#bilateria — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #bilateria, aggregated by home.social.
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Please watch my newest #animated #YouTube #video about the #Cambrianexplosion
https://youtu.be/EhUQfMcxUGs?si=5PALKW_J5fkkxOV6It was a very #shortperiod in Earth's history, began ca. 541 million years ago and lasted only ~13-25 million years, during which giant #evolutionary leaps occurred in #animals. I.a.under influence of increased #oxygen levels, #Bilateria, primeval #Protostomia and #Deuterostomia evolved. We Tetrapoda much later derived from the latter.
©#StefanFWirth 2025#Pics
©S F.Wirth,#AIassisted own work -
Please watch my newest #animated #YouTube #video about the #Cambrianexplosion
https://youtu.be/EhUQfMcxUGs?si=5PALKW_J5fkkxOV6It was a very #shortperiod in Earth's history, began ca. 541 million years ago and lasted only ~13-25 million years, during which giant #evolutionary leaps occurred in #animals. I.a.under influence of increased #oxygen levels, #Bilateria, primeval #Protostomia and #Deuterostomia evolved. We Tetrapoda much later derived from the latter.
©#StefanFWirth 2025#Pics
©S F.Wirth,#AIassisted own work -
Please watch my newest #animated #YouTube #video about the #Cambrianexplosion
https://youtu.be/EhUQfMcxUGs?si=5PALKW_J5fkkxOV6It was a very #shortperiod in Earth's history, began ca. 541 million years ago and lasted only ~13-25 million years, during which giant #evolutionary leaps occurred in #animals. I.a.under influence of increased #oxygen levels, #Bilateria, primeval #Protostomia and #Deuterostomia evolved. We Tetrapoda much later derived from the latter.
©#StefanFWirth 2025#Pics
©S F.Wirth,#AIassisted own work -
Please watch my newest #animated #YouTube #video about the #Cambrianexplosion
https://youtu.be/EhUQfMcxUGs?si=5PALKW_J5fkkxOV6It was a very #shortperiod in Earth's history, began ca. 541 million years ago and lasted only ~13-25 million years, during which giant #evolutionary leaps occurred in #animals. I.a.under influence of increased #oxygen levels, #Bilateria, primeval #Protostomia and #Deuterostomia evolved. We Tetrapoda much later derived from the latter.
©#StefanFWirth 2025#Pics
©S F.Wirth,#AIassisted own work -
Please watch my newest #animated #YouTube #video about the #Cambrianexplosion
https://youtu.be/EhUQfMcxUGs?si=5PALKW_J5fkkxOV6It was a very #shortperiod in Earth's history, began ca. 541 million years ago and lasted only ~13-25 million years, during which giant #evolutionary leaps occurred in #animals. I.a.under influence of increased #oxygen levels, #Bilateria, primeval #Protostomia and #Deuterostomia evolved. We Tetrapoda much later derived from the latter.
©#StefanFWirth 2025#Pics
©S F.Wirth,#AIassisted own work -
`By generating localized Chordin sources in the Chordin morphant background, we showed that mobile Chordin is necessary and sufficient to establish a peak of BMP signaling opposite to Chordin source. These results provide evidence for BMP shuttling in a bilaterally symmetric cnidarian and suggest that BMP shuttling may have been functional in the potentially bilaterally symmetric cnidarian-bilaterian ancestor.`
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`By generating localized Chordin sources in the Chordin morphant background, we showed that mobile Chordin is necessary and sufficient to establish a peak of BMP signaling opposite to Chordin source. These results provide evidence for BMP shuttling in a bilaterally symmetric cnidarian and suggest that BMP shuttling may have been functional in the potentially bilaterally symmetric cnidarian-bilaterian ancestor.`
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`By generating localized Chordin sources in the Chordin morphant background, we showed that mobile Chordin is necessary and sufficient to establish a peak of BMP signaling opposite to Chordin source. These results provide evidence for BMP shuttling in a bilaterally symmetric cnidarian and suggest that BMP shuttling may have been functional in the potentially bilaterally symmetric cnidarian-bilaterian ancestor.`
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`By generating localized Chordin sources in the Chordin morphant background, we showed that mobile Chordin is necessary and sufficient to establish a peak of BMP signaling opposite to Chordin source. These results provide evidence for BMP shuttling in a bilaterally symmetric cnidarian and suggest that BMP shuttling may have been functional in the potentially bilaterally symmetric cnidarian-bilaterian ancestor.`
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`By generating localized Chordin sources in the Chordin morphant background, we showed that mobile Chordin is necessary and sufficient to establish a peak of BMP signaling opposite to Chordin source. These results provide evidence for BMP shuttling in a bilaterally symmetric cnidarian and suggest that BMP shuttling may have been functional in the potentially bilaterally symmetric cnidarian-bilaterian ancestor.`
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Abalde & Jondelius characterize opsins and phototransduction genes in Xenacoelomorpha, identifying cnidarian-like and lineage-specific opsins.
