Add to ORKGAstronauts complain about fluid shifts from their lower extremities to their head caused by weightlessness during their flight into space. For a study of this phenomenon, RWTH Aachen University and Charité University Berlin participated in a joint project on two parabolic flight campaigns of the German Aerospace Centre (DLR) in September 2005 and June 2006. During these campaigns, the characteristics of the rapid fluid shifts during hyper- and micro gravity were measured by a combination of PPG and PPGI optoelectronic sensor concepts.
In spaceflight or a reduced-gravity environment, bodily fluids shift to the upper extremities of the...
A large number of animal and human flight and ground-based studies were conducted to uncover the car...
Cardiovascular haemodynamics alters during posture changes and exposure to microgravity. Vascular au...
Astronauts complain about fluid shifts from their lower extremities to their head caused by weightle...
This viewgraph presentation reviews some of the challenges that spaceflight imposes on the Human sys...
Physiology in microgravity is a challenging field of research because of limited resources. Though h...
After centuries of wonder, human being finally realized the decisive possibility of going to the moo...
Local fluid shifts and edema in humans during simulated microgravity is studied. Recent results and ...
Space exploration plays a crucial role in research and technological advance. Yet, weightlessness en...
A major change for crewmembers during weightlessness in microgravity is the redistribution of body f...
Central volume expansion due to fluid shifts in weightlessness is believed to activate adaptive refl...
Importance: Exposure to a weightless environment during spaceflight results in a chronic headward bl...
One of the biological systems that suffers a physiological de-conditioning in space is the immune sy...
Space flight impacts human physiology in many ways, the most immediate being the marked cephalad (he...
Orthostatic stability depends on maintenance of adequate cerebral blood flow. Orthostatic instabilit...
In spaceflight or a reduced-gravity environment, bodily fluids shift to the upper extremities of the...
A large number of animal and human flight and ground-based studies were conducted to uncover the car...
Cardiovascular haemodynamics alters during posture changes and exposure to microgravity. Vascular au...
Astronauts complain about fluid shifts from their lower extremities to their head caused by weightle...
This viewgraph presentation reviews some of the challenges that spaceflight imposes on the Human sys...
Physiology in microgravity is a challenging field of research because of limited resources. Though h...
After centuries of wonder, human being finally realized the decisive possibility of going to the moo...
Local fluid shifts and edema in humans during simulated microgravity is studied. Recent results and ...
Space exploration plays a crucial role in research and technological advance. Yet, weightlessness en...
A major change for crewmembers during weightlessness in microgravity is the redistribution of body f...
Central volume expansion due to fluid shifts in weightlessness is believed to activate adaptive refl...
Importance: Exposure to a weightless environment during spaceflight results in a chronic headward bl...
One of the biological systems that suffers a physiological de-conditioning in space is the immune sy...
Space flight impacts human physiology in many ways, the most immediate being the marked cephalad (he...
Orthostatic stability depends on maintenance of adequate cerebral blood flow. Orthostatic instabilit...
In spaceflight or a reduced-gravity environment, bodily fluids shift to the upper extremities of the...
A large number of animal and human flight and ground-based studies were conducted to uncover the car...
Cardiovascular haemodynamics alters during posture changes and exposure to microgravity. Vascular au...