Biotechnology and Bioengineering 2001: Vol 71 Index

9 Pages·2001·2.9 MB·English

Biotechnology
Bioengineering
INDEX TO VOLUME 73
Biotechnology
and
Bioengineering
Editor
Douglas S. Clark
Department of Chemical Engineering, University of California
Berkeley, California
Associate Editors Editorial Board
James D. Bryers Lee R Lynd lames E. Bailey Maria-Regina Kula
University of ¢ Oynnneeccttiiccuutt Dartmouth College ETH-Ziirich Heinrich-Heine Universitat
Farmington C onnecticul Hanover, New Hampshire Ziirich, Switzerland l iisseldor{
Harvey W. Blanch in der KFA Jiilich, Germany
Pauline Doran Tadashi Matsunaga University of ( aliforni a Douglas A. Lauffenburger
University of New South Wales Tokyo University of Agriculture Berkeley, California Massachusetts Institute of
Sydney, Australia and Technology Ho Nam Chang Technology
Tokyo, Japan Korea Advanced Institute of ( ambridge, Massachusetts
Jonathan S Dordick Science & Technolog)
Bernhard @. Palsson
Rensselaer Ppo lytecbnic Institute Eleftherios T. Papoutsakis Taejon Korea
University of California at
Troy Ne w York Northwestern University George Georgiou San Diego
Evanston Illinois University of Texas La Jolla Cali] fornia
Jeffrey A. Hubbell Austin, Texas
ETH—Ziirich and Todd M. Przybycien Isao Karube Michae1] l L. Shuler
University of Ziirich Carnegie Mellon University University of Tokyo ( ornell University
Ziirich, Switzerland Pittsburgh, Pennsylvania Tokyo, Japan Ithaca New York
Alexander M Klibanoy Daniel 1.C. Wang
lay D. Keasling John Villadsen Massachusetts Institute of Viassachusetts Institute of
Universit of California Technical University of Denmark Technolog) Technology
Berkeley, California Lyngby, Denmark Cambridge, Massachusetts Cambridge, Massachusetts
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Biotechnology and Bioengineering
Author Index to Volume 73
Adlercreutz, P. See Hansson, T., 203 Beun, J.J. See Dircks, K., 85 Ferrier, J.G. See Vlassides, S., 55
Afoke, A. See Underwood, S., 295 Bjornsson, L. Figueroa, B., Jr.
Akesson, M. —; Hérnsten, E.G.; Mattiasson, B.: ; Sauerwald, T.M.; Mastrangelo, A.J.;
; Hagander, P.; Axelsson, J.P.,: Avoiding Utilization of a Palladium—Metal Oxide Hardwick, J.M.; Betenbaugh, M.J.:
Acetate Accumulation in Escherichia Semiconductor (Pd-MOS) Sensor for Comparison of Bcl-2 to a Bcl-2
coli Cultures Using Feedback Control of On-Line Monitoring of Dissolved Deletion Mutant for Mammalian Cells
Hydrogen in Anaerobic Digestion, 35 Exposed to Culture Insults, 211
Altenbuchner, J. See Wilms, B., 95 Blackwell, J.E. See Dickerson, J.B., 500 Foster, N. See Thiering, R., |
Amanullah, A. Block, D.E. See Vlassides, S., 55 Freedman, R.B. See Baker, K.N., 188
; McFarlane, C.M.; Emery, A.N.; Nienow, Bolivar, F. See Baez, J.L., 530 Freitag, R. See Giovannini, R., 522
A.W.: Scale-Down Model to Simulate Bonner, G. See Tiller. J.C., 246
Spatial pH Variations in Large-Scale Bosma, R. See Schroén, C.G.P.H., 171 Ganzeveld, K.J. See Baldascini, H., 44
Bioreactors, 390 Brown, R.A. See Underwood Gao, T. See Uludag, H., 510
Ampleman, G. See Rho, D., 271 Biintemeyer, H. See Iding, Gaskin, D.J.H.
Arcos, J.A.
