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April 2018

SPECIAL FEATURE: RANZCO

SPECIAL FEATURE: RANZCO 2018 Welcome to the RANZCO NZ 2018 Conference The New Zealand Branch RANZCO committee welcomes everyone to Auckland for the 2018 conference. This year we have decided to not have a specific educational theme, but rather to offer a broad range of subspecialty topics, useful to both generalists and subspecialists in medical, nursing and orthoptic fields. The meeting is combined with the NZ Ophthalmic Nurses and the NZ Orthoptic Society, offering plenary sessions targeted to all attendees, followed by concurrent streams for each group. Our keynote speakers are Professor David Mackey (genetic ophthalmologist, Australia), Dr Brendan Vote (vitreoretinal and cataract specialist, Australia), Associate Professor Lyndell Lim (uveitis and retinal disease, Australia), and Helen Gibbons (Clinical Lead Nurse, UK). These speakers are internationally renowned for their clinical and scientific expertise and their dynamic presentations. They will be joined by a further 60 speakers covering a very wide range of topics including anterior segment, cornea, cataract, uveitis, glaucoma, retina, paediatrics, oculoplastics, oncology, infectious disease, trauma, health care provision, nursing, psychophysics, basic science and emerging technologies. The conference will be held at the Hilton Hotel which sits in a prime waterfront location in the heart of Auckland, adjacent to all the central Auckland shopping and entertainment venues. We would like the conference to have a relaxed, collegial, “weekend” feel, and as such, BY DR SUE ORMONDE* Auckland ‘city of sails’ and RANZCO NZ 2018 Meeting venue, the Hilton Hotel (centre, waterfront) the dress code is casual. The conference dinner will be held at The Maritime Museum, an iconic venue in Auckland, that celebrates New Zealand’s long and broad association with the sea. In line with the casual tone of the meeting, the dinner will offer a wide variety of quality street food, street entertainers, and a live band. We are very grateful to the multiple industry sponsors who are facilitating the meeting and there will be a large industry exhibition, covering the latest and greatest ophthalmic technology available in New Zealand. The venue has a set capacity and so we encourage early registration for what promises to be a broad ranging, contemporary, educational and fun meeting. To register, please visit: https:// ranzcomeetingnz.cvent.com/2018 *Dr Sue Ormonde is a consultant ophthalmologist at Auckland Eye and Greenlane Clinical Centre, a senior lecturer at the University of Auckland and a member of the 2018 RANZCO NZ organising committee together with Professor Trevor Sherwin and Sue Raynel from the University’s Department of Ophthalmology. An enjoyable, educational affair The RANZCO New Zealand Annual Scientific Meeting is one of the most important meetings in the New Zealand ophthalmic calendar and is unique in that it incorporates the New Zealand Ophthalmic Nurses Group Meeting and the New Zealand Orthoptic Society Meeting. The programme This year, the two-day programme from 11 – 12 May at Auckland’s Hilton Hotel, features concurrent streams, focusing on each speciality, with presentations ranging from five to 25 minutes from more than 60 speakers (40 in the Scientific Meeting alone) followed by question and answer sessions from the floor. The programme kicks off with a welcome function, with canapés and drinks in the exhibitors’ hall of the Hilton on Thursday 10 May from 5.30-7.30pm. This year, the popular annual meeting dinner will be held on Friday 11 May in The Maritime Room, just a short walk from the Hilton, with views over Auckland’s famous Viaduct Harbour. As well as the normal good food, great atmosphere and general bonhomie, this year’s organisers are also promising a few surprises at the dinner, so definitely not one to be missed. The main Scientific Meeting this year welcomes a number of overseas specialist speakers, as well as a plethora of local talent, many of whom will be sharing their own unique experiences across a number of different, and often unusual, cases, including, ‘Duped by BDump’; an unusual presentation of systemic lupus erythematous; and panuveitis in Sweet’s syndrome. Other topics include, New Zealand cataract risk stratification, audit and paediatric surgical outcomes; psychophysics; the development of a novel webbased deep learning system, to identify common retinal pathologies, and an open-source pupilometer; Vogt-Koyanagi-Harada disease; orbital decompression surgery in thyroid eye disease; keratoconus in Down syndrome in New Zealand; corneal cross-linking outcomes; and, tackling that biggest of questions, oft lauded by eye health professionals: “are the eyes really the window to the soul?” Meet the speakers… And that’s just some of the smaller sessions. As a further taster of what’s on offer at this year’s RANZCO NZ gathering, NZ Optics’ approached the four keynote speakers from the Scientific Meeting and the Nurses Meeting and asked them to tell us a little bit about what they would be presenting, how they came to be working in ophthalmology and what they were most looking forward to from this years meeting. Professor David Mackey Internationally-renowned genetic ophthalmologist, Professor David Mackey is managing director of the Lions Eye Institute and professor of ophthalmology and director of the Centre for Ophthalmology and Professor David Mackey Vision Science at the University of Western Australia. Having devoted his career to decreasing blindness from optic nerve disorders, his work has helped revolutionise the management of hereditary optic atrophy (Leber and ADOA) and glaucoma. In 1993 he initiated the Glaucoma Inheritance Study in Tasmania, creating one of the largest glaucoma biobanks in the world that led to the discovery of the myocilin gene and its association with glaucoma. His work with the Twins Eye Study in Tasmania and Brisbane characterised the heritability of many ocular measurements, while his Genome Wide Association Studies have identified genes for myopia, corneal thickness, intra-ocular pressure optic nerve size and glaucoma. In 2007-8, he led the Norfolk Island Eye Study, examining 800 mixed-race descendants of the Bounty mutineers as part of a major genetic eye study. In Western Australia, he has collected ocular CONTINUED ON PAGE 12 TECHNOLOGICAL INNOVATION ▶ optomap ® imaging takes less than half a second to help prevent vision loss the ONLY 200° single-capture retinal image optomap non-mydriatic ultra-widefield technology delivers detailed 200º high resolution images in less than half a second. This technology can image pathology past the vortex vessels, helping you find disease sooner and treat it more effectively. optomap is a powerful tool in the fight against vision loss. Contact us to find out more about finance opportunities at +61 8444 6500 or auinfo@optos.com ©2017 Optos. All rights reserved. Optos ® , optos ® Daytona and optomap ® are registered trademarks of Optos plc. GA-00315 /1 10 NEW ZEALAND OPTICS April 2018

