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CONTINUED FROM P16<br />
Dr Adam Watson looked at eyelashes. He<br />
discussed what is a normal eyelash and the role<br />
eyelashes have as the first level protectors of<br />
our ocular surface, before moving on to what<br />
can go wrong. Demodex, blepharitis, styes and<br />
madarosis (eyelash loss) are some common<br />
conditions patients might present with. Dr<br />
Watson then shared various management<br />
options and things to watch out for.<br />
The next two sessions were adapted talks<br />
from the main conference. Key note speaker<br />
Dr Jason Holland, a specialist optometrist<br />
from Brisbane, opened with his talk, ‘Show me<br />
the light – a look at the science, mechanisms<br />
and evidence behind IPL in the treatment of<br />
meibomian gland dysfunction and dry eye<br />
disease’; while Dr Trevor Gray tackled the issues<br />
and changes with implantable contact lenses<br />
(ICLs) noting he had personally performed<br />
more than 1,200 ICL procedures to date. Dr<br />
Gray also reviewed the latest international<br />
papers relating to ICLs, the new Aquaport ICL<br />
design and the different approaches to shared<br />
post-operative care required for ICL patients.<br />
Dr Peter Ring wrapped up the early-afternoon<br />
session with his look at the evolution of<br />
intraocular lenses (IOLs). Up until about 60<br />
years ago, all patients were aphakic following<br />
cataract surgery. So the insertion of the first<br />
intraocular lens in 1950 permanently changed<br />
expected outcomes for cataract surgery<br />
patients. However, it wasn’t until they were<br />
re-designed in 1975 that they finally found an<br />
accepted place among cataract surgeons, he<br />
said, before discussing newer developments in<br />
the evolution of this now essential prosthetic.<br />
The final talk of the day, ‘Evolution of laser<br />
vision correction’, was also presented by Dr<br />
Gray, who looked at the improvements offered<br />
by wavefront guided treatments against the<br />
more well-known LASIK and SMILE. Wavefront,<br />
also known as ‘custom LASIK’, uses unique<br />
precision technology to measure prescriptions<br />
down to 0.01dioptors and then gathers<br />
information about the unique architecture of<br />
the eye to customise the laser’s response. Your<br />
eye is re-shaped not just according to your<br />
prescription but in response to its own unique<br />
landscape, explained Dr Gray. ▀<br />
Make it<br />
readable<br />
BY NAOMI MELTZER*<br />
Have you ever tried to read an article, a notice,<br />
a telephone number or directions on a packet<br />
and given up in frustration? You are not alone.<br />
That is why Sight Loss Services Charitable Trust<br />
launched the Make It Readable (MIR) campaign<br />
in June 2015. We wanted to draw attention to<br />
this issue and advocate for readable material by<br />
persuading those producing print materials to adopt<br />
readable print guidelines.<br />
The campaign was funded as part of the Think<br />
Differently fund, a social change campaign seeking<br />
to encourage and support a fundamental shift in<br />
attitudes and behaviours towards disabled people.<br />
As part of the MIR campaign, a survey was<br />
conducted with support from Synergia Ltd. This<br />
survey asked people to provide information on the<br />
materials that they struggled to read during their<br />
daily lives and the reasons these materials were<br />
hard to read.<br />
The results from the MIR survey provide a useful<br />
insight into the types of materials that are difficult<br />
to read and the reasons for this difficulty. The MIR<br />
survey has shown that there are a large number<br />
of items that people find hard to read. Some of<br />
the most frequently identified items included<br />
newspapers, food products, and phone books,<br />
though the survey also returned a lot of comments<br />
about poor website design making it difficult to<br />
access material by computer as is so often required<br />
nowadays. These are items that will impact on most<br />
people, but particularly the quality of life of people<br />
with vision impairments, reducing their connection<br />
with community and being less informed about the<br />
products they can purchase.<br />
Sight Loss Services continues to distribute the MIR<br />
guidelines to various organisations particularly those<br />
who send newsletters or other material out to a<br />
target audience in the over-50 age group. ▀<br />
* Naomi Meltzer is an Auckland-based optometrist specialised<br />
in low vision and rehabilitation, and a trustee of the charitable<br />
trust Sight Loss Services.<br />
If you want it to be read, it must be readable.<br />
These guidelines have been specially created to enable everyday informaon to be immediately accessed by<br />
more people and for all types of documents.<br />
Who benets from Clear Print?<br />
CLEAR PRINT<br />
GUIDELINES<br />
Because Clear Print is designed to be used for all documents, it has far reaching benets. A clearly designed<br />
and easy to read document will convey your essenal informaon to everyone who reads it, and in the process<br />
can convey a posive view of the originang individual or organisaon.<br />
Contrast is how you see things against their background. Aging causes a natural decline in contrast sensivity,<br />
our ability to detect a difference in contrast.<br />
Approximately 1 in 7 people over 50 years of age have signicant loss of vision due to condions such as<br />
Macular Degeneraon or Glaucoma. This rises to at least 1 in 4 over 80 years old. One of the major effects<br />
of such condions is to reduce contrast sensivity beyond the normal loss, so that the world starts to take<br />
a “washed out” faded look. This has the most signicant effect on reading print. Maximum contrast is black<br />
leers on a white non-shiny background or white leers on a black background.<br />
The modern era of digital print means that newspapers, newsleer, forms and noces are produced on a<br />
computer screen where prey coloured backgrounds and prinng over graphics such as picture or paerns<br />
are easily seen on the screen, but the end product on paper is at best difficult to read by those with normal<br />
vision and impossible to read for those with reduced. The same applies to websites which may look prey<br />
but unless the principles of contrast as well as size are applied to the layout, the important informaon<br />
becomes unreadable. Many people just don’t bother to read something that requires too much effort.<br />
For printed informaon to be accessible to its reader the following guidelines should be followed:<br />
1) Bold black print is easiest to see. Black print on white background or white print on black background<br />
is the best contrast. Black print on a yellow background or yellow on black is also good<br />
contrast.<br />
2) Items can be highlighted with a coloured border but should not be printed over coloured backgrounds<br />
or paerns. The closer the background colour is to the colour of the print the harder it is<br />
to read.<br />
3) A minimum font size of 10 point should be used for a target market over 65 years of age. Any<br />
important informaon should be in bold 12 point font with headings and key points in bold 14 point.<br />
4) Use plain sans serif fonts such as Ariel or Calibri. Fancy prints are decorave but impossible to read<br />
for people with low vision.<br />
5) Leave good white space between blocks of print. If print is crowded together it becomes more<br />
difficult to read.<br />
6) Do not wrap columns of print around graphics such as photos. People using magnifying aids have<br />
enough problems keeping their place on a line of print without having to search for it elsewhere<br />
on the page.<br />
<strong>Dec</strong>ember <strong>2016</strong><br />
NEW ZEALAND OPTICS<br />
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