Robotic guidance cuts procedure time and radiation exposure in half, making lung tumor ablation faster and safer.


 For patients with inoperable lung cancer radiofrequency ablation offers a lifeline but its success depends heavily on the precise placement of needles. A new study demonstrates that using robotic assistance can significantly improve the safety and efficiency of this delicate procedure. Researchers compared standard manual techniques against a robot guided system that uses artificial intelligence for real time motion tracking. The results showed that the robot helped doctors position the probe with far greater accuracy while reducing the time needed for needle insertion by several minutes. Most importantly the robotic approach cut the duration of CT scans and the resulting radiation exposure to the patient by nearly fifty percent. This finding suggests that integrating robotics into interventional radiology not only standardizes outcomes but also protects vulnerable patients from unnecessary radiation risks during treatment.

Read the original article at: https://radiologybusiness.com/topics/medical-imaging/interventional-radiology/robotic-assisted-navigation-improves-accuracy-halves-radiation-dose-during-interventional-procedures

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