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Summary
Summary
With 30 revised and updated chapters, the new edition of this classic text brings benefits to professors and students alike who will find new sections on proteobacteria, bottled water, food sanitizers (eletrolyzed oxidating water, ozone, chlorine, activin, chitosans, endolysins, etc.), bicontrol, biosensors quorum sensing, molecular genetic methods of analysis, food safety objectives, noroviruses, and prions. The book builds on the trusted and established sections on food preservation by modified atmosphere, high pressure and pulsed electric field processing, food-borne pathogens, food regulations, fresh-cut produce, new food products, and risk assessment and analysis. In-depth references, appendixes, illustrations, index and thorough updating of taxonomies make this an essential for every food scientist.
Author Notes
James M. Jay is Professor Emeritus in the Department of Biological Sciences at Wayne State University, and Adjunct Professor at the University of Nevada Las Vegas, USA.
Table of Contents
Preface | p. xv |
Part I Historical Background | p. 1 |
1 History of Microorganisms in Food | p. 3 |
Historical Developments | p. 4 |
Food Preservation | p. 5 |
Food Spoilage | p. 6 |
Food Poisoning | p. 7 |
Food Legislation | p. 8 |
Part II Habitats, Taxonomy, and Growth Parameters | p. 11 |
2 Taxonomy, Role, and Significance of Microorganisms in Foods | p. 13 |
Bacterial Taxonomy | p. 13 |
rRNA Analyses | p. 14 |
Analysis of DNA | p. 15 |
Primary Sources of Microorganisms Found in Foods | p. 17 |
Synopsis of Common Foodborne Bacteria | p. 19 |
Synopsis of Common Genera of Foodborne Molds | p. 24 |
Synopsis of Common Genera of Foodborne Yeasts | p. 29 |
3 Intrinsic and Extrinsic Parameters of Foods That Affect Microbial Growth | p. 35 |
Intrinsic Parameters | p. 35 |
pH | p. 35 |
Moisture Content | p. 41 |
Oxidation-Reduction Potential | p. 45 |
Nutrient Content | p. 47 |
Antimicrobial Constituents | p. 48 |
Biological Structures | p. 49 |
Extrinsic Parameters | p. 49 |
Temperature of Storage | p. 49 |
Relative Humidity of Environment | p. 51 |
Presence and Concentration of Gases in the Environment | p. 51 |
Presence and Activities of Other Microorganisms | p. 52 |
Combined Intrinsic and Extrinsic Parameters: The Hurdle Concept | p. 53 |
Part III Microorganisms in Foods | p. 57 |
4 Fresh Meats and Poultry | p. 59 |
Biochemical Events That Lead To Rigor Mortis | p. 60 |
The Biota of Meats and Poultry | p. 60 |
Incidence/Prevalence of Microorganisms in Fresh Red Meats | p. 60 |
Soy-Extended Ground Meats | p. 64 |
Mechanically Deboned Meat, Poultry, and Fish | p. 65 |
Hot-Boned Meats | p. 66 |
Organ and Variety Meats | p. 67 |
Microbial Spoilage of Fresh Red Meats | p. 68 |
Spoilage of Fresh Livers | p. 76 |
Incidence/Prevalence of Microorganisms in Fresh Poultry | p. 77 |
Microbial Spoilage of Poultry | p. 78 |
Carcass Sanitizing/Washing | p. 81 |
5 Processed Meats | p. 87 |
Curing | p. 87 |
