522
Index
election transport 129,133
facilitated diffusion 20
fermentative metabolism 24,29-30,127,175
growth of 20,39-40,174-177,251,453
growth model by linear programming 174-177
single cell model for growth 278-284,286-288
temperature influence on 263
true yield coefficient and maintenance 254
lactose uptake 24,274,279
precursor needed to synthesize 25
recombinant 37, 39-40,279, 286,288
population balance 323
RNA composition 32
at different growth rates 266
saturation constant for growth on glucose 247
substrate uptake via PTS system 23-24
Ethanol 10-13
as metabolic product 29,58-59,64-65,68-71,92, 138-148,
179
biomass yield on 111, 256-260
diffusion coefficient in aqueous solutions 455
degree of reduction 62
heat of combustion 102-104
influence on growth of
S. cerevisiae
58, 136,256
in oscillating yeast cultures 297
maximum yield on glucose 65, 176-177,259
permeability coefficient 17
uptake 10,12-13,30, 88-89,175-177,256-260,295
Exponential growth 246,265,334,352,369
of filamentous fungi 330
Exponential phase: see Growth phases
FAD/FADH- 27-28,61, 110
Facilitated diffusion: see Diffusion
Fat(s): see also lipids
composition of an
E. coli
cell 32
elemental composition of 55
neutral fat 55
phospholipids 55
Fatty acids 32
as antifoam agents 435
Fermentations
batch: see Cultivation, batch
continuous: see Cultivation, plug flow
fed-batch: see Cultivation, fed-batch
stirred tank: see Cultivation, stirred tank
for single cell protein (SCP) 65,89,365,414,513
A. teichomyceticus
416
A. aerogenes
56
A. niger
56,453,474
C.
acetobutylicum
anaerobic 181-184
C. glutamicum
aerobic 74, 164, 180
L. cremoris
anaerobic 129-132
M. capsulatus
aerobic 65
M. vaccae
aerobic 89
P. chrysogenum
56, 186-187.313,334-335,499,518
P. pantotrophm
91
S. cerevisiae
59,136, 313
aerobic 67-71
anaerobic 186-187
on ethanol 136
Filamentous microorganism 4
Acremonium chrysogenum
36
morphological structured model 302-303
A. nidulans
254
duplication cycle 301
A. niger
10, 56, 71-72,93,254,453
citric acid production 71
apex 300-301,304
A. awamori
254, 302-303
branching 12,302-303,331,333
compartment
apical 300-305
hyphal 300-305
subapical 300-304
conidiophore 302
differentiation 291,302-303
duplication cycle 301
fragmentation
breakage function 331-333
of bubbles 432
partitioning function 331-333
specific rate of fragmentation 331-332,334
G. candidum
branching 302
morphology 302,305-306
imperfect fungi 302
life cycle 302
medium rheology 500,515
model
intracellular structured model 291 -292,294-295,298
morphologically structured model 291-292,302-303,305
population model 319-320,330-335
P. chrysogenum
19, 38-39, 56, 90, 132, 334-335, 499-500,
515-516
penicillin production 19,38-39,90,516
population model of 334
uptake of phenoxyacetic acid 19
septum 300-302
spontaneous mutants 293-294
sugar uptake 24,204
tip extension 300-301,305,331,333
Flavin adenine dinucleotide: see FAD/FADHj
Flow cytometry 321-322,328
Flux control: see Metabolic control analysis
Foam 435,480
Fragmentation: see Filamentous microorganism
Free energy: see Gibbs free energy
Fractional enrichment 163-169
Froude number 437,442,489,501
Functional genomics 2-3,8,14
Futile cycle 20,126
Gas hold up 474
Gene dosage 288
Generalized degree of reduction balance 66
Generalized Thiele modulus: see Thiele modulus, generalized
Genetic instability
modeling plasmid instability 292-293,323-326,402-403,416
recombinant
E. coli
292-293
Gibbs free energy 11-12,23-25,27,96-97, 100-101,264
n f rn m h n e fin n 1
1 ЛА
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