Biotechnology and Bioengineering 2004: Vol 85 Index

2004·3.3 MB·English

Biotechnology
Bioengineering
INDEX TO VOLUME 85
Biotechnology
Bioengineering
INDEX TO VOLUME 85
Biotechnology oe
ee Dena Douglas S. Clark
Bioeng ineering Department of Chemical Engineering University of California
Serkeley, California
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Biotechnology and Bioengineering
Author Index to Volume 85
Afonso, C.A.M. See Vidinha, P., 442 Brieva, T.A. Chung, J.Y.
Ahring, B.K. See Gavala, H.N., 561 ; Moghe, P.V.: Exogenous Cadherin ; Lim, S.W.; Hong, Y.J.; Hwang, S.O.:
Ahuja, S.K. Microdisplay Can Interfere With Lee, G.M.: Effect of
; Ferreira, G.M.; Moreira, A.R.: Endogenous Signaling and Reprogram Doxycycline-Regulated Calnexin
Application of Plackett-Burman Design Gene Expression in Cultured and Calreticulin Expression on Specific
and Response Surface Methodology to Hepatocytes, 283 Thrombopoietin Productivity of
Achieve Exponential Growth for Bro, C. Recombinant Chinese Hamster Ovary
Aggregated Shipworm Bacterium, 666 ; Regenberg, B.; Nielsen, J.: Cells, 539
Al-Dahhan, M. H. See Luo, H.-P., 382 Genome-Wide Transcriptional Chye Ng, S. See Chin Heng, B., 202
Al-Rubeai, M. See Bi, J.-X., 741 Response of a Saccharomyces cerevisiae Clark, D.S. See Lindsay, J.P., 55 s2
Andersen, D.C. See Chen, C., 463 Strain With an Altered Redox Clark, D.S. See Morgan, J.A., 45¢€ ]
Antoniazzi, M.M. See Yokomizo, A.Y., Metabolism, 269 Cooney, M.J. See Whiffin, V.S., 422
506 Brown, J.B. See Sucosky, P., 34 Cord-Ruwisch, R. See Whiffin, V.S., 422
Araujo, M.L.G.C. See Cruz, A.J.G., 96 Bucknall, M.P. See Chan, R., 190 Cruz, A.J.G.
Arnold, F.H. See Seng Wong, T., 3: Buenrostro-Gonzalez, E. See Garcia- ; Pan, T.; Giordano, R.C.; Araujo,
Asthagiri, A.R. See Chapman, S., 3 Arellano, H., 790 M.L.G.C.; Hekka, C.O.: Cephalosporin
Aucoin, M.G. Bugos, R.C. See Su, W. W., 610 C Production by Immobilized
; Erhardt, F.A.; I egee, R.L. Bukhanov, A.L. See Youshko, M.I., 323 Cephalosporium acremonium Cells
Hyperactivation of Rhizomucor miehei in a Repeated Batch Tower Bioreactor,
Lipase by Hydrophobic Xerogels, 647 Cabral, J.M.S. See Vidinha, P., 442 96
Avila-Moreno, F. See Gutiérrez-Ortega, A. Calder6n-Dominguez, G. See Vicente Cullis, LF.
734
Garcia, V., 306 ; Saddler, J.N.: Mansfield, S.D.: Effect
Azambuja, N. Jr. See Yokomizo, A.Y., 506 Campion, S.H. See Wong, K.K.Y., 516 of Initial Moisture Content and Chip
Canizares- Villanueva, R.O. See Vicente Size on the Bioconversion Efficiency
Garcia, V., 306 of Softwood Lignocellulosics, 413
Baeza, J.A. See Guisasola, A., 722 Carlson, R. Cvak, J. See Flieger, M., 234
Baeza, J.A. See Pijuan, M., 56 ; Srienc, F.: Fundamental Escherichia coli Cysneiros, D. See Paulo, P. L., 434
Barbosa, M.]J. Biochemical Pathways for Biomass and
; Hadiyanto; Wijffels, R.H.: Overcoming Energy Production: Identification of Dauner, M. See Wahl, S.A., 259
Shear Stress of Microalgae Cultures in Reactions, | De Bo, I. See Jacobs, P., 68
Sparged Photobioreactors, 78 Carrera, J. See Guisasola, A., 722 de Graaf, A.A. See Drysch, A., 497
Barnes, L.M. Casas, C. See Guisasola, A., 722 de Jong, G.A.H. See Nieuwenhuizen,
; Bentley, C.M.; Dickson, A.J.: Molecular Casas, C. See Pijuan, M., 56 W.F., 248
Definition of Predictive Indicators of Cha, J.H. See Li, L., 214 de Koster, C.G. See Nieuwenhuizen,
Stable Protein Expression in Champion, K.M. See Chen, C., 463 W.F., 248
Recombinant NSO Myeloma Cells, 115 Chan, R. de Vos Petersen, C.
Barton, G.W. See Foster, A.E., 138 ; Chen, V.; Bucknall, M.P.: Quantitative : Beck, H.C.: Lauritsen, F.R.: On-Line
Barreiros, S. See Vidinha, P., 442 Analysis of Membrane Fouling by Monitoring of Important Organoleptic
Baskaran, G. See Jones, M.B., 394 Protein Mixtures Using MALDI-MS, Methyl-Branched Aldehydes During
Battersby, J.E. See Chen, C., 463 190 Batch Fermentation of Starter Culture
Beccari, M. See Dionisi, D, 569 Chapman, S. Staphylococcus xylosus Reveal New
Beck, H. C. See de Vos Petersen, C, 298 ; Asthagiri, A.R.: Resistance to Signal Insight Into Their Production in a Model
Behie, L.A. See Jung, S., 750 Activation Governs Design Features of Fermentation, 298
Benada, O. See Flieger, M., 234 the MAP Kinase Signaling Module, 311 Dekker, H.L. See Nieuwenhuizen, W.F..,
Bentley, C.M. See Barnes, L.M., 115 Chaubey, A. See Singhal R., 277 248
Betenbaugh, M.J. See Figueroa, B. Jr., 589 Chaudhari, R.V. See Phadtare, S., 629 Demeestere, K. See Jacobs, P., 68
Bi, J.-X. Chen, C. Dickson, A.J. See Barnes, L.M., 115
; Shuttleworth, J.; Al-Rubeai, M.: ; Snedecor, B.N.; Nishihara, J.C.; Joly, Ding, J.L.
