Abstract: A decompression device and method for removing marrow and other fluid from an intramedullary canal. The decompression device includes a cannula having a channel that allows fatty marrow to pass therethrough. A first port extends from the device and is in operable connection to a vacuum source that creates suction for removing fluid from the intramedullary canal. In some embodiments, one or more fenestrations are disposed along the second end of the cannula to expedite the removal of the fluid. In operation, the cannula is inserted into the intramedullary canal of a femur. Once fatty marrow is removed from the intramedullary canal, the cannula is removed and a reaming device is inserted into the femur. In this way, the fatty marrow is removed prior to the reaming procedure in order to prevent these fluids from traveling to the lungs causing blockage that leads to severe cardiorespiratory and vascular dysfunction.

Abstract: A decompression device and method for removing marrow and other fluid from an intramedullary canal. The decompression device includes a cannula having a channel that allows fatty marrow to pass therethrough. A first port extends from the device and is in operable connection to a vacuum source that creates suction for removing fluid from the intramedullary canal. In some embodiments, one or more fenestrations are disposed along the second end of the cannula to expedite the removal of the fluid. In operation, the cannula is inserted into the intramedullary canal of a femur. Once fatty marrow is removed from the intramedullary canal, the cannula is removed and a reaming device is inserted into the femur. In this way, the fatty marrow is removed prior to the reaming procedure in order to prevent these fluids from traveling to the lungs causing blockage that leads to severe cardiorespiratory and vascular dysfunction.

Abstract: A spinal support device for alleviating a user's spinal or neck pain. The spinal support device includes a support having a plurality of inflatable bladders positioned on an upper surface thereof. A pump supplies a fluid, such as air or water among others, to the plurality of bladders so as to inflate the same. Each bladder further includes a pressure sensor for monitoring the pressure therein and a valve for sealing the bladder once it has been filled. A control circuit having a microprocessor that communicates with the pump, pressure sensors, and valves is provided, wherein the microprocessor serves to close the valves when the pressure within each bladder has reached a predetermined level. The inflatable bladders may be successively inflated and deflated so as to provide a massaging effect. Further, a heating layer may be disposed over the bladders to provide heat to the user's body.

Abstract: A spinal support device for alleviating a user's spinal or neck pain. The spinal support device includes a support having a plurality of inflatable bladders positioned on an upper surface thereof. A pump supplies a fluid, such as air or water among others, to the plurality of bladders so as to inflate the same. Each bladder further includes a pressure sensor for monitoring the pressure therein and a valve for sealing the bladder once it has been filled. A control circuit having a microprocessor that communicates with the pump, pressure sensors, and valves is provided, wherein the microprocessor serves to close the valves when the pressure within each bladder has reached a predetermined level. The inflatable bladders may be successively inflated and deflated so as to provide a massaging effect. Further, a heating layer may be disposed over the bladders to provide heat to the user's body.

Abstract: The present invention provides a halogen coated biomedical device and a method for producing the device. The method generally involves generating a plasma that affects the release of a halogen species from a source. The halogen reacts with the surface of the biomedical device to form a halogen coating.