Sabine Kling, Ph.D.


In 2009 Sabine Kling received her Dipl-Ing (FH) degree in Physics with honors from the University of Applied Sciences of Isny (Germany). Her diploma thesis was awarded with the Student International prize.

During her postdoctoral work in the Ocular Cell Biology group at the Universities of Geneva (2013-2015) and Zurich (2016-2017), Dr. Kling described the basic biomechanical and molecular mechanisms of corneal interconnection. Between 2008 and 2014, she conducted several international research visits as part of her pre-doctoral studies, such as the Institute for Refractive and Ophthalmic Surgery, IROC, Zurich (Switzerland), the Institute of Vision at the University of Heraklion (Greece) and the Wellman Center for Photomedicine at Harvard University (MA, USA). Dr. Kling has published over 30 scientific papers and participated in over 40 international congresses. Her publications have been cited more than 700 times, with an h-index of 15 (as of June 2018).

Dr. Kling is a Senior Research Assistant at ETH Zurich and a SNF-Ambizione Junior Group Leader of the O.P.T.I.C. Team, which is developing an OCT-based imaging technique to measure the biomechanical properties of the cornea. The group also performs simulations and explores other ways to further enhance the precision of refractive surgery and corneal biomechanics.

2016: Troutman Award from the International Society for Refractive Surgery (ISRS) at the American Academy of Ophthalmology (AAO).

2014: Extraordinary Award for her doctoral thesis.

2013: Theo Seiler Young Investigators Award at the 9th International Cross-Linking Congress.

2009: Student International Prize for her diploma thesis.

Sabine Kling speaks German (mother tongue), English, Spanish and French.



Scientific publications authored by Sabine Kling


Fixing your SMILE: how do you reoperate, and what are the consequences for corneal strength?

Other vision healthcare professionals regularly refer patients to ELZA who have “challenging corneas”; many are those whose original laser refractive ...
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SmILE biomechanically more solid than flap-based laser surgery

SmILE provides a biomechanically more solid residual cornea than flap-based approaches. SmILE more solid than flap-based refractive laser surgery: this ...
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Algorithm predicts CXL effect

A new algorithm to predict the Cross-Linking effect

New algorithm predicts CXL effect and might help to treat keratoconus corneas thinner than 400 µm. Algorithm predicts CXL effect: ...
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Journal of Refractive Surgery April 2017 Cross-Linking at the slit lamp

Another step towards cross-linking at the slit lamp

Journal of Refractive Surgery: Cross-Linking at the slit lamp and riboflavin distribution. We are currently developing the technique of slit lamp ...
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The effect of repeated Corneal Cross-Linking

Repeated Corneal Cross-Linking under laboratory conditions does not increase biomechanics. In this scientific article from our basic research group, which ...
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2nd edition of the textbook „Corneal Cross-Linking“ available at ASCRS 2017

Our Textbook on Corneal Cross-Linking available at ASCRS Los Angeles May 2017. We are proud to announce that the completely ...
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Review on Corneal Biomechanics

February 2017. Review on Corneal Biomechanics by Sabine Kling. Dr. Sabine Kling from our research team at the University of ...
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Medical Textbook on Corneal Cross-Linking, 2nd edition

Slack Inc., Thorofare, New Jersey We proudly announce that the second edition of our medical textbook "Corneal Cross-Linking" will soon ...
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March 2016: Does Pulsed Cross-Linking for keratoconus provide any clinical advantage?

Journal of Refractive Surgery. This clinical study by Alireza Peyman, with the participation of the ELZA members Farhad Hafezi and ...
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New research on thin corneas from Zurich might be the clue to cross-linking very thin keratoconus corneas in the future

Journal of Refractive Surgery. Zurich, Switzerland. A new study by the research group of Prof. Farhad Hafezi may open new alleys ...
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New study from Switzerland will allow for a better understanding of corneal cross-linking

Investigative Ophthalmology & Visual Science. New research from ELZA members opens up new alleys to study the molecular events underlying ...
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PACK-CXL for corneal infections can be accelerated

Journal of Refractive Surgery. ELZA research shows that PACK-CXL can be accelerated from 30 minutes to 150 seconds only, while ...
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Optical coherence tomographic vibrography imaging

Journal of the Royal Society Interface. Read here ...
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Increase precision of laser treatment after Cross-Linking

Journal of Refractive Surgery. A major open issue when performing an excimer laser PRK after Cross-Linking is: how precise is ...
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New technique to measure the biomechanical effect of Cross-Linking

PLOS One. ELZA members developed a new laboratory technique to measure corneal biomechanics before and after Cross-Linking. Read the article ...
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Cross-Linking not reliable at high intensities

Investigative Ophthalmology and Visual Science (IOVS). Laboratory study showing that CXL at high intensities is less efficient biomechanically. Read here ...
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Corneal Deformation in Air Puff Measurements

Investigative Ophthalmology & Visual Science (IOVS). Research Highlight by ELZA member Farhad Hafezi. Read here ...
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Effect of hydration on corneal biomechanics

Journal of Refractive Surgery. Read here ...
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Brillouin Microscopy of Cross-Linking

Investigative Ophthalmology & Visual Science. Read here ...
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