F.I. Camesasca, MD Zeiss Invent ZO Aspheric IOL: Long-Term Results of Refractive and Aberrometric Analysis F. I. Camesasca* P. Vinciguerra.

Slides:



Advertisements
Similar presentations
VisTor The new Toric IOL by Hanita Lenses
Advertisements

Comparison of Visual Outcomes With Toric IOL and With Limbal Relaxing Incisions in Cataract Surgery Eriko Fukuyama, MD Fukuyama Eye Clinic Fukuoka, Japan.
Anterior Segment OCT Angle and Vault Analysis After Implantable Collamer Lens  Implantation in Patients With High Myopia Arturo Ramirez-Miranda M.D. Alejandro.
Diffractive Multifocal IOL Prof. Dr. Daniel H. Scorsetti
Accuracy of Predicted Refractive Error in Resident-Performed Cataract Surgery Using Partial Coherence Interferometry Nickolas P. Katsoulakis, M.D., Paul.
PMA P Phakic IOL for the correction of Myopia.
Correlation Of Corneal Contour With Higher Order Ocular Aberrations (HOA) In Indian Eyes Manish Chaudhary MS Amit Gupta MS Advanced Eye Centre, Postgraduate.
Long-Term Follow-Up of Toric Intraocular Lens Implantation for Keratoconus Alejandro Navas, MD, MSc, Martha Jaimes, MD, Jesús Cabral, MD, Arturo Ramirez.
In-the-Bag Toric IOL for Correction of Astigmatism in Keratoconus and after Corneal Surgery Bart T.H. van Dooren, M.D., Ph.D Ilse E.M.A. Mol, M.D. Department.
The new Akreos MI 60 lens Joel Pynson, MD - Director Design Engineering Bausch & Lomb, Toulouse - France London, September 9th 2006.
Visual outcome & subjective visual symptoms of the Tecnis ZM900 multifocal intraocular lens in Asian eyes Dr Colin S.H. Tan MBBS, MMed (Ophth), FRCSEd.
Aspheric IOL’s: clinical benefits and customizing cataract surgery Bojan Pajic, MD, PhD, FEBO Swiss Eye Research Foundation, ORASIS, Reinach, Switzerland.
Ocular Aberrations and Quality of Vision with Aspheric Single-Piece and Spherical Multi- Piece IOL: Contra lateral Comparative Study Ahmed Assaf MD, FRCSEd.
Anupama Kotha 1, Simar J. Singh 1, William B. Trattler 1,2, Carlos Buznego 1,2 The authors have no financial interest in the subject matter of this poster.
A Prospective, Randomized, Comparative Evaluation of Patients with Contralateral Implantation of Two Aspheric Acrylic Intraocular Lenses R. Cionni, MD.
Eltutar, Kadir; Akcetin, Tulay A.; Ozcelik, N. Demet Istanbul Education and Research Hospital Department of Ophthalmology The authors state that they have.
Ruth Lapid-Gortzak MD PhD 1,2, Jan Willem van der Linden BOpt 2, and Ivanka J. van der Meulen MD 1,2 1 Department of Ophthalmology, Academic Medical Center,
Progressive Multifocal Intraocular Lens G. Rubiolini M.D. Italy Disclosure of finanacial interest Author's research is partially funded.
Retrospective Comparison of 3177 Eyes Implanted with Presbyopic IOLs Carlos Buznego MD Elizabeth A. Davis MD, FACS Guy M. Kezirian MD, FACS William B.
Autologous serum eye drops in severe post-LASIK dry eye.
Phacoemulsification in eyes with previous anterior chamber phakic IOL surgery Walton Nosé, MD, PhD 1,2 Adriana dos Santos Forseto, MD 1 Mariana Ávila,
Neeti Parikh, MD Fuxiang Zhang, MD Department of Ophthalmology Henry Ford Hospital A Comparison Of Patient Satisfaction With Modified Monovision Versus.
Outcomes after WIOL – CF accommodative intraocular lens implantation Institute of Vision and Optics University of Crete School of Medicine Heraklion, Crete.
A Fellow Eye Comparison of Aberrations, Modulation Transfer Function and Contrast Sensitivity After AcrySof IQ and AcrySof Natural IOL Implantation. Mayank.
ASCRS 08 Changes Of Higher Order Aberrations After Excimer Laser Treatment For Moderate Myopia by Means of Preoperative Wavefront Aberration Levels using.
SK Kwok, MD Hong Kong Laser Eye Centre, Hong Kong The author has no financial interest in the subject matter of this e-poster ASCRS 2011 San Diego, US.
Clinical and simulation outcomes of a multifocal intraocular lens with rotational asymmetry and two different levels of near addition Jorge Alió, MD,PhD.
Astigmatism management with toric intraocular lenses in cataract patients Adriano Guarnieri 1-2, Luis W. Lu 3-4, Alfonso Arias- Puente INCIVI, Madrid,
March 2011 Bascom Palmer Eye Institute University of Miami Elaine Wu, M.D. Ana Paula Canto, M.D. William Culbertson, M.D. Sonia Yoo, M.D. Financial disclosure:
P91: Clinical Performance of Phakic Angle-Supported Investigational IOL in Prospective Global Trials, ASCRS 2010, Boston P91: Clinical performance of phakic.
Partial Coherence Interferometry Failure Rate in a Teaching Hospital Leslie A. Wei 1,2, BA, Nickolaus P. Katsoulakis 2, MD, Theodoros Filippopoulos 3,
REFRACTIVE OUTCOMES WITH TORIC ICL IMPLANTS CHIEF AUTHOR: Dr. D.RAMAMURTHY CO – AUTHOR: Dr. R.CHITRA The authors have no financial interest in the subject.
