Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple

Summary

Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple is a doctoral thesis^[1].

Key Facts

• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple authored Maxim Prokchorchik^[2].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's instance of is recorded as doctoral thesis^[3].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's publisher is recorded as Massey Research Online^[4].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's language of work or name is recorded as English^[5].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's country of origin is recorded as New Zealand^[6].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's publication date is recorded as +2017-00-00T00:00:00Z^[7].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's main subject is recorded as biology^[8].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's main subject is recorded as molecular biology^[9].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's main subject is recorded as Erwinia amylovora^[10].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's main subject is recorded as apple^[11].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's Handle ID is recorded as 10179/13452^[12].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's title is recorded as Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple^[13].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's copyright holder is recorded as Maxim Prokchorchik^[14].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis submitted to is recorded as Massey University^[15].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's on focus list of Wikimedia project is recorded as NZThesisProject^[16].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's copyright status is recorded as copyrighted^[17].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as Kee Hoon Sohn^[18].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as Janet Isabel Reid^[19].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as David Chagné^[20].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as Vincent Bus^[21].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as Rosie Bradshaw^[22].
• Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's thesis committee member is recorded as Joanna Bowen^[23].

Body

Designation and Status

Molecular analysis of plant innate immunity triggered by secreted effectors from bacterial and fungal pathogens of apple's instance of is recorded as doctoral thesis^[3].