Magnetic Resonance Imaging represents the elective strategy to assess iron overload in different organs and drives the iron chelation therapy in Thalassemia major (TM). However, affected organs, in particular liver, pancreas and heart, are not isolated but interact each other and communicate through biochemical mediators, which may accelerate and worsen pathological processes considered unrelated. A better understanding of these intermingled pathways might help to identify more significant biomarker combinations and the association of these biomarkers to TM complexity, possibly assisting imaging techniques in the prevention of complications and in the improvement of life quality in TM patients
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Vassalle et al. (2017) studied this question.
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