Biotechnology and Bioengineering 1995: Vol 48 Index

7 Pages·1995·2.5 MB·English

Biotechnology and Bioengineering
Author Index to Volume 48
Allen, D. G. See Mohseni, M., 257 a-amylase by Reversed Micellar Temperature on Reaction Kinetics and
Anand, S. Extraction, 745 General Considerations of Stability and
—; Wu, J.-H.; Diamond, S. L.: Chang, T. M. S. See Lloyd-George, I., Productivity, 190
Enzyme-Mediated Proteolysis of Fibrous 706
Biopolymers: Dissolution Front Chang, Y.-H. D. Das, K.
Movement in Fibrin or Collagen Under —,; Grodzinsky, A. J.; Wang, D. I C.: —; Anis, M.; Azemi, B. M. N. M.; Ismail,
Conditions of Diffusive or Convective Augmentation of Mass Transfer N.: Fermentation and Recovery of
Transport, 89 Through Electrical Means for Glutamic Acid from Palm Waste
Anis, M. See Das, K., 551 Hydrogel-Entrapped Escherichia coli Hydrolysate by Ilon-Exchange Resin
Arnold, F. H. See Sundaresan, V., 431 Cultivation, 149 Column, 551
—; See Johnson, R. D., 437 Chang, Y. K. Daun, G. See Charcosset, C., 415
Asai, S. See Konishi, Y., 592 —+; McCreath, G. E.; Chase, H. A.: de Gooijer, C. D. See Martens, D. E., 49
Asenjo, J. A. See Kaul, A., 246 Development of an Expanded Bed del Rio, G.
Azemi, B. M. N. M. See Das, K., 551 Technique for an Affinity Purification —+; Rodriguez, M.-E.; Munguia, M.-E.;
of G6PDH from Unclarified Yeast Cell Lépez-Munguia, A.; Sober6n, X.:
Baines, A. J. See Hooker, A. D., 639 Homogenates, 355 Mutant Escherichia coli Penicillin
Banik, G. G. Charcosset, C. Acylase with Enhanced Stability at
-—; Heath, C. A.: Hybridoma Growth and —,; Su, Z.; Karoor, S.; Daun, G.; Colton, Alkaline pH, 141
Antibody Production as a Function of C. K.: Protein A Immunoaffinity Dhal, P. K. See Sundaresan, V., 431
Cell Density and Specific Growth Rate Hollow Fiber Membranes for Diamond, S. L. See Anand, S., 89
in Perfusion Culture, 289 Immunoglobulin G Purification: Dormish, J. J. See Manning, M. C., 506
Bayne, S. See Mollerup, I., 501 Experimental Characterization, 415 Ducret, A.
Belfort, G. See Mallubhotla, H., 375 Chase, H. A. See McCreath, G. E., 341 —,; Giroux, A.; Trani, M.; Lortie, R.:
Betenbaugh, M. J. See Tsai, A. M., 715 —,; See Chang, Y. K., 355 Enzymatic Preparation of Biosurfactants
Beuvery, E. C. See Martens, D. E., 49 Chattopadhyay, D. from Sugars or Sugar Alcohols and
Bhalerao, N. See Gu, T., 520 —,; Rathman, J. F.; Chalmers, J. J.: Fatty Acids in Organic Media Under
Blackie, J. D. See Ozturk, S. S., 201 Thermodynamic Approach to Explain Reduced pressure, 214
Boor, R. See Carlson, A., 303 Cell Adhesion to Air-Medium Duine, J. A. See van Tol, J. B. A., 179
Boraschi, D. See Maurizi, G., 197 Interfaces, 649
Borchardt, R. T. See Li, S., 490 Chen, C.-I. Evans, L. L.
