Huge thanks to all co-authors on this paper, who worked so hard on it: @FilipHusnik Daria Tashyreva, Galina Prokopchuk, Aleš Horák, and Julius Lukeš. See it here:https://www.cell.com/current-biology/fulltext/S0960-9822(19)31703-8 …
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A couple of other highlights from the paper: - one of the diplonemid species was found to harbor two, co-existing bacterial symbiontspic.twitter.com/x83FuEnacG
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- these endosymbionts all retained or gained secretion systems, such as type 6 secretion systems. The function of these systems is unclear - possibly for interacting with the host (a lot of hypothetical proteins with putative eukaryotic interaction domains were also found).pic.twitter.com/XJuB0yibH3
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- there is a huge bias in where bacteria with the smallest genomes are found: mostly insects, and mostly as nutritional symbionts. This study suggests they are probably also common in protists, and may not necessarily be involved in nutritional provisioning.pic.twitter.com/mzs2cc6Wru
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Here are two more recent papers, describing diplonemid morphology & phylogeny, from our coauthors! https://mbio.asm.org/content/9/2/e02447-17 …https://www.sciencedirect.com/science/article/abs/pii/S1434461018301391 …
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Finally, a link to our video on Youtube (for an HD version of the video):https://youtu.be/iiG_HLS6DFA
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really awesome and fun animation! congrats guys : ) and thanks for the video
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Thanks, glad you liked it!
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