Polyglycolic acid is a synthetic absorbable surgical suture that has greater strength and flexibility than absorbable collagen sutures. It is used in procedures that require the approximation of soft tissues for 90 to 120 days. It is a glycolic acid multifilament and twisted homopolymer with a synthetic coating of calcium stearate and polycaprolactone that promotes smooth transit through tissue and provides ease, safety, and precise placement in knotting. The polyglycolic acid suture is extremely needful to everyone out by there.
What kind of description does it behold?
The Polyglycolic Acid suture is an easily absorbed braiding multifilament surgical suture with synthetic wrapping that has higher tensile strength, a longer absorption period, and causes low inflammation.
Chemical hydrolysis is used to break it down, and the human body absorbs and processes it. Mass loss happens once the suture is absorbed, and the suture is completely reabsorbed within 90 days. This suture delivers robust and secure knotting and has excellent workability.
What indication does it provide?
In rat uterine and abdominal wall tissues, the inflammatory response and tissue fibrosis of polyglactin and polyglycolic acid suture materials were studied. When tried to compare to polyglycolic acid suture (Vicryl), the tissue inflammatory activity and fibrosis were much less in the uterus and skin 90 days following surgery (Dexon). Furthermore, for both suture materials, the overall tissue reaction in the skin was much higher than the uterine. Over and beyond the creation of adhesions between one organ and the other, the prospective significance of tissue fibrosis in oviductal surgery is stressed.
Appropriate for generalized soft tissue approximation and/or ligation in a variety of surgical procedures.
The amplitude of tissue response to suture material differs for various tissues, epithelial layer wall fibrosis does not always correlate to external tissue adhesions, adhesions are highest at the surgical knots irrespective of the surgical sutures utilized, and polyglycolic acid suture substance may be beneficial to polyglycolic acid suture material for fertility problems surgery, where minimal tissue reaction is required.
MITSU- Suture with the most versatility for soft tissue adaptation
Reliability is ensured by using best-in-class raw materials.
Sharper needles for a more comfortable and seamless experience penetration.
Due to the high needle-thread count, the performance is uniform at every stroke.
Integrity MITSU is a braiding and coated synthetic suture constructed of poly (glycolide-co-l-lactide) (90/10) that is mid-term available for absorption. MITSU degrades through hydrolysis, ensuring reliable and consistent consumption.
- • Knot repositioning with care
- • Outstanding knot security
- • Rundown of a smooth knot
- • Material is pliable, making it easy to handle.
A suitable absorbable substance would be preferable, except for a few circumstances when everlasting sutures are required, such as anastomoses connecting prosthetic and host blood arteries. Because catgut, the much more popular absorbable PGA surgical suture, fails many of the other properties of an ideal suture, non-absorbable sutures are routinely utilized.
Polyglycolic acid suture substance is a glycolic acid (hydroxyacetic acid) linear homopolymer with a large molecular mass that is produced into thin filaments and bundled into sutures of varying thicknesses in the same way as other synthetic fibres.