; Romojaro, A.; Turner, N.A.; Jenkins, J.:
; Hill, C.G., Jr.; Otero, C.: Kinetics of the Carrea, G. See Secundo, F.., Vulfson, E.N.: Alteration of Lipase
Lipase-Catalyzed Synthesis of Glucose Chang, H.N. See Kwon, S., Chain Length Specificity in the
Esters in Acetone, 104 Chang, Y.K. See Kwon, S., Hydrolysis of Esters by Random
Asano, Y. See Xu, J.-H., 493 Chou, C.P. See Lin, W.-J., Mutagenesis, 433
Axelsson, J.P. See Akesson, M., 223 Chou, W.-C. See Liao, K.-W.., Giovannini, R.
Clark, D.S. See Hsu, W.-T ; Freitag, R.: Isolation of a Recombinant
Baez, J.L. ; See Kim, Y.-D., 331 Antibody from Cell Culture
; Bolivar, F.; Gosset, G.: Determination Correll, M.J. Supernatant: Continuous Annular Versus
of 3-Deoxy-D-Arabino-Heptulosonate ; Weathers, P.J.: One-Step Batch and Expanded-Bed
7-Phosphate Productivity and Yield Acclimatization of Plantlets Using a Chromatography, 522
from Glucose in Escherichia coli Mist Reactor, 253 Goetz, D.J. See Dickerson, J.B..
Devoid of the Glucose Cross, J.D. See Zhao, J.-S., 306 Gomez, R. See Bashir, R., 324
Phosphotransferase Transport System, Cui, D.-F. See Wang, Y., 74 Gonzalez-Gil, G.
530 ; Seghezzo, L.; Lettinga, G.;
Baggio, M. See Elvassore, N., 449 de Vos, W.M. See Hansson, T., 203 Kleerebezem, R.: Kinetics and
Baker, K.N. de Vroom, E. See Youshko, M.I., 426 Mass-Transter Phenomena in Anaerobic
; Rendall, M.H.; Hills, A.E.; Hoare, M.; Deutschmann, S.M. See Iding, K., 442 Granular Sludge, 125
Freedman, R.B.; James, D.C.: Metabolic Dickerson, J.B. Gorgens, J.F.
Control of Recombinant Protein —: Blackwell, J.E.; Ou, J.J.; Patil, V.R.S.; ; van Zyl, W.H.; Knoetze, J.H.:
N-Glycan Processing in NSO and CHO Goetz, D.J.: Limited Adhesion of Hahn-Higerdal, B.: The Metabolic
Cells, 188 Biodegradable Microspheres to E- and Burden of the PGK/ and ADH2
Baldascini, H. P-Selectin Under Flow, 500 Promoter Systems for Heterologous
; Ganzeveld, K.J.; Janssen, D.B.: Dickson, A.J. See Barnes, L.M., 261 Xylanase Production by Saccharomyces
Beenackers, A.A.C.M.: Effect of Mass Dircks, K. cerevisiae in Defined Medium, 238
Transfer Limitations on the Enzymatic —: Beun, J.J.: van Loosdrecht, M.; Heijnen, Gosset, G. See Baez, J.L., 530
Kinetic Resolution of Epoxides in a J.J., Henze, M.: Glycogen Metabolism Greenberg, A.W.
Two-Liquid-Phase System, 44 in Aerobic Mixed Cultures, 85 : Hammer, D.A.: Cell Separation
Barnes, L.M. Discher, B.M. See Lee, J.C-M., 135 Mediated by Differential Rolling
; Bentley, C.M.; Dickson, A.J. Discher, D.E. See Lee, J.C-M., | 35 \dhesion, 111
Characterization of the Stability of Doran, P.M. See Sharp, J.M., 338 Greer, C.W. See Tartakovsky, B., 476
Recombinant Protein Production in the Dunnill, P. See Underwood, S., 295 Gudermann, F. See Iding. K., 442
GS-NSO Expression System, 261 Guiot, S.R. See Tartakovsky, B., 476
Bashir, R. Elvassore, N.
