LASIK is a timely and authoritative source for refractive, corneal, and cataract surgeons; ophthalmologists; optometrists; ophthalmic surgeons; and upper-level undergraduate, graduate, and medical students in these disciplines. This guide emphasizes the latest tools and step-by-step procedures to increase the safety, predictability, and long-term stability of LASIK procedures.
Examining established and emerging treatments for the correction of hyperopia and presbyopia, this reference offers guidance on technologies such as thermal or conductive keratoplasty, corneal implants, laser scleral relaxation, scleral expansion rings, intraocular lenses, and LASIK modifications.
LASIK is a timely and authoritative source for refractive, corneal, and cataract surgeons; ophthalmologists; optometrists; ophthalmic surgeons; and upper-level undergraduate, graduate, and medical students in these disciplines. This guide emphasizes the latest tools and step-by-step procedures to increase the safety, predictability, and long-term s
Examining established and emerging treatments for the correction of hyperopia and presbyopia, this reference offers guidance on technologies such as thermal or conductive keratoplasty, corneal implants, laser scleral relaxation, scleral expansion rings, intraocular lenses, and LASIK modifications.
Examining established and emerging treatments for the correction of hyperopia and presbyopia, this reference offers guidance on technologies such as thermal or conductive keratoplasty, corneal implants, laser scleral relaxation, scleral expansion rings, intraocular lenses, and LASIK modifications.
LASIK is a timely and authoritative source for refractive, corneal, and cataract surgeons; ophthalmologists; optometrists; ophthalmic surgeons; and upper-level undergraduate, graduate, and medical students in these disciplines. This guide emphasizes the latest tools and step-by-step procedures to increase the safety, predictability, and long-term s