ONKOCET Ltd. has exhibited the devices from its portfolio on the MEDTEC UK exhibition in Birmingham, April 2011 through our partner Medical & Partners.
The application of labyrinth type additional cooler makes it possible to completely cool the air-plasma flow (APF) to the ambient temperature. For obtaining the narrowly-directed NO-containing gas flow (NO-CGF) of room temperature it is necessary to establish any manipulator in the nest of additional cooler and to include him. The cooled flow will be given to the object through the flexible silicone tube and the metallic tip, which is made in the form the thin-walled tube with a diameter of 4 mm from biologically inert materials. Localization and focusing is achieved by the calibration of the tip outlet. For the satisfaction of the existing today tasks for the NO-therapy by optimum the diameter of the tip outlet is less than 1 mm. The application of narrowly-directed completely cooled NO-CGF makes it possible to act on the region of pathology from any distance - to 250 mm.
Version 1
If cavity has a form of pocket and an opening, with which it is connected with the surrounding space, it is more than the diameter of metallic tip, then the latter directly is introduced into the opening of connection. Located in the cavity (pocket) air is displaced by forced NO-CGF. The atmosphere with the increased content of the nitrogen oxide is created after a certain time in the cavity.
Version 2
Connection of metallic tip to the already existing or specially established vent lines makes it possible to process by the nitrogen oxide practically any internal cavities of man.
For this metallic tip is connected airtightly up to the vent line (tube of supply) established in the cavity. NO-CGF injects rocking into the workable cavity, and the gas located in it emerges through another tube, which connects cavity with the surrounding space (tube of discharge).
The version of working cavities with the aid of the two-clearance drainages (Fig. a) or of the coaxial (tube in the tube) version of introduction NO-CGF into the cavity (Fig. b), and also the supply of the nitrogen oxide to the region of pathology through the puncture needles and the biopsy channels of endoscopic instruments are possible.