Biotechnology and Bioengineering 2000: Vol 68 Index

11 Pages·2000·3 MB·English

Biotechnology
Bioengineering
INDEX TO VOLUME 68
Biotechnology
aoe Armaan
Bioengineering
Editor
Douglas S. Clark
) il Engineering, Univ
Editorial Board
lames E. Bailey Maria-Regina Kula
ETH-Ziiri
P,a uline Doran larvey W. BSlaagnec h Douglas A. Lauffenburger
lniversity of , uth V ales o Universit Adriculture mversity aul Ha A Viassacbusetts j
Ho Nam Chang
lonathan S. Dordick |
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Rensselaer Polytechnic Institut Elettherios 1 Papoutsakis
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lettrey A. Hubbell Alexander M. Klibanov
ETH—Ziirich and Massachusetts Institute of
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Founding Editor: Elmer |
Postmaster
Advertising Sales
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All Other Correspondence
Editorial Production, John Wiley
Yiane Ge
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Biotechnology and Bioengineering
Author Index to Volume 68
Abdel-Fattah, W.R. Beun, J.J. Christensen, B.
; Fadil, M.; Nigam, P.; Banat, 1.M : Verhoef, E.V.; Van Loosdrecht, ; Nielsen, J.: Metabolic Network Analysis
Isolation of Thermotolerant M.C.M.; Heijnen, J.J.: Stoichiometry of Penicillium chrysogenum Using
Ethanologenic Yeasts and Use of and Kinetics of Poly-B-Hydroxybutyrate C-Labeled Glucose, 652
Selected Strains in Industrial Scale Metabolism Under Denitrifying Chung, J.D.
Fermentation in an Egyptian Distillery, Conditions in Activated Sludge ; Design of Metabolic Feed Controllers
53] Cultures, 496 Application to High-Density
Abian, O. See Mateo, C., 98 Bhat, S.G. See Upadhya, R., 430 Fermentations of Pichia pastoris, 298
Acha, V. Blahuta, N. See Champagne, C.P., 681 Conejeros, R.
: Meurens, M.; Naveau, H.; Agathos, Bogle, I.D.L. See Steffens, M.A., 218 Vassiliadis V.S Dynamic Biochemical
S.N.: ATR-FTIR Sensor Development Boll6k, M. See Stenberg, K., 204 Reaction Process Analysis and Pathway
for Continuous On-Line Monitoring of Bonner, G. Modification Predictions, 285
Chlorinated Aliphatic Hydrocarbons in a ; Klibanov, A.M.: Structural Stability of Coutelle, C. See Aris, A., 689
Fixed-Bed Bioreactor, 473 DNA in Nonaqueous Solvents, 339 Cramer, S.M. See Shukla, A.A., 672
Acuna, M.E. See Auria, R., 448 Bourdillon, C. See De Lac ey, A.L., | Cui, Z.F. See Ghosh, R., 191
Agathos, S.N. See Acha, V., 473 Bourgois, A. See Argiro, L., 136
Aitken, M.D. See Marx, R.B., 308 Brion, F. See Champagne, C.P.., 68] Davison, B.H.
Akkus, H. See Hacking. M.A.P.J., 84 Biichs, J. : Barton, J.W.; Klasson K.T Francisco
Al-Rubeai, M. See Tey, B.T.. 31 ; Maier, U.; Milbradt, C.; Zoels, B \.B Influence of High Biomass
Ansorge, M.B. Power Consumption in Shaking Flasks Concentrations on Alkane Solubilities
: Kula, M.-R Production of Recombinant on Rotary Shaking Machines: I. Power Y
L-Leucine Dehydrogenase from Bacillus Consumption Measurement in de Atauri, P.
cereus in Pilot Scale Using the Unbaffled Flasks at Low Liquid : Sorribas, A.: Cascante, M Analy sis and
Runaway Replication System / Viscosity, 589 Prediction of the Effect of Uncertain
coli{pIET98}, 557 ; Maier, U.; Milbradt, C.; Zoels, B Boundary Values in Modeling a
Arcos, J.A. Power Consumption in Shaking Flasks Metabolic Pathway, 18
; Garcia, H.S.; Hill, C.G., Jr Continuous on Rotary Shaking Machines: II de Hulster, E. See van Hoek, P., 51
Enzymatic Esterification of Glycerol Nondimensional Description of Specific de Laat, W.T.A.M. See van Gulik, W.M
with (Poly)Unsaturated Fatty Acids in a Power Consumption and Flow Regimes 602
Packed-Bed Reactor, 563 in Unbaffled Flasks at Elevated Liquid De Lacey, A.L.
