Kirn Medical Design, LLC

Channel Products, Inc.

University of Kentucky Research Foundation

Werd, LLC

Orchid Holdings, LLC

David S Kirn

Kevin J Maudsley

William Whitman

Richard D Hisel

David A Atashroo

Ben Marsico

A device for removing a breast implant, fill material, and/or a capsule from a patient is provided. The device includes a housing having a distal portion and a proximal portion, and a suction port. Together, the distal and proximal portions define an interior chamber for receiving the breast implant. A ring is attached to an end of the proximal portion and the ring and the end of the proximal portion define an orifice through which the breast implant passes during removal. A related method includes the steps of exposing the breast implant and fill material, positioning a ring attached to an end of a housing against the exposed breast implant and fill material, the ring and the end of the housing defining an orifice through which the breast implant passes during removal, and applying suction to the housing sufficient to draw the breast implant through the orifice.

Breast implant removal device and related methods

A syringe for withdrawing an aspirate from a body for micro fat grafting is provided. The syringe includes a barrel having an inner wall extending therein. The inner wall has one or more apertures formed therein allowing the aspirate to contact an absorbent positioned between the inner wall and an outer wall of the barrel. A plunger moves longitudinally within the barrel along the inner wall and has a gasket attached to a proximal end forming a seal against the inner wall. The absorbent may take many forms to absorb a non-fat cell portion of the aspirate. A related method includes retracting the plunger from a first position to draw the aspirate from a harvest site of a body into the barrel, exposing the aspirate to the absorbent, and moving the plunger toward the first position so a remaining portion of the aspirate is no longer exposed to the absorbent.

Syringe for processing fat grafts and related methods

A receiver for securing at least one tube in a patient includes a shell operable in a first position for receiving the tube and a second position for securing the tube, and a compressible member supported by the shell for contacting the tube in the second position. A bridle looped around the patient's septum may also be secured in the second position. A system for securing the tube includes a receiver and an applier. The applier supports the receiver in the first position and transitions the receiver from the first position to the second position after the tube is positioned within the receiver. A method of securing a tube includes positioning the tube in a patient, placing a flexible member around the patient's nasal septum, receiving the tube and flexible member in a shell supported by an applier, and operating the applier to move the shell to a closed position.

Nasal bridle clip applier and related method

A temporary tube placement system includes a tube having a proximal end and a distal end, a camera supported by the tube at the distal end, a plurality of fiber optic filaments through which light from a light source travels from the proximal end to the distal end, a screen for displaying images from the camera, and a power source electrically attached to the camera and the light source. The enteral tube includes a tube having a distal end portion for placement within a patient and a proximal end portion and a lumen increasing in cross section from the proximal end portion toward the distal end portion along at least a portion of the tube.

Temporary tubes and a system for placing same in a patient

A male insert for draining fluid from a patient is provided. The male insert includes a housing, a valve stem supported by the housing for pivotal movement about an axis from an extended position allowing insertion into the patient to a retracted position preventing re-insertion into the patient, a tube connected to the valve stem and supported by the housing for rotational movement about the axis, the tube and the valve stem forming a contiguous channel through which the fluid drains, a stop preventing rotational movement of the tube in a first position and allowing rotational movement of the tube in a second position, and a locking tab engaging one of the valve stem and the tube when the valve stem is in the retracted position.

Male insert for draining fluid from a patient

A device for effecting change in tissue at a treatment site includes a housing having an aperture for receiving a user's finger, a cold plate supported by said housing for cooling the tissue at the treatment site, and at least one thermoelectric cooling semiconductor thermally coupled to said cold plate and electrically coupled to a power source. In another embodiment, the cold plate may include a surface for contacting the treatment site, and at least a portion of said cold plate including said surface may extend from said housing.

Device for effecting change in tissue at a treatment site

A device for securing an oral tube, such as an endotracheal tube, positioned in a patient's trachea includes a support surface, such as an open channel, for supporting the tube. First and second arms extend outwardly from the open channel. The first and second arms form an arch having first and second ends. Bite blocks are provided adjacent the first and second arch ends for contacting the patient's teeth or gums, and a receiver for securing the tube against the support surface is likewise provided. A flexible member having first and second ends for looping around the patient's nasal septum is likewise provided. At least one of the ends of the flexible member is received in a retainer and assists in securing the device in position.

Device for securing an oral tube in a patient

An apparatus for supporting a patient's arm in a desired position during surgery includes a patient support, such as an surgical table or chair, an arm support for supporting the patient's arm, an arm support locking mechanism for securing the arm support in a desired position during surgery, and a bracket for attaching the arm support and the arm support locking mechanism to the patient support. The arm support locking mechanism includes first and second plates having notches or projections for securing the mechanism in a locked position. One of the plates also has an angled recess region for engaging a wedge-shaped member positioned between the plates in the locked position. In operation, the wedge-shaped member moves one of the plates against a force of the spring to unseat the projections from the notches in an unlocked position allowing for rotation of the arm support in two directions.

Surgical arm support locking mechanism and apparatus

Arm support

A bridle system for placing and securing a nasal tube in a patient includes a flexible member having a magnet attached to or secured within a first end thereof for insertion into a nare of a patient's nose, and a probe for insertion into a second nare of the nose. The magnetic probe attracts the flexible member magnet to assist in retrieving the first end of the flexible member through the second nare of the nose. The system further includes a receiver for securing the nasal tube and possibly the flexible member externally, adjacent the nose to prevent dislodgement by the patient or otherwise. The receiver includes first and second pivotally connected portions forming a main body. Channels are provided for receiving the nasal tube and possibly the flexible member in a snap-fit manner.

Magnetic nasal tube bridle system and related method

A bridle system for placing and securing a nasal tube in a patient includes a flexible member having a magnet attached to a first end thereof for insertion into a nare of a patient's nose, a magnetic probe for insertion into a second nare of the nose. The magnetic probe attracts the flexible member magnet to assist in retrieving the first end of the flexible member through the second nare of the nose. The system further includes a receiver for securing the nasal tube and the flexible member externally, adjacent the nose to prevent dislodgement by the patient or otherwise. The receiver includes first and second pivotally connected portions forming a main body. Channels are provided for receiving the nasal tube and flexible member in a snap-fit manner.

A laser dermatome is disclosed for harvesting and meshing grafts of skin. A roller driven by a motor lifts the leading edge of a portion of skin for cutting by a beam of light generated by a laser. Adhesive tape attached to the roller aids in lifting the portion of skin and is further utilized to secure the severed portion of skin to the roller. A stage mounted atop an axle supports the laser or a beam director. The movement of the stage is controlled by second and third motors which drive the stage along or rotate it about the axle providing directional control of the laser. A controller controls the motors and synchronizes the movements of the roller and stage dependent upon inputs from the operator and sensors during operation. In the related method, a portion of skin to be harvested is lifted by the roller and cut by the laser beam. The controller signals the motor to drive the roller, thereby lifting the severed portion of skin and exposing the next portion for further cutting by the laser. These steps are repeated until the desired size graft is obtained. The laser is secondarily utilized to perform the additional step of meshing the graft in order to allow expansion of the graft to cover a larger area.

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Lexington, KY, United States of America

David S Kirn