Mapping of Oxygen by Imaging Lipids Relaxation Enhancement (MOBILE): Application to Monitor Peripheral Ischemia in a Mouse Model.

Keywords

able achieved acquisition acts agent aimed amputation anesthetized application applied apply approaches artery artifacts assess assessed atherosclerosis avoid bandwidth basal better biomedical breathing capacity challenge coil collateral comparing contrast control critical determine developed diabetic diameter disease dissolved echoes efficacy employed enhancement equal evaluated evidence expected experiment exploiting exposed fast female femoral frequency gradient hertz hours identify improved induced inner inversion lack legs length ligated ligation limb limbs lipid lipids mandatory mapping maps material matrix metabolism mice mobile mode model monitor motion mouse natural nutrition objectives offset offsets options origin outcome oxygen oxygenation paramagnetic parametric patients peaks peripheral phys pixels potentially precession properties property protocol pulse quadrature quantitative recently recovery respiratory response responsible risk salvage saturation segmented segments sensitive sensitivity shortening significantly slice solubility spacing spectrum spoiled steady successfully sutures systematically systemic technical therapeutic tissue today tools treated triggering tumor typical valuable variations vascular vein verify vessels volume water whereas