; Gomez, R.; Sarikaya, A.; Ladisch, M.R.; : Baggio, M.; Pallado, P.; Bertucco, A. Hagander, P. See Akesson, M., 223
Sturgis, J.; Robinson, J.P.: Adsorption Production of Different Morphologies of Hage, A.
of Avidin on Microfabricated Surfaces Biocompatible Polymeric Materials by : Schoemaker, H.E.; Wever, R.; Zennaro,
for Protein Biochip Applications, 324 Supercritical CO, Antisolvent E.; Heipieper, H.J.: Determination of the
Baskaran, H. See Tilles, A.W., 379 Techniques, 449 Poxicity of Several Aromatic
Bates, F.S. See Lee, J.C-M., 135 Emery, A.N. See Amanullah, A., 390 Carbonylic Compounds and Their
Beaumier, D. See Tartakovsky, B., 476 Enfors, S.-O. See Lin, H.Y., 347 Reduced Derivatives on Phanerochaete
Beeftink, H.H. See Schroén, C.G.P.H., 171 chrysosporium Using a Pseudomonas
Beenackers, A.A.C.M. See Baldascini, H.., Feng, Y.-M. See Wang, Y., 74 putida Test System, 69
44 Fernandes, S. Hahn-Hagerdal, B. See Gorgens, J.F., 238
Bentley, C.M. See Barnes, L.M., 261 ; Johansson, G.; Hatti-Kaul, R.: Hammer, D.A. See Greenberg, A.W., 111
Bermudez, H. See Lee, J.C-M., 135 Purification of Recombinant Cutinase by Hansson, T.
Bertucco, A. See Elvassore, N., 449 Extraction in an Aqueous Two-Phase : Kaper, T.; van der Oost, J.; de Vos,
Betenbaugh, M.J. See Figueroa, B., Jr., System Facilitated by a Fatty Acid W.M.; Adlercreutz, P.: Improved
211 Substrate, 465 Oligosaccharide Synthesis by Protein
Biotechnology and Bioengineering, Vol. 73, Pp. 539-541 (2001)
Engineering of B-Glucosidase CelB D.E.: Preparation, Stability, and In Vitro Nielsen, J. See Ostergaard, S., 412
from Hyperthermophilic Pyrococcus Performance of Vesicles Made with Nienow, A.W. See Amanullah, A., 390
furiosus, 203 Diblock Copolymers, 135 Nierstrasz, V.A. See Schroén, C.G.P.H.,
Hardwick, J.M. See Figueroa, B., Jr., 211 Lee, W.G. See Kwon, S., 25 171
Hatti-Kaul, R. See Fernandes, S., 465 Legoy, M.D. See Maugard, T., 164 Norrie, B. See Uludag, H., 510
Hauck, A. See Wilms, B., 95 Lehmann, J. See Iding, K., 442
Hawari, J. See Rho, D., 271 Lettinga, G. See Gonzalez-Gil, G., 125 Oikawa, T.
Heijnen, J.J. See Dircks, K., 85 Liang, Z.-H. See Wang, Y., 74 ; Mukoyama, S.; Soda, K.:
Heipieper, H.J. See Hage, A., 69 Liao, K.-W. Cherno-Enzymatic p-Enantiomerization
Henze, M. See Dircks, K., 85 ; Chou, W.-C.; Lo, Y.-C.; Roffler, S.R.: of pi-Lactate, 80
Hill, C.G., Jr. See Arcos, J.A., 104 Design of Transgenes for Efficient Okochi, M. See Matsunaga, T., 400
Hills, A.E. See Baker, K.N., 188 Expression of Active Chimeric Proteins Olsson, L. See Ostergaard, S., 412
Hoare, M. See Baker, K.N., 188 on Mammalian Cells, 313 Ostergaard, S.
