Intra-arterial Port Implantation for Intraarterial Chemoinfusion.
10.3348/jkrs.1998.38.5.801
- Author:
Hyeon Joo KIM
1
;
Hyung Jin SHIM
;
Hun Young JUNG
;
Eun Jin SA
;
Hyo Jin PARK
;
In Sup SONG
;
Yang Soo KIM
;
Young Hee CHOI
;
Byung Kook KWAK
;
Chang Joon LEE
Author Information
1. Department of Radiology, College of Medicine, Chung Ang University.
- Publication Type:Original Article
- Keywords:
Catheters and catheterization, technology;
Catheters and catheterization, complication;
Arteries,chemotherapeutic infusion
- MeSH:
Angiography;
Arteries;
Catheters;
Clavicle;
Follow-Up Studies;
Humans;
Polyurethanes;
Punctures;
Subcutaneous Tissue;
Sutures;
Vascular Access Devices
- From:Journal of the Korean Radiological Society
1998;38(5):801-806
- CountryRepublic of Korea
- Language:Korean
-
Abstract:
PURPOSE: To evaluate, using various port systems, the technique and complications of intra-arterial portimplantation in visceral (mainly hepatic) arteries for intra-arterial chemoinfusion. MATERIALS AND METHODS: Weretrospectively evaluated 30 cases of intra-arterial port implantation in 29 patients. Angiography was performedin all cases, and insertion of an implantable polyurethane port catheter was followed by angiographic exchangewhich, utilizing a .035" hydrophilic guide wire, targeted the artery. If a change in the direction of flow wasrequired, arterial flow control was performed, using an enbolie coil. In order to insert the subcutaneous portchamber, an incision approximately 4cm long was made at the puncture site and subcutaneous tissue was dissected.The port chamber was inserted into the subcutaneous pocket and fixed with a black-silk tagging suture. When thefemoral artery was punctured, the port chamber was inserted into the supra-or infrainguinal area; when the leftsubclavian artery was used, the port chamber was inserted into the lateral one third of the left clavicle. Theport systems used in the procedure were as follows : 5.8F Port-A-Cath (SIMS, Deltec, U.S.A.)(n=20) ; 5.2F A-Port(Therex, U.S.A.)(N=5); 5F PU-Anthron(Deny, Japan)(n=4) ; 5.2F R-Port(Therex, U.S.A.)(n=1). The subcutaneouschambers were inserted into the infrainguinal (n=22), suprainguinal (n=6) or subclavian area(n=2). RESULTS: Theprocedure was technically successful in all 30 cases. Port catheter tips were located in the hepatic arteryproper(n=11), the right hepatic(n=9), gastroduodenal (n=6), common hepatic (n=2), inferior mesenteric (n=1) andinternal iliac artery(n=1). In 12 cases, flow was controlled using embolic coils. Follow-up study was performed in23 cases, with a mean follow up period of 55.8 (11-161) days. Complications were noted in four cases ; two wereprocedure related and two were catheter related. CONCLUSION: Intra-arterial port implantation is a safe procedureand can be performed easily by skilled radiologists; long-term observation is, however, still needed.
