Biotechnology and Bioengineering 1993: Vol 41-42 Index

21 Pages·1993·6.9 MB·English

& BIOTECHNOLOGY
BIOENGINEERING
INDEX TO VOLUMES 41 and 42
& BIOTECHN OLOGY
BIOENGINEERING
Editor Founding Editor
Eleftherios T. Papoutsakis Elmer L. Gaden, Jr., University of Virginia,
Northwestern University, Evanston, Illinois Charlottesville, Virginia
Associate Editors Editorial Board
Douglas S. Clark, University of California James E. Bailey
Berkeley, California Harvey W. Blanch
Frank DiCosmo, University of Toronto Arnold L. Demain
Toronto, Canada C.P. Leslie Grady, Jr.
George Georgiou, University of Texas Jeffrey A. Hubbell
Austin, Texas Isao Karube
Maria-Regina Kula, Heinrich-Heine Universitat Diisseldorf Malcolm D. Lilly
in der KFA Julich, Germany Michael L. Shuler
Daniel |.C. Wang, Massachusetts Institute of Technology, Daniel Thomas
Cambridge, Massachusetts
Scope: The editors of B&B will consider for pub- © environmental biotechnology, including aerobic © mineral biotechnology, including coal biotech-
lication original articles, reviews, and mini reviews anaerobic processes, systems involving bio-
that deal with all aspects of applied biotechnology. films, algal systems, detoxification and bioreme- . biological aspects of biomass and renewable
These include: diation, and genetic aspects; resources engineering; and
applied genetics and metabolic engineering, in- * fundamental aspects of food biotechnology.
wrmnsa spects of cellular physiology, metabo- cludingm odeling molecular processes of applied
lism, and energetics of ia, fungi, animal, interest; The editors will consider papers for publications
and plant cells; —— biotechnology; based on novelty, their immediate or future impact
enzyme systems and their applications, includ- iochemical engineering, including transport on biotechnological processes, and their contribu-
ing enzyme reactors, purification, and applied panes in bioreactors, bioreactor design, tion to the advancement of biotechnology and bio-
aspects of protein engineering; inetics and modeling of biological systems, chemical engineering science. Submission of pa-
animal-cell biotech , including media de- instrumentation and control, biological contain- pers dealing with routine aspects of bioprocessing,
t, modeling, tissue engineering, and ment, and bioprocess design; description of established equipment, and routine
ied aspects of cell interactions with their biosensors; applications of established ies (e.g.
environment and other cells; pe and other instrumental techniques control strategies, modeling, experimenta methods)
bioseparations and other downstream processes for biotechnological applications, including NMR are discouraged. Theoretical papers will be judged
including cell disruption, chromatography, af- and flow based on the novelty of the approach and their
finity purifications, extractions, and aiben ¢ thermodynamic aspects of cellular systems and potential impact, or on their novel capability to
processing; their applications; predict and elucidate experimental observations.
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Biotechnology and Bioengineering
Subject Index to Volumes 41 and 42
Please note that A refers to Volume 41 and B refers to Volume 42
a-amylase, 1142B Antibody productivity, 185B, 247B, 601B, Biological acid transformation, 303A
a-amylase production, 854A 1322B Biological solvent production, 1053B
Acclimation, 79A Aphrons, 72A Bioluminescence, 945B, 1190B, 1337B
Acetaldehyde, 24B, 667B Apricot seed extract, 465A Biomass, 785B
Acetate production, 843B Aqueous two phase, 72A Biomass estimator, 1311B
Acetic acid, 43A, 316A, 347A Arginine limitation, 1142B Biomass output, 1003A
Acetoin, 791A Artificial liver, 194A, 579B Biomass productivity, 891B
Acidogenesis kinetics, 479A Artificial seed, 449B Biomass yield, 1124B
Acidogenic biofilm, 736A Ascophyllum nodosum, 819A Biomedical reactor, 1252B
Acid phosphatase, 836B Aspergillus nidulans, recombinant, 273A Bio-oxidation, 1164B
Activated sludge process, 315B Aspergillus niger, 1007A Biopolymer hydrolysis, 1082A
Activity-temperature profile, 1245B ATP, 873B, 1337B Biopolymers, 755A
Adaptation, 440B Attached film, 859B Bioprocess monitoring, 387B, 1190B
Additive, 171A Autoselection, 801A, 95B Bioreactor, 25A, 118A, 194A, 357B, 724B
Adhesion, 167B Avidin, 991A Bioreactor cultivation, 542B
Adsorption, 280A, 401B, 469B, 503B, 899B Bioreactor model, 74B
Adsorption-disorption, 1238B (-galactopyranoside, 657B Bioreactor, packed bed, 25A
Adsorptive immobilization, 833A (-galactosidase, 211A, 333B, 657B, 1113B, Bioreactors, 295B, 909B
Aerobic and anaerobic metabolism, 215B 1245B Bioremediation, 625A
Aerosol OT, 596B (-galactosidase assay, 708B Biosensor, 658A, 251B, 387B
Affinity chromatography, 401B, 1331B G-glucosidase, 405A, 846A, 1019B Biosensors, 964A, 1037B
Affinity partitioning, 1199B, 1209B (-lactamase, 937A, 557B Biosorbent, 826A, 785B
Affinity precipitation, 405A, 991A Bacillus firmus, 43A Biosorption, 826A, 785B
Affinity thermoprecipitation, 1101A Bacillus stearothermophilus, 125B Biosurfactant, 1175B
Aggregate effects, 520B Bacillus subtilis, 791A, 686B, 1142B Biosynthesis, 59B
Aggregates, 179A Bacillus thuringiensis, 1107B Biotin, 991A
Aggregation, 1061B Back-extraction, 488A Biotransformations, 1048A, 1057A
Agrobacterium rhizogenes, 581A Bacteria, 1277B Biphasic systems, 603A
Air-lift loop reactor, 429A Bacterial adhesion, 671A Bombyx mori, 245A
Airlift tower loop reactor, 205B Bacterial contamination, 421B Bovine liver catalase, 231A
Air slugs, 525A Bacterial cytochrome P-450.am, 411A Bovine serum albumin, 280A
Ajmalicine production, 253A Bacterial leaching, 459A Brewer’s yeasts, 826A
