We evaluated the visual, refractive and ocular aberrometric outcomes after wavefront-guided (WFG) laser in situ keratomileusis (LASIK) for the correction of myopia using an excimer laser platform with Iris Registration (IR) technology (STAR S4IR excimer laser, Abbott Medical Optics, Santa Ana, CA, USA) and combined with a new Hartmann-Shack wavefront sensor (iDesign aberrometer, Abbott Medical Optics, Santa Ana, CA, USA) capturing 1250 data points from a 7.0-mm pupil and using Fourier reconstruction for aberration data.
It’s a way of measuring the eye before treating it to get rid of any spectacle error present. Because it uses more ‘data points’ than older instruments, it gives a more accurate assessment of the eye in planning for it to be able to see without the need for contact lenses or glasses.
A new technique being used to treat myopia is called SMILE. That stands for SMall Incision Lenticular Extraction. It is a little different to LASIK. With LASIK a femtosecond laser is used to make a flap in the cornea which is semicircular and which is lifted up to expose the underling corneal stroma. An excimer laser is then used to reshape the stroma before the flap is put back down over the treated area.
Lens Implant is a great option for people who hate having to put on reading glasses. Many people only have to start using reading glasses in their forties. It’s down hill from there on. At first it’s just sometimes. Then most of the time they want to see up close. Then ALL the time. The final straw is when they need glasses to see in the distance AS WELL as to see a computer or to read.
There are several common eye diseases in all age groups, below are some of the most common eye problems: In children: blocked tear ducts, turn in the eyes (crossed eyes) and conjunctivitis. In young adults: allergic eye disease, conjunctivitis, chalazions.