Add to ORKGThe objective of this SLS-2 experiment was to determine the pathophysiology of mineral loss during space flight. This was to be accomplished by (1) determining the concentrations of blood minerals and of calciotropic hormones (parathyroid hormone-PTH, vitamin D metabolites) before, during, and after a 14 day shuttle flight, and (2) determining, by calcium kinetic analysis (using stable calcium isotopes), the influence of space flight on intestinal calcium absorption
As a contribution toward an understanding of the molecular basis of bone loss, mineral imbalance, an...
Session TA4 includes short reports concerning: (1) Human Bone Tissue Changes after Long-Term Space F...
The systems analysis approach to physiological research uses mathematical models and computer simula...
Calcium loss from bones during space flight creates a risk for astronauts who travel into space, and...
Based on the information obtained from space missions, particularly Skylab and the longer Salyut mis...
Space flight induced osteoporosis was described. The techniques that were used to measure and detect...
Calcium metabolism before, during, and after a 3-mo space-flight: kinetic and biochemical changes. A...
The space flight environment is known to induce bone loss and, subsequently, calcium loss. The longe...
Since the biochemical mechanisms of microgravity-associated bone loss are still not fully understood...
Some of the results of recent short-term flights and ground-based experiments that have contributed ...
McCarron. Calcium metabolism and cardiovascular func-tion after spaceflight. J Appl Physiol 92: 3–12...
Recently, attention has been focused on the disorders of bone and calcium metabolism during space fl...
Extended space exploration poses many physiological problems that must be overcome before humanity c...
Adequate nutrition is critical for maintenance of crew health during and after extended-duration spa...
Advances in analysis of chemistry and physiology of parathyroid hormone, calcitonin, and Vitamin D a...
As a contribution toward an understanding of the molecular basis of bone loss, mineral imbalance, an...
Session TA4 includes short reports concerning: (1) Human Bone Tissue Changes after Long-Term Space F...
The systems analysis approach to physiological research uses mathematical models and computer simula...
Calcium loss from bones during space flight creates a risk for astronauts who travel into space, and...
Based on the information obtained from space missions, particularly Skylab and the longer Salyut mis...
Space flight induced osteoporosis was described. The techniques that were used to measure and detect...
Calcium metabolism before, during, and after a 3-mo space-flight: kinetic and biochemical changes. A...
The space flight environment is known to induce bone loss and, subsequently, calcium loss. The longe...
Since the biochemical mechanisms of microgravity-associated bone loss are still not fully understood...
Some of the results of recent short-term flights and ground-based experiments that have contributed ...
McCarron. Calcium metabolism and cardiovascular func-tion after spaceflight. J Appl Physiol 92: 3–12...
Recently, attention has been focused on the disorders of bone and calcium metabolism during space fl...
Extended space exploration poses many physiological problems that must be overcome before humanity c...
Adequate nutrition is critical for maintenance of crew health during and after extended-duration spa...
Advances in analysis of chemistry and physiology of parathyroid hormone, calcitonin, and Vitamin D a...
As a contribution toward an understanding of the molecular basis of bone loss, mineral imbalance, an...
Session TA4 includes short reports concerning: (1) Human Bone Tissue Changes after Long-Term Space F...
The systems analysis approach to physiological research uses mathematical models and computer simula...