Quantifying the Effects of Hyperoxia on Abdominal Tissue T1

Keywords

abdominal additional aims allowed approved assess assessment astronomy avoided axis background basis body breathed breathing challenge circuit coil collected committee confound consent consisted constant control controlled controlling coronal correction cortex cortical course courses decrease delay delivery developed ding dissolved driver elevated ensure equivalent ethics example expiration feed findings fitted five flow form formed forward freely gave generate hall healthy histogram histograms indicated inhalation inter inversion kidney kidneys kingdom lead leading little liver local long longitudinal maintained maps mask masks minimization model modified monitor motion need oblique organ organs oxygen part partial peak period periods physics poor potential prevents previous prospective quantifying ranks realignment receive recently recovery reduction renal repeatedly reported respiratory response rest resting return scanned scanner school segment segmentation segmented sense sequential series signed slice smaller spleen stationary studies subject subjects suggested system table throughout tidal tissue tissues torso transition trend triggered triggering variability variable varied volume volunteers whole written