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FRONT MATTER
| i |
| IN MEMORIAM: THE GORDON STEWART MEMORIAL LECTURE |
CONTRIBUTIONS OF LIGHT-EMITTING ORGANISMS TO CELLULAR AND BIOMEDICAL IMAGING
A A SZALAY | 3 |
| PART 1. BIOLUMINESCENCE |
TESTING OF THE COMPUTER MODELS PREDICTIVE POWER FOR THE LINGULODINIUM (GONYAULAX) POLYEDRA BIOLUMINESCENCE CIRCADIAN SYSTEM (PRELIMINARY REPORT)
M BERDEN ZRIMEC and A ZRIMEC | 15 |
THE STRUCTURAL DETERMINANTS OF BIOLUMINESCENCE COLORS IN RAILROAD WORM AND OTHER pH-INSENSITIVE LUCIFERASES
V R VIVIANI, A UCHIDA, W VIVIANI and Y OHMIYA | 19 |
| PART 2. BEETLE BIOLUMINESCENCE |
MECHANISM OF FIREFLY FLASH CONTROL: NITRIC OXIDE INHIBITION OF OXYGEN CONSUMPTION IN LANTERN MITOCHONDRIA IS REVERSED BY LIGHT
J R APRILLE, C J LAGACE, S M LEWIS, T MICHEL, J S MODICA-NAPOLITANO, B A TRIMMER and R M ZAYAS | 25 |
ORIGINS OF BIOLUMINESCENCE IN BEETLES: A PHYLOGENETIC PERSPECTIVE
J C DAY, P J WHITE, D J SQUIRRELL and M J BAILEY | 29 |
STRUCTURAL STUDY OF PHOTINUS PYRALIS FIREFLY LUCIFERASE USING FLUORESCENCE
O A GANDELMAN, L C TISI, G H LAW, C R LOWE and JAH MURRAY | 33 |
ALTERING THE SURFACE HYDROPHOBICITY OF FIREFLY LUCIFERASE
G H LAW, O A GANDELMAN, L C TISI, C R LOWE and JAH MURRAY | 37 |
INTERACTION OF FIREFLY LUCIFERASE LUCIOLA MINGRELICA WITH DIMETHYLOXYLUCIFERIN
O V LEONTIEVA, T N VLASOVA, N N UGAROVA and D WEISS | 41 |
CATALYTIC PROPERTIES AND BIOLUMINESCENCE SPECTRA OF RECOMBINANT FIREFLY LUCIFERASE LUCIOLA MINGRELICA WITH POINT MUTATIONS OUT OF THE ENZYME ACTIVE SITE
L G MALOSHENOK and N N UGAROVA | 45 |
RED SHIFTS IN FIREFLY BIOLUMINESCENCE SPECTRA
EV NEMTSEVA, NS KUDRYASHEVA, OV LEONTIEVA and NN UGAROVA | 49 |
ON THE EVOLUTION AND SYNTHESIS OF BEETLE LUCIFERIN: CLUES FROM THE SIMILARITY OF BACTERIAL SIDEROPHORES TO BEETLE LUCIFERIN
L C TISI, G H LAW, D W P M LOWIK and JAH MURRAY | 53 |
THE BASIS OF THE BATHOCHROMIC SHIFT IN THE LUCIFERASE FROM PHOTINUS PYRALIS
L C TISI, G H LAW, O GANDELMAN, C R LOWE and JAH MURRAY | 57 |
PROTEIN STRUCTURE AND BIOLUMINESCENT SPECTRA FOR FIREFLY BIOLUMINESCENCE
N N UGAROVA and L Yu BROVKO | 61 |