Uncoupling of Cell Growth and J.C.; McFarland, N.; Andersen, D.C.; ; Lim, E.H.; Li, H.F.; Kumar, J.K.; Lee
Proliferation Results in Enhancement of Battersby, J.E.; Champion, K.M.: S...5 Lam, TJ Expression of
Productivity in p21°'?'-Arrested CHO High-Level Accumulation of a Recombinant Vitellogenin in the Yeast
Cells, 741 Recombinant Antibody Fragment in Pichia pastoris, 330
Birner-Griinberger, R. the Periplasm of Escherichia coli Dionisi, D.
; Scholze, H.; Faber, K.: Hermetter, A.: Requires a Triple-Mutant (degP prc spr) ; Majone, M.: Papa, V.; Beccari, M.:
Identification of Various Lipolytic Host Strain, 463 Biodegradable Polymers From Organic
Enzymes in Crude Porcine Pancreatic Chen, S. See Figueroa, B. Jr., 589 Acids by Using Activated Sludge
Lipase Preparations Using Covalent Chen, V. See Chan, R., 190 Enriched by Aerobic Periodic
Fluorescent Inhibitors, 147 Chen, W. See Kostal, J., 293 Feeding, 569
Blackall, L.L. See Pijuan, M., 56 Chen, W. See Lai, D., 20 Dordick, J.S. See Lindsay, J.P., 553
Boland, T. See Xu, T., 29 Chen, W. See Lei, Y., 706 Drysch, A.
Boosten, W.H.J. See Youshko, M.I., 323 Chin Heng, B. ; El Massaoudi, M.; Wiechert, W.; de
Borth, N. See Hohenblum, H., 367 ; Yu, H.; Chye Ng, S.: Strategies for the Graaf, A.A.; Takors, R.: Serial Flux
Breuer, U. See Maskow, T., 547 Cryopreservation of Microencapsulated Mapping of Corynebacterium
Bradstock, K.F. See Foster, A.E., 138 Cells, 202 glutamicum During Fed-Batch L-Lysine
Biotechnology and Bioengineering, Vol. 85 , Pp. 802-806, (2004)
Production Using the Sensor Feactor Guan, P. See Su, W., 610 Characterization of the Cellular
Approach, 497 Guisasola, A. See Pijuan, M., 56 Uptake and Metabolic Conversion
Duan, X. See King, M., 516 Guisasola, A. of Acetylated N-Acetylmannosamine
; Pijuan, M.; Baeza, J.A.; Carrera, J.; (ManNAc) Analogues to Sialic Acids,
Ebersold, M.F. Casas, C.; Lafuente, J.: Aerobic 394
—; Zydney, A.L.: Use of Protein Charge Phosphorus Release Linked to Acetate Jorge, S.A.C. See Yokomizo, A.Y., 506
Ladders to Study Electrostatic Uptake in Bio-P Sludge: Process Jung, S.
Interactions During Protein Modeling Using Oxygen Uptake ; Behie, L.A.; Lee, P.W.K.; Farrell, P_J.:
Ultrafiltration, 166 Rate, 722 Optimization of Reovirus Production
Edelman, E.R. See Wu, D., 406 Gutiérrez-Ortega, A. from Mouse L-929 Cells in Suspension
El Massaoudi, M. See Drysch, A., 497 —; Avila-Moreno, F.; Saucedo-Arias, L.J.; Culture, 750
Endo, M. See Sasaki, K., 489 Sanchez-Torres, C.; Gomez-Lim, M.A.:
Erhardt, F.A. See Aucoin, M.G., 647 Expression of a Single-Chain Human Kaneko, R. See Masuda, T., 761
Interleukin-12 Gene in Transgenic Kaneto, K. See Singhal R., 277
Faber, K. See Birner-Griinberger, R., 147 Tobacco Plants and Functional Kang, D.G. See Li L., 214
Farrel, P.J. See Jung, S., 750 Studies, 734 Kantorova, M. See Flieger, M., 234
Ferreira, G.M. See Ahuja, S.K., 666 Katayama, A. See Tien, T.H., 580
Figueroa, B. Jr. Hadiyanto. See Barbosa, M.Jj., 78 Keasling, J.D. See Maharbiz, M.M., 376
-; Chen, S.; Oyler, G.A. Hardwick, J.M.; Hamilton, N.T. See Wong, K.K.Y., 516 Keller, J. See Hurse, T.J., 47
Betenbaugh, M.J.: Aven and Bcl-x, Hardwick, J.M. See Figueroa, B. Jr., 589 Kelly, R.T. II
Enhance Protection Against Apoptosis Harper, N. See Vidinha, P., 442 —; Henriques, I.D.S.; Love, N.G.: Chemical
for Mammalian Cells Exposed to Heijnen, J.J. See Mashego, M.R., 620 Inhibition of Nitrification in Activated
Various Culture Conditions, 589 Hejazi, M.A. Sludge, 683
Flieger, M. ; Holwerda, E.; Wijffels, R.H.: Milking Kemp, R. See Maskow, T., 547
-; Kantorova, M.; Benada, O.; Kofronova, Microalga Dunaliella salina for Kim, D.-M.
