Clark electrode 286
cloning
lipase 76ff
monooxygenase 400f
lipoxygenase 315ff
phospholipase 222, 227, 229f
Clostridium perfringensphospholipase 224
CM-Sephadex 273, 278, 284
cocoa butter equivalent (SOS) 135, 149, 192,
211f
cod liver oil 7, 174f
cofactor regeneration 407
competitive factor, lipase selectivity 25, 85
competitive inhibition, free fatty acids 51
compositional profiles, oil/fat esterification
193ff
conductivity measurement, phospholipase 285
conformational effects, immobilization 56ff, 200,
271
conjugated dienic hydroperoxides 338
conjugated linolenic acid (CLA) 8, 25, 31, 40
conjugated PUFA hydroperoxides 351
control mechanism, interesterification 209
controlled pore glass 269, 276ff
coriolic acid 342, 352
Corticium centrifugumphospholipase 222
Corynebacterium pseudotuberculosisphospho-
lipase 229
Corynebacterium ulceransphospholipase 230
covalent binding 267ff
critical micellar concentration (cmc) 233, 265,
386
Croatalus atrox 226
crosslinking, phospholipase 267f
Cruciferae fatty acids 35
crystal structuresseestructures
crystallization
diglycerides 13
monoglycerides 17f, 165
PUFA 6, 13, 17f
Rhizopus delemarlipase 73
CTABseecetyl trimethyl ammonium bromide
cucumber lipoxygenase 320
Cupheasp.lipase 4, 10f
cutinase 4, 14, 63, 87, 383
CYPseemonooxygenase
cytochrome P450 enzymesseemonooxygenase
D
DAGseediglycerides
Damko ̈hler number 272
decalactones 356
decenoic acid 120
decomposition, PUFA hydroperoxides 355
degradation
structured lipids 138
triglycerides 151
Deloxan 269, 276ff
detoxification, xenobiotic compounds 394
dextran 269
DHAseedocosahexaenoic acid
diacids 149
diacylglycerolsseediglycerides
dialkyl carbonates 118
diastereomers 157
diatomaceous earth 279
dicaprylin, triglycerides 166
dicyclohexylcarbodiimide (DCC) 166
dieicosapentaenoyl diacylglycerol 152f
diffusional effects 200ff, 272ff
diglycerides (DAG)
analysis in structured lipids 167
crystallization 13
1,2(2,3)-DAG 11f
1,3–DAG 13f, 104ff
self-epoxidation 121
synthesis 14, 37, 100–115, 192, 287
diglycerolsseediglycerides
dihomo-c-linolenic acids 25
dimorphecolic acid 352
dioxygenase reaction 310
dioxygenation, double – 347, 354
distillation
azeotropic 370
monoglycerides 15
structured lipids 136, 166
PUFA 6
disulfides 72
docosahexaenoic acid (DHA)
conversion by lipoxygenase 344f
conversion by monooxygenase 402
enrichment 6f, 25, 130f, 171–190, 240
interesterification 208
structured lipids 129, 149, 155
docosapentaenoic acid 186
Duolite 6
dyads, catalytic – 226E
E. coli 78
effectiveness factor, immobilization 200,
204ff
eicosapentaenoic acid (EPA)
conversion by lipoxygenase 344f
conversion by monooxygenase 402
enrichment 6f, 171–190, 240
interesterification 208
structured lipids 129, 149f, 155
eicosenoic acids 35
elaidic acid 120
emulsifiers
diglycerides 100ff
monoglycerides 15, 100ff
enantiomers, triglycerides 149, 157, 173