The Liver
Ā Copyright 2008
Ashley Davidoff MD

Ashley Davidoff

The collage takes us from the protonĀ (top left) through to element and molecule and finally to strands of DNA in the firstĀ row.Ā TheĀ second row starts with a group of cells advances to the tissues, to the organ which in this case is the liver.
The third row represents units2unity from the organ (liver with its connections (arteries and veins to body systems and the body.
The fourth row advances from the body to the person, couple family home community.
The last row is the village advancing to the city, state, country, earth and solar system.
Note the similarity between the proton and the earth, and between the atom and the solar system.
body systems – through 13440c11.8 units to unity atom element molecule chromosome DNA cell tissue organ liver system body person couple family community town village city state country world solar system universe Ashley Davidoff MD TheCommonVein.net

by Ashley Davidoff MD
TheCommonVein.net

by Ashley Davidoff MD TheCommonVein.net

Note this title has 2 meanings
This has and will always be true – from the dawn of man through ancient times when the liver was used by the Etruscans as a divine agent to predict the future – (hepatomancy – middle image) – to modern times of liver transplantation
Ashley Davidoff MDĀ TheCommonVein.netĀ Art of Radiology
Hepatomancy
Sacrificed sheep’s liver was used by Etruscan priests to predict the future
The center image include a clay model used to train the Etruscan priests and the second image explains the segments
The liver was divided into 40 segments with 24 gods named in the inscriptions. Piacenza, 120-80 BCE.

44426b01 liver hepatic clockwork purple anatomy Courtesy Ashley Davidoff Davidoff art

This artistic rendition of a group of histological group of liver cells that have been transformed into a ball with a crater like appearance of a colorful moon.
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The sinusoids and hepatic cords combine to form a liver lobule which is a functional and structural unit of the liver.Ā At the center of the lobule is the central vein from which emanate many cords of liver tissue.Ā At the periphery of the lobule there are 4-5 groups of portal triads consisting of distal branches of the portal vein (dark blue), hepatic artery (red) and biliary radicle (green).Ā They create the border of the lobule.
(Image courtesy of Ashley Davidoff MD TheCommonVein.net 13009 W

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by Ashley Davidoff MD
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by Ashley Davidoff MD TheCommonVein.net

by Ashley Davidoff MD TheCommonVein.net

82220b01.2k05.81s liver gallbladder porta hepatis hepatic artery portal vein IVC inferior vena cava falciform ligament ligamentum teres bare area of the liver left lobe segment IV segment I caudate lobe quadrate lobe gastrohepatic ligament right lobe hepatic Ashley Davidoff MD TheCommonVein.net

24719c liver gallbladder + fx normal + anatomy + drawingĀ Ashley Davidoff MD TheCommonVein.net

42645.8 liver histology gallbladder bile duct normal anatomy histology Ashley Davidoff MD TheCommonVein.net

Mardi Gras Liver and Connections
The artistic rendition in party colors shows a background of liver lobules with the connecting structures, including the hepatic veins (orange) biliary system (purple) hepatic artery (blue) and the portal vein (green)
Ashley Davidoff MD TheCommonvein.net
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In the 4th week of gestation, the primitive endoderm gives rise to a foregut diverticulum called the hepatic diveticulum at the junction of the of the foregut and midgut. The hepatic diverticulum is the precursor for the liver bile ducts and gallbladder. hepatic diverticulum pars hepatica and pars cystica.
liver bile ducts pars cystica gallbladder and cystic duct. endodermal bud solid cord growth and resorbtion gallbladder embryology normal Davidoff art copyright 2008
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An MRA of the abdomen with a single kidney is rendered to create a tree like structure containing the kidney, liver. spleen and abdominal aorta.
The original image is on the left and the rendereed image on the right.
Ashley Davidoff MD TheCommonVein.net
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An MRA of the abdomen with a single kidney is rendered to create a tree like structure containing the kidney, liver. spleen and abdominal aorta.
Ashley Davidoff MD Copyright 2018
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Ashley Davidoff MD TheCommonVein.net

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a) Coronal View of the Abdomen on CT
b) Image Turned Upside Down
c) and d) progressive Enhancement of the Small Bowel Tree with its Mesentery
Ashley Davidoff MD TheCommonVein.net

Ashley Davidoff MD
TheCommonVein.net

The artistic rendering shows the celiac axis (red) giving rise to the splenic artery and the hepatic artery.
The portal vein (blue) is derived from the splenic vein and superior mesenteric vein, and drains into the liver.
The biliary system (green) consists of the intrahepatic ducts, that drain into the common hepatic duct that lies in the porta hepatis. Once the CHD receives the cystic duct from the gallbladder it becomes the common bile duct.
Ashley Davidoff MD TheCommonVein.net
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Angiogram of the celiac axis is overlaid in red with hepatic branch going to the liver and the splenic artery directed to the spleen
Ashley Davidoff MD Copyright 2018
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Derived from an ultrasound of the liver
Ashley Davidoff MD copyright 2018
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Seasonal Ultrasound
Derived from an ultrasound of the liver
Its That Time of the Year
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by Ashley Davidoff MD TheCommonVein.net

Top image
75 year old male with end stage liver disease presents for a therapeutic paracentesis
Lower image
Ascites and Floating Small Bowel
Derived from an ultrasound of the abdomen
Ashley Davidoff MD copyright 2018
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Derived from an axial CT scan of the abdomen
Ashley Davidoff MD copyright 2018
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Branch of the intrahepatic portal vein has a shape reminiscent of a bird
Derived from an ultrasound of the liver
Ashley Davidoff MD copyright 2018
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Ashley Davidoff MD Copyright 2018
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Ultrasound of the hepatic veins of the liver
Ashley Davidoff MD Copyright 2018
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The normal caudate lobe of the liver in cross section has a wooodpecker like appearance with a biconcave shape to the beak. In disease this shape may change.
Derived from a transverse view of an abdominal CT scan
Ashley Davidoff MD Copyright 2018
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The cirrhotic liver has a small right lobe and a large left lobe as a compensation for reduced size and function of the right lobe. This gives the left lobe a snout like shape in contrast to the small triangular right lobe. This liver thus takes on a shark head like appearance and the structures (arteries vein nerves and ligaments entering the porta of the liver look like shark feed.
Derived from a transverse view of an abdominal CT scan
Ashley Davidoff MD Copyright 2018
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by Ashley Davidoff MD TheCommonVein.net

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by Ashley Davidoff MD
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by Ashley Davidoff MD
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by Ashley Davidoff MD TheCommonVein.net

by Ashley Davidoff MD TheCommonVein.net

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by Ashley Davidoff MD TheCommonVein.net

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