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Renegade hi flo microcatheter

Manufactured by Boston Scientific
Sourced in New Zealand, United States

The Renegade HI-FLO microcatheter is a laboratory equipment product designed for use in various medical procedures. It is a thin, flexible catheter with a high-flow lumen, enabling efficient fluid delivery or sample aspiration. The Renegade HI-FLO microcatheter is intended for use in controlled laboratory settings and according to established protocols.

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4 protocols using renegade hi flo microcatheter

1

Uterine Fibroid Embolization Technique

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An interventional radiologist with 10 years of experience in interventional radiology (K.H.) performed all embolization procedures. Briefly, a unilateral femoral access was achieved, and multiple angiographic steps were performed to define the uterine arterial anatomy. Consecutive direct selective catheterization of both uterine arteries was performed in all cases during the same procedure. First, the main uterine artery was engaged on one side using a Roberts uterine catheter (Cook, Inc, Bloomington, Indiana). Embolization of the uterine fibroids was performed through a coaxially advanced microcatheter (Renegade HI-FLO microcatheter; Boston Scientific, Marlborough, Massachusetts) using 500–900 μm microspheres (Embosphere; Merit Medical Systems, Inc, South Jordan, Utah). The angiographic endpoint was devascularization of the fibroid (complete lack of angiographic contrast material uptake) while preserving antegrade flow in the main uterine artery. The same technique was used to treat the contralateral side.
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2

Selective Hepatic Artery Catheterization

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Using US guidance, the right common femoral artery was accessed with a 21-gauge needle through which a 5F vascular access sheath was advanced. A Simmons one hydrophilic glidecath (Terumo, Tokyo Japan) was then carried through this to the proper hepatic artery. Subsequently, a Renegade Hi-Flo microcatheter was advanced (Boston Scientific, Natick MA), and used for sub-selective branch therapy [Figure 2]. Typical femoral vascular access closure was obtained by either STARCLOSE (Abbott Vascular, Chicago, IL), MYNXGRIP (Cardinal Health, Dublin, OH), ANGIO-SEAL (Terumo, Somerset, NJ) or manual compression. The patient was then transferred to the recovery area with their lower extremity straight for 2 hours before discharge.
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3

Radial Artery Embolization Protocol

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Typical TRA UAE was performed after Barbeau’s eva-luation of the radial artery [17 (link)]. Patients with a type D response were excluded from the study. For every patient, an ultrasound image documented the radial artery to be 2 mm in size. Prior to the procedure, the skin overlying the left radial artery was anaesthetized with lidocaine and nitroglycerin paste. Under ultrasound guidance, the radial artery was accessed with a 21-gauge needle. After placement of a 5F vascular access sheath, a 5F angled tip hydrophilic Glidecath (Terumo, Tokyo, Japan) was advanced to the internal iliac artery. Through this, a Renegade Hi-Flo microcatheter was advanced (Boston Scientific, Natick, MA) and used to select the uterine artery (Figure 1). For each patient, a radial artery “cocktail” was utilized post-procedure which included 200 ug nitroglycerin, 2.5 mg verapamil, and 3000 units of heparin.
After embolization, all wires and catheters were removed. Before removal of the sheath, a TR Band (Terumo, Somerset, NJ) was placed on the left wrist over the arteriotomy site and inflated to obtain haemostasis. The haemostasis was subsequently maintained for 60 minutes. Arterial haemostasis was reconfirmed as the cuff was incrementally deflated. Upon cuff removal by nursing staff in the recovery unit, the patient was observed for an additional 30 minutes prior to discharge.
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4

Splenic Artery Embolization Protocol

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The SAE procedure was performed 6–8 h before OS by an interventional radiologist with ten years of experience in SAE using the following technique: the femoral artery was punctured and a 5-F introducer sheath was placed; the splenic artery was catheterised under fluoroscopy using a 4- or 5-F cobra catheter (Imager, Boston Scientific, USA). We used a microcatheter (Renegade HI-FLO microcatheter, Boston Scientific, USA) in five patients with a tortuous splenic artery. The microcatheter was advanced through the cobra catheter till the splenic hilum. After securing the left gastroepiploic artery to preserve distal pancreatic branches of the splenic artery, infusion of polyvinyl alcohol particles (300–355 μm in diameter) (Contour Emboli, Boston Scientific Cork Ltd., Ireland) mixed with 25 mL of iodinated contrast and one ampule of gentamycin (80 mg) was done. The embolisation procedure was considered satisfactory when at least 60–70% of the parenchymal vascularity appeared as occluded at subjective assessment (Fig. 1). The procedure was performed using an angiography unit (Cath Lab System, Siemens, Artis Zee Ceiling VC21C). The average duration of the procedure was 20 min.

Digital subtraction angiography of the splenic artery before (left panel) and after (right panel) embolisation, showing 60–70% occlusion of the parenchymal vascularity of the spleen

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