For the first time in the Baltic States, the procedure was carried out using the Cascination navigational artificial intelligence system

For the first time in the Baltic States, dr. Donatas Jocius, a doctor of interventional radiology at the Interventional Radiology Department of Vilnius University Hospital VUL Santaros Clinic , performed the first procedure using the CAScination AG navigational artificial intelligence system CAS-One IR. The patient underwent the procedure of cryoablation of the kidney tumor (destruction of cancer cells by cold) and microwave ablation of the liver tumor.

AI-powered solutions allow doctors to perform percutaneous interventions such as ablations, biopsies even safer and more efficiently, ensuring high-quality results of minimally invasive treatment. The use of the CAS-One IR system increases the reliability and accuracy of procedures, avoiding complications, it is possible to treat cases that seem too complicated without using such a system.

Image blurring capabilities expand treatment planning and provide quality control immediately after ablation to reduce the number of local recurrences. Such treatment provides patients with a number of advantages: the time of hospital treatment is reduced compared to traditional surgery, recovery is faster, the effects of harmful radiation are significantly reduced.

Read more: https://bit.ly/Cascination

Share:

Related posts

First pulmonary cryoablation at Tartu University Hospital

The first pulmonary cryoablation procedure was successfully performed at Tartu University Hospital. This move strengthens the development of interventional oncology services in the region and provides more minimally invasive treatment options for patients with lung tumors.

Minimally Invasive Liver Cancer Treatment in Klaipeda

At Klaipėda University Hospital, a 70-year-old liver cancer patient who could not undergo surgery was given a minimally invasive treatment method – microwave ablation. During the procedure, the tumor is destroyed by precise exposure to heat, without damaging the surrounding tissues, and the patient’s recovery is faster and easier than after open surgery.