TL;DR
The results demonstrate that garlic-associated FOSC populations in Türkiye exhibit limited genetic differentiation despite considerable phenotypic variation in pathogenicity, and establishes a basis for future epidemiological, phylogenetic, and disease management studies.
Fusarium oxysporum f. sp. cubense (Foc) is a soil-borne fungal pathogen responsible for fusarium wilt, which constitutes one of the major constraints in banana cultivation. Information on the occurrence and molecular characteristics of Foc in Malang Regency, one of the banana-producing areas in East Java, Indonesia, re...
The results show that FOLac populations in Spain are epidemiologically and biologically heterogeneous and highlight the need to integrate molecular tools and pathogenicity assays for race surveillance, breeding programs, and disease management.
This study provides a collection of biocontrol bacterial resources and genomic information for managing cowpea Fusarium wilt.
Results, and testing of Koch’s postulates on A. officinalis plantlets, showed that F. oxysporum is pathogenic to A. officinalis, and it was among the least prevalent species encountered in this study.
Comparisons of whole genome sequences of 119 Foc TR4 isolates were compared to assess the population structure, genetic diversity and relation among isolates from 20 countries to reveal the evolutionary origin and likely migration.
The results suggest that pathogenic variation in Foc is unlikely to be explained by a single conserved virulence determinant or core-genome mutation alone, and contributes a valuable resource for future studies of pepper fusarium wilt.
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