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==Fig. 5. Sagittal View of a Human Embryo 5 mm. in Length==
==Fig. 5. Sagittal View of a Human Embryo 5 mm in Length==




In large part the left halves of the amnion and embryo have been removed, in order to bring clearly into view  
In large part the left halves of the amnion and embryo have been removed, in order to bring clearly into view  
the structure of the cord. The expanding amnion has almost reached the chorion, hence but little remains of the  
the structure of the cord. The expanding amnion has almost reached the chorion, hence but little remains of the  
extra-amniotic portion of the yolk-stalk and of the body-stalk. The umbilical cord has become longer. The caudal  
extra-amniotic portion of the {{yolk stalk}} and of the body-stalk. The umbilical cord has become longer. The caudal  
portion of the cord is firm and contains the umbilical arteries and veins; the latter, soon pfter leaving the body, form  
portion of the cord is firm and contains the umbilical arteries and veins; the latter, soon pfter leaving the body, form  
a common trunk, which usually curves toward the left. Between the two umbilical arteries lies the allantois, the  
a common trunk, which usually curves toward the left. Between the two umbilical arteries lies the allantois, the  
bulbous end of which still persists almost to the amnion. The cranial portion of the cord is looser in texture. It  
bulbous end of which still persists almost to the amnion. The cranial portion of the cord is looser in texture. It  
contains the ccelomic cavity, in which lies the omphalomesenteric duct, accompanied by its vessels. Note that the  
contains the coelomic cavity, in which lies the {{omphalomesenteric duct}}, accompanied by its vessels. Note that the  
superior mesenteric vein empties into the omphalomesenteric vein behind the pancreatic buds. The omphalomesenteric  
superior mesenteric vein empties into the omphalomesenteric vein behind the pancreatic buds. The omphalomesenteric  
artery still arises by several branches from the aorta.  
artery still arises by several branches from the aorta.  




===Reference===
{{Cullen1916 figures1}}
 
{{Ref-Cullen1916}}
 
{{Footer}}

Latest revision as of 09:27, 28 October 2018

Fig. 5. Sagittal View of a Human Embryo 5 mm in Length

In large part the left halves of the amnion and embryo have been removed, in order to bring clearly into view the structure of the cord. The expanding amnion has almost reached the chorion, hence but little remains of the extra-amniotic portion of the yolk stalk and of the body-stalk. The umbilical cord has become longer. The caudal portion of the cord is firm and contains the umbilical arteries and veins; the latter, soon pfter leaving the body, form a common trunk, which usually curves toward the left. Between the two umbilical arteries lies the allantois, the bulbous end of which still persists almost to the amnion. The cranial portion of the cord is looser in texture. It contains the coelomic cavity, in which lies the omphalomesenteric duct, accompanied by its vessels. Note that the superior mesenteric vein empties into the omphalomesenteric vein behind the pancreatic buds. The omphalomesenteric artery still arises by several branches from the aorta.


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Pages where the terms "Historic" (textbooks, papers, people, recommendations) appear on this site, and sections within pages where this disclaimer appears, indicate that the content and scientific understanding are specific to the time of publication. This means that while some scientific descriptions are still accurate, the terminology and interpretation of the developmental mechanisms reflect the understanding at the time of original publication and those of the preceding periods, these terms, interpretations and recommendations may not reflect our current scientific understanding.     (More? Embryology History | Historic Embryology Papers)
Figure Links: 1 Human embryo 0.7 mm | 2 Human embryo 1.7 mm | 3 Human embryo 2.5 mm | 4 Human embryo 3.5 mm | 5 Human embryo 5 mm | 6 Human embryo 7 mm | 7 Human embryo 7 mm | 8 Human embryo 10 mm | 9 Human embryo 12.5 mm | 10 Human embryo 10 mm | 11 Human embryo 23 mm | 12 Human embryo 3 cm | 13 Human embryo 4.5 cm sagittal | 14 Human Embryo 4.5 cm | 15 Human Embryo 5.2 cm | 16 Human Embryo 6.5 cm | 17 Human Embryo 7.5 cm | 18 Human Embryo 9 cm | 19 Human Embryo 10 cm | 20 Human Embryo 12 cm | 21 Human Embryo 12 cm | 22 Human Embryo 12 cm | 23 Human Embryo 12 cm Cord | 28 Fetus Five Months | 30 Ventral Heria | 31 Human Embryo 5.5 cm | 32 Term Human | 33 Term Human | [[Figures


Reference

Cullen TS. Embryology, anatomy, and diseases of the umbilicus together with diseases of the urachus. (1916) W. B. Saunders Company, Philadelphia And London.


Cite this page: Hill, M.A. (2024, June 18) Embryology Cullen1916 fig05.jpg. Retrieved from https://embryology.med.unsw.edu.au/embryology/index.php/File:Cullen1916_fig05.jpg

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© Dr Mark Hill 2024, UNSW Embryology ISBN: 978 0 7334 2609 4 - UNSW CRICOS Provider Code No. 00098G

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