O.; Sobotka, M.: Cvak, J.; Votruba, J.; 3-Carotene Production in Two-Phase ; Swartz, J.R.: Efficient Production of a
Preparation of Nanoparticles by Bioreactors, 475 Bioactive, Multiple Disulfide-Bonded
Electrocoagulation From Soluble Heng, B.C. Protein Using Modified Extracts of
Exopolysaccharide Produced by ; Yu, H.; Ng, S.C.: Strategies for the Escherichia coli, 122
Claviceps viridis, 234 Cryopreservation of Microencapsulated Kindaichi, T., See Okabe, S., 86
Forrester, K. See Foster, A.E., 138 Cells, 202 King, M.
Foster, A.E. Henriques, I.D.S. See Kelly, R.T. Il, 683 ; Duan, X.; Sheardown, H.: Partitioning of
: Forrester, K.; Gottlieb, D.J.; Barton, Hermetter, A. See Birner-Griinberger, R., Model Toxins to Hydrophobically
G.W.; Romagnoli, J.A.; Bradstock, K.F. 147 Terminated DAB Dendrimers, 516
Large-Scale Expansion of Hickman, J.J. See Xu, T., 29 Kinnunen, P.H.-M.
Cytomegalovirus-Specific Cytotoxic T Hohenblum, H. ; Puhakka, J.A.: High-Rate Ferric Sulfate
Cells in Suspension Culture, 138 ; Gasser, B.; Maurer, M.; Borth, N.; Generation by a Leptospirillum
Fox, S.R. Mattanovich, D.: Effects of Gene ferriphilum-Dominated Biofilm and the
; Patel, U.A.; Yap, M.G.S.; Wang, D.I.C. Dosage, Promoters, and Substrates on Role of Jarosite in Biomass Retainment
Maximizing Interferon-y Production by Unfolded Protein Stress of Recombinant in a Fluidized-Bed Reactor, 697
Chinese Hamster Ovary Cells Through Pichia pastoris, 367 Kitabatake, N. See Masuda, T., 761
Temperature Shift Optimization: Hokka, C.O. See Cruz, A.J.G., 96 Kofronova, O. See Flieger, M., 234
Experimental and Modeling, | Holtz, W.J. See Maharbiz, M.M., 376 Konno, H. See Sasaki, K., 489
Fu, L. See Lai, D., 20 Holwerda, E. See Hejazi, M.A., 475 Kostal, J.
Fujita Y. See Masuda, T., 761 Hong, Y.J. See Chung, J.Y., 539 ; Mulchandani, A.; Chen, W.: Affinity
Fukunaga, K. See Yoshimoto, M., 222 Howe, R.T. See Maharbiz. M.M., 376 Purification of Plasmid DNA by
Hughes, a See Roach, P.C.J.. 450 Temperature-Triggered Precipitation,
Galdino, P.L. See Yokomizo, A.Y., 506 Hurse, T.J. 293
Garcia-Arellano, H. : Keller, J.: Reconsidering the Use of Koutinas, A.A.
; Buenrostro-Gonzalez, E.; Vazquez- Photosynthetic Bacteria for Removal of ; Wang, R.: Webb, C Restructuring
Duhalt, R.: Biocatalytic Transformation Sulfide From Wastewater, 47 Upstream Bioprocessing: Technological
of Petroporphyrins by Chemical Hwang, S.O. See Chung, J., 539 and Economical Aspects for Production
Modified Cytochrome C, 790 Ito, T. See Okabe, S., 86 of a Generic Microbial Feedstock From
Gasser, B. See Hohenbium, H., 367 Jacobs, P. Wheat, 524
Gavala, H.N. ; De Bo, 1.; Demeestere, K.; Verstraete, Kuboi, R. See Yoshimoto, M., 222
; Yenal, U.; Ahring, B.K.: Thermal and W.; Van Langenhove, H.: Toluene Kumar, A. See Phadtare, S..
Enzymatic Pretreatment of Sludge Removal From Waste Air Using a Flat Kumar, J.K. See Ding, J.L., 330
Containing Phthalate Esters Prior to Composite Membrane Bioreactor, 68
Mesophilic Anaerobic Digestion, 561 Jiang, B. See Paulo, P.L., 434 Lafuente, J. See Guisasola,
Ge, X. See Wu, J., 714 Jiang, H. Lahar, N. See Jones, M.B., 394
Giordano, R.C. See Cruz, A.J.G., 96 : Morgan, J.A.: Optimization of an In Lai, D.
