Ho:YAG laser sclerostomy in a long-term animal model

@inproceedings{Vari1994HoYAGLS,
  title={Ho:YAG laser sclerostomy in a long-term animal model},
  author={Sandor G. Vari and Vani R. Pergadia and Wendy J. Snyder and Thanassis Papaioannou and William Fein and Michael C. Fishbein and Wei-Qiang Shi and M. D. Dhondt and Warren S. Grundfest},
  year={1994}
}
  • Sandor G. Vari, Vani R. Pergadia, +6 authors Warren S. Grundfest
  • Published 1994
  • Materials Science
  • The effects of the Ho:YAG (2.13 micrometers ) laser on rabbit scleral tissue ablation were determined. Over a period of 12 months the status of the drain hole was monitored. A 3 mm incision was made on 26 rabbits through the conjunctiva and the laser probe was advanced and applied under it. A fluence of 255 J/cm2 was used to perforate the sclera with a pulse duration of 300 microsecond(s) ec full width at half maximum. Results of this study show that this laser thermal sclerostomy procedure… CONTINUE READING

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