Publications by authors named "Hisakata Sabe"

Article Synopsis
  • - An increase in diastolic calcium levels in heart cells is linked to heart failure and can lead to dangerous heart rhythms; the study explores if mitochondria can help manage this calcium increase.
  • - Researchers used a mouse model of heart failure and tested the effects of kaempferol on calcium dynamics and heart function, observing improved outcomes in calcium regulation and reduced arrhythmias.
  • - Findings suggest that mitochondria can partially compensate for high calcium levels in heart failure, offering new avenues for treatments addressing heart failure-related arrhythmias.
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