Gomes da Silva, M.D.R. See Vidinha, P.., Vivo Plant P450 Monooxygenase Fa, Ls Wens, SG. 1; Fu, C; Fu, F.:
442 System in Saccharomyces cerevisiae, Wang, H.; Chen, W.: Blocking
Goémez-Lim, M.a. See Gutiérrez-Ortega, A 130 Caspase-3 Activity With a U6 SnRNA
734
Joly, J.C. See Chen, C., 463 Promoter-Driven Ribozyme Enhances
Gostovié, S. See Zeli¢, B., 638 Jones, M.B. Survivability of CHO Cells Cultured in
Gottlieb, D.J. See Foster, A.E., 138 ; Teng, H.; Rhee, J.K.; Lahar, N.: Low Serum Medium and Production of
Groneveld, T. See Nieuwwenhuizen, W.F., 248 Baskaran, G.; Yarema, K.J.: Interferon-{3, 20
AUTHOR INDEX
Lam, T.J. See Ding, J.L., 330 Spectroscopy to Control the Bacterial Olvera-Ramirez, R. See Vicente-Garcia,
Lauritsen, F.R. See Petersen C., Conversion of Toxic Substrates into V.. 306
Lee, E.H. See Xu, T., 29 Polyhydroxyalcanoates, 547 Osinga, R. See Sipkema, D., 239
Lee, G.M. See Chung, J., 539 Masuda, T. Osorio, D.F. See Sucosky, P., 34
Lee, P.W.K. See Jung, S., 750 ; Tamaki, S.; Kaneko, R.; Wada, R.; Oyler, G.A. See Figueroa, B. Jr., 589
Lee, S.L. See Ding, J.L., 330 Fujita, Y.; Mehta, A.; Kitabatake, N
Legge, R.L. See Aucoin, M.G., 647 Cioning, Expression and Pan, T. See Cruz, A.J.G., 96
Lei, Y. Characterization of Recombinant Papa, V. See Dionisi, D, 569
; Mulchandani, P.;Chen, W.; Wang, J.; Sweet-Protein Thaumatin II Using the Patel, U.A., See Fox, S.R., 177
Mulchandani, A.: Whole Cell—Enzyme Methylotrophic Yeast Pichia pastoris, Paulo, P.L.
Hybrid Amperometric Biosensor for 761 ; Jiang, B.; Cysneiros, D.; Stams, A.J.M;
Direct Determination of Mattanovich, D. See Hohenblum, H., 367 Lettinga, G.; : Effect of Cobalt on the
Organophosphorous Nerve Agents With Maurer, M. See Hohenblum, H., 367 Anaerobic Thermophilic Conversion of
p-Nitrophenyl Substituent, 706 Mayer, J. See Pochon S., 656 Methanol, 434
Lettinga, G. See Paulo, P., 434 McFarland, N. See Chen, C., 463 Pereira, C.A. See Yokomizo, A.Y., 506
Li, H.F. See Ding, J.L., 330 Meharbiz, M.M. Peter Kuboi, R. See Yoshimoto, M
Li, L. : Holtz, W.J.; Howe, R.T.; Keasling, J.D.: Petridou, S. See Xu, T., 29
Kang, D.G.; Cha, H.J.: Functional Microreactor Arrays With Parametric Phadtare, S.
Display of Foreign Protein on Surface of Control for High-Throughput ; Vinod, V.P.: Mukhopadhyay, K.: Kumar,
Escherichia coli Using N-Terminal Experimentation, 376 \.; Rao, M.; Chaudhari, R.V.; Sastry, M
Domain of Ice Nucleation Protein, 214 Mehta, A. See Masuda, T., 761 Immobilization and Biocatalytic Activity
Lim, E.H. See Ding, J.L., 330 Mendes-Tatsis, M.A. See Pursell, M.R., 155 of Fungal Protease on Gold Nanoparticle-
Lim, S.W. See Chung, J., 539 Micaelo, N.M. See Vidinha, P., 442 Loaded Zeolite Microspheres, 629
Lindsay, J.P. Middelberg, A.P.J. See Tin Lee, C.. 103 Pijuan, M. See Guisasola, A., 722
; Clark, D.S.; Dordick, J.S.: Combinatorial Moody, H.M. See Youshko, M.I., 323 Pijuan, M.
Formulation of Biocatalyst Preparations Moghe, P.V. See Brieva, T.A., 283 ; Saunders, A.M.: Guisasola, A.; Baeza,
for Increased Activity in Organic Moreira, A.R. See Ahuja, S.K., 666 J.A.: Casas, C.; Blackall, L.L.: Enhanced
Solvents: Salt Activation of Penicillin Morgan, J.A. Biological Phosphorus Removal in a
Amidase, 553 ; Clark, D.S.: Salt-Activation of Sequencing Batch Reactor Using
Liu, C.-C. Nonhydrolase Enzymes for Use in Propionate as the Sole Carbon Source,
Wu, S.-C.: Mosquito and Mammalian Organic Solvents, 456 56
Cells Grown on Microcarriers for Morgan, J.A. See Jiang, H., 130 Planchamp, C.
Four-Serotype Dengue Virus Production Morreale, G. See Tin Lee, C., 103 ; Ivancevic, M.K Pastor, C.M.; Vallée
Variations in Virus Titer, Plaque Mukhopadyay, K. See Phadtare, S., 629 J.-P.; Pochon, S.: Terrier, F.; Mayer,
Morphology, and Replication Rate, 482 Muichandani, A. See Kostal, J., 293 J.M.; Reist, M Hollow Fiber
Liu, T. Mulchandani, P. See Lei. Y., 706 Bioreactor: New Development for the
; Zhang, Z.: Mechanical Properties of Murado, M.A. See Vazquez, J.A.; Study of Contrast Agent Transport Into
Desiccated Ragweed Pollen Grains Gonzalez, 676 Hepatocytes by Magnetic Resonance
Determined by Micromanipulation and Imaging, 656
Theoretical Modelling, 770 Nakayama, H. Puhakka, J.A. See Kinnunen, P., 697
Love, N.G. See Kelly, R.T. II, 683 ; Yoshida, K.; Shinmyo, A.: Yeast Plasma Pursell, M.R.
Luo, H.-P. Membrane Enalp ATPase Alters ; Mendes-Tatsis, M.A.; Stuckey, D.C
Al-Dahhan, M.H.: Analyzing and Alkali-Cation Homeostasis and Confers Effect of Fermentation Broth and
Modeling of Photobioreactors by Increased Salt Tolerance in Tobacco Biosurfactants on Mass Transfer During
Combining First Principles of Cultured Cells, 776 Liquid—Liquid Extraction, 155
Physiology and Hydrodynamics, 382 Nandakumar, K.
