Aberrant hepatic artery: A potential cause for error in the angiographic diagnosis of traumatic liver hematoma

Konstam, Marvin A.; Novelline, Robert A.; Athanasoulis, Christos A.

doi:10.1007/bf01887495

Cited by 3 publications

(1 citation statement)

References 5 publications

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“…Similar recent reports highlight the importance of the hepatic arteries knowledge in rebuilding the arteries during liver transplantation [12]. Respectively, this knowledge is extended to the diagnosis of liver hematoma [13]. Likewise, the significance of vasculature is critical for surgical procedures; removal of the pancreas or small intestine.…”

Section: Clinical Implications Of Variant Hepatic Perfusion In Hepatimentioning

confidence: 77%

Variations in Hepatic Angiosis and Their Significance in Hepatic Pathology

Theodorakidou¹,

Nikola²,

Lambrou³

2017

IJCDA

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Abstract:The knowledge of liver blood vessels anatomy is essential for hepatic transplants and hepatobiliary and pancreatic procedures. In addition, it is crucial to be aware of the liver anatomy due to its importance in the operations of the hepatic neoplasms. Studies have shown that hepatic perfusion presents a number of variants, which have an important role in liver physiology as well as in the treatment of hepatoblastic neoplasms. The purpose of the present work is the presentation and analysis of anatomic variations and anomalies of the hepatic artery, and the importance and application of this knowledge in clinical practice of liver diseases. In particular, the significance of this insight into hepatoblastic neoplasms is presented.

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Section: Clinical Implications Of Variant Hepatic Perfusion In Hepatimentioning

confidence: 77%

Variations in Hepatic Angiosis and Their Significance in Hepatic Pathology

Theodorakidou¹,

Nikola²,

Lambrou³

2017

IJCDA

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Developmental Aspects of the Hepatic Circulation

Taylor

1983

Pediatric Liver Disease

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Unclassified variants of hepatic artery discovered on a 40 slice multidetector CT scanner

Sharma¹,

Singh²,

Malhotra³

et al. 2020

IJMPO

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CT angiography is a common modality used to study the anatomy of hepatic arterial system. Literature reports various unclassified variants of hepatic artery, which prompted us to take this study to see the same in our cohort of population. CT angiograms were performed using 40 slice CT scanner on 110 patients for the investigation of arterial variants in case of hepatic donors and patients for aortic evaluation with angiography. The Results were analyzed as per Michels as well as Modified Michels / Hiatt classification of Hepatic artery variants. The typical/classical most common anatomy (type I variant) as proposed by Michels in 1955, was Right and left hepatic artery arising from common hepatic artery which is a branch of celiac artery. In our study we did not find any type X variant and more so vascular anatomy in 5 patients (8%) did not fit into Michels' classification or Modified Michels/Hiatt classification. These variants have not been reported before, and its importance lies in the fact that variants can predispose to increased risk of surgical complications during liver transplantation and hepatobiliary surgery. It may also influence the choice of vascular technique and materials used in interventional procedures.

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Aberrant hepatic artery: A potential cause for error in the angiographic diagnosis of traumatic liver hematoma

Cited by 3 publications

References 5 publications

Variations in Hepatic Angiosis and Their Significance in Hepatic Pathology

Variations in Hepatic Angiosis and Their Significance in Hepatic Pathology

Developmental Aspects of the Hepatic Circulation

Unclassified variants of hepatic artery discovered on a 40 slice multidetector CT scanner

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