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AFRL holds Biotech Days
Dr. Adam Strang demonstrates Airman Data Analysis and Performance Tracking System to Dr. Jill McQuade, one of the Biotech Days organizers. Both are from the 711th Human Performance Wing. (U.S. Air Force photo/Spencer Deer)
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15-week study uses physical trainers to spur fitness improvements
Hannah Kohne, a contractor at the 711th Human Performance Wing, takes Staff Sgt. Alan Gagnon through an exercise routine as a part of the Function Bridge Fitness Study at Wright Patterson Air Force Base, Feb. 14, 2019. The Function Bridge Study is a 15-week program where participants have the oportunity to work with trainers to achieve their fitness goals.(U.S. Air Force Photo by Airman 1st Class Emily Woodring)
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15-week study uses physical trainers to spur fitness improvements
Hannah Kohne, a contractor at the 711th Human Performance Wing, takes Staff Sgt. Alan Gagnon through a stretching routine as a part of the Function Bridge Fitness Study at Wright Patterson Air Force Base, Feb. 14th, 2019. The Function Bridge Study is a 15-week program where participants have the oportunity to work with trainers to achieve their fitness goals.(U.S. Air Force Photo by Airman 1st Class Emily Woodring)
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Kickoff event celebrates new AFRL Center of Excellence at Carnegie Mellon University
Dr. Katia Sycara, Carnegie Mellon University Advanced Agent-Robotics Technology Laboratory director and research professor, discusses CMU research in the Human-Autonomy Team with 711th Human Performance Wing researchers at the kick-off event here to celebrate a new University Center of Excellence at Carnegie Mellon in the research area of trusted human-machine teaming Sept. 28. (U.S Air Force photo / Richard Eldridge)
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Kickoff event celebrates new AFRL Center of Excellence at Carnegie Mellon University
Dr. Katia Sycara, Carnegie Mellon University Advanced Agent-Robotics Technology Laboratory director and research professor, talks with leaders and members of the 711th Human Performance Wing during the kick-off event here to celebrate a new University Center of Excellence at Carnegie Mellon in the research area of trusted human-machine teaming Sept. 28. (U.S Air Force photo / Richard Eldridge)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Mike Prewitt, Scientific Analytics DARImotion clinical manager, goes over a report generated by the Dynamic Athletic Research Institute 3D biomarkerless system with research physiologists and contract research athletic trainers from the United States Air Force School of Aerospace Medicine. The DARI system looks at how a person is able to move their body while performing functional tasks and can predict where an injury might occur up to two weeks before it might happen. (U.S. Air Force photo/John Harrington)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Darryn Bryant, a research physiologist at the United States Air Force School of Aerospace Medicine, performs a jump for assessment by the Dynamic Athletic Research Institute 3D biomakerless system. Wright-Patterson Air Force Base is the only base in the Department of Defense researching the many capabilities of the DARI system along with assessing Airmen who may be prone to musculoskeletal injury. DARI uses eight high-speed cameras to capture motion for analysis. (U.S. Air Force photo/John Harrington)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Darryn Bryant, a research physiologist at the United States Air Force School of Aerospace Medicine, performs a squat with twist for assessment by the Dynamic Athletic Research Institute 3D biomakerless system.Wright-Patterson Air Force Base is the only base in the Department of Defense researching the many capabilities of the DARI system along with assessing Airmen who may be prone to musculoskeletal injury. (U.S. Air Force photo/John Harrington)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Molly Wade (top), a research physiologist at the United States Air Force School of Aerospace Medicine, and Ashley Kesler, a USAFSAM contract research athletic trainer, go over some of the operations of the Dynamic Athletic Research Institute 3D biomakerless system before conducting a practice assessment. Wright-Patterson Air Force Base is the only base in the Department of Defense researching the many capabilities of the DARI system along with assessing Airmen who may be prone to musculoskeletal injury. (U.S. Air Force photo/John Harrington)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Molly Wade, a research physiologist at the United States Air Force School of Aerospace Medicine, reviews some of the data captured by the Dynamic Athletic Research Institute 3D biomarkerless system after a practice assessment of a participant. DARI can be used to identify areas of potential injury up to two weeks prior to an injurious event. (U.S. Air Force photo/John Harrington)
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USAFSAM, 88 FSS first in DOD to use injury and human performance prediction equipment
Mike Prewitt, Scientific Analytics DARImotion clinical manager, goes over a report generated by the Dynamic Athletic Research Institute 3D biomarkerless system with Darryn Bryant, a research physiologist at the United States Air Force School of Aerospace Medicine. The DARI system looks at how a person is able to move their body while performing functional tasks and can predict where an injury might occur up to two weeks before it might happen. (U.S. Air Force photo/John Harrington)
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ACS Internal Medicine keeping pilots flying, improves research
Lt. Col. Dara D. Regn, Aeromedical Consultation Service Internal Medicine branch chief, discusses a waiver recommendation case with a flight surgeon in the Residency in Aerospace Medicine program at Wright-Patterson October 5. Regn’s branch is currently reformatting their database of more than 1.2 million cardiology studies in order to enable more efficient data mining in what is believed to be the world’s largest database of its kind. (U.S. Air Force photo/John Harrington)
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ACS Internal Medicine keeping pilots flying, improves research
Staff Sgt. Jonathon Lee, pulmonary technician with the Aeromedical Consultation Service Internal Medicine Branch, conducts a demonstration of a pulmonary function test for forced vital capacity as Staff Sgt. Sean O’Neill sits in a pressurized cabin awaiting the command to exhale. The branch reviews around 700 requests for waiver recommendation cases annually concerning pilots, navigators and other aircrew, with 90 percent of them receiving waiver recommendations. (U.S. Air Force photo/John Harrington)
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Aeromedical Consultation Service critical to “Fly, Fight, Win”
WRIGHT-PATTERSON AIR FORCE BASE, Ohio – Aeromedical Consultation Service Deputy Chief Dr. Daniel Van Syoc listens during one of four weekly case review sessions in order to determine whether or not a waiver should be recommended for an aviator’s disqualifying medical condition. The ACS reviews approximately 2,000 cases a year with an 88 percent determination of recommendation for waivers, keeping Air Force pilots safely flying. (U.S. Air Force photo/John Harrington)
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Aeromedical Consultation Service critical to “Fly, Fight, Win”
WRIGHT-PATTERSON AIR FORCE BASE, Ohio – Aeromedical Consultation Service Deputy Chief Dr. Daniel Van Syoc (left in blue) oversees a case review session with flight surgeons and other medical professionals, some of which are the world experts in their fields. The ACS has screened new pilots and made waiver recommendations for existing air crews since the early 1950s. (U.S. Air Force photo/John Harrington)
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