Smoking | p. 89 |
Sausage, Bacon, Bologna, and Related Products | p. 89 |
Bacon and Cured Hams | p. 91 |
Fermented Meat Products | p. 93 |
6 Seafoods | p. 101 |
Microbiological Quality of Various Fresh and Frozen Products | p. 101 |
Fermented Fish Products | p. 104 |
Spoilage of Fish and Shellfish | p. 105 |
7 Fermentation and Fermented Dairy Products | p. 113 |
Fermentation | p. 113 |
Background | p. 113 |
Defined and Characterized | p. 114 |
The Lactic Acid Bacteria | p. 114 |
Metabolic Pathways and Molar Growth Yields | p. 118 |
Dairy Products | p. 119 |
Milk Biota | p. 119 |
Starter Cultures, Products | p. 120 |
Cheeses | p. 123 |
Apparent Health Benefits of Fermented Milks | p. 124 |
Lactose Intolerance | p. 126 |
Cholesterol | p. 126 |
Anticancer Effects | p. 127 |
Probiotics | p. 128 |
Diseases Caused by Lactic Acid Bacteria | p. 128 |
8 Fruit and Vegetable Products: Whole, Fresh-Cut, and Fermented | p. 131 |
Fresh and Frozen Vegetables | p. 131 |
Spoilage | p. 132 |
Spoilage of Fruits | p. 141 |
Fresh-Cut Produce | p. 141 |
Microbial Load | p. 143 |
Pathogens | p. 144 |
Fermented Products | p. 146 |
Breads | p. 146 |
Olives, Pickles, and Sauerkraut | p. 146 |
Beer, Ale, Wines, Cider, and Distilled Spirits | p. 149 |
Miscellaneous Fermented Products | p. 154 |
9 Miscellaneous Food Products | p. 163 |
Delicatessen and Related Foods | p. 163 |
Eggs | p. 164 |
Mayonnaise and Salad Dressing | p. 167 |
Cereals, Flour, and Dough Products | p. 168 |
Bakery Products | p. 168 |
Frozen Meat Pies | p. 168 |
Sugar, Candies, and Spices | p. 169 |
Nutmeats | p. 169 |
Dehydrated Foods | p. 170 |
Enteral Nutrient Solutions (Medical Foods) | p. 171 |
Single-Cell Protein | p. 171 |
Rationale for SCP Production | p. 171 |
Organisms and Fermentation Substrates | p. 172 |
SCP Products | p. 172 |
Nutrition and Safety of SCP | p. 173 |
Part IV Determining Microorganisms and/or Their Products in Foods | p. 177 |
10 Culture, Microscopic, and Sampling Methods | p. 179 |
Conventional Standard Plate Count | p. 179 |
Homogenization of Food Samples | p. 180 |
The Spiral Plater | p. 181 |
Membrane Filters | p. 182 |
Direct Epifluorescent Filter Technique | p. 183 |
Microcolony-DEFT | p. 183 |
Hydrophobic Grid Membrane Filter | p. 183 |
Microscope Colony Counts | p. 184 |
Agar Droplets | p. 184 |
Dry Film and Related Methods | p. 185 |
Most Probable Numbers | p. 186 |
Dye Reduction | p. 186 |
Roll Tubes | p. 187 |
Direct Microscopic Count | p. 187 |
Microbiological Examination of Surfaces | p. 188 |
Swab/Swab-Rinse Methods | p. 188 |
Contact Plate | p. 189 |
Agar Syringe/"Agar Sausage" Methods | p. 189 |
Other Surface Methods | p. 190 |
Metabolically Injured Organisms | p. 190 |
Recovery/Repair | p. 192 |
Mechanism | p. 194 |
Viable but Nonculturable Organisms | p. 194 |
11 Physical, Chemical, Molecular, and Immunological Methods | p. 201 |
Physical Methods | p. 201 |
Impedance and Related | p. 201 |
Microcalorimetry | p. 204 |
Flow Cytometry | p. 205 |
