Grzegorz Łabuz Follow

Grzegorz Łabuz is Associate Professor of Experimental Ophthalmology, Leader of the Optics and Metrology Section, Department of Ophthalmology, The David J Apple®️ Center for Vision Research, Heidelberg University.

Grzegorz Łabuz

Posts by Grzegorz Łabuz

Refining mini-monovision

In a laboratory study, both Acunex Quantum and RayOne EMV are suitable for mini-monovision. ### Happy Christmas from the Apple Lab!

In Research, Dec 24, 2025
Refining mini-monovision - Article thumbnail
Simulating IOL vision before implanting a lens

IOL simulators, where the patient can experience vision through IOLs prior to IOL implantation, are gaining interest among researchers and clinicians. We examined the correlation between one look-through simulator and the optical properties of modern IOLs, that we measured using an IOL metrology ...

In Research, Jun 25, 2025
Simulating IOL vision before implanting a lens - Article thumbnail
Exact and Symfony

We compared two hybrid refractive-diffractive IOLs with enhanced depth of focus.

In Research, May 20, 2025
Exact and Symfony - Article thumbnail
Corneal Centre to Periphery: Astigmatism Changes

The study analyzed corneal topography data from 641 elderly patients to assess mid-peripheral astigmatism. It found that central corneal astigmatism differs from mid-peripheral measurements, with a greater difference in patients with against-the-rule, oblique, and high astigmatism. The magnitude ...

In Research, Apr 08, 2021
Corneal Centre to Periphery: Astigmatism Changes - Article thumbnail
Straylight from glistenings

Glistenings in hydrophobic acrylic intraocular lenses (IOLs) are fluid-filled microvacuoles that can negatively impact visual function. Studies have shown that severe glistenings can mildly reduce contrast sensitivity and visual acuity. The formation of glistenings is highly dependent on IOL mate...

In Research, Jul 01, 2019
Straylight from glistenings - Article thumbnail
Light scattering

Researchers at the David J Apple Lab studied glistening formation and light scattering in six hydrophobic-acrylic intraocular lenses, finding glistenings in five models but not in the Kowa IOL.

In Research, Sep 14, 2018
Light scattering - Article thumbnail