| Título: | Behaviour of Human Hemodynamics under Microcavity –a Proposal for the 7th German Parabolic Flight Campaign |
| Autores: |
Blazek, Vladimir; RWTH Aachen University Hülsbusch, Markus; RWTH Aachen University Herzog, Markus; RWTH Aachen University Blazek, Claudia R.; RWTH Aachen University Gunga, Hanns Christian; Charité University Medicine Kowoll, Rainer; Charité University Medicine Fraszl, Waltraud; Charité University Medicine |
| Fecha: | 2011-06-28 |
| Publicador: | Advances in Electrical and Electronic Engineering |
| Fuente: |
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| Tipo: |
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| Tema: | Microcavity; hemodynamic; parabolic flight. |
| Descripción: | All astronauts often feel uncomfortable during first encounter microgravity because of fluid shifts from the lower extremities to the head caused by weightlessness. Parabolic flights offer a great possibility for research of this phenomenon under “zero gravity”. With a combination of the optoelectronic sensor concepts PPG and PPGI and an ultrasound device it should be possible to measure all relevant parameters for description and further explanation of rapid fluid shifts along the body axis in humans during parabolic flights. A research team of the RWTH Aachen University and the Charité University Berlin will participate in the 7th German Parabolic Flight Campaign in September 2005 and perform the experiments under micro gravitation. A combination of used non-invasive strategies will reveal new insights into the human hemodynamics under microgravity conditions. The optoelectronic part of this interdisciplinary research experiment, details from the measuring setup, data collecting and post processing will be discussed. |
| Idioma: | Inglés |
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