Otoacoustic Estimate of Astronauts' Intracranial Pressure Changes During Spaceflight.

Arturo MoletiTriestino MinnitiYoshita SharmaAltea RussoAndrea CivieroMaria Patrizia OrlandoRobert MacGregorMarco LucertiniArnaldo D'AmicoGiorgio PennazzaMarco SantonicoAlessandro ZompantiAlessandro CrisafiMaurizio DeffacisRosa SaponeGabriele MascettiMonia VadrucciGiovanni ValentiniDario CastagnoloTeresa BottiLuigi CeriniFilippo SanjustRenata Sisto

Published in: Journal of the Association for Research in Otolaryngology : JARO (2024)

The study suggests that distortion product otoacoustic emissions hold promise as a non-invasive tool for monitoring intracranial pressure changes in astronauts during space missions. Pre-flight measurements in different body postures and probe fitting strategies based on the individual ear morphology are needed to validate and refine this approach.

Keyphrases

optic nerve
big data
living cells
deep learning
municipal solid waste