OPTICAL PROPERTIES OF FIREFLY OXYLUCIFERIN, THE LIGHT EMITTER IN FIREFLY CHEMI- AND BIOLUMINESCENCE
NAOHISA WADA and KEIICHIRO SAMESHIMA | 67 |
| PART 3. MARINE BACTERIA BIOLUMINESCENCE |
LUMINESCENCE-STIMULATED DNA REPAIR IN VARIOUS BACTERIAL STRAINS
AGATA CZYZ, KONRAD PLATA, RYSZARD ZIELKE and GRZEGORZ WEGRZYN | 73 |
EVALUATION OF THE AFFINITY OF BACTERIAL LUCIFERASES FOR IMMOBILIZATION ON HYDROPHOBIC SUPPORTS
S HOSSEINKHANI, R SZITTNER, M NEMAT-GORGANI and E MEIGHEN | 77 |
RELATIONSHIP BETWEEN SPECTRAL DISTRIBUTION OF VIBRIO FISCHERI STRAIN Y1 BIOLUMINESCENCE AND INTRACELLULAR LEVEL OF ITS FLUORESCENT PROTEINS
H KARATANI, T CHIBA and S HIRAYAMA | 81 |
CONSTRUCTION AND CHARACTERIZATION OF A BIOLUMENESCENT STREPTOCOCCUS PYOGENES
G R LAMBERTON, M J PEREAU, K ILLES, I L KELLY, J CHRISLER, B J CHILDERS, K C OBERG and A A SZALAY | 85 |
BINDING OF FLAVIN AND ALDEHYDE TO THE ACTIVE SITE OF BACTERIAL LUCIFERASE
LEO YEN-CHENG LIN, ROSE SZITTNER and EDWARD A MEIGHEN | 89 |
EFFECT OF SAM-RELATED STRUCTURAL AND REGULATORY PROTEINS ON LUMINESCENCE IN VIBRIO HARVEYI
C MIYAMOTO, L Y LIN, S-Y HUANG and E A MEIGHEN | 93 |
COMMON FEATURES OF THE QUORUM SENSING SYSTEMS IN VIBRIO SPECIES
C MIYAMOTO, N SKOURIS, S HOSSEINKHANI, LY LIN and EA MEIGHEN | 97 |
MECHANISM OF INFLUENCE OF QUINONES ON BIOLUMINESCENT ENZYME SYSTEM NAD(P)H: FMN-OXIDOREDUCTASE-LUCIFERASE
EV VETROVA and NS KUDRYASHEVA | 101 |
| PART 4. COELENTERATE BIOLUMINESCENCE |
APOOBELIN BIOTINYLATED IN VIVO: OVERPRODUCTION IN ESCHERICHIA COLI CELLS
S V MARKOVA, G A STEPANYUK, L A FRANK and E S VYSOTSKI | 107 |
IMAGING THE FLUORESCENCE LIFETIME OF GREEN FLUORESCENT PROTEIN REPORTS ON THE REFRACTIVE INDEX
KLAUS SUHLING, JAN SIEGEL, DAVID PHILLIPS, SANDRINE LÉVÊQUE-FORT, STEPHEN E D WEBB, PAUL M W FRENCH and DANIEL M DAVIS | 111 |
THREE-PHASE PARTITIONING (TPP): A RAPID AND PREPARATIVE PURIFICATION TOOL FOR GFP
CM THOMSON and WW WARD | 115 |
PHOTOTRANSFORMATION OF THE WILD-TYPE AEQUOREA VICTORIA GREEN FLUORESCENT PROTEIN WITH UV-AND VISIBLE LIGHT LEADS TO DECARBOXYLATION OF GLUTAMATE 222
JASPER J VAN THOR, THOMAS GENSCH, KLAAS J HELLINGWERF and LOUISE N JOHNSON | 119 |
FLUORESCENT PROTEINS: WHO'S GOT ‘EM AND WHY?
