Description

VICRYL RAPIDE™ is a specialized absorbable surgical suture designed for effective short-term wound support. Crafted from a synthetic multifilament material known as polyglactin 910, it offers excellent handling and knot security, making it ideal for superficial soft tissue approximation in both skin and mucosa.

Key Features

• Absorption Profile: Provides wound support for approximately 10 days, with complete absorption occurring around 42 days. This profile is particularly beneficial in situations where suture removal is undesirable, such as in pediatric patients or rapidly healing tissues.
• Tensile Strength: Retains about 50% tensile strength at 5 days and diminishes to 0% by two weeks, aligning with its intended use for tissues that heal quickly.

Needle Configurations

Available in various sizes and needle types, including:

• Sizes: 2-0, 5-0, and 6-0
• Needle Types: CT-1, CP-1, P-1, and P-3, featuring taper point and reverse cutting designs

These configurations enhance versatility, allowing for precise application in different surgical scenarios.

Packaging

Each suture is provided as a single strand per pack, with options for boxes containing 12 or 36 strands. This packaging approach supports tailored usage based on surgical needs.

Special Features

Some variants include MULTIPASS® Needles, further enhancing performance in specific surgical contexts. The suture is undyed, maintaining discretion in appearance while fulfilling its functional role.

Handling and Maintenance

VICRYL RAPIDE™ requires standard surgical techniques for optimal knot security. Surgeons may advise patients to monitor and potentially remove any remaining suture fragments after about 10 days to minimize infection risk or tissue reaction.

Usage Considerations

Not recommended for use in tissues with poor blood supply or in patients with delayed wound healing. It should not be reused or re-sterilized, ensuring adherence to safety and efficacy standards.

VICRYL RAPIDE™ stands out as a reliable choice for healthcare professionals seeking a suture that aligns with the dynamic healing needs of specific tissues, offering both practicality and performance in surgical settings.