Robotic catheter ablation is a process is administered at some medical centers. Robotic catheter systems could advance catheter navigation, keep the catheter stable, and curtail procedure times. Though, robotic catheter ablations have usually had alike outcomes to traditional catheter ablation. Thus, the success and difficulty rates aren’t knowingly better or shoddier.
These robotic systems are expensive, so not all medical establishments have them. Only 10% of people indicated they regularly use a robotic system when going through a catheter ablation procedure.
The catheter ablation process with a single-point radiofrequency catheter is strictly stimulating to perform, particularly for an EP who has not achieved many. In theory, utilizing a robot simplifies the process and decreases the know-how needed. Though, studies haven’t verified this.
A robotic ablation begins the same way as conventional catheter ablation. First, the EP pullouts a catheter into the groin and guides the catheter to the right sideways of the heart. Then, a perforation is made in the septal wall unraveling the right and left sides of the heart. At that juncture, the EP leaves and goes to the robotic control system, regularly next to the room.
Here are some of the robotic systems which are utilized in catheter ablations, which are characteristically used as per the operator’s preference.
Niobe
Niobe is a magnetic system only working with the Biosense Webster mapping and ablation catheters and CARTO electroanatomic mapping system. It doesn’t seem like a robot but is measured as a robotic system. The bed of the patient is between two large magnets tracking the movement in the catheter and sending the info to the system. The EP uses a joystick-like those which is used in video games for the modification of the position of the magnets, enabling the movement of the catheters. People who have a pacemaker or implantable cardiac defibrillator might not have a Niobe process since these devices might be affected by magnets.
Catheter Guidance Control and Imaging
Catheter Guidance Control and Imaging is a magnetic remote navigation system that has a magnetic chamber of 8 electromagnets around the patient chest. The system can alter the magnetic field virtually instantaneously and lets the operation of a special magnetic tip catheter for facilitating heart mapping.
Artis
It is a multi-purpose system that is based on robotic technology. CT or MRI is covered in fluoroscopic images for guiding navigation. The Artis makes use of dissimilar software applications for providing several imaging competencies. These comprise syngo DynaCT, syngo Electrophysiology Guidance, and syngo 3D Roadmap, and syngo Toolbox.
For determining whether the process of catheter ablation is suitable for you, see your doctor for the right piece of advice.
With the evolution of technology and the introduction of AI in almost every other industry, the demand for robotic catheter systems, which are used in various medical procedures is slowly but surely rising around the globe, making the procedures more advanced.