Argiro, L. Viscosity, 594 ; Detcheverry, M.; Moiroux, J.:
Doerig, C.; Liabeuf, S.; Bourgois, A Biintemeyer, H. See Werner A., 59 Bourdillon, C Construction of
Romette, J.L.: Production of Butler, M. See Yang, M., 370 Multicomponent Catalytic Films Based
Sm37-GAPDH, a Major Therapeutical on Avidin-Biotin Technology for the
larget in Human Schistosomiasis, 136 ‘amacho, F. Garcia See Fernandez, F.G Electroenzymatic Oxidation of
Aris, A. Acién, 173 Molecular Hydrogen, |
: Feliu, J.X.; Knight, A Coutelle, C.: ‘arswell, K.S. Dell, A. See Morrison, C.J., -
Villaverde, A Exploiting Viral Papoutsakis, E.1 Culture of Human T DeMoss, J.A. See Han, S.J.. 115
Cell largeting Abilities in a Single Cells in Stirred Bioreactors for Cellular Detcheverry, M. See De Lacey, A.1
Polypeptide, Non-Infectious, Immunotherapy Applications: Shear, Dillon, R.
Recombinant Vehicle for Proliferation, and the IL-2 Receptor, Fauci, L.: A Microscale Model of
Integrin-Mediated DNA Delivery and 3IR Bacterial and Biofilm Dynamics in
Gene I xpression, 6389 ‘ascante, M. See de Atauri, P.. | Porous Media, 536
Auria, R. ‘hampagne, C.P. Dinter, A. See Prati, E.G.P., 239
‘i rere, G Morales, M.; Acuna, M.I Blahuta, N.: Brion, F.: Gagnon, ¢ \ Diogo, M.M.
Revah, S Influence of Mixing and Vortex-Bow! Disk Atomizer System fot : Queiroz. J.A.: Monteiro, G.A.: Martins
Water Addition on the Removal the Production of Alginate Beads in a S.A M Ferreira, G.N M Prazeres,
Rate of Toluene Vapors in a Biofilter, 1500-Liter Fermentor, 681 D.M.F.: Purification of a Cystic Fibrosis
448 ‘handran, K. Plasmid Vector for Gene Therapy Using
Smets, B.I Single-Step Nitrification Hydrophobic Interaction
Models I rroneously Describe Batch Chromatography, 576
Bailey, J.E. See Prati, E.G.P., 239 Ammonia Oxidation Profiles when Di Paolo, M.L. See Vianello, | . 488
Banat, I.M. See Abdel-Fattah, W.R., 53 Nitrite Oxidation Becomes Rate Dodds, M.G.
Bannister, S.J. Limiting, 396 : Grobe, K.J.: Stewart P.S Modeling
; Wittrup, K.D Glutathione Excretion in Chang, H.N. See Han, S.J., 115 Biofilm Antimicrobial Resistance, 456
Response to Heterologous Protein Chao, Y. Doerig, C. See Argiro, | 136
Secretion in Saccharomyces ce reviside : Ishida, T.; Sugano, Y.; Shoda, M Domingues, L.
389 Bacterial Cellulose Production by ; Lima, N.; Teixeira, J.A.: Contamination
Barton, J.W. See Davison, B.H., 279 Acetobacter xylinum in a 50-1 of a High-Cell Density Continuous
Bédard, C. See Elias, C.B., 381 Internal-Loop Airlift Reactor, 345 Bioreactor, 584
Belleville, M.-P. See Paolucci-Jeanjean, D.. Cheon, Y.H. See Kim, G.J., 211 Dordick, J.S. See Novick, S.J., 665
71 Choi, J.-i. See Lee. S.Y.. 466 Duvar, S. See Werner, A., 59
Biotechnology and Bioengineering, Vol. 68 , Pp. 709-712 (2000)
Easton, R.L. See Morrison, C.J., 407 Oxygen-Dependent Inducible Promoter Lim, T.-k.
Elias, C.B. System, the Modified nar Promoter in a ; Nakamura, N.; Matsunaga, T Use of
- Zeiser, A.: Bédard, C.; Kamen, A.A.: Mutant Escherichia coli, 115 Anion Exchange Resin-Packed Capillary
Enhanced Growth of Sf-9 Cells to a Hatano, T. See Matsunaga, T., 647 Column for Rapid Detection of
Maximum Density of 5.2 x 10° Cells Heijnen, J.J. See Picioreanu, C., 355 Anti-Double-Stranded DNA Antibody in
per mL and Production of : See Beun, J.J., 496 Systemic Lupus Erythematosus Serum,
8-Galactosidase at High Cell Density by ; See van Gulik, W.M., 602 >
Fed Batch Culture, 381 Hill, C.G., Jr. See Arcos, J.A., 563 Lima, N. See Domingues, L., 584
Eschenhagen, T. See Zimmermann, W.H., Liu, A.D. See Long-McGie, J., 121
106 Ikasari, L. Liu, B.-L.
; Tzeng, Y.-M.: Characterization Study of
; Mitchell, D.A Two-Phase Model of the
Fadil, M. See Abdel-Fattah, W.R., 53 Kinetics of Growth of Rhizopus the Sporulation Kinetics of Bacillus
Fan, Z. oligosporus in Membrane Culture, 619 thuringiensis, 11
; Oguntimein, G.B.; Reilly, P.J Ingram, L.O. See Zaldivar, J., 524 Lofgren, J. See Gawlitzek, M., 63
Characterization of Kinetics and Loh, K.-C. See Wang, S.-J., 437
Thermostability of Acremonium strictum Ilosrhii,d a,R . TS.e eS eeL eoCnhia,o ,O .,Y .,6 603 45 Long-McGie, J.
