1.Pathologic Anatomy of Congenitally Corrected Transposition of the Great Arteries.
Journal of the Korean Pediatric Cardiology Society 2002;6(1):58-61
No Abstract available.
Arteries*
2.Normal and variations of internal pudendal artery in penilearteriography.
Hyung Jin SHIM ; Jong Beum LEE ; Yong Chul LEE ; Kun Sang KIM
Journal of the Korean Radiological Society 1991;27(1):132-138
No abstract available.
Arteries*
3.Anatomic Repair Including Hemi-Mustard in Congenitally Corrected Transposition of the Great Arteries: What We know and Still Need to Know.
Chang Ha LEE ; Eun Seok CHOI ; Sungkyu CHO ; Su Jin PARK
Korean Circulation Journal 2017;47(2):173-175
No abstract available.
Arteries*
4.Clinical Studies on Congenitally Corrected Transposition of the Great Arteries.
Byong Kwan SON ; Chung Il NOH ; Jung Yun CHOI ; Yong Soo YUN ; Chang Yee HONG
Journal of the Korean Pediatric Society 1986;29(3):55-63
No abstract available.
Arteries*
5.Discussion on the Therapeutic Principles in Congenitally Corrected Transposition of the Great Arteries.
Journal of the Korean Pediatric Cardiology Society 2002;6(1):70-74
No Abstract available.
Arteries*
6.A Case of Spontaneous Isolated Dissection of Left Gastric Artery.
Lyo Min KWON ; Hong Il HA ; Min Jeong KIM ; Kwanseop LEE
Journal of Korean Medical Science 2016;31(9):1349-1350
No abstract available.
Arteries*
7.Coincidental Occlusion of Arteries
Journal of Korean Medical Science 2019;34(44):e282-
No abstract available.
Arteries
8.RNF213 Polymorphism in Intracranial Artery Dissection.
Jong S KIM ; Han Bin LEE ; Hyuck Sung KWON
Journal of Stroke 2018;20(3):404-406
No abstract available.
Arteries*
9.Aneurysms of the superficial temporal artery.
Myung Jai KANG ; Myung Soon KIM ; Sang Keun YOON ; Hun Joo KIM
Journal of the Korean Radiological Society 1993;29(1):9-13
Aneurysm of the superficial temporal artery is rare. We reviewed seven cases of aneurysm of the superficial temporal artery, which were confirmed surgically and angiographically. The results were as follows: The most common site of aneurysm was left superficial temporal artery, major feeding artery was anterior branch of superficial temporal artery, mean diameter was 7.8mm×12.6mm, and all aneurysms showed lobulated margin with intraluminal filling defects.
Aneurysm*
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Arteries
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Temporal Arteries*
10.Preoperative Evaluation of the Facial Artery Using Facial Angio Computed Tomography.
Joo Hak KIM ; Nak Heon KANG ; In Ho LEE ; Young Joon SEO ; Ho Jik YANG ; Seung Han SONG ; Sang Ha OH
Journal of the Korean Society of Plastic and Reconstructive Surgeons 2011;38(6):719-724
PURPOSE: Previous studies of the facial artery have shown significant anatomical variability in this region. The vascular anatomy of the region is considered unreliable in predicting the ideal pedicle. Preoperative imaging has been suggested as a means of improving preoperative awareness, with Doppler ultrasound as useful tools. Multi-detector row angiographic computed tomography (angio CT) is a significant improvement, providing non- invasive operator-independent details of the vascular anatomy. This tool was used to perform an in vivo anatomical study of the facial artery, demonstrating the usefulness of facial angio CT in planning the facial reconstruction. METHODS: Eleven consecutive patients underwent facial angio CT of the facial vasculature with the anatomical details of the facial artery assessed. RESULTS: Facial angio CT could demonstrate the size and course of the facial vasculature, particularly the facial artery. CONCLUSION: The vascular anatomy of the facial artery is highly variable, and thus there is a role for preoperative imaging. Facial angio CT can demonstrate cases where there is an aberrant or non-preferred anatomy, or select the method of a facial reconstruction.
Arteries
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Humans
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