W W WARD | 123 |
| PART 5. CHEMILUMINESCENCE |
FORMATION OF SINGLET OXYGEN DURING THE DECOMPOSITION OF DIMETHYLDIOXIRANE CATALYZED BY ANIONIC NUCLEOPHILES
W ADAM, W KIEFER, S SCHLÜCKER, C SAHA-MÖLLER, D V KAZAKOV, V P KAZAKOV and R R LATYPOVA | 129 |
IRON-MEDIATED HYDROXYLATION OF PHTHALIC HYDRAZIDE
J ARNHOLD and J GEYER | 133 |
CHEMILUMINESCENT EXCITATION AND THE PHOTODYNAMIC EFFECT ON BACTERIAL STRAINS
M BANCÍŘOVÁ and J MEDKOVÁ | 137 |
A STUDY OF CHEMILUMINESCENCE FROM REACTIONS OF PEROXYOXALATE ESTERS, HYDROGEN PEROXIDE AND 7-AMINO-4-TRIFLUOROMETHYLCOUMARIN
M J CHAICHI and M SHAMSIPOUR | 141 |
STABILIZED CHEMILUMINSCENT 1,2-DIOXETANES
B P GIRI, D J DAGLI, N E TOBEN, K W GIRI, A J PRZYBYSZ, V P TOBEN, P SINGH and H R TOBEN | 145 |
COELENTERAZINE DERIVATIVES FOR IMPROVED SOLUTION SOLUBILITY
ERIKA M. HAWKINS, MICHAEL O'GRADY, DIETER KLAUBERT, MICHAEL SCURRIA, TROY GOOD, CATHY STRATFORD, ROD FLEMMING, DAN SIMPSON and KEITH V. WOOD | 149 |
NON TRIVIAL ENERGY TRANSFER PROCESSES IN MICELLAR SOLUTIONS OF PHTHALHYDRAZIDE AND SELECTED DYES
J HRBAC, J LASOVSKY and D SICHERTOVA | 153 |
ELECTROGENERATED CHEMILUMINESCENCE BEHAVIOR OF A Ru(bpy)32+ SYSTEM ON A PARAFFIN-IMPREGNATED GRAPHITE ELECTRODE
F LI, H CUI and X Q LIN | 157 |
THE ROLE OF ORTHO- AND PARA-SEMIQUINONES IN THE CHEMILUMINESCENCE AND ANTIOXIDIZING ACTIVITY OF HUMUS SUBSTANCES
K POLEWSKI, D SLAWINSKA and J SLAWINSKI | 161 |
MODULATION OF THE ENHANCED CHEMILUMINESCENCE WITH ANTI-PEROXIDASE SPECIFIC ANTIBODIES
MYU RUBTSOVA, O V IGNATENKO, T V CHEREDNIKOVA and A M EGOROV | 165 |
INVESTIGATIONS ON THE THERMAL STABILITY OF 1,2-DIOXETANES AND THE KINETICS OF DECOMPOSITION MEASURED VIA DIFFERENTIAL SCANNING CALORIMETRY
D WEISS, H J FLAMMERSHEIM and W J BAADER | 169 |
| PART 6. LUMINESCENCE IN EDUCATION |
BIOLUMINESCENCE AS AN EDUCATIONAL TOOL
J I GITELSON and V A KRATASYUK | 175 |
THE DA VINCI-DARWIN-LINNAEUS INIZIATIVE: TOWARD A NEW RENAISSANCE FOR SCIENCE IN EUROPE
M PAZZAGLI, S GELMINI, P PINZANI, P BERGSTEN, O NOSOVA and A K CAMPBELL | 183 |
| PART 7. INSTRUMENTATION & DEVICES |
PHOTODETECTOR CALIBRATION METHOD FOR REPORTING BIOLUMINESCENCE MEASUREMENTS IN STANDARDIZED UNITS
D A BARTHOLOMEUSZ and J D ANDRADE | 189 |
DEVELOPMENT OF A SENSITIVE INSTRUMENT FOR BIOLUMINESCENCE RESONANCE ENERGY TRANSFER (BRET) APPLICATIONS
F BERTHOLD, C H JOHNSON, A KANAUCHI, A HEDING, M PEUKERT, M HENNECKE and B HUTTER | 193 |
A NEW AUV PLATFORM FOR STUDYING NEAR SHORE BIOLUMINESCENCE STRUCTURE
