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Anatomic study of the lamina terminalis: neurosurgical relevance in approaching lesions within and around the third ventricle | SpringerLink
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Neuronal pathways in the lamina terminalis integrating the regulation... | Download Scientific Diagram
![The chordates. Chordata. Fig. 522. Sagittal section of the brain of a calf, (a) Aqueduct; (ac) anterior commissure; (cc) corpus callosum; (/) fornix; (h) habenula; (hy) hypophysis; (i) infundibulum; {im) intermediate The chordates. Chordata. Fig. 522. Sagittal section of the brain of a calf, (a) Aqueduct; (ac) anterior commissure; (cc) corpus callosum; (/) fornix; (h) habenula; (hy) hypophysis; (i) infundibulum; {im) intermediate](https://c8.alamy.com/comp/RJ6XYX/the-chordates-chordata-fig-522-sagittal-section-of-the-brain-of-a-calf-a-aqueduct-ac-anterior-commissure-cc-corpus-callosum-fornix-h-habenula-hy-hypophysis-i-infundibulum-im-intermediate-mass-quotsoft-commissurequot-it-lamina-terminalis-mb-mammillary-body-ob-olfactory-bulb-oc-optic-chiasma-ol-optic-lobes-p-pinealis-r-recessus-suprapinealis-s-septum-pellucidurn-iii-iv-third-and-fourth-ventricles-after-butschli-courtesy-kingsley-quotcomparative-anatomy-of-vertebratesquot-philadelphia-the-blakiston-company-fig-523-t-RJ6XYX.jpg)
The chordates. Chordata. Fig. 522. Sagittal section of the brain of a calf, (a) Aqueduct; (ac) anterior commissure; (cc) corpus callosum; (/) fornix; (h) habenula; (hy) hypophysis; (i) infundibulum; {im) intermediate
![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)
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
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ANATOMY OF THE LAMINA TERMINALIS AND THE CISTERNA CHIASMATICA: A CADAVERIC STUDY AT THE UNIVERSITY TEACHING HOSPITAL LUSAKA ZAMBIA By Syamuleya | Semantic Scholar
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Rostral midline telencephalon at approximately 7 week's gestational... | Download Scientific Diagram
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The anatomy of the Lamina terminalis and Cisterna Chiasmatica: A cadaveric study at the University Teaching Hospital, Lusaka, Zambia | Semantic Scholar
Interhemispheric Endoscopic Fenestration of the Lamina Terminalis through a Single Frontal Burr Hole
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Journal of Neurosurgery в Twitter: „#NeurosurgicalAtlas: Pertinent anatomy surrounding the lamina terminalis to consider when planning a subfrontal translamina terminalis approach https://t.co/mgrR3UpCsh https://t.co/1S5objbD4k“ / Twitter
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Frontiers | Expanded Transsphenoidal Trans-Lamina Terminalis Approach to Tumors Extending Into the Third Ventricle: Technique Notes and a Single Institute Experience
![Karam Paul Asmaro, M.D. on Twitter: "40 yo F panhypopit/visual decline w/ retrochiasmatic mass. Path confirmed de novo #craniopharyngioma not present 1yr ago. Steno type B (intra-extraventricular). Approached via subfrontal trans-lamina terminalis Karam Paul Asmaro, M.D. on Twitter: "40 yo F panhypopit/visual decline w/ retrochiasmatic mass. Path confirmed de novo #craniopharyngioma not present 1yr ago. Steno type B (intra-extraventricular). Approached via subfrontal trans-lamina terminalis](https://pbs.twimg.com/media/EfkGm3nXgAETvv2.jpg:large)
Karam Paul Asmaro, M.D. on Twitter: "40 yo F panhypopit/visual decline w/ retrochiasmatic mass. Path confirmed de novo #craniopharyngioma not present 1yr ago. Steno type B (intra-extraventricular). Approached via subfrontal trans-lamina terminalis
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