Hamamy syndrome: Deciphering the role of IRX5 transcription factor in the regulation of human cardiac electrical conduction

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Hamamy syndrome: Deciphering the role of IRX5 transcription factor in the regulation of human cardiac electrical conduction

Session: Translation of cardiac cellular electrophysiology

Topic: Mechanism (Basic Science in Arrhythmias)

Speaker: Miss Z. Reda Al Sayed (Nantes, FR)

Event: EHRA EUROPACE - CARDIOSTIM 2017

Congress Presentation

About the speaker

Miss Zeina Reda Al Sayed

Institut du Thorax, Inserm UMR 1087, Nantes (France)

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3 more presentations in this session

SK channels as putative antiarrhythmic targets.

Speaker: Professor T. Jespersen (Copenhagen, DK)

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Slides

Video

T309I-Kv7.1 mutation as a feasible founder LQT1 mutation: clinical, genetic and biophysical analysis

Speaker: Associate Professor M. Bebarova (Brno, CZ)

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Abstract

Chronic endurance exercise induces ion channel remodelling and dysfunction of the atrioventricular node

Speaker: Doctor A. D'souza (London, GB)

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Translation of cardiac cellular electrophysiology

Speakers: Miss Z. Reda Al Sayed, Professor T. Jespersen, Associate Professor M. Bebarova, Doctor A. D'souza

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About the event

EHRA EUROPACE - CARDIOSTIM 2017

18 June - 21 June 2017

Sessions Presentations

Congress

Hamamy syndrome: Deciphering the role of IRX5 transcription factor in the regulation of human cardiac electrical conduction

About the speaker

Miss Zeina Reda Al Sayed

3 more presentations in this session

SK channels as putative antiarrhythmic targets.

T309I-Kv7.1 mutation as a feasible founder LQT1 mutation: clinical, genetic and biophysical analysis

Chronic endurance exercise induces ion channel remodelling and dysfunction of the atrioventricular node

Access the full session

Translation of cardiac cellular electrophysiology

About the event

EHRA EUROPACE - CARDIOSTIM 2017

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