👇🏽🤟🏾👍🏽👏🏽
RT @dudin_o: Update : Following peer reviews obtained through @ReviewCommons, we updated and uploaded a newer version of our Experimental…
RT @dudin_o: Update : Following peer reviews obtained through @ReviewCommons, we updated and uploaded a newer version of our Experimental…
Update : Following peer reviews obtained through @ReviewCommons, we updated and uploaded a newer version of our Experimental #evolution work on #Sphaeroforma on @biorxivpreprint. You can find both the fresh manuscript & the obtained reviews here ⬇️⬇️
RT @biorxivpreprint: #PeerReview from @ReviewCommons of 👉🏿 Regulation of sedimentation rate shapes the evolution of multicellularity in a u…
#PeerReview from @ReviewCommons of 👉🏿 Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t.co/1eyHV5nyYB #biorxiv_evobio #reviewedpreprint
#PeerReview from @ReviewCommons of 👉🏿 Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t.co/hfYPgGk6Tv #bioRxiv #reviewedpreprint
Thanks Inaki! I think the cell biology of the ancestor is hugely impactful (though how so remains an open question!). It's precisely for this reason I am so excited that you and @dudin_o are doing EE in ichthyosporea. Very excited for your recent work too:
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
This is so cool, never thought of sedimentation rate before and to see this experimental evolution approach is 🤯 #multicellularity #majortransitions
RT @PromPreprint: Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t…
Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t.co/p39HrrItZE
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @LecuitLab: A beautiful and interesting study on the evolution of multicellularity and cell aggregate density
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
A beautiful and interesting study on the evolution of multicellularity and cell aggregate density
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
Regulation of sedimentation rate shapes the #evolution of multicellularity in a unicellular relative of animals. | bioRxiv https://t.co/wEZzXWyW6v
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
RT @thibaut_brunet: Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
Experimental evolution for the first (but hopefully not the last) time in a close unicellular relative of animals! very compelling findings already - and it's just the beginning
RT @multicellgenome: A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with…
For details on the findings, I recommend the great (& visual) thread by Omaya. He explains better than I will ever do. 7/7 👉https://t.co/TSx5XWpOIu
A fascinating feature of animal origin is that all their known closest unicellular relatives have representatives with temporal #multicellular life stages. All of them. Choanos, filastereans, #ichthyosporeans, corallochytreans. 1/7 #evolution https://t.co
Super cool work examining the evolution of multicellularity in a close relative of animals, the Ichthyosporea! Paper so nice I read it twice.
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
Very cool systems and exciting findings!
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
Such cool work right in our microscope room :). Super interesting insights into the evolution of #multicellularity!
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
RT @dudin_o: I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @…
I’m thrilled to share our new work on #Ichthyosporea! Initiated at @multicellgenome & finalized here in my lab at @EPFL_en ¦ @epflSV. No time to read the paper now? No Problem,thread to follow. #Science #Biology #Experimental #Evolution #Multicellular
Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t.co/exk62DLrwj #biorxiv_evobio
Regulation of sedimentation rate shapes the evolution of multicellularity in a unicellular relative of animals. https://t.co/6VLel2mBTY #bioRxiv