DAILIES™ AquaComfort™ PLUS (DACH-DAP-2400005)
¹ Wolffsohn, J, Hunt, O, Chowdhury, A. Objective clinical performance of ‘comfort enhanced’ daily disposable soft contact lenses. Contact Lens & Anterior Eye. 2010;33:88-92.
² Pruitt, J, Winterton, L. Triple-action moisturisers for increased comfort in daily disposable lenses, Optician 2007; 16.11: 27-28.
³ Nichols JJ, Willcox MDP, Bron AJ, et al. The TFOS International Workshop on Contact Lens Discomfort: Executive Summary. Invest Ophthalmol Vis Sci. 2013;54:TFOS7–TFOS13. DOI:10.1167/iovs.13-13212

DAILIES™ AquaComfort™ PLUS Toric (DACH-DAP-2400005)
* Basierend auf Focus™ DAILIES™ Toric Kontaktlinsen.
^ Basierend auf DAILIES™ AquaComfort™ PLUS sphere Kontaktlinsen.
† Basierend auf der Bewertung der Linsenrotation durch den Untersucher, nach einer Woche; unter Verwendung von Untersuchungslinsen mit -0.75, -1.50 Zylinderstärken (D).

¹ Unveröffentlichte interne Alcon Studie, R-415-C-001; REF-02233, 2010.
² Unveröffentlichte interne Alcon Studie, R-346-C-003; REF-06447, 2008.
³ Wolffsohn, J, Hunt, O, Chowdhury, A. Objective clinical performance of ‘comfort enhanced’ daily disposable soft contact lenses. Contact Lens & Anterior Eye. 2010;33:88-92.
⁴ Pruitt, J, Winterton, L. Triple-action moisturisers for increased comfort in daily disposable lenses, Optician 2007; 16.11: 27-28.
⁵ Nichols JJ, Willcox MDP, Bron AJ, et al. The TFOS International Workshop on Contact Lens Discomfort: Executive Summary. Invest Ophthalmol Vis Sci. 2013;54:TFOS7–TFOS13. DOI:10.1167/iovs.13-13212

DAILIES™ AquaComfort™ PLUS Multifocal (DACH-DAP-2400005)
^ Basierend auf DAILIES™ AquaComfort™ PLUS sphere Kontaktlinsen.

¹ Alcon's PPD Design smooth progression of powers (v0.1). CLM-DTM-GLB-0016. Unveröffentlichte interne Alcon Studie, 2013.
² Wolffsohn, J, Hunt, O, Chowdhury, A. Objective clinical performance of ‘comfort enhanced’ daily disposable soft contact lenses. Contact Lens & Anterior Eye. 2010;33:88-92.
³ Pruitt, J, Winterton, L. Triple-action moisturisers for increased comfort in daily disposable lenses, Optician 2007; 16.11: 27-28.
⁴ Nichols JJ, Willcox MDP, Bron AJ, et al. The TFOS International Workshop on Contact Lens Discomfort: Executive Summary. Invest Ophthalmol Vis Sci. 2013;54:TFOS7–TFOS13. DOI:10.1167/iovs.13-13212

PRECISION1™ (DACH-PR1-2400003)
*Basierend auf In-vitro-Messungen an ungetragenen Linsen.
‡UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.
† Basierend auf der Linsenbewegung, Zentrierung und Rotation der Linse bei der Erstanpassung.

¹ A01660-REP-044605 v2 Precision1 Lens with Smart Surface. REF-10890. Unveröffentlichte interne Alcon Studie, 2019.
² Cummings S, Giedd B, Pearson C. Clinical performance of a new daily disposable spherical contact lens. Optom Vis Sci. 2019;96:Eabstract 195375.
³ Tucker B, Leveillee E, Bauman E, Subbaraman L. Characterization of the Surface Properties of a Novel Daily Disposable Silicone Hydrogel Contact Lens. Poster presented at the American Academy of Optometry Annual Conference, October 23-26; Orlando FL.
⁴ A04023-REP-176245 v2.2 IDDROP Comparative Study DACP and BioTrue. REF-04425. Unveröffentlichte interne Alcon Studie, 2019.
⁵ A01660-REP-180369-1 v1.2 iDDROP Comparative Study Oasys 1 Day and TruEye. REF-06062. Unveröffentlichte interne Alcon Studie, 2019.

PRECISION1™ for Astigmatism (DACH-PR1-2400003)
*Basierend auf 98,7% der Augen mit einer Linsenoszillation beim Blinzeln von ≤5° beim Tragen von PRECISION1™ for Astigmatism Kontaktlinsen.
**Basierend auf In-vitro-Messungen an ungetragenen Linsen.
‡UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.

¹ A01660-REP-044605 v2 Precision1 Lens with Smart Surface. REF-10890. Unveröffentlichte interne Alcon Studie, 2019.
² CLA306-P001 Clinical Study Summary- Clinical Performance of Two Daily Disposable Toric. REF-14677. Available on request.
³ Clinical Performance of a Daily Disposable Toric Silicone Hydrogel Contact Lens [CLA306-C003] n=78 eyes. REF-10364. Alcon data on file, 2020. Available on request.
⁴ A01660-REP-044605 v2 Precision1 Lens with Smart Surface. REF-10890. Unveröffentlichte interne Alcon Studie, 2019.
⁵ Cummings S, Giedd B, Pearson C. Clinical performance of a new daily disposable spherical contact lens. Optom Vis Sci. 2019;96:Eabstract 195375.

DAILIES TOTAL1® (DACH-DT1-2400015)
*Basierend auf 9/10 Trägern, die der Aussage 'während ich meine Kontaktlinsen trage, vergesse ich manchmal, dass ich sie auf habe' zustimmen.
**Kontaktlinsen mit hoher Sauerstoffdurchlässigkeit, Dk/t=156 bei 3,00 dpt. Basierend auf den veröffentlichten Dk- und Dickenwerten der Hersteller in: Tyler's Quarterly Soft Contact Lens Parameter Guide. Dezember 2020.
#Basierend auf In-vitro-Messungen an ungetragenen Linsen.

