Palandri Chiara

Breve curriculum vitae

 

University of Siena Molecular and developmental medicine-Siena, Italy 2017-today

PhD student in Molecular Medicine Expected graduation: 02/2021

University of Florence School of human health sciences-Florence, Italy 2014-2016

 Master's degree in Pharmaceutical Biotechnologies

University of Florence School of human health sciences-Florence, Italy 2010-2014

 Bachelor’s degree in Medical Biotechnologies

RESEARCH EXPERIENCE

Experimental Cardiology – Academic Medische Centra, Amsterdam, Netherlands 09/18-03/19

Project title: “Effects of mexiletine on the sodium channel overlap syndrome mutation SCN5A-1795insD” Supervisor: S.Casini; C. A. Remme

Department of Pharmacology - University of Florence, Florence, Italy     02/2016-07/2016

Project title: “The efficacy of Late Sodium channel blockers in hypertrophic cardiomiopaty depends from genotype: a study on transgenic mouse model with different mutation” Supervisor: R. Coppini; E. Cerbai

Pubblicazioni e abstracts

PUBLICATIONS:  

 

Title: “Late sodium current inhibitors to treat exercise-induced obstruction in hypertrophic cardiomyopathy: an in vitro study in human myocardium.” Ferrantini CPioner JMMazzoni LGentile FTosi BRossi ABelardinelli LTesi CPalandri CMatucci RCerbai EOlivotto IPoggesi CMugelli ACoppini R.     British journal of pharmacology  2018 July 

 

POSTERS AND CONGRESS:

EHRA congress working group in cellular electrophysiology - LISBON - February 2019

Poster Title: “Effects of mexiletine on the sodium channel overlap syndrome mutation SCN5A-1795insD”

FCVB: Frontiers in Cardiovascular Biology congress - VIENNA -  April 2018

Poster Title: “Electrophysiological characterization of induced pluripotent stem cell derived cardiomyocytes from Douchenne Muscular Dystrophy”

SIRC: XXI congresso nazionale Società Italiana Di Ricerche Cardiovascolari – IMOLA – November 2017

Poster Title: “The efficacy of Late Sodium channel blockers in hypertrophic cardiomiopaty depends from genotype: a study on transgenic mouse model with different mutation”