Abstract: The present invention is a system for providing accurate image-guided localization of a radiation target using digital image acquisition with real time data analysis utilizing a radiation device, directing a beam of radiation through a sample reflecting onto a film screen and reflecting an image from the film screen onto a mirror that will project the image from the mirror to a bean splitter where it is captured by a camera operatively associated with a computer device.

Abstract: A mobile radiation treatment vehicle is disclosed including, a patient treatment compartment having at least one radiation shield member, the at least one radiation shield member positioned to prevent at least a portion of radiation emitted from a treatment device from passing through an interior of the patient treatment compartment to an outside area, the treatment device capable of emitting radiation used in connection with radiation therapy and positioned in the patient treatment compartment, and a shielded partition member positioned in the patient treatment compartment and proximate to the treatment device, the shielded partition member positioned to reduce or prevent exposure to a user from radiation emitted from the treatment device during patient treatment.