Abstract: A fixation and retraction system utilizing base components to which shielded magnet components attach in order to locate movable fixation and retraction components or other operating theater devices, such as surgical drapes. Use of rare earth magnets permits system components to be attached quickly, easily and securely in almost an infinite number of configurations.

Abstract: A bench plane jointer fence having a fence body secured to the side of any conventional ferromagnetic bench plane by two rare earth magnets mounted in the fence body and by the cooperation between a fence registration surface that bears against the sole of the plane and a repositionable stop screw. The fence is usable to facilitate planing of a workpiece edge square to an adjacent workpiece reference surface and may utilize a one-piece fence body. Planing of a workpiece edge at angles other than square to an adjacent workpiece reference surface is possible by pivoting a lower portion of the fence relative to an upper portion or, in the case of a one-piece fence body, by attachment of an auxiliary fence having a wedge-shaped cross section.

Abstract: Scleral plug system for occluding a hole in the eye and for controlling irrigation during vitreo-retinal surgery in order to maintain a closed system during the procedure, and angled forceps for handling a scleral plug.

Abstract: Eye masks having nose- and ear-pieces similar to those of conventional spectacles and sunglasses are described. Such masks include eye-covering regions of opaque material but need not include elastic bands, adhesive, or loops to retain the regions in place while in use. The masks additionally may be made of one-piece construction if desired, molded of plastic or other suitable material into a unitary body.

Abstract: This invention relates to methods for medical treatment of a variety of pathological conditions associated with bone environments and musculoskeletal environments, including the treatment of ischemic conditions such as bursitis. The method involves applying a sufficient number of acoustic shock waves to the site of a pathological condition including micro-disruptions, non-osseous tissue stimulation, increased vascularization, and circulation and induction of growth factors to induce or accelerate the body's natural healing processes and responses.

Abstract: A radial impacting technique involves using a set of progressively larger radial impactors to pack a medullary canal in a radial direction toward the cortex. For revision cases, graft material, which may be either synthetic or bone graft material, is added into the medullary canal after the previously installed implant has been removed. Packing the medullary canal in the radial direction, as opposed to the conventional approach of packing in a distal direction, provides superior results. The radial impactors are preferably cannulated and may also have holes to assist in the removal of fluids from within the medullary canal. The profile impactors may be either cannulated or non-cannulated and prepare the medullary canal for receipt of the implant.