Lourenco, N.M.T. See Vidinha, P., 442 ; Obika, H.; Utsumi, A.: Toshihiko, O.:; Qi, L. See Lai, D., 20
Yano, T.: Recolonization of Laser
Maharbiz, M.M. Ablated Bacterial Biofilm, 185 Ramsden, D.K. See Roach, P.C.J., 45
; Holtz, W.J.; Howe, R.T.; Keasling, J.D.: Nakao, K. See Yoshimoto, M., 222 Rao, M. See Phadtare, S., 629
Microbioreactor Arrays With Parametric Nielsen, J. See Bro, C., 269 Ras, C. See Mashego, M.R., 620
Control for High-Throughput Nietzel, G.P. See Sucosky, P Reardon, C.F. See Sin, A., 359
Experimentation, 376 Nieuwenhuizen, W.F. Regenberg, B. See Bro, C., 269
Majone, M. See Dionisi, D, 569 : Dekker, H.L.: Gréneveld, T.: de Koster Reist, M. See Planchamp, C., 656
Maltora, B.D. See Singhal R., 277 C.G.H rransglutaminase-Mediated Rhee, J.K. See Jones, M.B., 394
Mansfield, S.D. See Cullis, I.F., 413 Modification of Glutamine and Lysine Rinas, U. See Vallejo, L.F.. 601
Mashego, M.R. Residues in Native Bovine Rios-Leal, E. See Vicente-Garcia, V., 306
: Wu, L.; Van Dam, J.C.; Ras, C.; Vinke, -Lactoglobulin, 248 Roach, P.C.J.
J.L.; Van Winden, W.A.; Van Gulik, Nishihara, J.C. See Chen, C., 463 : Ramsden, D.K Hughes, J.:; Williams.
W.M.; Heijnen, J.J.: MIRACLE: Mass P.: Biocatalytic Scrubbing of Gaseous
Isotopomer Ratio Analysis of Obika, H. See Nandakumar, K., 185 Acrylonitrile Using Rhodococcus
U-'°C-Labeled Extracts. A New Method Okabe, S. ruber lmmobilized in Synthetic
for Accurate Quantification of Changes ; Kindaichi, T.; Ito, T.; Satoh, H. Analysis Silicone Polymer (ImmobaSil'™) Rings
in Concentrations of Intracellular of Size Distribution and Areal Cell 450
Metabolites, 620 Density of Ammonia-Oxidizing Robinson, A.S. See Smith, J.D., 340
Maskow, T. Bacterial Microcolonies in Relation to Romagnoll, J.A. See Foster, A.E., 138
; Olomolaiye, D.; Breuer Y.; Kemp, R.l Substrate Microprofiles in Biofilms, 86 Roth, E.A. See Xu, T., 29
Flow Calorimetry and Dielectric Olomolaiye, D. See Maskow, T., 547
AUTHOR INDEX
Saddler, J.N. See Cullis, I.F., 413 Teng, H. See Jones, M.B., 394 Wang, D.I.C. See Fox, S.R., 177
Sanchez-Torres, C. See Gutiérrez-Ortega, Terrier, F. See Planchamp, C., 656 Wang, H. See Lai, D., 20
A. 73 Tien, T.H. Wang, J. See Lei, Y., 706
Sasaki, K. ; Katayama, A.: Biodegradation Kinetics Wang, R. See Koutinas, A.A., 524
: Konno, H.; Endo, M.; Takano, K.: of Volatile Hydrophobic Organic Wang, S. See Yoshimoto, M
Removal of Mn(Il) lons From Aqueous Compounds in Cultures with Variable Webb, C. See Koutinas, A.A., 524
Neutral Media by Manganese-Oxidizing Fractional Volumes, 580 Whiffin, V.S.
Fungus in the Presence of Carbon Fiber, Tin Lee, C. ; Cooney, M.J.; Cord-Ruwisch, R.: Online
489 ; Morreale, G.; Middelberg, A.P.J.: Detection of Feed Demand in High Cell
Sastry, M. See Phadtare, S., 629 Combined In-Fermenter Extraction and Density Cultures of Escherichia coli
Saucedo-Arias L.J. See Gutiérrez-Ortega, Cross-Flow Microfiltration for Improved by Measurement of Changes in
A. 734 Inclusion Body Processing, 103 Dissolved Oxygen Transients in
Saunders, A.M. See Pijuan, M., 56 Toshihiko, O. See Nandakumar, K., 185 Complex Media, 422
Scholze, H. See Birner-Griinberger, R., 147 Treyer, M. See Yoshimoto, M., 222 Wiechert, W. See Drysch, A., 497
Schroén, C.G.P.H. See Sipkema, D., 2 39 Wiechert, W. See Wahl, S.A., 561
Schwaneberg, U. See Wong, T.S., 351 Weng, S. See Lai, D., 20
Utsumi, A. See Nandakumar, K., 185
Sheardown, H. See King, M., 516 Wijffels, R.H. See Barbosa, M.J., 78
Shinmyo, A. See Nakayama, H., 776 Wijffels, R.H. See Hejazi, M.A., 475
Shuler, M.L. See Sin, A., 359 Vallejo, L.F. Wijffels, R.H. See Sipkema, D., 239
Shuttleworth, J. See Bi, J.-X., 741 ; Rinas, U.: Optimized Procedure for Williams, P. See Roach, P.C.J., 450
Signal, F.A. See Wong, K.K.Y., 516 Renaturation of Recombinant Human Wong, K.K.Y.