Glucooligosaccharide Oxidase, 231 ; Liu, A.D.; Schellenberger, V.: Rapid In
Fauci, L. See Dillon, R., 536 Vivo Evolution of a B-Lactamase Using
Feliu, J.X. See Aris, A., 689 Kamen, A.A. See Elias, C.B., 381 Phagemids, 121
Fernandez, F.G. Acién Keesman, K.J. Liinsdorf, H. See Werner, A., 59
; Pérez, J.A. Sanchez: Sevilla, J.M : Spanjers, H.: Endogenous Model State
Fernandez; Camacho, F. Garcia; Grima, and Parameter Estimation from an Maier, U. See Biichs, J., 589
E. Molina: Modeling of Extensive Batch Experiment, 422 : See Biichs, J., 594
Eicosapentaenoic Acid (EPA) Kim, G.J. Malacarne, C. See Vianello, F., 488
Production from Phaeodactylum ; Cheon, Y.H.; Kim, H.-S. Directed Mardikar, S.H.
tricornutum Cultures in Tubular Evolution of a Novel N-Carbamylase/ : Niranjan, K.: Observations on the Shear
b-Hydantoinase Fusion Enzyme for
Photobioreactors. Effects of Dilution Damage to Different Animal Cells in a
Rate, Tube Diameter, and Solar Functional Expression with Enhanced Concentric Cylinder Viscometer, 697
Irradiance, 173 Stability, 211 Martinez, A. See Zaldivar, J., 524
Fernandez-Lafuente, R. See Mateo, C., 98 Kim, H.-S. See Kim, G.J., 211 Martins, S.A.M. See Diogo, M.M., 576
Kinney, K.A. See Song, J., 508
Ferreira, G.N.M. See Diogo, M.M., 576 Marx, R.B.
Fink, C. See Zimmermann, W.H., 106 Klasson, K.T. See Davison, B.H., 279 Aitken, M.D.: A Material-Balance
Klibanov, A.M. See Bonner, G., 339
Fraga, E.S. See Steffens, M.A., 218 Approach for Modeling Bacterial
Francisco, A.B. See Davison, B.H., 279 Knight, A. See Aris. A., 689 Chemotaxis to a Consumable Substrate
Frere, G. See Auria, R., 448 Kohda, J. See Teshima, T., 184 in the Capillary Assay, 308
Fukuda, H. See Teshima, T.. 184 Kondo, A. See Teshima, T., 184 Matasci, M. See Prati, E.G.P., 239
Kralisch, D. See Zimmermann, W.H., 106
Mateo, C.
Gagnon, C. See Champagne, C.P., 681 Kula, M.-R. See Ansorge, M.B., 557 Abian, O.; Fernandez-Lafuente, R.;
Galbe, M. See Stenberg, K., 204 Guisan, J.M.: Reversible Enzyme
Garcia, H.S. See Arcos, J.A., 563 Immobilization via a Very Strong and
Gawlitzek, M. ; Modeling and Optimization of Nondistorting lonic Adsorption on
; Ryll, T.; Lofgren, J.; Sliwkowski, M.B Anaerobic Digested Sludge Converting Support—Polyethylenimine Composites.
Ammonium Alters N-Glycan Structures Starch to Hydrogen, 269 9S
of Recombinant TNFR-IgG Lee, G.M. See Lee, M.S., 260 Matsumoto, M. See Matsunaga, T., 64
Degradative Versus Biosynthesis Lee, J. See Han, S.J., 115 Matsunaga, T.
Mechanisms, 637 Lee, M.S. ; Hatano, T.: Yamada, A.; Matsumoto,
Georgiou, G. See Pressman, J.G., 548 ; Lee, G.M.: Hyperosmotic Pressure M.: Microaerobic Hydrogen Production
Ghosh, R. Enhances Immunoglobulin Transcription by Photosynthetic Bacteria in a
; Cui, Z.F Purification of Lysozyme Rates and Secretion Rates of KR12H-2 Double-Phase Photobioreactor, 647
Using Ultrafiltration, 191 Transfectoma, 260 ; See Lim, T.-k., 571
Glatz, C.E. See Zhang, C.-M., 52 Lee, S.C. See Lee, S.Y., 466 McMaster, W.R. See Morrison, C.J., 407
Gonchar, M.V. See Moroz, O.M., 44 Lee, S.H. See Lee, S.Y., 466 Meurens, M. See Acha, V.. 473
Grima, E. Molina See Fernandez, F.G Lee, S.Y. Milbradt, C. See Biichs, J.. 589
Acién, 173 ; Wong, H.H.; Choi, J.-i.; Lee, S.H.; Lee, : See Biichs, J., 594
Grobe, K.J. See Dodds, M.G., 456 S.C.; Han, C.S.: Production of Mitchell, D.A.
