Biotechnology and Bioengineering 1999: Vol 63 Index

9 Pages·1999·2.8 MB·English

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Biotechnology and Bioengineering
Author Index to Volume 63
Acuna, M.I Blackall, L.L. See Bond, P.L., 50 Dahlems, U. See Mayer, A.F., 373
Pérez, | Boam, A.T. See Doig, S.D., 601 Davis, H.E. See Le Doux, J.M., 654
Microb Bond, P.L. de Koning, W. See Sipkema, E.M., 56
Biot Keller, J.; Blackall, L.1 Anaerobic de Sousa, P.C., Jr. See Foguel, D., 552
Wast Phosphate Release from Activated Deepika, N.-U.-A. See Agrawal, R., 249
Agrawal, R. Sludge with Enhanced Biological Demuth, B. See Dols, M., 308
1) Phosphorus Removal. A Possible Dexheimer, J. See Oerther, S., 206
| Mechanism of Intracellular pH Control, Diekmann, H. See Beuse, M., 410
507 Doig, S.D.
3 Bou, J.J. See Pérez-Camero, G., 110 Boam, A.1 Livingston, A.G.: Stuckey,
Boudrant, J. See Gschaedler, A 9|4 D.C.: Epoxidatior of 1,7-Octadiene by
Ahring, B.K. See Ar Boures, E. See Bousquet, M.-P., 730 Pseudomonas oleovorans in a
Aldaz, A. See Lopez-l Bousquet, M.-P. Membrane Bioreactor, 601
Allan, V.J.M. S« Willemot, R.-M.; Monsan, P.; Boures Dols, M.
Alves, S.S. See Mat E.: Enzymatic Synthesis of Unsaturated Remaud-Simeon, M.:; Willemot, R.-M
Ameer, G.A. Fatty Acid Glucoside Esters for Demuth, B.; Jérdening, H.-J.: Buchholz
Dermo-Cosmetic Applications K.; Monsan, P.: Kinetic Modeling of
Bramble, J. See Muzzio, F.J., 185 Oligosaccharide Synthesis Catalyzed by
Branlant, C. See Gschaedler, A Leuconostoc mesenteroides NRRI
Briihlmann, F. B-1299 Dextransucrase, 308
Chen, W Tuning Bipheny| Donaldson, M.
Dioxy genase for Extended Substrate ; Wood, H.A.; Kulakosky, P.¢ : Shuler,
Angelidaki, I. Specificity, 544 M.L.: Glycosylation of a Recombinant
Ell ird, | \ Buchholz, K. See Dols, M., 308 Protein in the Tn5B1-4 Insect Cell Line
Model of Bull, A.T. See Hooker, A.D Influence of Ammonia, Time of
( omplex Substrates to Harvest, Temperature, and Dissolved
allow, M.E. See Finlay. J.A., 8 Oxygen, 255
Anton, J. S L6pez-Lop arbonell, R.G. See Huang, P.Y., 633 Dordick, J.S. See Ru, M.T., 233
Araujo, M.L.( Pile arpenter, J.F. See Heller, M.C., 166 dos Santos, V.A.P.M. See Hellendoorn., |
Cicwshes R.« Hokka, C.O Studies arrier, R.L. See Obradovic, B., 197 694
spiration Rate of Free and ‘hang, H.N. See Park, J.K., 116 Dowd, J.E.
‘havarie, C. See Jolicoeur, M., 224 ; Weber, L.; Rodriguez, B.; Piret, J.M.;
hen, W. See Briihlmann, F., 544 Kwok, K.E Predictive Control of
See Mulchandani, A., 216 Hollow-Fiber Bioreactors for the
Archambault, J. Se« ‘hou, C.P. Production of Monoclonal Antibodies
Aristidou, A.A. - Yu, C.-( Tseng, J.-H.; Lin, M.-L; Lin 484
K.-Y H.-K Genetic Manipulation to Identify
Limiting Steps and Develop Strategies Eaves, C.J. See Zandstra, P.W., 493
for High-Le vel Expression of Penicillin Edwards, G.H. See Hu. Y.-C., 721
in Batch and Acylase in Escherichia coli, 263 Eliopoulos, E. See | abrou, N I > 322
Continu hristiansen, T. Ellegaard, L. See Angelidaki, I., 363
Asboth, B. See Sasvari, Z., 459 Spohr, A.B.:; Nielsen, J.: On-Line Study Erbeldinger, M.
Auria, R. See Acufia, M.E., 175 of Growth Kinetics of Single Hyphae of Ni, X.; Halling, P.J.: Kinetics of
| ae in a Flow Through Enzymatic Solid-to-Solid Peptide
Bailey, J.E. See Kaufmann, H., 57 Synthesis: Intersubstrate Compound,
Baines, A.J. See Hooker, A.D., 559 Substrate Ratio, and Mixing Effects,
Balcarcel, R.R. See Follstad, B.D., 675 Expression of Soluble and 316
Basnakova, G. See Finlay. J.A.. 8 Catalytically Active Plant (Monocot) Ergas, S.J.
