Abstract: A system in accordance with embodiments of the present invention includes a cannula interconnected to a collection vessel by a flexible conduit. The collection vessel can comprise one or more syringe bodies. The syringe bodies are provided with tissue removed from a body using the cannula by a tissue transfer channel. As a result, multiple syringe bodies can be loaded with tissue, without requiring manual handling of that tissue. Alternatively or in addition, a collection bag can be provided for receiving tissue removed from a body using a cannula. The tissue collection bag can include a filter. A collection vessel comprising a collection bag can be used in combination with a collection vessel comprising one or more syringe bodies.

Abstract: A system in accordance with embodiments of the present invention includes a cannula interconnected to a washing reservoir by a flexible conduit. The washing reservoir has an outlet that is connected to the inlet of a tissue collection reservoir. Washed tissue can be removed from the washing reservoir by tipping or otherwise causing the outlet of the washing reservoir to be covered by washed tissue. Tissue collected in the tissue collection reservoir can be readied for injection into a body by removing an inner or filter chamber from an outer chamber and blocking holes in the body of the inner chamber to use the inner chamber as part of a syringe.

Abstract: The present invention provides for the transplantation of tissue from a donor site in a body to a recipient site. The device includes an outer chamber having an interior volume in which a perforated inner chamber can be placed. During the aspiration of tissue, a vacuum is formed in the interior volume of the outer chamber, to draw tissue from a cannula into the perforated inner chamber. The perforations are sized such that fat is collected within the inner chamber, while fluids and other materials are drawn through the perforations, away from the collected fat. For reinjection, the inner chamber can be removed from the outer chamber, and a sleeve positioned to cover the perforations and thereby form a syringe body that can be interconnected to a needle and plunger for reinjection of the collected fat.

Abstract: A medical device and method for treating nose bleeds are provided. The device includes packing material interconnected to a flange member. The packing material is insertable into a nasal cavity, for absorbing blood and other body fluids. The flange member prevents the packing material from being inhaled or otherwise moving in an anterior direction. In addition, the flange member obscures a view of the interior of the user's nasal cavity, and therefore of blood within the cavity, or of blood that has been absorbed by the packing member.

Abstract: A medical kit, comprising a medical device, a removal member for positioning about the medical device, a bag for housing liquid, and a heating unit for heating the medical device. The removal member is positioned about the medical device and placed in the bag, and the bag is placed in the heating unit. The heating unit heats the liquid and medical device. The medical device, in an embodiment, is a nose splint having a number of holes and an adhesive on at least one side of the nose splint. The kit may also include a wrap member located about at least portions of the medical device and with the removal member located outwardly of the wrap member. The wrap member, in an embodiment, is attached to the adhesive and the removal member is not in contact with the adhesive.

Abstract: A valve for controlling fluid flow is provided. The valve may be used in a medical instrument, such as a liposuction device. The valve includes a valve stem, a handle, and a valve bore. The valve bore is located in the instrument body, and is tapered inwardly from the stem insertion end to a body closed end. The valve bore has a similar taper. A flange is attached to the body and includes a boss having a tapered surface which contacts the handle as the valve is moved from the closed position to the open position, for use in holding the valve with the body. As the valve is opened, a user can apply a force that causes the stem to move more inwardly in order to maintain the desired fit between the stem and the valve bore.