What is nanoknife therapy in pancreatic cancer?

Ablation is the destruction of tumor tissue by means of special needles. For this purpose, heating methods such as radiofrequency, laser and microwave or cooling methods such as cryoablation are applied. These have been used successfully in many organs, especially liver and lung, for years. However, such “thermal” ablation methods are not effective enough in organs such as the pancreas, and they can damage organs such as the pancreas and bile ducts around the tumor, as well as the stomach and intestines. Nanoknife ablation, on the other hand, does not cause such problems as it uses a straight electric current instead of heat to kill the tumor.

What are the advantages of nanoknife therapy in pancreatic cancer?

In many experimental studies and applications performed on thousands of patients, it has been shown that nanoknife ablation does not damage blood vessels and bile ducts, kills tumor tissue around the vessel, and does not cause significant damage to organs such as the gastrointestinal tract. With these features, nanoknife is accepted as the most suitable method in the ablation of pancreatic cancer today.

How is nanoknife treatment applied in pancreatic cancer?

After general anesthesia is given to the patient for the treatment of Nanoknife IRE), exploratory laparotomy (review of organs by opening the abdomen) is performed with an incision made from the midline, following the necessary preparation by the surgical team. By revealing the pancreas and tumor, the area is made ready for IRE application. Afterwards, the Interventional Radiology team is involved in the surgery. The boundaries of the tumor, vessel and canal relations are determined by ultrasonography. Subsequently, several needles are inserted into the tumor in the pancreas. The needles should be placed on the margins of the tumor, parallel to each other and the distance between them should not be more than 2 cm. After making sure that the needles are placed correctly with ultrasound, a very high electric current (up to 3000 Volt / 50 Ampere) is given to the needles in groups of two, and the tumor cells are killed without being destroyed. In this tissue death called apoptosis, unlike tissue death (necrosis) that occurs in other ablation methods, cells lose their vitality but do not fragment. Since the structure of the cells is preserved, no permanent damage occurs in tissues such as vessels, nerves and intestines.