Albumin, 1039A Bacterial reduction, 129A Broad host range expression plasmids, 837A
Alcohol dehydrogenase, 367B Bacterial suspensions, 525A Bubble-column reactor, 494B
Alcoholic fermentation, 1352B Baculovirus, 104A Bubble oxygenation, 685A
Alcohol oxidase, 667B Baculoviruses, 1293B Butanediol, 791A
Algal biosorbent, 819A Baculovirus expression, 240B 2,3-butanediol, 1263B
Alginate, 381B Baker’s yeasts, 617A, 826A 2,3-butanediol fermentation, 1270B
Alkaline protease, 43A Batch culture, 974B Butyrate, 601B
Alkaloid production, 503A, 494B Batch growth, 376B
Amberlite LA-2, 527B Benzene, 1057A Cadmium biosorption, 819A, 826A
Amidase activity, 309B Betula pendula Roth, 35A Calcium, 833A
Amino acid addition, 556A Bilirubin oxidase, 887A, 894A Calcium alginate beads, 755A
Amino acids, 59B, 697B Binding, 1019B Calcium alginate reactor, 43B
9-aminoacridine, 118A, 295B Biocatalyst, 465A, 267B Caldocellum saccharolyticum, 1019B
Ammonia inhibition, 159B Biochemical oxygen demand sensor, 1107A Candida cylindracea lipase (CCL), 196B
Amygdalin, 465A Bioconversion, 263A, 398B Candida guilliermondii, 1301B
Anaerobic and aerobic, 509B Bioconversions, 1048A Cane bagasse, 1007A
Anaerobic biofilm, 1360B Biodegradable polymers, 716B Carbon and nitrogen feeding, 793B
Anaerobic digestion, 700A, 159B Biodegradation, 799A, 512A, 625A, 693A, Carbon dioxide inhibition, 459A
Anaerobic reactor, 347A 643B, 859B Carbon dioxide uptake, 459A
Analytical effectiveness factor, 267B Biodegradation chloronitrobenzene, 927A Carbon electrode, 535B
Anchorage-dependent, 635B Biodegradation of phenol, 915A Carbon/nitrogen/phosphorus limitation, 43A
Anchorage-dependent cells, 380A Biodegradation priority pollutants, 927A Carbon-to-nitrogen ratio, 1075A
Anchorage-independent cells, 1218B Bioenergetic growth yield, 1003A Carboxylic and amino acids, 287A
Anchusa officinalis, 884B Bioenergetics, 873B Catalase, 474A
Anhydrous media, 566A Biofilm, 111A, 211A, 479A, 728A, 111B Catalysis, 772B
Animal cell bioreactor, 179A Biofilm detachment, 728A Catharanthus roseus, 253A, 581A, 771A
Animal cell culture, 1287B Biofilm diffusion reaction, 915A CD, 156A
Animal cells, 724B Biofilm void fraction, 736A Cell adhesion, 963B
Anomeric specificity, 440B Biofilter, 693A Cell—cell adhesion, 188A
Anoxia, 339B Biofilter modeling, 512A Cell concentration, 542B
Antibiotics yield, 1068B Biofiltration, 512A Cell concentration monitoring, 1190B
Biotechnology and Bioengineering, Vols. 41 and 42, Pp. 1373-1378 (1993)
Cell culture, 25A, 745A, 635B, 909B Continuous-flow 3>!P NMR, 647A E. coli protease, 675B
Cell culture, mammalian, 25A Continuous sterilization, 900A Effective diffusivity, 736A
Cell culture reactors, 296A Continuous zone electrophoresis, 829B Efficiency criterion, 1014A
Cell cycle analysis, 1113B Controlled release, 480B Efficient growth medium, 697B
Cell damage, 1181B Controlled substrate feed, 1092A Effiuents, 465A
Cell death, 104A Copper binding, 755A Egg-white, 1086B
Cell disruption, 987B Corynebacterium glutamicum, 633A Elasticities, 1027A
Cell entrapment-liver, artificial, 194A Cosurfactant, 1209B Elastase inhibitor, 1331B
Cell metabolism, 339B Critical membrane concentration, 747B Electrochemical biofilm process, 535B
Cellobiose production, 405A Cross-flow filtration, 525A Electrochemical modulation, 836B
Cell phase, 240B Crossflow filtration, 617A Electrodeposition, 1037B
Cell residence time, 74B Cross-flow filtration, 525A Electronic particle counter, 1352B
Cell retention, 185B Crosslinked biomass, 819A Electrophoretic mobility, 829B
Cell shape, 963B C. thermocellum, 899B Electrostatic potentials, 37B
Cell size, 429A C. thermosaccharolyticum, 873B Elicitation, 1075A
Cell transplantation, 716B Cultivation, 295B Elution, 134A
Cellular entropy, 422A Culture of extreme thermophiles, 970A Embryoid viability, 449B
Cellulase, 405A, 401B, 469B, 611B, 899B Curve fitting, 133B Emulsion, 287A
Cellulose, 846A, 394B, 401B, 469B, 1019B Cutinases, 326B Emulsion liquid membrane, 50B
Cellulose-binding domain, 401B Cut-off, 381B Emulsion polymerization, 821B
Cellulose hydrolysis, 611B, 737B Cyanidase, 465A Enantioselective esterification, 465B
Cellulose hydrolysis kinetics, 145B Cyanide, 465A Enantioselectivity, 618B
Cephalexin, 654A Cyanobacteria, 1014B Encapsulation, 449B
Cephalexin synthesis, 800B Cyanogenic glycoside, 465A Endocellulase, 1002B
Ceramic beads, 25A Cyclic voltammetry, 140B Energetics, 1263B, 1270B
Cheese whey, 700A Cyclodextrin glycosyltransferase (CGTase), Energy balance, 549B
Chelating peptide, 178B 88A Enterobacter cloacae, 129A
Chemical induction, 205B Cyclodextrins, 88A Enterobactin, 237A
Chemiluminescence, 658A Cyclopentanone, 367B Entropy change, 422A
Chemostat, 221A, 325A, 589B, 1077B Cytomegalovirus promoter, 1113B Entropy of anabolism, 422A
Chemotaxis, 1277B Entropy of formation, 422A
Chemotrophic growth, 509B Datura stramonium, 1075A Entropy of formation of cells, 422A
Chitosan, 405A, 449B, 854B Daucus carota, 811A Entropy of growth, 422A
Chitosan microscapsules, 1157B Dead-ended tube, 125B Enzymatic activity, 887A
Chloramphenicol acety! transferase, 1293B Dead-legs, 125B Enzymatic esterification, 9SA, 309B, 953B
Chloramphenicol acetyltransferase, 357B Deletion mutagenesis, 1293B Enzymatic hydrolysis, 846A
Chloramphenicol-acetyl-transferase, 556A Denaturation, 1061B Enzymatic synthesis, 654A
Chlorella pyrenoidosa, 1003A Denitrification, 535B Enzyme, 72A, 487B
CHO, 480B, 1029B Density, 279B Enzyme catalysis, 390A
CHO cells, 188A, 339B, 380A, 1077B Density-dependent growth, 380A Enzyme denaturation, 1245B
Chromatography, 421B Deodorization, 693A Enzyme hydration, 772B
Chymotrypsin, 1199B, 1209B DesPro(2)-Val15-Leu17-aprotinin, 1331B Enzyme immobilization, 118B, 1037B
