Sl 10 microcatheter

Manufactured by Stryker

Sourced in United States

The SL-10 microcatheter is a small, flexible medical device designed for use in minimally invasive procedures. It is intended to provide access and facilitate the delivery of diagnostic or therapeutic agents to targeted areas within the body. The SL-10 microcatheter features a small diameter and a high degree of flexibility, allowing it to navigate through narrow and tortuous blood vessels. The device is constructed with materials that are biocompatible and suitable for medical applications.

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Lab products found in correlation

Solitaire ab, by Medtronic (1 mentions)

3 protocols using sl 10 microcatheter

Endovascular Techniques for Intracranial Aneurysms

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Coiling was performed through a 0.017-in. SL-10 microcatheter (Stryker, Kalamazoo, MI, USA). In all BAC procedures, Sceptre balloons (Microvention/Terumo, Aliso Viejo, CA, USA) were used.
For SAC, single-stenting or Y- and T-stenting techniques were used. Stent types implanted were Solitaire AB (Covidien, Irvine, CA, USA), Neuroform EZ and Atlas (Stryker, Kalamazoo, MI, USA), LEO Baby (Balt, Montmorency, France) or LVIS Jr. (Microvention/Terumo, Aliso Viejo, CA, USA).
In one case, the eCLIPs (Endovascular Clip System; Evasc Medical Systems Corp., Vancouver, BC, Canada) device was used to reconstruct the neck.

Ozpeynirci Y., Hutschenreuter B., Forbrig R., Brückmann H., Liebig T, & Dorn F. (2020). Endovascular treatment of basilar tip aneurysms in the era of endosaccular flow disruption: a comparative study. Neuroradiology, 63(4), 619-626.

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Aneurysm Coiling: 3D-Printed Model Study

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After receiving approval from our institutional review board (IRB 567513), 10 3D-printed aneurysm models (Objet Eden 260V Polyjet 3D printer, Object-Stratasys, Inc., Eden Prairie, MN) were generated from one patient’s 3D rotational intracranial DSA and CTA. Details of the additive printing process are found in earlier publications.^{7 , 8} A 21 mm thick aluminum block was placed in the FOV to simulate the attenuation offered by the cranium. For a 70–76kVp input x-ray spectrum, the beam quality reaching the detector with a 21 mm Al block in the FOV is similar to the average beam quality with a head.¹⁶All aneurysms underwent primary coiling with each aneurysm treated with the same set of devices: 7-French Cook shuttle (Cook Medical, Bloomington, IN), SL-10 microcatheter (Stryker Neurovascular, Fremont, CA), 0.14-in Synchro 2 micro-guide wire (Stryker Neurovascular), and 8 mm×20 cm Target 360 soft coils (Stryker Neurovascular). A 50% dilution of Omnipaque 240 solution (GE Healthcare, Waukesha, WI) was used as the contrast agent for all DSA runs. These images were acquired at a research computer station using custom-built acquisition software (Control, Acquisition, Processing, and Image Display Systems [CAPIDS]).^{4 (link)}

Sonig A., Setlur Nagesh S.V., Fennell V.S., Gandhi S., Rangel-Castilla L., Ionita C.N., Snyder K.V., Hopkins L.N., Bednarek D.R., Rudin S., Siddiqui A.H, & Levy E.I. (2018). A Patient Dose-Reduction Technique for Neuroendovascular Image-Guided Interventions: Image-Quality Comparison Study. AJNR: American Journal of Neuroradiology, 39(4), 734-741.

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Superselective Sinus Thrombosis Protocol

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An SL-10 microcatheter (Stryker) was navigated into the SSS using the Transcend wire. Superselective angiographic runs were performed using the SL-10 to reveal the sinus anatomy (Fig. 2A). A HyperForm balloon (Medtronic) was also navigated into the sinus under the roadmap technique and stationed just proximal to the SL-10 tip (Fig. 2B). The balloon was inflated, and contrast injec- tions via the SL-10 microcatheter confirmed occlusion of the sinus (Fig. 2C andD). After confirmation, 150-200 U swine thrombin (Sigma-Aldrich) was slowly injected over 20 minutes through the SL-10 microcatheter while the balloon remained inflated. After 20 minutes, the balloon was deflated and removed. Arterial pump runs and superselective sinus runs confirmed the sinus thrombosis (Fig. 3A andB). If insufficient thrombosis was achieved, the above steps were repeated.

Pasarikovski C.R., Ku J.C., Keith J., Ramjist J., Dobashi Y., Priola S.M., da Costa L., Kumar A, & Yang V.X.D. (2021). Mechanical thrombectomy and intravascular imaging for cerebral venous sinus thrombosis: a preclinical model. Journal of neurosurgery, 135(2).

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