Biotechnology and Bioengineering 2001: Vol 74 Index

7 Pages·2001·2.3 MB·English

Biotechnology and Bioengineering
Author Index to Volume 74
Abe, N. See Chanprateep, S., 116 of the Inhibition ef Escherichia coli lac for Large-Scale Production of ($)- and
Ahn, W. S. See Park, S.J., 81 Operon Gene Expression by Antigene (R)-Ethyl-3-Hydroxybutyrate, 256
Anderson, D. See Davies, J., 288 Oligonucleotides, 220 Forbes, N.S.
Arnold, S.A. See Vaidyanathan, S., 376 Chiba, K. See Murakami, Y., 406 ; Clark, D.S.; Blanch, H.W.: Using
Asenjo, J.A. See Pinto, J.M., 451 Christensen, B. Isotopomer Path Tracing to Quantify
; Christiansen, T.; Gombert, A.K.; Metabolic Fluxes in Pathway Models
Thykaer, J.; Nielsen, J.: Simple and Containing Reversible Reactions, 196
Baeseman, J.L. See Koons, B.W., 12 Robust Method for Estimation of the Fournier, R.L. See Cheng, B., 220
Baez, C. See Santos, A.M., 295 Split Between the Oxidative Pentose Francis, G.L. See Lien, S., 33:
Baglioni, P. See Randazzo, D., 240 Phosphate Pathway and the Frey, A.D.
Bailey, J.E. See Frey, A.D., 154 Embden-Meyerhof-Parnas Pathway in —; Rimann, M.; Bailey, J.E.; Kallio, P.T.;
Barletta, G. See Santos, A.M., 295 Microorganisms, 517 Thompson, C.J.; Fussenegger, M.:
Berti, D. See Randazzo, D., 240 —; See Melchiorsen, C.R., 271 Novel Pristinamycin-Responsive
Bestetti, G. See Randazzo, D., 240 Christiansen, T. See Christensen, B., 517 Expression System for Plant Cells,
Blanch, H.W. See Hickel, A., 18 Clark, D.S. See Forbes, N.S., 196 Frontera, J. See Santos, A.M., 295
: See Forbes, N.S., 196 Cocaign-Bousquet, M. See Garrigues, C., Fujihashi, K. See Yuki, Y., 62
Bonarius, Hendrik P.J. 108 Fujita, M. See Yuki, Y., 62
; Ozemre, A.; Timmerarends, B.; Skrabal, Cogan, U. See Fishman, A., 256 Fussenegger, M. See Frey, A.D., 154
P.; Tramper, J.; Schmidt, G.; Heinzle, Cosano, I. See Caubin, J., 164
E.: Metabolic-Flux Analysis of
Continuously Cultured Hybridoma Cells Galli, E. See Randazzo, D., 240
Using '*CO, Mass Spectrometry in Dai, S. See Wang, P., 249 Galvan, F. See de la Rosa, F.F., 539
Combination with ‘“C-Lactate Nuclear Davies, J. Garrigues, C.
Magnetic Resonance Spectroscopy and —; Jiang, L.; Pan, L.-Z.; LaBarre, M. J.: ; Mercade, M.; Cocaign-Bousquet, M.;
Metabolite Balancing, 528 Anderson, D.; Reff, M.: Expression of Lindley, N.D.; Loubiere, P.: Regulation
Breitbach, K. GnTIII in a Recombinant Anti-CD20 of Pyruvate Metabolism in Lactococcus
; Jarvis, D.L.: Improved Glycosylation of CHO Production Cell Line: Expression lactis Depends on the Imbalance
a Foreign Protein by Tn-5B1-4 Cells of Antibodies with Altered Glycoforms Between Catabolism and Anabolism,
Engineered to Express Mammalian Leads to an Increase in ADCC Through 108
Glycosyltransferases, 230 Higher Affinity for FeyRIII, 288 Gavala, H.N.
Breuer, M. See Goetz, G., 317 Davison, B.H. See Wang, P., 249 ; Lyberatos, G.: Influence of Anaerobic
Briganti, F. See Randazzo, D., 240 de la Fuente, J.M. See Caubin, J., 164 Culture Acclimation on the Degradation
Brown, D.G. de la Rosa, F.F. Kinetics of Various Substrates, 181
. Jatfé, P.R.: Effects of Nonionic —; Montes, O.; Galvan, F.: Solar Energy Ghosh, R.
Surfactants on the UV/Visible Conversion by Green Microalgae: A —;: Fractionation of Biological
Absorption of Bacterial Cells, 476 Photosystem for Hydrogen Peroxide Macromolecules Using Carrier Phase
Biichs, J. See Hermann, R., 355 Production, 539 Ultrafiltration, |
Burgard, A.P. Dee-Noor, S.S. See Fishman, A. 256 Goetz, G.