S BLACKWELL, J CASE, S GLENN, J KOHUT, M MOLINE, M PURCELL, O SCHOFIELD and C VONALT | 197 |
ELECTRON MULTIPLYING CCD TECHNOLOGY FOR ULTRASENSITIVE DETECTION OF CHEMILUMINESCENCE
C G COATES, D J DENVIR and E K CONROY | 201 |
APPLICATION OF A POLYNOMIAL LEAST SQUARES FILTER FOR THE REDUCTION OF NOISE IN THE DETERMINATION OF ATP BY A BATCH PHOTOMETER
M MECOZZI, M AMICI and R ACQUISTUCCI | 205 |
A NOVEL MICROTITER PLATE FORMAT FOR SINGLE-WELL SIMULTANEOUS MULTI-ANALYTE CHEMILUMINESCENT DETECTION: APPLICATION FOR THE DEVELOPMENT OF A PCR ASSAY FOR TYPING HUMAN PAPILLOMAVIRUS DNA
A RODA, M MIRASOLI, S VENTUROLI, M BARALDINI and M MUSIANI | 209 |
CRITICAL CONSIDERATIONS IN THE USE OF PHOTOMULTIPLIERS IN CHEMI- AND BIOLUMINESCENCE APPLICATIONS
A G WRIGHT | 213 |
CHEMILUMINESCENCE DETECTION FOR FIELD-FLOW FRACTIONATION
A ZATTONI, B RODA, M GUARDIGLI, D MELUCCI, P RESCHIGLIAN and A RODA | 217 |
| PART 8. ANTIOXIDANTS, REACTIVE OXYGEN SPECIES & PHAGOCYTOSIS |
MOLECULAR OXYGEN (O2): REACTIVITY AND LUMINESCENCE
ROBERT C. ALLEN | 223 |
PHOLASIN® LUMINESCENCE OF POLYMORPHONUCLEAR LEUKOCYTES
J ARNHOLD, S REICHL, M PETKOVIĆ and A VOCKS | 233 |
DETERMINATION OF REACTIVE OXYGEN SPECIES DURING THE PHOTODYNAMIC EFFECT BASED ON CHEMILUMINESCENCE OF CYPRIDINA LUCIFERIN ANALOGUES
M BANCÍŘOVÁ | 237 |
PERIPHERAL AND LOCAL ANTIOXIDANT DEFENCE IN PERIODONTAL DISEASE AND HEALTH BY ENHANCED CHEMILUMINESCENCE
G R BROCK, J B MATTHEWS, C R HARDING and I L C CHAPPLE | 241 |
BLOOD LEUKOCYTE LUMINESCENCE BIO ASSAY: A EUKARYOTIC APPROACH TO STUDYING THE EFFECTS OF TOXIC CHEMICALS ON METABOLISM
J M CAIRO and R C ALLEN | 245 |
WHOLE BLOOD CHEMILUMINESENCE IN TRAVERTINE WORKERS
P DE SOLE, R FRESU, C ROSSI, M L GOZZO, E GAMMAROTA, S SPADARO, M SERRA and F MORMILE | 249 |
EVALUATION OF REACTIVE OXYGEN SPECIES PRODUCTION IN KUPFFER CELLS BY CHEMILUMINESCENCE
M GUARDIGLI, A RODA, R ALDINI, A MARANGONI and R CEVENINI | 253 |
THE ABEL® PEROXYNITRITE ANTIOXIDANT TEST WITH PHOLASIN® MEASURES THE ANTIOXIDANT CAPACITY OF PLASMA TO PROTECT AGAINST PEROXYL RADICAL ATTACK
J KNIGHT, M GANDERTON, J HOTHERSALL, K ZITOUNI and J NOUROOZ-ZADEH | 257 |
CHEMILUMINESCENCE AS A TOOL TO ASSESS HYPERGLYCEMIA-INDUCED SYSTEMIC OXIDATIVE STRESS IN DIFFERENT INSULIN-RESISTANT STATES
STEFFI KOPPRASCH, JENS PIETZSCH, EBERHARD KUHLISCH and JUERGEN GRAESSLER | 261 |
LUMINESCENCE STUDIES OF BLOOD PHAGOCYTE OXYGENATION ACTIVITIES IN PATIENTS WITH ANTIPHOSPHOLIPID SYNDROME
