It's been 10 years since I gave a talk at the Micro-Evo-Devo symposium in the #EuroEvoDevo in Upsala 🤯 (I feel old) This year me and my lab will be in Glasgow, and won't miss this symposium!
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Last year, we met Stephan Schneider at the #EuroEvoDevo in Helsinki. Their group has been working in something similar in the unequal cleaver Platynereis dumerilii. So we combined forces to have add data on a separate branch of the annelid tree, Errantia
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Highlights from Dr. Daniel Pauly's Gill Oxygen Limitation Theory keynote at #EuroEvoDevo: “Breathing Water in a Warming World” 🌍🐟 bit.ly/blog191sau
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Last contribution session in evolution of regeneration starts in 15 mins. We are waiting for you in the Human Biology room 1 ! #EuroEvoDevo #EEDGalway
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J'ai mis à jour le premier billet #EuroEvoDevo pour centraliser tous les billets sur ce sujet http://fb.me/6R7NI2oae
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Glypicans (gpc) act in many developmental signaling pathways as coreceptor, decoy regulater of ligand diffusion Bause M #EuroEvoDevo
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Apical organ in nematostella express FGF and FGFR Bause M #EuroEvoDevo
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Recent studies compared nematostella apical organ to bilaterian apical organs Bause M #EuroEvoDevo
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Regulation of apical sense organ formation in the sea anemone Nematostella vectensis by Frizzled 5/8 and Glypican 4/6 Bause M #EuroEvoDevo
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MIP KO larvae commence feeding later than control larvae. Williams E #EuroEvoDevo
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Synthetic MIP treatment increases ingestion in Platynereis larva; MIP give munchies! Williams E #EuroEvoDevo
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Calcium signaling highlights muscular pharynx extension in Platynereis. Possibility to score phenotype ! Williams E #EuroEvoDevo
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Synthetic MIP treatment increases gut peristalsis and pharynx extension Williams E #EuroEvoDevo
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MIP is expressed in brain and gut of 6 day Platynereis. Williams E #EuroEvoDevo
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MIP is expressed in chemosensory neuresecretory cells.Williams E #EuroEvoDevo
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MIP is a neuropeptide that induces Platynereis larval settlement Williams E #EuroEvoDevo
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An ancient neuropeptide regulates both larval settlement and feeding in the marine worm Platynereis dumerilii Williams E #EuroEvoDevo
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Acoela, 6/7 opsins. Nemertodermatida, Xenoturbella: loss of opsins. #EuroEvoDevo Pang K
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Ablation results in loss or photoresponse (able to regenerate). #EuroEvoDevo Pang K
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Acoel ocelli, unique morphology, single cup shaped pigment cell and multiple sensory cells. #EuroEvoDevo Pang K
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Xenacoelomorpha Uncertain phylogenetic position: Sister group to protostomes + Deuterosotomes. Or Within Deuterostomes. #EuroEvoDevo Pang K
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Xenoturbellida groups with Acoelomopha (Xenacoelomorpha) #EuroEvoDevo Pang K
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Acoelomorpha (Nemertodermatida, Acoela). Small, less than 15mm, bilaterally symmetric worms #EuroEvoDevo Pang K
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Nearly all animals are capable of photoreception #EuroEvoDevo Pang K
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Opsins and the evolution of eyespots in the Acoelomorpha Pang, Kevin #EuroEvoDevo
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Pax6 KO: no larval eye pigment. Testing Platynereis Pax6 KO photobehaviour. #EuroEvoDevo Zbynek K
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Pax6 mutants in Platynereis. Expressed in larval eye. Small scale genetics in Platynereis engineered nucleases #EuroEvoDevo Zbynek K
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Molecular fingerprint of invertebrate chordate amphioxus frontal eye suggests homology to the vertebrate eye #EuroEvoDevo Zbynek K
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Revealing eye homologies bu BAC transgenesis from amphioxus to fish. #EuroEvoDevo Zbynek K
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Shared gene regulation due to conserved upstream regulators. #EuroEvoDevo Zbynek K
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