Home > XIII International Workshop on Fire Blight > DIFFERENTIAL TRANSCRIPTOME ANALYSIS OF MALUS × ROBUSTA 5 AFTER INOCULATION WITH THE VIRULENT ERWINIA AMYLOVORA AVRRPT2EA DELETION STRAIN ZYRKD3-1 AND THE NON-VIRULENT WILD TYPE STRAIN EA1189

Articles

DIFFERENTIAL TRANSCRIPTOME ANALYSIS OF MALUS × ROBUSTA 5 AFTER INOCULATION WITH THE VIRULENT ERWINIA AMYLOVORA AVRRPT2_EA DELETION STRAIN ZYRKD3-1 AND THE NON-VIRULENT WILD TYPE STRAIN EA1189

Article number

1056_30

Pages

191 – 194

Language

English

Abstract

Malus × robusta 5 (Mr5) is a wild apple accession highly resistant to fire blight caused by the bacterium Erwinia amylovora. Only few strains of E. amylovora are able to overcome the resistance, including the avrRpt2_EA deletion mutant ZYRKD3-1. The related wild type strain Ea1189, expressing the avrRpt2_EA is not able to break resistance of Mr5. The differential transcriptome comparison of Mr5 after inoculation with these two strains gives the opportunity to analyze the host-pathogen interaction of Erwinia amylovora and Mr5 in a system differing only in one single gene: the avrRpt2_EA effector gene.

Publication

XIII International Workshop on Fire Blight

Authors

I. Vogt, K. Richter, A. Dahl, M.-V. Hanke, H. Flachowsky, A. Peil

Keywords

fire blight

Full text

https://doi.org/10.17660/ActaHortic.2014.1056.30

Online Articles (52)

1. FIRE BLIGHT: BARRIERS TO CONTROL IN THE PAST AND PRESENT/FUTURE CONTROL STRATEGIES

T.J. Smith

2. OVERVIEW OF CONCERNS SURROUNDING ANTIBIOTIC USE FOR CONTROL OF FIRE BLIGHT

V.O. Stockwell

3. THE BIOPESTICIDE INNOVATION CHAIN: A TEMPLATE FOR DEVELOPMENT OF MICROBIAL AGENTS FROM DISCOVERY TO REGISTRATION

A.M. Svircev | S.M. Boyetchko | A.J. Castle

4. COMPARATIVE MAPPING OF FIRE BLIGHT RESISTANCE IN MALUS

A. Peil | T. Wöhner | M.-V. Hanke | H. Flachowsky | K. Richter | A. Wensing | O. Emeriewen | M. Malnoy | P.-M. LeRoux | A. Patocchi | A. Kilian

5. CONTROL OF FIRE BLIGHT IN BADEN-WÜRTTEMBERG AT THE END OF THE STREPTOMYCIN ERA

A. Fried | E. Schell | E. Moltmann | A. Wensing

6. FIRE BLIGHT CONTROL STRATEGY IN BELGIUM

H. Schoofs | T. Deckers | W. Verjans | D. Bylemans

7. DISTRIBUTION, CHARACTERISTICS AND DIAGNOSTIC METHODS FOR FIRE BLIGHT (ERWINIA AMYLOVORA) IN THE RUSSIAN FEDERATION

N.V. Drenova | A.A. Kharchenko | A.A. Kuznetsova | M.B. Balandina | M.D. Erohova | J.Y. Kulakova | N.A. Kvashnina | E.Y. Shneider | O.N. Koniajeva