Bédard, C. See Zeiser, A., 122 B-Glucosidases in fF 392 Shumway, | Fitch, M.W.; Neemann,
Beeftink, H.H. See Marchal, L.M., 344 lapés, P. J.J.: Membrane Process for Biological
Beenackers, A.A.C.M. See Sipkema, E.M Moran, C.; Infante, M.R Enzymatic Treatment of Contaminated Gas
fh Synthesis of Arginine-Based Cationic Streams, 431
Behie, L.A. See Kallos, M.S., 47 Surfactants Esen, A. See Cicek, M., 392
Bennett, G.N. See Aristidou, A.A lark, D.S. See Ru, M.1 Exposito, E. See Lopez-Lopez,
Bently, W.E. See Hu, Y.-¢ lonis, Y.D. See Labrou, N.E., 322
Bergsma, J. See Marchal, L.M ‘ongregado, F. See Pérez-Camero, G., 110 Fahnestock, P. See Muzzio, F.J., 185
Beuse, M. ‘onner, A. See Finlay, J.A., 87 Fann, C.H.
Kopmann, A.; Diekmann, H Thoma ‘onverti, A. See Palazzi, E., 273 Guarna, M.M.; Kilburn, D.G.: Piret,
M.: Oxygen, pH Value ind Carbon Cooney, C.L. See Ameer, G.A., 618 J.M.: Relationship Between
Source Induced ( hanges of the Mode of Coughlin, R.W. See Schreyer, H.B., 129 Recombinant Activated Protein C
(O scillation in Synchronous Continuous Secretion Rates and mRNA Levels in
ulture of Saccharomyce erevisiae da Fonseca, M.M.R. See Mateus, D.M.R.. Baby Hamster Kidney Cells, 464
110 625 Ferrasson, E. See Michon, T., 449
Biotechnology and Bioengineering, Vol. 63, Pp. 760-763 (1999)
Fiefler, R.G. See Smets, B.F., 642 McFarlane, C.M.: Use of Multi-Staining Kallos, M.S.
Finlay, J.A. Flow Cytometry to Characterise the ; Behie, L.A Inoculation and Growth
; Allan, V.J.M.; Conner, A.; Callow, Physiological State of Escherichia coli Conditions for High-Cell-Density
M.E.; Basnakova, G.; Macaskie, L.E.: W3110 in High Cell Density Fed-Batch Expansion of Mammalian Neural Stem
Phosphate Release and Heavy Metal Cultures, 705 Cells in Suspension Bioreactors, 473
Accumulation by Biofilm-Immobilized Higashiyama, K. Kamen, A.A. See Zeiser, A., 122
and Chemically-Coupled Cells of a ; Murakami, K.; Tsujimura, H.; Kaneva, I. See Mulchandani, A., 216
Citrobacter sp. Pre-Grown in Matsumoto, N.; Fujikawa, S.: Effects of Kaufmann, H.
Continuous Culture, 87 Dissolved Oxygen on the Morphology ; Mazur, X.; Fussenegger, M.; Bailey
Fitch, M.W. See Ergas, S.J., 431 of an Arachidonic Acid Production by J.E.: Influence of Low Temperature on
Foguel, D. Mortierella alpina \S-4, 442 Productivity, Proteome and Protein
; Robinson, C.R.; de Sousa, P.C., J1 Hill, C.G., Jr. See Rice, K.E., 33 Phosphorylation of CHO Cells, 5
Silva, J.L.; Robinson, A.S.: Hydrostatic Hoare, M. See Tsoka, S., 290 Keller, J. See Bond, P.L.. 507
Pressure Rescues Native Protein from ; See Yeung, K.S.Y., 684 Kilburn, D.G. See Fann, C.H., 464
Aggregates, 552 Hokka, C.O. See Araujo, M.L.G.C., 593 ; See Zandstra, P.W., 493
Follstad, B.D. Holwill, I. See Tsoka, S., 290 Klibanov, A.M. See Knubovets, T., 242
; Balcarcel, R.R.; Stephanopoulos, G.:; Hooker, A.D. Knubovets, T.
