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#marineinvertebrate — Public Fediverse posts

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

  1. Ever wondered what mutation rates might be like for marine invertebrates? #preprint led by Iva Popovic provides the first de novo #mutationrate estimate for a #marineinvertebrate ... spoiler alert, it's pretty high.

    biorxiv.org/content/10.1101/20

  2. @ct_bergstrom The wonderful #CoverImage @ScienceMagazine -
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel" science.org/cms/asset/d89d03c4
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium
    H/T @DudinLab

  3. @ct_bergstrom The wonderful #CoverImage @ScienceMagazine -
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel" science.org/cms/asset/d89d03c4
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium
    H/T @DudinLab

  4. @ct_bergstrom The wonderful #CoverImage @ScienceMagazine -
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel" science.org/cms/asset/d89d03c4
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium
    H/T @DudinLab

  5. @ct_bergstrom The wonderful #CoverImage @ScienceMagazine -
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel" science.org/cms/asset/d89d03c4
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium
    H/T @DudinLab

  6. @ct_bergstrom The wonderful #CoverImage @ScienceMagazine -
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel" science.org/cms/asset/d89d03c4
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium
    H/T @DudinLab

  7. 🙏 @DudinLab for highlighting this glorious #CoverImage! Description from @ScienceMagazine:
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel"
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium

  8. 🙏 @DudinLab for highlighting this glorious #CoverImage! Description from @ScienceMagazine:
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel"
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium

  9. 🙏 @DudinLab for highlighting this glorious #CoverImage! Description from @ScienceMagazine:
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel"
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium

  10. 🙏 @DudinLab for highlighting this glorious #CoverImage! Description from @ScienceMagazine:
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel"
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium

  11. 🙏 @DudinLab for highlighting this glorious #CoverImage! Description from @ScienceMagazine:
    "ctenophore Mnemiopsis leidyi (in the cydippid stage) with part of its internal nerve net shown in yellow and orange. Three-dimensional analysis reveals that neurons of the internal nerve net form a continuous membrane network rather than connecting through synaptic junctions... llustration: C.Bickel"
    #ctenophore #CombJelly #MarineInvertebrate #MarineBiology #NervousSystem #neuroscience #syncytium