The Effect of Corneal Anterior Surface Eccentricity on Astigmatism after Cataract Surgery Choul Yong Park MD 1 Sung Jun Lee MD 1 Prabjot Channa MD 2 Roy.
Refractec ViewPoint™ CK System for the Treatment of Spherical Hyperopia Sheryl Berman, MD Medical Officer FDA/CDRH/ODE/DOED.
LONG TERM OUTCOMES OF RESTOR IOL IMPLANTATION Lori Dao, Orkun Muftuoglu, V. Vinod Mootha, Steven M. Verity, R. Wayne Bowman, H. Dwight Cavanagh, James.
Adriana S. Forseto1, MD Walton Nosé1,2, MD
Faik Orucov*, MD, Sinan Goker*,MD, Abraham Solomon**, MD, Joseph Frucht-Pery**, MD *Refractive Surgery Department, ISTANBUL SURGERY HOSPITAL Istanbul,
Evaluation of Corneal Tomography in Primary Pterygium Sahil Goel, MD (Presenting Author), Murugesan Vanathi MD *The authors have no financial interests.
Ocular functional optical zone following hyperopic LASIK/PRK: Analysis based on polychromatic retinal image quality Mitchell P. Weikert, MD Li Wang, MD,
LogMAR-Analysis of multifocal intraocular lenses: Clinical performance A. Mannsfeld, I.-J. Limberger, A. Ehmer, M.P. Holzer, G. U.Auffarth International.
Post-LASIK Intraocular Lens Power Adjustment Nomogram Joseph Diehl Kevin Miller, MD Jules Stein Eye Institute, David Geffen School of Medicine.
Wavefront-guided Ablation Retreatment in Myopic Eyes Engy M Mohamed MD, Orkun Muftuoglu MD, R.Wayne Bowman MD, V. Vinod Mootha MD, H. Dwight Cavanagh MD,PhD,
Faik Orucov*, MD, Joseph Frucht-Pery, MD, David Landau, MD, Eyal Strassman, MD, Abraham Solomon, MD Clinical outcome of thin corneas after laser in situ.
Comparison of visual function following piggyback implantation of Acrysof ReSTOR intraocular lenses with Tecnis multifocal ZM900 intraocular lenses. Rodrigo.
Comparison of 2 Models of Aspheric Diffractive Multifocal IOL
O.I.I. EC-3 Hydrophobic Acrylic Intraocular Lens: The European Experience Thierry Amzallag, M.D. Institut Ophtalmique Somain, France.
Investigation of Multifocal Toric IOLs to Compensate for Corneal Astigmatism and to Provide Near, Intermediate, and Distance Vision José L. Rincón, MD.
Preliminary Results after Cataract Surgery with the Aspheric Acrysof ReSTOR IOL to Correct Presbyopia Meeting of the ASCRS Chicago 8-10 February 2007 R.M.M.A.
Inadvertent Insertion of an Opposite- Side Tecnis ZM900 Multifocal IOL Wilson Takashi Hida, M.D. Celso Takashi Nakano; Jonathan Lake;
Toric IOLs: wavefront aberrometry and quality of life Mencucci Rita Giordano Cristina, Stiko Ermelinda, Miranda Paolo, Eleonora Favuzza, Ugo Menchini Authors.
Corneal shape and corneal aberrations after MicroIncision Cataract Surgery (MICS) NOCHEZ Y, BUREL B, MAJZOUB S, PISELLA PJ C.H.U.
Poster produced by Faculty & Curriculum Support (FACS), Georgetown University School of Medicine LASIK Combined with Corneal Cross-linking in Eyes with.
Dissatisfication After Multifocal Intraocular Lens Implantation in Taiwan Yu Wei Lin, MD (Presenting Author); Ching-Ju Hsieh; Lin-Chung Woung The authors.
Multifocal lenses analysis with OQAS system Dr Alfredo Castillo Hospital Quirón Madrid ASCRS Chicago.
Long-term results of Phakic Refractive Lens (PRL™) implantation in high myopic eyes. Ioannis G. Pallikaris 1, 2, MD, PhD, Maria I. Kalyvianaki 1, MD, PhD,
John P Berdahl M.D.* David R. Hardten M.D., F.A.C.S.* *No relevant financial disclosures.
Lifestyle and Refractive Factors Associated with Progressive Addition Lens Preference The Center for Ophthalmic Optics Research, The Ohio State University.
"Mix and Match" approach implantation
Corneal CXL in Pediatric Patients with Progressive Keratoconus Stephanie Wise, Christian Diaz, Karolien Termote, Paul J. Dubord, Martin McCarthy, Sonia.
Postoperative Uncorrected Visual Acuity (UCVA) versus Preoperative Best Corrected Visual Acuity (BCVA) with the WaveLight Refractive Suite (Excimer EX500.
Vinohrady Teaching Hospital, Prague, Czech Republic Vinohrady Teaching Hospital, Prague, Czech Republic M. Vokrojova MD, M. Vokrojova MD, D. Sivekova MD,
FreeVis LASIK Zentrum Universitätsklinikum Mannheim
Postoperative Refraction and Patient Satisfaction after Bilateral Implantation of Presbyopia-Correcting Intraocular Lenses Robert Cionni, MD Financial.
Hayashi Eye Hospital, Fukuoka, Japan
Charlotte ROHART1, Gilles Chaine1, Damien GATINEL2
Crosslinking with Simultaneous Implantation of Intrastromal Corneal Ring Segments in Keratoconus: Safe and Efficacy Author: Luiz Antonio de Brito Martins.
Eye clinic of the 3rd Faculty of Medicine, Prague, Czech Republic
Mohamed A Guenena, MD Helga P Sandoval, MD, MSCR Kerry D Solomon, MD
Pharmacological Correction of Presbyopia: A preliminary Study
Early Experience With Anterior Chamber Phakic IOL
Presentation transcript:

