#scaffolds — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #scaffolds, aggregated by home.social.
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Никогда не видел чтаковскую инсталляцию из швабр в усадьбе Веретьеве (2008), возможно, она была прекрасна. ⦾ Chtak, Untitled (2008), installation at Veretyevo Estate, Russia ⦾ via https://chtak.art/installation/ #Chtak #corpses #installationart #schwabbers #Cubanmops #schwabbersinart #mopsinart #scaffolds #scaffoldsinart #Veretyevo #2000s
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Никогда не видел чтаковскую инсталляцию из швабр в усадьбе Веретьеве (2008), возможно, она была прекрасна. ⦾ Chtak, Untitled (2008), installation at Veretyevo Estate, Russia ⦾ via https://chtak.art/installation/ #Chtak #corpses #installationart #schwabbers #Cubanmops #schwabbersinart #mopsinart #scaffolds #scaffoldsinart #Veretyevo #2000s
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Just Published!
"Biomaterials and Tissue Engineering"
Read here: https://link.springer.com/book/10.1007/978-3-031-35832-6
This contributed volume serves as a comprehensive resource for individuals interested in Biomaterials and Tissue Engineering. This work stands as a valuable reference for both students and professionals engaged in this rapidly evolving field.
Enjoy!
#CellBiology #Nanotechnology #Bioceramics #Scaffolds #Bioprinting #Mimicking #DrugDelivery #Books
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Just Published!
"Biomaterials and Tissue Engineering"
Read here: https://link.springer.com/book/10.1007/978-3-031-35832-6
This contributed volume serves as a comprehensive resource for individuals interested in Biomaterials and Tissue Engineering. This work stands as a valuable reference for both students and professionals engaged in this rapidly evolving field.
Enjoy!
#CellBiology #Nanotechnology #Bioceramics #Scaffolds #Bioprinting #Mimicking #DrugDelivery #Books
-
Just Published!
"Biomaterials and Tissue Engineering"
Read here: https://link.springer.com/book/10.1007/978-3-031-35832-6
This contributed volume serves as a comprehensive resource for individuals interested in Biomaterials and Tissue Engineering. This work stands as a valuable reference for both students and professionals engaged in this rapidly evolving field.
Enjoy!
#CellBiology #Nanotechnology #Bioceramics #Scaffolds #Bioprinting #Mimicking #DrugDelivery #Books
-
Just Published!
"Biomaterials and Tissue Engineering"
Read here: https://link.springer.com/book/10.1007/978-3-031-35832-6
This contributed volume serves as a comprehensive resource for individuals interested in Biomaterials and Tissue Engineering. This work stands as a valuable reference for both students and professionals engaged in this rapidly evolving field.
Enjoy!
#CellBiology #Nanotechnology #Bioceramics #Scaffolds #Bioprinting #Mimicking #DrugDelivery #Books
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Nice and concise #review about the different #methods to increase effective molecular weight of #proteins <100 kDa through target protein binding or target protein fusion (#nanobody and symmetric #scaffolds) enabling structure determination with #cryoEM @strucbio
https://www.sciencedirect.com/science/article/pii/S2665928X22000290
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Nice and concise #review about the different #methods to increase effective molecular weight of #proteins <100 kDa through target protein binding or target protein fusion (#nanobody and symmetric #scaffolds) enabling structure determination with #cryoEM @strucbio
https://www.sciencedirect.com/science/article/pii/S2665928X22000290
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Nice and concise #review about the different #methods to increase effective molecular weight of #proteins <100 kDa through target protein binding or target protein fusion (#nanobody and symmetric #scaffolds) enabling structure determination with #cryoEM @strucbio
https://www.sciencedirect.com/science/article/pii/S2665928X22000290
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Nice and concise #review about the different #methods to increase effective molecular weight of #proteins <100 kDa through target protein binding or target protein fusion (#nanobody and symmetric #scaffolds) enabling structure determination with #cryoEM @strucbio
https://www.sciencedirect.com/science/article/pii/S2665928X22000290
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Nice and concise #review about the different #methods to increase effective molecular weight of #proteins <100 kDa through target protein binding or target protein fusion (#nanobody and symmetric #scaffolds) enabling structure determination with #cryoEM @strucbio
https://www.sciencedirect.com/science/article/pii/S2665928X22000290
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#Spinal Cord #Injury (SCI): Exploiting #bioactive #Scaffolds to Restore Function | Self-assembled #nanostructures formed using supramolecular #polymers containing #peptide amphiphiles (PAs) containing bio active sequences have shown great results in mouse model of SCI and holds immense promise, in...
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#Spinal Cord #Injury (SCI): Exploiting #bioactive #Scaffolds to Restore Function | Self-assembled #nanostructures formed using supramolecular #polymers containing #peptide amphiphiles (PAs) containing bio active sequences have shown great results in mouse model of SCI and holds immense promise, in...
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#Spinal Cord #Injury (SCI): Exploiting #bioactive #Scaffolds to Restore Function | Self-assembled #nanostructures formed using supramolecular #polymers containing #peptide amphiphiles (PAs) containing bio active sequences have shown great results in mouse model of SCI and holds immense promise, in...
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#introduction 🙋♀️ I'm a interdisciplinary #cognitive and #neuroscientist studying how human brain structure supports it’s functions. I am particularly curious about the interplay between nature and nurture upon brain structure and what this means for cognition. #scaffolds is a word I like a lot right now.
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#introduction 🙋♀️ I'm a interdisciplinary #cognitive and #neuroscientist studying how human brain structure supports it’s functions. I am particularly curious about the interplay between nature and nurture upon brain structure and what this means for cognition. #scaffolds is a word I like a lot right now.
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#introduction 🙋♀️ I'm a interdisciplinary #cognitive and #neuroscientist studying how human brain structure supports it’s functions. I am particularly curious about the interplay between nature and nurture upon brain structure and what this means for cognition. #scaffolds is a word I like a lot right now.
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#introduction 🙋♀️ I'm a interdisciplinary #cognitive and #neuroscientist studying how human brain structure supports it’s functions. I am particularly curious about the interplay between nature and nurture upon brain structure and what this means for cognition. #scaffolds is a word I like a lot right now.
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#introduction 🙋♀️ I'm a interdisciplinary #cognitive and #neuroscientist studying how human brain structure supports it’s functions. I am particularly curious about the interplay between nature and nurture upon brain structure and what this means for cognition. #scaffolds is a word I like a lot right now.