¹ Angelini TE, Nixon RM, Dunn AC, et al. Viscoelasticity and mesh-size at the surface of hydrogels characterized with microrheology. Invest Ophthalmol Vis Sci. 2013;54:E-abstract 500.
² Thekveli S, Qui Y, Kapoor Y, et al. Structure-property relationship of delefilcon A lenses. Cont Lens Anterior Eye. 2012;35(suppl 1):e14.
³ Basierend auf dem Ratio der Sauerstoffdurchlässigkeit von Tageslinsen; Unveröffentlichte Alcon Studie, 2010. REF-00160
⁴ Maissa C, Nelson J; DeCenzo-Verbeten T, et al. Evaluation of the lubricity of delefilcon A daily disposable contact lenses (DAILIES TOTAL1®) after wear. Poster presented at the American Academy of Optometry Annual Conference; Nov. 2014, Denver, CO. REF-00153
⁵ Perez-Gomez I, Giles T. European survey of contact lens wearers and eye care professionals on satisfaction with a new water gradient disposable contact lens. Clin Optom. 2014;6:17-23.
⁶ Pitt WG, Jack DR, Zhao Y, Nelson JL, Pruitt JD. Loading and release of a phospholipid from contact lenses. Optom Vis Sci. 2011;88(4):502-506.

DAILIES TOTAL1® for Astigmatism (DACH-DT1-2400015)
*Basierend auf In-vitro-Messungen an ungetragenen Linsen.
**Basierend auf der Linsenbewegung, Zentrierung und Rotation der Linse bei der Erstanpassung
†UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.

¹ Thekveli S, Qui Y, Kapoor Y, et al. Structure-property relationship of delefilcon A lenses. Cont Lens Anterior Eye. 2012;35(Supp 1):e14.
² Angelini TE, Nixon RM, Dunn AC, et al. Viscoelasticity and mesh-size at the surface of hydrogels characterized with microrheology. Invest Ophthalmol Vis Sci. 2013;54:E-abstract 500.
³ In a clinical trial to assess overall performance of DAILIES TOTAL1® for Astigmatism lenses where n=134 patients. REF-13451. Unveröffentlichte interne Alcon Studie, 2021.
⁴ In a clinical trial to evaluate stability of axis orientation of DAILIES TOTAL1® for Astigmatism lenses where n=47. REF-09861. Unveröffentlichte interne Alcon Studie, 2020.
⁵ Young G, Sulley A, Hunt C. Prevalence of astigmatism in relation to soft contact lens fitting. Eye Contact Lens. 2011;37:20-25.
⁶ Pitt W, Jack D, Zhao Y, Nelson J, Pruitt J. Loading and release of a phospholipid from contact lenses. Optom Vis Sci. 2011; 88(4):502-506.

DAILIES TOTAL1® Multifocal (DACH-DT1-2400015)
*Basierend auf In-vitro-Messungen an ungetragenen Linsen.

¹ Thekveli S, Qui Y, Kapoor Y, et al. Structure-property relationship of delefilcon A lenses. Cont Lens Anterior Eye. 2012;35(Supp 1):e14.
² Angelini TE, Nixon RM, Dunn AC, et al. Viscoelasticity and mesh-size at the surface of hydrogels characterized with microrheology. Invest Ophthalmol Vis Sci. 2013;54:E-abstract 500.
³ Perez-Gomez I, Giles T. European survey of contact lens wearers and eye care professionals on satisfaction with a new water gradient daily disposable contact lens. Clin Optom. 2014;6:17-23.
⁴ Merchea M, Evans D, Kannarr S, et al. Patient and ECP Satisfaction in the United States with a Novel Water Gradient Daily Disposable Multifocal Contact Lens. Presented at the American Optometric Association Annual Meeting, June 20-24, 2018. Denver, CO.
⁵ DAILIES TOTAL1 Multifocal Clinical Assessment in Challenging Patients; Unveröffentlichte interne Alcon Studie. REF-00190, 2017.
⁶ Unveröffentlichte interne Alcon Studie, REF-06772, 2013.
⁷ MEMO - McKenney - 12-Apr-2016 Alcon Multifocal Precision Profile Contact Lens Design. REF-01717. Unveröffentlichte interne Alcon Studie, 2016.
⁸ Lemp J, Kern J. Alcon multifocal contact lenses for presbyopia correction. Paper presented at the Canadian Association of Optometrists Congress; June 28-30, 2017; Ottawa, ON
⁹ Pitt W, Jack D, Zhao Y, Nelson J, Pruitt J. Loading and release of a phospholipid from contact lenses. Optom Vis Sci. 2011; 88(4):502-506.
¹⁰ Baker K, Merchea M. Impact of pupil diameter on multifocal contact lens vision. Poster presented at American Academy of Optometry Annual Conference, November 9, 2018. San Antonio, Texas.
¹¹ Bauman E, Lemp J, Kern J. Material effect on multifocal contact lens fitting of lenses of the same optical design with the same fitting guide. Poster presented at the British Contact Lens Association (BCLA) Clinical Conference and Exhibition, June 9-11, 2017. Liverpool, UK.
¹² Merchea M, Evans D, Kannarr S, et al. Assessing a modified fitting approach for improved multifocal contact lens fitting success. Presented at the American Optometric Association Annual Meeting, June 21-25, 2018. Denver, CO.

Focus™ DAILIES™ All Day Comfort (DACH-FCD-2400001)

¹ Wolffsohn J, Hunt O, Chowdhury A. Objective clinical performance of ‘comfort-enhanced’ daily disposable soft contact lenses. Cont Lens Anterior Eye. 2010;33(2):88-92.
² Winterton L, Lally J, Sentell K, Chapoy L. The elution of (vinyl alcohol) from a contact lens: The realisation of a time release moisturising agent/artificial tear. J Biomed Mater Res B Appl Biomater, 2007;80B:424-432.

TOTAL30® (DACH-T30-2400027)
*Basierend auf In-vitro-Messungen an ungetragenen Linsen
‡UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.