Chymotrypsin Sepharose, 1331B Desulfurization, 671A Enzyme induction, 836B
Circulation time distribution, 666A Detachment, 111A Enzyme kinetics, 531A, 800B, 1121A
Claviceps purpurea, 503A Detection, 421B Enzyme overproduction, 325A
Cloned gene expression, 801A Detoxification industrial wastewater, 927A Enzymes in organic media, 938B
Cloned gene expression control, 707A Development, 811A Enzymes in organic solvents, 566A, 87B
Clostridium acetobutylicum, 1053B Diafiltration, 525A Enzymes, pressure on, 772B
Cluster formation, 188A Dialysis membrane fermentor, 237A Enzyme stability in low-water systems, 894A
CMC, shear rate, 162A Dialysis reactor, 1092A Enzyme stabilization, 171A
Coal, 671A Dielectric constant, 390A Epoxide hydrolase, 240B
Cocoa butter equivalent, 204A Diffusion/reaction model, 947A EPR, 156A
Coffea arabica cells, 494B Dihydrofolate reductase, 1113B Equilibrium, 95A, 280A, 953B
Cometabolism, 79A, 1048A, 1057A Dihydrogensulfide toxicity, 303A Escherichia coli, 3A, 14A, 211A, 221A,
Comparative study of inactivation kinetics, Dimensionless number, 1014A 237A, 316A, 325A, 395A, 556A, 666A,
894A Diolein isomerization, 1021A 781A, 937A, 1092A, 30B, 59B, 215B,
Competitive inhibition, 1057A Dipeptide ester, 309B 557B, 1190B
Complement system, 862A Dipole moment, 390A Escherichia coli K-12, 422A
Complex coacervation, 449B Direct sensing mechanism, 37B Esterase activity, 309B
Computer coupled control system, 815B Disaccharides, 303B Esterification, 618B, 931B
Conalbumin, 1086B Dispersion model, 315B Esterifications, 103B
Concanavalin A, 957A, 1199B Displacement, 134A Ester synthesis, 326B
Confocal microscopy, 179A Dissipation, 1124B, 1127B Estimation of state variables, 55A
Conformational mobility, 87B Dissolved oxygen probe, 296A Ethanol, 846A, 538B, 667B, 873B
Conjugate gradient optimization, 1066A Disulfide bond, 3A Ethanol control, 493A
Continuous, 361A D-xylose, 1129A Ethyl acetate, 79A
Continuous bioreactor, 667B Dynamics of lipolytic enzymes, 603A Eucaryotic cultures, 421B
Continuous culture, 43A, 263A, 572A, 937A, Evaporative cooling, 149B
557B, 974B, 1046B E. coli, 843B EVOP, 67A
Continuous ethanol fermentation, 677A E. coli JM103, 205B Exchange of steady states, 231A
1374 SUBJECT INDEX
Exocellulase, 1002B Gluco-oligosaccharides, 303B Hydrogen peroxide, 1112A
Expanded bed, 859B Glucose, 964A, 303B, 387B Hydrolysis, 821B, 1019B, 1142B
Explosives, 79A Glucose binding, 957A Hydrophilic ligands, 1199B
Expression system for Pseudomonas, 837A Glucose isomerase, 878A Hydrophobic interactions, 167B
Expression vectors, 1293B Glucose limitation, 771A, 1077B Hydrophobicity, 654A
Extended growth model, 188A Glucose oxidase, 1037B Hydrophobicity of solvents, 390A
Extended Kalman filter, SSA Glucose transport, 354A Hypercholesteremia New Zealand white rab-
Extracellular enzymes, 43A Glutaminase, 658A bits, 1252B
Extracorporeal circuit, 1252B Glutamine, 658A Hypoxia, 339B
Extraction, 722A, 596B Glutathione, 493A
Glycidol, 465B Ibuprofen, 618B
Facilitated transport, 287A, 527B Glycidyl butyrate, 979A IgG, 37B
Facultative and methanogenic bacteria, 1360B Glycine, 316A Image analysis, 380A, 11B, 279B, 1352B
Fatty acid inhibition, 759B Glycolysis, 1121A, 686B, 697B Immiscibility with water, 390A
Fatty acid synthesis, 1151B Glycosylation, 974B, 1077B Immobilization, 171A, 204A, 330A, 647A,
Fed batch, 781A gp41, 81B 833A, 255B, 267B, 394B, 854B, 1131B
Fed-batch, 205B GPI anchor, 480B Immobilization—stabilization of penicillin G
Fed-batch culture, 129A, 550A, 811A, 1142B Gram-negative bacteria, 747B acylase, 455B
Feedback inhibition, 503B Gram-positive bacteria, 747B Immobilized biomass, 947A
Fermentation, 148A, 361A, 503A, 781A, Grating coupler, 1287B Immobilized cell, 370A
830A, SOB, 133B, 538B, 625B, 843B, Gravitational sedimentation, 361A Immobilized cells, 494B
1175B, 1190B Ground water, 535B Immobilized enzyme, 979A, 178B, 821B,
Fermentation medium, 900A Growth, 715A 854B
Ferricyanide, 658A Growth arrest, 1029B Immobilized enzymes, 303B
FIA, 1287B Growth kinetics, 273A, 771A Immobilized enzyme system, 410B
Fiber, 394B Growth rate, 429A, 686B, 1277B Immobilized glucose isomerase, 451A
Fiber optic, 658A, 30B, 1190B Immobilized metal affinity chromatography,
Fibers, 635B Hairy roots, 581A 178B
Field emission scanning electron microscopy Halocarbon degradation, 411A Immobilized papain, 309B
(FESEM), 260B HBsAg expression, 55A Immobilized phospholipase Az, 1252B
Filamentous microorganisms, 715A Heat of growth, 541A immunochemical sensor, 1287B
Filter feeding, 284B Hematopoiesis, 909B Imprinting, 566A
Filtration, 487B, 571B, 777B Hepatitis A, 635B Inactivation, 1061B
Firefly luciferase, 30B Hepatitis B surface atigen, 1238B Inclusion body, 3A
FITC-dextran, 381B Hepatocytes, 194A, 579B Indole alkaloids, 581A
FITC-polylysine, 381B Heterogeneous enzyme kinetics, 145B Inducer, 67A
Fixed-bed reactor, 303A Heterologous glipiated proteins, 480B Industrial wastewater, 915A
Flat membrane reactor, 465A Heterologous protein production kinetics, Ingestion rate distribution, 284B
Flotation, 671A 273A Inhibition, 316A, 24B
Flow cytometry, 868A, 284B, 708B Hexavalent chromium, 129A Inhibitory products, removal of, 1092A
Flow injection, 658A High cell density, SSOA, 781A Inner filter effect, 1190B
Flow-injection analysis, 964A High cell density cultivation, 1092A Insect cell culture, 104A, 240B, 357B
Fluorescence, 156A, 387B High-cell density cultures, 729B Insect cell metabolism, 240B
Fluorination, 245A High cell density expression, 240B Insect cells, 235B
Flux analysis, 633A High-cell-density perfusion cultivation, 430B In situ extraction, 503B