—; Maranas, C.D.: Probing the Performance Degn, P. —; Iwan, P.; Hauer, B.; Breuer, M.; Pohl,
Limits of the Escherichia coli Metabolic —; Zimmermann, W.: Optimization of M.: Continuous Production of
Network Subject to Gene Additions or Carbohydrate Fatty Acid Ester Synthesis (R)-Phenylacetylcarbinol in an
Deletions, 364 in Organic Media by a Lipase from Enzyme-Membrane Reactor Using a
Byun, Y. See Yuki, Y., 62 Candida antarctica, 483 Potent Mutant of Pyruvate
Del Signore, M. See Voit, E.O., 443 Decarboxylase from Zymomonas
Di Gennaro, P. See Randazzo, D., 240 mobilis, 317
Caubin, J. Dols-Lafargue, M. Gole, A.
; Martin, H.; Roa, A.; Cosano, L.; —; Willemot, R.-M.; Monsan, P.F.; —; Sastry, M.: A New Method for the
Pozuelo, M.; de la Fuente, J.M.; Remaud-Simeon, M.: Factors Affecting Generation of Patterned Protein Films
Sanchez-Puelles, J.M.; Molina, M.:; a-1,2 Glucooligosaccharide Synthesis by by Encapsulation in Arrays of
Nombela, C.: Choline-Binding Domain Leuconostoc mesenteroides NRRL Thermally Evaporated Lipids, 172
as a Novel Affinity Tag for Purification B-1299 Dextransucrase, 498 Gombert, A.K. See Christensen, B., 517
of Fusion Proteins Produced in Pichia Dunnill, P. See Varga, E.G., 96 Goodrick, J.C.
pastori:, 164 -; Xu, M.; Finnegan, R.; Schilling, B.M.;
Chanprateep, S. Schiavi, S.; Hoppe, H.; Wan, N.C.:
Effenberger, R. See Fishman, A.. 256
; Abe, N.; Shimizu, H.; Yamane, T.; High-Level Expression and Stabilization
Emde, F. See Hellwig, S., 344
Shioya, S.: Multivariable Control of of Recombinant Human Chitinase
Eroshov, M. See Fishman, A. , 296
Alcohol Concentrations in the Produced in a Continuous Constitutive
Production of Polyhydroxyalkanoates Pichia pastoris Expression System, 492
(PHAs) by Paracoccus denitrificans, Finnegan, R. See Goodrick, J.C., 492 Goulding, P.R. See Lennox, B., 125
116 Fischer, R. See Hellwig, S., 344 Grady, C.P.L., Jr. See Rudolph, J.M., 396
Cheney, D.P. See Rorrer, G.L., 389 Fishman, A. Graham, L.D. See Lien, S., 335
Cheng, B. —; Eroshov, M.; Dee-Noor, S.S.; van Mil, Green, P.R. See Park, S.J., 81
—+; Fournier, R.L.; Relue, P.A.; Schisler, J.: J.; Cogan, U.; Effenberger, R.: A Griebenow, K. See Santos, A.M., 295
An Experimental and Theoretical Study Two-Step Enzymatic Resolution Process Grievink, J. See van Winden, W.A., ‘
Biotechnology and Bioengineering, Vol. 74, Pp. 550-552 (2001)
Biotechnology and Bioengineering
Author Index to Volume 74
Abe, N. See Chanprateep, S., 116 of the Inhibition ef Escherichia coli lac for Large-Scale Production of ($)- and
Ahn, W. S. See Park, S.J., 81 Operon Gene Expression by Antigene (R)-Ethyl-3-Hydroxybutyrate, 256
Anderson, D. See Davies, J., 288 Oligonucleotides, 220 Forbes, N.S.
Arnold, S.A. See Vaidyanathan, S., 376 Chiba, K. See Murakami, Y., 406 ; Clark, D.S.; Blanch, H.W.: Using
Asenjo, J.A. See Pinto, J.M., 451 Christensen, B. Isotopomer Path Tracing to Quantify
; Christiansen, T.; Gombert, A.K.; Metabolic Fluxes in Pathway Models
Thykaer, J.; Nielsen, J.: Simple and Containing Reversible Reactions, 196
Baeseman, J.L. See Koons, B.W., 12 Robust Method for Estimation of the Fournier, R.L. See Cheng, B., 220
Baez, C. See Santos, A.M., 295 Split Between the Oxidative Pentose Francis, G.L. See Lien, S., 33:
Baglioni, P. See Randazzo, D., 240 Phosphate Pathway and the Frey, A.D.
