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. A laboratory manual and text-book of embryology. Embryology. 2y8 THE DEVELOPMENT OF THE VASCULAR SYSTEM The left vitelline vein is present except for the left limb of the cranial loop. A new vein, the superior mesenteric, develops in the mesentery of the intestinal loop and joins the left vitelline vein near the point of its dorsal middle connection with the right vitelline vein. Subsequently, with the atrophy of the yolk-sac the left vitelline vein degenerates caudal to its junction with the superior mesenteric vein. The persisting trunk from the superior mesenteric vein to the liver is the Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-laboratory-manual-and-text-book-of-embryology-embryology-2y8-the-development-of-the-vascular-system-the-left-vitelline-vein-is-present-except-for-the-left-limb-of-the-cranial-loop-a-new-vein-the-superior-mesenteric-develops-in-the-mesentery-of-the-intestinal-loop-and-joins-the-left-vitelline-vein-near-the-point-of-its-dorsal-middle-connection-with-the-right-vitelline-vein-subsequently-with-the-atrophy-of-the-yolk-sac-the-left-vitelline-vein-degenerates-caudal-to-its-junction-with-the-superior-mesenteric-vein-the-persisting-trunk-from-the-superior-mesenteric-vein-to-the-liver-is-the-image232921285.htmlRMREXDD9–. A laboratory manual and text-book of embryology. Embryology. 2y8 THE DEVELOPMENT OF THE VASCULAR SYSTEM The left vitelline vein is present except for the left limb of the cranial loop. A new vein, the superior mesenteric, develops in the mesentery of the intestinal loop and joins the left vitelline vein near the point of its dorsal middle connection with the right vitelline vein. Subsequently, with the atrophy of the yolk-sac the left vitelline vein degenerates caudal to its junction with the superior mesenteric vein. The persisting trunk from the superior mesenteric vein to the liver is the
. The elements of embryology . Embryology. 290 THE SIXTH DAT. [CHAP. FiQ. 91. SuX:. C^M Diagram op the Venous Circulation of the Chick after THE Commencement of Respiration by means of the Lungs. W. wing vein. J. jugular vein. Su. V. superior vertebral vein. In. V. inferior vertebral vein. These unite together on each side to form the corresponding superior vena cava. Z.V. pulmonary veins. V.O.I, vena cava inferior. H.P. hepatic veins. P. V. portal vein. M. mesenteric veins. Cy.M. con- necting vessel between the branches of the portal vein and the system of the vena cava inferior. It is called Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-embryology-embryology-290-the-sixth-dat-chap-fiq-91-sux-cm-diagram-op-the-venous-circulation-of-the-chick-after-the-commencement-of-respiration-by-means-of-the-lungs-w-wing-vein-j-jugular-vein-su-v-superior-vertebral-vein-in-v-inferior-vertebral-vein-these-unite-together-on-each-side-to-form-the-corresponding-superior-vena-cava-zv-pulmonary-veins-voi-vena-cava-inferior-hp-hepatic-veins-p-v-portal-vein-m-mesenteric-veins-cym-con-necting-vessel-between-the-branches-of-the-portal-vein-and-the-system-of-the-vena-cava-inferior-it-is-called-image216443957.htmlRMPG3TD9–. The elements of embryology . Embryology. 290 THE SIXTH DAT. [CHAP. FiQ. 91. SuX:. C^M Diagram op the Venous Circulation of the Chick after THE Commencement of Respiration by means of the Lungs. W. wing vein. J. jugular vein. Su. V. superior vertebral vein. In. V. inferior vertebral vein. These unite together on each side to form the corresponding superior vena cava. Z.V. pulmonary veins. V.O.I, vena cava inferior. H.P. hepatic veins. P. V. portal vein. M. mesenteric veins. Cy.M. con- necting vessel between the branches of the portal vein and the system of the vena cava inferior. It is called
