Ethicon Prolene Sutures USP 3-0, 3/8 Circle Cutting Ethiprime NW800 -12 Foils

This product consists of Ethicon Prolene Sutures, specifically USP 3-0 in size, constructed from polypropylene. Prolene sutures are synthetic, monofilament, and non-absorbable, meaning they are designed to remain in the body indefinitely without breaking down. The suture material is inert and exhibits high tensile strength, providing reliable and long-lasting tissue approximation.

Each suture is pre-attached to a 26mm, 3/8 circle, Ethiprime cutting needle. This needle type is characterized by its triangular cross-section with three cutting edges, facilitating penetration through dense or tough tissues. The Ethiprime coating on the needle is intended to reduce friction during passage through tissue, potentially allowing for smoother needle insertion and withdrawal.

The sutures are supplied in a blue color, which can aid in visualization during surgical procedures. Each unit contains 90 cm of suture material, and the product is packaged in 12 foil envelopes for sterility and convenience.

The primary mechanism of action for these sutures involves mechanical approximation of wound edges or tissues. The non-absorbable nature of polypropylene ensures that the suture material will maintain its tensile strength over an extended period, making it suitable for applications where sustained support is critical. The cutting needle design is optimized for passing through challenging tissues, allowing surgeons to create secure closures.

The monofilament construction minimizes drag and reduces the risk of bacterial harboring compared to braided sutures. The material's inertness also contributes to a low tissue reaction profile, which is beneficial for long-term implantation.

Key features and benefits include the non-absorbable nature for permanent support, high tensile strength for secure closures, and the specialized Ethiprime cutting needle for efficient tissue penetration. The monofilament structure offers smooth passage and reduced tissue trauma. The blue coloration enhances visibility during surgery.

The suture's inertness promotes a favorable tissue response, minimizing inflammation and foreign body reaction. The specific needle geometry and coating are designed to improve the surgical experience and the quality of the wound closure.

These sutures are utilized by a range of medical professionals, including surgeons, surgical nurses, and other trained healthcare providers in various surgical settings. They are intended for use in procedures where a strong, long-lasting closure is required. Patients benefit from the reliable wound healing and support provided by these sutures, particularly in cases of complex or chronic wounds.

Caregivers may also be involved in post-operative wound management where the integrity of the closure is important.

Typical applications for Ethicon Prolene Sutures USP 3-0 include cardiovascular surgery, where long-term graft and vessel repair is essential. They are also commonly employed in ophthalmic surgery for procedures such as cataract surgery and glaucoma surgery, where precise and durable tissue approximation is paramount. Other general surgical procedures requiring robust and permanent tissue support, such as hernia repair, plastic and reconstructive surgery, and gastrointestinal surgery, may also utilize these sutures.

The specific needle type is particularly useful for closing skin, fascia, and other tough connective tissues.

Important usage notes include ensuring the sterility of the suture and needle prior to use. The sutures should be handled with appropriate surgical instruments to avoid damage to the suture material or needle. Knot security is important, and surgeons should employ appropriate knot-tying techniques for polypropylene sutures to ensure a secure closure without excessive tension.

The non-absorbable nature means that if removal is desired, it must be performed manually. As with all surgical materials, proper aseptic technique should be maintained throughout the procedure. The specific needle design is intended for cutting through tissue, and its use should be guided by surgical judgment and the specific requirements of the procedure.