Bailey, J.E. See Frey, A.D., 154 Embden-Meyerhof-Parnas Pathway in —; Rimann, M.; Bailey, J.E.; Kallio, P.T.;
Barletta, G. See Santos, A.M., 295 Microorganisms, 517 Thompson, C.J.; Fussenegger, M.:
Berti, D. See Randazzo, D., 240 —; See Melchiorsen, C.R., 271 Novel Pristinamycin-Responsive
Bestetti, G. See Randazzo, D., 240 Christiansen, T. See Christensen, B., 517 Expression System for Plant Cells,
Blanch, H.W. See Hickel, A., 18 Clark, D.S. See Forbes, N.S., 196 Frontera, J. See Santos, A.M., 295
: See Forbes, N.S., 196 Cocaign-Bousquet, M. See Garrigues, C., Fujihashi, K. See Yuki, Y., 62
Bonarius, Hendrik P.J. 108 Fujita, M. See Yuki, Y., 62
; Ozemre, A.; Timmerarends, B.; Skrabal, Cogan, U. See Fishman, A., 256 Fussenegger, M. See Frey, A.D., 154
P.; Tramper, J.; Schmidt, G.; Heinzle, Cosano, I. See Caubin, J., 164
E.: Metabolic-Flux Analysis of
Continuously Cultured Hybridoma Cells Galli, E. See Randazzo, D., 240
Using '*CO, Mass Spectrometry in Dai, S. See Wang, P., 249 Galvan, F. See de la Rosa, F.F., 539
Combination with ‘“C-Lactate Nuclear Davies, J. Garrigues, C.
Magnetic Resonance Spectroscopy and —; Jiang, L.; Pan, L.-Z.; LaBarre, M. J.: ; Mercade, M.; Cocaign-Bousquet, M.;
Metabolite Balancing, 528 Anderson, D.; Reff, M.: Expression of Lindley, N.D.; Loubiere, P.: Regulation
Breitbach, K. GnTIII in a Recombinant Anti-CD20 of Pyruvate Metabolism in Lactococcus
; Jarvis, D.L.: Improved Glycosylation of CHO Production Cell Line: Expression lactis Depends on the Imbalance
a Foreign Protein by Tn-5B1-4 Cells of Antibodies with Altered Glycoforms Between Catabolism and Anabolism,
Engineered to Express Mammalian Leads to an Increase in ADCC Through 108
Glycosyltransferases, 230 Higher Affinity for FeyRIII, 288 Gavala, H.N.
Breuer, M. See Goetz, G., 317 Davison, B.H. See Wang, P., 249 ; Lyberatos, G.: Influence of Anaerobic
Briganti, F. See Randazzo, D., 240 de la Fuente, J.M. See Caubin, J., 164 Culture Acclimation on the Degradation
Brown, D.G. de la Rosa, F.F. Kinetics of Various Substrates, 181
. Jatfé, P.R.: Effects of Nonionic —; Montes, O.; Galvan, F.: Solar Energy Ghosh, R.
Surfactants on the UV/Visible Conversion by Green Microalgae: A —;: Fractionation of Biological
Absorption of Bacterial Cells, 476 Photosystem for Hydrogen Peroxide Macromolecules Using Carrier Phase
Biichs, J. See Hermann, R., 355 Production, 539 Ultrafiltration, |
Burgard, A.P. Dee-Noor, S.S. See Fishman, A. 256 Goetz, G.
—; Maranas, C.D.: Probing the Performance Degn, P. —; Iwan, P.; Hauer, B.; Breuer, M.; Pohl,
Limits of the Escherichia coli Metabolic —; Zimmermann, W.: Optimization of M.: Continuous Production of
Network Subject to Gene Additions or Carbohydrate Fatty Acid Ester Synthesis (R)-Phenylacetylcarbinol in an
Deletions, 364 in Organic Media by a Lipase from Enzyme-Membrane Reactor Using a
Byun, Y. See Yuki, Y., 62 Candida antarctica, 483 Potent Mutant of Pyruvate
Del Signore, M. See Voit, E.O., 443 Decarboxylase from Zymomonas
Di Gennaro, P. See Randazzo, D., 240 mobilis, 317
Caubin, J. Dols-Lafargue, M. Gole, A.
; Martin, H.; Roa, A.; Cosano, L.; —; Willemot, R.-M.; Monsan, P.F.; —; Sastry, M.: A New Method for the
Pozuelo, M.; de la Fuente, J.M.; Remaud-Simeon, M.: Factors Affecting Generation of Patterned Protein Films
Sanchez-Puelles, J.M.; Molina, M.:; a-1,2 Glucooligosaccharide Synthesis by by Encapsulation in Arrays of
Nombela, C.: Choline-Binding Domain Leuconostoc mesenteroides NRRL Thermally Evaporated Lipids, 172
as a Novel Affinity Tag for Purification B-1299 Dextransucrase, 498 Gombert, A.K. See Christensen, B., 517
of Fusion Proteins Produced in Pichia Dunnill, P. See Varga, E.G., 96 Goodrick, J.C.
