Claudia Crocini

This study maps alternative splicing dynamics during human cardiac development and identifies splicing markers in iPSC-derived cardiomyocytes, revealing both similarities and differences with native cardiac splicing patterns.

This study examines age-dependent differences in cardiac hypertrophy and regression in female mice following exercise and detraining, identifying distinct molecular pathways in young versus adult hearts.

This study identifies FoxO1-dependent autophagy as a conserved mechanism for regression of physiological cardiac hypertrophy across species.

The paper demonstrates that cardiac myocyte T-tubules can generate action potentials autonomously, distinct from those in the sarcolemma, using an all-optical method.