Flux control coefficient, 1121A High-density cell culture, 677A, 357B, 1218B Instability, 247B, 1131B
Fouling, 260B High density culture, 235B, 1229B Insulin derivatives, 957A
Fractals, 571B High solids concentration, 1164B Integrated optics, 1287B
Fructose, 387B High temperature fermentation, 970A Integrated product recovery, 974B
Fructose diphosphate production, 398B HL60 cells, 868A Intensification, 72A
Fumarate reductase, 140B Hollow fiber bioreactor, 1099B Interesterification, 204A
Fungal elicitation, 503B Homogeneous immunoassay, 862A Interfacial activity, 196B
Fungus, 1046B Horseradish peroxidase, 531A Interfacial cross-linking, 1157B
Fusion protein, 205B HPLC, 237A, 815B Internal filter feedback system, 677A
Fuzzy controller, 493A Human immunodeficiency virus, 81B Internal membrane filter, 1107B
Humidity, 149B Intracellular pH, 118A, 647A, 215B, 295B
GAL7 promoter, 854A Hybrid liquid membranes, 287A Intraparticle diffusion, 625A
Gamma linolenic acid (GLA), 625B Hybridoma, 330A, 133B, 247B, 601B, Ion exchange, 280A, 333B
Gas antisolvent process, 341A 1131B, 1229B Ion-exchange chromatography, 829B
Gas composition, 253A Hybridoma cell, 429A, 1322B Ion-exchanger, 1086B
Gas phase reaction, 667B Hybridoma cell culture, 974B Ion exchange resin, 1007A
Gene expression, 211A Hybridoma cells, 685A Ionic equilibrium, 830A
Gene expression, foreign, 1113B Hybridoma cultivation media, 964A Iron transport, 237A
Genetically structured mathematical model, Hybridoma metabolism, 185B Iterative dynamic programming, 599A
707A Hydrocarbon fermentation, 411A Interferon-7, 1077B
Germination, 11B Hydrodynamic injury, 868A Intracellular accumulation, 24B
Gibbs energy dissipation, 1124B, 1127B Hydrodynamics, 963B, 994B
Gibbs energy requirements, 509B Hydrodynamic shear, 430B Kinetic model, 1082A
Glucoamylase expression, 273A Hydrogen, 1014B Kinetic parameters, 1129A
Gluconolactone, 387B Hydrogenase, 1245B Kinetic resolution, 979A
SUBJECT INDEX
Kinetics, 370A, 133B, 247B, 315B, 469B, Metabolic fluxes, 59B, 686B Nutrient fortifications, 1229B
931B Metabolic pattern, 430B Nutrient limitation, 873B
Kluyvera citrophila, 455B Metabolic sensitivity coefficients, 1027A Nutrients, 1218B
Metal binding, 755A
Lacl and lacl? regulated expression in Pseu- Metal biosorption, 819A On-line, 30B
domonas, 837A Metal desorption, 819A On-line glucose analyzer, 854A
Laccase, 1137B Metal ion biosensor, 945B On-line measurement, 118A
Lactic acid, 5OB Metallothionein, 1293B On-line monitoring, 542B, 815B, 1287B
Lactic acid bacteria, 1157B Metal uptake, 819A, 826A On-line NMR, 215B
Lactococcus cremoris, 440B Methanogenic archaea, 970A Optimal control, 599A
Lactose, 479A, 736A, 657B Methanol, 512A Optimal dilution rate, 737B
LADH, 156A Methanothermus fervidus, 970A Optimization, 67A, 134A, 381B, 1301B
Lead, 785B Methanotroph, 859B Optimum temperature, 149B
L. erythrorhizon, 793B Methionine, 316A o-quinones, 938B
Levoglucosan, 538B MFal, 95B Ore dressing, 671A
L-glutamine, 964A Micelle-supported electroenzymology, 140B Organic acid recovery, SOB
Light intensity, 494B Microbial calorimetry, 541A, 1068B Organic media, 171A
Lignocellulose, 538B Microbial competition, 643B Organic solvent, 618B, 657B
Linear optimization, 59B Microbial decay, 1048A Organic solvent choice, 9SA, 953B
Lipase, 95A, 761A, 465B, 487B, 618B, 788B, Microbial kinetics, 1057A Organic solvents, 390A, 465B, 747B, 772B,
821B, 931B, 953B Microbial oil, 625B 788B
Lipase purification, 196B Microcapsules, 381B Organ regeneration, 716B
Lipases, 566A, 103B, 759B, 765B Microcarriers, 579B Oscillatory dynamic shear, 745A
Lipolysis, 761A, 759B, 765B Microemulsion, 618B Osmolarity, 601B
Lipolytic enzymes, 326B Microemulsions, 103B, 931B Overall yield, 165A
Lipozyme, 1021A Microencapsulation, 351B, 1157B Oxidative and respirofermentative metabo-
Liquid membrane, 527B Microfiltration, 617A, 998A lism, 729B
Liquid/solid two-phase system, 887A Microfungi production, 1311B Oxygen, 579B
Log P, 95A, 953B Micromanipulation, 987B Oxygen effect, 430B
Luminescence, 1107A Microscopic parameters, 1B Oxygen fluctuations, 666A
Luminol, 658A Migration, 1277B Oxygen-limited growth, 1263B, 1270B
Luminol chemiluminescence, 1112A Mixing, 994B Oxygen toxicity, 1360B
Lyoprotectants, 566A ML236B sodium salt, 815B Oxygen transfer, 724B
Lysine, 633A Modal analysis, 603A Oxygen transfer control, 1263B
Lysis of liposome, 862A Model, 111A, 376B Oxygen transfer efficiency, 1014A
Lysozyme, 1086B Modeling, 395A, 549B, 759B, 765B, 994B Oxytetracycline, 1068B
Model simulation, 380A
MAb productivity, 430B Molasses, 617A Packed bed, 25A, 947A
Machinevision, 35A Molecular/phase toxicity, 747B Packed bed reactor, 354A
Macroscopic parameters, 1B Mole fraction, 1019B Papain, 309B
Maintenance, 509B Monoclonal antibodies, 974B Particle, 111B
Mammalian, 25A Monoclonal antibody, 1287B Particles, 900A
Mammalian cell culture, 1218B Monoclonal antibody productivity, 330A, Particle uptake model, 284B
Mammalian cells, 179A, 987B 1131B Pattern recognition, 35A
Mannose -—phosphotransferase system, 440B Monod growth kinetics, 370A Peclet number, 315B
Manure, 159B Monte-Carlo simulations, 807B Penicillin G, 527B
Marine algae, 819A Morphology, 715A, 11B, 777B, 1046B Penicillin G acylase, 455B
Mass balances, 589B Morphology effects, 520B Penicillin G amidase, 14A
Mass spectrometry, 421B MRC-5, 635B Penicillium, 785B
Mass transfer, 1181B Mucor miehei, 1021A Penicillium chrysogenum, 162A, 715A, 11B
Mass transfer resistance, 479A Multigradient search, 1301B Penylhydrazide protecting group, 1137B
Mathematical model, 593A, 1066A, 159B, Multiple air-lift loop reactor, 994B Peptide synthesis, 118B
469B Multiresponse regression, 1021A Perfusion culture, 685A, 185B, 339B, 884B