Hodgson, J. See Rho. D., 271 Liese, A. See Shin, J.-S., 179 —; Olsson, L.; Nielsen, J.: In Vivo
Hofland, G. See Thiering, R., | Lin, H.Y. Dynamics of Galactose Metabolism in
Hoogschagen, M.J. See Schroén, C.G.P.H.. —; Mathiszik, B.; Xu, B.; Enfors, S.-O.; Saccharomyces cerevisiae: Metabolic
171 Neubauer, P.: Determination of the Fluxes and Metabolite Levels, 412
Hornsten, E.G. See Bjérnsson, L., 35 Maximum Specific Uptake Capacities Otero, C. See Arcos, J.A., 104
Hsu, W.-T. for Glucose and Oxygen in Ou, J.J. See Dickerson, J.B., 500
; Clark, D.S.: Variations in the Glucose-Limited Fed-Batch Cultivations
Enantioselectivity of Salt-Activated of Escherichia coli, 347 Pallado, P. See Elvassore, N., 449
Subtilisin Induced by Lyophilization, Lin, W.-J. Pan, L.-C. See Tiller, J.C., 246
231 —; Huang, S.-W.; Chou, C.P.: Park, C.B. See Kim, Y.-D., 331
Huang, S.-W. See Lin, W.-J., 484 DegP-Coexpression Minimizes Park, JjJ.M. See Woo, S.H., 12
Huck, P. See Zhao, J.-S., 306 Inclusion-Body Formation upon Patil, V.R.S. See Dickerson, J.B., 500
Overproduction of Recombinant
Iding, K. Penicillin Acylase in Escherichia coli, Rashid, M.M. See Mysliwiec, M.J., 282
; Biintemeyer, H.; Gudermann, F.; 484 Rendall, M.H. See Baker, K.N., 188
Deutschmann, S.M.; Kionka, C.; Lo, Y.-C. See Liao, K.-W., 313 Reuss, M. See Wilms, B., 95
Lehmann, J.: An Automatic System for Lubicki, P. See Zhao, J.-S., 306 Rho, D.
the Assessment of Complex Medium ; Hodgson, J.; Thiboutot, S.; Ampleman,
Additives Under Cultivation Conditions, MacLeod, A.J. See Underwood, S., 295 G.; Hawari, J.: Transformation of
442 Manuel, M.-F. See Tartakovsky, B., 476 2,4,6-Trinitrotoluene (TNT) by
Margolin, A.L. See Shenoy, B., 358 Immobilized Phanerochaete
James, D.C. See Baker, K.N., 188 Mastrangelo, A.J. See Figueroa, B., Jr., chrysosporium Under Fed-Batch and
Janssen, A.E.M. See Schroén, C.G.P.H., 171 211 Continuous TNT Feeding Conditions,
Janssen, D.B. See Baldascini, H., 44 Mathiszik, B. See Lin, H.Y., 347 Tt
Jenkins, J. See Gaskin, D.J.H., 433 Matsunaga, T. Rittmann, B.E. See Woo, S.H., 12
Johansson, G. See Fernandes, S.. 465 -, Nakayama, H.; Okochi, M.; Takeyama, Robinson, J.P. See Bashir, R., 324
H.: Fluorescent Detection of Robson, G.D. See Wiebe, M.G., 146
Kaper, T. See Hansson, T., 203 Cyanobacterial DNA Using Bacterial Roffler, S.R. See Liao, K.-W., 313
Karlsson, E. Nordberg See Nandakumar, Magnetic Particles on a Romojaro, A. See Gaskin, D.J.H., 433
M.P., 406 MAG-Microarray, 400 Roy, P. See Tilles, A.W., 379
Kato, Y. See Xu, J.-H., 493 Mattes, R. See Wilms, B., 95
Kim, B.-G. See Shin, J.-S., 179 Mattiasson, B. See Bjérnsson, L., 35 Sarikaya, A. See Bashir, R., 324
Kim, Y.-D. ; See Nandakumar, M.P., 406 Sauerwald, T.M. See Figueroa, B., Jr., 211
—; Park, C.B.; Clark, D.S.: Stable Sol-Gel Maugard, T. Schoemaker, H.E. See Hage, A., 69
Microstructured and Microfluidic —; Lamare, S.; Legoy, M.D.: Gas Phase Schroeder, E.D. See Mysliwiec, M.J., 282
Networks for Protein Patterning, 331 Biotransformation Reaction Catalyzed Schroén, C.G.P.H.
Kionka, C. See Iding, K., 442 by Baker’s Yeast, 164 ; Nierstrasz, V.A.; Moody, H.M.,;
Kleerebezem, R. See Gonzalez-Gil, G., 125 McFarlane, C.M. See Amanullah, A., 390 Hoogschagen, M.J.; Kroon, P.J.; Bosma,
Klibanov, A.M. See Tiller, J.C., 246 Moody, H.M. See Schre#n, C.G.P.H., 171 R.; Beeftink, H.H.; Janssen, A.E.M.;
Knoetze, J.H. See Gérgens, J.F.. 238 Morrone, R. See Secundo, F., 157 Tramper, J.: Modeling of the Enzymatic
Kousinioris, N. See Uludag, H., 510 Mukoyama, S. See Oikawa, T., 80 Kinetic Synthesis of Cephalexin
Kroon, P.J. See Schroén, C.G.P.H., 171 Mysliwiec, M.J. Influence of Substrate Concentration
Kwon, S. ; VanderGheynst, J.S.; Rashid, M.M.; and Temperature, 171
-; Yoo, I.-K.; Lee, W.G.; Chang, H.N.; Schroeder, E.D.: Dynamic Secundo, F.
