Mechanical staple stitch

A mechanical staple suture (MSS) is a surgical suture, the application of which uses a special technique for connecting tissues with metal staples. This suture is used in various fields of medicine, such as surgery, gynecology, urology, traumatology, etc.

ShMS has a number of advantages over other types of seams. It provides a reliable and durable connection of tissues, which is especially important during operations on organs and tissues that require a high degree of tightness and resistance to stress. In addition, ShMS allows you to reduce surgery time and reduce the risk of complications.

When applying shms, special semi-automatic stitching devices are used, which ensure accurate and fast joining of tissues. The devices allow you to adjust the depth and width of the seam, which allows you to choose the best option for each specific case.

However, like any other type of surgical suture, SMS has its drawbacks. For example, it may cause discomfort to the patient, especially if used on exposed areas of the body. Also, if the suture is applied incorrectly, complications may occur, such as suppuration or suture dehiscence.

In general, SMS is an effective and safe method of connecting tissues, which is widely used in modern medicine. However, to achieve the best result, it is necessary to choose the right device and perform the operation, taking into account the individual characteristics of the patient.

A mechanical staple suture is one of the most common types of surgical sutures used in medicine to connect tissues and organs. It is characterized by high strength and reliability, which makes it an indispensable tool for many operations. In this article we will look at how a mechanical staple stitch works and what features it has.

When applying a mechanical staple suture, metal staples are inserted into the tissue using a semi-automatic stapler. This device allows the surgeon to easily and quickly apply sutures without spending a lot of time and effort on painstaking work. In addition, such a suture provides good hemostasis, since the staples have a sharp end that easily penetrates the tissue and creates a reliable fastening. The mechanical staple suture has several advantages over other types of sutures, such as suture material or threads. Firstly, it provides a more reliable connection of tissues, since the hooks that cling to the tissue are located deep in the wound, which prevents them from moving. Secondly, such a suture is less traumatic for the patient and does not require an additional procedure for removing the threads. Finally, it is suitable for use in various medical fields, including gynecology, surgery, dentistry and orthopedics. One of the disadvantages of a mechanical staple suture is that it is difficult to remove if the tissue needs to be moved in a different direction. Also, such a suture is not suitable for use on thin skin or mucous membranes, as it can damage them. In such cases, other methods of joining fabrics are used, for example, separate threads or special materials. However, in general, a mechanical staple suture is a reliable and effective tool in the hands of an experienced surgeon. Thus, a mechanical staple suture is one of the most common methods of connecting tissues in medicine. Although it has its advantages and disadvantages, its use is an important component of quality health care.