Contact focusing multimodal probes for potential use in ophthalmic surgery with the Erbium:YAG laser

Keyphrases

• Ophthalmic Surgery 100%
• Ruby 100%
• Multimodal Probe 100%
• Erbium YAG Laser 100%
• Vitreoretinal Surgery 50%
• Pathologic 50%
• Ablating 50%
• Delivery System 50%
• Microprobe 50%
• Retina 50%
• Intraocular Surgery 50%
• Self-limiting 50%
• Laser Ablation 50%
• Mid-infrared 50%
• Dielectric Sphere 50%
• Numerical Modeling 50%
• Sapphire 50%
• Iatrogenic Complications 50%
• Delamination 50%
• Structure Optimization 50%
• Laser Source 50%
• Vitreous Hemorrhage 50%
• Laser Probe 50%
• Suction Devices 50%
• Thermal Damage 50%
• Retinal Break 50%
• Flexible Delivery 50%
• Microscopic Damage 50%
• Damage Depth 50%
• Small Craters 50%
• Er-YAG 50%
• Ablation Crater 50%
• Crater Depth 50%
• Cornea Epithelium 50%
• Sphere-like Structure 50%
• Optical Penetration Depth 50%

Medicine and Dentistry

• Eye Surgery 100%
• Erbium 100%
• Ex Vivo 50%
• Pulse Rate 50%
• Laser Surgery 50%
• Iatrogenesis 50%
• Corneal Epithelium 50%
• Agents Acting on the Eye 50%
• Thermal Injury 50%
• Vitreoretinal Surgery 50%
• Vitreous Hemorrhage 50%
• Retinal Break 50%
• Microprobe 50%