Chang, Y.K.: High-Rate Continuous Volume-Averaged Model of Heat and ; Carrea, G.; Soregaroli, C.; Varinelli, D.;
Production of Lactic Acid by Mass Transport Within a Compost Morrone, R.: Activity of Different
Lactobacillus rhamnosus in a Biofilter: I. Model Development, 282 Candida antarctica Lipase B
Two-Stage Membrane Cell-Recycle Formulations in Organic Solvents, 157
Bioreactor, 25 Nakayama, H. See Matsunaga, T., 400 Seghezzo, L. See Gonzalez-Gil, G., 125
Nandakumar, M.P. Shamlou, P. Ayazi See Underwood
Ladisch, M.R. See Bashir, R., 324 ~; Karlsson, E. Nordberg; Mattiasson, B.: Shan, W. See Shenoy, B., 358
Lamare, S. See Maugard, T., 164 Integrated Flow-Injection Processing for Sharp, J.M.
Lee, J.C-M. On-line Quantification of Plasmid DNA —; Doran, P.M.: Characterization of
-, Bermudez, H.; Discher, B.M.; Sheehan, During Cultivation of E. coli, 406 Monoclonal Antibody Fragments
M.A.; Won, Y.-Y.; Bates, F.S.; Discher, Neubauer, P. See Lin, H.Y., 347 Produced by Plant Cells, 338
AUTHOR INDEX
Sheehan, M.A. See Lee, J.C-M., 135 Trinci, A.P.J. See Wiebe, M.G., 146 Fusarium venenatum A3/5 in Chemostat
Sheldon, R.A. See Youshko, M.1., 426 Turner, N.A. See Gaskin, D.J.H., 433 Culture, 146
Shenoy, B. Wilms, B.
; Wang, Y.; Shan, W.; Margolin, A.L.: —; Hauck, A.; Reuss, M.; Syldatk, C.;
Uludag, H.
Stability of Crystalline Proteins, 358 Mattes, R.; Siemann, M.; Altenbuchner,
; Norrie, B.; Kousinioris, N.; Gao, T.:
Shin, J.-S. J.: High-Cell-Density Fermentation for
Engineering Temperature-Sensitive
; Kim, B.-G.; Liese, A.; Wandrey, C.: Production of L-N-Carbamoylase Using
Poly(N-Isopropylacrylamide) Polymers
Kinetic Resolution of Chiral Amines an Expression System Based on the
as Carriers of Therapeutic Proteins, 510
with w-Transaminase Using an Escherichia coli rhaBAD Promoter, 95
Underwood, S.
Enzyme-Membrane Reactor, 179 Witkamp, G.-J. See Thiering, R., 1
-; Afoke, A.; Brown, R.A.; MacLeod, A.J.;
Shuster, J. See Wiebe, M.G., 146 Won, Y.-Y. See Lee, J.C-M., 135
Shamlou, P. Ayazi; Dunnill, P.: Wet
Siemann, M. See Wilms, B., 95 Woo, S.H.
Extrusion of Fibronectin—Fibrinogen
Soda, K. See Oikawa, T., 80 ; Park, J.M.; Rittmann, B.E.: Evaluation
Cables for Application in Tissue
Soregaroli, C. See Secundo, F., 157 of the Interaction Between
Engineering, 295
Stocks, S.M. Biodegradation and Sorption of
—; Thomas, C.R.: Strength of Phenanthrene in Soil-Slurry Systems, 12
Mid-Logarithmic and Stationary Phase van de Wielen, L. See Thiering, R., |
Saccharopolyspora erythraea Hyphae van der Oost, J. See Hansson, T., 203 Xu, B. See Lin, H.Y., 347
During a Batch Fermentation in Defined van Langen, L.M. See Youshko, M.1., 426 Xu, J.-H.
