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Working closely with Special Operations Forces medics, Revmedx developed a novel hemostatic dressing (XSTAT™ dressing) capable of stopping high-flow arterial bleeding from non-compressible wounds. The core technology behind the XSTAT dressing is mini-sponges that expand upon contact with blood -- resulting in a nearly immediate hemostatic effect without manual compression. We are incorporating this self-expanding sponge technology into a portfolio of hemostatic dressings to treat a wide range of wound types.
RevMedx’s XSTAT™ dressing was recognized with a MEDY award for the most disruptive technology at FutureMed November 2013. FutureMed is a specialized executive program by Singularity University, focused on the impact of rapidly advancing technologies on the transformation of health, and biomedicine.
The team settled on a sponge made from wood pulp and coated with chitosan, a blood-clotting, antimicrobial substance that comes from shrimp shells. To ensure that no sponges would be left inside the body accidentally, they added X-shaped markers that make each sponge visible on an x-ray image.
The sponges work fast: In just 15 seconds, they expand to fill the entire wound cavity, creating enough pressure to stop heavy bleeding. And because the sponges cling to moist surfaces, they aren’t pushed back out of the body by gushing blood. “By the time you even put a bandage over the wound, the bleeding has already stopped,” Steinbaugh says.
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Reposted via Next Big Future
Working closely with Special Operations Forces medics, Revmedx developed a novel hemostatic dressing (XSTAT™ dressing) capable of stopping high-flow arterial bleeding from non-compressible wounds. The core technology behind the XSTAT dressing is mini-sponges that expand upon contact with blood -- resulting in a nearly immediate hemostatic effect without manual compression. We are incorporating this self-expanding sponge technology into a portfolio of hemostatic dressings to treat a wide range of wound types.
RevMedx’s XSTAT™ dressing was recognized with a MEDY award for the most disruptive technology at FutureMed November 2013. FutureMed is a specialized executive program by Singularity University, focused on the impact of rapidly advancing technologies on the transformation of health, and biomedicine.
The team settled on a sponge made from wood pulp and coated with chitosan, a blood-clotting, antimicrobial substance that comes from shrimp shells. To ensure that no sponges would be left inside the body accidentally, they added X-shaped markers that make each sponge visible on an x-ray image.
The sponges work fast: In just 15 seconds, they expand to fill the entire wound cavity, creating enough pressure to stop heavy bleeding. And because the sponges cling to moist surfaces, they aren’t pushed back out of the body by gushing blood. “By the time you even put a bandage over the wound, the bleeding has already stopped,” Steinbaugh says.
Read more »
Reposted via Next Big Future
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