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Doctor Luise Roehrich

Charite University Hospital, Berlin (Germany)
Membership: HFA Member
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Biography
Dr. Luise Roehrich has been pursuing a career in heart failure medicine at the Deutsches Herzzentrum der Charité since 2017. Her clinical and scientific interests focus on advanced heart failure, mechanical circulatory support, heart transplantation, and echocardiography. Her doctoral thesis compared different frailty assessment methods in advanced heart failure patients and was funded by the Kaltenbach Doctoral Scholarship of the Deutsche Herzstiftung e.V. In 2023 she received the DIVI/Philips research award for “Patient safety on the intensive care unit” for a validation trial to establish an automated early warning system that uses a machine learning based, real time biomarker to detect postoperative bleeding after cardiothoracic surgery. She now develops an large language model-based automated heart failure alert for non cardiology wards. Clinically, she manages patients in the advanced heart failure unit, including those receiving mechanical circulatory support or transplantation.
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Contributor content

Follow-up after weaning from temporary mechanical circulatory support: quality of life and psychological impact
Presentation
Follow-up after weaning from temporary mechanical circulatory support: quality of life and psychological impact
Foreign body reaction mimicking a pacemaker pocket infection after use of an absorbable antibacterial envelope
Presentation
Foreign body reaction mimicking a pacemaker pocket infection after use of an absorbable antibacterial envelope
Correlation of endorgan function and bioimpedance measurement in patients with advanced heart failure
Presentation
Correlation of endorgan function and bioimpedance measurement in patients with advanced heart failure
Implementation of the 2016 ESC guidelines for treatment of heart failure in patients after continuous flow LVAD implantation
Presentation
Implementation of the 2016 ESC guidelines for treatment of heart failure in patients after continuous flow LVAD implantation

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