Hyphae of higher fungi are compartmentalized by septa. These septa contain a central pore
that allows for inter‐compartmental and inter‐hyphal cytoplasmic streaming. The cytoplasm …

Pores in fungal septa enable cytoplasmic streaming between hyphae and their
compartments. Consequently, the mycelium can be considered unicellular. However, we …

Hyphae of higher fungi grow at their tips and are compartmentalized by porous septa that
enable inter-compartmental cytoplasmic streaming. Woronin bodies discontinue cytoplasmic …

Hyphae of filamentous A scomycota consist of compartments that are connected via septal
pores. To avoid a dramatic loss of cellular content after wounding, fungi developed …

Hyphae of ascomycetes are compartmentalized by septa. The central pore in these septa
allows for cytoplasmic streaming. However, many of these pores are closed by Woronin …

Background Mycelia of higher fungi consist of interconnected hyphae that are
compartmentalized by septa. These septa contain large pores that allow streaming of …

Multicellular filamentous fungi have septal pores that allow cytoplasmic exchange, and thus
connectivity, between neighboring cells in the filament. Hyphal wounding and other stress …

The hyphae of filamentous fungi are compartmentalized by septa that have a central pore.
The fungal septa and septum-associated structures play an important role in maintaining …

We visualized the endoplasmic reticulum (ER) network by expression of the BipA–EGFP
fusion protein in the filamentous fungus, Aspergillus oryzae, and focused on the spatial …

In ascomycete fungi, hyphal cells are separated by perforate septa, which allow cell-to-cell
communication. To protect against extensive wound-induced damage, septal pores are …