Artificial Gravity as a Countermeasure of Cardiovascular Deconditioning in Spinal Cord Injury

Artificial Gravity as a Countermeasure of Cardiovascular Deconditioning in Spinal Cord Injury

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Publisher's Synopsis

An essential item in the development of this project was the availability of the artificial gravity simulator (AGS). At the termination of that grant in 1994, the AGS was dismantled and transferred to NASA Johnson Space Center. It took over two years for the AGS to be re-assembled and re-certified for use. As a consequence of the non-availability of the AGS for two years, there was a considerable delay in implementing the various phases of the project. The subjects involved in the study were eight healthy able bodied subjects and twelve with spinal cord injury. After analysis of the data collected on these subjects, six of the healthy able bodied subjects and three of the sub ects with spinal cord injury were found to qualify for the study. This report gives the results of four subjects only, two healthy able bodied and two spinal cord injured subjects because the period of the grant (1 year) and its extension (1 year) expired before additional subjects could be studied. The principal objective of the study was to conduct a series of experiments to demonstrate the feasibility of utilizing artificial gravity to assist in the physical rehabilitation of persons with spinal cord injuries. Cardus, David Johnson Space Center ...

Book information

ISBN: 9781724000361
Publisher: Independently Published
Imprint: Independently Published
Pub date:
Language: English
Number of pages: 30
Weight: 95g
Height: 280mm
Width: 216mm
Spine width: 2mm