TL;DR: Analysis of more than 20 different C. cinereus strains revealed that oidiophore formation is a flexible process and the frequency of the different oidiophile types varied strongly from strain to strain.
TL;DR: The effect of nuclear dominance in monokaryotic oidium formation from dikaryotic mycelia inPholiota nameko seems essentially to produce split nuclear type composition in oidium products.
TL;DR: Among the stocks tested, most oidia had a DNA content with a haploid amount at the G1 phase of the cell cycle, but a few contained twice that amount corresponding to the G2 phase, while the remainders were multinucleate.
TL;DR: The monokaryotization in oidium formation from dikaryotic mycelia essentially involves the process of nuclear selection, which seems to produce essentially the split nuclear type composition.