pastori:, 164 -; Xu, M.; Finnegan, R.; Schilling, B.M.;
Chanprateep, S. Schiavi, S.; Hoppe, H.; Wan, N.C.:
Effenberger, R. See Fishman, A.. 256
; Abe, N.; Shimizu, H.; Yamane, T.; High-Level Expression and Stabilization
Emde, F. See Hellwig, S., 344
Shioya, S.: Multivariable Control of of Recombinant Human Chitinase
Eroshov, M. See Fishman, A. , 296
Alcohol Concentrations in the Produced in a Continuous Constitutive
Production of Polyhydroxyalkanoates Pichia pastoris Expression System, 492
(PHAs) by Paracoccus denitrificans, Finnegan, R. See Goodrick, J.C., 492 Goulding, P.R. See Lennox, B., 125
116 Fischer, R. See Hellwig, S., 344 Grady, C.P.L., Jr. See Rudolph, J.M., 396
Cheney, D.P. See Rorrer, G.L., 389 Fishman, A. Graham, L.D. See Lien, S., 335
Cheng, B. —; Eroshov, M.; Dee-Noor, S.S.; van Mil, Green, P.R. See Park, S.J., 81
—+; Fournier, R.L.; Relue, P.A.; Schisler, J.: J.; Cogan, U.; Effenberger, R.: A Griebenow, K. See Santos, A.M., 295
An Experimental and Theoretical Study Two-Step Enzymatic Resolution Process Grievink, J. See van Winden, W.A., ‘
Biotechnology and Bioengineering, Vol. 74, Pp. 550-552 (2001)
Hardin, M.T. Kawahara, M. Martin, H. See Caubin, J., 164
-; Howes, T.; Mitchell, D.A.: Residence ; Natsume, A.; Terada, S.; Kato, K.; Matheson, L. See Vaidyanathan, S., 376
Time Distributions of Gas Flowing Tsumoto, K.; Kumagai, I.; Miki, M.: McGhee, J.R. See Yuki, Y., 62
Through Rotating Drum Bioreactors, Mahoney, W.; Ueda, H.; Nagamune, T.: MeNeil, B. See Vaidyanathan, S., 376
145 Replacing Factor-Dependency with that Meier, S.J.
Harvey, L.M. See Vaidyanathan, S., 376 for Lysozyme: Affordable Culture of —; Hatton, T.A.; Wang, D.I.C.: Cell Death
Hatton, T.A. See Meier, S.J., 544 IL-6-Dependent Hybridoma by From Bursting Bubbles: Role of Cell
Hauer, B. See Goetz, G., 317 Transfecting Artificial Cell Surface Attachment to Rising Bubbles in
Heijnen, J.J. See van Winden, W.A., 505 Receptor, 416 Sparged Reactors, 544
Heinzle, E. See Bonarius, Hendrik P.J., Kim, D.-M. Melchiorsen, C.R.
528 ~; Swartz, J.R.: Regeneration of Adenosine ; Jensen, N.B.S.; Christensen, B.;
Hellwig, S. Triphosphate from Glycolytic Jokumsen, K.V.; Villadsen, J.:
; Emde, F.; Raven, N.P.G.; Henke, M.;: Intermediates for Cell-Free Protein Dynamics of Pyruvate Metabolism in
van der Logt, P.; Fischer, R.: Analysis Synthesis, 309 Lactococcus lactis, 271
of Single-Chain Antibody Production in Kim, J.-H. See Li, T., 326 Mercade, M. See Garrigues, C., 108
Pichia pastoris Using On-Line Kishimoto, M. See Yoshikawa, T., 435 Middelberg, A.P.J. See van Wegen, R.J..
Methanol Control in Fed-Batch and Kiyono, H. See Yuki, Y., 62 70
Mixed-Feed Fermentations, 344 Knowles, C.J. See Jackman, S.A., 40 Miki, M. See Kawahara, M., 416
Henke, M. See Hellwig, S., 344 Koons, B.W. Milner, S.J. See Lien, S., 335
Hermann, R. ; Baeseman, J.L.; Novak, P.J.: Mitchell, D.A. See Hardin, M.T., 145
; Walther, N.; Maier, U.; Biichs, J.: Investigation of Cell Exudates Active in Mohan, P. See Vaidyanathan, S., 376
Optical Method for the Determination of Carbon Tetrachloride and Chloroform Molina, M. See Caubin, J., 164
the Oxygen-Transfer Capacity of Small Degradation, 12 Monsan, P.F. See Dols-Lafargue, M., 498
Bioreactors Based on Sulfite Oxidation, Kornfeld, G. See Lennox, B., 125 Montagna, J.M. See Pinto, J.M., 451
355 Kumagai, I. See Kawahara, M., 416 Montague, G.A. See Lennox, B., 125
Hickel, A. Montes, QO. See de la Rosa, F.F., 539
; Radke, C.J.; Blanch, H.W.: Role of LaBarre, M. J. See Davies, J., 288 Morita, M.
