Inhomogeneous Magnetization Transfer (ihMT) is a development from the MT MRI technique.
IhMT can be considered as a dipolar order relaxation time (T 1D ) weighted imaging …

… This elementary sequence kernel (RF burst + readout) is repeated until a steady state is
reached and may be repeated as long as necessary to acquire a whole 3D volume, as for …

BACKGROUND AND PURPOSE: Inhomogeneous magnetization transfer is a new endogenous
MR imaging contrast mechanism that has demonstrated high specificity for myelin. Here, …

A pulsed inhomogeneous magnetization transfer (ihMT)‐prepared fast imaging sequence
was implemented at 11.75 T for preclinical studies on mouse central nervous system. A …

Intense off-resonant RF irradiation can lead to saturation of the macromolecular pool
magnetization and enhance bound pool dipolar order responsible for the inhomogeneous …

T 1 D , the relaxation time of dipolar order, is sensitive to slow motional processes. Thus T 1
D is a probe for membrane dynamics and organization that could be used to characterize …

BACKGROUND AND PURPOSE: The detection of spinal cord lesions in patients with MS is
challenging. Recently, the 3D MP2RAGE sequence demonstrated its usefulness at 3T. …

… Although the complete description of these effects is outside the scope of the present paper,
more information is provided in the Discussion section and Supporting Information, which is …

Inhomogeneous magnetization transfer (ihMT) is a new endogenous contrast mechanism that
has been proposed for imaging myelinated tissues. The dipolar interaction underlying the …

The ihMT (inhomogeneous Magnetization transfer) signal qualitatively demonstrates sensitivity
for myelinated structures. However, image intensity and contrast vary with the saturation …