English
Accelerated research by NASA [1] has investigated the significant risks for visual and ocular impairments Spaceflight Associated Neuro-Ocular Syndrome /Visual Impairment/Intracranial Pressure (SANS/VIIP) incurred by microgravity spaceflight, especially long-duration missions. Our study investigates the role of blood vessels in the incidence and etiology of SANS/VIIP within the retinas of Astronaut crewmembers pre-and post-flight to the International Space Station (ISS) by NASA's VESsel GENeration Analysis (VESGEN). The response of retinal vessels in crewmembers to microgravity was compared to that of retinal vessels to Head-Down Tilt (HDT) in subjects undergoing 70-Day Bed Rest. The study tests the proposed hypothesis that cephalad fluid shifts missions, resulting in ocular and visual impairments, are necessarily mediated in part by retinal blood vessels, and are therefore accompanied by significant remodeling of retinal vasculature.Vascular patterns in the retinas of crew members and HDTBR subjects extracted from 30° infrared (IR) Heidelberg Spectralis® images collected pre/postflight and pre/post HDTBR, respectively, were analyzed by VESGEN (patent pending). a mature, automated s
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Ebook · NASA Technical Reports Server (NTRS) 20170009912: Differences in Pre and Post Vascular Patterning of Retinas from ISS Crew Members and HDT Subjects by VESGEN Analysis · NASA Technical Reports Server (NTRS) · Internet Archive
NASA Technical Reports Server (NTRS) · 281e9ea957434861999f0ce49495a432 · 8882e1de851c4a759182bd550c00d05f · 8a4d8fda3ba14a8481f6349b778e076a · 9a2fa564ae1844c2b1a8c92bbfd94a83 · ae9d41d9d71541efaffd5670a9af3004 · Blue Marble Space · f3c05787d2a64ba29d3e2f297e26aa1a · Houston, TX, United States · KBRwyle Science, Technology and Engineering