Other

Kevin P Armstrong

Thomas C Chen

Robert L Bundy

Carla Harris

A pocketbook light device for illuminating a low light area is provided. The pocketbook light device comprises an openable carrying accessory and a housing having a front side and a rear side. The housing is mountable within the carrying accessory. A plurality of lights is mounted in the front side of the housing. An activation mechanism activates the plurality of lights. Upon activation of the plurality of lights, the plurality of lights illuminate the interior of the carrying accessory.

Pocketbook light device

There is disclosed a synthetic, composite graft to support robust bone growth. In an embodiment, the synthetic, composite graft includes a synthetic scaffold material including a material resorbable through natural cellular processes; a signaling factor combined with the scaffold material; a cell adherence factor coated on the scaffold material; a quantity of viable bone forming cells adhered to the scaffold; and a matrix substrate binding the scaffold material. There is disclosed a method of forming a synthetic, composite graft to support bone growth for bone grafting. In one embodiment, the method includes providing a synthetic scaffold material including a material resorbable through natural cellular processes; combining a signaling factor with the scaffold material; coating a cell adherence factor on the scaffold material; adhering a quantity of viable bone forming cells to the scaffold; and encasing the scaffold material with a matrix substrate. Other embodiments are also disclosed.

Synthetic, composite osteogenic bone graft

There is provided herein a brachytherapy delivery system for the internal delivery and positioning of therapeutic agent, most particularly, a discrete radiation emitting particulate, within or in proximity to a vertebral or other bony tumor. The system comprises an elongated bone cannula having a proximal and a distal end, the distal end being suitable for disposition within bone. The bone cannula further comprises a bore disposed longitudinally therethrough suitable to axially and slidably receive an elongated and cannulated therapy delivery apparatus through which the therapeutic agent is delivered.

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Irvine, CA, United States of America

Kevin P Armstrong