F.I. Camesasca, MD Zeiss Invent ZO Aspheric IOL: Long-Term Results of Refractive and Aberrometric Analysis F. I. Camesasca* P. Vinciguerra D. Gatinel B. Dick 2009 ESCRS Meeting *The Author of this poster has received travel expense reimbursement from Zeiss

F.I. Camesasca, MD Clinical Data on ZO IOLs Clinical trial on Invent ZO “EFFICACY AND TOLERANCE OF A NEW ASPHERIC INTRAOCULAR LENS” 12 month follow-up results Methodology: Open multicenter trial: 3 European investigational sites Centre 1: Dr Gatinel – France (coordinator) Centre 1: Dr Gatinel – France (coordinator) Centre 2: Prof Dick – Germany Centre 2: Prof Dick – Germany Centre 3: Dr Vinciguerra/Dr Camesasca – Italy Centre 3: Dr Vinciguerra/Dr Camesasca – Italy Evaluation of the visual performances of the Invent ZO after Implantation using MTF analysis trial Comparison with a control group of phakic young eyes (ZO optic has been developed to provide the same spherical aberration rate then the one of a phakic eye)

F.I. Camesasca, MD Clinical trial on Invent ZO Patients: Scheduled sample size: 60 patients (20 patients per center – only one eye operated on and evaluated in the framework of the trial) Main inclusion criteria: Patient requiring routine cataract surgery Patient requiring routine cataract surgery Uncomplicated cataract surgery with intracapsular implantation of the IOL Uncomplicated cataract surgery with intracapsular implantation of the IOL Patient over 55 years-old Patient over 55 years-old Patient informed of the consequences and constraints of the protocol and who has given his/her written informed consent Patient informed of the consequences and constraints of the protocol and who has given his/her written informed consent IOL power required comprised between 18 and 26 D IOL power required comprised between 18 and 26 D