The development of the human body; a manual of human embryology . Fig. 149.—A, The Venous Trunks of an Embryo op 5 mm. seen fromthe Ventral Surface; B, Diagram Illustrating the Trans-formation to the Adult Condition. Vcd and Vcs, right and left superior venae cava?; Vj, jugular vein;V.om, omphalo-mesenteric vein; Vp, vena porta; Vu, umbilicalvein (lower part); Vu1, umbilical vein (upper part); Vud and Vus,right and left umbilical veins (lower parts).—(His.) blood from the placenta, and appears to be the direct con-tinuation of the ductus venosus (Fig. 149, C), into whichopen the hepatic veins, Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-development-of-the-human-body-a-manual-of-human-embryology-fig-149a-the-venous-trunks-of-an-embryo-op-5-mm-seen-fromthe-ventral-surface-b-diagram-illustrating-the-trans-formation-to-the-adult-condition-vcd-and-vcs-right-and-left-superior-venae-cava-vj-jugular-veinvom-omphalo-mesenteric-vein-vp-vena-porta-vu-umbilicalvein-lower-part-vu1-umbilical-vein-upper-part-vud-and-vusright-and-left-umbilical-veins-lower-partshis-blood-from-the-placenta-and-appears-to-be-the-direct-con-tinuation-of-the-ductus-venosus-fig-149-c-into-whichopen-the-hepatic-veins-image342674465.htmlRM2AWE4NN–The development of the human body; a manual of human embryology . Fig. 149.—A, The Venous Trunks of an Embryo op 5 mm. seen fromthe Ventral Surface; B, Diagram Illustrating the Trans-formation to the Adult Condition. Vcd and Vcs, right and left superior venae cava?; Vj, jugular vein;V.om, omphalo-mesenteric vein; Vp, vena porta; Vu, umbilicalvein (lower part); Vu1, umbilical vein (upper part); Vud and Vus,right and left umbilical veins (lower parts).—(His.) blood from the placenta, and appears to be the direct con-tinuation of the ductus venosus (Fig. 149, C), into whichopen the hepatic veins,
. The elements of embryology . Embryology. 290 THE SIXTH DAT. [CHAP. FiQ. 91. SuX:. C^M Diagram op the Venous Circulation of the Chick after THE Commencement of Respiration by means of the Lungs. W. wing vein. J. jugular vein. Su. V. superior vertebral vein. In. V. inferior vertebral vein. These unite together on each side to form the corresponding superior vena cava. Z.V. pulmonary veins. V.O.I, vena cava inferior. H.P. hepatic veins. P. V. portal vein. M. mesenteric veins. Cy.M. con- necting vessel between the branches of the portal vein and the system of the vena cava inferior. It is called Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-elements-of-embryology-embryology-290-the-sixth-dat-chap-fiq-91-sux-cm-diagram-op-the-venous-circulation-of-the-chick-after-the-commencement-of-respiration-by-means-of-the-lungs-w-wing-vein-j-jugular-vein-su-v-superior-vertebral-vein-in-v-inferior-vertebral-vein-these-unite-together-on-each-side-to-form-the-corresponding-superior-vena-cava-zv-pulmonary-veins-voi-vena-cava-inferior-hp-hepatic-veins-p-v-portal-vein-m-mesenteric-veins-cym-con-necting-vessel-between-the-branches-of-the-portal-vein-and-the-system-of-the-vena-cava-inferior-it-is-called-image232134355.htmlRMRDJHMK–. The elements of embryology . Embryology. 290 THE SIXTH DAT. [CHAP. FiQ. 91. SuX:. C^M Diagram op the Venous Circulation of the Chick after THE Commencement of Respiration by means of the Lungs. W. wing vein. J. jugular vein. Su. V. superior vertebral vein. In. V. inferior vertebral vein. These unite together on each side to form the corresponding superior vena cava. Z.V. pulmonary veins. V.O.I, vena cava inferior. H.P. hepatic veins. P. V. portal vein. M. mesenteric veins. Cy.M. con- necting vessel between the branches of the portal vein and the system of the vena cava inferior. It is called
