@dr_ross1976 Got a grant app looking at similar currently under review. I assume that you've seen Jason's work: http://t.co/bZdlM4esYx
Ex-induced hyperthermia increases alertness but compromises complex cognitive tasks, unless you cool your neck! http://t.co/i5ir3zXHHH
Neck cooling and cognitive performance following exercise-induced hyperthermia http://t.co/JWLAUiTL8T
Neck cooling and cognitive performance following exercise-induced hyperthermia http://t.co/JWLAUiTL8T
Neck cooling and cognitive performance following exercise-induced hyperthermia http://t.co/JWLAUiTL8T
Neck cooling and cognitive performance following exercise-induced hyperthermia http://t.co/JWLAUiTL8T
Ex-induced hyperthermia increases alertness but compromises complex cognitive tasks, unless you cool your neck! http://t.co/i5ir3zXHHH
Ex-induced hyperthermia increases alertness but compromises complex cognitive tasks, unless you cool your neck! http://t.co/i5ir3zXHHH
Ex-induced hyperthermia increases alertness but compromises complex cognitive tasks, unless you cool your neck! http://t.co/i5ir3zXHHH
Neck cooling and cognitive function: http://t.co/WBVx9ON8wW A brand new paper by Jason Lee et al #URexphys
Neck cooling and cognitive function: http://t.co/WBVx9ON8wW A brand new paper by Jason Lee et al #URexphys
Neck cooling and cognitive function: http://t.co/WBVx9ON8wW A brand new paper by Jason Lee et al #URexphys