Evaluation of the direction and extent of ice formation during cryoballoon ablation: an experimental study.
Yoshiaki MizutaniSatoshi YanagisawaGen FujiwaraYosuke KasaiAtomu TajimaYuichiro MakinoHitomi SuzukiTakatsugu HiramatsuHitoshi IchimiyaYasuhiro UchidaJunji WatanabeMasaaki KanashiroYasuya IndenToyoaki MuroharaPublished in: Journal of interventional cardiac electrophysiology : an international journal of arrhythmias and pacing (2022)
Ice formation was significantly greater on the lower side of the cryoballoon than on the upper side and extended to the proximal hemisphere of the balloon, which might facilitate the acquisition of a wide ablation area on the left atrial posterior wall after cryoballoon ablation. Different ice formation after cryoballoon ablation Greater ice formation on the lower side of cryoballoon and an extensive ice formation in the proximal hemisphere, especially in novel cryoballoon.