Mathematical modeling, 503A Multistage tower aeration tank, 315B Perilla frutescens, 542B
Mathematical model of cell growth, 557B Mycelial, 777B Permeability, 1007A
Mechanical properties, 987B Mycelial kinstics, 1B Permeabilization, 387B
Medium enrichment, 801A, 95B Mycelial morphology, 571B Peroxidase, 440A, 1112A, 1137B
Medium exchange, 884B Myelin basic protein, 1199B Peroxidase-catalyzed polymerizations, 807B
Medium optimization, 221A PGK promoter, 854A
Melting curve, 1245B NADH regeneration, 43B Phanerochaete chrysosporium, 440A
Membrane, 333B NADPH, 387B pH computation, 830A
Membrane bioreactor, 915A, 927A, 737B, Neural network, 376B Phenol, 693A, 643B, 854B
1091B 'SN isotope labeling, 245A Phenol degradation, 572A, 267B
Membrane filtration, 525A Nitrate treatment, 535B Phenolic polymers, 531A
Membrane mass transfer, 915A, 927A Nitroglycerin, 79A Phenylhydrazide protecting group, 1137B
Membrane reactor, 979A n-octane, 550A pH gradient, 410B
Mercury, 945B Nongrowth substrate, 79A PHO gene, 836B
Mer-—lux genetic construction, 945B Nucleotides, 59B Phosphate limitation, 771A
Metabolic control analysis, 1121A Numerical modeling, 807B Phospholipase D, 833A
Metabolic engineering, 633A, 59B, 1053B Numerical models, 963B Phosphorus-31 NMR, 215B
1376 SUBJECT INDEX
Photobacterium phosphoreum, 1107A Protein A—fluorescein conjugate, 37B Saccharomyces cerevisiae, 361A, 617A,
Photobioreactor, 891B Protein aggregates, 260B 801A, 826A, 1066A, 43B, 95B, 398B,
Photocatalyst, 255B Protein dynamics, 87B 1352B
Photografting, 474A, 255B Protein excretion, 937A, 557B Scaleup, 253A, 909B
Photosynthesized enzymatic membranes, Protein extraction, 1199B, 1209B Schizosaccharomyces pombe, 729B
474A Protein hydration, 167B Secondary metabolism, 253A
Physicochemical effects in immobilized cell Protein incorporation into vesicles, 196B Secondary metabolite, 1175B
culture, 370A Protein powders, 341A Second-order model, 765B
Physiology, 111A Protein purification, 991A Secretion, 95B, 351B
Pichia stipitis, 1129A Protein recovery, 998A Sedimentation, 361A
PI-PLC, 480B Proteins, 488A, 829B Segregated modeling, 222B
Plant cell bioreactor, 1181B Protein stability, SS6A Segregated models, 1322B
Plant cell culture, 542B Protein synthesis, 593A Segregational instability, 211A
Plant cell suspension culture, 253A, 771A Pseudomonas, 1057A Selection, 351B
Plasma separator reactor (PSR), 1252B Pseudomonas aeruginosa, 728A, 947A, Selectivity, 103B
Plasmid amplification, 666A 111B Self-cycling fermentation, 1175B
Plasmid copy number, 148A Pseudomonas oleovorans, 5SOA Semicontinuous, 1091B
Plasmid distribution, 222B Pseudomonas putida, 572A, 693A Sensitivity coefficients, 1027A
Plasmid loss, 395A Pulsatile flow, 998A Separation, 1039A, 333B, 1086B
Plasmid retention, 211A Pulse bioreactor, 724B Separation process, 527B
Plasmid stability, 148A, 325A, 801A, 95B, Purification, 1238B Sequencing batch reactors, 79A
222B Purification fusion, 333B Sequencing fed-batch reactor, 643B
Plug flow, 994B Pyrite, 671A Sequential reactions, 410B
Pluronic F68, 868A Pyrolysis, 538B Serum-free media, 240B
Pneumatic bioreactors, 440A Serum-free medium, 1099B
Poisson process model, 284B QAE dextran, 280A Shear, 429A, 1061B
Pollution, 625A Quinoline, 589B Shear forces, 253A
Poly(3-hydroxyalkanoate), SSOA Shear measurement, 296A
Poly(N-isopropylacrylamide), 1101A Rate limitation, 1164B Shear sensitivity, 745A
Poly(N-vinyl caprolactam), 1101A Rate properties, 284B Shear stress, 728A
Polyclonal antibody, 862A Recombinant E. coli-alk system, 263A Shikonin, 793B
Poly-p(-)-3-hydroxybutyrate (PHB), 165A Reactivation of enzyme derivatives, 455B Silica, 488A
Polyethylene glycol, 654A, 1039A Reactor analysis, 451A Silicone tubing oxygenation, 685A
Polylysine, 381B Reactor series, 994B Silk production, 245A
Polymer conjugates with affinity ligands, Reactor startup, 347A Simulation, 315B, 571B
1101A Realization, 493A Sizing, 279B
Polymeric materials, 788B Recombinant, 781A, 1029B S-layers, 167B
Polymerizable surfactant vesicles, 196B Recombinant bacterium, 395A Sludge solubilization, 1082A
Polymer—metal binding, 755A Recombinant baculovirus, 357B Sodium alginate, 449B
Polymer supports, 821B Recombinant CHO cells, 1113B Soil, 625A
Polyphenol oxidase, 938B Recombinant E. coli, 675B, 708B Solids, 900A
Polypyrrole films, 1037B Recombinant E. coli-alk system, 263A Solid state fermentation, 1007A
Polyunsaturated fatty acid (PUFA), 625B Recombinant Escherichia coli, 74B Solid state NMR, 87B
Poppy cultures, 520B Recombinant fermentation, 1053B Solid substrate fermentation, 149B
Population balance, 284B Recombinant fusion protein, 81B Solubilization, 788B
Porous pellet, 947A Recombinant /-galactosidase fusion protein, Soluble protein oligomer, 957A
Power law, 162A 178B Somatic embryo, 811A
P. pastoris, 1238B Recombinant HBsAg, 1238B Sorbitol, 303B, 387B
PQQGDH, 251B Recombinant protein, 3A, 1142B Sorption/desorption, 625A
Pravastatin, 815B Recombinant protein production, 235B Spirulina viscosity, 891B
Preincubation, 998A Recombinant Saccharomyces cerevisiae, 55A, Spodoptera frugiperda, 697B
Preparative chromatography, 134A 854A Spore, 11B, 1107B
Preparative separation, 829B Recombinant species, 1142B Spore viability, 11B
Pressure drop, 1007A Recovery, 487B SSF, 846A
Prevascularization, 716B Recycle, 487B Stability, 326B
Primary substrate, 79A Recycle fermentor, 729B Stabilization, 833A
Priority pollutants, 79A Renaturation, 3A Stabilization of multimeric enzymes,
Product inhibition, 88A Reoxygenation, 339B 455B
Production, 625B Repeated fed-batch culture, 1229B State diagnosis, 493A
Production rate, 134A Reversed micelles, 531A, 761A, 326B, 759B, State properties, 284B