Sin, A. Bone Morphogenetic Protein-2 at High ; Hamilton, N.T.; Signal, F.A.; Campion,
; Reardon, C.F.; Shuler, M.L.: A Self- Protein Concentration, 601 S.H.: High-Humidity Performance of
Priming Microfluidic Diaphragm Pump Van Dam, J.C. See Mashego, M.R., 620 Paperboard After Treatment With
Capable of Recirculation Fabricated by Van Gulik, W.M. See Mashego, M.R., 620 Xylanase, Endoglucanse, and Their
Combining Soft Lithography and Tradi- Van Langenhove, H. See Jacobs, P., 68 Combination, 516
tional Machining, 359 Van Winden, W.A., See Mashego, M.R., 620 Wong, T.S.
Singhal, R. Vasia-Raaki, DB. See Zelid, B., 638 Arnold, F.H.; Schwaneberg, |
; Chaubey, A.; Kaneto, K.; Takashima, Vazquez Alvarez, J.A. Laboratory Evolution of Cytochrome
W.; Malhotra, B.D.: Poly-3-Hexyl ; Gonzalez, M.P.; Murado, M.A.: P450 BM-3 Monooxygenase for Organic
Thiophene Langmuir-Blodgett Films for Pediocin Production by Pediococcus Cosolvents, 351
Application to Glucose Biosensor, 277 acidilactici in Solid State Culture on a Wu, D.
Sipkema, D. Waste Medium: Process Simulation and ; Edelman, E.R.: Resonance Energy
: Snijders, A.P.L.; Schroén, C.G.P. H.: Experimental Results, 676 Transfer for Assessing the Molecular
Osinga, R.: Wijffels, R.H.: The Life and Vazquez-Duhalt, R. See Garcia-Arellano, Integrity of Proteins for Local Delivery,
Death of Sponge Cells, 239 H. 790 406
Smith, J.D. Verstraete, W. See Jacobs, P., 68 Wu, J.
; Tang, B.C.; Robinson, A.S.: Protein Vicente-Garcia, V. ; Ge, X.: Oxidative Burst, Jasmonic Acid
Disulfide Isomerase, But Not Binding ; Rios-Leal, E.; Calder6n-Dominguez, G.: Biosynthesis, and Taxol Production
Protein, Overexpression Enhances Canizares- Villanueva, R.O.; Olvera- Induced by Low-Energy Ultrasound in
Secretion of a Non-Disulfide-Bonded Ramirez, R.: Detection, Isolation, and Taxus chinensis Cell Suspension
Protein in Yeast, 340 Characterization of Exopolysaccharide Cultures, 714
Snedecor, B. See Chen, C., 463 Produced by a Strain of Phormidium 94a Wu, L. See Mashego, M.R., 620
Snijders, A.P.L. See Sipkema, D., 239 Isolated From an Arid Zone of Mexico, Wu, S.-C. See Liu, C.-C., 482
Soares, C.M. See Vidinha, P., 442 306 Xu, T.
Sobotka, M. See Flieger, M., 234 Vidinha, P. : Petridou, S.: Lee, E.H.: Roth, E.A.:
Srienc, F. See Carlson, R., | : Harper, N.; Micaelo, N.M.; Lourengo, Vyavahare, N.R.: Hickman, J.J.: Boland,
Stams, A.J.M. See Paulo, P.L., 434 N.M.T.; Gomes da Silva, M.D.R.: r.: Construction of High-Density
Stuckey, D.C. See Pursell, M.R., 155 Cabral, J.M.S.; Afonso, C.A.M.: Soares Bacterial Colony Arrays and Patterns by
Su, W.W. C.M.: Barreiros, S.: Effect of the Ink-Jet Method, 29
: Wen Guan. P.; Bugos, R.C.: High-Leve Immobilization Support, Water Activity
Secretion of Functional Green and Enzyme fonization State on Cutinase
Yano, T. See Nandakumar, K.. 185
Fluorescent Protein From Transgenic Activity and Enantioselectivity in
Yap, M.G.S. See Fox, S.R., 177
Tobacco Cell Cultures: Characterization Organic Media, 442
Yarema, K.J. See Jones, M.B., 394
and Sensing, 610 Vinke, J.L. See Mashego, M.R., 620
Yenal, U. See Gavala H.N., 259
Sucosky, P. Vinod, V.P., See Phadtare, S., 629
Yokomizo, A.Y.
: Osorio, D.F.: Brown, J.B.; Neitzel, G.P Votruba, J. See Flieger, M., 234
Antoniazzi, M.M.: Galdino, P.1
Fluid Mechanics of a Spinner-Flask Vuorilehto, K. See Zelia, B., 638
Azambuja, N. Jr.: Jorge, S.A.C.:
Bioreactor, 34 Vyavahare, N.R. See Xu, T., 29
Pereira, C.A. Rabies Virus
Svedas, V.K. See Youshko M.I., 323
Production in High Vero Cell
Swartz, J.R. See Kim, D.-M., 122
Wada, R. See Masuda, T., 761 Density Cultures on Macroporous
Wahl, S.A. Microcarriers, 506
Takano, K. See Sasaki, K.. 489 ; Dauner, M.; Wiechert, W.: New Tools Yoshida, K. See Nakayama, H., 776
Takashima, W. See Singhal R., 277 for Mass Isotopomer Data Evaluation Yoshimoto, M.
