IEEE Journal of Selected Topics in Quantum Electronics · 2007 · 23 citations · 14 references
EngineeringBiomedical EngineeringSurgeryBiomedical OpticsOptical MaterialsPhotonicsEndoscopic SurgeryFiber OpticsLaser PhysicsLaser SurgeryLaser-tissue InteractionOptical FibersAblation TechnologyAblative Laser SurgeryAblative Laser TherapyFiber-optic EndoscopyLaser AblationLasersSapphire Optical FibersTissue Ablation
Endoscopic surgical applications of erbium lasers have been limited due to the lack of a suitable mid-IR optical fiber delivery system. Germanium oxide fibers are used for noncontact tissue ablation, but are not recommended for contact tissue ablation applications typically required during endoscopic surgery. This study describes the assembly and characterization of hybrid mid-IR fibers consisting of germanium oxide trunk fibers and sapphire fiber tips, and side-firing germanium oxide fibers with either 45deg angled tips or micromirrors. Average powers up to 8.5 W (850 mJ at 10 Hz) and transmission up to 70% was demonstrated through 450-mum-core, 1.5-m-long fibers, sufficient for endoscopic laser ablation of soft and hard tissues in contact mode.
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ERBIUM:YAG VERSUS HOLMIUM:YAG LITHOTRIPSY
Joel M.H. Teichman, Kin Foong Chan, Patricia P. Cecconi et al. · The Journal of Urology · 2001 · 52 citations
Medicine, Urology, Female Urology +11
Urinary calculus fragmentation during Ho: YAG and Er:YAG lithotripsy
Ho Lee, Hyun Wook Kang, Joel M.H. Teichman et al. · Lasers in Surgery and Medicine · 2005 · 52 citations
Natural Sciences, Surgery, Urology +17
Erbium:YAG laser lithotripsy by use of a flexible hollow waveguide with an end-scaling cap
Katsumasa Iwai, Yi-Wei Shi, Koh Nito et al. · Applied Optics · 2003 · 26 citations