Doctor Dean Nachman

Doctor Dean Nachman

Hadassah - Hebrew University Medical Center Jerusalem, Jerusalem (Israel)

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Dr. Dean Nachman received his MD degree from the Faculty of Medicine at the Hebrew University of Jerusalem, Israel, in 2010, graduating Suma Cum-Laude. He earned his specialty in Internal Medicine and Cardiology at Hadassah Medical Center. His scientific work focuses on the bio-convergence field, implementing engineering concepts in basic and translational research, from animal model studies to clinical trials, seeking remedies for unmet needs arising from his clinical experience. His main areas of clinical and scientific interest are heart failure and advanced hemodynamic monitoring, and he has established several research collaborations with renowned scientists. His research has been published in peer-reviewed papers and presented at national and international conferences, receiving several prestigious research grants. Since 2022 he leads the CV Technology Innovation Center comprised of a team of mechanical engineer, data scientists, MSc and MD students a lab manager and CV fellows.

Presentations Events

A personalized, 3D printed, biopolymeric elastic support device for the mitigation of post-MI cardiac remodeling: multi-omics, echocardiographic and hemodynamic evaluation from small and large animal

Event: Heart Failure 2025

Topic: Nonpharmacological Treatment

Session: Advanced heart failure

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A personalized, 3D printed, polymeric elastic support device for the prevention of post-MI cardiac remodeling

Event: ESC Congress 2024

Topic: Nonpharmacological Treatment

Session: Takotsubo cardiomyopathy and acute coronary syndromes

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Photobiomodulation mitigates diastolic dysfunction, reduces perivascular fibrosis and inflammation, and enhances mitochondrial metabolism and angiogenesis in a mouse model of HFpEF

Event: ESC Congress 2024

Topic: Mitochondria

Session: Inflammation in heart failure

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Patients with hypertension or chronic kidney disease demonstrated reduced diurnal variation in advanced hemodynamic parameters

Event: Heart Failure 2024

Topic: Remote Patient Monitoring and Telehealth

Session: ePosters in e-Cardiology/digital health 1

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Iatrogenic atrial-septal defect as a primary unloading strategy during acute myocardial infarction: insights from patients data based computational hemodynamic and a swine models

Event: Heart Failure 2024

Topic: Nonpharmacological Treatment

Session: New tools to detect and treat acute heart failure

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Photobiomodulation attenuates myocardial fibrosis and diastolic dysfunction in a mouse model of heart-failure with preserved ejection fraction

Event: ESC Congress 2023

Topic: Heart Failure

Session: Myocardial remodelling (3)

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Photobiomodulation attenuates diastolic functional deterioration in a mouse model of heart-failure with preserved ejection fraction

Event: Heart Failure 2023

Topic: Heart Failure

Session: Basic science - cardiac disease 1

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Continuous monitoring of advanced hemodynamic parameters during hemodialysis demonstrated early variations in patients experiencing intradialytic hypotension

Event: Heart Failure 2023

Topic: Nonpharmacological Treatment

Session: Acute heart failure - treatment 1

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Noninvasive photoplethysmography-based monitor allows SVR and CI measurements comparable to invasive right heart catheterization regardless of skin tone and body habitus

Event: Heart Failure 2023

Topic: Invasive Haemodynamic Monitoring

Session: Acute heart failure - diagnostic methods

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Insights into diurnal variations of advanced hemodynamic parameters in ambulatory individuals enabled by a photoplethysmography-based wearable monitor

Event: ESC Congress 2022

Topic: Remote Patient Monitoring

Session: e-Cardiology/Digital health - Remote monitoring 1

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Doctor Dean Nachman

Biography

Contributor content

A personalized, 3D printed, biopolymeric elastic support device for the mitigation of post-MI cardiac remodeling: multi-omics, echocardiographic and hemodynamic evaluation from small and large animal

A personalized, 3D printed, polymeric elastic support device for the prevention of post-MI cardiac remodeling

Photobiomodulation mitigates diastolic dysfunction, reduces perivascular fibrosis and inflammation, and enhances mitochondrial metabolism and angiogenesis in a mouse model of HFpEF

Patients with hypertension or chronic kidney disease demonstrated reduced diurnal variation in advanced hemodynamic parameters

Iatrogenic atrial-septal defect as a primary unloading strategy during acute myocardial infarction: insights from patients data based computational hemodynamic and a swine models

Photobiomodulation attenuates myocardial fibrosis and diastolic dysfunction in a mouse model of heart-failure with preserved ejection fraction

Photobiomodulation attenuates diastolic functional deterioration in a mouse model of heart-failure with preserved ejection fraction

Continuous monitoring of advanced hemodynamic parameters during hemodialysis demonstrated early variations in patients experiencing intradialytic hypotension

Noninvasive photoplethysmography-based monitor allows SVR and CI measurements comparable to invasive right heart catheterization regardless of skin tone and body habitus

Insights into diurnal variations of advanced hemodynamic parameters in ambulatory individuals enabled by a photoplethysmography-based wearable monitor

ESC 365 is supported by

Doctor Dean Nachman Follow

Biography

Contributor content

A personalized, 3D printed, biopolymeric elastic support device for the mitigation of post-MI cardiac remodeling: multi-omics, echocardiographic and hemodynamic evaluation from small and large animal

A personalized, 3D printed, polymeric elastic support device for the prevention of post-MI cardiac remodeling

Photobiomodulation mitigates diastolic dysfunction, reduces perivascular fibrosis and inflammation, and enhances mitochondrial metabolism and angiogenesis in a mouse model of HFpEF

Patients with hypertension or chronic kidney disease demonstrated reduced diurnal variation in advanced hemodynamic parameters

Iatrogenic atrial-septal defect as a primary unloading strategy during acute myocardial infarction: insights from patients data based computational hemodynamic and a swine models

Photobiomodulation attenuates myocardial fibrosis and diastolic dysfunction in a mouse model of heart-failure with preserved ejection fraction

Photobiomodulation attenuates diastolic functional deterioration in a mouse model of heart-failure with preserved ejection fraction

Continuous monitoring of advanced hemodynamic parameters during hemodialysis demonstrated early variations in patients experiencing intradialytic hypotension

Noninvasive photoplethysmography-based monitor allows SVR and CI measurements comparable to invasive right heart catheterization regardless of skin tone and body habitus

Insights into diurnal variations of advanced hemodynamic parameters in ambulatory individuals enabled by a photoplethysmography-based wearable monitor

ESC 365 is supported by

Doctor Dean Nachman