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NuStat is indicated for temporary control of internal organ space bleeding for patients displaying class III or class IV bleeding. It may also be used for control of severely bleeding wounds such as surgical wounds and traumatic injuries.

The NuStat is a hemostatic wound dressing that is composed of continuous filament silica and bamboo cellulose rayon fiber and is provided with radiopaque thread. The distribution of cellulose and silica fibers in each dressing is 65% silica fiber and 35% bamboo cellulose rayon fiber. The dressings are available in various sizes and provided sterile in either foil, Tyvek, or LDPE pouched configurations. The NuStat hemostatic wound dressings have a number of hemostatic properties that enhance the ability of the dressing to temporarily control bleeding. NuStat Hemostatic Dressing's mode of action is via absorption of fluid, which results in a physical aggregation of blood cells and clotting factors at the site of application. The radiopaque element allows for detection via x-ray.

OTC: NuStat is indicated to temporarily control bleeding in minor cuts, lacerations, punctures, abrasions and incisions. Rx: NuStat is a single-use hemostatic wound dressing applied externally with mechanical compression to temporarily control bleeding in lacerations, punctures, abrasions, surgical wounds (operative, dermatological, etc.) and traumatic injuries.

The Nustat XR Hemostatic Dressing is a hemostatic wound dressing that composed of continuous filament silica and bamboo cellulose. The distribution of cellulose and silica fibers in each dressing is 65% silica fiber, 35% cellulose. The dressings are available in various sizes in either Tyvek or LDPE pouched configurations and are available with or without the Radiopaque thread. The dressings are either z-folded or rolled into a medical grade Tyvek pouch or LDPE pouch which is then sterilized using gamma irradiation to a sterility assurance level of 10-6. The NuStat® range of hemostatic wound dressings have a number of hemostatic properties which enhance the ability of the dressing to temporarily control bleeding. The cellulose and continuous filament silica influence the contact activation pathway of the coagulation cascade by absorbing blood fluids, resulting in the localized concentration of platelets and clotting factors. The negatively charged fibers of the continuous filament silica simulate the negative ions secreted by activated platelets, which further influence the coagulation cascade. The radiopaque element allows for detection via x-ray.