Bossi, P. See Maurizi, G., 197 —,; Taylor, R. T.: Thermophilic —,; Burns, M. A.: Countercurrent Gradient
Bowen, W. R. Biodegradation of BTEX by Two Chromatography: A Continuous
—; Moran, E. B.: Ion Exchange of Amino Thermus Species, 614 Focusing Technique, 461
Acids at a Natural Organic Ion Chen, J.-Y. See Chang, Q.-L., 745
Exchanger: Thermodynamics and Chen, W. Y. See Gu, T., 520 Fagervik, K. See von Schalien, R., 631
Energetics, 559 Cheng, C. H. K. See Kwok, F., 542 Fane, A. G. See Liew, M. K. H., 108
Buckland, B. See Lee, S. S., 386 Clonis, Y. D. See Labrou, N. E., 278 Fiers, W. See Steidler, L., 667
Buffiére, P. Colton, C. K. See Charcosset, C., 415 Fonade, C. See Buffiére, P., 725
—,; Stever, J.-P.; Fonade, C.; Moletta, R.: Cramer, S. M. See Kundu, A., 452 Fréchet, J. M. J. See Svec, F., 476
Comprehensive Modeling of Crecchio, C. French, A. D. See Weimer, P. J., 169
Methanogenic Biofilms in Fluidized Bed —,; Ruggiero, P.; Pizzigallo, M. D. R.:
Systems: Mass Transfer Limitations and Polyphenoloxidases Immobilized in Gainer, J. L. See Zaidi, A., 601
Multisubstrate Aspects, 725 Organic Gels: Properties and Gao, J. See Skeen, R. S., 659
Bujalski, W. See Priede, M. A., 266 Applications in the Detoxification of Geladé, E. F. T. See van Tol, J. B. A.,
Bull, A. T. See Hooker, A. D., 639 Aromatic Compounds, 585 179
Bulstra, D. J. See Smolders, G. J. F., 234 Crooks, G. E. Giroux, A. See Ducret, A., 214
Burns, M. A. See Evans, L. L., 461 —,; Rees, G. D.; Robinson, B. H.; Goldman, M. H. See Hooker, A. D., 639
Burt, A. See Lee, S. S., 386 Svensson, M.; Stephenson, G. R.: Gordillo, M. A. See Montesinos, J. L.,
Comparison of Hydrolysis and 573
Calandranis, J. See Petrides, D., 529 Esterification Behavior of Humicola Grodzinsky, A. J. See Chang, Y.-H. D.,
Carlson, A. lanuginosa and Rhizomucor miehei 149
—+; Signs, M.; Liermann, L.; Boor, R.; Lipases in AOT-Stabilized Water-in-Oil Gu, T.
Jem, K. J.: Mechanical Disruption of Microemulsions: I. Effect of pH and —+; Zheng, Y.; Gu, Y.; Haldankar, R.;
Escherichia coli for Plasmid Recovery, Water Content on Reaction Kinetics, 78 Bhalerao, N.; Ridgway, D.; Wiehl,
303 ; Rees, G. D.; Robinson, B. H.; P. E.; Chen, W. Y.; Kopchick, J. J.:
Carpenter, J. F. See Manning, M. C., 506 Svensson, M.; Stephenson, G. R.: Purification of a Pyrogen-Free Human
Carta, G. See Zaidi, A., 601 Comparison of Hydrolysis and Growth Hormone Antagonist, 520
Chalmers, J. J. See Chattopadhyay, D., Esterification Behavior of Humicola Gu, Y. See Gu, T., 520
649 lanuginosa and Rhizomucor miehei
Chang, Q.-L. Lipases in AOT-Stabilized Water-in-Oil Hackney, J. M. See Weimer, P. J., 169
—; Chen, J.-Y.: Purification of Industrial Microemulsions: II. Effect of Haldankar, R. See Gu, T., 520
Biotechnology and Bioengineering, Vol. 48, Pp. 755-758 (1995)
Halkjzr, E. See Mollerup, I., 501 of Nitrobenzene through a Hybrid Liermann, L. See Carlson, A., 303
Hampel, W. A. See Schuster, K. C., 66 Pathway in Pseudomonas putida, 625 Liew, M. K. H.
Hanson, R. L. See Nanduri, V. B., 547 —,; Fane, A. G.; Rogers, P. L.: Hydraulic
Haynes, C. A. Kamphuis, J. See van Tol, J. B. A., 179 Resistance and Fouling of Microfilters
—; Sherwood, C. S.; Turner, R. F. B.: Karagouni, A. See Labrou, N. E., 278 by Candida utilis in Fermentation
Characterization of an Karau, A. See Thémmes, J., 367 Broth, 108
Oligonucleotide-Binding Fluorescent Karoor, S. See Charcosset, C., 415 Linden, J. C. See Mirjalili, N., 123
Ligand for Application in Affinity Kaul, A. Lloyd-George, I.
Purification of dsDNA, 25 —; Pereira, R. A. M.; Asenjo, J. A.; —+; Chang, T. M. S.: Characterization of
Heath, C. A. See Banik, G. G., 289 Merchuk, J. C.: Kinetics of Phase Free and Alginate—Polylysine—Alginate
Heijnen, J. J. See Smolders, G. J. F., Separation for Polyethylene Microencapsulated Erwinia herbicola
—,; See Smolders, G. J. F., 234 Glycol—Phosphate Two-Phase Systems, for the Conversion of Ammonia,
—; See van Gulik, W. M., 681 246 Pyruvate, and Phenol into L-Tyrosine,
Hooker, A. D. Kawagoe, M. See Naoe, K., 333 706
—; Goldman, M. H.; Markham, N. H.; Kendrick, B. S. See Manning, M. C., 506 Lo, S. C. L. See Kwok, F., 542
James, D. C.; Ison, A. P.; Bull, A. T.; Kierkels, H. G. T. See van Tol, J. B. A., Lombardo, S.
