Keywordsanti-oxidative response; caffeine; hyperoxia; oxidative stress; preterm infants; developing brain; oxidative stress; reactive oxygen species; radiation; microgravity; spaceflight; mouse; liver; proteome; metabolism; cytochrome P450; spaceflight; autophagy; proteasome; metabolomics; tRNA biosynthesis; senescence; cancellous bone; osteoblast; ionizing radiation; spaceflight; oxidative stress; oxidative stress; bone loss; microgravity; radiation; countermeasure; spaceflight; bone; vasculature; oxidative stress; microgravity; hindlimb unloading; radiation; reactive oxygen species; antioxidant; microgravity; radiation; osteoclast; antioxidant; cell cycle; human lung sections; inflammation; LGM2605; organ culture; oxidative stress; phase II enzymes; proton radiation; reactive oxygen species; senescence; Warburg effect; mitochondria; radiation; metabolism; neurodegenerative diseases; space biology; n/a