Wang, D.1.C.: Metabolic Flux Analysis ; Green, N.H.; Baines, A.J.; Bull, A.T.; ; Osterhout, J.J Klibanov, A.M
of Hybridoma Continuous Culture Jenkins, N.; Strange, P.G.; James, D.C Structure of Lysozyme Dissolved in
Steady State Multiplicity, 675 Constraints on the Transport and Neat Organic Solvents as Assessed by
Fortin, J.A. See Jolicoeur, M., 224 Glycosylation of Recombinant IFN-y in NMR and CD Spectroscopies, 242
Freed, L.E. See Obradovic, B., 197 Chinese Hamster Ovary and Insect Kopmann, A. See Beuse, M., 410
Fregapane, G. Cells, 559 Kroner, K.-H. See Vogel, J.H., 663
; Rubio-Fernandez, H.; Nieto, J.; Hu, Y.-C. Kulakosky, P.C. See Donaldson, M., 255
Salvador, M.D.: Wine Vinegar ; Bently, W.E.; Edwards, G.H.; Vakharia, Kumar, G.
Production Using a Noncommercial V.N.: Chimeric Infectious Bursal ; Smith, P.J.; Payne, G.I Enzymatic
100-Litre Bubble Column Reactor Disease Virus-Like Particles Expressed Grafting of a Natural Product onto
Equipped with a Novel Type of in Insect Cells and Purified by Chitosan to Confer Water Solubility
Dynamic Sparger, 141 Immobilized Metal Affinity
Under Basic Conditions, 154
Fujikawa, S. See Higashiyama, K., 442 Chromatography, 721
Kwok, K.E. See Dowd, J.E., 484
Fussenegger, M. See Kaufmann, H., 573 Huang, P.Y.
; Carbonell, R.G.: Affinity
Labrou, N.E.
Ganzeveld, K.J. See Sipkema, E.M., 56 Chromatographic Screening of Soluble
; Eliopoulos, E.; Clonis, Y.D.: Molecular
Gervais, C. See Mercille, S., 516 Combinatorial Peptide Libraries, 633 Modeling for the Design of a
Giordano, R.C. See Araujo, M.L.G.C., 593 Hubert, P. See Oerther, S., 206
Biomimetic Chimeric Ligand
Gladden, S.G. See Saarinen, M.A., 612
Application to the Purification of
Goetheer, E. See Marchal, L.M., 344 Infante, M.R. See Clapés, P., 333
Bovine Heart L-Lactate Dehydrogenase
Grage, H. See Palmqvist, E., 46 Ingle, J.D., Jr. See Stuart, S.L., 69 299
Green, N.H. See Hooker, A.D., 559 Iyer, M.S.
Langer, R. See Ameer, G.A., 618
Gschaedler, A. ; Wiesner, T.F; Rhinehart, R.R Dynamic
Lapicque, F. See Oerther, S., 206
; Robas, N.: Boudrant, J.; Branlant, C Reoptimization of a Fed-Batch
Lapicque, F. See Oerther, S., 206
Effects of Pulse Addition of Carbon Fermentor, 10
Lazarova, Z.
Sources On Continuous Cultivation of
Escherichia coli Containing a James, D.C. See Hooker, A.D., 559 : Tonova, K Integrated Reversed
Recombinant E. coli gapA Gene, 71 Janssen, D.B. See Sipkema, E.M., 56 Micellar Extraction and Stripping of
Guarna, M.M. See Fann, C.H., 464 Jaouen, P. See Vandanjon, L., | a-Amylase, 583
Guéguen, J. See Michon, T., 449 Jardin, B. See Zeiser, A.. 122 Le Doux, J.M.
; Davis, H.E.; Morgan, J.R.; Yarmush,
Jenkins, N. See Hooker, A.D., 559
Hahn-Hiagerdal, B. See Palmqvist, E., 46 Jensen, N.B.S. M.L.: Kinetics of Retrovirus Production
Halling, P.J. See Erbeldinger, M., 316 : Jokumsen, K.V.; Villadsen, J and Decay, 654
Harmon, W. See Ameer, G.A., 618 Determination of the Phosphorylated Le Gall, H. See Oerther, S., 206
Haynes, C.A. See Zandstra, P.W., 493 Sugars of the Embden-Meyerhoff-Parnas Lemmon, T.L. See Stuart, S.L., 69
Hellendoorn, L. Pathway in Lactococcus lactis Using a Lendenmann, U. See Smets, B.F., 642
; Ottengraf, S.P.P.; van den Heuvel, J.C Fast Sampling Technique and Solid Lin, H.-K. See Chou, C.P., 263
Pennings, J.A.M.M.; dos Santos, Phase Extraction, 356 Lin, M.-I. See Chou, C.P., 263
V.A.P.M.; Wijffels, R.H Kinetics and Jervis, E. See Zandstra, P.W., 493 Litster, J.D. See Stuart, D.M., 383
Performance of a Co-Immobilised Jin, Y.B. See Park, J.K., 116 Liu, M. See Muzzio, F.J., 185
System of Amyloglucosidase and Johns, M.R. See Stuart, D.M., 383 Livingston, A.G. See Doig, S.D., 601
Zymomonas mobilis, 694 Jokumsen, K.V. See Jensen, N.B.S., 356 Lobo, R.