¹ In a clinical study wherein patients (n=66) used AOSEPT® solution for nightly cleaning, disinfecting, and storing. REF-11403. Unveröffentlichte interne Alcon Studie.
² Surface observations of lehfilcon A contact lens and human cornea using scanning transmissions electron microscopy. REF-11404. Unveröffentlichte interne Alcon Studie, 2020.
³ Shi X, Cantu-Crouch D, Sharma V, et al. Surface characterization of a silicone hydrogel contact lens having bioinspired 2-methacryloyloxyethyl phosphorylcholine polymer layer in hydrated state. Colloids Surf B: Biointerfaces. March 2021;199:111539.
⁴ In vitro evaluation of bacterial adherence in commercial lenses. REF-10955. Unveröffentlichte interne Alcon Studie, 2020.
⁵ In vitro evaluation of bacterial biofilm in commercial lenses. REF-11760. Unveröffentlichte interne Alcon Studie, 2020.
⁶ Ishihara K, Fukazawa K, Sharma V, Liang S, et al. Antifouling silicone hydrogel contact lenses with a bioinspired 2 methacryloyloxyethyl phosphorylcholine polymer surface. ACS Omega. 2021;6:7058-7067.
⁷ In vitro evaluation of lipid deposition for lehfilcon A and commercial lenses using 3D confocal imaging. REF-11721. Unveröffentlichte interne Alcon Studie, 2021.
⁸ In vitro analysis of lens oxygen permeability, water content, and surface imaging. REF-11404. Unveröffentlichte interne Alcon Studie.
⁹ In vitro analysis of lehfilcon A contact lenses outermost surface softness and correlation with water content. REF-10933. Unveröffentlichte interne Alcon Studie, 2021.
¹⁰ Laboratory measurement of oxygen permeability by polarographic method. REF-11415. Unveröffentlichte interne Alcon Studie, 2019.
¹¹ Laboratory assessment of ultraviolet and visible light transmission properties of lehfilcon A contact lenses using spectrophotometer. REF-10943. Unveröffentlichte interne Alcon Studie, 2020.

TOTAL30® for Astigmatism (DACH-T30-2400027)
*Basierend auf In-vitro-Messungen an ungetragenen Linsen
**Basierend auf der Linsenbewegung, Zentrierung und Rotation der Linse bei der Erstanpassung
†UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.

¹ In a clinical trial to evaluate on-eye performance of TOTAL30® for Astigmatism lenses where n=69. REF-15339.Unveröffentlichte interne Alcon Studie, 2021.
² Based on a clinical trial where n=18. REF-15340. Unveröffentlichte interne Alcon Studie, 2021.
³ In vitro analysis of lens oxygen permeability, water content, and surface imaging. REF-11404. Unveröffentlichte interne Alcon Studie, 2021.
⁴ In vitro analysis of lehfilcon A contact lenses outermost surface softness and correlation with water content. REF-10933. Unveröffentlichte interne Alcon Studie, 2021.
⁵ Based on in vitro measurement of thickness profiles on unworn lenses. REF-14600. Unveröffentlichte interne Alcon Studie, 2021.
⁶ Surface observations of lehfilcon A contact lens and human cornea using scanning transmissions electron microscopy. REF-11404. Unveröffentlichte interne Alcon Studie, 2020.
⁷ Shi X, Cantu-Crouch D, Sharma V, et al. Surface characterization of a silicone hydrogel contact lens having bioinspired 2-methacryloyloxyethyl phosphorylcholine polymer layer in hydrated state. Colloids Surf B: Biointerfaces. March 2021;199:111539.
⁸ In vitro evaluation of bacterial adherence in commercial lenses. REF-10955. Unveröffentlichte interne Alcon Studie, 2020.
⁹ In vitro evaluation of bacterial biofilm in commercial lenses. REF-11760. Unveröffentlichte interne Alcon Studie, 2020.
¹⁰ Ishihara K, Fukazawa K, Sharma V, Liang S, et al. Antifouling silicone hydrogel contact lenses with a bioinspired 2 methacryloyloxyethyl phosphorylcholine polymer surface. ACS Omega. 2021;6:7058-7067.
¹¹ In vitro evaluation of lipid deposition for lehfilcon A and commercial lenses using 3D confocal imaging. REF-11721. Unveröffentlichte interne Alcon Studie, 2021.
¹² Laboratory assessment of ultraviolet and visible light transmission properties of lehfilcon A contact lenses using spectrophotometer. REF-10943. Unveröffentlichte interne Alcon Studie, 2020.

TOTAL30® Multifocal (DACH-T30-2400027)
*Basierend auf 9/10 Trägern, die der Aussage 'während ich meine Kontaktlinsen trage, vergesse ich manchmal, dass ich sie auf habe' zustimmen.
**Basierend auf In-vitro-Messungen an ungetragenen sphärischen Linsen.
†Basierend auf In-vitro-Messungen an ungetragenen Linsen
††Dk/t: 154 bei -3,00 dpt
‡ UV-absorbierende Kontaktlinsen sind KEIN Ersatz für schützende UV-absorbierende Brillen, wie z. B. UV-absorbierende Schutzbrillen oder Sonnenbrillen, weil sie das Auge und den umliegenden Bereich nicht vollständig abdecken. Der Linsenträger sollte weiterhin wie angewiesen UV-absorbierende Brillen verwenden.

