Specialized in protecting the bladder: precise radiofrequency resection of bladder tumors and techniques

Introduction: Precise radiofrequency resection of bladder tumors combines the precise anatomical characteristics of beta knife with a plasma radiofrequency energy platform to provide a powerful tool for transurethral bladder tumor resection
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The advantages and techniques of precise radiofrequency resection of bladder tumors (β-surgery) The advantages and techniques of β-knife: Flexible working direction The advantages and techniques of β-knife: Efficient blunt separation The advantages and techniques of β-knife: The advantages and techniques of β-knife inserted into tissue Skills: Bloodless surgery Advantages and techniques of β-knife: Precise hemostasis Advantages and techniques of β-knife: Excellent hemostatic performance Advantages of β-knife: Real-world bubble interference There is no need for a brief introduction of secondary electric cutting experts.
Professor Sun Shengkun is a native of Kuandian County, Dandong City, Liaoning Province.
He is a doctor of medicine and a postgraduate tutor
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Deputy Director of Urology Department of Urology Department of PLA General Hospital
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Visiting Scholar at the University of California, Los Angeles
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Graduated from the Third Military Medical University
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Member of CUA Andrology Engineering Group, Deputy Director of the Seventh Hainan Medical Association Urology Professional Committee
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Director of the editorial department of the Journal of Minimally Invasive Urology
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Presided over scientific research projects such as the National Natural Science Foundation of China and the National Key R&D Program
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In recent years, the following innovations have been made in the field of minimally invasive urology: 1.
Proposed the theory of "digital kidney"; 2.
Established precise radiofrequency resection of bladder tumors (β-surgery), reported at the AUA annual meeting for two consecutive years, and won the best poster award; 3.
Research and development of plasma needle ring electrodes and bladder tumor removal baskets to provide a total solution for transurethral resection of bladder tumors; 4.
Create transurethral bladder mucosal stripping for the treatment of multiple superficial bladder cancers, and performed in AUA Annual meeting report; 5.
Creation of tension-assisted transurethral precise resection of bladder tumor; 6.
Creation of super transurethral resection of bladder tumor (STURBT), and report at the AUA annual meeting; 7.
Creation of S-scope single-port renal cyst removal 8.
Create S-scope to remove fascia lata to treat stress urinary incontinence 9.
Create truncated end ureterectomy; 10.
Create sealed extraperitoneal radical ureterectomy to prevent upper urinary tract tumor implantation; 11.
Research and development of ureteral dilators; 12.
Research and development of integrated laparoscopic surgical instruments; 13.
Research and development of transvaginal surgical retractors; 14.
Research and development of super mirrors (S mirrors)