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Rostral midline telencephalon at approximately 7 week's gestational... | Download Scientific Diagram
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Scaling laws indicate distinct nucleation mechanisms of holes in the nuclear lamina | Nature Physics
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Lamina I, II, III, IV, V, VI, VII, VIII, IX, and X of the grey matter... | Download Scientific Diagram
![Human embryology and morphology. Embryology, Human; Morphology. THE BRAIN AND SPINAL CORD. 209 (Fig. 171) is developed in the lamina terminalis—the primitive anterior wall of the fore-brain. The commissure passes between Human embryology and morphology. Embryology, Human; Morphology. THE BRAIN AND SPINAL CORD. 209 (Fig. 171) is developed in the lamina terminalis—the primitive anterior wall of the fore-brain. The commissure passes between](https://c8.alamy.com/comp/RE06RJ/human-embryology-and-morphology-embryology-human-morphology-the-brain-and-spinal-cord-209-fig-171-is-developed-in-the-lamina-terminalisthe-primitive-anterior-wall-of-the-fore-brain-the-commissure-passes-between-the-temporo-sphenoidal-lobes-these-lobes-represent-the-posterior-ends-of-the-cerebral-vesicles-at-first-they-are-mere-dilatations-behind-the-foramen-of-monro-the-commissure-crosses-in-the-lamina-terminalis-below-and-rather-anterior-to-the-foramen-of-monro-this-is-the-earliest-and-most-primitive-of-the-cerebral-pallia!-commissures-elliot-smith-corp-callos-lam-term-RE06RJ.jpg)