Guisan, J.M. See Mateo, C., 98 Medium-Chain-Length ; von Meien, O.F.: Mathematical
Polyhydroxyalkanoates by Modeling as a Tool to Investigate the
Hacking, M.A.P.J. High-Cell-Density Cultivation of Design and Operation of the Zymotis
; Akkus, H.: van Rantwijk, F.; Sheldon, Pseudomonas putida Under Phosphorus Packed-Bed Bioreactor for Solid-State
R.A.: Lipase and Esterase-Catalyzed Limitation, 466 Fermentation, 127
Acylation of Hetero-Substituted Lehmann, J. See Werner, A., 59 ; See Ikasari, L., 619
Nitrogen Nucleophiles in Water and Leoni, O. Mohamed, N.
Organic Solvents, 84 ; lori, R.; Palmieri, S Hydrolysis of ; Rainier, T.R., Jr.; Ross, J.M Novel
Han, C.S. See Lee, S.Y., 466 Glucosinolates Using Nylon- Experimental Study of
Han, S.J. Immobilized Myrosinase to Produce Receptor-Mediated Bacterial Adhesion
; Chang, H.N.; DeMoss, J.A.; Suh, E.J.: Pure Bioactive Molecules, 660 Under the Influence of Fluid Shear, 628
Lee, J.: Development and Li, S.-B. See Xin, J.-Y., 78 Moiroux, J. See De Lacey, A.L., |
Characterization of an Liabeuf, S. See Argiro, L., 136 Monteiro, G.A. See Diogo, M.M., 576
AUTHOR INDEX
Morales, M. See Auria, R., 448 Picioreanu, C. Accumulation, Distribution, and
Moroz, O.M. : van Loosdrecht, M.C.M.: Heijnen, J.J Activity: Linking Biofilm Properties to
; Gonchar, M.V.; Sibirny, A.A Efficient \ Theoretical Study on the Effect of Bioreactor Performance, 508
Bioconversion of Ethanol to Surface Roughness on Mass Transport Sorribas, A. See de Atauri, P., 18
Acetaldehyde Using a Novel Mutant and Transformation in Biofilms, 355 Spande, T.F. See Noronha, S.B., 316
Strain of the Methylotrophic Yeast Piredda, L. See Tey, B.T., 31 Spanjers, H. See Keesman, K.J., 422
Hansenula polymorpha, 44 Piret, J.M. See Morrison, C.J., 407 Speitel, G.E., Jr. See Pressman, J.G., 548
Morris, H.R. See Morrison, C.J.. 407 Prati, E.G.P. Steffens, M.A.
Morrison, C.J. ; Matasci, M.: Suter, T.B.; Dinter, A.: ; Fraga, E.S.; Bogle, 1.D.1 Synthesis of
; Easton, R.L.; Morris, H.R.; McMaster, Sburlati, A.R.; Bailey, J.E.: Engineering Bioprocesses Using Physical Properties
W.R.; Piret, J.M.; Dell, A.: Modification of Coordinated Up- and Data, 218
of a Recombinant GPI-Anchored Down-Regulation of Two Stenberg, K.
Metalloproteinase for Secretion Alters Glycosyltransferases of the : Boll6k, M.; Réczey, K.; Galbe, M
the Protein Glycosylation, 407 O-Glycosylation Pathway in Chinese Zacchi, G.: Effect of Substrate and
Moussy, Y. Hamster Ovary (CHO) Cells, 239 Cellulase Concentration on
; Bioartificial Kidney. I. Theoretical Prazeres, D.M.F. See Diogo, M.M., 576 Simultaneous Saccharification and
Analysis of Convective Flow in Hollow Pressman, J.G. Fermentation of Steam-Pretreated
Fiber Modules: Application to a ; Georgiou, G.; Speitel, G.E., Jr.: A Softwood for Ethanol Production, 204
Bioartificial Hemofilter, 142 Hollow-Fiber Membrane Bioreactor for Stewart, P.S. See Dodds, M.G., 456
Bioartificial Kidney. Il. A Convective the Removal of Trichloroethylene from Strauss, M. See Werner, A., 59
Flow Model of a Hollow Fiber the Vapor Phase, 548 Sugano, Y. See Chao, Y., 345
Bioartificial Renal Tubule, 153 Pronk, J.T. See van Hoek, P., 517 Suh, E.J. See Han, S.J., 115
Miithing, J. See Werner, A., 59 Sunasara, K.M. See Shukla, A.A., 672
Suter, T.B. See Prati, E.G.P., 239
Queiroz, J.A. See Diogo, M.M., 576
Nabetani, H. See Nishizawa, K., 92
Nagajyothi See Upadhya, R., 430
Nakajima, M. See Nishizawa, K., 92 Rainier, T.R., Jr. See Mohamed, N., 628 TTeaigxuecihria,, JH..A .S eeS ee TeDsohmiimna,g uesT, 18L.,4 584
Nakamura, N. See Lim, T.-k., 571 Réczey, K. See Stenberg, K., 204
Teshima, T.
