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The Effect of Host-Induced <em>Me-chs-1</em> Gene Silencing on the Pathogenicity of <em>Meloidogyne enterolobii</em>

2025-06-24

Abstract excerpt

Due to its broad climatic adaptability, extensive host range, robust ability to overcome re-sistance genes, and high pathogenicity, M. enterolobii has emerged as one of the most de-structive roots knot nematodes. Conventional root knot nematode resistance genes are in-effective against this species, as it can reproduce on crops carrying common resistance loci. Chitin, a major structural component of the nematode e...

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Literature Corpus work
abac6646-1742-53b1-86be-8c1920c72f30
DOI
10.20944/preprints202506.1867.v1
Open publication

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The Effect of Host-Induced <em>Me-chs-1</em> Gene Silencing on the Pathogenicity of <em>Meloidogyne enterolobii</em>DOI 10.20944/preprints202506.1867.v1
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