Chemical Methods | p. 206 |
Thermostable Nuclease | p. 206 |
Limulus Lysate for Endotoxins | p. 207 |
Adenosine Triphosphate Measurement | p. 209 |
Radiometry | p. 211 |
Fluorogenic and Chromogenic Substrates | p. 211 |
Lux Gene Luminescence | p. 213 |
Ice Nucleation Assay | p. 214 |
Methods for Characterizing and Fingerprinting Foodborne Organisms | p. 214 |
Serotyping | p. 214 |
Bacteriophage Typing | p. 215 |
Nucleic Acid (DNA) Probes | p. 216 |
DNA Amplification (Polymerase Chain Reaction) | p. 218 |
Multilocus Enzyme Electrophoresis Typing | p. 219 |
Restriction Enzyme Analysis | p. 219 |
Random Amplification of Polymorphic DNA | p. 220 |
Pulsed Field Gel Electrophoresis | p. 220 |
Restriction Fragment Length Polymorphism | p. 221 |
Ribotyping | p. 221 |
Immunological Methods | p. 221 |
Fluorescent Antibody | p. 221 |
Enrichment Serology | p. 222 |
Salmonella 1-2 Test | p. 222 |
Radioimmunoassay | p. 223 |
ELISA | p. 223 |
Gel Diffusion | p. 226 |
Immunomagnetic Separation | p. 226 |
Hemagglutination | p. 227 |
12 Bioassay and Related Methods | p. 237 |
Whole-Animal Assays | p. 237 |
Mouse Lethality | p. 237 |
Suckling (Infant) Mouse | p. 239 |
Rabbit and Mouse Diarrhea | p. 240 |
Monkey Feeding | p. 240 |
Kitten (Cat) Test | p. 241 |
Rabbit and Guinea Pig Skin Tests | p. 241 |
Sereny and Anton Tests | p. 241 |
Animal Models Requiring Surgical Procedures | p. 242 |
Ligated Loop Techniques | p. 242 |
The RITARD Model | p. 242 |
Cell Culture Systems | p. 243 |
Human Mucosal Cells | p. 243 |
Human Fetal Intestine | p. 245 |
Human Ileal and Intestinal Cells | p. 245 |
Guinea Pig Intestinal Cells | p. 245 |
HeLa Cells | p. 246 |
Chinese Hamster Ovary Cells | p. 246 |
Vero Cells | p. 246 |
Y-1 Adrenal Cell Assay | p. 247 |
Other Assays | p. 247 |
Part V Food Preservation and Some Properties of Psychrotrophs, Thermophiles, and Radiation-Resistant Bacteria | p. 251 |
13 Food Preservation with Chemicals | p. 253 |
Benzoic Acid and the Parabens | p. 253 |
Sorbic Acid | p. 255 |
The Propionates | p. 257 |
Sulfur Dioxide and Sulfites | p. 257 |
Nitrites and Nitrates | p. 258 |
Organisms Affected | p. 259 |
The Perigo Factor | p. 260 |
Interaction with Cure Ingredients and Other Factors | p. 260 |
Nitrosamines | p. 261 |
Nitrite-Sorbate and other Nitrite Combinations | p. 261 |
Mode of Action | p. 262 |
Summary of Nitrite Effects | p. 263 |
NaCl and Sugars | p. 264 |
Indirect Antimicrobials | p. 265 |
Antioxidants | p. 265 |
Flavoring Agents | p. 266 |
Spices and Essential Oils | p. 266 |
Medium-Chain Fatty Acids and Esters | p. 267 |
Acetic and Lactic Acids | p. 268 |
Antibiotics and Bacteriocins | p. 268 |
Nisin and Other Bacteriocins | p. 269 |
Monensin | p. 272 |
Natamycin | p. 272 |
Tetracyclines | p. 273 |
Subtilin | p. 273 |
Tylosin | p. 273 |
Antifungal Agents for Fruits | p. 274 |
Ethylene and Propylene Oxides | p. 274 |
Miscellaneous Chemical Preservatives | p. 275 |
14 Food Preservation with Modified Atmospheres | p. 283 |
Definitions | p. 283 |
