Abstract: A breast-board system, components and methods of use therefore. A generally U-shaped wrist support with a flattened bottom and rounded post like tops that may be used as either a cupping-support or as a grasping-post is mounted on a post atop a tiltable breast-board. A second support having a generally U-shaped cross section mounted on a supporting framework extends from a base, which is rotatably mounted to the tiltable breast-board near the edge thereof. The base includes a portion extending over the edge of the breast-board, and, a slidable locking mechanism on the bottom surface, which may be retracted to slide the mechanism out of a recess located on the breast-board. The support may then be rotated to a desired position and the slidable locking mechanism actuated to engage with a desired recess on the breast-board.

Abstract: Anti-pinch point device for imaging platforms are disclosed. The stationary imaging platform includes a slidable cradle and fixed shroud adjacent both sides of the slidable cradle. An inventive overlay is configured for mounting on a slidable cradle. The inventive overlay moves with the slidable cradle. Elongated perimeter regions of the inventive overlay have elongated ridges formed on the underside thereof adjacent the outer edges of the elongated perimeter regions. The elongated ridges serve to prevent objects from becoming pinched between the inventive overlay and the fixed shroud.

Abstract: Anti-pinch point device for imaging platforms are disclosed. The stationary imaging platform includes a slidable cradle and fixed shroud adjacent both sides of the slidable cradle. An inventive overlay is configured for mounting on a slidable cradle. The inventive overlay moves with the slidable cradle. Elongated perimeter regions of the inventive overlay have elongated ridges formed on the underside thereof adjacent the outer edges of the elongated perimeter regions. The elongated ridges serve to prevent objects from becoming pinched between the inventive overlay and the fixed shroud.

Abstract: A bilateral immobilization support is disclosed for placing and retaining the arms of a patient in an overhead position during patient examination, diagnostic procedures and/or radiation therapy. The adjustability of the wrist and upper arm supports carried upon a base provides for immediate accurate sizing adjustment in location consistent with the needs of the patient and continuing comfort for the duration of use. The initial settings of the support are visually observable and readily reproducible at subsequent times for the same or similar purposes during which the arms of the patient are immobilized and comfortably supported out of alignment with the area of the body being subjected to a medical procedure. The patient is not restrained, but with both arms above the head the patient inherently tends to relax and remain in a single position.

Abstract: Loose skin grasping and holding devices for use in transdermal radiation medical therapy whereby the loose skin and related tissue are held safely away from the treatment area during radiation. The devices comprise clamping mechanism which connect to radiologically transparent dermal grasping pads which close upon and hold the loose skin away from the treatment site. One of the disclosed devices comprises a compressive spring memory mechanism by which the opposed pads are normally biased toward each other. The second disclosed device comprises a latching connection similar in action to forceps. The pads comprise high density synthetic resinous foam, such as styrofoam, which is or may be contoured to safely and adequately engage the skin.