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| Development of an Artificial Intelligence-Based Support Technology for Urethral and Ureteral Stricture Surgery | |||
| Sung-Jong Eun, Jong Mok Park, Khae-Hawn Kim | |||
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Int Neurourol J. 2022;26(1):78-84. Published online 2022 March 31 DOI: https://doi.org/10.5213/inj.2244064.032 |
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Development of an Artificial Intelligence-Based Support Technology for Urethral and Ureteral Stricture Surgery International Neurourology Journal. 2022;26(1):78-84  ARTIFICIAL HYPOSPADIAS FOR INTRACTABLE URETHRAL STRICTURE. The Lancet. 1912;179(4617):521 Ureteral stricture The American Journal of Surgery. 1926;1(5):308 Urethral stricture disease Surgery (Oxford). 2005;23(4):141-145 Blockchain Security for Artificial Intelligence-Based Clinical Decision Support Tool Internet of Things, Artificial Intelligence and Blockchain Technology. 2021;209-240 Urethral stricture disease Surgery (Oxford). 2014;32(6):304-309 Urethral stricture disease Surgery (Oxford). 2011;29(6):272-277 Urethroplasty for Female Urethral Stricture Disease Female Pelvic Surgery. 2020;203-210 Membrano-prostatic urethral stricture repair Journal of Pediatric Surgery. 1966;1(4):415-416 Urethral stricture disease in children Journal of Pediatric Surgery. 1982;17(3):333-334 |