Heller, M.C. Jolicoeur, M. : Revah, S.; Viveros-Garcia, T.: An
; Carpenter, J.F.; Randolph, T.W Protein ; Williams, R.D.; Chavarie, C.; Fortin Analysis of a Trickle-Bed Bioreactor
Formulation and Lyophilization Cycle J.A.; Archambault, J Production of Carbon Disulfide Removal, 98
Design: Prevention of Damage Due to Glomus intraradices Propagules, an Lopez-Ulibarri, R. See Mayer, A.F., 373
Freeze-Concentration Induced Phase Arbuscular Mycorrhizal Fungus, in an Lortie, R. See Pepin, P., 502
Separation, 166 Airlift Bioreactor, 224 Lépez-Lopez, A.
Hellmuth, K. See Mayer, A.F., 373 Jolicoeur, P. See Mercille, S.. 516 ; Exposito, E.; Anton, J.;
Hewitt, C.J. Jérdening, H.-J. See Dols, M., 308 Rodriguez-Valera, F.; Aldaz, A Use of
; Nebe-Von Caron, G.; Nienow, A.W.; Joseph, R. See Agrawal, R., 249 Thiobacillus ferrooxidans in a Coupled
AUTHOR INDEX
Organophosphate Nerve Agents by Furtural, and p-Hydroxybenzoie Acid on
Immobilized Eschert i coli with Growth and Ethanol Productivity of
Surtace-Expresse¢ rganophosphoru Yeast 16
Macaskie, L.I Hydrolase Paquette, D. Se \ Mi
Marchal, L.M. Munoz-Guerra, S. Sec Park, J.K.
06 lin, Y.B.: Chans
Murakami, K. See Hi siosorbents in Capsules from Zo.
Murhammer, D.W. S ramigere | Cadmium Remo
6] 116
Mutharasan, R. S« Payan, E. See Oerther, S., 206
Muzzio, F.J. Payne, G.F. See Kumar, G
Massie, B. S Unger, D.R.; Liu, M Pennings, J.A.M.M. See Hellendoorn, |
See Mer 1: Fahnestock, P 6904
Mateus, D.M.R. tational and Experimenta Pepin, P.
M.M.R 1 of Flow and Particl Lortie, R.: Influence of Water Activity
Biot on the Enantioselective Esterification of
RS) Ibuprok n by Cand
I IPase B in Solventh
Nebe-Von Caron, G. Sci Pérez, F. See Acuna, M.I
Matheson, N.H. See Noronha, S.B., 285 Neemann, J.J. Sce Erga Pérez-Camero, G.
Matsumoto, N. See Higashiyan Netter, P. See Oerther, S Congregado, F.; Bou, JJ
Mayer, A.F. Ni, X. See Erbeldinger, M Munoz-Guerra, S.: Biosynthesis and
Hellmuth, K.: Schlieker, H Nielsen, J. See Christians« Ultrasonic Degradationo f Bacterial
nez-Ulibarri, R.; Oert Nienow, A.W. Sex Poly(y-Glutamic Acid)
St r, A.W.M Nieto, J. Sce Fri Piret, J.M. See Dowd, J.1
\.P.G.M.: An Expre Noronha, S.B. See Fann, C.H., 464
\ Mi Wavm See Zandstra, P.W
lor Phytas« Shiloa ce « Ethanol Sensor Presle, N. See Oerther, S
ol Growth and
mbinant Strain
Quemeneur, F. S
Mazur, X. See Kau
Raghavan, S. See Ameer, G.A., 618
McFarlane, C.M.
Randolph, T.W. See Heller, M4 lO
Meinander, N.Q.
Reimer, J.A. See Ru, M.T., 233
Menon, M.K.
Remaud-Simeon, M. See Dol
Revah, S. See Acuna, M.E., 175
En See Lobo, R.. 9S
M
Oertel, S. S Rhinehart, R.R. Scx
Mercille, S.
Oecerther, S. Rice, K.FE.
Jol r, P
Watkin
M D.D
t Menhac
Ly Dependent
Nutrient-Limit
Hollow-Fiber Reactor
M ma i Cel Tran Robas, N. See Gschaedler, A
EIB-I9K Adenovira I chanism Robert, J.M. See Vandanjon
Massie, B.: Apoptosis-Resistant Okkerse, M. See Okket Robinson, A.S. See Fovucl
1 B-19K-Expressing NS/O Myeloma Okkerse, W.J.H. Robinson, C.R. See Foguc!
Cells Exhibit Incre: ed Viability and Ottengrat, S.P.P.; Osin Kuipers, B Rodriguez, B. Sce Dowd, J.1
Chimeric Antibody Productivity undet Okkerse, M.: Bioma Accumulation Rodriguez-Valera, F. See Loy
Pertusion Culture Conditions, 529 ind Clogging in Biotrickling Filters for \)
Michon, T. Waste Gas Treatment. Evaluation of Rossignol, N. See Vandanjon, |
Wane, W IT: I CGueguen Dynamic Model Using Dichloromethar Ru, M.T.