¹ In a clinical study wherein patients used AOSEPT® solution for nightly cleaning, disinfecting, and storing. REF-11403. Unveröffentlichte interne Alcon Studie, 2021.
² CLN705-C001 Clinical Study Summary - Clinical Performance Evaluation. REF-21154. Unveröffentlichte interne Alcon Studie, 2022.
³ In vitro analysis of lens oxygen permeability, water content, and surface imaging. Unveröffentlichte interne Alcon Studie. A02491-REP-197506. REF-10933. 07/2021.
⁴ In vitro analysis of lehfilcon A contact lenses outermost surface softness and correlation with water content. Unveröffentlichte interne Alcon Studie. A02491-REP-198231-1. REF-11404. 02/2021.
⁵ Laboratory measurement of oxygen permeability by polarographic method. Unveröffentlichte interne Alcon Studie. A02491-REP-173485. 2019.
⁶ Miller E, Thomas M, Crary M. Bacterial Adhesion Assay Comparing Monthly SiHy WG Sphere with Marketed Lenses. Unveröffentlichte interne Alcon Studie. TDOC-0057567,-69,-70,-71,. Okt 2020, Jun 2021.
⁷ Crary M. Comparing Bacterial Biofilm between Phoenix Contact Lenses and Competitor Lenses using Pseudomonas aeruginosa ATCC Strain 10145. Unveröffentlichte interne Alcon Studie. V-RIM-0027277.09.10.2020
⁸ Ishihara K, Fukazawa K, Sharma V, Liang S, et al. Antifouling silicone hydrogel contact lenses with a bioinspired 2 methacryloyloxyethyl phosphorylcholine polymer surface. ACS Omega. 2021;6:7058-7067.
⁹ Liang S. Confocal Microscopy Imaging for In Vitro Fluorescently Labeled Non-Polar Lipid Deposition on Contact Lenses. Unveröffentlichte interne Alcon Studie. V-RIM-0034922. 25.02.2021.
¹⁰ Shi X, Cantu-Crouch D, Sharma V, et al. Surface characterization of a silicone hydrogel contact lens having bioinspired 2-methacryloyloxyethyl phosphorylcholine polymer layer in hydrated state. Colloids Surf B: Biointerfaces. March 2021;199:111539.
¹¹ Surface property analysis of lehfilcon A lenses out of pack and after 30 days of wear; A02491-REP-182069-1. Unveröffentlichte interne Alcon Studie. 2020.
¹² Surface observations of lehfilcon A contact lens and human cornea using scanning transmissions electron microscopy. V-RIM-0032716. Unveröffentlichte interne Alcon Studie. 2020.
¹³ Loudermilk B., Dalton A. HEVL and UV Transmittance Properties of a New Contact Lens Material; BCLA Poster. REF-13161. 2021.
¹⁴ Lemp, J.; Kern, J. Alcon multifocal contact lenses for presbyopia correction. Paper auf dem Canadian Association of Optometrists Congress vorgestellt; 28.–30. Juni 2017; Ottawa, ON.
¹⁵ Baker K, Merchea M. Impact of pupil diameter on multifocal contact lens vision. Poster presented at: American Academy of Optometry Annual Conference; November 9, 2018; San Antonio, TX.

AIR OPTIX™ plus HydraGlyde™ (DACH-AHG-2400003)
*Basierend auf Studien mit AIR OPTIXTM AQUA Kontaktlinsen.

¹ Eiden SB, Davis RL, Bergenske PD. Prospective study of lotrafilcon B lenses comparing 2 versus 4 weeks of wear for objective and subjective measures of health, comfort, and vision. Eye & Contact Lens. 2013;39(4):290-294.
² Based on a 30-day clinical study of 75 habitual lotrafilcon B lens wearers. REF-06361. Unveröffentlichte interne Alcon Studie, 2017.
³ Lemp J, Kern J. A comparison of real time and recall comfort assessments. Optom Vis Sci. 2016;93:Eabstract 165256.
⁴ In vitro study over 16 hours to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
⁵ Muya L, Lemp J, Kern JR, Sentell KB, Lane J, Perry SS. Impact of packaging saline wetting agents on wetting substantivity and lubricity. Invest Opthalmol Vis Sci. 2016;57:E- abstract 1463.
⁶ Lemp J, Kern J. On-eye performance of lotrafilcon B lenses packaged with a substantive wetting agent. Poster presented at Optometry’s Meeting, the Annual Meeting of the American Optometric Association; June 21-25, 2017; Washington, D.C.
⁷ Nash W, Gabriel M, Movrewy Mckee M. A comparison of various silicone hydrogel lenses; lipid and protein deposition as a result of daily wear. Optom Vis Sci. 2010;87: E-abstract 105110.
⁸ Nash W. Gabriel M. Ex vivo analysis of cholesterol deposition for commercially available silicone hydrogel contact lenses using a fluorometric enzymatic assay. Eye Contact Lens. 2014;40(5):277-282.
⁹ CLA560-P001 TDOC-0051304 One month clinical comparison of lotrafilcon B and samfilcon A. REF-00754. Unveröffentlichte interne Alcon Studie, 2016.
¹⁰ MEMO - Pruitt - 17-Dec-2013 Surface mobility of silicone in Air Optix lenses. REF-01571. Unveröffentlichte interne Alcon Studie, 2013.
¹¹ Rex J, Perry S, Lemp J. Concentrations of Silicon at Silicone Hydrogel Contact Lens Surfaces. Poster presented at BCLA Clinical Conference; May 29-31, 2015; Liverpool, England.
¹² Guillon M, Maissa C, Wong S, Patel K, Lemp J. Tear film dynamics over silicone hydrogel contact lenses with different lipid deposition profiles. Optom Vis Sci. 2014;91:E-abstract 145196.
¹³ In vitro study over 16 hours, to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
¹⁴ Muya L, Lemp J, Kern JR, Sentell KB, Lane J, Perry SS. Impact of packaging saline wetting agents on wetting substantivity and lubricity. Invest Opthalmol Vis Sci. 2016;57:E-abstract 1463.

AIR OPTIX™ plus HydraGlyde™ for Astigmatism (DACH-AHG-2400003)
*Basierend auf Studien mit AIR OPTIX® AQUA Kontaktlinsen.
**Basierend auf klinischen Studien mit AIR OPTIX™ for Astigmatism Kontaktlinsen.

