HGV-8300 Experimental Nanoknife Tumor Ablation System

The HGV-8300 experimental nano knife tumor ablation system combines high-frequency narrow pulse width and medium frequency medium pulse width for ablation: the high-frequency narrow pulse width is equivalent to opening a small hole in the cell membrane first, and the medium frequency medium pulse width achieves rapid enlargement of the hole, thereby achieving irreversible perforation of the cell.

HGV-8300 Nano Knife Tumor Ablation System

In recent years, with the continuous development of pulse bioelectricity, electric field pulses have attracted the attention of researchers for their non thermal and minimally invasive biomedical effects. Among them, irreversible electroporation therapy for tumors has attracted widespread attention from researchers in the field of bioelectricity at home and abroad due to its advantages and characteristics of being fast, controllable, visible, selective, and non thermal. It has gradually been applied in the clinical treatment of tumors.

Irreversible electroporation, also known as nanoknife, is a novel tumor ablation technique that forms nanoscale perforations on tumor cells by releasing high-voltage pulses, disrupting cellular balance and causing rapid apoptosis. After tumor cell apoptosis, phagocytic cells in the body engulf cell debris, gradually replacing the treatment area with normal tissue. Therefore, nanoknife is also known as irreversible electroporation in medical practice.

1: Animal Experiment of pancreatic cancer

Rat experiment, subcutaneous tumor formation,

2. Liver ablation experiment

Clear ablation boundary and normal preservation of blood vessels

3. Ablation of large animal surface glandular tumors

After three months, the surface glandular tumor will melt and return to normal