Turn on more accessible mode
Turn off more accessible mode
Skip Ribbon Commands
Skip to main content
Turn off Animations
Turn on Animations

The 3D Printing in Complex Congenital Heart Disease: A New Groundbreaking Achievement for AUBMC/AUB in Lebanon and the Region
 

  • About Us
    • History
    • Mission and Vision
    • AUBMC Leadership Team
    • Why AUBMC?
    • Visiting AUBMC
    • Virtual Tours
    • External Medical Affairs (EMA)
    • Human Resources
  • Patient Care
    • Centers of Excellence
    • Specialized Clinical Programs and Services
    • Departments/Divisions
    • Nursing Services
      • About Us
      • Magnet Designation
      • Centers
      • Media
      • Nurses’ Well-Being
    • Administrative Services
      • Recent
    • Patient Education
  • Research
    • Medical Research
    • Research Faculty
  • Education
    • AAHCI Mena Regional Office
    • Faculty of Medicine
    • Rafic Hariri School of Nursing
    • Continuing Medical Education (CME) Office
  • MyAUBHealth
Go
Quick Links
  • Libraries
  • Visitors
  • International Patients
  • For Health Care Professionals
  • Halim & Aida Daniel ACC
  • A - Z
  • For Faculty and Staff
  • AUB
  • Hidden
    • Education
    • Home
    • Patient Care
    • Research
    • hremp
    • Naef K. Basile Cancer Institute (NKBCI)
  • RecentCurrently selected
Health Tip of the Week

Brochures, clinical guides, newsletters, and patient information
Skip Navigation LinksAUBMC

The 3D Printing in Complex Congenital Heart Disease: A New Groundbreaking Achievement for AUBMC/AUB in Lebanon and the Region

Posted on 9/4/2015



Page Content



The Children’s Heart Center (CHC) at the American University of Beirut Medical Center (AUBMC) and in collaboration with the Department of Mechanical Engineering at the American University of Beirut (AUB) introduced the 3D printing program in complex congenital heart disease, a powerful supplement to aid in pre-surgical planning for treatment, for the first time in Lebanon and the region.  AUBMC has performed the first in-house model on one of the CHC patients last month.

“3D printing is a technology that has undoubtedly revolutionized medicine,” said Dr. El-Rassi, Chief of Pediatric and Congenital Cardiac Surgery at the Children’s Heart Center. “Its applications extend now to practically all the fields of healthcare. Cardiac applications of 3D printing are becoming an integral part of cardiothoracic surgery and interventional cardiology in children and adults. Dr. El-Rassi added, “We have utilized this technology on our patient, and it helped us to decide on the best treatment options.”

3D printing, known as rapid prototyping or additive manufacturing, is the process of creating solid, three dimensional objects from a digital file. The printer deposits layers of a material such as plastic, resin or metal until the object is complete Professor of Mechanical Engineering at AUB, Dr. Ramsey Hamade said, “Three dimensional printing is a method for turning 3D computer designs and sketches into physical models or even functional items that can be created relatively quickly at minimal cost.”

“The 3D prints will help improve our decision making in the treatment of complex CHD,” said Dr. Fadi Bitar, Professor and Director of the Children’s Heart Center. Doctors can now conduct perfect procedures on the model before surgical or cardiac catheterization intervention. Moreover, the flexible physical models will better acquaint parents’ with the child’s condition and improve medical students’ education.It will also help parents and patients gain a better understanding of the complex anatomy of congenital heart defects, in addition to identifying and describing the problem that has been corrected or needs to be addressed.

Approximately one in every hundred children is born with a heart defect. In many cases of congenital heart disease, children will require at least one invasive surgery throughout their lifetime.  Dr. Rassi highlights the importance of 3D cardiac models in helping the clinician to decide on the surgical or interventional strategy that best suits the individual patient and eventually has a strong impact on long term survival.

This groundbreaking program was initiated and led by CHC team: Drs. Issam El-Rassi, Fadi Bitar, Mariam Arabi, and Georges Nemer,  in collaboration with Dr. Ramsey Hamade and Assistant Professor of Radiology Dr. Lama Atweh, in addition to Mr. Charbel Saade. The 3D printing is an ideal way to make a complete assessment and save the lives of many children with congenital heart defects.
Page Content 1
  • Webmail     Careers     Disclaimer     Copyright