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10R - Missouri BFK++ - Refill

10PW - Missouri Body Fluid

First Aid and emergency Kit for autos. Includes: Alcohol Pads, 12 ct; Adhesive Bandages Plastic 0.75X3", 2 ct; Insect Sting Relief Pads, 4 ct; Junior Adhesive Bandages 0.38x1.5”, 10 ct; Triple Antibiotic Ointment Packet; AA Batteries (2); Aluminized Rescue Blanket, 52" x 84"; Booster Cables, 8"; Bungee Cord; Cable Ties (10)’ Carton Cutters (2); Duct Tape; Flashlight; Nitrile Exam Gloves (4); Poncho; Pressure Gauge; Screw Driver; Warning Triangle

The UroShield driver is an electronic unit intended to drive an accessory (Ultrasonic Actuator) that creates surface acoustic waves on Urinary catheter to prevent bacterial adhesion and minimized risk of CAUTI (Catheter Associated Urinary Tract Infections).

The UroShield device is a single-patient, extracorporeal accessory to indwelling urinary catheters consisting of a disposable Actuator and a reusable Driver. After the Foley catheter is placed in the patient, the disposable Actuator is clipped on the extracorporeal part of the catheter and then connected to the reusable Driver through the Actuator’s cable connector and Driver’s cable socket connection. When the Driver is turned on, the Actuator creates surface acoustic waves that propagate on the catheter surface. The UroShield surface acoustic waves reduce bacterial adhesion on the catheter surface, thereby designed to minimize the risk of CAUTI (Catheter-Associated Urinary Tract Infections).

A package of 10 x UroShield disposable Actuators The UroShield is a single catheter use accessory that is clipped on the catheter's external part. After connection to the reusable Driver and activation, Actuator creates surface acoustic waves that cause small acoustic vibrations on the catheter surface to prevent bacteria adhesion to the catheter surface.

The UroShield disposable Actuator is a single catheter use accessory that is clipped on the catheter's external part. After connection to the reusable Driver and activation, Actuator creates surface acoustic waves that cause small acoustic vibrations on the catheter surface to prevent bacteria adhesion to the catheter surface.