Contouring dose with pinpoint, multidimensional accuracy, targeting a tumor without damaging surrounding tissue and destroying a tumor in one radiation session is still a lofty goal in radiation therapy, and rarely attainable. For years, radiation oncologists and physicists have longed for technology to match their need for imaging and radiation delivery methods that hit all of these objectives.

As molecular imaging transitions from undercard modality to mainstream tool in diagnostic imaging, the reality of personalized healthcare appears to be on the horizon. An increasing limelight placed on the modality has attracted both investors and new companies, leading to significant milestones in R&D and thus fulfilling the promise of “true” personalized medicine.

One of the primary goals of radiation therapy of the prostate is maximizing dose delivery to the actual cancerous tissue ...