Will Thomas and Matthew Reed stand with 4 researchers from Dartmouth in front of the UAB Proton Center. Taken prior to conducting FLASH research.

MeV FLASH Radiotherapy for Normal Tissue (Grant U01CA260446)

FLASH is a term used to describe the tissue-sparing effect observed in ultra-high does rate RT. Studies of the FLASH effect have resulted in intense investigation into radiobiology and potential mechanisms of the effect at the molecular level. MOXI is uniquely suited to investigate FLASH, being integrated with one of the only universities with a FLASH-capable linear accelerator devoted exclusively to research use.

 

Photo of IntroOp Mobetron FLASH Linac

Our lab has partnered with the University of Wisconsin Medical Radiation Research Center, IntraOP, and Dartmouth College to acquire a IntraOp Mobetron FLASH linac. Dartmouth College has recently installed an identical Mobetron for consistent, collaborative FLASH studies.

While the bulk of FLASH research is conducted here at UW, the MOXI team has traveled to Dartmouth College, WashU, and the University of Alabama to investigate the FLASH effect on linacs with different characteristics.

     

Photo of Will Thomas and Matthew Reed as they prepare to test their radiochemical assays on the FLASH linac at the UAB proton center. Matthew is enthusiastically giving a thumbs up and Will is smiling because he likes FLASH.