View Document Preview and Link Document Date: 2014-03-10 17:43:31 Open Document File Size: 811,49 KB Share Result on Facebook
City Newark / Upton / / / Facility Cancer Center / Brookhaven National laboratory / Rutgers University / Radiology Rutgers University / / / IndustryTerm deep space travel / localized energy deposition events / high energy / fragmentation products / prolonged space travel / / MedicalCondition immune/inflammatory / inflammatory markers C-reactive protein / severe oxidative injury / cancer / inflammatory cells / age-related diseases / cardiovascular diseases / neurodegenerative disorders / cardiovascular disease / oxidative injury / / MedicalTreatment radiotherapy / radiation / / Organization New Jersey Medical School Cancer Center / National Aeronautics and Space Administration / Cancer Center / NASA Summer School / Rutgers University / New Jersey Medical School / / Person Edouard I. Azzam / / / Position representative / / Technology Radiation / / SocialTag 
The Radiation Response in Cells Not Directly Traversed by High Charge and High Energy Particles: The Bystander Effect of Space Radiation Posted[removed]Jason Domogauer1,2, Edouard I. Azzam2 1