… To understand whether the multinucleate spore makeup may have contributed to the
evolutionary success of Glomeromycota, we examined the dynamics of spore nuclei in Glomus …

… , asexual reproduction involving massively multinucleate spores typical for Glomeromycota
is … large effective population sizes contribute to the evolutionary longevity of Glomeromycota. …

… large, multinucleate spores, which are sometimes organized in … They propagate
generally by asexual spores, but in some … The possible contribution of pseudogenes to this …

… Because the dispersal of asexual or sexual spores propagates individual nuclei in many of
these species, selection acting at the level of nuclei creates the potential for competitive and …

… structures (BAS), spore associated BAS, and ”asexual” spores. Upon attaining a certain …
generating asexual spores. The expansive hyphal network, comprising IRM and ERM and spores…

… in the life history of modern Glomeromycota, we examined the … The multinucleate spores
of Glomeromycota are initiated by … on individual nuclei, may contribute to purging deleterious …

… Many fungi will produce asexual or sexual spores when growing … Glomeromycota, spores
can be multinucleate and heterokaryotic (a collection of nuclei of different haplotypes). Spores …

… of the Glomeromycota or Mucoromycota, often have multinucleate spores and would seem
… basidiomycetes, or species where asexual spores are multinucleate and where there are no …

… , which reproduce asexually via multinucleate spores for … mitosis are the mechanisms
contributing to the sporulation in … , were obtained from the Glomeromycota In vitro Collection (…

… Many authors consider that ‘asexual’ or clonal … phylum Glomeromycota is characterized by
the non-septate hyphae bearing large multinucleated (up to hundreds and thousands) spores …