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Nicolas Di-Poi

@nicolasdipoi.bsky.social did:plc:nuysuv5yjpq5sa6mr6w5zen4

Ecological and Evolutionary Developmental Biologist on craniofacial tissues in reptile models 🐍🦎🐢🐊 Research Director @helsinki-biotech.bsky.social (https://www.helsinki.fi/en/researchgroups/vertebrate-evolution-development-and-regeneration)

Bei Bluesky seit

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Zusammenfassung

Nicolas Di-Poi (@nicolasdipoi.bsky.social) ist seit 20 November 2024 auf Bluesky. Das Konto hat 2.773 Follower, folgt 2.499 Konten und hat 10 Posts veröffentlicht.

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Zuletzt gelikte Posts

Öffentliche Likes aus dem Bluesky-Netzwerk.

  • Nicolas Di-Poi@nicolasdipoi.bsky.social

    Our collaborative paper on snake coiling is now out in the latest issue of @currentbiology.bsky.social and featured on the cover! 🎉 Delighted to see our work highlighted this way. You can read it here: authors.elsevier.com/c/1ni9h3QW8S... @helsinki-biotech.bsky.social @helsinki.fi

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  • Current Biology@currentbiology.bsky.social

    Out in CB👉 www.cell.com/current-biol...

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  • Science Magazine@science.org

    Unlike the embryos of other vertebrates, early snake embryos coil as they get longer, typically forming clockwise spirals. A new study offers an explanation for why embryonic snakes go through these contortions—and why they tend to curve in one direction. Learn more: https://scim.ag/4ygkAQk

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  • Alexandra Weber@toedtoad.bsky.social

    My first paper is officially out in @currentbiology.bsky.social ! We found that snake embryos coil due to a mismatch in growth rates between the gut and spine. This tight coil is one of the reasons why snakes are able to get so long. Read the paper here!

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  • Nicolas Di-Poi@nicolasdipoi.bsky.social

    Ever wondered why snake embryos coil?🐍 A beautifully simple question with a fascinating answer: a growth mismatch between body & gut shapes the coil Our study from @helsinki-biotech.bsky.social @helsinki.fi with T. Miyashita & R.E. Diaz in @currentbiology.bsky.social www.cell.com/current-biol...

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