Strange, P. G.; Salmon, I.; Baines, 179 —+; Inampudi, P.; Scotton, A.; Ruezinsky,
A. J.; Jenkins, N.: N-Glycans of Kieweg, R. See Schuster, K. C., 66 G.; Rupp, R.; Nigam, S.: Development
Recombinant Human Interferon-y Kim, H.-S. See Jung, K.-H., 625 of Surface Swabbing Procedures for a
Change During Batch Culture of Kitani, Y. See Omasa, T., 673 Cleaning Validation Program in a
Chinese Hamster Ovary Cells, 639 Klop, J. M. See Smolders, G. J. F., 222 Biopharmaceutical Manufacturing
Hooker, B. S. See Skeen, R. S., 659 Ko, R. Y. See Nanduri, V. B., 547 Facility, 513
Hsiun, D.-Y. See Jong, J.-Z., 207 Kobayashi, A. See Ohtani, N., 42 Lopez-Munguia, A. See del Rio, G., 141
Hutchinson, C. R. See Scotti, C., 133 Kobayashi, F. See Sawada, T., 719 Lortie, R. See Ducret, A., 214
Kobayashi, K.-y. See Yamazaki, M., 17 Louvel, L. See Vanhoutte, B., |
Imai, M. See Naoe, K., 333 Kobayashi, M. See Omasa, T., 673 Lowe, C. R. See McCreath, G. E., 341
Imamura, Y. See Omasa, T., 673 Konishi, Y.
Inampudi, P. See Lombardo, S., 513 —+; Yoshida, S.; Asai, S.: Bioleaching of Mallubhotla, H.
Inoue, Y. See Ohtani, N., 42 Pyrite by Acidophilic Thermophile —,; Nunes, E.; Belfort, G.: Microfiltration
Ismail, N. See Das, K., 551 Acidianus brierleyi, 592 of Yeast Suspensions With
Ison, A. P. See Hooker, A. D., 639 Kopchick, J. J. See Gu, T., 520 Self-Cleaning Spiral Vortices:
Itoh, Y. Kula, M.-R. See Thémmes, J., 367 Possibilities for a New Membrane
—; Ueda, H.; Suzuki, E.: Overexpression Kundu, A. Module Design, 375
of bcl-2, Apoptosis Suppressing Gene: —,; Vunnum, S.; Jayaraman, G.; Cramer, Mandrap, G. See Mollerup, I., 501
Prolonged Viable Culture Period of S. M.: Protected Amino Acids As Manning, M. C.
Hybridoma and Enhanced Antibody Novel Low-Molecular-Weight —+; Matsuura, J. E.; Kendrick, B. S.;
Production, 118 Displacers in Cation-Exchange Meyer, J. D.; Dormish, J. J.; Vrkljan,
Iyer, H. V. Displacement Chromatography, 452 M.; Ruth, J. R.; Carpenter, J. F.;
—; Przybycien, T. M.: Metal Affinity Kuwahara, M. See Sawada, T., 719 Shefter, E.: Approaches for Increasing
Protein Precipitation: Effects of Mixing, Kwok, F. the Solution Stability of Proteins, 506
Protein Concentration, and Modifiers on —+; Wang, X. H.; Cheng, C. H. K.; Lo, Markham, N. H. See Hooker, A. D., 639
Protein Fractionation, 324 S. C. L.: Large Scale Purification of Martens, D. E.
myo-Inositol Monophosphate —; Sipkema, E. M.; de Gooijer, C. D.;
Jacobs, R. See Smolders, G. J. F., 234 Phosphatase From Porcine Brains, 542 Beuvery, E. C.; Tramper, J.:
James, D. C. See Hooker, A. D., 639 A Combined Cell-Cycle and Metabolic
Jayaraman, G. See Kundu, A., 452 Labrou, N. E. Model for the Growth of Hybridoma
Jem, K. J. See Carlson, A., 303 —; Karagouni, A.; Clonis, Y. D.: Cells in Steady-State Continuous
Jenkins, N. See Hooker, A. D., 639 Biomimetic-Dye Affinity Adsorbents Culture, 49
Johns, M. R. See Judge, R. A., 316 for Enzyme Purification: Application to Matsuura, J. E. See Manning, M. C., 506
Johnson, R. D. the One-Step Purification of Candida Maurizi, G.
—; Arnold, F. H.: Multipoint Binding and boidinii Formate Dehydrogenase, 278 —,; Bossi, P.; Boraschi, D.; Ulisse, E.;
Heterogeneity in Immobilized Metal Lafuente, J. See Montesinos, J. L., 573 Tagliabue, A.; Ruggiero, P.:
Affinity Chromatography, 437 Langer, R. See Shefer, S. D., 36 Sporulation: An Alternative Way to
Jong, J.-Z. LaPorte, T. L. See Nanduri, V. B., 547 Recover Recombinant Proteins from
—; Hsiun, D.-Y.; Wu, W.-T.; Tzeng, Lee, G. M. See Park, S. Y., 699 Bacillus subtilis, 197
Y.-M.: Fed-batch Culture of Bacillus Lee, J.-Y. See Jung, K.-H., 625 Mawatari, Y. See Naoe, K., 333
thuringiensis for Thuringiensin Lee, S. S. Mayer, H. F. See Schuster, K. C., 66
Production in a Tower Type Bioreactor, —+; Burt, A.; Russotti, G.; Buckland, B.: McCreath, G. E.