Nitrate-Limited Medium, 370 van Loosdrecht, M. See Dircks, K., 85 ; Kato, Y.; Asano, Y.: Efficient
Sturgis, J. See Bashir, R., 324 van Rantwijk, F. See Youshko, M.I., 426 Preparation of (R)-a-Monobenzoy]
Svedas, V.K. See Youshko, M.I., 426 van Zyl, W.H. See Gorgens, J.F., 238 Glycerol by Lipase Catalyzed
Syidatk, C. See Wilms, B., 95 VanderGheynst, J.S. See Mysliwiec, M.J., Asymmetric Esterification: Optimization
282 and Operation in Packed Bed Reactor,
Varinelli, D. See Secundo, F., 157 493
Takeyama, H. See Matsunaga, T., 400
Vlassides, S. Xu, Y.-G. See Wang, Y., 74
Tang, Y.-H. See Wang, Y., 74
; Ferrier, J.G.; Block, D.E.: Using
Tartakovsky, B. Historical Data for Bioprocess Yao, S.-Y. See Wang, Y., 74
; Manuel, M.-F.; Beaumier, D.; Greer, Optimization: Modeling Wine Yarmush, M.L. See Tilles, A.W., 379
C.W.; Guiot, S.R.: Enhanced Selection Characteristics Using Artificial Neural Yoo, I.-K. See Kwon, S., 25
of an Anaerobic Pentachlorophenol- Networks and Archived Process Youshko, M.I.
Degrading Consortium, 476 Information, 55 ; van Langen, L.M.; de Vroom, E.; van
Thiboutot, S. See Rho, D., 27 Vulfson, E.N. See Gaskin, D.J.H., 433 Rantwijk, F.; Sheldon, R.A.; Svedas,
Thiering, R. V.K.: Highly Efficient Synthesis of
—; Hofland, G.; Foster, N.; Witkamp, G.-J.; Ampicillin in an “Aqueous
van de Wielen, L.: Fractionation of Wandrey, C. See Shin, J.-S., 179 Solution-Precipitate” System: Repetitive
Soybean Proteins with Pressurized Wang, J. See Yu, J., 458 Addition of Substrates in a
Carbon Dioxide as a Volatile Wang, Y. Semicontinuous Process, 426
Electrolyte, | ; Liang, Z.-H.; Zhang, Y.-S.; Yao, S.-Y.; Yu, J.
Thomas, C.R. See Stocks, $.M., 370 Xu, Y.-G.; Tang, Y.-H.; Zhu, S.-Q.; ; Wang, J.: Metabolic Flux Modeling of
Tiller, J.C. Cui, D.-F.; Feng, Y.-M.: Human Insulin Detoxification of Acetic Acid by
; Bonner, G.; Pan, L.-C.; Klibanov, A.M.: from a Precursor Overexpressed in the Ralstonia eutropha at Slightly Alkaline
Improving Biomaterial Properties of Methylotrophic Yeast Pichia pastoris pH Levels, 458
Collagen Films by Chemical and a Simple Procedure for Purifying
Modification, 246 the Expression Product, 74 Zennaro, E. See Hage, A., 69
Tilles, A.W. ; See Shenoy, B., 358 Zhang, Y.-S. See Wang, Y., 74
; Baskaran, H.; Roy, P.; Yarmush, M.L.; Ward, O.P. See Zhao, J.-S., 306 Zhao, J.-S.