Wheat Prola rossiinking Throu t Model Pollutant, 41% Dordick, J.S.; Reimer, J.A.; Clark, D.S
Dityrosine rmation Catalyzedb y Osinga-Kuipers, B. See Okkerse. W.J.H Optimizing the Salt-Induced Activation
Peroxida Improvement in the +1 of Enzymes in Organic Solvents: Effect
Modificationo f a Poorly Accessibk Osterhout, J.J. See Knubovets, 1 of Lyophilization Time and Water
Substrate by “Indirect” Catalysis, 449 Ottengraf, S.P.P. See Hellendoorn, | Content
Misawa, N. See Verdoes, J. SO See Okker W.J.H., 418 Rubio-Fernandez, H. Sce Fregapane, G
Mitchell, D.A. See Stuart, D.M., 383
Mitchell-Logean, C.M. See Saarinen, M.A Palazzi, EF.
612 Convert, A.: Generalized Linearization Saarinen, M.A.
Monsan, P. See Bousquet, M.-P # Kinetics of Glucose Isomerization to Troutner, K.A.; Gladden, S.G
See Dols, M., 308 Fructose by Immobilized Glucos« Mitchell-Logean, C.M.: Murhammet
Moran, C. See Clapés, P., 333 Isomerase, 273 D.W.: Recombinant Protein Synthesis in
Morgan, J.R. See Le Doux, J.M., 654 Palmqvist, E. Trichoplusia ni BTI-Tn-S5BI1-4 Insect
Mosser, D.D. See Mercille, S.. 516 Grage, H.; Meinander, N.Q Cell Aggregates, 612
Mulchandani, A. Hahn-Hiigerdal, B.: Main and Salvador, M.D. See Fregapane, G., 141
Kaneva, |.; Chen, W Detoxification of Interaction Effects of Acetic Acid San, K.-Y. See Aristidou, A.A
AUTHOR INDEX
Sasisekharan, R. See Ameer, G.A., 618 Variables Affect Performance through and Characterization of the Astaxanthin
Sasvari, Z. Their Effects on Transport Phenomena, Biosynthetic Gene Encoding Phytoene
; Asboth, B Crosslinking of 383 Desaturase of Xanthophyllomyces
Glucoamylases via Carbohydrates Stuart, S.L. dendrorhous, 750
Hardly Affects Catalysis but Impairs ; Woods, S.L.; Lemmon, T.L.; Ingle, J.D., Villadsen, J. See Jensen, N.B.S., 356
Stability, 459 Jr.: The Effect of Redox Potential Viveros-Garcia, T. See Lobo, R., 98
Schimmelpennink, E.B. See Marchal, Changes on Reductive Dechlorination of Vogel, J.H.
L.M., 344 Pentachlorophenol and the Degradation ; Kroner, K.-H Controlled Shear
Schlieker, H. See Mayer, A.F., 3 >4 of Acetate by a Mixed, Methanogenic Filtration: A Novel Technique for
Schreyer, H.B. Culture, 69 Animal Cell Separation, 663
—; Coughlin, R.W.: Effects of Stratification Stuckey, D.C. See Doig, S.D., 601 Voyer, R. See Zeiser, A., 122
in a Fluidized Bed Bioreactor During Vunjak-Novakovic, G. See Obradovic, B
197
Treatment of Metalworking Wastewater, Tatiraju, S.
