 | ACKNOWLEDGMENTS (W. Gordon Bonn, Dr. P.G. Psallidas, Dr. P.G. Psallidas) |
| WHAT WE DON'T KNOW ABOUT FIRE BLIGHT (Paul W. Steiner) |
| PRESENT WORLDWIDE DISTRIBUTION OF FIRE BLIGHT (T. van der Zwet) |
| FIRST RECORD OF FIRE BLIGHT (ERWINIA AMYLOVORA) IN AUSTRIA PRELIMINARY EXPERIMENTS ON THE SURVIVAL ON FRUIT BOXES (M. Keck, H. Reich, R. Chartier, J.-P. Paulin) |
| SPREAD OF FIRE BLIGHT IN SWITZERLAND (T. Hasler, K. Vogelsanger, B. Schoch) |
| FIRE BLIGHT IN REPUBLIC OF MACEDONIA (DISTRIBUTION AND CONTROL) (F.D. Pejchinovski) |
| THE LATENT SURVIVAL OF ERWINIA AMYLOVORA IN HIBERNATING SHOOTS (C. Crepel, J. Geenen, M. Maes) |
| IMPACT OF FIRE BLIGHT ON ROSACEOUS SPECIES IN CENTRAL ALBERTA (I.R. Evans) |
| PERSISTENCE AND RECOVERY OF ENDOPHYTIC ERWINIA AMYLOVORA IN APPARENTLY HEALTHY APPLE TISSUES (Q. Ge, T. van der Zwet) |
| HAWTHORNS AS A SOURCE OF FIRE BLIGHT INOCULUM IN ENGLISH PEAR AND APPLE ORCHARDS (A.M. Berrie, E. Billing) |
| A SENSITIVE AND SPECIFIC DETECTION OF ERWINIA AMYLOVORA BASED ON THE ELISA-DASI ENRICHMENT METHOD WITH MONOCLONAL ANTIBODIES. (M.T. Gorris, M. Cambra, P. Llop, M.M. López, P. Lecomte, R. Chartier, J.-P. Paulin) |
| PRODUCTION AND CHARACTERIZATION OF MONOCLONAL ANTIBODIES SPECIFIC FOR ERWINIA AMYLOVORA AND THEIR USE IN DIFFERENT SEROLOGICAL TECHNIQUES. (M.T. Gorris, E. Camarasa, M.M. López, M. Cambra, J.-P. Paulin, R. Chartier) |
| PCR-BASED TECHNIQUES FOR THE DETECTION OF ERWINIA AMYLOVORA (P.J. Guilford, R.K. Taylor, R.G. Clark, C.N. Hale, R.L.S. Forster) |
| IDENTIFICATION OF ERWINIA AMYLOVORA BY PCR-ANALYSES (S. Bereswill, K. Geider) |
| QUARANTINE AND MARKET ACCESS (C.N. Hale, R.K. Taylor, R.G. Clark, T.A. Batchelor) |
| FIRE BLIGHT USERS GROUP ON INTERNET (G.W. Lightner, T. van der Zwet) |
| FIRE BLIGHT OF RASPBERRIES IN ALBERTA (I.R. Evans) |
| AN OUTBREAK OF FIRE BLIGHT IN PLUMS (S.K. Mohan, S.V. Thomson) |
| DETECTION OF SYSTEMIC SPREAD OF ERWINIA AMYLOVORA THROUGH SYMPTOMLESS APPLE SCION TISSUES INTO THE ROOTSTOCKS (M.T. Momol, E.A. Momol, J.L. Norelli, H.L. Gustafson, H.S. Aldwinckle, J.N. Cummins) |
| ECOLOGY AND EPIDEMIOLOGY OF FIRE BLIGHT IN NEW ZEALAND (C.N. Hale, R.K. Taylor, R.G. Clark) |
| DETECTION OF ERWINIA AMYLOVORA BY NESTED PCR AND PCR-DOT-BLOT AND REVERSE BLOT HYBRIDIZATIONS (P.S. McManus, A.L. Jones) |
