shelf life in refrigerated ground beef stored under an atmosphere containing carbon dioxide and carbon monoxide.Journal of agricultural and food chemistry, 26 1
E. Korwek (1986)
FDA regulation of food ingredients produced by biotechnologyFood Technology, 40
R. Toyama, N. Sekizawa, Y. Arakawa, T. Ishitani (1980)
Storage of High and Intermediate Moisture Confectionaries by Using Free Oxygen Absorber, 27
D. Richardson, M. Meheriuk (1982)
Controlled atmospheres for storage and transport of perishable agricultural commodities
P. Greenfield, R. Laurence (1975)
CHARACTERIZATION OF GLUCOSE OXIDASE AND CATALASE ON INORGANIC SUPPORTSJournal of Food Science, 40
T. Labuza (1984)
Application of chemical kinetics to deterioration of foodsJournal of Chemical Education, 61
T. Kasumi, M. Tsuji, K. Hayashi, N. Tsumura (1977)
Preparation and Some Properties of Chitosan Bound EnzymesAgricultural and biological chemistry, 41
M. Knee, S. Hatfield, W. Bramlage (1987)
Response of Developing Apple Fruits to Ethylene TreatmentJournal of Experimental Botany, 38
R. Rolle, G. Chism (1987)
PHYSIOLOGICAL CONSEQUENCES OF MINIMALLY PROCESSED FRUITS AND VEGETABLESJournal of Food Quality, 10
St. Paul, MN 55108 Accepted for Publication August 29, 1988 INTRODUCTION General Description Active packaging systems when coupled with controlled atmospheric packaging (CAP) or modified atmospheric packaging (MAP) is a technology developing a new thrust because of the advances in packaging, material science, biotechnology and new consumer demands (Anon 1986a). This technology involves an interaction between the package film itself with the internal gas atmosphere and the food. The intent is to extend the shelf-life of foods while at the same time maintaining nutritional quality and ensuring safety. This is seen as significant, particularly for refrigerated fresh foods which have a short shelflife and for which demand is increasing. It would be desirable to extend the shelf-life of these foods to 3-6 weeks. New consumer trends are dramatically increasing the demand for extended shelf-life refrigerated foods. It has been reported that by the year 2000 CAP/ MAP or sometimes called “chilled†foods will exceed the totals for aseptic and retort pouch packaging (Anthony 1986). In the U.S. these foods, when in the form of a complete meal, are being called ESL’s or extended shelf-life refrigerated foods. Sneller (1986) estimated that there are already 250 million pounds of foods
Journal of Food Processing and Preservation – Wiley
Published: Feb 1, 1989
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