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Doctor Benjamin Sieniewicz

Plymouth Hospitals NHS Trust, Plymouth (United Kingdom of Great Britain & Northern Ireland)
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Wireless LV endocardial cardiac resynchronisation therapy is safe & effective; results from a multicentre international study
Presentation
Wireless LV endocardial cardiac resynchronisation therapy is safe & effective; results from a multicentre international study
Safety and efficacy of optimal site selection during biventircualar endocardial pacing: A multi-centre UK study
Presentation
Safety and efficacy of optimal site selection during biventircualar endocardial pacing: A multi-centre UK study
Cardiomyoapthic aetiology affects the distribution of endocardial electrical latency; results from a multi-centre registry
Presentation
Cardiomyoapthic aetiology affects the distribution of endocardial electrical latency; results from a multi-centre registry
Does targeting the site of maximal electrical delay result in the optimal haemodynamic improvement; results from an international multi-centre registry
Presentation
Does targeting the site of maximal electrical delay result in the optimal haemodynamic improvement; results from an international multi-centre registry
Optimal site selection during biventircualar endocardial pacing improves acute haemodynamic response and chronic remodeling: A multi-centre UK study
Presentation
Optimal site selection during biventircualar endocardial pacing improves acute haemodynamic response and chronic remodeling: A multi-centre UK study
Identifying the optimal location for LV endocardial pacing: results from a multicentre international registry
Presentation
Identifying the optimal location for LV endocardial pacing: results from a multicentre international registry
Paced QRS duration predicts the optimal LV endocardial pacing site; results from a multi-centre registry
Presentation
Paced QRS duration predicts the optimal LV endocardial pacing site; results from a multi-centre registry
Predicting the optimal site for LV lead deployment using epicardial non-invasive mapping
Presentation
Predicting the optimal site for LV lead deployment using epicardial non-invasive mapping
Electrical latency (Q-LV) predicts the optimal LV endocardial pacing site; results from a multi-centre registry
Presentation
Electrical latency (Q-LV) predicts the optimal LV endocardial pacing site; results from a multi-centre registry

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