Iliofemoral deep venous thrombosis moniliform eccentric sacculus thrombolysis thrombectomy catheter and using method of same

Abstract

The invention discloses an iliofemoral deep venous moniliform eccentric sacculus thrombolytic thrombolysis thrombectomy catheter and a using method of the iliofemoral deep venous thrombosis moniliform eccentric sacculus thrombolysis thrombectomy catheter. The tail end of the catheter is composed of two openings, wherein one is a sacculus catheter opening, and the other one is called a Y valve connector, is a common entrance of a guide wire for guiding and a thrombolysis catheter, and is used by being connected with a Y valve. A catheter end is a two-cavity catheter composed of two catheters in a fusing mode, wherein the two catheters are mutually independent in function, one cavity serves as a sacculus catheter passage, and the other cavity serves as a guide wire and thrombolysis catheter passage. A catheter working part is composed of moniliform eccentric sacculus and a corresponding crack thrombectomy catheter on the other side. Catheter cavities are made of a +PTEE hydrophilic coating. Each part of the sacculus and each part of thrombolysis (with the length of 10-20cm) can work respectively or simultaneously. Sacculus (with the diameter of 5-20mm) squeezes thrombectomy. Thrombectomy medicine thrombolysis can be simultaneously filled in the crack catheter on the other side. The crack catheter on the other side can rotate so as to improve thrombolysis thrombectomy effect.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for improved blood flow by enhancing circulation through narrow passages called arteries or veins within tissues like bone marrow cells. These small channels allow fluid (blood) from these areas to move quickly towards other parts of the body where they may cause harm more effectively than if there were no passageway inside them. By inserting this device with it along one's own pathways, any blockage caused due to clotting could break off and help remove those blocks without causing damage themselves. Overall, this innovative design improves patient outcomes while reducing costs associated with alternative therapies such as surgery.

Problems solved by technology

This patented technical problem addressed in this patents relates to treatments related to plexiletieffocal-iliacocardiopathy (PDL) Deep Veenith syndrome that occurs frequently with severe consequences like dyspnea, chest wall perforations, tissue loss from ulcers, etc., particularly when dealing with older individuals. Current solutions involve removing plaque deposits through ablation procedures followed by revascularization techniques involving stenosis removal and angioplasties. However these current approaches require long hospital stays and potentially result in increased cost overall.

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