129 ; Soroush, M.; Mutharasan, R
Searles, J. See Muzzio, F.J., 185 Multi-Rate Nonlinear State and Wagner, L.W. See Noronha, S.B., 285
Sekelsky, A.M. Parameter Estimation in a Bioreactor, 22 Wang, D.L.C. See Follstad, B.D., 675
; Shreve, G.S.: Kinetic Model of Thoma, M. See Beuse, M., 410 Wang, W. See Michon, T., 449
Biosurfactant-Enhanced Hexadecane Thornhill, N.F. See Yeung, K.S.Y., 684 Watkins, J. See Rice, K.E., 33
Biodegradation by Pseudomonas Tom, R. See Zeiser, A., 122 Weber, I. See Dowd, J.E., 484
aeruginosa, 401 Tonova, K. See Lazarova, Z., 583 Wiesner, T.F See lyer, M.S., 10
Shiloach, J. See Noronha, S.B., 285 Tramper, J. See Marchal, L.M., 344 Wijffels, R.H. See Hellendoorn, L., 694
Shreve, G.S. See Sekelsky, A.M., 401 Troutner, K.A. See Saarinen, M.A., 612 Willemot, R.-M. See Bousquet, M.-P., 730
Shuler, M.L. See Donaldson, M., 255 Tseng, J.-H. See Chou, C.P., 263 : See Dols, M., 308
Shumway, L. See Ergas, S.J., 431 Tsoka, S. Williams, R.D. See Jolicoeur, M., 224
Silva, J.L. See Foguel, D., 552 ; Holwill, 1.; Hoare, M.: Virus-Like Williams, T. See Yeung, K.S.Y., 684
Sipkema, E.M. Particle Analysis in Yeast Homogenate Wood, H.A. See Donaldson, M., 255
; de Koning, W.; Van Hylckama Vlieg, Using a Laser Light-Scattering Assay, Woods, S.L. See Stuart, S.L., 69
J.E.T.; Ganzeveld, K.J.; Janssen, D.B.; 290
Beenackers, A.A.C.M.: Trichloroethene Tsujimura, H. See Higashiyama, K., 442 Yarmush, M.L. See Le Doux, J.M., 654
Degradation in a Two-Step System by Yeung, K.S.Y.
Methylosinus trichosporium OB3b Unger, D.R. See Muzzio, F.J., 185 ; Hoare, M.; Thornhill, N.F.; Williams
Optimization of System Performance T.; Vaghyiani, J.D.: Near-Infrared
Use of Formate and Methane, 56 Vaghijiani, J.D. See Yeung, K.S.Y., 684 Spectroscopy for Bioprocess Monitoring
Smets, B.F. Vakharia, V.N. See Hu, Y.-C., 721 and Control, 684
; Fiefler, R.G.; Lendenmann, U.; Spain, van de Laar, A.M.J. See Marchal, L.M.., Yu, C.-C. See Chou, C.P., 263
J.C.: Kinetic Analysis of Simultaneous 344
2,4-Dinitrotoluene (DNT) and 2,6-DNT van den Heuvel, J.C. See Hellendoorn, L., Zandstra, P.W.
Biodegradation in an Aerobic 694 ; Jervis, E.; Haynes, C.A.; Kilburn, D.G
Fluidized-Bed Biofilm Reactor, 642 Van Hylickama Vlieg, J.E.T. See Sipkema, Eaves, C.J.; Piret, J.M
Smith, P.J. See Kumar, G., 154 E.M., 56 Concentration-Dependent Internalizatior
Soroush, M. See Tatiraju, S., 22 van Loon, A.P.G.M. See Mayer, A.F., 373 of a Cytokine/Cytokine Receptor
Spain, J.C. See Smets, B.F., 642 van Ooyen, A.J.J. See Verdoes, J.C., 750 Complex in Human Hematopoietic
Spohr, A.B. See Christiansen, T., 147 Vandanjon, L. Cells, 493
Stephanopoulos, G. See Follstad, B.D., 675 ; Rossignol, N.; Jaouen, P.; Robert, J.M.; Zeiser, A.
Strange, P.G. See Hooker, A.D., 559 Quémeéneur, F.: Effects of Shear on ; Bédard, C.; Voyer, R.; Jardin, B.; Tom
Strasser, A.W.M. See Mayer, A.F., 373 Two Microalgae Species. Contribution R.; Kamen, A.A.: On-Line Monitoring
Stuart, D.M. of Pumps and Valves in Tangential of the Progress of Infection in Sf-9
-; Mitchell, D.A.; Johns, M.R.; Litster, Flow Filtration Systems, | Insect Cell Cultures Using Relative
J.D.: Solid-State Fermentation in Verdoes, J.C. Permittivity Measurements, 122
Rotating Drum Bioreactors: Operating ; Misawa, N.; van Ooyen, A.J.J.: Cloning Zydney, A.L. See Menon, M.K., 298
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 63
Acceptor reaction, 308 ‘entral metabolism, 675 Ethanol, 285
Acetic acid fermentation | Cephalosporin C production, 593 Ethanolic fermentation, 46
Activated sludge ‘hemostat culture, 675 xpansion, 473
ADH2, 285 ‘hitosan, 154 :xperimental design, 46
Affinity chromato ‘hlorogenic ac id, 154 xpression, 392
Affinity ligand, 63 HO cells, 559 xpression system, 373
Agarose bioreactor, 618 ‘hondrocyte metabolism, 197 =xtraction method, 356
Aggregates, 473 ‘ircular dichroism (CD), 242
