The posterior dominant rhythm remains within normal limits in the microgravity environment

HIGHLIGHTS

• What: Background: Electroencephalogram (EEG) biomarkers with adequate sensitivity and specificity to reflect brain`s health status can become indispensable for health monitoring during prolonged missions in space. objective of the study was to assess whether basic features of_(PDR) change under microgravity conditions compared to earth-based scalp EEG recordings. The study shows that spectral features of PDR remain in a short exposure to microgravity environment with its frequency manifesting an acceptable ±1 Hz variation from pre-mission mean. To perform this study, the authors used an EEG headset specifically designed for microgravity conditions and recorded EEG . . .
  

   

  

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