Fig 4 - Self-organization of biological morphogenesis: General approaches and topo-geometrical models

15 Slitlike blastopores. a, b Associated morphomechanics (for detailed explanations, see text). b A well-developed slitlike blastopore of Peripatus embryo creating antero-posterior embryo axis. d, f Irregular slitlike blastopores in Anthozoa (Nematostella) embryos. Asterisks in d point to independent ingression of solitary bottle-shaped cells. d-f Courtesy of J. Kraus

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Self-organization of biological morphogenesis: General approaches and topo-geometrical models - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Slitlike-blastopores-a-b-Associated-morphomechanics-for-detailed-explanations-see_fig36_284756219 [accessed 22 Jan 2025]

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Fig. 4.15 Slitlike blastopores. a, b Associated morphomechanics (for detailed explanations, see text). b A well-developed slitlike blastopore of Peripatus embryo creating antero-posterior embryo axis. d, f Irregular slitlike blastopores in Anthozoa (Nematostella) embryos. Asterisks in d point to independent ingression of solitary bottle-shaped cells. d-f Courtesy of J. Kraus

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<a href="https://www.researchgate.net/figure/Slitlike-blastopores-a-b-Associated-morphomechanics-for-detailed-explanations-see_fig36_284756219"><img src="https://www.researchgate.net/profile/Lev-Beloussov/publication/284756219/figure/fig36/AS:646057465770008@1531043511755/Slitlike-blastopores-a-b-Associated-morphomechanics-for-detailed-explanations-see.png" alt="15 Slitlike blastopores. a, b Associated morphomechanics (for detailed explanations, see text). b A well-developed slitlike blastopore of Peripatus embryo creating antero-posterior embryo axis. d, f Irregular slitlike blastopores in Anthozoa (Nematostella) embryos. Asterisks in d point to independent ingression of solitary bottle-shaped cells. d-f Courtesy of J. Kraus"/></a>