Abstract: A specimen collection container assembly including a collection tube having a first open end and a second open end, and an interior reservoir formed within the collection tube. The assembly further includes a cap configured to be couplable to the collection tube to close the first open end, as well as a plug configured to be couplable to the collection tube to close the second open end. The collection tube also includes a flat mouth portion extending 360° around the first open end.

Abstract: A gas-enhanced electrosurgical generator. The gas-enhanced generator has a housing, a first gas control module in the housing and configured to control flow of a first gas, a second gas control module in the housing and configured to control flow of a second gas, a high frequency power module, and a controller, processor or CPU within the housing and configured to control the first gas control module, the second gas control module and the high frequency power module. The first gas and second gas may be any of CO2, argon and helium or another gas. The gas-enhanced electrosurgical generator may have a third gas control module in the housing and configured to control flow of a third gas and a third connector secured on an exterior of the housing.

Abstract: A gas control module for a gas-enhanced electrosurgical system. The gas control module has an inlet port, a first solenoid valve connected to said inlet port, a first pressure sensor, a first pressure regulator, a first flow sensor, a first proportional valve, a second flow sensor, a second solenoid valve, said second solenoid valve being a 3-way valve, a vent connected to said second solenoid valve, a second pressure sensor, a third solenoid valve and an exit port.

Abstract: A gas-enhanced electrosurgical generator. The gas-enhanced generator has a housing, a first gas control module in the housing and configured to control flow of a first gas, a second gas control module in the housing and configured to control flow of a second gas, a high frequency power module, and a controller, processor or CPU within the housing and configured to control the first gas control module, the second gas control module and the high frequency power module. The first gas and second gas may be any of CO2, argon and helium or another gas. The gas-enhanced electrosurgical generator may have a third gas control module in the housing and configured to control flow of a third gas and a third connector secured on an exterior of the housing.

Abstract: An automated robotic navigational surgical system that will detect dye (which is injected external to this system) that marks the areas of operation. The color and type of dye used will be one that is both distinct and highly reflective. There are four sections to the automated robotic navigational surgical system: Energy Source, Display Unit and Control Arm, Sensor Array, Disposable Tip.

Abstract: A gas control module for a gas-enhanced electrosurgical system. The gas control module has an inlet port, a first solenoid valve connected to said inlet port, a first pressure sensor, a first pressure regulator, a first flow sensor, a first proportional valve, a second flow sensor, a second solenoid valve, said second solenoid valve being a 3-way valve, a vent connected to said second solenoid valve, a second pressure sensor, a third solenoid valve and an exit port.