Detection of the Cerebral Acetone Signal Elevated in the STZ-Induced Diabetic Rats Measured by in vivo 1H MRS at 9.4 T

Keywords

accompany acetone achieved acids adjusted alterations amino anesthetized animals basis beneficial bodies body bound brain brains breaking capability cerebral character city clarify coil concentration concentrations consistent control controlled correlation curve decoupled deficiency delays detected detecting detection developed diabetes diabetic diagnosis disease drift early effective elevated elevation estimation examination exhibited exhibits experimentally expressing family fatty fields fitting foundation frequency furthermore generated glucose head highly humans hyperglycemia identified identity illustrates impact in vivo included inclusion indicating induced injection insulin integrative intra ketone known leading localized loop magma mans marked measured medical metabolic metabolite metabolites minor model moderate molecular neocortex neurology optimal optimized outcome overlay particularly partly pathological patients peak peaks physiology ping plot plots poorly positioned power presence processing produced progression pulses quadrature quantifications quantified rats relationships required residual residuals scatter seven shims short sigma simulated solution spectra spectrum stages statistical steam supported suppression surface system threshold transceiver tung type unfit variable venous weeks young