🔗 doi.org/10.1093/gbe/evaf078
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Abalde & Jondelius characterize opsins and phototransduction genes in Xenacoelomorpha, identifying cnidarian-like and lineage-specific opsins.
🔗 doi.org/10.1093/gbe/evaf078
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Abalde & Jondelius characterize opsins and phototransduction genes in Xenacoelomorpha, identifying cnidarian-like and lineage-specific opsins.
🔗 doi.org/10.1093/gbe/evaf078
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Abalde & Jondelius characterize opsins and phototransduction genes in Xenacoelomorpha, identifying cnidarian-like and lineage-specific opsins.
🔗 doi.org/10.1093/gbe/evaf078
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Abalde & Jondelius characterize opsins and phototransduction genes in Xenacoelomorpha, identifying cnidarian-like and lineage-specific opsins.
🔗 doi.org/10.1093/gbe/evaf078
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#Evolution's recipe book: How '#copy_paste' #errors led to insect flight, octopus camouflage and human cognition.
##gene_expression #transcriptomics #bilateria
https://phys.org/news/2024-04-evolution-recipe-errors-insect-flight.html
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#Evolution's recipe book: How '#copy_paste' #errors led to insect flight, octopus camouflage and human cognition.
##gene_expression #transcriptomics #bilateria
https://phys.org/news/2024-04-evolution-recipe-errors-insect-flight.html
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#Evolution's recipe book: How '#copy_paste' #errors led to insect flight, octopus camouflage and human cognition.
##gene_expression #transcriptomics #bilateria
https://phys.org/news/2024-04-evolution-recipe-errors-insect-flight.html
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#Evolution's recipe book: How '#copy_paste' #errors led to insect flight, octopus camouflage and human cognition.
##gene_expression #transcriptomics #bilateria
https://phys.org/news/2024-04-evolution-recipe-errors-insect-flight.html
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#Evolution's recipe book: How '#copy_paste' #errors led to insect flight, octopus camouflage and human cognition.
##gene_expression #transcriptomics #bilateria
https://phys.org/news/2024-04-evolution-recipe-errors-insect-flight.html
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📃Do chicks prefer odd behavior in others? Variability in front-back orientation during movement is more attractive and might indicate the appeal of behavioral unpredictability, a hallmark of living things, report Orsola Rosa Salva, Elena Lorenzi & Giorgio Vallortigara of the Animal Brain Cognition group in Animal Cognition #bilateria
https://rdcu.be/c7W0W -
📃Do chicks prefer odd behavior in others? Variability in front-back orientation during movement is more attractive and might indicate the appeal of behavioral unpredictability, a hallmark of living things, report Orsola Rosa Salva, Elena Lorenzi & Giorgio Vallortigara of the Animal Brain Cognition group in Animal Cognition #bilateria
https://rdcu.be/c7W0W -
"Together, our findings suggest that the temporal decoupling of head and trunk formation, as maximally observed in head larvae, facilitated larval evolution in Bilateria. This diverges from prevailing scenarios that propose either co-option or innovation of gene regulatory programmes to explain larva and adult origins"
https://www.nature.com/articles/s41586-022-05636-7#:~:text=Together%2C%20our%20findings,and%20adult%20origins#bilateria #bilateralSymmetry #symmetry #animalEvolution #evolution #annelids #developmentalBiology #devbio #genetics #transcriptomics #epigenetics
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"Together, our findings suggest that the temporal decoupling of head and trunk formation, as maximally observed in head larvae, facilitated larval evolution in Bilateria. This diverges from prevailing scenarios that propose either co-option or innovation of gene regulatory programmes to explain larva and adult origins"
https://www.nature.com/articles/s41586-022-05636-7#:~:text=Together%2C%20our%20findings,and%20adult%20origins#bilateria #bilateralSymmetry #symmetry #animalEvolution #evolution #annelids #developmentalBiology #devbio #genetics #transcriptomics #epigenetics
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"Together, our findings suggest that the temporal decoupling of head and trunk formation, as maximally observed in head larvae, facilitated larval evolution in Bilateria. This diverges from prevailing scenarios that propose either co-option or innovation of gene regulatory programmes to explain larva and adult origins"
https://www.nature.com/articles/s41586-022-05636-7#:~:text=Together%2C%20our%20findings,and%20adult%20origins#bilateria #bilateralSymmetry #symmetry #animalEvolution #evolution #annelids #developmentalBiology #devbio #genetics #transcriptomics #epigenetics
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"Together, our findings suggest that the temporal decoupling of head and trunk formation, as maximally observed in head larvae, facilitated larval evolution in Bilateria. This diverges from prevailing scenarios that propose either co-option or innovation of gene regulatory programmes to explain larva and adult origins"
https://www.nature.com/articles/s41586-022-05636-7#:~:text=Together%2C%20our%20findings,and%20adult%20origins#bilateria #bilateralSymmetry #symmetry #animalEvolution #evolution #annelids #developmentalBiology #devbio #genetics #transcriptomics #epigenetics