Hypobaric Storage | p. 283 |
Vacuum Packaging | p. 283 |
Modified Atmosphere Packaging | p. 284 |
Equilibrium-Modified Atmosphere | p. 285 |
Controlled-Atmosphere Packaging or Storage | p. 285 |
Primary Effects of CO[subscript 2] on Microorganisms | p. 286 |
Mode of Action | p. 286 |
Food Products | p. 288 |
Fresh and Processed Meats | p. 288 |
Poultry | p. 289 |
Seafoods | p. 289 |
The Safety of MAP Foods | p. 290 |
Clostridium botulinum | p. 290 |
Listeria monocytogenes | p. 291 |
Other Pathogens | p. 293 |
Spoilage of MAP and Vacuum-Packaged Meats | p. 293 |
Volatile Components of Vacuum-Packaged Meats and Poultry | p. 295 |
15 Radiation Preservation of Foods and Nature of Microbial Radiation Resistance | p. 301 |
Characteristics of Radiations of Interest in Food Preservation | p. 301 |
Ultraviolet Light | p. 301 |
Beta Rays | p. 303 |
Gamma Rays | p. 303 |
X-Rays | p. 303 |
Microwaves | p. 303 |
Principles Underlying the Destruction of Microorganisms by Irradiation | p. 303 |
Types of Organisms | p. 303 |
Numbers of Organisms | p. 304 |
Composition of Suspending Menstrum (Food) | p. 304 |
Presence or Absence of Oxygen | p. 305 |
Physical State of Food | p. 305 |
Age of Organisms | p. 305 |
Processing of Foods for Irradiation | p. 305 |
Selection of Foods | p. 305 |
Cleaning of Foods | p. 305 |
Packing | p. 305 |
Blanching or Heat Treatment | p. 305 |
Application of Radiation | p. 305 |
Gamma Radiation | p. 306 |
Electron Beams/Accelerated Electrons | p. 306 |
Radappertization, Radicidation, and Radurization of Foods | p. 306 |
Definitions | p. 306 |
Radappertization | p. 307 |
Radicidation | p. 309 |
Radurization | p. 311 |
Legal Status of Food Irradiation | p. 312 |
Effect of Irradiation on Food Quality | p. 313 |
Storage Stability of Irradiated Foods | p. 315 |
Nature of Radiation Resistance of Microorganisms | p. 315 |
Biology of Extremely Resistant Species | p. 316 |
Apparent Mechanisms of Resistance | p. 317 |
16 Low-Temperature Food Preservation and Characteristics of Psychrotrophic Microorganisms | p. 323 |
Definitions | p. 323 |
Temperature Growth Minima | p. 324 |
Preparation of Foods for Freezing | p. 324 |
Freezing of Foods and Freezing Effects | p. 325 |
Storage Stability of Frozen Foods | p. 327 |
Effect of Freezing on Microorganisms | p. 327 |
Effects of Thawing | p. 330 |
Some Characteristics of Psychrotrophs and Psychrophiles | p. 331 |
The Effect of Low Temperatures on Microbial Physiologic Mechanisms | p. 333 |
Nature of the Low Heat Resistance of Psychrotrophs | p. 336 |
17 High-Temperature Food Preservation and Characteristics of Thermophilic Microorganisms | p. 341 |
Factors Affecting Heat Resistance in Microorganisms | p. 342 |
Water | p. 342 |
Fat | p. 343 |
Salts | p. 343 |
Carbohydrates | p. 343 |
pH | p. 343 |
Proteins and Other Substances | p. 344 |
Numbers of Organisms | p. 345 |
Age of Organisms | p. 346 |
Growth Temperature | p. 346 |
Inhibitory Compounds | p. 346 |
Time and Temperature | p. 346 |
Effect of Ultrasonics | p. 346 |
