Biological absorbable suturing assembly

Abstract

The invention designs an absorbable suturing assembly capable of suturing a human tissue and organ. The suturing assembly is formed by an absorbable suturing line with line joints and a fixing member, wherein the contour of the absorbable line is similar to a continuously arrayed staples; line joints are arranged on a nail tail end and the nail body corners; the degradable fixing member is in a round disc shape; a groove recessed toward the center is arranged on the fixing member; and the bottom of the groove is in a crack structure. During the use, with a help of a guiding device, after the absorbable suturing line with the line joints passes through the human tissue and the fixing member, the line joints are clamped into the fixing member groove, so the human tissue can be sewed. The suturing assembly can be simply operated and requires less time during the operation and has reliable connection; the biological absorbable suturing assembly has great biological compatibility, causes little damage to tissues, and is suitable for tissue suture of various demands.

Description

technical field [0001] The invention relates to a bioabsorbable suturing component used for suturing human tissues during surgical operations. Background technique [0002] During surgical operations, sutures or staples are often used for anastomosis of tissues and organs such as the stomach, intestinal tract, urinary system, muscles, blood vessels, esophagus, and subcutaneous tissue. Traditional manual suturing with suture thread is complicated, especially in laparoscopic surgery, the knotting technique under the microscope is difficult, the operation takes a long time, and the patient has more chances of bleeding and injury during the operation. If the knot is not firm after suture, the thread knot After loosening, it is easy to cause massive bleeding or even life-threatening. [0003] Staples have certain advantages in anastomosis of tissues and organs. This method of anastomosis has the advantages of simple operation, smooth incision, and short time consumption. At pre...

AI Technical Summary

Problems solved by technology

Staples made of polymer materials are degradable in the body, and the final products of degradation are usually carbon dioxide and water, which are harmless to human tissues and have good biocompatibility. However, it is difficult for such materials to achieve the strength and toughness of metal materials. To ensure sufficient strength and toughness for clinical application, the currently designed staples have a relatively thick foot diameter, which remains in the tissue and affects tissue healing

Magnesium and magnesium alloy staples are metal staples that can be degraded in the human body. However, in order to control the degradation rate of such staples in vivo, it is necessary to add aluminum, rare earth elements and other substances. Since aluminum is recognized as neurotoxic, rare earth elements in Accumulation in the body can produce toxic reactions and cause surrounding tissue lesions, so the biological toxicity, carcinogenicity and genotoxicity of this type of staples need to be further studied

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