| MONITORING OF ERWINIA AMYLOVORA WITH POLYMERASE CHAIN REACTION (PCR) IN ORCHARDS (F. Berger, W. Zeller) |
| A RISK ASSESSMENT MODEL FOR FIRE BLIGHT OF APPLE AND PEAR (T.J. Smith) |
| A TWELVE YEAR SUMMARY OF THE MARYBLYT PREDICTION SYSTEM ON JONATHAN APPLE IN MARYLAND AND WEST VIRGINIA (T. van der Zwet, G. Lightner, R. Heflebower) |
| EVALUATION OF THE MARYBLYT™ MODEL FOR PREDICTING FIRE BLIGHT BLOSSOM INFECTION IN NEW ZEALAND (S.C. Gouk, R.J. Bedford, S.O. Hutchings, L. Cole, M.D. Voyle) |
| FIRE BLIGHT PREDICTION SYSTEM IN QAZVIN (A. Maroofi) |
| BIS95, AN IMPROVED APPROACH TO FIRE BLIGHT RISK ASSESSMENT (E. Billing) |
| PRESENCE OF ERWINIA AMYLOVORA IN APPARENTLY HEALTHY NURSERY PROPAGATING MATERIAL (T. van der Zwet, J. Walter) |
| EXPERIENCE WITH DIFFERENT PREDICTION SYSTEMS FOR CONTROL OF FIRE BLIGHT IN SOUTHWEST GERMANY (E. Moltmann) |
| WEATHER OBSERVATIONS AND FIRE BLIGHT OUTBREAKS IN SWEDEN 1986–1995 (P. Persson) |
| RISK ASSESSMENT OF FIRE BLIGHT IN HUNGARY BASED ON BILLING'S FORECAST SYSTEM (A.N. Kovacs) |
| FIRST EVALUATION OF "FIRESCREENS" FOR PREDICTING FIRE BLIGHT EPIDEMICS IN GREECE (J. Tsiantos, P.G. Psallidas) |
| A NEW FIRE BLIGHT FORECASTING SYSTEM WITH FIRST RESULTS IN SOUTHWEST GERMANY (F. Berger, W. Zeller, V. Gutsche, D. Rossberg) |
| MARYBLYT 4.2: PREDICTION OF FIRE BLIGHT OUTBREAKS IN ITALY (PO VALLEY) (C. Bazzi, M. Merighi, E. Stefani, A. Calzolari, C. Perugini, E. Gambin, A. Saccardi) |
| MARYBLYT 4.2: EVALUATING THE PROGRAM FOR THE PREDICTION OF BLOSSOM BLIGHT OF APPLE AND PEAR (W.G. Bonn) |
| OUTBREAK OF FIRE BLIGHT THREATENING THE LOQUAT INDUSTRY IN ISRAEL (M. Zilberstaine, Z. Herzog, S. Manulis, D. Zutra) |
| CHARACTERIZATION OF BACTERIA THAT CAUSE "BACTERIAL SHOOT BLIGHT OF PEARD" IN JAPAN (S.V. Beer, J.-H. Kim, C.H. Zumoff, A.J. Bogdanove, R.J. Laby, A. Tanii, O. Tamura, H.L. Gustafson, T. Momol, H.S. Aldwinckle) |
| CHARACTERIZATION OF ERWINIA AMYLOVORA STRAINS FROM DIFFERENT HOSTS AND GEOGRAPHICAL AREAS (J.-H. Kim, S.V. Beer, A. Tanii, C.H. Zumoff, R.J. Laby, H.L. Gustafson, H.S. Aldwinckle) |
| INVESTIGATION ON THE CHARACTERISTICS OF IRANIAN ISOLATES OF ERWINIA AMYLOVORA (M.R. Afunian, H. Rahimian) |