Product separation, 761A 765B, 1199B, 1209B Steady shear, 745A
Propionibacterium, 1091B Reverse micelles, 488A, 103B, 596B, 931B Steam-in-place sterilization, 125B
Propionic acid, 1091B Review, 909B Steam sterilization, 125B
Protease, 67A, 87B Reynolds stress, 1181B Step-fortifications, 1218B
Protease inhibitor, 1331B Rheological property, 1181B Sterilization, sterilizer, 900A
Proteases, 566A, 974B Rheology, 777B, 1046B Stimulus—response tracer methods, 354A
Protein, 596B, 1061B Rhodotorula glutinis, 1151B Stoichiometry, 59B
Protein A, 37B Root culture, 503B Streptomyces lividans, 148A
Protein adhesion, 167B Rosmarinic acid, 884B Stress response, 556A
Protein adsorption, 1099B Roughness, 111B Stringent response, 675B
SUBJECT INDEX
Structured growth model, 771A Thermotoga maritima, 878A UASB reactor, 700A
Structured model, 715A Thiobacillus ferrooxidans, 459A, 612A, 671A Ultrafiltration, 1039A, 260B
Substrate inhibition, 267B, 589B Thryrotrophin bioassay, 255B Ultrafiltration membrane bioreactor, 88A,
Substrate loading, 728A Thyroid cells, 255B 761A
Substrate protection, 451A Tissue cultures, 35A Ultrasonic scattering, 571B
Substrate utilization kinetics, 370A Tissue engineering, 716B, 909B Unstable weather, 1003A
Subzero temperature, 251B Tissue-type plasminogen activator, 339B Unsteady state, 1129A
SUC2, 1066A Titanium oxide, 394B Uphill pumping, 287A
SUC2 promoter, 854A Toluene, 1057A Urease, 410B
Succinate dehydrogenation, 140B Toxicity, 1048A
Sugar acylation, 788B tPA production rate, 339B Van der Waals forces, 167B
Sugar transport, 440B tPA specific activity, 339B Viability, 30B
Sulfate-reducing bacteria, 303A T7 polymerase, 837A Viability test, 1352B
Sulfuric acid conversion, 303A T7 promoter, 837A, 74B Viable biomass, 1337B
Sulfuric acid disposal, 303A Transcription, 593A Viable cell distribution, 494B
Sulphur dissolution, 612A Transferrin, 1099B Vibration, 724B
Supercritical fluids, 341A Transfer vectors, 1293B Vindoiine, 581A
Support material, 171A Transformation capacity, 1048A, 10S57A Viscoelasticity, 745A
Surface charge, 829B Translation, 593A Viscosity, 162A
Surface proteins, 868A Transplantation, 909B Viscosity correlation, 520B
Surfactant, 611B, 1014B Transport, 24B, 111B VOC emissions, 512A
Surfactants, 156A Transport coefficients, 1277B
Suspension culture, 185B Triacylglycerides, 821B Waste-activated sludge, 1082A
Suspension feeding, 284B Trichloroethane, 859B Waste-water, 465A
Symmetric branching tree, 1B Trichoderma reesei, 1002B, 1019B Wastewater treatment, 643B, 785B, 1360B
Synergism, 1019B Triglyceride hydrolysis, 196B Water activity, 800B
Synergy, 145B Tropane alkaloid production, 1075A Water solubilization, 596B
Synthesis, 657B Tropane alkaloids, 1181B Wheat bran, 1007A
Synthetic acetone operon, 1053B Tropine-to-tropic acid ratio, 1075A Whey, 398B
trp operon, 707A Whey permeate, 1091B
Tangential flow, 474A Trypsin, 781A Wood chips, 354A
TCA cycle, 686B, 697B Trypsin kinetics, 118B
Temperature induction, 205B T7 terminator, 837A XAD adsorbents, 1092A
Temperature-sensitive mutants, 1029B Turbidimetric measurement, 542B Xanthan, 162A
Tetracycline, 1068B Turbulent flow, 987B Xylene, 1057A
Tetrahymena pyriformis, 284B Two-liquid-phase system, 263A Xylitol conversion, 1301B
Theoretical yield, 165A Two-phase digestion, 1082A
Thermal unfolding, 1245B Two-phase system, 95A Yeast, 118A, 647A, 24B, 43B, 295B, 351B,
Thermoanaerobium brockii, 367B Two-stage chemostats, 74B 836B, 1151B
Thermodynamic efficiency, 1124B, 1127B Two-stage continuous culture, 1107B Yield, 549B
Thermomonospora fusca, 1002B, 1019B Tyrosinase, 854B, 938B Yield stress, 1181B
Thermophile, 878A
Thermophiles, 873B UASB digester granules, 279B Zymomonas mobilis, 387B
SUBJECT INDEX
Biotechnology and Bioengineering
Author Index to Volumes 41 and 42
Please note that A refers to Volume 41 and B refers to Volume 42
Acosta, F. See Ming, F., 1086B Ataai, M. M. See Goel, A., 686B Beckman, E. J. See Almeida, N.F., 1037B
Adlercreutz, P. See Wehtje, E., 171A —+; See Ferrance, J. P., 697B Beenackers, A. A.C. M. See van Ede, C. J.,
Agraz, A. —+; See Almeida, N.F., 1037B 267B
—+; Quifiones, Y.; Expdsito, N.; Brefia, F.; Auria, R. Behie, L.A. See Zhang, J., 357B
Madruga, J.; Pentén, E.; Herrera, L.: —,; Morales, M.; Villegas, E.; Revah, S.: Belair, C.D. See Walker, L. P., 1019B
Adsorption-Desorption of Recombinant Influence of Mold Growth on the Belfort, G. See Tescione, L., 945B
Hepatitis B Surface Antigen (r-HBsAg) Pressure Drop in Aerated Solid State —; See Wu, D.-R., 979A
from P. pastoris on a Diatomaceous Fermentors, 1007A Bell, S.L. See Bushell, M.E., 133B
Earth Matrix: Optimization of Bellobono, I. R. See D’Ambrosio, A., 255B
Parameters for Purification, 1238B Backlund, M. See Hedstrém, G., 618B —; See Selli, E., 474A
Ahring, B. K. See Angelidaki, I., 159B Bae, Y.H. See Pai, C.M., 957A Bennett, G. N. See Mermelstein, L. D.,
Aimar, P. See Lentsch, S., 1039A Bailey, A. D. 1053B
Aires-Barros, M.R. See Sebastido, M. J., —+; Hansford, G.S.: Factors Affecting Benthin, S.
326B Bio-Oxidation of Sulfide Minerals —+; Nielsen, J.; Villadsen, J.: Transport
Aizawa, M. See Haruyama, T., 836B at High Concentrations of Solids: A of Sugars via Two Anomer-Specific
Akkara, J. A. See Rao, A. M., 531A Review, 1164B Sites on Mannose—Phosphotransferase
Alfafara, C.G. Bailey, J. E. See Chen, R., 215B System in Lactococcus cremoris:
—+; Miura, K.; Shimizu, H.; Shioya, S.; —,; See Schlosser, P.M., 1027A In Vivo Study of Mechanism, Kinetics,
Suga, K.; Suzuki, K.: Fuzzy Control Baines, A. J. See Hayter, P.M., 1077B and Adaptation, 440B
of Ethanol Concentration and Its Bakker, R. See Vermué, M., 747B Bentley, W.E.
