RESULTS Karyotype of G. fujikuroi mating population A. Several running conditions for the
contour-clamped homogeneous electric field (CHEF) gels were tested to resolve G. fujikuroi …

Fungal isolates belonging to Fusarium section Liseola are distributed worldwide on a variety
of economically important plants including rice (36), maize (20), sorghum (20), mango (38) …

Fusarium noiliforme Sheldon was the name adopted by Snyder and Hansen (1945) to what
is now referred to as the Gibberella fijikuroi species complex, or Liseola section of the …

Isolates belonging to Fusarium selection Liseola, primarily F. moniliforme [G. fujikuroi], F.
proliferatum and F.[G. fujikuroi var.] subglutinans were recovered from maize worldwide …

The polymerase chain reaction (PCR) is a method for amplifying specific segments of DNA
defined by the small primers used to start the reaction. Using arbitrarily chosen 10-base …

We constructed a recombination-based map of the fungal plant pathogen Gibberella
fujikuroi mating population A (asexual stage Fusarium moniliforme). The map is based on …

Gibberella moniliformis (Fusarium verticillioides) is primarily a pathogen of maize, but it can
also cause disease in other crop species. This pathogenicity, as well as the contamination of …

Isozyme phenotypes were determined for 101 strains of Gibberella fujikuroi and 2 strains of
Gibberella nygamai that represent seven biological species (mating populations) isolated …

One of the most important rice pathogens is Fusarium moniliforme (perfect stage: Gibberella
fujikuroi), the causal agent of the super-elongation (“bakanae”) disease. Thirty-seven strains …

Four varieties of Gibberella fujikuroi are described on the basis of mating groups, variation in
ascospore and perithecial size, phialide type, and microconidial formation. The varietal type …