NNiaevlesaeun,, JH.. SeSee e OAscthear,g aaVr.d,, 47S. . RReeimllmye,r sP,.J . US.e eS eeF anZ, imZ.m,e r2m3a1 nn, W.H., 106 Kohda, J Kondo, A.; Taguchi, H.;
Yohda, M.; Fukuda, H Preparation of
: See Christensen, B., 652 Reslewic, S.A. See Zhang, C.-M., 52
Nigam, P. See Abdel-Fattah, W.R., 531 Revah, S. See Auria, R., 448 HTohlerom-ucsh aptehre ornmionp-hIimlmuos bilized
Niranjan, K. See Mardikar, S.H., 697 Rigo, A. See Vianello, F., 488 Microspheres with High Ability to
Nishizawa, K. Riley, G.L. Facilitate Protein Refolding, 184
: Nakajima, M.; Nabetani, H.: A : Tucker, K.G.; Paul, G.¢ Thomas, C.R Tey, B.T.
Forced-Flow Membrane Reactor for Effect of Biomass Concentration and Singh, R.P.; Piredda, L.; Piacentini, M
Transfructosylation Using Ceramic Mycelial Morphology on Fermentation Al-Rubeai, M Influence of Bcl-2 on
Membrane, 92 Broth Rheology, 160 Cell Death During the Cultivation of a
Noronha, S.B. Rios, G.M. See Paolucci-Jeanjean, D., 7 Chinese Hamster Ovary Cell Line
; Yeh, H.J.C.; Spande, T.F.; Shiloach, J Robson, G.D. See Wiebe, M.G., 245 Expressing a Chimeric Antibody, 31
Investigation of the TCA Cycle and the Roca, C. See Ostergaard, S., 252 Thomas, C.R. See Riley, G.L., 160
Glyoxylate Shunt in Escherichia coli Romette, J.L. See Argiro, |
BL21 and JM109 Using ‘*°C-NMR/MS, Roennow, B. See Ostergaard, S.. TTruicnkceir,, AK.P..GJ.. SSeeee RWiileebye,, G.ML..G,. . 1602 45
Ross, J.M. See Mohamed, N., 628
316 Tzeng, Y.-M. See Liu, B.-L.. 11
Novick, S.J. Rupp, R.G. See Shukla, A.A., 672
: Dordick, J.S Investigating the Effects Ryll, T. See Gawlitzek, M., 637
of Polymer Chemistry on Activity of Upadhya, R.
Biocatalytic Plastic Materials, 665 Sburlati, A.R. See Prati, E.G.P., 239 ; Nagajyothi; Bhat, S.G Stabilization of
p-Amino Acid Oxidase and Catalase in
Scarpa, M. See Vianello, F., 488
Permeabilized Rhodotorula gracilis
Oguntimein, G.B. See Fan, Z.. Schellenberger, V. See Long-McGie, J
Cells and Its Application for the
Olsson, L. See Ostergaard, S.., 121
Ostergaard, S. Sevilla, J.M. Fernandez See Fernandez. Preparation of a-Ketoacids, 430
: Roca, C.; Ronnow, B.: Nielsen, J.: F.G. Acién, 173
Olsson, L.: Physiological Studies in Sheldon, R.A. See Hacking, M.A.P.J., 84 van Dijken, J.P. See van Hoek, P.. 5
Aerobic Batch Cultivations of Shiloach, J. See Noronha, S.B., 316 van Gulik, W.M.
Saccharomyces cerevisiae Strains Shoda, M. See Chao, Y., 345 ; de Laat, W.T.A.M.; Vinke, J.1
Harboring the MEL/ Gene, 252 Shukla, A.A. Heijnen, J.J Application of Metabolic
; Sunasara, K.M.; Rupp, R.G.; Cramer Flux Analysis for the Indentification of
Palmieri, S. See Leoni, O., 660 S.M.: Hydrophobic Displacement Metabolic Bottlenecks in the
Paolucci-Jeanjean, D. Chromatography of Proteins, 672 Biosynthesis of Penicillin-G, 602
: Belleville, M.-P.; Zakhia, N.: Rios, Shuster, J. See Wiebe, M.G., 245 van Hoek, P.