Application to Maximum Glutathione Bakker, W.A. M. —+; Quiroga, O.E.: Investigation of
Production in Yeast Fed-Batch Culture, —,; van Can, H.J.L.; Tramper, J.; de Subpopulation Heterogeneity and
493A Gooijer, C. D.: Hydrodynamics and Plasmid Stability in Recombinant
Allsop, P. J. Mixing in a Multiple Air-Lift Loop Escherichia coli via a Simple
—,; Chisti, Y.; Moo-Young, M.; Sullivan, Reactor, 994B Segregated Model, 222B
G.R.: Dynamics of Phenol Degradation Ballica, R. See Shi, Y., 745A —,; See Ramirez, D.M., 557A
by Pseudomonas putida, 572A —,; Ryu, D.D. Y.; Kado, C.I.: Tropane —,; See Wang, M.-Y., 240B
Almeida, N. F. Alkaloid Production in Datura —; See Harcum, S. W., 675B
—+; Beckman, E.J.; Ataai, M. M.: stramonium Suspension Cultures: —+; See Ko, Y.-F., 843B
Immobilization of Glucose Oxidase in Elicitor and Precursor Effects, 1075A Berezin, V.I. See Semenov, A. N., 1137B
Thin Polypyrrole Films: Influence of ; Ryu, D.D. Y.: Effects of Rheological Bernardez, T. D.
Polymerization Conditions and Film Properties and Mass Transfer on —; Lyford, K.; Hogsett, D. A.; Lynd, L. R.:
Thickness on the Activity and Stability Plant Cell Bioreactor Performance: Adsorption of Clostridium thermocellum
of the Immobilized Enzyme, 1037B Production of Tropane Alkaloids, Cellulases onto Pretreated Mixed
Al-Rubeai, M. See Zhang, Z., 987B 1181B Hardwood, Avicel, and Lignin, 899B
Alvaro, G. See Guisan, J. M., 455B Baltzis, B.C. See Shareefdeen, Z., 512A Bernstein, H. See Yeo, S.-D., 341A
Andrews, G.F. —,; See Dikshitulu, S., 643B Beronio, P.B., Jr.
The Yield Equations in the Modeling and Banerjee, R. —,; Tsao, G. T.: Optimization of 2,3-
Control of Bioprocesses, 549B —; Bhattacharyya, B.C.: Evolutionary Butanediol Production by Klebsiella
Angelidaki, I. Operation (EVOP) to Optimize Three- oxytoca through Oxygen Transfer Rate
—,; Ellegaard, L.; Ahring, B.K.: A Dimensional Biological Experiments, Control, 1263B
Mathematical Model for Dynamic 67A —+; Tsao, G.T.: An Energetic Model for
Simulation of Anaerobic Digestion Barreiros, S. See Martins, J. F., 465B Oxygen-Limited Metabolism, 1270B
of Complex Substrates: Focusing on Barthel, R. See Shareefdeen, Z., 512A Beuvery, E.C. See Martens, D.E., 429A
Ammonia Inhibition, 159B Bartha, T. Bhadra, R.
Armenante, P.M. —+; Kula, M.-R.: Rapid Purification of —; Vani, S.; Shanks, J. V.: Production of
—+; Li, Y.S.: Complete Design Analysis of DesPro(2)-Val 15—Leu 17—Aprotinin Indole Alkaloids by Selected Hairy
a Continuous Sterilizer for Fermentation From the Culture Broth of a Root Lines of Catharanthus roseus,
Media Containing Suspended Solids, Recombinant Saccharomyces cerevisiae, 581A
900A 1331B Bhattacharyya, B.C. See Banerjee, R.,
Arnold, M.A. See Li, L., 1112A Basheer, S. 67A
Asakura, T. —; Kut, OM.; Prenosil, J. E.; Bourne, Bhavaraju, S.R. See Shrihari, A., 612A
—,; Sakaguchi, R.; Demura, M.; Manabe, J.R.: Development of an Enzyme Bhupathy, M. See Junker, B. H., 487B
T.; Uyama, A.; Ogawa, K.; Osanai, Membrane Reactor for Treatment of Bibila, T. A.
M.: In Vitro Production of Bombyx Cyanide-Containing Wastewaters from —, Flickinger, M.C.: Erratum: Use
mori Silk Fibroin by Organ Culture the Food Industry, 465A of a Structured Kinetic Model of
of the Posterior Silk Glands; Isotope Battley, E. H. Antibody Synthesis and Secretion for
Labeling and Fluorination of the Silk Calculation of Entropy Change Optimization of Antibody Production
Fibroin, 245A Accompanying Growth of Escherichia Systems: I. Steady-State Analysis, 682A
Askins, K. J. See Ford, J. B., 367B coli K-12 on Succinic Acid, 422A —; Flickinger, M.C.: Erratum: Use
Asther, M. See Bonnarme, P., 440A Bauer, K.D. See Lakhotia, S., 868A of a Structured Kinetic Model of
Biotechnology and Bioengineering, Vols. 41 and 42, Pp. 1401-1412 (1993)
Antibody Synthesis and Secretion for Byers, J.P. Choplin, L. See Lencki, R. W., 1061B
Optimization of Antibody Production —+; Shah, M.B.; Fournier, R. L.; Varanasi, Chua, F. See Oh, S. K. W., 601B
Systems: II. Transient Analysis, S.: Generation of a pH Gradient in an Chuck, A.S. See Lee, G.M., 330A
683A Immobilized Enzyme System, 410B Chung, G.-Y.
Bier, F.F. See Polzius, R., 1287B —; McCoy, B.J.; Scow, K. M.: Criteria
Bilitewski, U. See Polzius, R., 1287B Cabral, J. M.S. See Sebastiao, M.J., 326B to Assess When Biodegradation Is
Blanch, H. W. See Creagh, A.L., 156A —; See Taipa, M.A., 647A Kinetically Limited by Intraparticle
—+; See Hiller, G. W., 185B —+; See Prazeres, D. M. F., 759B Diffusion and Sorption, 625A
—; See Yee, L., 221A —,; See Prazeres, D.M.F., 761A Clark, D.S. See Sears, P.S., 118B
—,; See Yee, L., 781A —+; See Prazeres, D. M. F., 765B —; See Hiller, G. W., 185B
Bode, J. See Brandes, L., 205B Calo, J. M. See Hradil, G., 354A —; See Hei, D.J., 1245B
Boesch, B. W. See Varma, A., 59B Cardoso, J. P. Colomban, A.
