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Micrografting: An Old Dog Plays New Tricks in Obligate Plant Pathogens

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  • NSTL
  • Amer Phytopathological Soc
Micrografting, which was developed almost 50 years ago, has long been used for virus eradication, micropropagation, regeneration, rejuvenation, and graft compatibility. Recently, micrografting has been used for studies of long-distance trafficking and signaling of molecules between scions and rootstocks. The graft transmissiveness of obligate plant pathogens, such as viruses, viroids, and phytoplasmas, facilitated the use of micrografting to study biological indexing and pathogen transmission, pathogen-induced graft incompatibility, and screening for the pathogen resistance during the past 20 years. The present study provides comprehensive information on the latter subjects. Finally, prospects are proposed to direct further studies.

biological indexingmicrograftingobligate plant pathogenpathogen eradicationpathogen resistancepathogen transmissiontransgenic plantsPLUM-POX-VIRUSAPICAL MERISTEM CULTURENECROTIC RINGSPOT VIRUSIN-VITRO PRODUCTIONCRNA PROBERESISTANCETRANSMISSIONELIMINATIONERADICATIONAPPLE

Wang, Min-Rui、Bi, Wen-Lu、Ren, Li、Zhang, A-Ling、Ma, Xiao-Yan、Zhang, Dong、Volk, Gayle M.、Wang, Qiao-Chun

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Northwest A&F Univ

Univ Guelph

Shanghai Acad Agr Sci

USDA ARS

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2022

10.1094/PDIS-03-22-0475-FE

Plant Disease

Plant Disease

SCI
ISSN：0191-2917
年,卷(期)：2022.106(10)
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