MOLLA, DAVID
MOLLA, DAVID
Dipartimento di Bioscienze
Camizestrant-induced heart rate reduction is mediated via a sinoatrial node pacemaker channel mechanism
2026 A. Hall, S. El-Haou, I.C. Villar, D. Molla, M. Kwan, S. Purbrick, D. Henry, J. Kirk, G. Hawthorne, S. Canzolino, J. Harding, A. Harmer, A. Bucchi, L. Roberts, A. Pointon, S. Protze, M. Baruscotti, L. Wright
NOD-1 activation increases the spontaneous activity and the I(f) current of murine sinoatrial node cells
2024 S. Canzolino, G. Bertoli, S. Bakhouba, D. Molla, P. Benzoni, A. Barbuti, M. Baruscotti, M. Fernández-Velasco, A. Bucchi
Chinese natural compound decreases pacemaking of rabbit cardiac sinoatrial cells by targeting second messenger regulation of f-channels
2022 C. Piantoni, M. Paina, D. Molla, S. Liu, G. Bertoli, H. Jiang, Y. Wang, Y. Wang, Y. Wang, D. Difrancesco, A. Barbuti, A. Bucchi, M. Baruscotti
INVESTIGATION ON PHARMACOLOGICAL AND AGE-INDUCED MODULATIONS OF CARDIAC PEACEMAKING AND ELECTROPHYSIOLOGICAL CHARACTERIZATION OF A COMPOUND MUTATION IN THE CARDIAC SODIUM CHANNEL
2021 D. Molla
Age-related changes in cardiac autonomic modulation and heart rate variability in mice
2021 C. Piantoni, L. Carnevali, D. Molla, A. Barbuti, D. DiFrancesco, A. Bucchi, M. Baruscotti
Functional Characterization of a Novel Scn5a Mutation Associated With the Brugada Syndrome
2019 A. Frosio, D. Molla, G. Bertoli, C. Bazzini, R. Milanesi, F. Gennaro, A.F. Barbuti, A. Bucchi, L. Moretti, P. Marchese, D. DI FRANCESCO, M. Baruscotti