¹ Eiden SB, Davis RL, Bergenske PD. Prospective study of lotrafilcon B lenses comparing 2 versus 4 weeks of wear for objective and subjective measures of health, comfort, and vision. Eye & Contact Lens. 2013;39(4):290-294.
² Based on a 30-day clinical study of 75 habitual lotrafilcon B lens wearers. REF-06361. Unveröffentlichte interne Alcon Studie, 2017.
³ Lemp J, Kern J. A comparison of real time and recall comfort assessments. Optom Vis Sci. 2016;93:Eabstract 165256.
⁴ In vitro study over 16 hours to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
⁵ Muya L, Lemp J, Kern JR, Sentell KB, Lane J, Perry SS. Impact of packaging saline wetting agents on wetting substantivity and lubricity. Invest Opthalmol Vis Sci. 2016;57:E- abstract 1463.
⁶ Lemp J, Kern J. On-eye performance of lotrafilcon B lenses packaged with a substantive wetting agent. Poster presented at Optometry’s Meeting, the Annual Meeting of the American Optometric Association; June 21-25, 2017; Washington, D.C.
⁷ Nash W, Gabriel M, Movrewy Mckee M. A comparison of various silicone hydrogel lenses; lipid and protein deposition as a result of daily wear. Optom Vis Sci. 2010;87: E-abstract 105110.
⁸ Nash W. Gabriel M. Ex vivo analysis of cholesterol deposition for commercially available silicone hydrogel contact lenses using a fluorometric enzymatic assay. Eye Contact Lens. 2014;40(5):277-282.
⁹ CLA560-P001 TDOC-0051304 One month clinical comparison of lotrafilcon B and samfilcon A. REF-00754. Unveröffentlichte interne Alcon Studie, 2016.
¹⁰ MEMO - Pruitt - 17-Dec-2013 Surface mobility of silicone in Air Optix lenses. REF-01571. Unveröffentlichte interne Alcon Studie, 2013.
¹¹ Rex J, Perry S, Lemp J. Concentrations of Silicon at Silicone Hydrogel Contact Lens Surfaces. Poster presented at BCLA Clinical Conference; May 29-31, 2015; Liverpool, England.
¹² Guillon M, Maissa C, Wong S, Patel K, Lemp J. Tear film dynamics over silicone hydrogel contact lenses with different lipid deposition profiles. Optom Vis Sci. 2014;91:E-abstract 145196.
¹³ In vitro study over 16 hours, to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
¹⁴ Muya L, Lemp J, Kern JR, Sentell KB, Lane J, Perry SS. Impact of packaging saline wetting agents on wetting substantivity and lubricity. Invest Opthalmol Vis Sci. 2016;57:E-abstract 1463.
¹⁵ In a randomized, subject-masked, multi-site clinical study with over 150 patients; significance demonstrated at the 0.05 level. REF-05104. Unveröffentlichte interne Alcon Studie, 2005.
¹⁶ R-242-C-007- Sub 1, 2, 3 O2 Optix-Biomedics, Soflens 66, Frequency 55 Toric Daily Wear US Trials. REF-03138. Unveröffentlichte interne Alcon Studie, 2005.

AIR OPTIX™ plus HydraGlyde™ Multifocal (DACH-AHG-2400003)

¹ In vitro study over 16 hours, to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
² Muya L, Lemp J, Kern JR, Sentell KB, Lane J, Perry SS. Impact of packaging saline wetting agents on wetting substantivity and lubricity. Invest Opthalmol Vis Sci. 2016;57:E- abstract 1463.
³ MEMO - McKenney - 12-Apr-2016 Alcon Multifocal Precision Profile Contact Lens Design. REF-01717. Unveröffentlichte interne Alcon Studie, 2013.
⁴ Lemp J, Kern J. Alcon multifocal contact lenses for presbyopia correction. Paper presented at the Canadian Association of Optometrists Congress; June 28-30, 2017; Ottawa, ON.
⁵ Eiden SB, Davis RL, Bergenske PD. Prospective study of lotrafilcon B lenses comparing 2 versus 4 weeks of wear for objective and subjective measures of health, comfort, and vision. Eye Contact Lens. 2013;39(4):290-294.
⁶ Based on a 30-day clinical study of 75 habitual lotrafilcon B lens wearers. REF-06361. Unveröffentlichte interne Alcon Studie, 2017.
⁷ Lemp J, Kern J. A comparison of real time and recall comfort assessments. Optom Vis Sci. 2016;93:E-abstract 165256.
⁸ Lemp J, Kern J. On-eye performance of lotrafilcon B lenses packaged with a substantive wetting agent. Poster presented at Optometry’s Meeting, the Annual Meeting of the American Optometric Association; June 21-25, 2017; Washington, D.C.
⁹ Nash W, Gabriel M, Movrewy Mckee M. A comparison of various silicone hydrogel lenses; lipid and protein deposition as a result of daily wear. Optom Vis Sci. 2010;87: E-abstract 105110.
¹⁰ Nash W. Gabriel M. Ex vivo analysis of cholesterol deposition for commercially available silicone hydrogel contact lenses using a fluorometric enzymatic assay. Eye Contact Lens. 2014;40(5):277-282.
¹¹ CLA560-P001 TDOC-0051304 One month clinical comparison of lotrafilcon B and samfilcon A. REF-00754. Unveröffentlichte interne Alcon Studie, 2016.
¹² MEMO - Pruitt - 17-Dec-2013 Surface mobility of silicone in Air Optix lenses. c. Unveröffentlichte interne Alcon Studie, 2013.
¹³ Rex J, Perry S, Lemp J. Concentrations of Silicon at Silicone Hydrogel Contact Lens Surfaces. Poster presented at BCLA Clinical Conference; May 29-31, 2015; Liverpool, England.
¹⁴ Guillon M, Maissa C, Wong S, Patel K, Lemp J. Tear film dynamics over silicone hydrogel contact lenses with different lipid deposition profiles. Optom Vis Sci. 2014;91:E-abstract 145196.
¹⁵ In vitro study over 16 hours, to measure wetting substantivity. REF-00036. Unveröffentlichte interne Alcon Studie, 2015.
¹⁶ Baker K, Merchea M. Impact of pupil diameter on multifocal contact lens vision. Poster presented at American Academy of Optometry Annual Conference, November 9, 2018. San Antonio, Texas.