Takors, R. See Drysch, A., 497 in ““C Flux Analysis: Mass Isotope ; Wang, S.; Fukunaga, K.; Treyer, M.;
Takors, R. See Zelia, B.. 638 Correction, Data Consistency Checking, Walde, P.; Kuboi, R.; Nakao, K
Tamaki, 8S. See Masuda, T., 761 and Precursor Relationships, 259 Enhancement of Apparent Substrate
Tang, B.C., See Smith, J.D., 340 Walde, P. See Yoshimoto, M., 222 Selectivity of Proteinase K Encapsulated
AUTHOR INDEX
in Liposomes Through a Cholate- Beneficial Impact of Kinetic Substrate Process Strategies to Enhance
Induced Alteration of the Bilayer Supersaturation, 323 Pyruvate Production With
Permeability, 222 Yu, C. See Lai, D., 20 Recombinant Escherichia coli:
Youshko, M.I. Yu, H. See Chin Heng, B., 202 From Repetitive Fed-Batch to
; Moody, H.M.; Bukhanov, A.L.; Yu, T. See Lai, D., 20 in Situ Product Recovery With
Boosten, W.H.J.; Svedas, V.K.: Fully Integrated Electrodialysis,
Penicillin Acylase-Catalyzed Zeli¢, B. 638
Synthesis of #-Lactam Antibiotics ; Gostovic, S.; Vuorilehto, K.; Zhang, Z. See Liu, T., 770
in Highly Condensed Aqueous Systems: Vasi¢-Racki, D. Takors, R..: Zydney, A.L. See Ebersold, M.F., 166
AUTHOR INDEX
Biotechnology and Bioengineering
Subject Index to Volume 85
acellular, 283 bone morphogenetic protein-2, 601 DAB dendrimers, 516
acetaminophen, 516 branched-chain aldehydes, 298 dengue virus, 482
acetate, 422 bubble column, 78 detoxification, 450
acetylated N-acetylmannosamine diaphragm pump, 359
analogues, 394 'SC flux analysis, 259 dielectric spectroscopy, 547
acrylonitrile, 450 '“C labeling, 620 differentiation, 283
activated sludge, 683 cadherin, 283 directed evolution, 351
active site labeling, 147 caffeine, 516 dissolved oxygen transients, 422
Activity, 442 calnexin, 539 disulfide bond formation, 122
aeration gas, 697 calreticulin, 539 DMSO, 202
affinity precipitation, 293 carbon fiber, 489 DNA arrays, 269
airlift column, 382 CARPT, 382 DNA cloning, 293
alkali-cation, 776 cartilage, 34 Dunaliella salina, 475
alkoxysilane, 647 caspase-3, 20 dynamic simulation, 382
alkylphosphonic acid esters, 147 caspases, 589
ammonia, 750 cell culture analog, 359 E. coli, 638
ammonia-oxidizing bacteria, 86 cell cycle arrest, 741 EG, 202
ammonium, 239 cell death, 78 Elastin-like proteins (ELPs), 293
amperometric, 706 cell debris, 155 electrochemical gas generation, 376
amphotericin B, 239 cell density at infection, 750 electrocoagulation, 234
anaerobic, 434 cell density gradient, 29 electrodialysis, 638
anaerobic digestion, 561 cell growth, l electron microscopy, 234
apoptosis, 20, 589 cell retention, 638 electrostatic interactions, 166
apparent enzyme activity, 222 cell surface display, 214 elementary-mode analysis, |
apparent substrate selectivity, 222 cell-free protein synthesis, 122 elicitation, 714
Archaea, 340 cells, 202 Enantioselectivity, 442
area cover, 185 cellulase, 516 endoplasmic reticulum, 340
Arthrobacter sp., 706 cephalosporin C production, 96 enhanced biological phosphorus removal
ASA, 516 chaotropic and kosmotropic behavior, 553 (EBPR), 56, 722
Aspergillus awamori, 524 chaperone, 340 enriched-nutrient feed, 330
asphaltene, 790 Chemical Extraction, 103 enrichment, 434
Aven, 589 chemostat, 547, 620 enzymatic hydrolysis, 413
Chinese hamster ovary (CHO) cells, 539 enzymatic pretreatment, 561]
(4-carotene, 475 Chinese hamster ovary (CHO-K1) cells, 589 enzymatic synthesis, 323
4-catenin, 283 chip size, 413 enzyme activation, 456
(s-glucosidase, 340 CHO cells, 20, 177 Enzyme ionization, 442
-lactam antibiotics, 323 cholate-modulated liposomes, 222 enzyme leakage, 27292
(s-lactoglobulin, 248 cholestero! esterase, 147 enzymes, 516, 629
Bacillus megaterium, 35} chymotrypsin, 147 erythromycin, 516
bacterial colony array, 29 circular dichroism, 248 Escherichia coli, 214, 422, 463, 601
Bel-2 family, 589 Claviceps sp, 234 ethanol production, 269
Bcl-x; , 589 cobalt, 434 exopolysaccharides, 234
binding protein (BiP), 340 complex pattern, 29 extracellular polymeric substances
biocatalysis, 130, 147, 790 composite membrane bioreactor, 68 (EPS). 306
biocatalyuc, 450 compressive strength, 516
biocircuit, 311 computational fluid dynamics, 34 factor screening, 666
bioconjugation, 629 concentration profiles, 68 fed batch, 422
bioconversion, 413 constitutive expression, 330 feeding Strategy, 422
biodegradable polymers, 569 continuous bioconversion, 5 44 fermentation, 376
biodegradation kinetics, 580 contrast agent, 656 fermentation broth, 155
biofilm, 47 controlled proliferation, 177 ferulate, 130
biofilms, 86 copy number, 115 ferulic acid, 130
bioinformatics, |, 269 Corynebacterium glutamicum, 497 FGF.2, 406
biomass retainment, 697 critical flux, 190 FISH, 86
BioMEMS, 359 cryopreservation, 202 flavors, 298
biopharmaceutical, 463 Cultispher G, 506 flow calorimetry, 547
bioprocess, 506 Cutinase, 442 flow-cytometer, 185