Organic Solvents on Pa-Hydroxynitrile Lay, J.-J. . Watanabe, Y.; Okawa, T.; Saiki, H.:
Lyase Interfacial Activity and Stability, ;: Biohydrogen Generation by Mesophilic Photosynthetic Productivity of Conical
18 Anaerobic Fermentation of Helical Tubular Photobioreactors
Hiden, H.G. See Lennox, B., 125 Microcrystalline Cellulose, 280 Incorporating Chlorella sp. Under
Hirata, A. See Murakami, Y., 406 Lee, S.-Y. See van Wegen, R.J., 70 Various Culture Medium Flow
Hong, S.H. Lee, S.Y. See Park, S.J., 81 Conditions, 136
; Lee, S.Y.: Metabolic Flux Analysis for ; See Hong, S.H., 89 ; Watanabe, Y.; Saiki, H.: Evaluation of
Succinic Acid Production by Lemma-Gray, P. See Liu, X.-C., 524 Photobioreactor Heat Balance for
Recombinant Escherichia coli with Lennox, B. Predicting Changes in Culture Medium
Amplified Malic Enzyme Activity, 89 -, Montague, G.A.; Hiden, H.G.; Kornfeld, Temperature Due to Light Irradiation,
Hoppe, H. See Goodrick, J.C., 492 G.; Goulding, P.R.: Process Monitoring 466
Howes, T. See Hardin, M.T., 145 of an Industrial Fed-Batch Fermentation, Murakami, Y.
125 ; Chiba, K.; Oda, T.; Hirata, A.: Novel
Iribarren, O.A. See Pinto, J.M., 451 Li, P. See Xiu, G.-H., 29 Kinetic Analysis of Enzymatic
Iwan, P. See Goetz, G., 317 Ls, F. Dipeptide Synthesis: Effect of pH and
Izutani, W. See Yuki, Y., 62 ; Yeh, H.; Kim, J.-H.; Ryu, D.D.Y.: Substrates on Thermolysin Catalysis,
Performance of Batch Membrane 406
Jackman, S.A. Reactor: Glycerol-3-Phosphate Synthesis
—; Maini, G.; Sharman, A.K.; Sunderland, Coupled with Adenosine Triphosphate Nagamune, T. See Kawahara, M., 416
G.: Knowles, C.J.: Electrokinetic Regeneration, 326 Nakanishi, F. See Yoshikawa, T., 435
Movement and Biodegradation of Li, Y. See von Canstein, H., 212 Natsume, A. See Kawahara, M., 416
2,4-Dichlorophenoxyacetic Acid in Silt Lien, S. Nemati, M.
Soil, 40 ; Milner, S.J.; Graham, L.D.; Wallace, ; Jenneman, G.E.; Voordouw, G.:
Jaffé, P.R. See Brown, D.G., 476 J.C.; Francis, G.L.: Linkers for Mechanistic Study of Microbial Control
Jarvis, D.L. See Breitbach, K., 230 Improved Cleavage of Fusion Proteins of Hydrogen Sulfide Production in Oil
Jenneman, G.E. See Nemati, M., 424 with an Engineered a-Lytic Protease, Reservoirs, 424
Jensen, N.B.S. See Melchiorsen, C.R.., 335 Nielsen, J. See Christensen, B., 517
27) Lindley, N.D. See Garrigues, C., 108 Nombela, C. See Caubin, J., 164
Jiang, L. See Xiu, G.-H., 29 Liu, X.-C. Novak, P.J. See Koons, B.W., 12
; See Davies, J., 288 ; Lemma-Gray, P.: Biocatalysis of
Jokumsen, K.V. See Melchiorsen, C.R., Isomerization of 1,2-Benzisoxazole by O’Connell, P.J.
271 Bovine Serum Albumin in an Organic ; Varley, J.: Immobilization of Candida
Junker, B. Solvent, 524 rugosa Lipase on Colloidal Gas
>: Technical Evaluation of the Potential Loubiere, P. See Garrigues, C., 108 Aphrons (CGAs), 264
for Streamlining of Equipment Lyberatos, G. See Gavala, H.N., 18i Oda, T. See Murakami, Y., 406
Validation for Fermentation Ogura, Y. See Yoshikawa, T., 435
Applications, 49 Mahoney, W. See Kawahara, M., 416 Oi, D. See Yoshikawa, T., 435
Maier, U. See Hermann, R., 355 Okawa, T. See Morita, M., 136
Kallio, P.T. See Frey, A.D., 154 Maini, G. See Jackman, S.A., 40 Omasa, T. See Yoshikawa, T., 435
Katakura, Y. See Yoshikawa, T., 435 Maliakal, S. See Rorrer, G.L., 389 Ornellas, O. See Santos, A.M., 295
Kato, K. See Kawahara, M., 416 Maranas, C.D. See Burgard, A.P., 364 Ozemre, A. See Bonarius, Hendrik P.J., 528
AUTHOR INDEX
Pacheco, Y. See Santos, A.M., 295 Schisler, J. See Cheng, B., 220 Voit, E.O.
