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Gino Freddy Sena Ganse

Institutions of which they are part

Predoctoral researcher
Cardiovascular Diseases
Vall Hebron Institut de Recerca

Gino Freddy Sena Ganse

Institutions of which they are part

Predoctoral researcher
Cardiovascular Diseases
Vall Hebron Institut de Recerca

Projects

Inhibición del intercambiador sodio/calcio mitocondrial, NCLX, como estrategia para reducir el daño por isquemia-reperfusión durante un infarto de miocardio

IP: Antonio Rodríguez Sinovas
Collaborators: Elisabet Miro Casas, Gino Freddy Sena Ganse
Funding agency: FUNDACIÓN ESPAÑOLA DE ARTERIOSCLEROSIS
Funding: 15000
Reference: FEA/RODRIGUEZ/2024
Duration: 01/01/2025 - 31/12/2027

Inhibición del intercanviador sodio/calcio mitocondrial, NCLX, como estrategia terapéutica para reducir el daño miocárdico por isquemia-reperfusión durante el infarto de miocardio

IP: Antonio Rodríguez Sinovas
Collaborators: Laia Yañez Bisbe, Elisabet Miro Casas, Marisol Ruiz Meana, Laura Rubio Unguetti, Gino Freddy Sena Ganse
Funding agency: Fundación Eugenio Rodríguez Pascual
Funding: 25000
Reference: FERP/2024/RODRIGUEZ
Duration: 15/01/2025 - 14/01/2027

Inhibición del intercanviador sodio/calcio mitocondrial, NCLX, como estrategia terapéutica para reducir el daño miocárdico por isquemia-reperfusión durante el infarto de miocardio.

IP: Antonio Rodríguez Sinovas
Collaborators: Laia Yañez Bisbe, Remedios Rios Barrera, Laura Rubio Unguetti, Gino Freddy Sena Ganse
Funding agency: Instituto de Salud Carlos III
Funding: 127500
Reference: PI23/00260
Duration: 01/01/2024 - 31/12/2026

Papel de los canales TRPV4 en la fibrosis ventricular derecha: identificación de nuevos mecanismos moleculares y desarrollo de nuevas técnicas de diagnóstico

IP: Begoña Benito Villabriga
Collaborators: Laia Yañez Bisbe, Berta Miranda Barrio, Gino Freddy Sena Ganse , Papel de los canales TRPV4 en la fibrosis ventricular derecha: identificación de nuevos mecanismos moleculares y desarrollo de n
Funding agency: Instituto de Salud Carlos III
Funding: 152500
Reference: PI23/01854
Duration: 01/01/2024 - 31/12/2026

Related news

The study, with the participation of VHIR, will analyse the physiological response of the human body thanks to data collected by smartwatches and wearable devices.

The award-winning studies open new avenues for preventing arrhythmias caused by air pollution and for developing new therapeutic strategies against heart failure.

Researchers incorporate advanced cardiovascular prediction algorithms into cardiac imaging software, enabling the automatic calculation of the risk of serious complications during the routine analysis of cardiac studies.

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