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#anamniotes — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #anamniotes, aggregated by home.social.

  1. Was the layered cortex really unique to amniotes? Salamanders, our anamniote cousins, suggest otherwise.

    In a new preprint from Maria Antonietta Tosches’ lab (first author Astrid Deryckere), we show that salamanders share core developmental logic with mammals — but with an ancestral outside-in sequence.

    Clonal lineage tracing in salamanders reveals that both superficial and deep-layer neurons arise from the same multipotent radial glia.

    Glad to have contributed to this work.
    #neuroscience #development #evolution #anamniotes #NewsMayerlab

    biorxiv.org/content/10.1101/20

  2. Was the layered cortex really unique to amniotes? Salamanders, our anamniote cousins, suggest otherwise.

    In a new preprint from Maria Antonietta Tosches’ lab (first author Astrid Deryckere), we show that salamanders share core developmental logic with mammals — but with an ancestral outside-in sequence.

    Clonal lineage tracing in salamanders reveals that both superficial and deep-layer neurons arise from the same multipotent radial glia.

    Glad to have contributed to this work.
    #neuroscience #development #evolution #anamniotes #NewsMayerlab

    biorxiv.org/content/10.1101/20

  3. Was the layered cortex really unique to amniotes? Salamanders, our anamniote cousins, suggest otherwise.

    In a new preprint from Maria Antonietta Tosches’ lab (first author Astrid Deryckere), we show that salamanders share core developmental logic with mammals — but with an ancestral outside-in sequence.

    Clonal lineage tracing in salamanders reveals that both superficial and deep-layer neurons arise from the same multipotent radial glia.

    Glad to have contributed to this work.
    #neuroscience #development #evolution #anamniotes #NewsMayerlab

    biorxiv.org/content/10.1101/20

  4. Was the layered cortex really unique to amniotes? Salamanders, our anamniote cousins, suggest otherwise.

    In a new preprint from Maria Antonietta Tosches’ lab (first author Astrid Deryckere), we show that salamanders share core developmental logic with mammals — but with an ancestral outside-in sequence.

    Clonal lineage tracing in salamanders reveals that both superficial and deep-layer neurons arise from the same multipotent radial glia.

    Glad to have contributed to this work.
    #neuroscience #development #evolution #anamniotes #NewsMayerlab

    biorxiv.org/content/10.1101/20

  5. Was the layered cortex really unique to amniotes? Salamanders, our anamniote cousins, suggest otherwise.

    In a new preprint from Maria Antonietta Tosches’ lab (first author Astrid Deryckere), we show that salamanders share core developmental logic with mammals — but with an ancestral outside-in sequence.

    Clonal lineage tracing in salamanders reveals that both superficial and deep-layer neurons arise from the same multipotent radial glia.

    Glad to have contributed to this work.
    #neuroscience #development #evolution #anamniotes #NewsMayerlab

    biorxiv.org/content/10.1101/20