Chytrids are widespread, single-cell, microscopic fungi that are important parasites of other organisms and degraders of complex organic matter in aquatic ecosystems. They attach to substrates and feed using filamentous outgrowths called rhizoids. In this study, we show that chytrid rhizoids are remarkably similar to hyphae in multi-cellular fungi, suggesting a linked evolutionary origin. We also show that chytrid rhizoids are highly adaptative, able to change shape in response to variation in substrate availability. Together, our study sheds new light on fungal evolution and the biology of chytrids.

The research, led by Davis Laundon of the Marine Microbial Biogeochemistry research group was published today in Proceedings of The Royal Society B.

MBA Senior Research Fellow Michael Cunliffe said, “This outstanding research from Davis Laundon’s PhD utilises the world-class microscope facilities at the MBA to explore the cell biology of the early-diverging model chytrid fungus Rhizoclosmatium globosum”. 

Watch a video of a chytrid fungus growing on a particle.

Fllow us on Twitter: @thembauk

Michael Cunliffe @sea_bugs

Nathan Chrismas @CyanoEvo

Glen Wheeler @GLWheeler2

The MBA's Cell and Molecular Group @MBACell

Jun 24, 2020 By guba