Synchrotron-imaging techniques have shed new light, literally, on the healing process that took place when dinosaurs were still alive.
They examined the cracks, fractures and breaks in the bones of a 150 million-year-old predatory dinosaur - possible because dinosaur bones occasionally preserve evidence of trauma, sickness and the subsequent signs of healing.
Diagnosis of such fossils used to rely on the grizzly inspection of gnarled bones and healed fractures, often entailing slicing through a fossil to reveal its cloying secrets. But the synchrotron-based imaging, which uses light brighter than 10 billion Suns, meant the team could tease out the chemical ghosts lurking within the preserved dinosaur bones.