| FIRE BLIGHT OF POMACEOUS FRUIT TREES IN MACEDONIA - CHARACTERISTICS OF THE PATHOGEN ERWINIA AMYLOVORA (S. Mitrev) |
| INTERFERENCE OF COPPER SULFATE WITH GROWTH OF ERWINIA AMYLOVORA AND MONITORING BACTERIAL PROPAGATION IN PLANTA (S. Bereswill, I. Bruchmuller, K. Geider) |
| IRON ACQUISITION AND VIRULENCE IN ERWINIA AMYLOVORA (A. Dellagi, J. Laurent, D. Expert, J.P. Paulin, R. Kachadourian, G. Kunesh) |
| PRELIMINARY PHENOTYPIC AND GENETIC DIFFERENTIATION OF THE FIRE BLIGHT BACTERIUM, ERWINIA AMYLOVORA (E.W. Brown, W. Janisiewicz, T. van der Zwet) |
| STUDIES ON STREPTOMYCIN RESISTANT BACTERIAL ISOLATES FROM POME-FRUIT ORCHARDS (P.G. Psallidas, E.J. Paplomatas, J. Tsiantos, A. Panagiotopoulou) |
| THE HRP GENE CLUSTER OF ERWINIA AMYLOVORA CAUSES ELECTROLYTE LEAKAGE AND NECROSIS IN APPLE LEAVES AND FACILITATES BACTERIAL MULTIPLICATION (L. Zhao, Z.-M. Wei, S.V. Beer) |
| HARPIN FROM ERWINIA AMYLOVORA INDUCES PLANT RESISTANCE (Z.-M. Wei, S.V. Beer) |
| IDENTIFICATION OF AN ERWINIA AMYLOVORA GENE ENCODING CATALASE (R.J. Laby, S.V. Beer) |
| BACTERIOCIN PRODUCTION BY ERWINIA AMYLOVORA STRAINS (A.A. Shoeib) |
| A GLOBAL REGULATORY GENE CONTROLS SECONDARY METABOLITES, MOTILITY, AND PATHOGENICITY FACTORS IN ERWINIA AMYLOVORA (A. Mukherjee, Y. Cui, Y. Liu, C. Korsi Dumenyo, A.K. Chatterjee) |
| NUCLEOTIDE SEQUENCE ANALYSIS OF THE ERWINIA STEWARTII CPS GENE CLUSTER FOR SYNTHESIS OF STEWARTAN AND COMPARISON TO THE ERWINIA AMYLOVORA AMS CLUSTER FOR SYNTHESIS OF AMYLOVORAN (D.L. Coplin, D.R. Majerczak, P. Bugert, K. Geider) |
| CHARACTERIZATION OF EXOPOLYSACCHARIDE SYNTHESIS BY ERWINIA AMYLOVORA (K. Geider, P. Aldridge, S. Bereswill, P. Bugert, C. Langlotz) |
| HOMOLOGY OF SEVERAL GENES INVOLVED IN HARPIN SECRETION WITH YOP SECRETION GENES IN YERSINIA (A.J. Bogdanove, Z.-M. Wei, L. Zhao, S.V. Beer) |
| ARE HRP GENES OF ERWINIA AMYLOVORA INVOLVED IN EARLY SUPPRESSION OF HOST DEFENCE MECHANISMS? (M. Tharaud, J.-P. Paulin, J. Laurent) |
| GENETICS AND COMPLEMENTATION OF DNA REGIONS INVOLVED IN AMYLOVORAN SYNTHESIS OF ERWINIA AMYLOVORA AND STEWARTAN SYNTHESIS OF ERWINIA STEWARTII (F. Bernhard, D. Schullerus, P. Bellemann, K. Geider, D.R. Majerczak, D.L. Coplin, M. Nimtz) |
| REGULATION AND STRUCTURE OF THE AMS-REGION INVOLVED IN EXOPOLYSACCHARIDE SYNTHESIS OF ERWINIA AMYLOVORA (P. Bugert, S. Bereswill, K. Geider) |
