What if vision challenges made it impossible for
you to read a computer screen? Or limited
dexterity left you unable to type? For many
people living with chronic illnesses and
disabilities, these questions are in fact
realities. Symptoms such as vision impairments,
cognitive challenges, and dexterity limitations
can make the use of technology difficult and at
times seemingly impossible.
In today’s fast-paced, digital environment, the
inability to capitalize on technology can be
stifling – people rely on these tools to conduct
business, interact with family and friends, and
manage their health. While by many accounts
those with chronic diseases and disabilities
stand to benefit significantly from new
technology, many are unaware of how to use it to
their advantage.
Accessible Technology
Janet Tipton has been a teacher for 24 years.
Diagnosed with multiple sclerosis (MS) six years
ago, Janet relies on technology to remain
employed. MS-related fatigue makes it impossible
for Janet to stand at the front of her classroom
and write on the board. Instead, Tipton uses
accessible technology that allows her to write
on an electronic blackboard, demonstrate three
dimensional objects, and highlight important
text or Web pages, all from her seat at the
front of the room.
“I would be exhausted if I had to get up and
write on the board, or walk around the classroom
to show my students something,” said Tipton.
“Without these technologies, I wouldn’t be able
to do my job.”
The technology used by Janet is just one type of
what is known as “accessible technology.” These
technologies include any piece of equipment or
system that increases, maintains, or improves
functional capabilities of individuals who have
physical or cognitive difficulties, impairments
or disabilities.
Not all accessible technologies are as complex
as what Tipton uses. Some accessible technology
features, such as options on your computer that
allow you to change font size and color for
better visibility, are already built into most
operating systems. These simple adjustments to
your computer don’t cost anything and will make
the computer easier to see and use.
For people with disabilities requiring more
advanced assistance, accessible technology
products such as screen readers, alternative
keyboards, and voice recognition software create
opportunities to connect with friends and
maintain employment that otherwise may not be
possible.
Screen readers, for example, can read everything
on your computer screen, including text,
graphics, control buttons and menus, and speak
it in a computerized voice. This allows people
with vision impairments to read e-mails and even
surf the Internet. For people with limited
dexterity, voice recognition software allows
them to speak into a microphone and have their
voice commands open programs on their computer,
navigate the Internet, and type word documents –
all without the use of their hands.
Janet Tipton is just one of many people in the
MS community who rely on accessible technology
to cope with MS-related symptoms. Rachel
Dykoski, a 40-year-old woman who was diagnosed
with MS in 2004, relies on technology to help
her maintain connections with friends and
family, as well as to work and function more
efficiently. A multi-tasker with MS-related
memory and vision challenges, Dykoski uses
electronic reminders, programmable keys, and
font adjustments to get her though the day.
“I would be lost without my computer, but
sometimes my MS symptoms make it difficult to
type or see the computer screen,” Dykoski said.
“The technology adaptations I’ve made, such as
increasing the font size or programming specific
keys to reduce the amount I need to type, make
it possible for me to use my computer no matter
what symptoms I’m experiencing.”
Dykoski has spent the past two years working to
ensure that other members of the MS community
can share in the benefits of accessible
technology that she herself has experienced.
Along with eight other people living with MS,
Dykoski serves as steering committee member of
the MS Technology Collaborative, a joint effort
between the National MS Society, Microsoft, and
Bayer HealthCare Pharmaceuticals designed to
connect people living with MS to accessible
technology that can help move their lives
forward.
Linda Wyman is also a member of the
Collaborative steering committee. Diagnosed with
MS in the early 1990s, Linda went from having
20/20 vision to being legally blind in just one
year. With the help of accessible technology,
Linda is able to overcome her MS-related vision
challenges and maintain her independence.
Using a scanner and reading software, Linda is
able to load books and letters onto her computer
and read them in a magnified format on her
screen. Her screen reader also reads content
aloud from accessible Internet pages and
documents, allowing her to access online
information and use e-mail and word processors.
“Technology gives me a measure of independence,”
Wyman says. “Instead of having someone read to
me, these technologies usually allow me to do it
myself. Nothing can truly replace good vision,
but accessible technology and the will to use it
makes my life better.”
Wyman and Dykoski both contribute to the
Collaborative’s online home, myMSmyWay.com, a
free resource for all accessible
technology-related information. Here, people can
access the “Snapshot” tool, an interactive quiz
that provides customized technology solutions
based on each individual’s specific needs.
The site also featured user-submitted technology
tips, a monthly column on accessible technology
authored by leading experts in the field, and
information about a number of accessible
technology solutions, particularly those that
are affordable and even free.
For more expensive accessible technologies,
there are resources available in nearly every
state that provide financial support for
people with disabilities looking to purchase
accessible technology. To locate an organization
in your state, visit the Rehabilitation
Engineering and Assistive Technology Society of
North America at resna.org.
Patricia Kennedy, RN, CNP, is the Nurse Educator
and Program Coordinator at the Heuga Center for
Multiple Sclerosis in Edwards, Colorado. She is
a member of the MS Technology Collaborative’s
professional advisory board and is active in the
MS Society.
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