STEFFI KOPPRASCH, BEATE ROCH, JENS PIETZSCH, EBERHARD KUHLISCH and JUERGEN GRAESSLER | 265 |
CHEMILUMINESCENCE OF ISOLATED HUMAN LEUKOCYTES INDUCED BY STREPTOCOCCUS MUTANS IS GENERATED EXTRACELLULARLY IN THE ABSENCE OF PHAGOCYTOSIS
A LOJEK, M ČÍŽ, L KUBALA, J NUUTILA and E-M LILIUS | 269 |
DETERMINATION OF ACTIVE OXYGEN SPECIES FROM HEAT-BROWNED FOOD MATERIALS USING A HIGHLY SENSITIVE CHEMILUMINESCENCE DETECTOR
H MATSUYA, N SUZUKI and B YODA | 273 |
CHEMILUMINESCENCE KINETICS OF BLOOD AND MILK NEUTROPHILS DURING PHYSIOLOGICAL AND PATHOLOGICAL CONDITIONS OF THE BOVINE MAMMARY GLAND
J MEHRZAD, E MEYER and C BURVENICH | 277 |
LUMINESCENCE AS DIFFERENTIATION MARKER IN HUMAN LEUKEMIA CELL LINE HL-60
G NOCCA, R SCATENA, P BOTTONI, L CECCARELLI, B GIARDINA and P DE SOLE | 281 |
EFFECT OF THE HISTAMINERGIC SYSTEM ON HUMAN POLYMORPHONUCLEAR LEUKOCYTE AGGREGATION AND RESPIRATORY BURST IN VITRO
R NOSÁL, K DRÁBIKOVÁ, V JANČINOVÁ, M ČÍŽ and A LOJEK | 285 |
LYSOPHOSPHATIDYLCHOLINE AND PHOSPHOLIPASE A2 AFFECT THE OXIDATIVE ACTIVITY OF HUMAN POLYMORPHONUCLEAR LEUKOCYTES
M PETKOVIĆ, J MÜLLER, J SCHILLER, K ARNOLD and J ARNHOLD | 289 |
RESPIRATORY BURST RESPONSE OF HUMAN NEUTROPHILS TO EXOGENOUSLY ADDED LONG CHAIN PHOSPHATIDIC ACIDS
M PETKOVIĆ, O ZSCHÖRNIG, A VOCKS, M MÜLLER, J SCHILLER, K ARNOLD and J ARNHOLD | 293 |
ANTIOXIDATIVE ACTIVITIES OF SOME DIETARY FIBERS AGAINST SUPEROXIDE
N SUZUKI, T NAGAI, H HATATE, I MIZUMOTO, B YODA, T ITAMI, Y TAKAHASHI, T NOMOTO, N KANAMORI and A KOZAWA | 297 |
ANTIOXIDANT ACTIVITY IN EXTRACTS FROM PLEUROCHAETE SQUARROSA (BRYOPHYTA) STRESSED BY HEAVY METALS, HEAT SHOCK AND SALINITY
M L VUOTTO, P DE SOLE, R CASTALDO COBIANCHI, S SORBO, J SEPE, M R FAIELLA, R MIRANDA, L RICCIARDI, D SPATUZZI, R DE PRISCO and A BASILE | 301 |
ANTIOXIDANT CAPACITY OF VARIOUS SAMPLES MEASURED WITH A CHEMILUMINESCENCE SYSTEM BASED ON GZ-11
G ZOMER, M R J HAMZINK and L BIJLSMA | 305 |
DEVELOPMENT OF AN ASSAY FOR ANTIOXIDANT ACTIVITY USING ACRIDAN ESTER GZ-11
G ZOMER, R HOOGERBRUGGE, M R J HAMZINK and L BIJLSMA | 309 |
| PART 9. APPLICATIONS OF LUMINESCENCE |
THE USE OF LUMINOL CHEMILUMINESCENCE FOR DETERMINING THE POST MORTEM INTERVAL OF SKELETAL REMAINS
J I CREAMER, T I QUICKENDEN and A M BUCK | 315 |
PERSISTENT INCREASE OF H2O2 IN EXPIRED BREATH CONDENSATE OF SMOKERS
P DE SOLE, B ZAPPACOSTA, S PERSICHILLI, A MINUCCI, F MORMILE, A RUSSO, A SPOSI and M L VUOTTO | 319 |
BIOLUMINESCENT BIOASSAYS BASED ON LUMINOUS BACTERIA MARKER SYSTEM
