Figures from Aldo Castaneda's book.
Separation between TV and PV should at least the diameter of AoV. Otherwise, SubAS within the baffle will result either at surgery or later.
(DORV-"Normally-related" Great Arteries)
Showing posts with label Anatomy. Show all posts
Showing posts with label Anatomy. Show all posts
3/27/2026
4/27/2019
1/16/2018
11/16/2017
Anomalies of Inferior Vena Cava
Interrupted IVC with Azygos Vein Continuation
(Right supracardinal vein > Azygos vein)
Bilateral IVC
Both images above are from Netter's Atlas
(From Tal Geva. Anomalies of Systemic Veins chapter in Moss & Adams 8th ed. Page 856)
7/14/2015
2/02/2014
ASD schematic diagram
(Click on the image to enlarge)
(Reference quoted in the diagram is: Patten, B.M. Developmental defects at the foramen ovale. Am J Path 1938;14:135-162)
5/23/2012
Retroaortic Innominate Vein
Panel A: (6th week of gestation). 1 & 2 - Right and Left anterior cardinal veins, 3 - Primitive aorta, 4 & 5 - Superior and Inferior transverse venous plexus, 6 - Right & Left common cardinal veins, 7 & 8 - Right and left posterior cardinal veins, 9 - Sinus venosus, 10 - Vitelline vein, 11 - Umbilical vein, 12 - Developing IVC
12/04/2011
Anatomy: Left Aortic Arch with Right Descending Aorta
Left Aortic Arch with Right Descending Aorta: Possible type
(From Esophagography in anomalies of the aortic arch system by A.C. Klinkhamer. 1969. Williams & Wilkins Company, Baltimore, MD)
See related posting
(From Esophagography in anomalies of the aortic arch system by A.C. Klinkhamer. 1969. Williams & Wilkins Company, Baltimore, MD)
See related posting
3/21/2011
Evaluation of ASD rims using Transthoracic echocardiogram:
3/09/2011
Cath: Angiogram of AVSD, Inlet VSD
Images from Radiology of Congenital Heart Disease by Kurt Amplatz & James H. Moller. Mosby Year Book, St. Louis, MO. 1993.
p.386-87.
Appearance & Location of inlet VSD in LAO view angiogram.
Notice the distance from aortic valve to crest of ventricular septum (black arrow)
p.386-87.
Appearance & Location of inlet VSD in LAO view angiogram.
Notice the distance from aortic valve to crest of ventricular septum (black arrow)
1/27/2011
Anatomy: Hepatic Veins
Netter's Atlas of Human Anatomy (Fifth print 1996; plate 273)
Couinaud classification
The Couinaud classification of liver anatomy divides the liver into eight functionally indepedent segments. Each segment has its own vascular inflow, outflow and biliary drainage.In the centre of each segment there is a branch of the portal vein, hepatic artery and bile duct.In the periphery of each segment there is vascular outflow through the hepatic veins.
Right hepatic vein divides the right lobe into anterior and posterior segments.Middle hepatic vein divides the liver into right and left lobes (or right and left hemiliver). This plane runs from the inferior vena cava to the gallbladder fossa.Left hepatic vein divides the left lobe into a medial and lateral part.
Portal vein divides the liver into upper and lower segments.The left and right portal veins branch superiorly and inferiorly to project into the center of each segment.
Because of this division into self-contained units, each segment can be resected without damaging those remaining. For the liver to remain viable, resections must proceed along the vessels that define the peripheries of these segments. This means, that resection-lines parallel the hepatic veins,The centrally located portal veins, bile ducts, and hepatic arteries are preserved.
Couinaud classification
The Couinaud classification of liver anatomy divides the liver into eight functionally indepedent segments. Each segment has its own vascular inflow, outflow and biliary drainage.In the centre of each segment there is a branch of the portal vein, hepatic artery and bile duct.In the periphery of each segment there is vascular outflow through the hepatic veins.
Right hepatic vein divides the right lobe into anterior and posterior segments.Middle hepatic vein divides the liver into right and left lobes (or right and left hemiliver). This plane runs from the inferior vena cava to the gallbladder fossa.Left hepatic vein divides the left lobe into a medial and lateral part.
Portal vein divides the liver into upper and lower segments.The left and right portal veins branch superiorly and inferiorly to project into the center of each segment.
Because of this division into self-contained units, each segment can be resected without damaging those remaining. For the liver to remain viable, resections must proceed along the vessels that define the peripheries of these segments. This means, that resection-lines parallel the hepatic veins,The centrally located portal veins, bile ducts, and hepatic arteries are preserved.
Last figure was obtained from this website: http://www.radiologyassistant.nl/en/4375bb8dc241d
1/02/2011
Anatomy: TAPVR - Supracardiac type - Locations of possible obstruction
Moss and Adams, Fifth Edition
(1995) p.850
(1995) p.8501/01/2011
12/18/2010
12/17/2010
Surgery: L-TGA with Pulm. Atresia, Alternative Surgical Option
An alternative approach to the surgical management of physiologically corrected transposition with VSD and PS or P.atresia. Ilbawi, MN, et al. JTCVS 1990;100:410-5
12/03/2010
Anatomy: IVC variations
Systemic veins develop from 3 main venous systems:
1) Vitelline venous system (Yellow)
2) Umbilical venous system (Red)
3) Cardinal venous system (Blue) - Anterior (SVC side), Posterior (IVC side)
Others:
Subcardinal veins - Green
Sacrocardinal vein - Purple
Hepatocardinal channel - Orange
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