Pan, L.-Z. See Davies, J., 288 Schmidt, G. See Bonarius, Hendrik P.J., —; Del Signore, M.: Assessment of Effects
Park, S.J. 528 of Experimental Imprecision on
; Ahn, W. S.; Green, P.R.; Lee, S.Y.: Scozzafava, A. See Randazzo, D., 240 Optimized Biochemical Systems, 443
Biosynthesis of Poly(3-Hydroxybutyrate- Sharman, A.K. See Jackman, S.A., 40 von Canstein, H.
co-3-Hydroxyvalerate-co-3- Shimizu, H. See Chanprateep, S., 116 —; Li, Y.; Wagner-Dobler, I.: Long-Term
Hydroxyhexanoate) by Metabolically Shioya, S. See Chanprateep, S., 116 Performance of Bioreactors Cleaning
Engineered Escherichia coli Strains, 81 Skrabal, P. See Bonarius, Hendrik P.J., 528 Mercury-Contaminated Wastewater and
Pinto, J.M. Suga, K.-i. See Yoshikawa, T., 435 Their Response to Temperature and
; Montagna, J.M.; Vecchietti, A.R.; Sunderland, G. See Jackman, S.A., 40 Mercury Stress and Mechanical
Iribarren, O.A.; Asenjo, J.A.: Process Suzuki, T. See Yuki, Y., 62 Perturbation, 212
Performance Models in the Optimization Swartz, J.R. See Kim, D.-M., 309 Voordouw, G. See Nemati, M., 424
of Multiproduct Protein Production
Plants, 451 Terada, S. See Kawahara, M., 416 Waezsada, S.D. See Wang, P., 249
Pohl, M. See Goetz, G., 317 Thompson, C.J. See Frey, A.D., 154 Wagner-D6bler, I. See von Canstein, H.,
Pozuelo, M. See Caubin, J., 164 Thykaer, J. See Christensen, B., 517 212
Timmerarends, B. See Bonarius, Hendrik Wallace, J.C. See Lien, S., 335
Radke, C.J. See Hickel, A., 18 P.J., 528 Walther, N. See Hermann, R., 355
Randazzo, D. Titchener-Hooker, N.J. See Varga, E.G., Wan, N.C. See Goodrick, J.C., 492
; Berti, D.; Briganti, F.; Baglioni, P.; 96 Wang, D.I.C. See Meier, S.J., 544
Scozzafava, A.; Di Gennaro, P.; Galli, Tramper, J. See Bonarius, Hendrik P.J., Wang, P.
E.; Bestetti, G.: Efficient Polycyclic 528 —+; Dai, S.; Waezsada, S.D.; Tsao, A.Y.;
Aromatic Hydrocarbons Dihydroxylation Tsao, A.Y. See Wang, P., 249 Davison, B.H.: Enzyme Stabilization by
in Direct Micellar Systems, 240 Tsumoto, K. See Kawahara, M., 416 Covalent Binding in Nanoporous
Raven, N.P.G. See Hellwig, S., 344 Tucker, M.P. See Rorrer, G.L., 389 Sol-Gel Glass for Nonaqueous
Reff, M. See Davies, J., 288 Biocatalysis, 249
Relue, P.A. See Cheng, B., 220 Udaka, S. See Yuki, Y., 62 Watanabe, Y. See Morita, M., 136
Remaud-Simeon, M. See Dols-Lafargue, Ueda, H. See Kawahara, M., 416 —; See Morita, M., 466
M., 498 Willemot, R.-M. See Dols-Lafargue, M.,
Rimann, M. See Frey, A.D., 154 Vaidyanathan, S. 498
Roa, A. See Caubin, J., 164 —; Arnold, S.A.; Matheson, L.; Mohan, P.;
Rorrer, G.L. McNeil, B.; Harvey, L.M.: Assessment Xiu, G.-H.
—; Tucker, M.P.; Cheney, D.P.; Maliakal, of Near-Infrared Spectral Information —+; Jiang, L.; Li, P.: Mass-Transfer
S.: Bromoperoxidase Activity in for Rapid Monitoring of Bioprocess Limitations for Immobilized
Microplantlet Suspension Cultures of Quality, 376 Enzyme-Catalyzed Kinetic Resolution of
the Macrophytic Red Alga Ochtodes van der Logt, P. See Hellwig, S., 344 Racemate in a Fixed-Bed Reactor, 29
secundiramea, 389 van Mil, J. See Fishman, A., 256 Xu, M. See Goodrick, J.C., 492
Rudolph, J.M. van Wegen, R.J.
-, Grady, C.P.L., Jr.: Effect of Media —; Lee, S.-Y.; Middelberg, A.P.J.: Yamane, T. See Chanprateep, S., 116
Composition on Yield Values of Metabolic and Kinetic Analysis of Yeh, H. See Li, T., 326
Bacteria Growing on Binary and Poly(3-Hydroxybutyrate) Production by Yoshikawa, T.
Ternary Substrate Mixtures in Recombinant Escherichia coli, 70 —+; Nakanishi, F.; Ogura, Y.; Oi, D.;
Continuous Culture, 396 van Winden, W.A. Omasa, T.; Katakura, Y.; Kishimoto,
Ryu, D.D.Y. See Li, T., 326 —; Heijnen, J.J.; Verheijen, P.J.T.; M.; Suga, K.-i.: Flow Cytometry: An
Grievink, J.: A Priori Analysis of Improved Method for the Selection of
Saiki, H. See Morita, M., 136 Metabolic Flux Identifiability from Highly Productive Gene-Amplified
—; See Morita, M., 466 '5C-Labeling Data, 505 CHO Cells Using Flow Cytometry, 435
Sanchez-Puelles, J.M. See Caubin, J., 164 Varga, E.G. Yuki, Y.