A M KUZNETSOV, E K RODICHEVA, S E MEDVEDEVA and J I GITELSON | 323 |
COMPARISON OF BIOLUMINESCENCE-BASED METHODS FOR DETECTING BACTERIAL QUORUM SENSING MOLECULES IN PSEUDOMONAS FLUORESCENS
J D MCPHEE and M W GRIFFITHS | 327 |
DEVELOPMENT AND CHARACTERIZATION OF A FLUORESCENT WHOLE-CELL BIOSENSOR FOR L-ARABINOSE WITH INTERNAL RESPONSE CORRECTION USING TWO GFP MUTANTS
M MIRASOLI, J S FELICIANO-CARDONA, E MICHELINI, A RODA and S DAUNERT | 331 |
DETERMINATION OF HYDROGEN PEROXIDE BY MICRO - FLOW INJECTION – HORSERADISH PEROXIDASE CATALYZED “IMIDAZOLE CHEMILUMINESCENCE”
OSAMU NOZAKI and HIROKO KAWAMOTO | 335 |
CHEMILUMINESCENCE, REAL TIME IMAGING OF MICROPARTICLES SEPARATION BY FIELD-FLOW FRACTIONATION: A USEFUL TOOL FOR PROBING RETENTION MECHANISM AT ULTRA-LOW DETECTION LIMITS
B RODA, A ZATTONI, M GUARDIGLI, D MELUCCI, P RESCHIGLIAN and A RODA | 339 |
ANALYTICAL APPLICATIONS OF A NEW AQUEOUS PEROXYOXALATE CHEMILUMINESCENCE REAGENT.: COMPARISON WITH THE TYPICAL TCPO REACTION IN ORGANIC SOLVENT
DORIS SALERNO and JOAN-RAMON DABAN | 343 |
APPLICATION OF CHEMILUMINESCENCE IN WOOD SCIENCE
D SLAWINSKA and K POLEWSKI | 347 |
| PART 10. PATHOGEN DETECTION |
RAPID FOODBORNE PATHOGEN DETECTION
K J BOWN, J A ARCHARD, A J CORBITT, R L LESLIE, M J MURPHY and D J SQUIRRELL | 353 |
VISUALIZATION OF INTRACELLULAR BACTERIAL INFECTION IN TUMOR CELL LINES
L F GREER, G WANG-PRUSKI, W GOEBEL and A A SZALAY | 357 |
RAPID DETECTION OF MRSA FROM CLINICAL SAMPLES USING MAGNETIC SEPARATION AND AK BIOLUMINESCENCE
R L LESLIE, D J SQUIRRELL, P J WHITE and J C D GREEN | 361 |
A NOVEL DUAL REPORTER ASSAY FOR STUDYING INTRACELLULAR BACTERIAL PATHOGENS
S N A QAZI, C E D REES, P WILLIAMS and P J HILL | 365 |
ATP SCREENING OF BACTERIA/SPORES IN ENVIRONMENTAL SAMPLES BY FIRST RESPONDERS
DP TRUDIL, J TARTAL and C TRUDIL | 369 |
| PART 11. ECOLOGICAL, ENVIRONMENTAL & FOOD TESTING |
EVALUATION OF PRESERVATIVES FOR VALUE ADDED FOOD PRODUCTS USING BIOLUMINESCENCE
B M APPLEGATE, Jr, N G BRIGHT, R J CARROLL, L J MAUER and B M APPLEGATE, Sr | 375 |
SEASONAL VARIATION IN BIOLUMINESCENCE IN THE PORCUPINE SEABIGHT, NE ATLANTIC OCEAN TO 4800 m DEPTH
E J V BATTLE, I G PRIEDE, M A COLLINS and P M BAGLEY | 379 |
ECOTOXICOLOGICAL SCREENING OF LJUBLJANA SURFACE WATERS WITH BIOLUMINESCENT BACTERIA VIBRIO FISCHERI (MICROTOX®)
M BERDEN ZRIMEC and A ZRIMEC | 383 |
ACTIVATION OF WARNING LUMINESCENCE BY LARVAL FIREFLY SETAE
A D CARLSON and S SHAH | 387 |