| GENETIC FINGERPRINTING OF ERWINIA AMYLOVORA BY REPETITIVE SEQUENCE-PCR AND PCR-RIBOTYPING (P.S. McManus, A.L. Jones) |
| GENETIC DIVERSITY OF ERWINIA AMYLOVORA STRAINS DETERMINED BY DNA POLYMORPHISMS AMPLIFIED BY PCR USING ARBITRARY PRIMERS (M.T. Momol, E.A. Momol, J.L. Norelli, H.S. Aldwinckle, S.V. Beer, W.F. Lamboy) |
| CRAB APPLE BLOSSOMS AS A MODEL SYSTEM FOR FIRE BLIGHT BIOCONTROL RESEARCH (P.L. Pusey) |
| ESTABLISHMENT OF FREEZE-DRIED BACTERIA ON PEAR AND APPLE BLOSSOMS (V.O. Stockwell, J.E. Loper, K.B. Johnson) |
| IMPORTANCE OF SECONDARY SPREAD OF BACTERIAL ANTAGONISTS IN THE BIOLOGICAL CONTROL OF ERWINIA AMYLOVORA (R. Nuclo, K.B. Johnson, D. Sugar, V.O. Stockwell) |
| EFFICACY OF ANTAGONISTIC BACTERIA FOR CONTROL OF FIRE BLIGHT ON APPLE (K.D. Hickey, T. van der Zwet) |
| PLUGS OF IMMATURE PEAR FRUIT TO ASSESS THE VIRULENCE OF ERWINIA AMYLOVORA AND TO STUDY IN THE LABORATORY THE INTERACTION BETWEEN BIOLOGICAL CONTROL AGENTS AND THE FIRE BLIGHT PATHOGEN (J.L. Vanneste, J. Yu, G.E. Harper, J.H. Perry) |
| THE ROLE OF ANTIBIOTICS IN BIOLOGICAL CONTROL OF FIRE BLIGHT BY ERWINIA HERBICOLA STRAIN EH318 (S.A.I. Wright, S.V. Beer) |
| THE EFFICACY IN VIVO OF ERWINIA HERBICOLA ANTIBIOTICS IN INHIBITING ERWINIA AMYLOVORA (R.S. Wodzinski, C.A. Jock, L.M. Wilson) |
| PRODUCTS FROM PSEUDOMONADS FOR POSSIBLE CONTROL OF FIRE BLIGHT (R.E. Mitchell, K.L. Ford, J.L. Vanneste) |
| COMPATIBILITY OF BACTERIAL ANTAGONISTS WITH STREPTOMYCIN AND OXYTETRACYCLINE (V.O. Stockwell, J.E. Loper, K.B. Johnson) |
| EPIDEMIOLOGY AND GENETIC DIVERSITY OF STREPTOMYCIN RESISTANCE IN ERWINIA AMYLOVORA IN MICHIGAN (A.L. Jones, P.S. McManus, C.-S. Chiou) |
| STUDIES ON EFFECTIVENESS OF SOME CHEMICALS TO FIRE BLIGHT PATHOGEN ERWINIA AMYLOVORA (BURRILL) WINSLOW ET AL. (H. Saygili, N. Üstün) |
| SOLARIZATION OF PEAR AND APPLE TREES TO ERADICATE BACTERIA IN FIRE BLIGHT CANKERS (S.V. Thomson) |
| STUDIES ON BIOLOGICAL CONTROL OF FIRE BLIGHT (W. Zeller, B. Wolf) |
| CLONING OF THE GENES FROM ERWINIA HERBICOLA EH252 NECESSARY FOR PRODUCTION OF AN ANTIBACTERIAL COMPOUND WHICH INHIBITS ERWINIA AMYLOVORA (J.L. Vanneste, J. Yu) |
