We present an optimized femtosecond laser system for intrastromal tissue manipulation, application studies of commercial fs-LASIK procedures and results from the first successful demonstration of nonlinear (SHG) imagi...We present an optimized femtosecond laser system for intrastromal tissue manipulation, application studies of commercial fs-LASIK procedures and results from the first successful demonstration of nonlinear (SHG) imaging of corneal ultrastrucrure and fs-induced morphology modification.展开更多
文摘We present an optimized femtosecond laser system for intrastromal tissue manipulation, application studies of commercial fs-LASIK procedures and results from the first successful demonstration of nonlinear (SHG) imaging of corneal ultrastrucrure and fs-induced morphology modification.