A POSSIBLE RETINAL LONGWAVE DETECTING SYSTEM IN A MYCTOPHID FISH WITHOUT FAR-RED BIOLUMINESCENCE: EVIDENCE FOR A SENSORY ARMS-RACE IN THE DEEP-SEA
R H DOUGLAS, J K BOWMAKER and C W MULLINEAUX | 391 |
SIMPLE AND RAPID BIOLUMINESCENT DETECTION FOR ALLELE SPECIFIC PCR OF E. COLI O 157: H7
OSAMU IMAMURA, HIDETOSHI ARAKAWA and MASAKO MAEDA | 395 |
USE OF BACTERIAL BIOLUMINESCENT BIO ASSAY BY SCHOOLCHILDREN FOR ECOLOGY MONITORING AND RELATIONS WITH HUMAN HEALTH
M A KUDRYASHEV, O V GAVRICHKOVA, N S KUDRYASHEVA, V A KRATASYUK and A M KUZNETSOV | 399 |
CHEMILUMINESCENT DIPSTICK IMMUNOASSAY FOR MULTIRESIDUE ANALYSIS OF PESTICIDES IN WATER
M Y U RUBTSOVA, J V SAMSONOVA, A A EZHOV and A M EGOROV | 403 |
THE DEVELOPMENT OF A WHOLE CELL BIOCHIP FOR TOXICANT DETECTION
F L WALDIE, T D BINNIE and N CHRISTOFI | 407 |
| PART 12. IMMUNOASSAYS |
IMMUNODETECTION OF PROTEINS WITHIN POLYACRYLAMIDE GELS
S DESAI, B DWORECKI and E CICHON | 413 |
DEVELOPMENT OF ALLERGOLOGY TEST IN MICROPLATE IMMUNOASSAY FORMAT BASED ON CHEMILUMINESCENCE
M PAZZAGLI, P PINZANI, B SALVADORI, S SALTI, L PASSERI and A MANZONI | 417 |
APPLICATIONS OF LUMIGEN PS-1 CHEMILUMINESCENT SUBSTRATE TO MICROPLATE FORMAT IMMUNOASSAY USING HORSERADISH PEROXIDASE AS LABEL: A COMPARISON WITH THE COLORIMETRIC END-POINT USING TSH AS THE ANALYTE
M PAZZAGLI, P PINZANI, B SALVADORI, S SALTI, M G ZOTTI and A MANZONI | 421 |
COMBINED HEPATITIS C VIRUS ANTIGEN AND ANTIBODY ASSAY ON AN AUTOMATED CHEMILUMINESCENT ANALYZER TO SHORTEN SEROCONVERSION WINDOW
DINESH O SHAH, LILY JIANG, KEVIN CHENG, SCOTT MUERHOFF, ROBIN A GUTIERREZ, ROBERT KYRK, CHI-DEU CHANG, JIGISHA PATEL, JAMES L STEWART and GEORGE DAWSON | 425 |
AN ENHANCED CHEMILUMINESCENT IMMUNOASSAY TO DETECT INSULIN
XIAOLIN YANG | 431 |
USE OF BIOLUMINESCENCE FOR THE EVALUATION OF AFFINITY CONSTANTS FOR BACTERIAL CELL-ANTIBODY INTERACTIONS
D YOUNG, M W GRIFFITHS and L BROVKO | 435 |
| PART 13. ENZYME, SUBSTRATE, INHIBITOR & CO-FACTOR ASSAYS |
LACTATE ASSAY BASED ON BACTERIAL BIOLUMINESCENCE: ENHANCEMENT, DRY REAGENT DEVELOPMENT, AND MINIATURIZATION
R H DAVIES, J W CORRY and J D ANDRADE | 441 |
ENZYME KINETICS MODEL OF THE BACTERIAL LUCIFERASE REACTIONS FOR BIOSENSOR APPLICATIONS
Y FENG, R H DAVIES and J D ANDRADE | 445 |
SINGLE MOLECULE DETECTION OF ALKALINE PHOSPHATASE ENZYME
B P GIRI, H R TOBEN, D J DAGLI, M S LAMPKIN and L A SHINEFELD | 449 |
DEVELOPMENT OF SIMULTANEOUS BIOLUMINESCENT ASSAY OF ACETATE KINASE AND PYRUVATE PHOSPHATE DIKINASE USING FIREFLY LUCIFERASE-LUCIFERIN REACTION