Air pollution control, 418 itrobacter, 87 Fed-batch, 705
Albumin, 298 ‘o-immobilised systems, 694 Fed-batch fermentor, 10
ALS ‘odigestion, 363 Fermentation development, 373
AM fungi, 224 ‘ombinatorial libraries, 633 Ferrous iron oxidation, 79
Amino acid-based surtactants omplementation, 750 Flourescence-assisted carbohydrate
Ammonia ‘ontinuous culture, 410 electrophoresis, 255
amylase ontinuous fermentation, 712 Flow cytometry, 705
iAeM M Yi| OLriu ontrolled shear filtration, 663 Fluidized bed, 618
Anaerobic ARANRRRAA ‘RRAo oRAli ng rate, 166
Apoptosis 529 ‘ovalent enzyme oligomers, 459 gapA gene, 712
Arachidonic acid ‘rossflow. 663 GAPDH, 712
j sper is, 2A4 9 ‘rosslinking, 449, 459 Gel-immobilised cells, 625
As ner 4S RrK ‘ulRture conditions, 255 Gene dosage, 464
~ ‘ytokine depletion, 493 Gene expression, 263
Gene therapy, 654
Bac
Baculo, virus Daucus carota, 224 Genetic manipulation, 263
Glomus intraradices, 224
Baculovirus expression vector Dextransucrase, 308
Glucoamylase, 459
BHK, 464 Dichloromethane, 418
Glucose isomerase, 273
Biochemical 1 Diffusion, 625
Glucose isomerization, 273
Biodegradation Diffusion phenomena, 206 B-glucosidase, 392
Biofilm, 87, 175 Discrete modes of oscillation, 410
Biofilter ) Dissolved oxygen, 255, 442 Glycolysis, 356
Glycosylation, 255
Biofiltration, 418 Dityrosine, 449
Growth conditions, 473
Biogas reactors, 363 DNA shuffling, 544
Growth kinetics, 147
Biological treatment, 431 Downstream processes, 5%
Biological trickling filters + Dynamic light scattering, Hairy roots, 224
Biomimetic dye Dynamic model, 418
Bioprocess Dynamic modelling, 694 Hansenula polymorpha 3 2
Heat shock, 516
Biopro Dynamic re-optimization Hematopoietic cells, 493
Bioreactor Dynamic sparger, 141
Heparin neutralization, 618
Bioreactors
Heparinase, 618
Bioseparation, 583 1B-19K, 529, 516 Heterologous expression, 750
Biosorption, 116 392, Hexadecane, 401
Biosurfactant, 401]
ffectiveness factor, 593 High cell density, 705
Biphenyl! dioxygenase, 544 icosapentaenoic (EPA) and High cell-density cultivation, 373
Blood detoxification, 618
docosahexaenoic (DHA) acid residues, 33 Hollow-fiber bioreactors, 484
Bubble column reactor, 141 lectrochemical reactor, 79 Hollow fiber membranes, 431
am butylglucoside, 730 lectrochemical wastewater treatment, 79 Hollow-fiber reactor, 33
lectrostatic interactions, 298 HPAE-PAD, 356
xygen diffusivity MP pathway, 356 Human secreted alkaline phosphatase, 255
nantioselectivity, 502 Hybridoma, 529, 516
ndomycorrhizae, 224 Hydrolysis, 33
andida nvironment, 255 Hydrostatic pressure, 552
( apacitance nzymatic, 316
( apsule, 116 nzymatic amide and ester bond formation, Ibuprofen, 502
( arbohydrates, 363 333 Immobilized cells, 87, 593
( arbon disulfide removal QR nzyme, 154 Immobilized lipase, 33
( arotenoid, 750 nzyme activation, 233 Immobilized metal affinity chromatography
K Carrageenan nzyme inactivation, 273 (IMAC), 721
( artilage, 19 nzyme purification, 322, 583 Inclusion body, 552
( DNA copy number, 464 nzymes deposited onto supports, 333 Indole, 625
( ell aggregates, 612 poxidation, 601 Inducible expression, 516
( ell culture, 516, 663, 67 5 scherichia coli, 263 Infectious bursal disease virus (IBDV), 72
( ‘ell cycle, 410 scherichia coli, 705, 73 Inhibitors, 46
( ell separation, 663 sterification, 502, 730 Inoculation conditions, 473
Biotechnology and Bioengineering, Vol. 63, Pp. 764-765 (1999)
Insect, 255 Organic solvents, 233, 242, 449 Shear effects, |
Insect cells, 122, 559, 612 Oxygen, 197 Shear stress, 663
Interaction effects, 46 Simulation, 363
Interferon, 559 P22 tailspike, 552 Single hyphae, 147
lon binding, 298 Papain, 333 Size-exclusion HPLC, 552
Parameter estimation, 22 Sodium alginate, 206
Kinetic model, 308, 401 Particle settling, 185 Sodium butyrate, 464
Kinetics, 69, 273 » Penicillin acylase, 263 Sodium hyaluronate, 206
Penicillium, 249 Solid phase extraction, 356
