Goyal Vikas Deep, Pahare Akhilesh, Sharma Shobhit, Misra Gaurav
Department of Surgery, Shri Ram Murti Samarak Institute of Medical Sciences, Bareilly, (UP) 243202 India.
Department of Anesthesia, Shri Ram Murti Samarak Institute of Medical Sciences, Bareilly, (UP) 243202 India.
Indian J Thorac Cardiovasc Surg. 2022 Sep;38(5):481-486. doi: 10.1007/s12055-022-01390-7. Epub 2022 Aug 8.
This descriptive retrospective study was done to observe the different techniques of arteriovenous fistula creation for advantages and disadvantages, complications, and early and midterm patency. Fifty-three arteriovenous fistulas were created from September 2018 to August 2020 using four different techniques. Radio-cephalic arteriovenous fistula was usually the first option. Other techniques like brachio-cephalic arteriovenous fistula, radio-basilic arteriovenous fistula, and brachio-basilic arteriovenous fistula were used when the radio-cephalic fistula had thrombosed or could not be constructed due to small-sized cephalic vein in the forearm. The majority of patients (41 (77.35%)) underwent radio-cephalic fistula creation. Early patency was 38 (92.7%) in the radio-cephalic technique whereas it was 12 (100%) in the radio-basilic, brachio-cephalic, and brachio-basilic techniques combined. The midterm patency was 32 (78%) in the radio-cephalic technique, 5 (83%) in the brachio-cephalic technique, 3 (75%) in the radio-basilic technique, and 1 (50%) in the brachio-basilic technique. Radio-basilic and brachio-cephalic are alternative techniques for fistula creation after radio-cephalic depending upon the size of the basilic vein in the forearm or cephalic vein in the cubital fossa or arm. The radio-basilic technique may have advantages over the brachio-cephalic technique which need to be further evaluated. Proximal fistulas like brachio-basilic and brachio-cephalic are more commonly associated with limb edema.
本描述性回顾性研究旨在观察动静脉内瘘创建的不同技术的优缺点、并发症以及早期和中期通畅率。2018年9月至2020年8月期间,采用四种不同技术创建了53例动静脉内瘘。头静脉-桡动脉动静脉内瘘通常是首选。当头静脉-桡动脉内瘘发生血栓形成或因前臂头静脉细小而无法构建时,则采用其他技术,如肱静脉-头静脉动静脉内瘘、桡静脉-贵要静脉动静脉内瘘和肱静脉-贵要静脉动静脉内瘘。大多数患者(41例(77.35%))接受了头静脉-桡动脉内瘘创建。头静脉-桡动脉技术的早期通畅率为38例(92.7%),而桡静脉-贵要静脉、肱静脉-头静脉和肱静脉-贵要静脉技术联合使用时的早期通畅率为12例(100%)。头静脉-桡动脉技术的中期通畅率为32例(78%),肱静脉-头静脉技术为5例(83%),桡静脉-贵要静脉技术为3例(75%),肱静脉-贵要静脉技术为1例(50%)。桡静脉-贵要静脉和肱静脉-头静脉是头静脉-桡动脉内瘘创建后的替代技术,具体取决于前臂贵要静脉或肘窝或上臂头静脉的大小。桡静脉-贵要静脉技术可能比肱静脉-头静脉技术具有优势,这需要进一步评估。肱静脉-贵要静脉和肱静脉-头静脉等近端内瘘更常与肢体水肿相关。