KATSUTOSHI ITO, KAZUTO NAKAGAWA, SEIJI MURAKAMI, HIDETOSHI ARAKAWA and MASAKO MAEDA | 453 |
A NOVEL BIOLUMINESCENT CYCLING ASSAY FOR ATP AND AMP USING PYRUVATE ORTHOPHOSPHATE DIKINASE
S SUZUKI, K NISHIMOTO, T IGARASHI, Y HARADA, T SAKAKIBARA and S MURAKAMI | 457 |
SIMULTANEOUS ATP AND MITOCHONDRIAL POTENTIAL MEASUREMENTS IN LIVING CELLS
Y TOURNEUR, J-C BERNENGO and Y PACHECO | 461 |
CHOLINESTERASE INHIBITORS MEASURED WITH A CHEMILUMINESCENCE SYSTEM BASED ON GZ-11
G ZOMER, M R J HAMZINK and L BIJLSMA | 465 |
| PART 14. ATP-BASED CELL & MICROBIOLOGICAL ASSAYS |
IN VIVO ASSESSMENT OF THE EFFECT OF DIET ON TIME-COURSE OF INFECTION IN MICE USING BIOLUMINESCENT BACTERIAL PATHOGENS
L Y BROVKO, C VANDENENDE, B CHU, A BROOKS and M W GRIFFITHS | 471 |
BIOLUMINESCENT ASSAY OF TOTAL BACTERIAL CONTAMINATION (TBC) IN FOOD SAMPLES AND DRINKING WATER USING FILTRAVETTE™
V G FROUNDJIAN, N N UGAROVA and D P TRUDIL | 475 |
INFLUENCE OF DIFFERENT CYCLODEXTRINS ON PROLIFERATION OF HaCaT KERATINOCYTES MEASURED BY MEANS OF BIOLUMINESCENCE AND FLUOROMETRIC ASSAYS
C HIPLER, U-CH HIPLER, P ELSNER and U WOLLINA | 479 |
INFLUENCE OF MELATONIN ON HaCaT CELL PROLIFERATION MEASURED BY MEANS OF ATP BIOLUMINESCENCE AND FLUOROMETRIC ASSAYS
U-CH HIPLER and P ELSNER | 483 |
A COMPARISON OF ATP AND ADENYLATE KINASE AS BACTERIAL CELL MARKERS: CORRELATION WITH AGAR PLATE COUNTS
D J SQUIRRELL, M J MURPHY, R L LESLIE and J C D GREEN | 487 |
| PART 15. GENE EXPRESSION & REPORTER GENE ASSAYS |
APPLICATIONS OF LUCIFERASE TRANSFECTED HUMAN CELL LINES FOR CHEMOTHERAPEUTIC DRUG DEVELOPMENT
P E ANDREOTTI, G CACERES, R ZANKINA, M C ESCANO and V PRICE | 493 |
NON INVASIVE OPTICAL IMAGING OF FIREFLY LUCIFERASE GENE EXPRESSION IN MICE USING THE BERTHOLD TECHNOLOGIES NIGHTOWL LB 981
J L COLL, M C FAVROT and M HENNECKE | 497 |
APPLICATION OF A LUMINESCENCE WHOLE-CELL BIOSENSOR BASED ON A RECOMBINANT MOUSE HEPATOMA CELL LINE FOR THE DETECTION OF DIOXIN-LIKE CHEMICALS
P PASINI, G GENTILOMI, M BARALDINI, M MUSIANI and A RODA | 501 |
USE OF BIOLUMINESCENCE FOR ON-LINE ESTIMATION OF THE PRODUCTION OF RECOMBINANT PROTEINS
I TREZZANI, M NADRI, H HAMMOURI, J LIETO, C DOREL, P LEJEUNE, P DHURJATI, J BELLALOU and R LONGIN | 505 |
NOVEL IN VIVO REPORTERS BASED ON FIREFLY LUCIFERASE
P J WHITE, R L LESLIE, B LINGARD, J R WILLIAMS and D J SQUIRRELL | 509 |
INTRODUCTION OF GFP-CONSTRUCT INTO MEDAKAFISH USING THE PARTICLE GUN METHOD
M YAMAUCHI, M SASANUMA, S TSUJI, M TERADA and Y ISHIKAWA | 513 |
BACK MATTER
| 517 |
| Back |