Bioreactor, 138 cyanobacteria, 306 fluorescence in situ hybridization
bioscrubber, 450 cyclin-dependent kinase, 741 (FISH), 56
biosensor, 29, 277, CYP102, 351 fracuionation
bioseparation, 166 cytochrome c, 790
biosurfactant, 155 Cytodex 1, 506 Gd-BOPTA, 656
biotransformation, Cytomegalovirus, 138 glucose oxidase, 27
BiP, 367 Cytopore, 506 glycosylation, 394
Biotechnology and Bioengineering, Vol. 85 , Pp. 807 - 809 (2004)
gold, 629 mammalian cell culture, 20, 589 penicillin acylase, 323
green fluorescent protein (GFP), 610 marine biofilm, 185 penicillin amidase, 5 553
green fluorescent protein, 214 mass spectrometry, 190, 248 periplasmic protease, 463
green sulfur bacteria (GSB), 47 mass-transfer, 155 peroxidase, 790
growth control, 741 mathematical modeling, 311 peroxide delignification, 413
GS-NSO, 115 mechanical properties, 770 pesticides, 706
media optimization, 130 petroporphyrins, 790
1eme limitation, 130 medium limitations, 666 Pharmacokinetics, 406
hepatocyte, 283, 656 membrane charge, 166 phenanthrene, 580
heterologous protein, 367 membrane inlet mass spectrometry, 298 phenol, 547
high cell density culture, 422 membrane permeability, 222 Phormidium sp., 306
high cell density fermentation, 463 metabolic and cell engineering, 394 phosphatase, 31 |
high-throughput flux analysis, 259 metabolic engineering, 269, 741 photobioreactor, 382
hollow fiber bioreactor, 656 metabolic flux analysis, 394, 497 phthalate esters, 561
homoacetogens, 434 metabolism, | Pichia pastoris, 330, 367, 761
Hsp70, 340 methanogens, 434 Plackett-Burman, 666
Human T cells, 138 methanol, 434 plant cell culture, 610
hydrodynamic stress, methyl parathion, 706 plaque heterogeneity, 482
hydrodynamics, 382 microalgae, 78 Plasmid binding, 293
hydrogen peroxide, 489 microbial feedstock, 524 plasmid purification, 293
hydrophobicity, 647 microbioreactor, 376 polyhydroxyalcanoates (PHA), 547
hyperactivation, 647 microcapsules, 202 polyhydroxyalkanoates, 569
microcarrier, 482 polyphosphate accumulating organisms
ibuprofen, 516 microcolony, 86 (PAO), 56, 722
ice nucleation protein, 214 microelectrodes, 86 porcine pancreatic lipase, 147
immobilization, 450 microfabrication, 359 porous media, 34
immobilized cells, 96 Microfiltration, 103 precursor relationship, 259
immunofluorescence, 367 microfluidic, 359 predictive indicator of instability, 115
Immunotheraphy, 138 milking, 475 pretreatment, 56
in situ product recovery (ISPR), 638 mixed cultures, 569 process economics, 524
Inclusion Body, 103 Mn-oxidizing fungus, 489 process optimization, 177
industrial toxin, 683 modeling, 56, 177, 722 productivity, 115
infection temperature, 750 moisture content, 413 proliferation, 138, 283
inhibition, 683 Monod coefficients, 580 propionate, 56
ink-jet printer, 29 mosquito cells, 482 Protein, 103
interferon gamma, 734 mRNA analysis, 115 protein disulfide isomerase (PDI), 340
interleukin-12, 734 MS correction, 259 protein folding, 122
interspecies microbial competition, 86 multiplicity of infection, 75 protein fouling, 190
ion homeostasis, 776 protein modification, 248
iron oxidation, 697 nanoparticles, 234, 629 protein secretion, 610
native structure, 248 protein transport, 166
jarosite precipitate, 697 nerve agents, 706 proteinase K containing liposomes, cece
jasmonic acid, 714 Nicotiana tabacum, 776 Protonation state, 442
Jones-Dole B coefficients, 553 nitrification, 683 Pseudoalteromonas carrageenovora, 185
nitrilase, 450 Pseudomonas putida TVA8, 68
kinetic supersaturation, 323 NK cells, 734 pulp fibers, 516
nonhydrolase, 456 Pyrococcus f triosus, 340
L-929 cells, 750 N-terminal domain, 214 pyruvate, 638
lab-on-a-chip, 359
lactate, 750 quantification, 190
laser, 185 on-line monitoring, 298 quantitative metabolomics, 620
LB films, 277 OPH, 706
Leptospirillum ferriphilum, 697 optimization, 340 ragweed pollen, 770
leucine catabolism, 298 organic carbon source, 489 random mutagenesis, 351
lidocaine, 516 organic solvent resistance reactive oxygen species, 714
lignin, 413 Organic solvents, 442 recolonization, 185
linear elasticity, 770 organic solvents, 456 recombinant antibody, 115, 463
lipase, 647 organophosphate, 706 recombinant proteins, 734
liquid chromatography electrospray organophosphorus hydrolase, 214 recombination, 761
ionization mass spectrometry, 620 oxygen uptake rate (OUR), 722 recovery, 683
Liquid-liquid extraction, 155 refining, 413
L = lysine, 497 P3HT, 277 Refolding, 103
local delivery, 406 P450 BM-3, 351 renaturation, 601
low temperature, 177 paperboard, 516 reovirus production, 750
lyophilization, 456 parameter optmization, 376 repeated-batch, 96
paraoxon, 706 repetitive fed-batch, 638
magnetic resonance imaging, 656 particle-image velocimetry, 34 resonance energy transfer, 406
MALDI, 190 pediocin production, 676 respirometry, 722
SUBJECT INDEX