DISCOVER AcrySof ® IQ PanOptix ® Toric Presbyopia-Correcting IOL Designed for more natural adaptability 1-3 The AcrySof ® IQ PanOptix ® Toric IOL helps you deliver exceptional a visual performance at every meaningful distance 1,4,5 for cataract patients who desire both presbyopia and astigmatism correction. • A more comfortable range of near to intermediate vision 2-4 – Delivers on patients’ lifestyle needs • Exceptionally high light utilisation in a presbyopia-correcting IOL 1,6 – Transmits 88% of light at 3.0 mm pupil size to help provide crisp quality of vision at most distances • The only trifocal lens with the proven astigmatism correction of AcrySof ® IQ Toric IOLs 7-12 – Outstanding refractive predictability for lasting results 7-12 Talk to your local Alcon representative to learn more about the AcrySof ® IQ PanOptix ® Toric IOL. References: 1. AcrySof® IQ PanOptix® Toric IOL Directions for Use. 2. Charness N, Dijkstra K, Jastrzembski T, et al. Monitor viewing distance for younger and older workers. Proceedings of the Human Factors and Ergonomics Society 52nd Annual Meeting, 2008. http:// www.academia.edu/477435/Monitor_Viewing_Distance_for_Younger_and_Older_Workers. Accessed September 16, 2016. 3. Average of American OSHA, Canadian OSHA and American Optometric Association Recommendations for Computer Monitor Distances. 4. Alcon Data on File. TDOC-0018723 (Dec 19, 2014). 5. Alcon Data on File. TDOC-0050480 (June 12, 2015) 6. Alcon Laboratory Notebook:14073:77-78. 7. Lane SS, Burgi P, Milios GS, Orchowski MW, Vaughan M, Schwarte E. Comparison of the biomechanical behavior of foldable intraocular lenses. J Cataract Refract Surg. 2004;30:2397-2402. 8. Lane SS, Ernest P, Miller KM, Hileman KS, Harris B, Waycaster CR. Comparison of clinical and patient reported outcomes with bilateral AcrySof® Toric or spherical control intraocular lenses. J Refract Surg. 2009;25(10):899-901. 9. Wirtitsch MG, et al. Effect of haptic design on change in axial lens position after cataract surgery. J Cataract Refract Surg. 2004;30(1):45-51. 10. Nejima R, et al. Prospective intrapatient comparison of 6.0-millimeter optic single-piece and 3-piece hydrophobic acrylic foldable intraocular lenses. Ophthalmology. 2006;113(4):585-590. 11. Rotational stability of a single-piece toric acrylic intraocular lens. J Cataract Refract Surg. 2010;36(10):1665-1670. 12. Alcon Data on File. TDOC-0016076 (Jul 30, 2013). © 2018 Novartis. Alcon Laboratories (Australia) Pty Ltd. ABN 88 000 740 830. Phone: 1800 224 153; NZ Phone: 0800 101 106. NP4: A21702597704 AcrySof®IQ PanOptix®Toric PRESBYOPIA-CORRECTING IOL April 2018 Advancing CATARACT SURGERY NEW ZEALAND OPTICS 11