Cellular Responses to Tonicity: A High Field 1H and 23Na MR Microscopy Study

Keywords

abdominal allow alterations altered anatomy apparent biomedical brain capillary cell cells cellular cerebellum changing chemical clear coefficient coil collection college comp comprised compromised concentration context correlate cytoplasm cytoplasmic datasets death decrease decreased develop diameter differently diffusion disrupts dissected distortions division double engineering evident examining exponential field fitted fluid focused function gang ganglia generally grant heart homebuilt hypo hypothesized identify immediately influence intact intensity interdisciplinary ionic isolated isotonic john lengthened linear living loaded loss making mechanism microscopy mimic modeled models molarity much national neural neurons notably nuclear odium osmotic particular perfused perturbations predict previous previously proton quantify radiology react recalled regression regulation relax remain repeated resolution respect response responses reversed separate significantly simple simultaneously slice sodium spin stroke studies susceptibility swelling table tissue tissues trend trends tuned turtle underlying understood useful viability viable volume volumes washed