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Thermal Food Processing

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632 Index<br />

Methylmethionine sulfonate, 605<br />

Micrococcus, 224, 272, 279<br />

Microwaves<br />

for blanching, 396, 402<br />

definition of, 42<br />

frequency range of, 42, 158<br />

heat transfer by, 42<br />

for meat processing, 158–159<br />

modeling of, 52, 55–56, 58<br />

vs. ohmic heating, 427, 474<br />

penetration depth of, 9, 42<br />

for rendering, 210<br />

vs. RF dielectric heating, 471–472, 474<br />

for RTE food, 158, 382<br />

wavelength range for, 158, 498<br />

Milk<br />

acid degree value, 311, 325<br />

aflatoxins in, 323–324<br />

canning of, 82<br />

carbohydrates in, 301–303<br />

chemical contamination of, 324<br />

D values for, 77, 134<br />

enzymes in, 266, 272–273, 277, 309–310<br />

ESL processes for, 267<br />

fatty acids in, 310–311, 325<br />

flavor of<br />

bacteria and, 272–273, 279, 325<br />

process and, 267–268, 286, 291, 324–325<br />

types of, 285<br />

whey proteins and, 270<br />

gelation of, 286, 305<br />

heat stability of, 288–289<br />

homogenization of<br />

enzymes and, 309<br />

fat and, 286, 311<br />

M. paratuberculosis and, 281<br />

phospholipds and, 272, 312<br />

sedimentation and, 286<br />

in UHT process, 283, 286, 306, 312, 325<br />

lactase and, 452<br />

lipids in, 272, 286, 310–312<br />

Maillard reactions in, 271, 285, 317–320<br />

minerals in, 270, 285, 316–317<br />

ohmic heating of, 448<br />

pasteurization of, 275–281<br />

amino acids and, 306–307<br />

cheese and, 290<br />

comparison of, 269<br />

digestibility and, 308–309<br />

enzymes and, 309–310<br />

EU on, 300<br />

flavor and, 268<br />

high pressure for, 528<br />

history of, 266–267, 371<br />

lactulose in, 301–302<br />

vs. UHT, 268–269, 273, 285, 300–325<br />

vitamins in, 313–316<br />

pathogens in, 169, 222, 224, 271–281,<br />

322–323<br />

powders, 289–291<br />

proteins in, 270–271, 303–310, 319–320<br />

sedimentation in, 286<br />

specific heat of, 16<br />

sterilization of, 286–289<br />

amino acids and, 306<br />

comparison of, 269<br />

EU on, 300<br />

history of, 267<br />

Maillard reactions and, 271<br />

proteins and, 304<br />

time/temperature for, 267<br />

vitamins in, 313, 315<br />

Storch test for, 277<br />

sugars in, 301–303<br />

thermal conductivity of, 21<br />

thermization of, 269, 274<br />

tuberculosis and, 266<br />

tyndallization of, 274<br />

UHT processes for, 267–269, 273, 281–286,<br />

299–326<br />

viscosity of, 310<br />

vitamins in, 285, 312–316<br />

Minced meat, 18, 20, 43<br />

Modified atmosphere packaging (MAP), 368<br />

Molds, 77<br />

Moraxella, 168<br />

Morganella morganii, 546–547<br />

Multiple-ramp variable (MRV) temperature<br />

process, 122–125<br />

Mushrooms<br />

activation energy of, 392<br />

ascorbic acid in, 392<br />

color of, 406, 408<br />

enzymes in, 402<br />

modeling of, 47<br />

pathogens in, 579, 603<br />

Mussels, 238, 254<br />

Mycobacterium avium paratuberculosis, 276,<br />

280–281<br />

Mycobacterium tuberculosis, 266, 272, 275, 397<br />

Myoglobin, 240–241<br />

Myosin, 243<br />

N<br />

Natural convection ovens, 161<br />

Navier-Stokes equations, 46, 52, 56<br />

Near-infrared radiation

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