Toner, M.: Effects of Oxygenation and Weathers, P.J. See Correll, M.J., 253 ; Ward, O.P.; Lubicki, P.; Cross, J.D.;
Flow on the Viability and Function of Wever, R. See Hage, A., 69 Huck, P.: Process for Degradation
Rat Hepatocytes Cocultured in a Wiebe, M.G. of Nitrobenzene: Combining
Microchannel Flat-Plate Bioreactor, 379 ; Robson, G.D.:; Shuster, J.; Trinci, A.P.J.: Electron Beam Irradiation with
Toner, M. See Tilles, A.W., 379 Evolution of a Recombinant Biotransformation, 306
Tramper, J. See Schroén, C.G.P.H., 17] (Gucoamylase-Producing) Strain of Zhu, S.-Q. See Wang, Y., 74
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 73
a-galactose, 188 Chemo-enzymatic enantiomerization, 80 Genetic instability, 146
Acetate, 223, 347 Chemostat culture, 146 Glucoamylase, 146
Acetic acid detoxification, Chimeric protein, 313 Glucose phosphotransferase transport
Acetoin, 390 Chinese hamster ovary (CHO) cells, 188, system, 530
Actinomycetes, 370 211 Glucose, 85, 104, 223
Activated sludge, 85 Chiral amine, 179 Glycinin, |
Adaptation, 476 Chloramphenicol acetyltransferase, 211 Glycogen, 85
Adenine nucleotide levels, cis—trans isomerization, 69 Glycosylation,
ADH? promoter, 238 Cito cell culture, 522 Granules, 125
Adsorption, 324 Clonal heterogeneity, 261 GS-NSO, 261
Aerobic, 85 Collagen, 246
Aeroponics, 253 Cutinase, 465 Hairy roots, 338
Amino acids, 530 High-cell-density fermentation, 95
Ampicillin synthesis, 426 p-lactate, 80 High-performance liquid chromatography
Anaerobic, 125, 476 DegP, 484 (HPLC), 188
Anaerobic digestion, 35 DGGE, 476 High productivity, 25
Antibiotic synthesis, 171 Diblock, 135 Historical data, 55
Antibody fragments, 338 Dissolved hydrogen, 35 HY AFF, 449
Apoptosis, 211 Dissolved oxygen, 223 Hydrolysis, 433
Aqueous biocatalytic process, 426 Dissolved oxygen tension, 347 Hydroxyapatite, 522
Aqueous solution-precipitate system, 426 Dot-blotting method, 74 Hyperthermophilic, 203
Aqueous two-phase system, 465 Drug delivery, 500 Hyphae, 370
Aromatic compounds, 530 Drug formulation, 358
Assessment method, 442 Inclusion body, 484
Asymmetric esterification, 493 E-selectin, 500 Instability, 261
EGSB, 125 Insulin precursor, 74
6-conglycinin, | Elastic modulus, 370 Interaction, 465
B-glycosidase, 203 Electron beam, 306
Bacillus subtilis, 390 Enantioselectivity, 231 Kinetic model, 171, 347
Baby hamster kidney cells, 211 Endothelial cell attachment, 246 Kinetic resolution, 44, 179
Bacterial adhesion, 246 Endothelium, 500 Kinetic synthesis, 171
Bacterial magnetic particle, 400 Enrichment, 476 Kinetics, 12, 104, 125
Baker’s yeast, 164 Enzyme-membrane reactor, 179
Benzoic anhydride, 493 Epoxide hydrolase, 44 L-lactate oxidase, 80
Bioartificial liver, 379 Escherichia coli, 223, 406, 484 L-N-carbamoylase, 95
Biochips, 324 Ester, 433 L-rhamnose inducible expression, 95
Biodegradable, 500 Explosive, 271 L-selectin, 111
Biodegradable polymer, 458 Extraction, 465 Lactic acid, 25
Biodegradation, 12, 271, 306 Lactobacillus rhamnosus, 25
Biofilm, 125 Fatty acids, 104 Lactose, 203
Biofilter, 282 Feast-famine regime, 85 Large-scale bioreactor, 390
Biogas, 35 Fed-batch cultivation, 223 Leloir pathway, 412
Biomaterials, 246 Fed-batch-fermentation, 347 Lewis cell, 44
Biopolymer, 449 Fibrinogen, 295 Lipase, 104
Bioprocess optimization, 55 Fibroblast cell attachment, 246 Liposome, 135
Bioreactor, 442 Fibronectin, 295 logP, 69
Bioseparation, 522 Finite element method, 282 Lyophilization, 231
Biotransformation, 69, 164 Flat plate, 379
