#ecdysone — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #ecdysone, aggregated by home.social.
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RE: https://fediscience.org/@eLife/116235479359504132
About the #nuclear #porecomplex (#NPC) #protein #Nup107 regulating broader #neuroendocrine functions in #fly larval #brains. The authors J. Kawadkar et al. (2026) in experiments reduced the Nup107 protein that enables #moleculetransfer between nucleus and cellular cytoplasma in #fruitflies using suitable genetic tools. According to the authors, there is a wider context between the protein and larval #developmentalprocesses based on the #steroidhormone #ecdysone.
© this text #StefanFWirth
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RE: https://fediscience.org/@eLife/116235479359504132
About the #nuclear #porecomplex (#NPC) #protein #Nup107 regulating broader #neuroendocrine functions in #fly larval #brains. The authors J. Kawadkar et al. (2026) in experiments reduced the Nup107 protein that enables #moleculetransfer between nucleus and cellular cytoplasma in #fruitflies using suitable genetic tools. According to the authors, there is a wider context between the protein and larval #developmentalprocesses based on the #steroidhormone #ecdysone.
© this text #StefanFWirth
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RE: https://fediscience.org/@eLife/116235479359504132
About the #nuclear #porecomplex (#NPC) #protein #Nup107 regulating broader #neuroendocrine functions in #fly larval #brains. The authors J. Kawadkar et al. (2026) in experiments reduced the Nup107 protein that enables #moleculetransfer between nucleus and cellular cytoplasma in #fruitflies using suitable genetic tools. According to the authors, there is a wider context between the protein and larval #developmentalprocesses based on the #steroidhormone #ecdysone.
© this text #StefanFWirth
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RE: https://fediscience.org/@eLife/116235479359504132
About the #nuclear #porecomplex (#NPC) #protein #Nup107 regulating broader #neuroendocrine functions in #fly larval #brains. The authors J. Kawadkar et al. (2026) in experiments reduced the Nup107 protein that enables #moleculetransfer between nucleus and cellular cytoplasma in #fruitflies using suitable genetic tools. According to the authors, there is a wider context between the protein and larval #developmentalprocesses based on the #steroidhormone #ecdysone.
© this text #StefanFWirth
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RE: https://fediscience.org/@eLife/116235479359504132
About the #nuclear #porecomplex (#NPC) #protein #Nup107 regulating broader #neuroendocrine functions in #fly larval #brains. The authors J. Kawadkar et al. (2026) in experiments reduced the Nup107 protein that enables #moleculetransfer between nucleus and cellular cytoplasma in #fruitflies using suitable genetic tools. According to the authors, there is a wider context between the protein and larval #developmentalprocesses based on the #steroidhormone #ecdysone.
© this text #StefanFWirth
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Preprint is here: https://www.biorxiv.org/content/10.1101/2024.01.22.576657v1 Could Wall misexpression be affecting the regulation of Pri peptides? Perhaps a non-20E ecdysteroid is involved? Would explain defects in trachea too, development of which is also controlled by Pri. I speculate a little about this in the preprint but paper in the previous post makes this link even more tantalisingly possible…