207 Microfiltration of Recombinant Yeast —; Chase, H. A.; Owen, R. O.; Lowe,
Jongejan, J. A. See van Tol, J. B. A., 179 Cells Using a Rotating Disk Dynamic C. R.: Expanded Bed Affinity
Jérdening, H.-J. See Walter, J., 12 Filtration System, 386 Chromatography of Dehydrogenases
Jorgensen, T. See Mollerup, I., 501 Lewandowski, Z. See Yang, S., 737 from Bakers’ Yeast Using Dye—Ligand
Judge, R. A. Li, S. Perfluoropolymer Supports, 341
—; Johns, M. R.; White, E. T.: Protein —,; Schoneich, C.; Borchardt, R. T.: —+; See Chang, Y. K., 355
Purification by Bulk Crystallization: The Chemical Instability of Protein Merchuk, J. C. See Kaul, A., 246
Recovery of Ovalbumin, 316 Pharmaceuticals: Mechanisms of Meyer, J. D. See Manning, M. C., 506
Jung, K.-H. Oxidation and Strategies for Mirjalili, N.
—; Lee, J.-Y.; Kim, H.-S.: Biodegradation Stabilization, 490 —,; Linden, J. C.: Gas Phase Composition
AUTHOR INDEX
Effects on Suspension Cultures of Taxus Ozturk, S. S. Explosion Pretreatment on Enzymatic
cuspidata, 123 —-; Thrift, J. C.; Blackie, J. D.; Naveh, Saccharification of Plant Biomass, 719
Mohseni, M. Real-Time Monitoring of Protein Saxén, B. See von Schalien, R., 631
—,; Allen, D. G.: The Effect of Particle Secretion in Mammalian Cell Schéneich, C. See Li, S., 490
Morphology and Concentration on the Fermentation: Measurement of Schuster, K. C.
Directly Measured Yield Stress in Monoclonal Antibodies Using a —,; Mayer, H. F.; Kieweg, R.; Hampel,
Filamentous Suspensions, 257 Computer-Controlled HPLC System W. A.; Sara, M.: A Synthetic Medium
Moletta, R. See Buffiére, P., 725 (BioCad/RPM), 201 for Continuous Culture of the S-Layer
Mollerup, I. Carrying Bacillus stearothermophilus
—,; Bayne, S.; Halkjer, E.; Jorgensen, T.; Park, S. Y. PV 72 and Studies on the Influence of
Mandrap, G.; Nicolaisen, E. M.; Thim, —; Lee, G. M.: Enhancement of Growth Conditions on Cell Wall
L.: The Use of RP-HPLC for Measuring Monoclonal Antibody Production by Properties, 66
Activation and Cleavage of rFVIla Immobilized Hybridoma Cell Culture Scotti, C.
During Purification, 501 with Hyperosmolar Medium, 699 —,; Hutchinson, C. R.: Immobilization and
Montesinos, J. L. Patel, R. N. See Nanduri, V. B., 547 Properties of Carminomycin
—,; Lafuente, J.; Gordillo, M. A.; Valero, Pereira, R. A. M. See Kaul, A., 246 4-O-methyltranferase, the Enzyme
F.; Sola, C.: Structured Modeling and Petrides, D. Which Catalyzes the Final Step in the
State Estimation in a Fermentation —,; Sapidou, E.; Calandranis, J.: Biosynthesis of Daunorubicin in
Process: Lipase Production by Candida Computer-Aided Process Analysis and Streptomyces peucetius, 133
rugosa, 573 Economic Evaluation for Biosynthetic Scotton, A. See Lombardo, S., 513
Moran, E. B. See Bowen, W. R., 559 Human Insulin Production—A Case Shefer, S. D.
Mori, Y. See Yamazaki, M., 17 Study, 529 —,; Rosenberger, V.; Vahanian, G.; Wong,
Mosterd, F. See van Tol, J. B. A., 179 Pizzigallo, M. D. R. See Crecchio, C., W. T.; Langer, R.: Implantable Hollow
Mukhopadhyay, A. 585 Fiber Bioreactor as a Potential
—+; Mukhopadhyay, S. N.; Talwar, G. P.: Plunkett, S. D. See Sundaresan, V., 431 Treatment for Hypercholesterolemia:
Studies on the Synthesis of BhCG Pons, M. N. See Vanhoutte, B., | Characterization of the Catalytic Unit,
Hormone in Vero Cells by Recombinant Priede, M. A. 36
Vaccinia Virus, 158 —,; Vanags, J. J.; Viesturs, U. E.; Tucker, Shefter, E. See Manning, M. C., 506
Mukhopadhyay, S. N. See K. G.; Bujalski, W.; Thomas, C. R.: Shen, H.