AIR OPTIX™ NIGHT&DAY™ AQUA (DACH-AON-2400003)
†Längeres Tragen für bis zu 30 Nächte in Folge, bei Eignung entsprechend der Empfehlung Ihres Kontaktlinsenspezialisten.
*Linsen mit hoher Sauerstoffdurchlässigkeit. Dk/t=175 bei -3,00 dpt. Weitere Faktoren können die Gesundheit der Augen beeinflussen.
**Verglichen mit ACUVUE ADVANCE, ACUVUE OASYS, PureVision und Biofinity - Handelsmarken sind Eigentum ihrer jeweiligen Inhaber.

¹ AIR OPTIX™ NIGHT & DAY™ AQUA Gebrauchsanweisung, 2022. REF-23855
² Bergenske P, Long B, Dillehay S et al. Long-term Clinical Results: 3 Years of Up to 30-Night Continuous Wear of Lotrafilcon A Silicone Hydrogel and Daily Wear of Low-Dk/t Hydrogel Lenses. Eye & Contact Lens. 2007;33(2):74-80
³ Lemp J, Kern J. A comparison of real time and recall comfort assessments. Poster presented at the AAOpt Annual Meeting, Nov 9-12, 2016. Basierend auf klinischen Studien mit AIR OPTIX® Aqua Kontaktlinsen
⁴ Based on the ratio of lens oxygen transmissibilities. REF-00022. Unveröffentlichte interne Alcon Studie, 2009, 2010.
⁵ Lemp J, Kern J. On-eye performance of lotrafilcon B lenses packaged with a substantive wetting agent. Poster presented at Optometry's Meeting, the Annual Meeting of the American Optometric Association; June 21-25, 2017; Washington, D.C.
⁶ Nash W, Gabriel M, Mowrey-McKee M. A comparison of various silicone hydrogel lenses; lipid and protein deposition as a result of daily wear. Optom Vis Sci. 2010;87: E-abstract 105110.
⁷ Nash WL, Gabriel MM. Ex vivo analysis of cholesterol deposition for commercially available silicone hydrogel contact lenses using a fluorometric enzymatic assay. Eye Contact Lens. 2014;40(5):277-282.

AIR OPTIX™ COLORS (DACH-AOC-2400006)
*Dk/t = 138 bei -3,00 dpt. Weitere Faktoren können die Gesundheit der Augen beeinflussen.

¹ AIR OPTIX COLORS contact lenses: Comfort and breathability. CLM-AOC-US-0001. Unveröffentlichte interne Alcon Studie, 2013.
² In vitro study over 16 hours to measure wetting substantivity. REF-14662. Unveröffentlichte interne Alcon Studie, 2015.
³ Eiden SB, Davis, R, Bergenske P. Prospective study of lotrafilcon B lenses comparing 2 versus 4 weeks of wear for objective and subjective measures of health, comfort and vision. Eye Contact Lens. 2013;39(4):290-294.
⁴ Lemp J. Kern J. A comparison of real time and recall comfort assessments. Optom Vis Sci. 2016;93E-abstract 165256.
⁵ Smartshield Technology shields from irritating deposits for consistent comfort all month long. CLM-AOA-GLB-0009. Unveröffentlichte interne Alcon Studie, 2014.

AIR OPTIX™ AQUA (DACH-AOA-2400004)
*Dk/t 138 bei -3,00 dpt. Weitere Faktoren können die Gesundheit der Augen beeinflussen

¹ Eiden SB, Davis R, Bergenske P. Prospective study of Iotrafilcon B lenses comparing 2 versus 4 weeks of wear for objective and subjective measures of health, comfort and vision. Eye & Contact Lens. 2013;39(4):290-294.
² Lemp J, Kern J. A comparison of real time and recall comfort assessments. Optom Vis Sci. 2016;93:Eabstract 165256.
³ Dillehay S, Miller M B, Performance of lotrafilcon B Silicone Hydrogel Contact Lenses in Experienced Low-Dk/t Daily Lens Wearers. Eye & Contact Lens 2007; 33(6); 272-277
⁴ Nash W, Gabriel M, Mowrey-Mckee M. A comparison of various silicone hydrogel lenses; lipid and protein deposition as a result of daily wear. Optom Vis Sci. 2010;87:E-abstract 105110.
⁵ Nash W, Gabriel M. Ex vivo analysis of cholesterol deposition for commercially available silicone hydrogel contact lenses using a fluorometric enzymatic assay. Eye Contact Lens. 2014;40(5):277-282.
⁶ Lemp J, Kern J. On-eye performance of lotrafilcon B lenses packaged with a substantive wetting agent. Poster presented at Optometry's Meeting, the Annual Meeting of the American Optometric Association; June 21-25, 2017; Washington, D.C.
⁷ MEMO - Pruitt - 27-Feb-2013 AO Plasma Surface "Protects the Lens" Claim. REF-00037. Unveröffentlichte interne Alcon Studie, 2013.

OPTI-FREE® Puremoist® (DACH-OFM-2400002)

¹ OPTI-FREE® Puremoist® Gebrauchsanweisung; 2023. REF-23862
² Lally J, Ketelson H, Borazjani R, et al. A new lens care solution provides moisture and comfort with today’s CLs. Optician 4/1/2011, Vol 241 Issue 6296, 42-46.
³ Davis J, Ketelson HA, Shows A, Meadows DL. A lens care solution designed for wetting silicone hydrogel materials. Poster presented at ARVO; May 2010; Fort Lauderdale, FL.
⁴ Campbell R, Kame G, et al. Clinical benefits of a new multi-purpose disinfecting solution in silicone hydrogel and soft contact lens users. Eye & Contact Lens 2012:38(2);93-101.
⁵ Shannon P, McAnally C, Walter R, et al. Antimicrobial Efficacy of Contact Lens Solutions Assessed by ISO Standards. Poster presented at the Annual Meeting of the American Academey of Optometry, Orlando, FL, October 23-27, 2019.
⁶ Rosenthal R, Sutton S, Schlech B. Review of standards for evaluating the effectiveness of contact lens disinfectants. PDA J Pharm Sci And Tech. 2002;56(1):37-50.
⁷ Santos L, Oliveira R, Oliveira ME, Azeredo J. Lens material and formulation of multipurpose solutions affects contact lens disinfection. Cont Lens Anterior Eye. 2011;34(4):179-182.
⁸ Senchyna M, et al. Characterization of a Multi-Purpose Lens Solution Designed for Silicone Hydrogel Materials. Poster presented at: ARVO; May 2010; Fort Lauderdale, FL.