Relative Heat Resistance of Microorganisms | p. 346 |
Spore Resistance | p. 348 |
Thermal Destruction of Microorganisms | p. 348 |
Thermal Death Time | p. 348 |
D Value | p. 348 |
z Value | p. 350 |
F Value | p. 350 |
Thermal Death Time Curve | p. 350 |
12-D Concept | p. 351 |
Some Characteristics of Thermophiles | p. 351 |
Enzymes | p. 351 |
Ribosomes | p. 354 |
Flagella | p. 354 |
Other Aspects of Thermophilic Microorganisms | p. 354 |
Nutrient Requirements | p. 354 |
Oxygen Tension | p. 354 |
Cellular Lipids | p. 354 |
Cellular Membranes | p. 356 |
Effect of Temperature | p. 356 |
Genetics | p. 356 |
Canned Food Spoilage | p. 356 |
Low Acid | p. 357 |
Acid | p. 357 |
High Acid | p. 357 |
18 Preservation of Foods by Drying | p. 363 |
Preparation and Drying of Low-Moisture Foods | p. 363 |
Effect of Drying on Microorganisms | p. 364 |
Storage Stability of Dried Foods | p. 366 |
Intermediate-Moisture Foods | p. 367 |
Preparation of IMF | p. 367 |
Microbial Aspects of IMF | p. 369 |
Storage Stability of IMF | p. 371 |
IMF and Glass Transition | p. 373 |
19 Other Food Preservation Methods | p. 375 |
High-Pressure Processing | p. 375 |
Some Principles and Effects of HHP on Foods and Organisms | p. 376 |
Effects of HHP on Specific Foodborne Organisms | p. 377 |
Pulsed Electric Fields | p. 379 |
Aseptic Packaging | p. 380 |
Manothermosonication (Thermoultrasonication) | p. 381 |
Part VI Indicators of Food Safety and Quality, Principles of Quality Control, and Microbial Criteria | p. 385 |
20 Indicators of Food Microbial Quality and Safety | p. 387 |
Indicators of Product Quality | p. 387 |
Indicators of Food Safety | p. 388 |
Coliforms | p. 390 |
Enterococci | p. 395 |
Bifidobacteria | p. 398 |
Coliphages | p. 399 |
The Possible Overuse of Fecal Indicator Organisms | p. 401 |
Predictive Microbiology/Microbial Modeling | p. 402 |
21 The HACCP System and Food Safety | p. 407 |
Hazard Analysis Critical Control Point System | p. 407 |
Prerequisite Programs | p. 408 |
Definitions | p. 408 |
HACCP Principles | p. 409 |
Some Limitations of HACCP | p. 414 |
Microbiological Criteria | p. 415 |
Definitions | p. 415 |
Sampling Plans | p. 415 |
Microbiological Criteria and Food Safety | p. 417 |
Microbiological Criteria for Various Products | p. 417 |
Other Criteria/Guidelines | p. 420 |
Part VII Foodborne Disease | p. 423 |
22 Introduction to Foodborne Pathogens | p. 425 |
Introduction | p. 425 |
The Fecal-Oral Transmission of Foodborne Pathogens | p. 425 |
Host Invasion | p. 425 |
"Universal" Requirements | p. 425 |
Attachment Sites | p. 427 |
Sigma Factors and the Acid Tolerance Response | p. 427 |
Pathogenesis | p. 428 |
Gram-Positive Bacteria | p. 428 |
Gram-Negative Bacteria | p. 431 |
Summary | p. 434 |
23 Staphylococcal Gastroenteritis | p. 441 |
Species of Concern in Foods | p. 441 |
Habitat and Distribution | p. 443 |
Incidence in Foods | p. 443 |
Nutritional Requirements for Growth | p. 444 |
Temperature Growth Range | p. 444 |
