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Fundamental Food Microbiology, Third Edition - Fuad Fathir

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INDEX 575<br />

in condiments, 351<br />

in dairy products, 351<br />

discovery of, 7, 417–418<br />

EDTA, inhibitory action of, 503<br />

in fish, 47, 331, 350–352<br />

in fruits, 331, 350–351<br />

habitats of, 48, 331, 350, 429<br />

heat treatment for, 460, 462–463<br />

laws on, 545<br />

MA packaging impact on, 349, 493<br />

in meat, 351–352, 498<br />

nitrite, inhibitory action of, 500<br />

pH level for, 349–350, 478, 532<br />

in preservative testing, 226<br />

protein synthesis by, 90<br />

radiation, impact of, 350, 511–512<br />

salt concentration level, 349–350<br />

in sausages, 7<br />

in shellfish, 47<br />

statistics on, 337–340, 421<br />

temperature for, 349–350, 478, 532<br />

testing for, 562<br />

types of, 349–350<br />

in vegetables, 48, 331, 350–352<br />

water activity level, 349–350, 478–479, 532<br />

Clostridium butyricum<br />

butyric acid production by, 30<br />

in canned food, 49, 286<br />

in cheese, 500<br />

gas blowing by, 500<br />

nitrite, inhibitory action of, 500<br />

pH level for, 478<br />

in vegetable juice, 50<br />

water activity level, 478<br />

Clostridium estertheticum, 262, 293, 294<br />

Clostridium laramie<br />

atmosphere for, 76, 262, 294<br />

in beef, 294, 296<br />

characteristics of, 28<br />

discovery of, 294<br />

in meat, 44, 271–272<br />

pasteurization of, 291<br />

spoilage from, 293<br />

spore formation by, 294<br />

temperature for, 44, 262, 294, 512<br />

Clostridium pasteurianum, 50, 286<br />

Clostridium perfringens<br />

atmosphere for, 393<br />

vs. Bacillus cereus, 329<br />

in canned food, 49<br />

in cereals, 49<br />

characteristics of, 28, 392–393<br />

contamination level, 394<br />

cost of, 326<br />

in fish, 47<br />

\<br />

gastroenteritis from, 329, 339, 392–395<br />

in gum, 49<br />

habitats of, 335, 393, 429<br />

in meat, 44, 394<br />

in Mexican food, 331<br />

O-R potential level, 478<br />

pH level for, 393<br />

prevention of, 362<br />

salt concentration level, 393<br />

in shellfish, 47<br />

in spices, 394<br />

in starches, 49<br />

statistics on, 337–340, 421<br />

symptoms of, 394<br />

temperature for, 393<br />

testing for, 559, 563<br />

toxicoinfection from, 329<br />

in vegetables, 48, 394<br />

water activity level, 393, 478<br />

Clostridium putrefacience, 262, 286<br />

Clostridium saccharolyticum, 28<br />

Clostridium sporogenes, 49, 286, 463, 525–526<br />

Clostridium thermosaccharolyticum, 49, 286, 463<br />

Clostridium tyrobutyricum, 28, 200, 284, 500<br />

Cloves, 51, 71, 505<br />

Clumping factor, 158<br />

Coagulase, 345<br />

Cobalt, 508, 510<br />

Cocoa, 502<br />

Coconut, 39, 71, 463<br />

Codex Alimentarius, 548<br />

Coffee, 478, 480<br />

Cogniard-Latour, Charles, 6<br />

Cohn, Ferdinand, 4, 7<br />

Coliform bacteria, see also Enterobacteriaceae<br />

atmosphere for, 32, 44–45, 432<br />

in butter, 278<br />

characteristics of, 432<br />

in cheese, 284<br />

in chicken, 300–301<br />

definition of, 32, 432<br />

in eggs, 274, 448<br />

in fish, 275<br />

gastroenteritis from, 408<br />

habitats of, 44–50, 432–433<br />

lactose fermentation by, 432–433<br />

mastitis link, 45<br />

in milk, 277, 447<br />

in olives, 284<br />

pasteurization of, 432<br />

pH level for, 432<br />

in pickles, 284<br />

sanitation indicator, 32, 432–433<br />

in shellfish, 276<br />

spoilage from, 284

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