Cerebral Blood Flow of Mouse Increases Upon Insulin-Induced Hypoglycemia Using the Continuous Arterial Spin Labeling Technique

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acknowledgments actively addition adiabatic adjusted adopted aimed among anatomical anatomy anesthesia animals applicable approval arterial bars beats beyond bleed bleeds blood brain breathing breeze built capable cause cerebral challenges clamps clear clinical combination committee comparing conditions consequences consistent continuous controlled damages defined deliver design detection detuned diabetic distortion efficiency elevation entire error ethic evaluate experimental explained feasibility feasible field fields flow foundations function glucose great help highest home homogeneity human hypoglycemia hypoglycemic immobilized implement important induced infusion insightful instance instrumentation insulin investigating irreversible labeling layout local magnet mainly maintained male maps matrix measured metabolic meter mice minimal minute mixed modalities models module mouse numerous objectives opens optimized outside overall partially patients percent percentage perfusion physiological play plot possibility potential practice protocol quantified rats reached reduced regional remains responses role sample satisfactory schematic segmented semi slices spin structure studies suggested supply supported sustain system tail technical thereafter thick typical unawareness unlike upon