G.M.: Kinetics of Cassava Starch Sibirny, A.A. See Moroz, O.M., 44 : de Hulster, E.: van Dijken, J.P.; Pronk
Hydrolysis with Termamyl Enzyme, 71 Singh, R.P. See Tey, B.T., 31 J.T.: Fermentative Capacity in
Papoutsakis, E.T. See Carswell, K.S., 328 Sliwkowski, M.B. See Gawlitzek, M.., High-Cell-Density Fed-Batch Cultures
Paul, G.C. See Riley, G.L., 160 Smets, B.F. See Chandran, K., 396 of Baker's Yeast, 517
Pérez, J.A. Sanchez See Fernandez, F.G. Song, J. van Loosdrecht, M.C.M. See Picioreanu,
Acién, 173 : Kinney, K.A Effect of Vapor-Phase C. soo
Piacentini, M. See Tey, B.T., 31 Bioreactor Operation on Biomass : See Beun, J.J.. 496
AUTHOR INDEX
van Rantwijk, F. See Hacking, M.A.P.J., Cultivation of Immortalized Human Yeh, H.J.C. See Noronha, S.B., 316
84 Hepatocytes HepZ on Macroporous Yohda, M. See Teshima, T., 184
Vassiliadis, V.S. See Conejeros, R., 285 CultiSpher G Microcarriers, 59
Verhoef, E.V. See Beun, J.J., 496 Wiebe, M.G. Zacchi, G. See Stenberg, K., 204
Vianello, F. : Robson, G.D.; Shuster, J.; Trinci, A.P.J.: Zakhia, N. See Paolucci-Jeanjean, D., 7
; Zennaro, L.; Di Paolo, M.L.; Rigo, A.; Growth-Rate-Independent Production of Zaldivar, J.
Malacarne, (¢ Scarpa, M.: Preparation, Recombinant Glucoamylase by ; Martinez, A.; Ingram, L.O.: Effect of
Morphological Characterization, and Fusarium venenatum JeRS 325, 245 Alcohol Compounds Found in
Activity of Thin Films of Horseradish Wittrup, K.D. See Bannister, S.J., 389 Hemicellulose Hydrolysate on the
Peroxidase, 488 Wong, H.H. See Lee, S.Y., 466 Growth and Fermentation of
Villaverde, A. See Aris, A., 689 Ethanologenic Escherichia coli, 524
Vinke, J.L. See van Gulik, W.M., 602 Xin, J.-Y. Zeiser, A. See Elias, C.B., 381
von Meien, O.F. See Mitchell, D.A., 127 Zennaro, L. See Vianello, F., 488
; Li, S.-B.; Xu, Y.; Wang, L.-I
Zhang, C.-M.
Enzymatic Resolution of
Wang, L.-L. See Xin, J.-Y., 78 (S)-(+)-Naproxen in a Trapped ; Reslewic, S.A.; Glatz, C.E.: Suitability
Wang, S.-J. of Immobilized Metal Affinity
\queous—Organic Solvent Biphase
; Loh, K.-C.: Growth Kinetics of Chromatography for Protein Purification
Continuous Reactor, 78
Pseudomonas putida in Cometabolism from Canola, 52
Xu, Y. See Xin, J.-Y., 78
of Phenol and 4-Chlorophenol in the Zimmermann, W.H.
Presence of a Conventional Carbon ; Fink, C.; Kralisch, D.; Remmers,
Source, 437 Yamada, A. See Matsunaga, T., 647 Weil, J., Eschenhagen, T.: Three
Weil, J. See Zimmermann, W.H., 106 Yang, M. Dimensional Engineered Heart Tissue
Werner, A. : Butler, M.: Effects of Ammonia on from Neonatal Rat Cardiac Myocytes, 106
; Duvar, S.; Miithing, J.; Biintemeyer, H.; CHO Cell Growth, Erythropoietin Zoels, B. See Biichs, J., 589
Liinsdorf, H.; Strauss, M.: Lehmann, J Production, and Glycosylation, 370 ; See Biichs, J., 594
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 68
Acetaldehyde, 44 Bioreactor operation, 127 Enzymatic electrocatalysis, |
Acetate, 316 Bioreactor optimization, 697 Enzyme, 71
Acetobacter, 345 Bioremediation, 536 Enzymes in organic solvents, 665
Acremonium strictum, 23 B-lactamase, 121 Erythropoietin, 370
Activated sludge, 422 Blood ultrafiltration, 142 Escherichia coli, 524
Adenovirus gene transfer, 106 ESR, 488
AFM, 488 Ethanol, 44, 524, 531
“~~ 3
Agitation, 328 °C labeling, 652 Ethanol fermentation, 204
Airlift bioreactor, 11, 584 ( ‘2GnT overexpression, 239 Ethylene glycol, 339
Airlift reactor, 345 ( ‘anola, 52 Extant respirometry, 396
a-ketoacid preparation, 430 ( ‘apillary assay, 308
Alcohol, 269 ( ‘arbon balance, 508 Feast/famine conditions, 496
Alkaline phosphatase conjugated DNA, 571 ( ‘arbon source, 602 Fed-batch, 115
Alkane, 279 ( ‘ardiac myocytes, 106 Fed batch culture, 381
Amino acid metabolism, 59 ( “atalase, 430 Fermentation, 298, 524, 531]
Ammonia, 370 ( ‘atechol, 524 Fermentative capacity, high-cell-density
Ammonium, 637 ( ‘ell adhesion, 628 fed-batch, 517
