In this paper, we summarize studies that used ANAM tests to assess the effects of environmental stressors. The findings document performance changes resulting from conditions relevant to military operational medicine. These conditions included radiation exposure, toxins, high altitude, undersea conditions, Marine basic training, advanced military training, and fatigue. The results of these studies demonstrate that ANAM detects cognitive changes in extreme environments.
Neuropsychological Assessment in Extreme Environments
2007
12 pages
Report
No indication
English
Psychology , Psychiatry , Clinical Medicine , Military medicine , Stress(Psychology) , Stress(Physiology) , High altitude , Wounds and injuries , Military training , Exposure(Physiology) , Altitude , Depleted uranium , Underwater , Radiology , Fatigue(Physiology) , Toluenes , Toxins , Reprints , Cognition , Neuropsychology , Extreme environments , Diving medicine , Fatigue advanced military training , Anam(Automated neuropsychological assessment metrics)
Extreme Environments - Electrostatics
NTIS | 2022
|Human Performance in Extreme Environments
NTRS | 2008
|Aerospace Materials for Extreme Environments
NTIS | 2013
|