Bone regeneration, 510 Flow chamber, 111 MAG-microarray, 400
BSA-coated chip, 324 Flow-injection processing, 406 Magnetic-separation robot, 400
Butyrate, 465 Fluorescence spectroscopy, 465 Mammalian cell culture, 211
Foreign gene expression, 238 Mass transfer limitations, 44
Candida antarctica lipase B, 157, 493 Foreign proteins, 338 Mass-transfer model, 179
Carbon dioxide, | Fractionation, | Mass transport, 125
Carbonylic compounds, 69 Fungi, 271 Mathematical model, 85
Carnation, 253 Fusarium venenatum A3/5 and JeRS 325, Membrane, 135
Cell adhesion, 111 146 Membrane bioreactor, 25
Cell-affinity chromatography, 111 Membrane contactor, 179
Cell immobilization, 271 GAL genes, 412 Metabolic burden, 238
Cell recycle, 25 Galactose, 412 Metabolic engineering, 530
Cephalexin, 171 Galactose-1-phosphate, 412 Metabolic flux analysis, 412
Channeling, 282 Galactosemia, 412 Metabolic flux modeling, 458
Chemical modification, 246 Gas phase, 164 Methylotrophic yeast, 74
Biotechnology and Bioengineering, Vol. 73, Pp. 542-543 (2001)
Micro-fabricated surfaces, 324 PHB, 458 Salt activation, 231
Microfabrication, 379 Phenanthrene, 12 Scale-down model, 390
Microfluidics, 331 Phosphoenolpyruvate, 530 Selectivity, 433
Micropropagation, 253 Plant cell suspensions, 338 Serum deprivation, 211
Microspheres, 500 Plasmid stability, 95 Shear stress, 379
Monoclonal antibody, 338 Plasmids, 406 Sialic acid, 188
Monoglyceride, 493 Polydimethylsiloxane, 331 Sindbis virus, 211
Multiphase flow, 282 Poly(ethylene-glycol), 157 Single-chain antibody, 313
Murine myeloma cells, 188 Polymer, 135 Soil slurry, 12
Mycelia, 370 Porous media, 282 Sol-gel, 331
Myeloma, 261 Precipitation, 449 Sorbed-phase biodegradation, 12
Process control, 223 Soy protein, |
n-octane, 44 Product inhibition, 179 Spacer, 313
Neural networks, 55 Productivity, 261 Sponges, 449
Nitrobenzene, 306 Protease, 484 Storage, 85
Nitrophenol, 306 Protein chip, 331 Subtilisin Carlsberg, 231
Non-steady-state model, 12 Protein conjugation, 510 Sugar esters, 104
Nucleotide sugar, 188 Protein crystals, 358 Supercritical antisolvent, 449
Protein delivery, 510 Surface expression, 313
Protein engineering, 203
Oligonucleotide probe, 400 Tensile strength, 370
Protein fibers, 295
Oligosaccharides, 203 Thermosensitive polymers, 510
Protein patterning, 331
On-line, 35 Threads, 449
Protein stability, 338, 358
On-line control, 476 Tissue engineering, 295
Proteolysis, 484
On-line sampling, 406 TNT, 271
Pseudomonas putida, 69
Organic solvents, 157, 231 Pseudomonas sp, 306 Toxicity, 69
Oxygen uptake, 347 Purification, 465 Tramsesterification, 157
Transglycosylation, 203
Transmembrane domain, :
P-CAC, 522 (R)-a-monobenzoyl glycerol, 493
Two-phase system, 44
P-selectin, 500 Ralstonia eutropha, 458
2,3-butanediol, 390
Packed bed reactor, 493 Random mutagenesis, 433 +
.4,6-trinitrotoluene, 271
Palladium—metal oxide semiconductor Reactor, 253
(Pd-MOS) sensor, 35 Recombinant lipase, 433 Variovorax sp, 306
Particles, 449 Recombinant protein, 146, 261 Vesicle, 135
Penicillin acylase, 426, 484 Reductive dechlorination, 476 Volume-averaging, 282
Pentachlorophenol, 476 Rhamnose promoter, 95
w-transaminase, 179
Perfusion, 379 rhBMP-2, 510
Water activity, 164
Periplasm, 484 Rhesus factor, 522
Wet spinning, 295
PGK] promoter, 238 Rolling, 111
Wine, 55
pH fluctuations, 390
PHAs, 458 Saccharomyces cerevisiae, 164, 238, 412 Yeast extract, 442
Phanerochaete chrysosporium, 69, 271 Saccharopolyspora erythraea, 370 Yield coefficient, 85
SUBJECT INDEX