Fabian Wittmers
@fabianwittmers.bsky.social
Scientist || Marine Biologist
BIOS-SCOPE
Postdoc at Oregon State University in the Giovannoni Lab, working on DOM utilisation in SAR202 bacteria.
Previously: Doctoral Student, single-cell genomics (Worden Lab)
BIOS-SCOPE
Postdoc at Oregon State University in the Giovannoni Lab, working on DOM utilisation in SAR202 bacteria.
Previously: Doctoral Student, single-cell genomics (Worden Lab)
I want to highlight the effort of my co-authors, especially Camille's expertise in single-cell sorting. Thanks to Charlotte for getting this over the line with me & the help with artwork!
Alex started to work on developing this method when I was still in high-school, so hats of for the long effort!
Alex started to work on developing this method when I was still in high-school, so hats of for the long effort!
February 12, 2025 at 6:09 PM
I want to highlight the effort of my co-authors, especially Camille's expertise in single-cell sorting. Thanks to Charlotte for getting this over the line with me & the help with artwork!
Alex started to work on developing this method when I was still in high-school, so hats of for the long effort!
Alex started to work on developing this method when I was still in high-school, so hats of for the long effort!
Very happy that it was published recently. This was initially an accidental discovery while I was working on bacterial symbiont evolution using protist SAGs. Using a lot of data, generated together with fantastic collaborators through a lot of fieldwork, both in the Pacific and Atlantic (BATS).
January 31, 2025 at 6:08 PM
Very happy that it was published recently. This was initially an accidental discovery while I was working on bacterial symbiont evolution using protist SAGs. Using a lot of data, generated together with fantastic collaborators through a lot of fieldwork, both in the Pacific and Atlantic (BATS).
We used both single-cell sorting of unicellular eukaryotes and an extensive dataset of size-fractioned microbial community samples from the Bermuda Atlantic Timeseries Study site (BATS) to show that most marine Margulisbacteria clades associate with protists in the surface ocean.
January 31, 2025 at 6:07 PM
We used both single-cell sorting of unicellular eukaryotes and an extensive dataset of size-fractioned microbial community samples from the Bermuda Atlantic Timeseries Study site (BATS) to show that most marine Margulisbacteria clades associate with protists in the surface ocean.