L-serine, 625 Pentachlorophenol, 69 Solid-state fermentation, 383
L-tryptophan, 625 Peptide, 633 Solid-to-solid conversion, 316
Lactate dehy drogenase, 322 Peptide synthesis, 316 Soluble peptide library, 633
Lactococcus lactis, 356 Perfusion, 484, 529 Sorghum, 392
Ligand design, 322 Permittivity, 122
Spores, 224
Lipase, 233, 502, 730 Peroxidase, 449 Spray freeze drying, 166
Lipids, 363 Pesticides, 216 Stability, 694
Low-cost protein produc22t ion, 373 PET21, 392 Staggered extension process, 544
Lyophilization, 166, 233 PH regulation, 507 State estimation, 22
Lysozyme, 242 Phase separation, 166 Structure, tertiary and secondary, : ~ S1L9
Phosphatase, 87 Subsite map, 344
Maize, 392 Phosphorus removal, 507 Substrate protection, 273
Malaria, 285 PLS, 684 Subtilisin Carlsberg, 233
Maltose, 308 Poly(y-glutamic acid) (PGGA), 110 Suspension bioreactor, 47
Mammalian cells, 675 Polychlorinated biphenyls (PCBs), 544 Sustained oscillation, 410
Mammalian neural stem cells, 473 Polymer modification, 154
Mass spectrometry, 559 Predictive control, 484 Tangential flow filtration
Mathematical model, 363 Process monitoring, 22 Taylor-Couette flow, 618
Membrane bioreactor, 601 Process—model mismatch, 10 TBV25H, 285
Membrane integrity, 705 Product specificity, 344 emperature, 255, 344
Membrane potential, 705 Propagules, 224 Thermostability, 459
Menhaden oil, 33 Proteases, 316 Thiobacillus ferrooxidans
Metabolic flux, 675 Protein aggregation, 552 Time of harvest,
Metabolic flux analysis, 737 Protein extraction, 583 issue engineering, 197
Metabolic model, 507 Protein folding, 552 Toluene biodegradation, 175
Metal accumulation, 87 Protein purification, 721 rransduction efficiency, 654
Methylosinus trichosporium OB3b, 56 Protein separations, 298 Transformation capacity, 56
Microalgae, | Protein stability, 166 Transglycosylation, 344
Microcosms, 175 Proteins, 363 Transport phenomena, 383
Microfiltration, 663 Proteins dissolved in nonaqueous solvents, Triazine dye, 322
Mixing, 185 47 Trichloroethene, 56
Model, 98 Pseudomonas oleovorans, 601 rickle-bed bioreactor, 98
Model re-parametrization, 10 Pumps, | Irypsin, 333
Modeling, 431 I'wo-step bioreactor system, 56
Molecular modeling, 322 Random mutagenesis, 544 Tyrosinase, 154
Molecular weight distribution, 344 Rapid monitoring, 290
Monitoring, 684 Rate controlling step, 98 Ultrafiltration, 298, 721
Monoclonal antibodies, 484, 529 Reaction-diffusion model, 593 Ultrasonic degradation, 110
Monte Carlo simulation, 147 Real-time implementation, 22 Unsaturated fatty acid, 730
Morphology, 147, 442 Receptor internalization, 493 Uptake mechanism, 40]
Recombinant DNA, 712
Mortierella alpina, 44?
MRNA level, 464 Recombinant DNA technology, 263 Valves, |
Multi-rate measurements, 22 Recombinant protein production, 464 Verbenol, 249
Mutant, 249 Recombinant retroviruses, 654 Vesicles, 224
Viability, 705
Myeloma, 529, 516 Redox potential, 69
Reductive dechlorination, 69 Virus decay, 654
N-glycosylation, 559 Resolution, 502 Virus-like particle, 290
Virus-like particles (VLP), 72
NAPL reduction, 401 Retransfection, 464
Virus production, 654
NIR spectroscopy, 684 Reversed micelles, 583
Non-conventional media, 730 Rheological measurements, 206 Virus titer, 654
Nuclear magnetic resonance (NMR), 242 Roller bottles, 185 Volatile organic compounds, 431
Nucleotide sugars, 559 Rotating drum bioreactor, 383 Waste gas treatment, 418
Water activity, 502
Oat, 392 Saccharide composition, 344
Wheat prolamines, 449
1,7-octadiene, 601 Saccharomyces, 285
Wine vinegar production, 14]
Oligosaccharide, 308 Saccharomyces cerevisiae, 410
On-line monitoring, 122 Salts, 233 Yeast, 46, 750
OPH, 216 Secretion, 464, 559
Optimizing protein secretion, 373 SEM, 175 Zoogloea ramigera, 116
Organic media, 333 Sensor, 285 Zymomonas mobilis, 694
SUBJECT INDEX

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