use their skills across many different disciplines , including biomechanics , biomaterials science , tissue engineering , imaging systems technology , and computer-aided design ( CAD ). Biomedical engineers collaborate closely with physicians throughout the entire process — from concept ideation through to product realisation — so that they can ensure optimal performance standards while also keeping patient safety a top priority . By leveraging cutting-edge technologies like 3D printing , along with traditional manufacturing processes such as machining , biomedical engineers are able to develop artificial organs that perform just as well if not better than naturally occurring ones . Two notable examples of successful artificial organ research are the development of the artificial heart and the artificial pancreas .
In the realm of cardiac care , Dr Robert Jarvik ’ s ground-breaking work led to the creation of the Jarvik-7 , the world ’ s first successful artificial heart . In 1982 , Dr Jarvik ’ s invention achieved a significant milestone when it was implanted into Dr Barney Clark , the first permanent artificial heart recipient . Although Dr Clark lived for only 112 days after the implantation , the Jarvik-7 paved the way for subsequent advancements in artificial heart technology , fostering ongoing research in the field .
Another noteworthy development in the realm of artificial organs is the artificial pancreas .
Dr Roman Hovorka , a renowned researcher in diabetes technology , has made significant strides in this area . In 2016 , he and his team conducted a ground-breaking clinical trial using an automated closed-loop system that combines an insulin pump and a continuous glucose monitor . The trial demonstrated remarkable results in maintaining blood glucose levels within the target range for individuals with type 1 diabetes . This achievement heralded a major breakthrough in diabetes management , offering new hope and improved quality of life for patients worldwide .
The benefits offered by artificial organs extend far beyond those who receive them directly . From the improved quality of life outcomes for patients suffering from chronic illnesses all the way to reducing the long-term healthcare costs associated with providing care treatment options , the impact felt by the broader population cannot be overstated .
ROBOTIC SURGERY SYSTEMS
Robotic surgery systems are a revolutionary development in medical technology , allowing surgeons to perform complex operations with greater precision and accuracy . Developed over the past two decades , these systems have
Surgical room in hospital with robotic technology equipment
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