Posters
Evaluation of a preloaded, aspheric and hydrophobic intraocular lens (IOL) platform
Poster Details
First Author: M. Gerl GERMANY
Co Author(s): M. Mueller D. Breyer H. Kaymak R. Gerl G. Auffarth F. Kretz
Abstract Details
Purpose:
To evaluate the functional outcome after implantation of a new aspheric intraocular lens (IOL) with a novel platform design, special surface properties and its application through an enhanced injector to provide better intraocular stability.
Setting:
International Vision Correction research Centre network (IVCRC.net), Univ. of Heidelberg, Germany
Methods:
Examinations three months after surgery included manifest refraction, UDVA, and CDVA [logMAR] as well as usability of the enhanced injector during implantation. All IOLs were implanted through a 2.2mm incision using docking technique.
Results:
Mean UDVA increased from 0,5 to 0,2 logMAR 3 months postoperatively. Mean CDVA was 0,0 logMAR postoperatively. The injector was very easy to handle. Because of the enhanced injector design there was no tip blooming effect of the silicon cushion.
Conclusions:
The new aspheric hydrophobic IOL shows a very good centration and is very easy to implant. Postoperative refraction is stable with a high amount of patient satisfaction
Financial Disclosure:
One or more of the authors receives consulting fees, retainer, or contract payments from a company producing, developing or supplying the product or procedure presented, One or more of the authors travel has been funded, fully or partially, by a competing company, One or more of the authors travel has been funded, fully or partially, by a company producing, developing or supplying the product or procedure presented, One or more of the authors research is funded, fully or partially, by a competing company, One or more of the authors research is funded, fully or partially, by a company producing, developing or supplying the product or procedure presented, One or more of the authors receives consulting fees, retainer, or contract payments from a competing company