F.I. Camesasca, MD Patients (ctd):Main exclusion criteria: Any ocular pathology except cataract High myopia ( +4D) High astigmatism (>1.5D) Minimum pupil diameter of 4- 5mm in mesopic conditions (after 2 minutes of adaptation to dark conditions) Clinical trial on Invent ZO

F.I. Camesasca, MD Objectives : Main objective: to evaluate the performance of the INVENT ZO in terms of visual performance, assessed by MTF measurements High order aberrations of order 3 to 5 (aberrations higher then 5 are considered as background noise),High order aberrations of order 3 to 5 (aberrations higher then 5 are considered as background noise), ComaComa TrefoilTrefoil Spherical aberrations Z(4,0)Spherical aberrations Z(4,0) Each evaluation is performed for the whole eye, for the cornea and for the internal eye structureEach evaluation is performed for the whole eye, for the cornea and for the internal eye structure (crystalline lens or IOL) Clinical trial on Invent ZO

F.I. Camesasca, MD Patient disposition Demographic characteristics ( at inclusion) Screened patients65 Patients not satisfying all inclusion and non inclusion criteria6 Included patients59 Patients lost to follow-up or withdrawn for personal reason4 Full analysis set55 Female: 31 (56.4%) Male: 24 (43.6%) Age: Range[56 ; 88] Clinical trial on Invent ZO

F.I. Camesasca, MD (presentation of the results obtained for the 55 patients from the Full Analysis Set) Patients at the inclusion visit: Control group Sample size: 55 patients Far BCVA: ± logMAR Near BCVA: ± logMAR Sphere: 0.63 ± 1.98 D Cylinder: -0.58± 0.58 D Axis: ± 51.87° Km: ± 1.58 D Axial Length: ± 0.91mm Target Refraction: ± 0.58 D Sample size: 97 young healthy phakic eyes Clinical trial on Invent ZO

F.I. Camesasca, MD Each aberration MTF has been compared to the control group, using a Non-inferiority testing as: A clinically relevant difference between 2 groups is not known for the MTF (as for example a difference of 0.15logMAR is considered as clinically significant)A clinically relevant difference between 2 groups is not known for the MTF (as for example a difference of 0.15logMAR is considered as clinically significant) The Invent ZO optic has been designed to provide the same amount of aberrations as the natural young crystalline lensThe Invent ZO optic has been designed to provide the same amount of aberrations as the natural young crystalline lens Clinical trial on Invent ZO

F.I. Camesasca, MD Conclusion regarding MTF analysis: Internal SA of patients implanted with the ZO IOL are not inferior to internal SA of the control group => the IOL reach the intended performanceInternal SA of patients implanted with the ZO IOL are not inferior to internal SA of the control group => the IOL reach the intended performance Internal SA of patients implanted with the ZO IOL are stable with timeInternal SA of patients implanted with the ZO IOL are stable with time Difference between groups in Whole Eye HOA does not come from SADifference between groups in Whole Eye HOA does not come from SA Clinical trial on Invent ZO

F.I. Camesasca, MD Comparison of the Whole Eye and Internal SA Between Groups Corneal SA stable with ageCorneal SA stable with age Internal SA of patients implanted with the ZO IOL – at all intervals and pupil diameter - are not inferior to internal SA of the control group -> the IOL reaches the intended performanceInternal SA of patients implanted with the ZO IOL – at all intervals and pupil diameter - are not inferior to internal SA of the control group -> the IOL reaches the intended performance Clinical trial on Invent ZO

F.I. Camesasca, MD Assessment of Visual Acuity and Refraction Stability of Visual acuity and refraction with timeStability of Visual acuity and refraction with time Good predictability of refractive outcomeGood predictability of refractive outcome Clinical trial on Invent ZO

F.I. Camesasca, MD Conclusions Corneal SA stable with age (already published)Corneal SA stable with age (already published) Internal SA of patients implanted with the ZO IOL are not inferior to internal SA of the control group => the IOL reach the intended performanceInternal SA of patients implanted with the ZO IOL are not inferior to internal SA of the control group => the IOL reach the intended performance Good outcomes in terms of visual acuity and predictability of refractive outcomeGood outcomes in terms of visual acuity and predictability of refractive outcome Good tolerance in term of IOL stability, refraction, visual symptoms and PCO rate.Good tolerance in term of IOL stability, refraction, visual symptoms and PCO rate. Clinical trial on Invent ZO