Mukhopadhyay, A., 158 Hydrodynamic, Physiological, and —; Wang, Y.-T.: Modeling Simultaneous
Munguia, M.-E. See del Rio, G., 141 Morphological Characteristics of Hexavalent Chromium Reduction and
Fusarium moniliforme in Geometrically Phenol Degradation by a Defined
Nakamura, Y. See Sawada, T., 719 Dissimilar Stirred Bioreactors, 266 Coculture of Bacteria, 606
Nanduri, V. B. Przybycien, T. M. See Iyer, H. V., 324 Sherwood, C. S. See Haynes, C. A., 25
—,; Hanson, R. L.; LaPorte, T. L.; Ko, Shiloach, J. See Trinh, L., 401
R. Y.; Patel, R. N.; Szarka, L. J.: Rathman, J. F. See Chattopadhyay, D.., —,; See Tsai, A. M., 715
Fermentation and Isolation of 649 Shintaku, Y. See Naoe, K., 333
C10-Deacetylase for the Production of Rees, G. D. See Crooks, G. E., 78 Shioya, S. See Omasa, T., 673
10-Deacetylbaccatin III from Baccatin —+; See Crooks, G. E., 190 Signs, M. See Carlson, A., 303
Ill, 547 Remaut, E. See Steidler, L., 667 Sipkema, E. M. See Martens, D. E., 49
Naoe, K. Ridgway, D. See Gu, T., 520 Skeen, R. S.
—; Shintaku, Y.; Mawatari, Y.; Kawagoe, Ringbom, K. See von Schalien, R., 631 —,; Gao, J.; Hooker, B. S.: Kinetics of
M.; Imai, M.: Novel Function of Robinson, B. H. See Crooks, G. E., 78 Chlorinated Ethylene Dehalogenation
Guanidine Hydrochloride in Reverse —+; See Crooks, G. E., 190 Under Methanogenic Conditions, 659
Micellar Extraction of Lysozyme from Rodriguez, M.-E. See del Rio, G., 141 Smolders, G. J. F.
Chicken Egg White, 333 Rogers, P. L. See Liew, M. K. H., 108 —; Klop, J. M.; van Loosdrecht,
Naveh, D. See Ozturk, S. S., 201 Rosenberger, V. See Shefer, S. D., 36 M. C. M.; Heijnen, J. J.: A Metabolic
Nicolaisen, E. M. See Mollerup, I., 501 Ruezinsky, G. See Lombardo, S., 513 Model of the Biological Phosphorus
Nigam, S. See Lombardo, S., 513 Ruggiero, P. See Maurizi, G., 197 Removal Process: I. Effect of the
Nishikawa, T. See Omasa, T., 673 —,; See Crecchio, C., 585 Sludge Retention Time, 222
Nunes, E. See Mallubhotla, H., 375 Rupp, R. See Lombardo, S., 513 ; Bulstra, D. J.; Jacobs, R.; van
Russotti, G. See Lee, S. S., 386 Loosdrecht, M. C. M.; Heijnen, J. J.:
Ruth, J. R. See Manning, M. C., 506 A Metabolic Model of the Biological
Ohtani, N. Rydstrém, M. See von Schalien, R., 631 Phosphorus Removal Process: II.
—; Inoue, Y.; Kobayashi, A.; Sugawara, Validation During Start-Up Conditions,
T.: Transesterification Catalyzed by Sadana, A. 234
Polystyrene-Supported Chymotrypsin in —, Protein Refolding and Inactivation Soberoén, X. See del Rio, G., 141
Toluene: The Effect of Neutralization of During Bioseparation: Bioprocessing Sola, C. See Montesinos, J. L., 573
Basic or Acidic Groups Attaching to Implications, 481 Steidler, L.
Polystyrene Resins, 42 Saksena, S. See van Eijndhoven, —,; Fiers, W.; Remaut, E.: Simultaneous
Omasa, T. R. H. C. M., 406 Light Emission from Cloned Vibrio
—; Kobayashi, M.; Nishikawa, T.; Shioya, Salmon, I. See Hooker, A. D., 639 fischeri lux Genes and Expression of
S.; Suga, K.-i.; Uemura, S.-i.; Kitani, Sapidou, E. See Petrides, D., 529 LamB or LamB-protein A Fusion
Y.; Imamura, Y.: Enhancement of Sara, M. See Schuster, K. C., 66 Proteins in Escherichia coli Depends on
Antibody Production by Growth Factor Sawada, T. Using a Single Chimeric Operon, 667
Addition in Perfusion and Hollow-Fiber —,; Nakamura, Y.; Kobayashi, F.; Stephenson, G. R. See Crooks, G. E., 78
Culture Systems, 673 Kuwahara, M.; Watanabe, T.: Effects —; See Crooks, G. E., 190
Owen, R. O. See McCreath, G. E., 341 of Fungal Pretreatment and Steam Stever, J.-P. See Buffiére, P., 725
AUTHOR INDEX
Strange, P. G. See Hooker, A. D., 639 Ueda, H. See Itoh, Y., 118 Walter, J.
