Jenny Zablah, MD
Pediatric Cardiology
Locations
Practice Locations
Children's Hospital Colorado Anschutz Medical Campus
720-777-1234
Provider Expertise
Clinical Interest for Patients
Diagnosis, management and treatment of congenital heart disease with a minimally invasive approach through cardiac catheterization. Perform cardiac catheterizations with minimal radiation and contrast using all available tools from our modern and cutting edge technology.
Care Philosophy
I believe that empathy and a caring approach is key for a doctor and patient relationship. Communication and education are important, especially, prior a cardiac catheterization procedure when a parent is trusting their kid in my hands.
Specialties
- Pediatrics
- Pediatric Cardiology
Conditions & Treatments
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Heart and Circulation
Adult Congenital Heart Disease, Congenital Heart Disease, Interventional Cardiology
Education & Training
Internships
Miami Children's Hospital Program (2010)
Residency Program
Miami Children's Hospital Program (2011)
Fellowships
University of Colorado (Children's Hospital Colorado) Program (2016)
North Shore-Long Island Jewish Health System Program (2013)
Professional Memberships
American Academy of Pediatrics, Fellow member
American College of Cardiology, Fellow member
American Heart Association, Member
Pediatric Interventional Cardiology Early Career Society (PICES), Member
Society for Cardiovascular Angiography and Intervention (SCAI), Fellow Member
Research & Grants
Grants
Computational fluid dynamic assessment of patients with congenital heart disease from 3D rotational angiography obtained in the catheterization laboratory (2022)
”Virtual Reality Applications for Patients with Congenital Heart Disease” (2023)
“Advancement of Customized Cardiac/Cardiovascular Surgical Solutions Based on 3D Printing.” Role: Principal Investigator (2023)
Research Interests for Patients
My scholarly pursuits encompass advancements within the cardiac catheterization laboratory, with a focus on cutting-edge technologies such as 3D fusion imaging, 3D printing derived from 3D rotational angiograms, and the integration of Virtual/Extended Reality in catheterization procedures. Additionally, I am deeply interested in exploring a low-radiation approach for complex percutaneous interventions, aiming to reduce contrast and fluoroscopy exposure for both patients and catheterization laboratory personnel. Furthermore, my research aims to develop of alternative imaging modalities tailored for intricate congenital heart diseases (CHD) like pulmonary vein stenosis. I am dedicated to exploring systematic management strategies, encompassing both medical and interventional approaches, to address the complexities associated with pulmonary vein stenosis in CHD patients.
information for referring providers
Referral Contact Phone
Referring Patients Link
Clinical Interests for Referring Providers
My many clinical interests include percutaneous approach to PDA (including premie PDAs on patients >700grams), ASD, VSD, pulmonary valve replacement, coarctation of the aorta, pulmonary vein stenosis patients, single ventricle assessment and interventions, branch pulmonary artery stenosis, etc. All these procedures performed safely with the support of multimodality imaging to decrease overall radiation dose, contrast dose and procedural time.
Research Interest for Referring Providers
My scholarly pursuits encompass advancements within the cardiac catheterization laboratory, with a focus on cutting-edge technologies such as 3D fusion imaging, 3D printing derived from 3D rotational angiograms, and the integration of Virtual/Extended Reality in catheterization procedures. Additionally, I am deeply interested in exploring a low-radiation approach for complex percutaneous interventions, aiming to reduce contrast and fluoroscopy exposure for both patients and catheterization laboratory personnel. Furthermore, my research aims to develop of alternative imaging modalities tailored for intricate congenital heart diseases (CHD) like pulmonary vein stenosis. I am dedicated to exploring systematic management strategies, encompassing both medical and interventional approaches, to address the complexities associated with pulmonary vein stenosis in CHD patients.
