A method for accurately and dynamically optimising pacemaker atrio-ventricular delay timing using implantable physiological biomarkers

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A method for accurately and dynamically optimising pacemaker atrio-ventricular delay timing using implantable physiological biomarkers

Session: CRT and physiologic pacing

Topic: Cardiac Resynchronisation Therapy (CRT)

Speaker: Doctor A. Miyazawa (London, GB)

Event: EHRA 2021

Congress Presentation

About the speaker

Doctor Alejandra Miyazawa

Imperial College London, London (United Kingdom of Great Britain & Northern Ireland)

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6 more presentations in this session

Better outcome at lower costs after implementing a CRT-care pathway: a comprehensive evaluation of real-world data

Speaker: Mr A. van Stipdonk (Maastricht, NL)

Futility risk model for predicting outcome after cardiac resynchronization therapy defibrillator implantation: data from a nationwide analysis

Speaker: Mr B. Maille (Marseille, FR)

His resynchronization therapy produces more physiological ventricular repolarisation compared with biventricular pacing

Speaker: Mr T. Cheng (London, GB)

Endocardial pacing is not haemodynamically superior to trans-coronary sinus epicardial pacing in cardiac resynchronization therapy: the Endo-Epi CRT study

Speaker: Doctor O. Okafor (Birmingham, GB)

Rhythm or rate control strategy in CRT recipients with long-standing persistent atrial fibrillation - preliminary results of the PilotCRAfT study.

Speaker: Doctor J. Ciszewski (Warsaw, PL)

Access the full session

CRT and physiologic pacing

Speakers: Doctor A. Miyazawa, Mr A. van Stipdonk, Mr B. Maille, Mr T. Cheng, Doctor O. Okafor...

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About the event

EHRA 2021

23 April - 25 April 2021

Sessions Presentations

Congress

A method for accurately and dynamically optimising pacemaker atrio-ventricular delay timing using implantable physiological biomarkers

About the speaker

Doctor Alejandra Miyazawa

6 more presentations in this session

Better outcome at lower costs after implementing a CRT-care pathway: a comprehensive evaluation of real-world data

Futility risk model for predicting outcome after cardiac resynchronization therapy defibrillator implantation: data from a nationwide analysis

His resynchronization therapy produces more physiological ventricular repolarisation compared with biventricular pacing

Endocardial pacing is not haemodynamically superior to trans-coronary sinus epicardial pacing in cardiac resynchronization therapy: the Endo-Epi CRT study

Rhythm or rate control strategy in CRT recipients with long-standing persistent atrial fibrillation - preliminary results of the PilotCRAfT study.

Access the full session

CRT and physiologic pacing

About the event

EHRA 2021

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