Abstract: A device is provided to harvest bone grafts. The device generally consists of two pieces: an auger-type drill bit and a guide. The guide may have arms, etc., to keep the guide in place along a bone, and also may have a pivotable drill guide for the drill bit to be inserted. The auger drill bit may include a shoulder that acts as a depth guide to prevent the drill from extending too deep into bone. The device may be used to make multiple passes through a bone using only one drill hole. A method for harvesting bone graft is also provided.

Abstract: According to one configuration, an electrocautery electrode for use in electrocautery or electrosurgery is provided which has a light-emitting component disposed thereon. The electrode is configured to be inserted into or positioned between components of standard electrocautery pencils, making wide distribution easier. According to another configuration, a sleeve is provided with a light-emitting component disposed thereon, the sleeve being sized to fit on any standard electrocautery pencil. The light-emitting component on the electrode or sleeve reduces shadows and allows improved illumination of the treatment sight without necessitating purchase of a new electrocautery device.

Abstract: A system and method for computing the value of an emerging technology is provided. The method may provide an automated process to provide objective data for valuation of a given technology. The method may use a multi-variant algorithm that has weighted measures, such as multiple parameters having one or more subsegments. Each parameter may be assigned a variable relative to its importance to the success of the ultimate success of the technology and each subsegment within a parameter may be given a different value. Information regarding a particular technology may be entered and an overall value of a technology determined.

Abstract: A surgical device and method for locating the umbilicus during abdominoplasty surgery may include a device having a body and one or more projections. The body may be generally oval-shaped and fit around the umbilical pedicle. The device may be tacked into place with tacking sutures, by use of anchoring hooks on the body of the device, or otherwise held in place to assist in locating the proper location for a new umbilicus orifice during surgery. The one or more projections may be easily felt under the subcutaneous fat after all the layers of fat and skin have been closed. The method allows simple and accurate determination of the umbilicus following abdominoplasty to ensure proper positioning of the new orifice for the umbilicus.