Our research focuses primarily on two groups of flagellates: Euglenida and Preaxostyla. We are also mapping the diversity of protists in environments using metabarcoding. 

Preaxostyla, living exclusively in oxygen-depleted environments, are one of the least studied protist lineages. We believe these organisms can give us priceless insights into the reductive evolution of mitochondria. Paratrimastix pyriformis belongs to a basal assemblage of free-living Preaxostyla, formerly grouped under a single genus "Trimastix". We study the reduced mitochondrion of Paratrimastix in order to expose the physiological role of the organelle.

Our second organisms of interest are oxymonads, which are all living inside guts of various animals and are the largest known group of eukaryotes without any evidence of mitochondrion or related structures. Our investigation of genus  Monocercomonoides is focused on the intriguing possibility that this organism indeed completely lost the mitochondrion, a cellular structure that has been long thought to be essential or all eukaryotic organisms.

In our lab we focus on:

  • mechanism of FeS cluster assembly in the cell without mitochondria
  • proteomics and function of mitochondrion in Paratrimastix and Trimastix species
  • interactions with prokaryotic ecto- and endosymbionts
  • diversity of oxymonads and other Preaxostyla