Blood vessel closure structure which can be completely degraded

Abstract

The invention provides a blood vessel closure structure which can be completely degraded. The structure especially aims at arterial puncture mouth closure. The structure comprises an anchor in a bloodvessel lumen, an anti-hemorrhagic compression object outside the lumen and a connecting suture; the portions, kept in the body, of the structure are all made from material which can be completely degraded; according to one particularly preferable embodiment, the anchor in the blood vessel lumen is closely attached to the blood vessel inner wall and anchors a puncture mouth; the anti-hemorrhagic compression object presses the blood vessel outer wall tightly and blocks the puncture mouth; the suture connects the anchor and the compression object, and through an auto-tightened knot, the sandwichstructure is fixed. By means of the blood vessel closure structure which can be completely degraded, the burden of longstanding manual pressing for hemostasis of a doctor is reduced, and time in bedof a patient is shortened; compared with a blood vessel suture closure structure, the blood vessel blocking closure structure has the advantages that the operative steps are simplified, and the learning cost and the hemostasis failure rate of a surgeon are reduced; the objects implanted in the body can be completely degraded, so that a suture removing process brought by use of non-degradable material is avoided.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a fully degradable blood vessel closure structure. Background technique [0002] Vascular puncture is a necessary approach for interventional surgery, and manual hemostasis has always been the only option for operators. This method requires the operator to continuously apply near-blocking pressure to the vascular puncture point for 10-20 minutes, and strictly brake for 6-24 hours. However, there are vagus nerve reflexes, long hemostasis time, occupation of medical personnel's time, long-term bed rest and other shortcomings in the manual pressure hemostasis method. In recent years, devices targeting suturing at vascular puncture sites have emerged. The vascular suture device uses multiple sutures to tighten and knot the vascular puncture under the skin. Although it can effectively reduce hemostasis and nursing time, because it uses non-degradable sutures, the suture remo...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is the vagus nerve reflex existing in the traditional manual pressing method, the hemostasis time is long, the time of the medical staff is taken up, the patient needs to be bedridden for a long time, etc.; The suture removal problem brought about, the vascular closure structure is simplified, and the cost of learning and using is reduced

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