This viewgraph presentation reviews the work in environmental physiology done at Johnson Space Center (JSC). The work is aimed at keeping astronauts healthy. This is a different approach than treating the sick, and is more of an occupational health model. The reduction of risks is the main emphasis for this work. They emphasis is to reduce the risk of decompression sickness (DCS) and acute mountain sickness (AMS). The work in environmental physiology encompasses the following areas: (1) Pressure: hypobaric and hyperbaric (2) Gases: hypoxia and hyperoxia, hypercapnia--closed space issues, inert gas physiology / respiration (3) Temperature: hypothermia and hyperthermia, thermal comfort, Protective clothing diving, aviation, mountaineering, an...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
In the course of defining the level of risks and mitigating the risks for exploration missions beyon...
Astronauts performing extravehicular activities (EVA) are at risk for occupational hazards due to a ...
The objectives of this slide presentation are to teach a level of familiarity with: the effects of s...
This viewgraph presentation reviews NASA's extravehicular activity (EVA) procedures and the technolo...
BACKGROUND: Currently, space programs use sea-level pressures (760 mmHg) and normoxia (21% oxygen fr...
The 2014 Decompression Sickness (DCS)/Extravehicular Activity (EVA) Risks Standing Review Panel (fro...
Carbon dioxide (CO2) is an anthropogenic gas that accumulates in spacecraft to much higher levels th...
Conference on aerospace environments, manned space flight, weightlessness simulation, musculoskeleta...
Exposure to the hypobaric environment presents numerous physiological challenges to both aviators/pi...
The study examines data on episodes of decompression sickness, particularly from recent Navy work in...
Extravehicular activities (EVAs) at remote locations must maximize limited resources such as oxygen ...
INTRODUCTION: Pressure, oxygen (O2), and time are the pillars to effective treatment of decompressio...
The National Aeronautics and Space Administration has a dedicated history of ensuring human safety a...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
In the course of defining the level of risks and mitigating the risks for exploration missions beyon...
Astronauts performing extravehicular activities (EVA) are at risk for occupational hazards due to a ...
The objectives of this slide presentation are to teach a level of familiarity with: the effects of s...
This viewgraph presentation reviews NASA's extravehicular activity (EVA) procedures and the technolo...
BACKGROUND: Currently, space programs use sea-level pressures (760 mmHg) and normoxia (21% oxygen fr...
The 2014 Decompression Sickness (DCS)/Extravehicular Activity (EVA) Risks Standing Review Panel (fro...
Carbon dioxide (CO2) is an anthropogenic gas that accumulates in spacecraft to much higher levels th...
Conference on aerospace environments, manned space flight, weightlessness simulation, musculoskeleta...
Exposure to the hypobaric environment presents numerous physiological challenges to both aviators/pi...
The study examines data on episodes of decompression sickness, particularly from recent Navy work in...
Extravehicular activities (EVAs) at remote locations must maximize limited resources such as oxygen ...
INTRODUCTION: Pressure, oxygen (O2), and time are the pillars to effective treatment of decompressio...
The National Aeronautics and Space Administration has a dedicated history of ensuring human safety a...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
Musculoskeletal activity accelerates inert gas elimination during oxygen breathing prior to decompre...
In the course of defining the level of risks and mitigating the risks for exploration missions beyon...