Description

SUTURE VICRYL, made from Polyglactin 910, is a synthetic, absorbable suture renowned for its versatility and reliability in various surgical applications. Its multifilament, braided structure provides excellent flexibility and handling, making it a preferred choice for surgeons in fields such as general surgery, gynecology, ophthalmology, and more.

Material and Coating

Crafted from a synthetic co-polymer, this suture is coated to enhance its handling characteristics. The coating ensures smooth passage through tissue, minimizing trauma and providing good knot security, which is crucial for effective wound closure.

Absorption Profile

One of the key features of SUTURE VICRYL is its predictable absorption profile. It is absorbed by the body through enzymatic reactions or hydrolysis, with complete absorption typically occurring within 56 to 70 days. This eliminates the need for suture removal, making it ideal for tissues that heal rapidly or where removal is undesirable.

• Tensile Strength Retention:
• Approximately 75% at two weeks
• Approximately 50% at three weeks

Tissue Interaction

SUTURE VICRYL is designed to minimize tissue reaction, ensuring low tissue response and reducing the risk of complications. However, it is not suitable for tissues requiring long-term support, such as fascia or tendons, and may harbor infection more than monofilament sutures. Occasionally, it may persist as a small nodule or extrude, a phenomenon known as "spitting."

Applications

This suture is highly effective for soft tissue approximation and ligation, making it suitable for:

• Cosmetic and plastic surgery
• Dental surgery
• Oral surgery
• Hand-sewn bowel anastomosis

Its use is particularly advantageous in deep tissues and in situations where suture removal is not desirable.

Approval and Safety

SUTURE VICRYL is FDA approved, providing assurance of its safety and efficacy. Its design ensures that it does not tear tissue, offering peace of mind to both surgeons and patients.

Conclusion

Overall, SUTURE VICRYL offers a reliable solution for surgical needs, combining excellent handling, predictable absorption, and minimal tissue response to support optimal healing outcomes.