Bollen, A. M. See van Ede, C.J., 267B A Simple Model for the Optimization of —,; Roger, L.; Boyaval, P.: Production of
Bonnarme, P. the Extraction Yield of Antibiotics Propionic Acid from Whey Permeate by
—+; Delattre, M.; Drouet, H.; Corrieu, Isolated from Fermented Broths by Sequential Fermentation, Ultrafiltration,
G.; Asther, M.: Toward a Control of Direct Crystallization, 1068B and Cell Recycling, 1091B
Lignin and Manganese Peroxidases Carlozzi, P. See Torzillo, G., 891B Compagno, C.
Hypersecretion by Phanerochaete Cattaneo, M. V. —,; Tura, A.; Ranzi, B. M.; Martegani, E.:
chrysosporium in Agitated Vessels: —; Luong, J.H.T.: Monitoring Glutamine Bioconversion of Lactose/Whey to
Evidence of the Superiority of in Animal Cell Cultures Using a Fructose Diphosphate with Recombinant
Pneumatic Bioreactors on Mechanically Chemiluminescence Fiber Optic Saccharomyces cerevisiae Cells, 398B
Agitated Bioreactors, 440A Biosensor, 659A Converse, A. O.
Boudrant, J. See Mosrati, R., 395A Cazzador, L. —,; Optekar, J.D.: A Synergistic Kinetics
Bourne, J. R. See Basheer, S., 465A —+; Mariani, L.: Growth and Production Model for Enzymatic Cellulose
Bowen, B.D. See Patkar, A. Y., 1099B Modeling in Hybridoma Continuous Hydrolysis Compared to Degree-
Boyaval, P. See Colomban, A., 1091B Cultures, 1322B of-Synergism Experimental Results,
Bradbeer, C. See Mercer, J.R., 1277B Cerra, F. B. See Nyberg, S.L., 194A 145B
Brandes, L. Champagne, C. P. See Groboillot, A. F., Converti, A. See Zilli, M., 693A
—; Wu, X.; Bode, J.; Rhee, J. 1.; Schiigerl, 1157B Cooke, T.J . See Huang, L.-C., 811A
K.: Fed-Batch Cultivation of Chamy, R. See Dominguez, H., 1129A Cooper, D.G. See Helle, S.S., 611B
Recombinant Escherichia coli JM103 Chang, H.N. —; See van Walsum, G. P., 1175B
and Production of the Fusion Protein —+; Lee, W.G.; Kim, B.S.: Cell Retention Corrieu, G. See Bonnarme, P., 440A
SPA::EcoRI in a 60-L Working Volume Culture with an Internal Filter Module: Corry, J.P.
Airlift Tower Loop Reactor, 205B Continuous Ethanol Fermentation, 677A —,; Reed, W.L.; Curtis, W. R.: Enhanced
Branlant, C. See Robas, N., 14A —,; See Kang, B.C., 1107B Recovery of Solavetivone from
Branlant, G. See Robas, N., 14A Chang, M.-K. Agrobacterium Transformed Root
Brefia, F. See Agraz, A., 1238B —+; Voice, T.C.; Criddle, C.S.: Kinetics Cultures of Hyoscyamus muticus Using
Bressler, E. See Eyal, A.M., 287A of Competitive Inhibition and Integrated Product Extraction, 503B
Brown, S. H. Cometabolism in the Biodegradation Cramer, S.M. See Wu, D.-R., 979A
—+; Sjgholm, C.; Kelly, R. M.: Purification of Benzene, Toluene, and p-Xylene by Creagh, A. L.
and Characterization of a Highly Two Pseudomonas Isolates, 1057A —,; Prausnitz, J.M.; Blanch, H. W.: The
Thermostable Glucose Isomerase Chang, W.G. See Lee, C.-K., 525A Effect of Aqueous Surfactant Solutions
Produced by the Extremely Characklis, W.G. See Drury, W.J., 111B on Alcohol Dehydrogenase (LADH),
Thermophilic Eubacterium, Thermotoga —+; See Peyton, B.M., 728A 156A
maritima, 878A Chaudhuri, J. B. See Schéller, C., 50B Criddle, C.S.
Bruton, A. G. See Dudley, B.T., 279B Chen, D. —+; The Kinetics of Cometabolism, 1048A
Bryers, J.D. See Huang, C.-T., 211A —+; Lewandowski, Z.; Roe, F.; Surapaneni, —,; Erratum: The Kinetics of Cometabolism,
Buckland, B.C. See Junker, B. H., 487B P.: Diffusivity of Cu?* in Calcium 674B
—; See Junker, B. H., 635B Alginate Gel Beads, 755A —; See Chang, M.-K., 1057A
Bull, A. T. See Hayter, P.M., 1077B Chen, K.-C. See Houng, J.-Y., 451A Curling, E.M.A. See Hayter, P.M., 1077B
Bundgaard-Nielsen, M. See Pedersen, Chen, R. Curtis, W.R. See Corry, J. P., 503B
A.G., 162A —+; Bailey, J. E.: Observations of Aerobic, —,; Emery, A.H.: Plant Cell Suspension
Burke, P. A. Growing Escherichia coli Metabolism Culture Rheology, 520B
—+; Griffin, R.G.; Klibanov, A. M.: Solid- Using an On-Line Nuclear Magnetic Cyrus, W. See Ryu, K., 807B
State Nuclear Magnetic Resonance Resonance Spectroscopy System,
Investigation of Solvent Dependence 215B Dabulis, K.
of Tyrosy! Ring Motion in an Enzyme, Chen, V. See Kim, K.J., 260B —+,; Klibanov, A. M.: Dramatic Enhancement
87B Chen, Y.-L. See Leckband, D., 167B of Enzymatic Activity in Organic
Burton, S.G. Chi, C.-M. See Huang, L.-C., 811A Solvents by Lyoprotectants, 566A
—; Duncan, J.R.; Kaye, P.T.; Rose, P. D.: Chiang, C.-L. See Tsai, S.-W., 603A Dahistrom, D. See Nagpal, S., 459A
Activity of Mushroom Polyphenol Chiou, T. See Junker, B. H., 635B Dale, B. E. See Wu, S.-C., 104A
Oxidase in Organic Medium, 938B Chisti, Y. See Allsop, P.J., 572A D’Ambrosio, A.
Bushell, M. E. Cho, M.H. See Kim, I.-H., 296A —+; Bellobono, I. R.; Marangoni, F.;
—; Bell, S.L.; Scott, M. F.; Snell, K.; Spier, Cho, S.-W. Rebulla, P.; Sirchia, G.: A Bioassay
R.E.; Wardell, J. N.; Sanders, P. G.: —+; Rhee, J.S.: Immobilization of Lipase for of Thyrotrophin by Photografted
A Three-Phase Pattern in Growth, Effective Interesterification of Fats and Mammalian Cells onto Polymeric
Monoclonal Antibody Production, and Oils in Organic Solvent, 204A Supports, 255B
Metabolite Exchange in a Hybridoma Chohan, S.R. See Mohan, S. B., 974B —+; See Selli, E., 474A
Bioreactor Culture, 133B Choi, J.H. See Hyun, C. K., 654A Darling, G. D. See Groboillot, A. F., 1157B
1402 AUTHOR INDEX