Santos, A.M. —; Titchener-Hooker, N.J.; Dunnill, P.: —,; Byun, Y.; Fujita, M.; Izutani, W.;
—; Vidal, M.; Pacheco, Y.; Frontera, J.; Prediction of the Pilot-Scale Recovery Suzuki, T.; Udaka, S.; Fujihashi, K.;
Baez, C.; Ornellas, O.; Barletta, G.; of a Recombinant Yeast Enzyme Using McGhee, J.R.; Kiyono, H.: Production
Griebenow, K.: Effect of Crown Ethers Integrated Models, 96 of a Recombinant Hybrid Molecule of
on Structure, Stability, Activity, and Varley, J. See O’Connell, P.J., 264 Cholera Toxin-B-Subunit and
Enantioselectivity of Subtilisin Vecchietti, A.R. See Pinto, J.M., 451 Proteolipid-Protein-Peptide for the
Carlsberg in Organic Solvents, 295 Verheijen, P.J.T. See van Winden, W.A.., Treatment of Experimental
Sastry, M. See Gole, A., 172 505 Encephalomyelitis, 62
Schiavi, S. See Goodrick, J.C., 492 Vidal, M. See Santos, A.M., 295
Schilling, B.M. See Goodrick, J.C., 492 Villadsen, J. See Melchiorsen, C.R., 271 Zimmermann, W. See Degn, P., 483
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 74
a-chymotrypsin, 249 Dextransucrase, 498 identifiability, 505
a-lytic protease, 335 Digester sludge, 280 Immobilized enzyme, 29
Acclimation, 181 Dihydrofolate reductase (dhfr), 435 Immunoglobulin, 288
Acetate, 181 Direct micellar systems, 240 Inorganic phosphate, 309
Acetylphosphate, 309 Insect cells, 230
Activity, 181 E. coli metabolism, 364 Interfacial reaction, 18
Affinity tag, 164 Electrokinetics, 40 Isomerization, 524
Airlift, 136 Electromigration, 40 Isotopic tracer, 528
Anabolism, 108 Encapsulation, 172 Isotopomer matrix, 196
Anaerobic, 280 Enzymatic synthesis, 483 Isotopomer path tracing, 196
Anaerobic digestion, 181
Enzyme, 96, 172
Analytical solution, 29 Enzyme activation, 295 Kinetic analysis, 406
Anthracene, 240 Enzyme immobilization, 249 Kinetic investigation, 317
Antibiotic, 376 Escherichia coli, 70, 81, 89 Kinetic modeling, 70
Antibody variable region, 416 Escherichia coli lac operon, 220 Kinetic resolution, 29
Antigene oligonucleotide, 220 Ethyl-3-hydroxybutyrate, 256 Kinetics, 18]
Aphrons, 264
Experimental encephalomyelitis, 62
Association factor, 196
Lactate, 181
Lactococcus lactis, 108, 271
Bacillus brevis, 62 FTIR, 172 Lactose, 181
Baculovirus, 230 Fault detection, | Lipase, 483
Fault diagnosis, |
Bench-scale process, 256 Lipase adsorption, 264
FceyRIII, 288
Benzisoxazole, 524 Lipase immobilization, 264
Biocatalysis, 524 Fermentation, 49, 125, 376 Lipids, 172
Fixed-bed reactor, 29
Biochemical systems, 443 Loop reactor, 256
Bioconversion, 240, 539 Flow-cytometry, 435
BBiiooddeeggrraaddaatbiloen , po4l0y mer, 116 FFlluuxo reasncaleyisni-sm, et5h0o5t rexate (F-MTX), 435 Malic enzyme, 89
Biohydrogen, 280 FFlluuxx ebsatliamnactei onm,o de5l1s7, 364 MMaalmtmoaslei, an4-9c8e ll culture, 528
BBiioorleoagcitcoarl, m2a1c2r,o m4o6l6e cules, | Fourier-transform infrared (FTIR) Mass spectrometry, 528
Bioremediation, 40 spectroscopy, 295 Mass transfer, 145
Fractionation, | Mass-transfer limitations, 29
BBiioosternasnosrfso,r ma1t7i2o n, 317 Fusion protein, 335 MMaetchheamnaitciacla l permtoudreblaitniogn,, 124152
Bovine albumin, 524 Membrane reactor performance, 326
Bromoperoxidase, 389 Gelatin, 181 Membranes, |
Gene amplification, 435 Mercury-contaminated wastewater, 212
'SC-isotope tracer experiments, 196 Gene deletion, 364 Mercury stress, 212
'SC-labeling, 505 Gene recombination, 364 Metabolic engineering, 89, 230
C-13 isotope, 517 Genetically structured model, 220 Metabolic flux analysis, 70, 89, 196, 517
C-LYTA, 164 Glucose, 181 Metabolic fluxes, 528
Candida antarctica lipase B, 256 Glucose-6-phosphate, 309 Metabolic pathways, 443
Candida rugosa lipase, 264 Glycerol kinase and acetate kinase coupled Metabolic simulation, 196
