Comparison Between Multi-Point Exponential and Two-Points Logarithmic Methods for Cardiac T2 Measurments.

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according achieve acquisition acquisitions addition additionally affected analyzed around assess audience avoid best bias biased black bland blood breath calculation cardiac circulation clinical close coil combination comfort commonly compromise computation computed conclude considered consisted corrected correction correlated datasets decrease delay depends detect determine deviation divided estimation eventually exam exams excite exponential extended extremities fast field finally find focus generation good graph healthy hold identify illustration improved indeed independent initially instead intensity iterative laboratory logarithmic long mapping marine material matrix measure medical metropolitan modifications motion myocardial myocardium nevertheless offset optimal optimizing overestimated paired patient permutation pixel post process processing propose proposed protocol protocols quantitative ranging recommendations reduction registration rejections repeated repetition repetitions represent reproducibility require required requires respectively respiratory scanner scientists segmented segments selected sensibility simulation since slice space spin split subtraction supported systems table target theoretical thereby train transplant unplugged useful ventricle view volunteer weeks