diglycerides 106, 113
lipid enrichment 30, 35, 185
mutagenesis 80ff
overexpression 78f
production 71
properties 70ff
purification 71f
specificity 4
structure 73f, 86
structured lipids 136f
triglycerides 89, 160, 164
w/o MEs 49f, 57
Rhizopus niveus4f, 33
Rhizopus oryzaelipase
binding site 89, 96
properties 70ff
specificity 4f
rhodamine B 76
ricinoleic acid 120
Ricinus communisphospholipase 230
S
SAFAseesaturated fatty acids
Salatrim 135
saturated fatty acids (SAFA) 5f, 39
Schmidt number 201
SCOseesingle cell oil,Mortierellasp.
selachyl alcohol 180
selective hydrolysisseehydrolysis
selectivity
lipase 3–22, 23f, 36, 70f, 88f
lipoxygenase 313f, 338f
monooxygenase 399f
phospholipase 221, 292
self-epoxidation, unsaturated fatty acids 119f
shark liver oil 173
Sherwood number 201
short-chain fatty acids 149
silica gel 103
silver-ion liquid chromatography 151f
silver staining
single cell oil (SCO)
sophorolipids 381
structured lipids 132, 155, 157, 164, 179, 186
site-directed mutagenesis
lipase 80f, 88f
lipoxygenase 313f
monooxygenase 401f
phospholipase 226
Sloane determinants 316
snake venom phospholipase 222
solvent-free systems
glycolipids 364
interesterification 205
monoglycerides 15
triglycerides 161
sophorolipids 380ff
SOSseecocoa butter equivalent
soy bean lipoxygenase 320, 339f, 344f
Spans 54
specificity
compositional – 8, 193
constants 24f, 91
factor 5
lipase 3, 23–45, 85–99, 160
lipoxygenase 313f, 338f
monooxygenase 399f
phospholipase 5, 221, 292
sphingomyelin 245
sphingophospholipids 220
stability
lipase 56ff, 141, 203, 209
lipoxygenase 343
monooxygenase 407
stearoyl-oleoyl-stearoylglycerol (SOS)seecocoa
butter equivalent
stearylacrylates 123
steel reactor 341
stereoisomers, triglycerides 157
stereoselectivity
lipase 85–99
lipoxygenase 316, 338
phospholipase 219
stereospecific numbering 219
steric effects, immobilization 200
stirred-tank reactors 204ff
Streptomycesphospholipase 222, 229f, 242f, 248
Streptomyces antibioticusphospholipase 229f,
248
Streptomyces chromofuscusphospholipase 229,
243
structural properties, microemulsions 57
structured lipids 48, 135f, 140f, 149–170, 173,
181, 186, 192
structures
lipase 56, 73f, 81, 86ff
lipoxygenase 313f
monooxygenase 401
phospholipase 224ff, 233
substrate binding
lipase 73
lipoxygenase 315, 327
monooxygenase 397, 401
substrate concentration, dimensionless – 205
substrate model, phospholipase 235
substrate partioning, w/o ME 49f
substrate ratio, PUFA 162
substrate specificityseespecificity
sugars
alkylation 363f
esterification 376f
sulfates 112f
supercritical carbon dioxide 365
superfamily, phospholipase D 230f