Background—Blood oxygenation level–dependent (BOLD) magnetic resonance imaging
(MRI) has been used to measure T2* changes in skeletal muscle tissue of healthy …

Purpose: To prospectively compare the blood oxygen level–dependent (BOLD) magnetic
resonance (MR) signal intensity of calf muscle during ischemia and reactive hyperemia with …

Purpose: To demonstrate the feasibility of simultaneous blood oxygen level-dependent
(BOLD) magnetic resonance imaging of calf and foot muscles and investigate age-related …

Objectives—The contribution of endothelial function to tissue oxygenation is not well
understood. Muscle blood oxygen level–dependent MRI (BOLD MRI) provides data largely …

Abstract Blood-oxygenation-level-dependent (BOLD) contrast in magnetic resonance (MR)
imaging of skeletal muscle mainly depends on changes of oxygen saturation in the …

ABSTRACT Blood-oxygen-level-dependent (BOLD) imaging was a concept introduced in
1990 for evaluating brain activation. The method relies on magnetic resonance imaging …

Transient increases in signal intensity (ΔSI, peak 2.6±0.6%, mean±SE, n= 14) were
observed in axial, gradient‐echo, echo‐planar magnetic resonance images acquired at 1.5 …

Purpose: To evaluate the dependence of skeletal muscle blood oxygenation level‐
dependent (BOLD) effect and time course characteristics on magnetic field strength in …

Purpose: To prospectively investigate age-related changes in muscle reperfusion by using
blood oxygen level–dependent (BOLD) magnetic resonance (MR) imaging of the calf in …

Blood oxygenation‐level dependent (BOLD) MRI has gained particular attention in
functional brain imaging studies, where it can be used to localize areas of brain activation …