Robot-assisted cardiothoracic surgery
It’s benefits, risks, success rates and costs
What is robot-assisted cardiothoracic surgery or Robotic cardiothoracic surgery? When is it recommended?
Conventionally, open cardiac surgery involves a sternotomy i.e. cutting through the breastbone and opening the ribs. This invasive technique results in significant trauma, prolonged healing time and increased risk for serious complications.
Robotic assistance offers minimally invasive surgery so the chest is not opened. Instead, the robotic arms of the surgical system operate through several small incisions called ports, which are made along the side of the chest. The surgeon is in full control of his actions throughout the procedure and is able to perform the procedure with greater precision.
Robot-assisted cardiothoracic surgery can be offered for various conditions which include:
Cardiac surgeries:
- Mitral and tricuspid valve repair
- Coronary Artery Bypass Grafting (CABG)
- Atrial fibrillation ablation
- Removal of a cardiac tumor
- Congenital heart surgery, such as Atrial Septal Defect (ASD) repair and Patent Foramen Ovale (PFO) repair
- Heart transplants
Thoracic & lung surgeries:
- Lobectomy & Pneumonectomy
- Decortication
- Lung volume reduction surgery
- Thoracoabdominal Aneurysm Repairs
- Lung transplants
A robotic surgical system has several key features that make it ideal for minimally invasive surgery. It comprises of a surgeon console, an instrument cart, and a visioning platform.
The surgeon controls these instruments and the camera from the console. By placing his fingers into the master controls, the surgeon is able to operate all arms of the surgical system simultaneously. The high definition 3D camera provides a better, more detailed, magnified (12 times), 3-D view of the surgical site. Finger and wrist movements of the surgeon are registered through sensors and translated into motion in the robotic arms with great precision.