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DNA Fingerprinting with a Dispersed Repeated Sequence Resolves Pathotype Diversity in the Rice Blast Fungus
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DNA Fingerprinting with a Dispersed Repeated Sequence Resolves Pathotype Diversity in the Rice Blast Fungus
DNA Fingerprinting with a Dispersed Repeated Sequence Resolves Pathotype Diversity in the Rice Blast Fungus
ML
Morris Levy
Morris Levy
JR
Jose Romao
Jose Romao
MM
Marco A. Marchetti
Marco A. Marchetti
JH
John E. Hamer
John E. Hamer
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1 January 1991
journal article
Published by
JSTOR
in
Plant Cell
Vol. 3
(1)
,
95
https://doi.org/10.2307/3869203
Abstract
The poor definition of pathotype variation in the rice blast fungus has historically handicapped strategies for reducing blast disease damage to the world's...
Keywords
RICE BLAST FUNGUS
DNA FINGERPRINTING
DISPERSED REPEATED
RESOLVES PATHOTYPE
PATHOTYPE DIVERSITY
SEQUENCE RESOLVES
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Cited by 71 articles