Effect of Salts and Other Chemicals | p. 444 |
Effect of pH, Water Activity, and Other Parameters | p. 444 |
NaCl and pH | p. 445 |
pH, a[subscript w], and Temperature | p. 445 |
NaNO[subscript 2], Eh, pH, and Temperature of Growth | p. 445 |
Staphylococcal Enterotoxins: Types and Incidence | p. 445 |
Chemical and Physical Properties | p. 448 |
Production | p. 450 |
Mode of Action | p. 453 |
The Gastroenteritis Syndrome | p. 453 |
Incidence and Vehicle Foods | p. 454 |
Ecology of S. aureus Growth | p. 454 |
Prevention of Staphylococcal and Other Food-Poisoning Syndromes | p. 455 |
24 Food Poisoning Caused by Gram-Positive Sporeforming Bacteria | p. 461 |
Clostridium perfringens Food Poisoning | p. 461 |
Distribution of C. perfringens | p. 461 |
Characteristics of the Organism | p. 462 |
The Enterotoxin | p. 463 |
Vehicle Foods and Symptoms | p. 465 |
Prevention | p. 466 |
Botulism | p. 466 |
Distribution of C. botulinum | p. 467 |
Growth of C. botulinum Strains | p. 469 |
Ecology of C. Botulinum Growth | p. 471 |
Concerns for Sous Vide and Related Food Products | p. 472 |
Nature of the Botulinal Neurotoxins | p. 473 |
The Adult Botulism Syndrome: Incidence and Vehicle Foods | p. 474 |
Infant Botulism | p. 476 |
Bacillus Cereus Gastroenteritis | p. 477 |
B. cereus Toxins | p. 477 |
Diarrheal Syndrome | p. 479 |
Emetic Syndrome | p. 479 |
25 Foodborne Listeriosis | p. 485 |
Taxonomy of Listeria | p. 485 |
Serotypes | p. 488 |
Subspecies Typing | p. 488 |
Growth | p. 488 |
Effect of pH | p. 489 |
Combined Effect of pH and NaCl | p. 489 |
Effect of Temperature | p. 490 |
Effect of a[subscript w] | p. 491 |
Distribution | p. 492 |
The Environment | p. 492 |
Foods and Humans | p. 492 |
Prevalence | p. 494 |
Thermal Properties | p. 494 |
Dairy Products | p. 494 |
Nondairy Products | p. 495 |
Effect of Sublethal Heating on Thermotolerance | p. 496 |
Virulence Properties | p. 497 |
Listeriolysin O and Ivanolysin O | p. 497 |
Intracellular Invansion | p. 497 |
Monocytosis-Producing Activity | p. 498 |
Sphingomyelinase | p. 498 |
Animal Models and Infectious Dose | p. 498 |
Incidence and Nature of the Listeriosis Syndromes | p. 500 |
Incidence | p. 500 |
Source of Pathogens | p. 500 |
Syndromes | p. 502 |
Resistance to Listeriosis | p. 502 |
Persistence of L. monocytogenes in Foods | p. 503 |
Regulatory Status of L. Monocytogenes in Foods | p. 504 |
26 Foodborne Gastroenteritis Caused by Salmonella and Shigella | p. 511 |
Salmonellosis | p. 511 |
Serotyping of Salmonella | p. 512 |
Distribution | p. 513 |
Growth and Destruction of Salmonellae | p. 514 |
The Salmonella Food-Poisoning Syndrome | p. 519 |
Salmonella Virulence Properties | p. 519 |
Incidence and Vehicle Foods | p. 519 |
Prevention and Control of Salmonellosis | p. 522 |
Competitive Exclusion to Reduce Salmonellae Carriage in Poultry | p. 523 |
Shigellosis | p. 525 |
Foodborne Cases | p. 525 |
Virulence Properties | p. 528 |
27 Foodborne Gastroenteritis Caused by Escherichia coli | p. 531 |
Serological Classification | p. 531 |
