258
Subject Index
Pigment adaption 131
Pigments 164, 196-198, 201
Platelet aggregation inhibitors 84
Plug flow tubular reactor 162
Polyhydroxybutyrate 166, 172
Polysaccharides 137, 140
, exopolysaccharide 166, 171,201,210
Porphyridium cruentum 136, 139, 148
Precipitation 61
Production medium 7, 13, 17
Productivity, theoretical 134
Progesterone receptor 90
Programmed cell death 240
Proliferation 238
Proline 6, 7
Protein structure, hydrodynamic shear 4767
Proteins 166, 196-198, 201
Protooncogenes 239
Purple bacteria 128, 143
Quanta requirements 127
Raceway ponds 134
Radiant energy, total 129
-
-, volumetric rate 176, 180, 189, 191
Radiant light energy 159, 171-173, 175,
216, 217
Radiative transfer 159, 161, 174, 180,
188
Receptor binding assays 77
Respiration 169, 172, 174, 196
Respiratory losses 144
Reynolds number 136
Rhodobacter capsulatus 143
Rhodobacter sphaeroides 143
Rhodospirillaceae 140, 143
Rubisco 168, 206
Scattering 175, 180
- coefficient 182, 190, 202
Scenedesmus 125, 135
Schuster model 180, 184-185, 194, 205
Scintillation proximity assay 109
Screens, range of cell-based 77
Second messengers 128
Self-immobilization 143
Sensitivity 26, 40, 44
Sewage treatment 135
Shallow ponds 134
Shear, hydrodynamic 47
Shear force 134, 140, 144
Shear stress 47
Signal transduction 98
Smooth muscle contraction 106
Solar collectors 127
Soya 124
Soybean meal 6, l0
Spectinomycin, biosynthetic pathway 11,
40
-, degradation products 16, 17
-, highest productivity 22
-, structure 10
Spirulina maxima 134, 138
Spirulina platensis 159, 166, 167, 170,
190-199, 209, 211,220
Spodoptera frugiperda 233
Spores 12, 17
Stae variable/vector 160, 201
Stoichiometrie coefficient 161, 162, t64,
165, 211
Stoichiometry 160, 161, 164, 169-172,
213
Streptomyces graminofaciens 89
Streptomyces misakiensis 92
Streptomyces ssp. 5-10
Stress, chemical/physical 231
Sulfated glycogen 166, 172, 196-198, 201
Sulfur 172, 197, 201
-
limitation 197
Surface receptors 237
Surface-to-volume ratio 135, 137
Survival factors 238
Survival genes 231,241
Synechococcus 142, 143
Tachykinins 93
Tank reactor, well-mixed 162, 208
Taxonomic techniques 76
Temperature 172, 173
Tetracycline 7
Tetraselmis 138, 139
Thermodynamic efficiency 219
- equilibria 160, 207
Thioredoxin 128
Three-dimension 189, 190
Tissue plasminogen activator 106
Triggers, physiological 237
Tropical plants 127
Tumor metastasis 80
Turbulences 130, 134
Two-flux model 180, 184, 185, 194
Subject Index
Pigment adaption 131
Pigments 164, 196-198, 201
Platelet aggregation inhibitors 84
Plug flow tubular reactor 162
Polyhydroxybutyrate 166, 172
Polysaccharides 137, 140
, exopolysaccharide 166, 171,201,210
Porphyridium cruentum 136, 139, 148
Precipitation 61
Production medium 7, 13, 17
Productivity, theoretical 134
Progesterone receptor 90
Programmed cell death 240
Proliferation 238
Proline 6, 7
Protein structure, hydrodynamic shear 4767
Proteins 166, 196-198, 201
Protooncogenes 239
Purple bacteria 128, 143
Quanta requirements 127
Raceway ponds 134
Radiant energy, total 129
-
-, volumetric rate 176, 180, 189, 191
Radiant light energy 159, 171-173, 175,
216, 217
Radiative transfer 159, 161, 174, 180,
188
Receptor binding assays 77
Respiration 169, 172, 174, 196
Respiratory losses 144
Reynolds number 136
Rhodobacter capsulatus 143
Rhodobacter sphaeroides 143
Rhodospirillaceae 140, 143
Rubisco 168, 206
Scattering 175, 180
- coefficient 182, 190, 202
Scenedesmus 125, 135
Schuster model 180, 184-185, 194, 205
Scintillation proximity assay 109
Screens, range of cell-based 77
Second messengers 128
Self-immobilization 143
Sensitivity 26, 40, 44
Sewage treatment 135
Shallow ponds 134
Shear, hydrodynamic 47
Shear force 134, 140, 144
Shear stress 47
Signal transduction 98
Smooth muscle contraction 106
Solar collectors 127
Soya 124
Soybean meal 6, l0
Spectinomycin, biosynthetic pathway 11,
40
-, degradation products 16, 17
-, highest productivity 22
-, structure 10
Spirulina maxima 134, 138
Spirulina platensis 159, 166, 167, 170,
190-199, 209, 211,220
Spodoptera frugiperda 233
Spores 12, 17
Stae variable/vector 160, 201
Stoichiometrie coefficient 161, 162, t64,
165, 211
Stoichiometry 160, 161, 164, 169-172,
213
Streptomyces graminofaciens 89
Streptomyces misakiensis 92
Streptomyces ssp. 5-10
Stress, chemical/physical 231
Sulfated glycogen 166, 172, 196-198, 201
Sulfur 172, 197, 201
-
limitation 197
Surface receptors 237
Surface-to-volume ratio 135, 137
Survival factors 238
Survival genes 231,241
Synechococcus 142, 143
Tachykinins 93
Tank reactor, well-mixed 162, 208
Taxonomic techniques 76
Temperature 172, 173
Tetracycline 7
Tetraselmis 138, 139
Thermodynamic efficiency 219
- equilibria 160, 207
Thioredoxin 128
Three-dimension 189, 190
Tissue plasminogen activator 106
Triggers, physiological 237
Tropical plants 127
Tumor metastasis 80
Turbulences 130, 134
Two-flux model 180, 184, 185, 194