Carbohydrate fatty acid esters, 483 reactions, 326 Metabolism, 108
Carboligation, 317 Glycerol-3-phosphate synthesis, 326 Metabolite balances, 528
Cell culture, 389 Glycolysis, 108, 309 Methanogen, 12
Cell exudates, 12 Glycosylation, 230 Methanol sensor, 344
Cell-free protein synthesis, 309 Glycosylation engineering, 288 Methylotrophic yeast, 3
Cellulose, 280 Glycosyltransferases, 230 Microalgae, 136, 466
Chemostat, 396 GnTIII, 288 Microtiter plates, 355
Chimeric protein, 62 gp130, 416 Mixed-acid, 271
Chimeric receptor, 416 Green microalgae, 539 Mixed-feed fermentation, 344
Chinese hamster ovary (CHO), 435 Growth control, 416 Modelling, 96
Chloramphenicol acetyltransferase, 309 Growth yield, 396 Mole fraction control, 116
Clean-in-place (CIP), 49 Monte Carlo simulation, 443
CO,, 136, 466 Heat balance, 466 Multicomponent substrate, 396
Codigestion, 181 Hen egg lysozyme, 416 Multiproduct batch plant, 451
Crown ether, 295 Heterologous expression, 164 Multivariable controller, 116
Cumomer, 505 Homolactic, 271 Multivariate analysis, 280, 376
Hybridoma, 416 Multivariate statistical process control, 125
D-value, 49 Hydrogen peroxide, 539
Dechlorination, 12 Hydrogen sulfide, 424 Naphthalene, 240
Design, 451 Hydroxynitrile lyase, 18 Naphthalene dioxygenase, 240
Biotechnology and Bioengineering, Vol . 74, Pp. 553-554 (2001)
Network reduction, 505 Polycyclic aromatic hydrocarbon (PAH), Solar energy, 539
Nitrate, 424 240 Solid-state fermentation, 145
Nonaqueous biocatalysis, 249 Polyhydroxyalkanoates, 81 Solvent-free reaction, 256
Nonaqueous enzymology, 295 Porphorinogen, 12 Solvent mixtures, 483
Nuclear magnetic resonance (NMR) Porphyrin, 12 Souring, 424
spectroscopy, 528 Prediction, 96 Specificity, 406
Principal component analysis, 125 Spectroscopy, 376
Pristinamycin, 154 Stable and high-level expression of
Ochtodes secundiramea, 389
Process performance models, 451 recombinant human chitotriosidase or
Oil reservoir, 424
Product yield, 396 chitinase, 492
Oligosaccharides, 498
Production Chinese hamster ovary (CHO) Steam-in-place (SIP), 49
On-line methanol control, 344
cell line, 288 Streptogramin, 154
Optical method, 355
Propionate, 181 Streptomyces, 154
Optimization, 443, 451
Protease-catalyzed peptide synthesis, 406 Streptomyces fradiae, 376
Organic media, 524
Protein, | Substrate mixtures, 396
Organic solvents, 249
Protein production, 451 Subtilisin Carlsberg, 295
Orthogonal collocation method, 29
Pseudomonas aeruginosa, 396 Succinic acid, 89
Oxygen limitation, 70
Pyruvate, 108, 309 Sucrose, 498
Oxygen transfer, 355
Pyruvate decarboxylase, 317 Sulfite oxidation, 355
Pyruvate formate-lyase, 271 Surface pressure, 18
P(3HB-co-3HV), 116 Pyruvate metabolism, 271 Surfactants, 240
P. pastoris continuous fermentation without
methanol induction, 492 Qualification, 49 Terpolyester, 81
Patterned protein films, 172 Test tubes, 355
Pentose phosphate pathway, Recombinant, 96 Thermolysin, 406
PH effect, 406 Recovery, 96 Thiomicrospira sp. strain CVO, 424
Phenanthrene, 240 Red alga, 389 Tobacco, 154
Phosphoenol pyruvate, 309 Residence time distribution (RTD), 145 Tracer study, 145
Photobioreactor, 136, 389 Resolution, 256 Triplex-forming oligonucleotide (TFO), 220
Photosynthesis, 136, 466 Reverse sample genome probing, 424 Two-phase system, 18
Photosystem, 539 Rotating drum bioreactor, 145 2,4-dichlorophenoxyacetic acid, 40
Pichia pastoris, 344
Ultrafiltration, |
Pip, 154 S-systems, 443
Unsteady-state reactor dynamics, 326
Plant gene regulation, 154 Shaking flasks, 355
Poly(3-hydroxbutyrate) (PHB), 70 Single-chain antibody, 344 Validation, 49
Poly(3-hydroxybutyrate-co-3-hydroxyvalerate- Site-specific cleavage, 335
co-3-hydroxyhexanoate), 81 Sol-gel silica glass, 249 Yeast, 96, 164
SUBJECT INDEX