Description

SUTURE VICRYL, crafted by Ethicon, is a highly regarded surgical suture known for its versatility and reliability in various medical procedures. Composed of polyglactin 910, this synthetic, absorbable suture is designed to meet the needs of healthcare professionals seeking effective wound closure with minimal tissue reaction.

Key Features

• Braided Multifilament Structure: The braided design enhances handling and knot security, providing surgeons with confidence during delicate procedures.
• Coating: Its coated surface further improves manageability, ensuring precise and secure knot placement.
• Absorption Profile: Predictably absorbed by the body through hydrolysis, SUTURE VICRYL eliminates the need for removal, typically completing absorption within 56 to 70 days.

Color Options

Available in both violet and undyed options, it maintains tensile strength effectively for up to three weeks, making it suitable for tissues that do not require long-term support.

Applications

Commonly used in:

• General surgery
• Gynecological surgery
• Ophthalmic surgery
• Oral and dental surgery
• Cosmetic and plastic surgery

Its application extends to soft tissue approximation and ligation, as well as buried dermal sutures and hand-sewn bowel anastomosis.

Benefits

• Minimal Tissue Reaction: SUTURE VICRYL is designed to minimize tissue response, reducing the risk of complications.
• Not Suitable for Long-Term Support: It is not recommended for tissues requiring prolonged support, such as fascia or tendons.

Special Considerations

In rare cases, it may persist as a small nodule or extrude, known as "spitting." The multifilament structure may harbor infection more than monofilament sutures, a consideration for specific surgical environments.

Variants

The Vicryl Rapide variant offers faster absorption, ideal for superficial skin closures like pediatric facial lacerations and lip repairs.

Conclusion

SUTURE VICRYL's trusted performance and comprehensive features make it an essential tool in the surgical toolkit, aligning with the demands of modern surgical practices where absorbability and minimal tissue response are desired.