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The
Psychophysiology Research Laboratory is dedicated to the study of altered gravitational effects on human hutonomic andhCentral nervous system function. Most of our research focuses on the effect of gravity (and microgravity) on human physiology and performance. The overall goal of the research is to maximize the health, productivity and safety of humans in space.
In addition to our research, our laboratory is also concerned with education and with transfer of NASA technology to Earth-bound applications.
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Telemedicine Application of AFTE
Autogenic-Feedback Training Exercise as a Treatment for Specific Patient Populations
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Index of Habitability
Development of an Index of Habitability Using Converging Indicators: Physiology, Performance, and Subjective Reports
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Enhancing Performance in Space
Test and validate a countermeasure designed to enhance astronaut health, performance, and safety under environmental conditions that are analogs of long duration space flight.
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Psychophysiology Research Overview
The purpose of our research is to address the NASA requirement for ground-based and space flight studies examining the vestibular / autonomic interaction as related to adaptation to microgravity and readaptation to Earth.
Psychophysiology Research
Technology
We perform our research is to determine if technology developed to facilitate astronaut adaptation to space will be valuable for providing patients suffering from Autonomic Neuropathy (e.g., Chronic intestinal Pseudo-obstruction Syndrome - CIPS) or vestibular pathology (e.g., Meniere's syndrome) with symptomatic relief from nausea and/or hypotension. The procedure, Autogenic-Feedback Training Exercise (AFTE), is a training method which involves teaching subjects to voluntarily control several of their own physiological responses to environmental stressors.
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