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Single-needle – faster, simpler ablation

Comparison dimensions Conventional IRE Wknife
Number of needles 2–6 needles 1 needle
Operational difficulty High (requires precise placement) Low (single-needle puncture)
Procedure time Longer Shorter
Challenging anatomical locations Limited Accessible
Learning curve Long Short

Local anesthesia – less stressful for the patient.

Conventional IRE

General anesthesia + high-dose muscle relaxants

Requires ECG synchronization

Longer hospitalization and slower recovery

High anesthesia cost

Risk of anesthesiarelated complications

Wknife

Local anesthesia, no muscle relaxants

No ECG synchronization required

Day surgery, faster recovery

Significantly lower medical costs

Reduced anesthesiarelated risks

Original Technology

Professor Yaopioneeredthe theory of tumor electroporation
Globally Recognized
In 2000, Professor Yao Chenguo pioneered highvoltage ultrashort pulsed electric field IRE for tumor ablation and published the foundational paper on its bioelectromagnetic mechanism – igniting global research in pulsed electric field tumor therapy.

Professor Rubinsky

Professor Rubinsky‘s monograph

Professor Rubinsky Boris, in his monograph Irreversible Electroporation, extensively cited and commented: “Yao proposed a special pulsed electric field for killing tumor cells and inhibiting their growth, marking the first international application of irreversible electroporation as a tissue ablation technique in the field of tumor therapy.”
C. Yao, et al. lEEE Transaction on Plasma Science 2004 32(4)
B. Rubinsky. lrreversible electroporation [M|. Springer Science & Business Media, 2009.
Publications by Professor Yao Chenguo
Cofounder & Chief Scientist
Professor Yao Chenguo
Professor Yaopioneeredthe theory of tumor electroporation
Globally Recognized
In 2000, Professor Yao Chenguo pioneered highvoltage ultrashort pulsed electric field IRE for tumor ablation and published the foundational paper on its bioelectromagnetic mechanism – igniting global research in pulsed electric field tumor therapy.
Publications by Professor Yao Chenguo
Co-founder & Chief Scientist
Professor Yao Chenguo
Professor Rubinsky Boris, in his monograph Irreversible Electroporation, extensively cited and commented: “Yao proposed a special pulsed electric field for killing tumor cells and inhibiting their growth, marking the first international application of irreversible electroporation as a tissue ablation technique in the field of tumor therapy.”
C. Yao, et al. lEEE Transaction on Plasma Science 2004 32(4)
B. Rubinsky. lrreversible electroporation [M|. Springer Science & Business Media, 2009.

Professor Rubinsky

Professor Rubinsky‘s monograph

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