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T1 contrasts obtained using short‐TR incoherent steady state gradient echo (GRE) methods are generally suboptimal, to which non‐T1 factors in the signals play a major part. In this work, we proposed an augmented T1‐weighted (aT1W) method to extract the signal ratio between routine GRE T1W and proton density‐weighted signals that effectively removes the non‐T1 effects from the original T1W signals,...
Purpose
To introduce a gradient echo (GRE) ‐based method, namely MULTIPLEX, for single‐scan 3D multi‐parametric MRI with high resolution, signal‐to‐noise ratio (SNR), accuracy, efficiency, and acquisition flexibility.
Theory
With a comprehensive design with dual‐repetition time (TR), dual flip angle (FA), multi‐echo, and optional flow modulation features, the MULTIPLEX signals contain information...
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