Great to see our postdoctoral researcher, Amor II Damatac in Can Aztekin's research group, recognised with the Society for the Study of Evolution President's Award for Outstanding Dissertation Paper. Congratulations on this well-deserved achievement tinyurl.com/3wpc535y

Fantastic news! Congratulations to @silviadapra.bsky.social from research group @canaztekin.bsky.social on receiving a prestigious EMBO Postdoctoral Fellowship to support her exciting work on regeneration and development. Wishing you every success Silvia! Read more: tinyurl.com/2m4jypzz #EMBO

Congratulations @canaztekin.bsky.social!

MPI for Biology Tübingen & Friedrich Miescher Laboratory@mpi-bio-fml.bsky.social · 5mo ago

Delighted to announce that this year’s Schering Young Investigator Award has been awarded to Can Aztekin, Max-Planck-Research Group Leader. Congratulations Can! Read the full article: www.bio.mpg.de/524116/can-a...

See you in a bit!

Society for the Study of Evolution@sse-evolution.bsky.social · 5mo ago

Attending Evolution? Don't miss Jan Laine and Amor II Damatac presenting their work in the SSE Presidents' Award plenaries Wednesday morning at the start of virtual #Evol2026! Free for all virtual and in person attendees. www.evolutionmeetings.org/virtual-prog...

How do cell lineages evolve, and how does that shape trait evolution? Join our symposium Tracing Evolution Through Cell Lineages (Plön, 12–14 October). Hear perspectives from leading scientists and contribute with your own. Read more at: workshops.evolbio.mpg.de/event/145/ #EvoDevo #StemCell

Facial diversity in birds and mammals doesn’t just come from different signals – but from how cells respond to them. A new study in Science Advances shows evolution acts on both: signal placement and cellular interpretation. More Info: www.evolbio.mpg.de/3879733/news... @marketa-kau.bsky.social

🔬 Diverse species. Stem cells. Highly international team. 🐸🐭 We’re looking for a Technical Assistant to join our stem cell–based research. Interested? Apply here 👉 jobs.tue.mpg.de/jobs/276

In the spirit of good news today, I’m excited to share that I’ve started my postdoc at the @mpi-bio-fml.bsky.social! ​I am joining the @canaztekin.bsky.social lab to study limb regeneration in vertebrates. Stay tuned!

Thrilled to receive the SSE President’s Award for Outstanding Dissertation Paper! Grateful to the selection committee for this recognition.

Society for the Study of Evolution@sse-evolution.bsky.social · 6mo ago

Congratulations to the two winners of this year’s SSE Presidents’ Award for Outstanding Dissertation Paper, Amor Damatac II and Jan Laine! Each will present their work in award talks at virtual #Evol2026! shorturl.at/RnoBQ @journal-evo.bsky.social @evolletters.bsky.social @amordamatac.bsky.social

🚨 Why can’t mammals regenerate limbs like frog tadpoles or salamanders? In our new paper in @science.org , we show that species-specific oxygen sensing acts as a gatekeeper for initiating limb regeneration 🐭🐸 🔗 www.science.org/doi/10.1126/... #EvoDevo

Embryos are most alike in mid-development — the classic developmental “hourglass”. New research shows this pattern is already built into individual cell lineages. Find out more: www.evolbio.mpg.de/3867602/news... @marketa-kau.bsky.social @amordamatac.bsky.social

I am thrilled to share our new publication in @natcomms.nature.com showing that the vertebrate developmental hourglass has a cellular basis. We asked whether this embryonic pattern is already evident at the level of cells, the building blocks of complex organisms. rdcu.be/e70XT

A cellular basis for the hourglass pattern in vertebrate embryogenesis

Nature Communications - The developmental hourglass has long been seen at the level of embryos. By zooming in to single cells, this Perspective shows that mid-embryonic conservation arises from...

rdcu.be

Final version @nature.com of our paper describing unconventional multicellular development in a choanoflagellate inhabiting an extreme environment. A ton of new data since the first @biorxivpreprint.bsky.social preprint (which we've kept updating). A brief 🧵 (carried over from the old place)

Nature Portfolio@natureportfolio.nature.com · 8mo ago

A study in Nature shows that the single-celled form of a tiny, aquatic organism can turn into a multicellular version by three different routes. The discovery adds insight to the possible origins of multicellular life, suggesting a previously unrecognized degree of flexibility. 🧪

How does each face get its unique shape? A new study maps facial development at an unprecedented resolution, identifies early “positional programs” expressed by undifferentiated cells, and sheds light on their role in human facial shape variability. 🔗 www.evolbio.mpg.de/3846176/news...

Link to the original publication in Nature Ecology & Evolution: www.nature.com/articles/s41... Congratulations also to first authors Magdalena Schindler and Christian Feregrino! Picture: Gene expression of bat wings, cell by cell. (c) Jim Hsu

Comparative single-cell analyses reveal evolutionary repurposing of a conserved gene programme in bat wing development - Nature Ecology & Evolution

Single-cell comparison of developing bat and mouse limbs reveals conservation of cell populations and gene expression patterns, and suggests repurposing of genes involved in proximal limb development ...

nature.com

Delighted that our work on positional memory is now published. We asked how axolotl cells 'know' which part of the limb to regenerate after injury. www.nature.com/articles/s41... A joy to work with super team Sarah Plattner, Yuka Sugiura, Francisco Falcon and Elly Tanaka. 🧵1/14

New paper from the lab: Our teeth arose as sensory organs on the outside of the body of ancient jawless fish.!! Congrats to Yara Haridy and the team! Background and video: phys.org/news/2025-05... Open Access Paper: www.nature.com/articles/s41... News and Views: www.nature.com/articles/d41...

Teeth first evolved as sensory tissue in the armored exoskeletons of ancient fish, fossil scans find

Anyone who has ever squirmed through a dental cleaning can tell you how sensitive teeth can be. This sensitivity gives important feedback about temperature, pressure—and yes, pain—as we bite and chew ...

phys.org