Effects of simulated high altitude exposure on long-latency event-related brain potentials and performance

Journal article

N. J WESENSTEIN, J CROWLEY, T BALKIN, G KAMIMORI, E IWANYK, N PEARSON, J DEVINE, G BELENKY and A CYMERMAN

Aviation, space, and environmental medicine, Vol.64(1), pp.30-36

1993

Handle:

https://hdl.handle.net/2376/115429

PMID: 8424737

Abstract

Biological and medical sciences

Medical sciences

Transports. Aerospace. Diving. Altitude

Applied physiology

Human physiology applied to population studies and life conditions. Human ecophysiology

6 Record Views

Title: Effects of simulated high altitude exposure on long-latency event-related brain potentials and performance
Creators: N. J WESENSTEIN - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
J CROWLEY - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
T BALKIN - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
G KAMIMORI - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
E IWANYK - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
N PEARSON - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
J DEVINE - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
G BELENKY - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
A CYMERMAN - Walter Reed army inst. res., dep. behavioral biology, Washington DC 20307-2100, United States
Publication Details: Aviation, space, and environmental medicine, Vol.64(1), pp.30-36
Academic Unit: Medical Education and Clinical Science, Department of
Publisher: Aerospace Medical Association; Alexandria, VA
Identifiers: 99900547597901842
Language: English
Resource Type: Journal article