Anaerobic-digested sludge, 269 ( ‘ell culture, 106 Filamentous fermentation, 160
Animal cell damage, 697 ( ‘ell decay, 437 Filamentous microorganisms, 594
Anion exchange capillary column, 571 ( ell growth kinetics, 437 Flocculent S. cerevisiae, 584
Antibiotic resistance, 12] ( ‘ell line, 59 Flow cytometry, 31
Anti-dsDNA antibody, 57 ( ‘ell targeting, 689 Flow in a bioartificial kidney, 153
Antimicrobial, 456 ( ‘eramic membrane, 92 Flow in hollow fibers, 142
Apoptosis, 31 Cetyltrimethylammonium bromide, 430 Fluid shear, 628
Aqueous effluents, 473 ¢ ‘haperonin, 184 Fluorescence, 488
ATR-FTIR, 473 ( ‘hemostat, 602 FMDV, 689
Avidin-biotin affinity, | ( hemostat culture, 245 Forced-flow membrane reactor, 92
( ‘hicken egg white, 191 Frequency response, 298
Bacillus thuringiensis, 11 ( ‘hinese hamster ovary (CHO), 637 Fuel cell, |
Bacterial cellulose, 345 ( ‘hlorinated aliphatic hydrocarbons, 47 Fungal growth kinetics, 619
Bacterial chemotaxis, 308 ( ‘HO, 31, 407 Fungi, 448
Bacterial contamination, 584 C ‘HO cells, 239, 370 Furfuryl alcohol, 524
Baculovirus, 136 (C ometabolism, 437 Fusarium venenatum, 245
( ‘ompartmentation, 652 Fusion protein, :
Baculov irus expression vector SY stem, ( ‘onjugated linoleic acid, 563
Baker's yeast, 517
( ‘ontinuous operation, 584
Batch experiment, 422 ( ‘ontinuous process, 78 GALS80, 2:
bel-2, 31
( ontrol, 298
BC pellet, 345
( ‘onvection, 355
8-galactosidase, 381 Gas chromatography—mass spectrometry
( ystic fibrosis, 576
Bifunctional enzyme, 211 (GC-MS), 652
Bioartificial kidney, 142, 1! Gene therapy, 576
Bioartificial liver, 59 b-amino acid oxidase, 430 Geneticin selection,
Bioartificial renal tubule, 15 Denitrification, 496 Glucoamylase, 245
Bioassay, |1 p-hydantoinase, 211 Glucooligosaccharide oxidase, 23
Biocatalysis, 665 Directed evolution, 121, 211 Glucose fermentation, 18
Biochemical pathways, 285 Directionally switching, 508 Glucose repression, 252
Bioconversion, 44 Disinfection, 456 Glucosinolates, 660
Biodegradation, 548 Disk turbine rheometer, 160 Glutaraldehyde stabilization, 430
Displacement chromatography, 672 Glutathione excretion, 389
Biofilm, 355, 456
Displacers, 672 Glycerol, 339
Biofilm model, 536
Distillery, 531 Glycolysis, 517
Biofilter, 448
DNA shuffling, 211 Glycosylation, 370, 407
Biofiltration, 279
DNA stability, 339 Glyoxylate, 316
Biokinetics, 396
DNA structure, 339 Growth-rate-independent production
Biomass, 279, 524
Double-phase photobioreactor, 647 Guaiacol, 524
Biomass activity, 508
Dual rate-limitation, 396
Biomass yield, 508
Bioprocess monitoring, 473 Hansenula polymorpha, 44
Bioprocesses, 218 E. coli, 316 Heating, 681
Bioreactor, 660 Eicosapentaenoic acid, 173 Hemicellulose, 524
Bioreactor design, 127 Electrical wiring, | Hemofiltration, 142
Bioreactor monitoring, 47732 Endogenous process, 422 Henry's law, 279
Biotechnology and Bioengineering, Vol. 68, Pp. 713-715 (2000)
Heterologous protein secretion, 389 Metal affinity, 52 Power consumption, 589, 594
High-cell-density culture, 466 Metalloproteinase, 407 Power law, 160
Hill equation, 11 Methanotrophs, 548 Power number, 589
Hollow fiber membrane, 548 Methylotrophic yeast, 44 Process optimization, 285
Horseradish peroxidase, 488 Microaerobic condition, 647 Process synthesis, 218
Human T cells, 328 Microspheres, 184 Proliferation, 328
Hydrazine, 84 MIGI, 252 Propane, 279
Hydrodynamic shear stress, 697 Mixing, 448 Protein fractionation, 191
Hydrogen, 269 Model, 456 Protein immobilization, 488
Hydrogen production, 647 Model validation, 18 Protein purification, 672
Hydrogenase immobilization, | Modeling, 437 Protein recovery, 52
Hydrolysis, 71 Modeling, Reynolds number, 589 Protein refolding, 184
Hydrophobic interaction, 67 Morphology, 160 Proteins, 672
Hydrophobic interaction chromatography, MS, 316 Pseudomonas putida, 466
576 Mucor miehei lipase, 563 Purification, 557