8. SURVIVAL OF ERWINIA AMYLOVORA IN DEAD APPLE LEAF TISSUE

P. Sobiczewski | A. Mikiciński | B. Dyki

9. THE EFFECT OF PHYTOSANITARY MEASURES AGAINST FIRE BLIGHT IN INFECTED APPLE ORCHARDS

M. Joos | A. Hummrich | R.T. Voegele

10. EVALUATION OF THREE EXTRACTION METHODS FOR DETECTION OF ERWINIA AMYLOVORA FROM PEAR LEAVES BY REAL-TIME PCR

M. Ivanović | N. Kuzmanović | A. Prokić | N. Blagojević | A. Obradović | K. Gasić

11. SENSITIVITY OF ENRICHMENT ISOLATION FOR FIRE BLIGHT DETECTION IN COMPOSITE TWIG SAMPLES

M. Pirc | M. Ravnikar | T. Dreo

12. STRATEGY FOR NON-ANTIBIOTIC FIRE BLIGHT CONTROL IN U.S.-GROWN ORGANIC POME FRUIT

K.B. Johnson | T.N. Temple | R.B. Elkins | T.J. Smith

13. FIELD RESULTS FOR THE EFFICACY OF FIRE BLIGHT CONTROL AGENTS IN THE LAST FIFTEEN YEARS IN GERMANY

S. Kunz | C. Donat

14. DEVELOPMENT OF ANTAGONISTIC BACTERIA FOR FIELD CONTROL OF FIRE BLIGHT

C. Huebert | A. Wensing | W. Jelkmann | H. Junge | K. Dietel

15. PROSPECTS AND LIMITATIONS OF SYNTHETIC ANTIMICROBIAL PEPTIDES FOR FIRE BLIGHT CONTROL

E. Badosa | L. Montesinos | E. Montesinos | L. Feliu | M. Planas | E. Bardají

16. GRAM-POSITIVE BACTERIA PRODUCING ANTIMICROBIAL PEPTIDES AS EFFICIENT BIOCONTROL AGENTS OF FIRE BLIGHT

A. Bonaterra | J. Cabrefiga | I. Mora | G. Roselló | J. Francés | E. Montesinos

17. BACTERIOPHAGE OF ERWINIA AMYLOVORA – HOST RANGE AND FIRE BLIGHT CONTROL POTENTIAL

K. Gasić | M. Ivanović | N. Kuzmanović | A. Prokić | A. Obradović | M. Sević

18. DETECTION OF THE CAUSATIVE AGENT OF FIRE BLIGHT – ERWINIA AMYLOVORA (BURRILL) WINSLOW ET AL. – IN THE SOUTHEAST OF KAZAKHSTAN

A. Djaimurzina | Z. Umiralieva | G. Zharmukhamedova | Y. Born | A. Bühlmann | F. Rezzonico

19. FIRE BLIGHT IN LATVIA: OCCURRENCE, MANAGEMENT AND PROBLEMS

I. Morocko-Bicevska | S. Maldute

20. DIAGNOSTICS OF ERWINIA AMYLOVORA (BURR.) WINSLOW ET AL. ISOLATES CAUSING FIRE BLIGHT IN POME FRUIT TREES IN BURSA

N. Tunali | M. Mirik

21. IDENTIFICATION AND CHARACTERIZATION OF HFQ AND HFQ-REGULATED SMALL RNAS IN ERWINIA AMYLOVORA

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22. SEQUENCE ANALYSIS OF CRISPR ARRAYS OF ERWINIA AMYLOVORA ISOLATES FROM CANADA

A.I. Yagubi | A.J. Castle | A.M. Svircev

23. AN ALTERNATIVE SIGMA FACTOR CASCADE REGULATES EXPRESSION OF TYPE III SECRETION SYSTEM IN ERWINIA AMYLOVORA

Y. Zhao | V. Ancona | W. Li | J.H. Lee

24. INVESTIGATING THE MOLECULAR BASIS OF FIRE BLIGHT BY STRUCTURAL AND FUNCTIONAL GENOMICS OF ERWINIA AMYLOVORA

S. Benini | J.D. Bartho | M. Salomone-Stagni | M. Toccafondi

25. 6-THIOGUANINE BIOSYNTHESIS IN ERWINIA SPECIES

A. Wensing | M. Gernold | S. Jock | W. Jelkmann | K. Geider | A. Beck | R. Jansen

26. CHARACTERIZATION OF ERWINIA AMYLOVORA STRAINS ISOLATED FROM QUINCE TREES IN SERBIA USING REP-PCR METHOD

V. Gavrilović | Z. Ivanović | T. Popović | S. Zivković

27. COMPARATIVE GENOMICS OF ERWINIA AMYLOVORA ISOLATES FROM MEXICO

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28. BIPHENYLS AND DIBENZOFURANS – FIRE BLIGHT-INDUCED PHYTOALEXINS OF PEAR

C. Chizzali | B. Liu | K. Richter | H. Flachowsky | A. Peil | M.-V. Hanke | L. Beerhues

29. PROTEOME INVESTIGATION OF THE PLANT PATHOGEN ERWINIA AMYLOVORA

M. Holtappels | R. Valcke

30. DIFFERENTIAL TRANSCRIPTOME ANALYSIS OF MALUS × ROBUSTA 5 AFTER INOCULATION WITH THE VIRULENT ERWINIA AMYLOVORA AVRRPT2_EA DELETION STRAIN ZYRKD3-1 AND THE NON-VIRULENT WILD TYPE STRAIN EA1189