The Recognized Virulence Groups | p. 531 |
Enteroaggregative E. coli | p. 531 |
Enterohemorrhagic E. coli | p. 532 |
Enteroinvasive E. coli | p. 540 |
Enteropathogenic E. coli | p. 540 |
Enterotoxigenic E. coli | p. 541 |
Prevention | p. 543 |
Travelers' Diarrhea | p. 543 |
28 Foodborne Gastroenteritis Caused by Vibrio, Yersinia, and Campylobacter Species | p. 549 |
Vibriosis (Vibrio parahaemolyticus) | p. 549 |
Growth Conditions | p. 549 |
Virulence Properties | p. 550 |
Gastroenteritis Syndrome and Vehicle Foods | p. 552 |
Other Vibrios | p. 552 |
Vibrio cholerae | p. 552 |
Vibrio vulnificus | p. 554 |
Vibrio alginolyticus and V. hollisae | p. 555 |
Yersiniosis (Yersinia enterocolitica) | p. 556 |
Growth Requirements | p. 556 |
Distribution | p. 557 |
Serovars and Biovars | p. 557 |
Virulence Factors | p. 558 |
Incidence of Y. enterocolitica in Foods | p. 559 |
Gastroenteritis Syndrome and Incidence | p. 559 |
Campylobacteriosis (Campylobacter jejuni) | p. 560 |
Distribution | p. 560 |
Virulence Properties | p. 561 |
Enteritis Syndrome and Prevalence | p. 562 |
Prevention | p. 563 |
29 Foodborne Animal Parasites | p. 569 |
Protozoa | p. 569 |
Giardiasis | p. 570 |
Amebiasis | p. 571 |
Toxoplasmosis | p. 572 |
Sarcocystosis | p. 575 |
Cryptosporidiosis | p. 576 |
Cyclosporiasis | p. 578 |
Flatworms | p. 579 |
Fascioliasis | p. 579 |
Fasciolopsiasis | p. 580 |
Paragonimiasis | p. 580 |
Clonorchiasis | p. 580 |
Diphyllobothriasis | p. 581 |
Cysticercosis/Taeniasis | p. 582 |
Roundworms | p. 584 |
Trichinosis | p. 584 |
Anisakiasis | p. 588 |
30 Mycotoxins | p. 595 |
Aflatoxins | p. 595 |
Alternaria Toxins | p. 600 |
Citrinin | p. 600 |
Ochratoxins | p. 601 |
Patulin | p. 601 |
Penicillic Acid | p. 602 |
Sterigmatocystin | p. 602 |
Fumonisins | p. 602 |
Sambutoxin | p. 605 |
Zearalenone | p. 606 |
Control of Production | p. 606 |
31 Viruses and Some Other Proven and Suspected Foodborne Biohazards | p. 611 |
Viruses | p. 611 |
Incidence in Foods and the Environment | p. 612 |
Destruction in Foods | p. 613 |
Hepatitis A Virus | p. 613 |
Norwalk and Related Viruses | p. 614 |
Rotaviruses | p. 615 |
Bacteria and Prions | p. 616 |
Histamine-Associated (Scombroid) Poisoning | p. 616 |
Aeromonas | p. 617 |
Plesiomonas | p. 618 |
Bacteroides fragilis | p. 619 |
Erysipelothrix rhusiopathiae | p. 620 |
Klebsiella pneumoniae | p. 620 |
Streptococcus iniae | p. 620 |
Prion Diseases | p. 620 |
Toxigenic Phytoplanktons | p. 622 |
Paralytic Shellfish Poisoning | p. 622 |
Ciguatera Poisoning | p. 622 |
Domoic Acid | p. 623 |
Pfiesteria piscicida | p. 623 |
Appendix A Relationships of Common Foodborne Genera of Gram-Negative Bacteria | p. 629 |
Appendix B Relationship of Common Foodborne Genera of Gram-Positive Bacteria | p. 631 |
Appendix C Biofilms | p. 633 |
Appendix D Grouping of the Gram-Negative Asporogenous Rods, Polar-Flagellate, Oxidase Positive, and Not Sensitive to 2.5 IU Penicillin, on the Results of Four Other Tests | p. 635 |
Index | p. 637 |