Hydroxylamine, 84 Multisequence alignment, 23
Hyperosmotic pressure, 260 Multivariate analysis, 473
Hypothermia, 59 Mutants, 44 Reaction-diffusion, 456
Myrosinase, 660 Receptor, 628
Recombinant glycoprotein, 637
Immersed boundary method, 536 Recombinant protein, 245, 689
Immobilization, 184, 660, 681 Naphthalene, 308 Recombinant protein production, 407
Immobilized enzymes, 78, 665 Naproxen, 78 Resistance, 456
Immortalized hepatocytes, 59 nar promoter, 115 Respiration, 647
Immunotherapy, 328 N-carbamylase, 211] Response-surface method, 269
Inducible promoter, 115 N-glycosylation, 637 Reversed-phase, 672
Inhibition, 204, 437 Nitrification, 396 Reversible immobilization of proteins, 98
Insect cell, 136 Nitriles. 660 RGD, 689
Integrin, 689 NMR, 316 Rheology, 160
Interleukin-2 receptor, 328 Non-natural reaction, 84 Rhizopus oligosporus, 619
lonic adsorption of proteins, 98 Nucleic acids, 576 Rhodotorula gracilis, 430
Irradiance, 173 Nutrient deprivation, 31 Runaway replication, large-scale production,
Isoelectric point, 571 557
Isothiocyanates, 660
Off-gas analysis, |]
Kinetics, 71, >2 21 i OOlni-gloilnyes inmee,a su6r8e9m ent, 473 SS.. aceurreevuiss iae6,2 8 252
Kluyveromyces marxianus, 53 Online monitoring, 381 Saccharomyces cerevisiae
Operating conditions, 594 Schistosomiasis, 136
Large-scale, 681 Optical sensor, 473 Sensitivity analysis, 18, 285
Leishmanolysin, 407 Optimal control, 285 Sf-9 cells, 381
Leucine dehydrogenase, 557 Optimization, 218, 269 Shaking flasks, 589
Light regime, 173 Organic solvents, 339 Shaking flasks, modeling, 594
Lignin, 524 Oxidative stress, 389 Shear sensitivity of animal cells, 697
Lignocellulose, 524 Oxygen consumption, Simultaneous saccharification and
Linear fusion, 211 Oxygen-dependent, 11 fermentation (SSF), 204
Lipase, 78, 84 Oxygen-enriched gas, Single-step modeling, 396
Lysozyme, 19] Softwood, 204
Solid-state fermentation, 127, 619
Packed-bed bioreactors, |27 Solubility, 279
Mammalian, 407 Parameter estimation, 422 Sparging, 328
Marine photosynthetic bacteria, 647 Penicillin-G, 602 Specific antibody productivity, 260
Mass transfer, 355 Penicillium chrysogenum, 602, 652 Specific production rate, 245
Mass transport, 536 Permeabilization, 430 Spinner cultivation, 59
Mathematical modeling, 18, Phaeodactylum tricornutum, 173 Sporulation, 11
Mathematical models, 308 Phagemid, 121 ST3Gal | inhibition, 239
Measuring method, 589 PHB metabolism, 496 Starch, 71, 269
Medium-chain-length Photoinhibition, 173 State estimation, 422
polyhydroxyalkanoates, 466 Physical properties, 218
Stereoselective hydrolysis, 78
MEL!I, 252 Pichia pastoris, 298 Stirred bioreactor, 59
Melibiose, 252 Plants, 52 Suspension cultures, 697
Melting of DNA, 339 Plasmid purification, 576 Symmetric branching model, 619
Membrane, 191 PLS, 473 Synthesis of acylglycerols, 563
Membrane-filter culture, 619 (poly esterification of glycerol, 563 Systemic lupus erythematosus, 571
Metabolic flux, 316 (poly )unsaturated fatty acids, 563
Metabolic flux analysis, 652 Polyethylenimine, 98
Metabolic flux manipulation, 602 Polymer chemistry, 665 ICA cycies 316
Metabolic model, 602 Polymer coating, 473 Termamyl”, 71
Metabolism, 308 Porous media, 536 lernary substrate system, 437
SUBJECT INDEX
Thermostability, - 3] [rapped aqueous—organic biphase system, Viscosity, 681
Thermotolerant, 5 31 18 Viscous media, 594
Thermus thermophilus, 184 lrichloroethylene, 548 Volatile fatty acid, 269
Thin films, 488 Tubular photobioreactor, 173
Tissue engineering, heart physiology, 106 Wastewater treatment, 422
Toluene vapors, 448 Ultrafiltration, 191 Water addition, 448
lranscription, 260
Transfectoma, 260 Vanillyl alcohol, 524 Xylose, 524
Transfructosylation, 92 Vapor-phase bioreactors, 508
Translation, 260 Viologen electron carrier, | Yeast
SUBJECT INDEX
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