OPTI-FREE® Express® (DACH-OFX-2400002)

¹ Stiegemeier MJ, Cedrone R, Evans D, et al. Clinical performance of 'no rub' multi-purpose solutions. Cont Lens Anterior Eye. 2004;27(2):65-74.
² OPTI-FREE® Express Gebrauchsanweisung, 2019. REF-18187
³ Rosenthal RA, Buck S, McAnally C, Abshire R, Schlech B. Antimicrobial comparison of a new multi-purpose disinfecting solution to a 3% hydrogen peroxide system. CLAO J. 1999;25(4):213-217.
⁴ Santos L, Oliveira R, Oliveira ME, Azeredo J. Lens material and formulation of multipurpose solutions affects contact lens disinfection. Cont Lens Anterior Eye. 2011;34(4):179-182.

OPTI-FREE® Replenish® (DACH-OFR-2400002)

¹ OPTI-FREE® Replenish® Gebrauchsanweisung, 2024. REF-24451
² Shannon P, McAnally C, Walter R, et al. Antimicrobial Efficacy of Contact Lens Solutions Assessed by ISO Standards. Poster presented at the Annual Meeting of the American Academey of Optometry, Orlando, FL, October 23-27, 2019.
³ Rosenthal R, Sutton S, Schlech B. Review of standards for evaluating the effectiveness of contact lens disinfectants. PDA J Pharm Sci And Tech. 2002;56(1):37-50.
⁴ Santos L, Oliveira R, Oliveira ME, Azeredo J. Lens material and formulation of multipurpose solutions affects contact lens disinfection. Cont Lens Anterior Eye. 2011;34(4):179-182.
⁵ Corbin GS. A multicenter investigation of OPTI-FREE Replenish multi-purpose disinfecting solution impact on soft contact lens patient comfort. Clinical Ophthalmology Dezember 2010:4; 47-57.

AOSEPT® PLUS mit HydraGlyde® (DACH-ASH-2400006)

¹ Clear Care Customer Survey 2017. REF-01606. Unveröffentlichte interne Alcon Studie, 2017.
² Muya L, Scott A, Alvord L, Nelson J, Lemp J. Wetting substantivity of a new hydrogen peroxide disinfecting solution on silicone hydrogel contact lenses. Poster presented at the British Contact Lens Association 39th Clinical Conference & Exhibition, Liverpool, UK, May 29-31, 2015.
³ LCD913 - P001 - TDOC-0051197 Comparison of two one-step hydrogen peroxide lens care solutions. REF-04351. Unveröffentlichte interne Alcon Studie, 2016.
⁴ TDOC-0017891 - Regimen Test for Hydrogen Peroxide nEOBO Solution (FID 120947A) Against Acanthamoeba. REF-06787. Unveröffentlichte interne Alcon Studie, 2017.
⁵ AOSEPT PLUS® with HydraGlyde® Gebrauchsanweisung, 2024. REF-24449

AOSEPT® PLUS (DACH-ASP-2400004)

¹ Clear Care Customer Survey 2017. REF-01606. Unveröffentlichte interne Alcon Studie, 2017.
² CIBA Clear Care survey. REF-04822. Unveröffentlichte interne Alcon Studie, 2007.
³ LCD913 - P001 - TDOC-0051197 Comparison of two one-step hydrogen peroxide lens care solutions. REF-04351. Unveröffentlichte interne Alcon Studie, 2016.
⁴ AOSEPT® PLUS Gebrauchsanweisung, 2023. REF-23897

Systane® COMPLETE OHNE KO¬NS¬ER¬VI¬ER¬UN¬GS¬MI¬TT¬EL (DACH-SYX-2400008)
* Auch in einer konservierten Formulierung erhältlich
** im Vergleich zu Systane® Balance
*** Basierend auf interner Bewertung und Segmentierung der Kunden
**** Bitte beachten Sie die Gebrauchsanweisung

¹ Ketelson H, Rangarjan R. Pre-clinical evaluation of a novel phospholipid nanoemulsion based lubricant eye drops. Poster presented at ARVO 2017, Baltimore, MD.
² Silverstein S. et al. Symptom Relief Following a Single Dose of Propylene Glycol-Hydroxypropyl Guar Nanoemulsion in Patients with Dry Eye Disease: A Phase IV, Multicenter Trial. Clinical Ophthalmology 2020:14 3167–3177
³ Korb DR et al. The e ects of anionic and zwitterionic phospholipids. Adv Exp Med Biol 2002; 606: 495-499.

Systane® ULTRA OHNE KO¬NS¬ER¬VI¬ER¬UN¬GS¬MI¬TT¬EL (DACH-SYZ-2400001)
*Auch in einer konservierten Formulierung erhältlich
**Basierend auf interner Bewertung und Segmentierung der Kunden
***Bitte beachten Sie die Gebrauchsanweisung
¹ Davitt WF, Bloomenstein M, Christensen M, Martin AE. Efficacy in patients with dry eye after treatment with a new lubricant eye drop formulation. J Ocul Pharmacol Ther. 2010;26(4):347-353.
² Christensen MT, Martin AE, Bloomenstein M. A comparison of efficacy between Systane Ultra and Optive lubricant eye drops when tested with dry eye patients. Optometry. 2009;80(6):315.

