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Cystic Artery: Morphological Study and Surgical Significance
Usha Dandekar1, Kundankumar Dandekar2
1Department of Anatomy, SMBT Institute of Medical Sciences and Research Centre, Dhamangaon, Nasik District, Maharashtra 422403, India.
Insights
Understanding cystic artery variations is crucial for safe cholecystectomy. Documenting anatomical differences helps surgeons avoid complications like bleeding and bile duct injury during gallbladder removal.
Area of Science:
- Anatomy
- Surgical Anatomy
- Hepatobiliary Surgery
Background:
- The cystic artery is vital for cholecystectomy, but anatomical variations can lead to surgical complications.
- Hemorrhage and hepatobiliary injury are risks associated with cystic artery dissection and ligation.
- Accurate anatomical knowledge is essential for improving surgical safety.
Purpose of the Study:
- To document the normal anatomy and variations of the cystic artery.
- To enhance surgical safety during cholecystectomy by providing detailed anatomical data.
- To contribute to the existing body of knowledge on cystic artery variations.
Main Methods:
- Descriptive anatomical study.
- Examination of 82 human cadavers.
- Documentation of cystic artery origin, course, length, diameter, and relationship to biliary ducts.
Main Results:
- Mean cystic artery length: 16.9 mm; mean diameter: 1.6 mm.
- Origin from celiac right hepatic artery in 79.3%; replaced in 20.7%.
- Single cystic artery in 72%; double in 28%. Variations in relation to Calot's triangle and biliary ducts were observed.
Conclusions:
- Awareness of cystic artery variations is key to reducing surgical morbidity.
- Detailed anatomical knowledge aids in preventing complications during cholecystectomy.
- This study provides valuable data for surgical planning and education.
Abstract:
The cystic artery is the key structure sought to be clipped or ligated during laparoscopic or conventional cholecystectomy. The possible complications like hemorrhage or hepatobiliary injury are always centered on the search, dissection, and clipping or ligation of the cystic artery, many a time because of possibility of variations in its course and relations to the biliary ducts. This descriptive study was carried out to document the normal anatomy and different variations of the cystic artery to contribute to improve surgical safety. This study conducted on 82 cadavers revealed cystic artery with mean length of 16.9 mm (ranged between 2 mm and 55 mm) and mean diameter of 1.6 mm (range between 1 mm and 5 mm). The origin of cystic artery from celiac right hepatic artery was found in 79.3% and in the remaining 20.7% it was replaced. Single cystic artery was present in 72% and double cystic artery in 28%. Considering the site of origin of the cystic artery with reference to Calot's triangle, it was observed within the triangle in 62.2% and outside it in 37.8%. All the cystic arteries passed through Calot's triangle except for 3.6%. The cystic artery crossed the common hepatic duct anteriorly in 26.8% and posteriorly in 6.1%. It crossed common bile duct anteriorly in 1.2% and posteriorly in 3.7%. The knowledge of such variations and its awareness will decrease morbidity and help to keep away from a number of surgical complications during cholecystectomy.
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