Surgical Bandage & Methods for Treating Open Wounds

Abstract

A surgical bandage for treating a wound that allows various fluids or fluid-like substances including cyanoacrylate adhesives to be applied. The surgical bandage has a wound treatment portion for being placed over a wound and a place for a flowable cyanoacrylate adhesive or any other fluid or fluid-like substance to be applied to the underlying would (laceration, surgical incision or other tissue separation). A source is used to apply the cyanoacrylate or other fluid to the wound treatment portion flowing through at least one opening of the wound treatment portion to the underlying wound and its surrounding area either by direct application or from a non-contact distance. The surgical bandage allows for direct visualization before, during, and after its application. The surgical bandage allows for removal of blood or any fluid that may be present in, on, or around the wound by blotting or wiping.

Description

PRIORITY [0001] This application claims priority from United States Provisional Application filed on 2 Dec. 2002 and assigned U.S. Provisional Application Ser. No. 60 / 430,257, and United States Utility Application filed on 19 Mar. 2003 and assigned U.S. Utility application Ser. No. 10 / 392,143, all of which the contents thereof are incorporated herein by reference.FIELD OF THE INVENTION [0002] The present invention relates to surgical bandages, specifically to bandages that promote wound healing having both the means to approximate (or bring into apposition) the wound edges of a laceration or surgical incision under direct visualization and a means for directly applying medicines or other agents after the wound has been stabilized and closed. While the surgical bandage of the present invention holds the wound edges in close approximation, the structure of the surgical bandage allows substances, such as medicines (e.g., antibiotics, pain relieving medicines and agents that promote wou...

AI Technical Summary

Benefits of technology

[0010] The present invention provides a surgical bandage which facilitates closure, stabilization, and dressing of an open wound, laceration or surgical incision while making possible the subsequent application of medicines, agents, and ultrasonic energy (or other form of energy) which promote wound healing and / or adhesives through openings or interstices in the surgical bandage while allowing for visualization during and following placement of the surgical bandage and any subsequent application of any substances through its openings.

[0011] The central, non-absorbent segment of the surgical bandage of the present invention is thinner, allowing direct application and passage of substances through to the underlying surface. The thinness of the central segment also allows for substances to form a continuous layer that overlies the closed wound as they fill and overflow the openings of the central, non-absorbent segment. The surgical bandage of the present invention has been designed to allow for maximal direct visualization of the process of approximating the edges of the wound, laceration or surgical incision. The ability to visualize the wound surface, even after closure, is very important in monitoring the wound healing process to guard against infection and for other obvious reasons. Also, the openings in the surgical bandage allow an opportunity to wipe away or blot dry any blood, transudate or other form of liquid or moisture that may have accumulated near the approximated wound edges prior to direct application of any substance. Another possible benefit of the surgical bandage described herein is that wounds that occur in areas where there is increased tension on the skin because of repetitive flexion and extension at or near a joint can have the surgical bandage left in place after its placement to help prevent separation of the closed wound edges once they have been approximated and subsequent application of any substance.

[0012] The surgical bandage of the present invention can be used with many different substances including adhesives (such as cyanoacrylates) or other tissue sealants to provide for quick, easy and effective wound, laceration or surgical incision closure and stabilization after which the natural healing process can occur. It is envisioned that adhesives (such as cyanoacrylates) and other tissue sealants may be used together with the surgical bandage of the present invention, by individuals who are not healthcare professionals.

Problems solved by technology

Sutures (or stitches) have the advantage of strength in holding the wound edges in close approximation but are somewhat complicated and time-consuming to place.

Placement and removal of sutures may involve some pain and may require the use of local anesthetics.

There is the inconvenience of a second visit to a healthcare professional which is usually required to remove the sutures.

Tape is simple and fast to use to approximate wound edges and requires little expertise and only minimal experience.

However because the strength is dependent on adhesives that are pre-placed on the surface of the tape and are subject to losing their adhesive ability over time or with exposure to moisture, tape may not hold the wound edges close together for a long enough period of time to allow the natural wound healing process to occur.

Like sutures, placement of staples may be painful and require the use of local anesthetics.

Staples also involve the inconvenience of a second trip to have them removed by a healthcare professional.

In addition, both sutures and staples may leave a scar pattern that is cosmetically unattractive.

However, the bonding pad is thick and therefore, has the disadvantage of not allowing direct visualization of the wound and the adjacent areas before, during and after its application.

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