I. Vogt | K. Richter | A. Dahl | M.-V. Hanke | H. Flachowsky | A. Peil

31. DEFENSE MECHANISMS OF ROSACEOUS PLANTS AGAINST FIRE BLIGHT PATHOGEN ERWINIA AMYLOVORA

K. Vrancken | M. Holtappels | R. Valcke | H. Schoofs | T. Deckers | D. Bylemans

32. CYCLIC DI-GMP REGULATES THE EXPRESSION OF VIRULENCE FACTORS IN ERWINIA AMYLOVORA

L.F. Castiblanco | A.C. Edmunds | C.M. Waters | G.W. Sundin

33. THE GRRSA-CSR GLOBAL REGULATORY SYSTEM PLAYS A CRITICAL ROLE IN ERWINIA AMYLOVORA VIRULENCE

V. Ancona | Y. Zhao

34. GENERATION OF HYDROGEN PEROXIDE AND SUPEROXIDE RADICALS IN PEARS FOLLOWING ATTACK OF ERWINIA AMYLOVORA

S.R. Azarabadi | M. Torabi | H. Abdollahi | M. Hassani

35. BREEDING FOR FIRE BLIGHT RESISTANCE AND STERILITY IN COTONEASTER

R. Contreras | J. Rothleutner | V.O. Stockwell

36. BREEDING HIGH QUALITY APPLES WITH FIRE BLIGHT RESISTANCE

M. Kellerhals | I.O. Baumgartner | L. Leumann | L. Lussi | S. Schütz | A. Patocchi

37. DETERMINATION OF FIRE BLIGHT SUSCEPTIBILITY OF LOQUAT CULTIVARS

B.P. Aktepe | Y. Aysan | S. Tepe

38. THE PRESENCE OF ERWINIA AMYLOVORA IN ASYMPTOMATIC APPLE BUD WOOD: A THREAT TO NEWLY ESTABLISHED APPLE PLANTINGS

D.I. Breth | E. Borejsza-Wysocka | S. Kuehne | H.S. Aldwinckle | C. Cox

39. SELECTIONS FOR RESISTANCE AGAINST FIRE BLIGHT IN YOUNG F₁ HYBRID PEAR SEEDLINGS IN TURKEY

Y. Evrenosoglu | A. Baykul | A. Misirli | N. Acarsoy | Y. Aysan | S. Horuz | H. Saygili | O. Boztepe | E. Bilen | I. Yazici

40. EVALUATION OF TRADITIONAL POME FRUIT GENETIC RESOURCES IN SWITZERLAND

J. Gassmann | K. Hunziker | M. Kellerhals

41. SELECTING EFFECTIVE INDICES FOR EVALUATION OF FIRE BLIGHT RESISTANCE IN QUINCE GERMPLASM UNDER ORCHARD SETTINGS

Z. Ghahremani | M. Alipour | S. Ahmadi | H. Abdollahi | M. Mohamadi | A.A. Ghasemi | M. Adli

42. SOMACLONAL VARIATION: A USEFUL TOOL TO IMPROVE DISEASE RESISTANCE OF PEAR ROOTSTOCK ‘OLD HOME × FARMINGDALE’ (OHF 333) (PYRUS COMMUNIS L.)

L.R. Nacheva | P.S. Gercheva | M.Y. Andonova | D.V. Panayotova | V.T. Dzhuvinov

43. IN VITRO EVALUATION OF CULTIVAR RESISTANCE TO FIRE BLIGHT

F. Paprstein | J. Sedlak | J. Sillerova | J. Korba

44. IMPROVEMENT OF SYSTEM FOR TESTING OF POME FRUIT RESISTANCE TO ERWINIA AMYLOVORA USING IN VITRO ARTIFICIAL INOCULATION

J. Sedlak | F. Paprstein | J. Sillerova | J. Korba

45. TESTING OF SUSCEPTIBILITY LEVEL OF CZECH APPLE CULTIVARS TO FIRE BLIGHT (ERWINIA AMYLOVORA) IN FIELD CONDITIONS

J. Sillerova | J. Korba | F. Paprstein | J. Sedlak

46. FB-MR5 IS AN APPLE GENE PROVIDING RESISTANCE TO FIRE BLIGHT

G.A.L. Broggini | T. Kost | J. Fahrentrapp | A. Patocchi | T. Wöhner | H. Flachowsky | A. Peil | M.-V. Hanke | C. Gessler

47. INVESTIGATION ON FIRE BLIGHT RESISTANCE IN THE CROSS POPULATION ‘IDARED’ × MALUS ×ROBUSTA 5 WITH DIFFERENT ERWINIA AMYLOVORA STRAINS

T. Wöhner | M.-V. Hanke | H. Flachowsky | A. Peil | K. Richter | G.A.L. Broggini

48. ACCELERATED INTROGRESSION OF FIRE BLIGHT RESISTANCE FROM MALUS ×ROBUSTA 5 AND OTHER WILD GERMPLASM INTO ELITE APPLES

I.O. Baumgartner | A. Patocchi | L. Lussi | M. Kellerhals | A. Peil

49. EVIDENCE OF A MAJOR QTL FOR FIRE BLIGHT RESISTANCE IN THE APPLE WILD SPECIES MALUS FUSCA

O. Emeriewen | M. Malnoy | K. Richter | A. Kilian | M.-V. Hanke | A. Peil

50. ARE CHLOROPLASTS KEY ORGANELLES FOR DETERMINING SUSCEPTIBILITY OF APPLE AND PEAR GENOTYPES TO FIRE BLIGHT?

K. Erfani Nia | Z. Ghahremani | H. Abdollahi | M. Khosro Shahli

51. EXPRESSION OF PATHOGENICITY-RELATED GENES OF APPLES IN RESPONSE TO ATTACK OF ERWINIA AMYLOVORA

M. Hassani | S.A. Salami | H. Abdollahi | L. Hamzaban

52. IMMUNOLOCALIZATION OF BIPHENYL SYNTHASE IN ELICITOR-TREATED CELL CULTURES OF SORBUS AUCUPARIA

D. Reckwell | R. Hänsch | J. Schulze | L. Beerhues