Su, Z. See Charcosset, C., 415 Uemura, S.-i. See Omasa, T., 673 —, Jérdening, H.-J.: Kinetic Model of
Suga, K.-i. See Omasa, T., 673 Ulisse, E. See Maurizi, G., 197 Disaccharide Oxidation by
Sugawara, T. See Ohtani, N., 42 Agrobacterium tumefaciens, 12
Sundaresan, V. Wang, D. I C. See Chang, Y.-H. D., 149
—; Dhal, P. K.; Plunkett, S. D.; Arnold, Vahanian, G. See Shefer, S. D., 36 Wang, X. H. See Kwok, F., 542
F. H.: Selective Ligand-Exchange Valero, F. See Montesinos, J. L., 573 Wang, Y.-T. See Shen, H., 606
Adsorbents Prepared by Template van der Tweel, W. J. J. See van Tol, Watanabe, T. See Sawada, T., 719
Polymerization, 431 J. B. A., T9 Weiher, M. See Thémmes, J., 367
Suzuki, E. See Itoh, Y., 118 van Eijndhoven, R. H. C. M. Weimer, P. J.
Svec, F. —,; Saksena, S.; Zydney, A. L.: Protein —+; Hackney, J. M.; French, A. D.: Effects
—,; Fréchet, J. M. J.: ‘‘Molded’’ Rods of Fractionation Using Electrostatic of Chemical Treatments and Heating on
Macroporous Polymer for Preparative Interactions in Membrane Filtration, 406 the Crystallinity of Celluloses and Their
Separations of Biological Products, 476 van Gulik, W. M. Implications for Evaluating the Effect of
Svensson, M. See Crooks, G. E., 78 —+; Heijnen, J. J.: A Metabolic Network Crystallinity on Cellulose
—; See Crooks, G. E., 190 Stoichiometry Analysis of Microbial Biodegradation, 169
Szarka, L. J. See Nanduri, V. B., 547 Growth and Product Formation, 681 White, E. T. See Judge, R. A., 316
van Loosdrecht, M. C. M. See Smolders, Wiehl, P. E. See Gu, T., 520
Tagliabue, A. See Maurizi, G., 197 G. 3. F.,. a Wong, W. T. See Shefer, S. D., 36
Takezawa, T. See Yamazaki, M., 17 —+; See Smolders, G. J. F., 234 Wu, J.-H. See Anand, S., 89
Talwar, G. P. See Mukhopadhyay, A.., van Tol, J. B. A. Wu, W.-T. See Jong, J.-Z., 207
158 —; Jongejan, J. A.; Duine, J. A.; Kierkels,
Taylor, R. T. See Chen, C.-I., 614 H. G. T.; Geladé, E. F. T.; Mosterd, Yamamoto, S.
Thim, L. See Mollerup, I., 501 F.; van der Tweel, W. J. J.; Kamphuis, —,; Plate Height Determination for Gradient
Thomas, C. R. See Vanhoutte, B., | J.: Thermodynamic and Kinetic Elution Chromatography of Proteins,
—; See Priede, M. A., 266 Parameters of Lipase-Catalyzed Ester 444
Thémmes, J. Hydrolysis in Biphasic Systems with Yamazaki, M.
—; Weiher, M.; Karau, A.; Kula, M.-R.: Varying Organic Solvents, 179 —+; Tsuchida, M.; Kobayashi, K.-y.;
Hydrodynamics and Performance in Vanags, J. J. See Priede, M. A., 266 Takezawa, T.; Mori, Y.: A Novel
Fluidized Bed Adsorption, 367 Vanhoutte, B. Method to Prepare Multiceliular
Thrift, J. C. See Ozturk, S. S., 201 —,; Pons, M. N.; Thomas, C. R.; Louvel, Spheroids from Varied Cell Types, 17
Tramper, J. See Martens, D. E., 49 L.; Vivier, H.: Characterization of Yang, S.
Trani, M. See Ducret, A., 214 Penicillium chrysogenum Physiology in —; Lewandowski, Z.: Measurement of
Trinh, L. Submerged Cultures by Color and Local Mass Transfer Coefficient in
—+; Shiloach, J.: Recovery of Insect Cells Monochrome Image Analysis, | Biofilms, 737
Using Hollow Fiber Microfiltration, 401 Viesturs, U. E. See Priede, M. A., 266 Yoshida, S. See Konishi, Y., 592
Tsai, A. M. Vivier, H. See Vanhoutte, B., |
—; Betenbaugh, M. J.; Shiloach, J.: The von Schalien, R. Zaidi, A.
