The following abstracts contain research pertinent to Coherent technology. Not all applications referenced have been cleared or approved by FDA, but represent current worldwide developments and advances in laser surgery.

Urology Bibliography


Soft-Tissue Applications of the Holmium:YAG Laser in Urology

Razvi, Chun, Denstedt, Sales
Journal of Endourology, Volume 9, Number 5, 1995


The Holmium:YAG laser possesses both ablative and hemostatic properties and in preliminary clinical use has demonstrated many potential urologic applications. We review our initial experience in treating a variety of soft-tissue lesions of the urinary tract with this laser. The laser demonstrated precise hemostatic cutting and warrants further investigation as a multipurpose urologic laser.

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Use of the Holmium:YAG (Ho:YAG) Laser for Treatment of Superficial Bladder Carcinoma

Johnson
Lasers in Surgery and Medicine 14:213-218 (1994)


This is the first North American report describing the use of the Holmium:YAG (Ho:YAG) laser to treat patients with superficial bladder carcinoma. Fifteen patients, with a total of 52 recurrent superficial bladder tumors, underwent endoscopic laser photoablation of their lesions.We conclude that using the Ho:YAG for endoscopic treatment of patients with superficial bladder tumors is both feasible and clinically useful and that the lack of perceived pain or discomfort during lasing, as well as the lack of need for an in-dwelling urethral catheter, makes it advantageous for selected patients over conventional electroresection techniques.

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The VersaPulse Holmium Surgical Laser in Clinical Urology: A Pilot Study

Webb, Kockelburgh, Johnson
Minimally Invasive Therapy, 1993, 2:23-26


Fifty-one cases of VersaPulse Holmium laser treatment of various urologic conditions are presented. The laser was easy to use and was equally effective through fluid and carbon dioxide media for soft tissue ablation, lithotripsy and laparoscopic surgery. The laser demonstrated precision haemostatic cutting and was particularly suited to superficial ablation of lesions in the bladder and urethra and for the fragmentation of ureteric calculi. We feel this laser warrants further investigation as an urological laser and may have applications in other fields of endoscopic surgery.

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