About this Research Topic
The effects of microgravity on the human organism have been studied for over 60 years. The experience of short- and long-term space flights revealed alterations in multiple physiological systems either in the course of the flight or afterward. Some of these changes represent serious risks for crew health and functional capacity. This fact served as the trigger for multiple countries with space program participants to develop spaceflight countermeasures and medical support systems.
These activities are intended to counteract space flight effects such as axial and support unloading, muscle disuse, monotony, fluid redistribution, sensory deficit, etc. Some countermeasures have been adapted from Earth medicine and sports, while others have been created especially for space flights. Many of the observed space flight effects have similarities to conditions seen on Earth, such as: decrease of motor activity in aging people, immobilized patients, and professions associated with forced physical inactivity and isolation. Thus, many space countermeasures and medical support systems can be applied in Earth medicine and rehabilitation. For example, countermeasures like loading suits, lower body negative pressure suits, electromyostimulation of various regimens, water-salt supplements, vestibular training means, etc. have been used in Earth medicine and sports conditioning over the last 20 years.
The aim of this issue is to gather the latest information on the implementation of space countermeasures in Earth medicine, sports and rehabilitation. It will include papers from clinical teams as well as scientific organizations working with spaceflight ground-based models.
This Research Topic is led in conjunction with the International Society of Gravitational Physiology.
The areas covered in this research topic will include aspects related to implementation of space countermeasures and medical support means and methods in Earth medicine, sports and rehabilitation. Included in this research topic will be original research, short communications, reviews, research protocols, opinion papers, and hypotheses.
These activities are intended to counteract space flight effects such as axial and support unloading, muscle disuse, monotony, fluid redistribution, sensory deficit, etc. Some countermeasures have been adapted from Earth medicine and sports, while others have been created especially for space flights. Many of the observed space flight effects have similarities to conditions seen on Earth, such as: decrease of motor activity in aging people, immobilized patients, and professions associated with forced physical inactivity and isolation. Thus, many space countermeasures and medical support systems can be applied in Earth medicine and rehabilitation. For example, countermeasures like loading suits, lower body negative pressure suits, electromyostimulation of various regimens, water-salt supplements, vestibular training means, etc. have been used in Earth medicine and sports conditioning over the last 20 years.
The aim of this issue is to gather the latest information on the implementation of space countermeasures in Earth medicine, sports and rehabilitation. It will include papers from clinical teams as well as scientific organizations working with spaceflight ground-based models.
This Research Topic is led in conjunction with the International Society of Gravitational Physiology.
The areas covered in this research topic will include aspects related to implementation of space countermeasures and medical support means and methods in Earth medicine, sports and rehabilitation. Included in this research topic will be original research, short communications, reviews, research protocols, opinion papers, and hypotheses.
Keywords: Space Countermeasures, Human Space Exploration, space medicine, Terrestrial Spin-Offs, Society affiliation RT
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