| BIOLOGICAL CONTROL OF FIRE BLIGHT USING ERWINIA HERBICOLA EH252 AND PSEUDOMONAS FLUORESCENS A506 SEPARATELY OR IN COMBINATION (J.L. Vanneste, J. Yu) |
| THE EFFICACY IN VITRO AND IN VIVO OF BACTERIOCIN AGAINST ERWINIA AMYLOVORA : COMPARISON OF BIOLOGICAL AND CHEMICAL CONTROL OF FIRE BLIGHT (A. Jabrane, L. Ledoux, P. Thonart, T. Deckers, P. Lepoivre) |
| FURTHER STUDIES ON PLANT EXTRACTS WITH A RESISTANCE INDUCTION EFFECT AGAINST ERWINIA AMYLOVORA (J. Mosch, W. Zeller, M. Rieck, W. Ullrich) |
| FURTHER STUDIES ON BLOSSOM BLIGHT OF PEAR AND ITS CONTROL IN EGYPT (S.M.A. Lashin, H.I. Seif El-Nasr) |
| DISINFECTION OF FIRE BLIGHT CONTAMINATED TOOLS (T. Hasler, J. Vogelsanger, B. Schoch) |
| USE OF THE AREA UNDER THE DISEASE PROGRESS CURVE FOR QUANTIFICATION OF RESISTANCE OF APPLE AND PEAR VARIETIES AND ROOTSTOCKS TO ERWINIA AMYLOVORA (M.T. Momol, J.L. Norelli, H.S. Aldwinckle, W. Zeller) |
| BREEDING FOR FIRE BLIGHT RESISTANCE WITHIN A MULTIPLE RESISTANCE BREEDING PROGRAMME IN APPLES (C. Fischer, K. Richter) |
| EVALUATION OF FIRE BLIGHT RESISTANCE IN PEAR: COMBINING ABILITY AND BREEDING STRATEGY (G.L. Bagnara, L. Rivalta, M. Laghi, R. Quarta) |
| RESISTANCE OF PEAR VARIETIES TO FIRE BLIGHT IN THE REPUBLIC OF MACEDONIA (B.P. Ristevski, A.B. Ristevska) |
| EVALUATION OF THE RESISTANCE OF APPLE, PEAR AND QUINCE VARIETIES TO FIRE BLIGHT (A. Maroofi, M. Mostafavi) |
| RESULTS OF RESISTANCE TESTS TO ERWINIA AMYLOVORA (BURRILL) WINSLOW ET AL. OF MALUS AND PYRUS PROGENIES WITHIN THE ROOTSTOCK SELECTION PROGRAMME (M. Fischer) |
| INCREASING THE RESISTANCE OF APPLE ROOTSTOCKS TO FIRE BLIGHT BY GENETIC ENGINEERING: A PROGRESS REPORT (J.L. Norelli, L.A. Jensen, M.T. Momol, J.Z. Mills, K.-S. Ko, H.S. Aldwinckle, J.N. Cummins) |
| TRANSFORMATION OF GALA APPLE WITH LYTIC PROTEIN GENES (H.S. Aldwinckle, J.L. Norelli, J.Z. Mills, S.K. Brown) |
| STABILITY OF HOST RESISTANCE OF PEAR TO FIRE BLIGHT (R.L. Bell, T. van der Zwet) |
| IN VITRO SCREENING FOR RESISTANCE TO FIRE BLIGHT USING A PATHOGENICITY MUTANT OF ERWINIA AMYLOVORA (C. Pinet-Leblay, M.N. Brisset, E. Chevreau, J.-P. Paulin) |
| FIRE BLIGHT CONTROL UNDER TEMPERATE ZONE CLIMATOLOGY (T. Deckers, E. Daemen, I. Hayen) |
| THE HRP GENE CLUSTER OF ERWINIA AMYLOVORA CONTAINS HOMOLOGS OF YSC GENES OF YERSINIA (A.J. Bogdanove, Z.-M. Wei, L. Zhao, S.V. Beer) |
