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JapaneseCirculation Society 542 (VT), regularity and frequency of CMG did not change, but amplitude of CMG decreased. The amplitude ef CMG was parallel to the systric blood pressure, We could detect VT by frequency and amplitude of CMG. iil) Coronary artery occlusion and e-blocking agent changed the contour of CMG, but did not affect amplitude of CMG. We ceuld also record intracardiac CMG through floating electrode catheter, In conclusion, intracardiac CMG was very effective to detect thedoi:10.1253/jcj.50.542_1 fatcat:l4xoxdgktvaprjyg2bevi2ayom