… crop, the banana (Musa spp.) [1]. Although several diseases wreak havoc on banana
production around the world, Fusarium wilt, caused by a soil-borne fungus Fusarium oxysporum f. …

… available for infecting the banana ‘Brazil’. The Foc genomic sequences will accelerate our
efforts … This will eventually lead to improvement of Fusarium wilt disease resistance in banana. …

… In this study, we used a whole-genome sequencing approach to screen isolates from Foc
VCGs 0120 to 01223 for initial identification of homologues to SIX1 to SIX14. Subsequent …

… The genome assembly of SFoc TR4 comprises 47,384,463 bp with 4,034 contigs and 15,508
… genome sequence of SFoc TR4 shows differences in secreted-in-xylem (SIX) protein gene …

… from a banana orchard without symptoms of Fusarium wilt … traits as well as complete genome
analysis, strain JBS5-6 was … The complete genome of strain JBS5-6 was sequenced and …

… , 21,622 distinct gene sequences (85.94% of all distinct gene sequences) returned a … gene
sequences could not be matched to known genes. To annotate the distinct gene sequences …

… Fusarium wilt of banana is caused by the soilborne fungus … sequence was assembled
using long reads and is therefore of high quality. We used genome sequencing reads for …

… Elucidating the mechanism of infection and molecular basis of host defense through banana
genome sequencing, genome editing and proteomic profile analysis will help formulate …

… This study provides a detailed overview of the complexity of Fusarium wilt on banana and
its … Partial gene sequences were determined for the RNA polymerase largest subunit gene (…

… Phylogenetic analysis on two gene segments and the whole genome sequence … Fusarium
sacchari (Fs) of the reported banana leaf blight (BLB) disease belongs to the Fusarium …