Systane® HYDRATION OHNE KO¬NS¬ER¬VI¬ER¬UN¬GS¬MI¬TT¬EL (DACH-SYY-2400001)
* In-vitro-Daten
**Auch in einer konservierten Formulierung erhältlich
***Basierend auf interner Bewertung und Segmentierung der Kunden
****Bitte beachten Sie die Gebrauchsanweisung

¹ Rangarajan R, Kraybill B, Ogundele A, Ketelson H. Effects of a Hyaluronic Acid/Hydroxypropyl Guar Artificial Tear Solution on Protection, Recovery, and Lubricity in Models of Corneal Epithelium. J. Ocul. Pharmacol. Ther. 2015;31(8):491-497.
² Davitt, WF, Bloomenstein M, Christensen M, Martin AE. Efficacy in patients with dry eye after treatment with a new lubricant eye drop formulation. J Ocul Pharmacol Ther. 2010;26(4):347-353.
³ Rolando M, Autori S, Badino F, Barabino S. Protecting the ocular surface and improving the quality of life of dry eye patients: a study of the efficacy of an HP-guar containing ocular lubricant in a population of dry eye patients. J Ocul Pharmacol Ther. 2009;25(3):271-278.
⁴ Mrukwa-Kominek E, Baranska K, Jadczyk K. First clinical reports on the application of the modern dual-polymer formula in aqueous deficiency dry eye syndrome: Polish observations. Vorgestellt beim 20. ESCRS Winter Meeting, 26.-28. Februar 2016, Athen, Griechenland.

Systane® COMPLETE (DACH-SYC-2400001)
*Basierend auf interner Bewertung und Segmentierung der Kunden
**Bitte beachten Sie die Gebrauchsanweisung
^ im Vergleich zu Systane® Balance

¹ Silverstein S, Yeu E, Tauber J, et al. Symptom Relief Following a Single Dose of Propylene Glycol-Hydroxypropyl Guar Nanoemulsion in Patients with Dry Eye Disease: A Phase IV, Multicenter Trial. Clin Ophthalmol. 2020;14:3167-3177.
² Ketelson H, Rangarajan R. Pre-clinical evaluation of a novel phospholipid nanoemulsion based lubricant eye drops. Poster presented at ARVO 2017, Baltimore, MD.
³ Rangarajan R, Ketelson H. Preclinical evaluation of a new hydroxypropyl-guar phospholipid nanoemulsion-based artificial tear formulation in models of corneal epithelium. J Ocul Pharmacol Ther. 2019;35(1):32-37.
⁴ TDOC-0051863 v3.0 Research Summary for Formulation ID 119305, Nanoemulsion. REF-01748. Unveröffentlichte interne Alcon Studie, 2017.

Systane® ULTRA (DACH-SYU-2400001)
*Basierend auf interner Bewertung und Segmentierung der Kunden
**Bitte beachten Sie die Gebrauchsanweisung

¹ Davitt WF, Bloomenstein M, Christensen M, Martin AE. Efficacy in patients with dry eye after treatment with a new lubricant eye drop formulation. J Ocul Pharmacol Ther. 2010;26(4):347-353.
² Christensen MT, Martin AE, Bloomenstein M. A comparison of efficacy between Systane Ultra and Optive lubricant eye drops when tested with dry eye patients. Optometry. 2009;80(6):315.

Systane® HYDRATION (DACH-SYH-2400001)
* In-vitro-Daten
**Basierend auf interner Bewertung und Segmentierung der Kunden
***Bitte beachten Sie die Gebrauchsanweisung

¹ Rangarajan R, Kraybill B, Ogundele A, Ketelson H. Effects of a Hyaluronic Acid/Hydroxypropyl Guar Artificial Tear Solution on Protection, Recovery, and Lubricity in Models of Corneal Epithelium. J. Ocul. Pharmacol. Ther. 2015;31(8):491-497.
² Davitt, WF, Bloomenstein M, Christensen M, Martin AE. Efficacy in patients with dry eye after treatment with a new lubricant eye drop formulation. J Ocul Pharmacol Ther. 2010;26(4):347-353.
³ Rolando M, Autori S, Badino F, Barabino S. Protecting the ocular surface and improving the quality of life of dry eye patients: a study of the efficacy of an HP-guar containing ocular lubricant in a population of dry eye patients. J Ocul Pharmacol Ther. 2009;25(3):271-278.
⁴ Mrukwa-Kominek E, Baranska K, Jadczyk K. First clinical reports on the application of the modern dual-polymer formula in aqueous deficiency dry eye syndrome: Polish observations. Vorgestellt beim 20. ESCRS Winter Meeting, 26.-28. Februar 2016, Athen, Griechenland.

Beachten Sie die Packungsinformation mit vollständigen Gebrauchs- und Sicherheitshinweisen.

PRECISION7® (CLUSTER-DACH-PR7-2500001)
¹ In a 2-week prospective clinical study in the US; n=181; CLEAR CARE Cleaning & Disinfecting Solution used for cleaning and disinfection; Unveröffentlichte interne Alcon Studie, 2023. (p=0.0353).
² CLN109-C001 Clinical Performance Evaluation of Two Frequent Replacement Silicone Hydrogel Toric Contact Lenses.
³ Zheng Y, Dou J, Wang Y, et al. Sustained release of a polymeric wetting agent from a silicone-hydrogel contact lens material. ACS Omega. 2022;7(33):29223-29230. doi: 10.1021/acsomega.2c03310.
⁴ Phan CM, Chan VWY, Drolle E, et al. Evaluating the in vitro wettability and coefficient of friction of a novel and contemporary reusable silicone hydrogel contact lens materials using an in vitro blink model. Cont Lens Anterior Eye. 2024.

PRECISION7™ for Astigmatism (CLUSTER-DACH-PR7-2500001)
¹ In a 2-week prospective clinical study in the US; n=181; CLEAR CARE Cleaning & Disinfecting Solution used for cleaning and disinfection; Unveröffentlichte interne Alcon Studie, 2023. (p=0.0353).
² CLN109-C001 Clinical Performance Evaluation of Two Frequent Replacement Silicone Hydrogel Toric Contact Lenses.
³ Zheng Y, Dou J, Wang Y, et al. Sustained release of a polymeric wetting agent from a silicone-hydrogel contact lens material. ACS Omega. 2022;7(33):29223-29230. doi: 10.1021/acsomega.2c03310.
⁴ Phan CM, Chan VWY, Drolle E, et al. Evaluating the in vitro wettability and coefficient of friction of a novel and contemporary reusable silicone hydrogel contact lens materials using an in vitro blink model. Cont Lens Anterior Eye. 2024.