Kinetics of RCC1 Inclusion Body —, Fagervik, K.; Saxén, B.; Ringbom, K.; —; Gainer, J. L.; Carta, G.: Fatty Acid
Formation in Escherichia Coli, 715 Rydstré6m, M.: Adaptive On-line Model Esterification Using Nylon-Immobilized
Tsuchida, M. See Yamazaki, M., 17 for Aerobic Saccharomyces cerevisiae Lipase, 601
Tucker, K. G. See Priede, M. A., 266 Fermentation, 631 Zheng, Y. See Gu, T., 520
Turner, R. F. B. See Haynes, C. A., 25 Vrkijan, M. See Manning, M. C., 506 Zydney, A. L. See van Eijndhoven,
Tzeng, Y.-M. See Jong, J.-Z., 207 Vunnum, S. See Kundu, A., 452 R. H. C. M., 406
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 48
a-amylase, 745 CHO cells, 639 Glucose, 207
Acidianus brierleyi, 592 Chromatography, 437, 461 Glutamic acid fermentation, 551
Acidophilic thermophile, 592 Chromatography, displacement, 452 Glycosylation, 639
Activation, 501 Chromium reduction, 606 G6PDH, 355
Activity coefficient, 179 Chromosome condensation protein, 715 Gradient elution, 444
Adsorption, 367 Cleaning validation, 513 Gradient surface, 17
Adsorption, heterogeneous, 437 Cleavage, 501 Growth factor, 673
Affinity chromatography, 278, 341 Coculture, 606 Growth rate, 289
Affinity membranes, 415 Collagen, 17, 89 Guanidine hydrochloride, 333
Albumin, 406 Colloidal suspension, 375
Aliquat 336, 745 Concentration polarization, 375 Hemoglobin, 406
Amino acid, 452 Contaminant recovery, 513 Hexopyranoside:cytochrome c
Amino acids, 559 Continuous medium, 476 oxidoreductase, 12
6-amino-penicillanic acid, 141 Countercurrent gradient chromatography, Hollow fiber, 36, 401
Ammonia conversion, 706 461 Hollow-fiber culture, 673
Anaerobic digestion, 725 Crosslinkage, 17 Human growth hormone, 520
Animal cell culture, 520 Crystal growth rate, 316 Human insulin, biosynthetic process design,
Antibody production rate, 673 Crystalline surface layers, 66 529
Antibody productivity, 118, 699 Crystallinity, 169 Human serum albumin, 461
Apoptosis, 49, 118 Humicola lanuginosa, 78, 190
Aromatic hydrocarbon, 614 Hybrid strain, 625
Daunorubicin biosynthesis, 133
Hybridoma, 49, 118, 289, 699
10-Deacetylbaccatin III, 547
BhCG, 158 Dechlorination, 659 Hydraulic resistance, 108
B. subtilis, 197 Dehydrogenases, 341 Hydrodynamics, 266, 367
Baccatin III, 547 Denaturation, 506 Hydrolysis, 78, 179, 190
Bacillus stearothermophilus, 66 Depressurization, 108 Hyperosmotic stress, 699
Bacillus thuringiensis, 207 Diafiltration, 406
Baker’s yeast, 355 Differentiation, | IgG, 415
bel-2, 118 Diffusion, 89 IgG-binding protein A domains, 667
Biocatalysis, 141 Disaccharide oxidation, 12 Image analysis, 1, 266
Biodegradation, 169, 614, 625 DNA purification, 25 Immobilization, 699
Biofilm, 737 DNA-binding fluorophore, 25 Immobilized enzymes, 36
Biofilms, 725 Dye-ligand, 341 Immunoadsorption, 415
Bioleaching, 592 Dye-ligand affinity purification, 355 Immunological and biological activity, 158
Biomass yield, 681 Inclusion body, 715
Biomimetic dye, 278 Inositol monophosphatase, 542
Bioreactor, 36 Economic evaluation, 529 Insect cells, 401
Bioseparation, 481 Electrostatic interactions, 406 Insulin, 529
Biotic detoxification, 585 Enzymatic hydrolysis, 551 Interfacial tension, 649
Biphasic system, 179 Enzymatic reaction, 42 Interferon, 639
Bovine serum albumin, 673 Enzymatic saccharification, 719 Ion exchange, 559
BTEX, 614 Enzyme immobilization, 133, 585, 601 Ion-exchange chromatography, 444
Bulk crystallization, 316 Enzyme kinetics, 133 lon-exchange resin column, 551
Enzyme purification, 278
Escherichi coli, 149 Kinetic data analysis, 706
Candida antarctica, 214
Escherichia coli, 303, 606, 667, 715 Kinetic energy, 266
Candida boidinii, 278
Esterification, 78, 190, 601 Kinetic model, 12
Candida rugosa, 573
Ethylene, 123, 659 Kinetics, 501
Candida utilis, 681
