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MEG Applications for Detecting Dyslexia with Real & Nonsense Word Reading

BackgroundThe aim of this study was to evaluate how an animal-model magnetocardiogram (MCG) detects a ST-T change during medicine-induced respiratory arrest.Methods and Results MCGs of anesthetized rabbits before and after injection of terfenadine were measured by a 64-channel MCG system and were used to evaluate the ST shift and current distribution. The changes in ST amplitude 2-4 min after terfenadine injection were about twice as large as the changes in the current-arrow angle of a T-wave peak at the same time. Terfenadine did not, however, induce a prolonged QT interval or premature ventricular contractions. ConclusionsOur findings suggest that a ST-T change due to the respiratory-arrest condition of the heart appears early. It could therefore be concluded that the occurrence of an abnormal current distribution in the T wave (instead of the ST segment) reflects ventricular impairment due to hypoxia.