Expanded bed, 341
Carbon analysis, 513
Expanded beds, 355
Carbon dioxide, 123 LamB fusions, 667
Extraction, 333
Cation exchange systems, 452 Light emission, 667
C10-deacetylase, 547 Lipase, 214, 573, 601
Cell adhesion, 649 Fatty acid, 601 Liquid chromatography, 476
Cell cultures, 149 Fermentation, 12, 547, 573, 631 Lithium, 542
Cell cycle, 49 Fibrin, 89 Low density lipoprotein, 36
Ceil density, 289 Filamentous Fermentation Broths, 257 Lysozyme, 333
Cell disruption, 303 Filtration, 386
Cell lysis, 197 Fluidization, 367 Macroporous polymer, 476
Cell survival, 118 Fluorescent ligand, 25 Mammalian cell culture fermentation, 201
Cellulose, 169 Formate dehydrogenase, 278 Mass spectrometry, 639
Chelator, 490 Fouling, 108, 375 Mass transfer, 149
Chicken egg white, 333 Fungal treatment, 719 Mass transfer coefficient, 737
Chimeric operon, 667 Fusarium moniliforme, 266 Membrane filtration, 406
Biotechnology and Bioengineering, Vol. 48, Pp. 759-760 (1995)
Membrane microfiltration, 375 PHB, 234 Rhizomucor miehei, 78, 190
Metabolic fluxes, 681 PHB, glycogen, 222 RP-HPLC, 501
Metabolic model, 222, 234 Phenoloxidases, 585 .
Metabolism, 614 Phosphate, 246 Saccharomyces cerevisiae, 386, 631, 681
Metal affinity, 324 Phospholipase A,, 36 Secondary metabolite, 123
Metal affinity chromatography, 437 Phosphorus removal, biological, 222, 234 Self-cleaning spiral vortices, 375
Metal catalysis, 490 Photooxidation, 490 Serum, 520
Metal recovery, 592 Physiology, | Solvation, 179
Metal-ligand coordination, 431 Plant biomass, 719 Spheroid, 17
Methanogenic activity, 659 Plasma fractionation, 324 Sporulation, 197
Microcalorimetry, 559 Plasmid recovery, 303 Start-up, 234
Microelectrode, 737 Plasminogen, 89 State estimation, 631
Microencapsulation, 706 Polyethylene glycol, 246 Steam explosion, 719
Microfiltration, 108, 386, 401 Polymer, temperature-responsive, 17 Stirred bioreactor, 266
Microheterogeneity, 639 Polyphosphate, 222, 234 Stoichiometry, 681
Mixing, 324 Polystyrene-immobilized a-chymotrypsin, STREAMLINE red H-E7B, 355
Modeling, 573 42 Streptomyces peucetius, 133
MOI, 158 Porosity, 36 Structured modeling, 573
Molded column, 476 Preparative HPLC, 476 Sugar esters, 214
Molecular imprinting, 431 Preparative separation, 444 Surface modification, 431
Molecular recognition, 431 Procion red H-E7B, 355 Synthetic medium, 66
Monoclonal antibodies, 201 Product recovery, 551
Monoclonal antibody, 289 Product yield, 681 Taxol, 123
Morphology, 257, 266 Protein, 490 Taxus cuspidata, 123
mRNA, 158 Protein A, 415 Thermodynamic model, 649
Protein binding, 437 Thermodynamics, 559
Neutralized supports, 42 Protein precipitation, 324 Thermophile, 614
n-hexane, 601 Protein purification, 367, 452 Thermus, 614
Nitrobenzene, 625 Protein refolding, 481 Thuringiensin production, 207
Nocardioides luteus, 547 Protein separation, 444, 461 Toluene, 42
Nonaqueous media, 214 Protein separations, 406 Transesterification, 42
Nucleation, 316 Protein stability, 141 Triazine dye, 278
Protein stabilization, 506 Tyrosine phenol-lyase, 706
On-line simulation, 631 Protein surface charge, 141 Tyrosine production, 706
Organic gels, 585 Proteins, 476
Organic solvents, 179 Proteolysis, 89 Urokinase, 506
Ovalbumin, 316 Pseudomonas putida, 606
Vaccinia virus expression, 158
Oxidation, 12, 490 Purification, 316, 520, 542, 745
Vero, 158
Oxygen, 123 Pyrite, 592
Vibrio fischeri lux genes, 667
Penicillium chrysogenum, | Recombinant protein purification, 197 Wastewater treatment, 725
Peptide, 490 Reverse micelle, 333
Perfluoropolymers, 341 Reverse micelles, 481, 585 x-ray diffraction, 169
Perfusion, 289 Reversed micelles, 745
Perfusion culture, 673 rFVIla, 501 Yeast, 108, 375, 386
Phase separation, 246 Rheology, 257 Yield stress, 257
SUBJECT INDEX