ASSISTIVE TECHNOLOGY
BY
JOHN M. WILLIAMS
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NOVEMBER 17, 1999
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Jami
Goldman's Run for the Gold -- on Prosthetic Legs
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Thanks to focus, determiniation, intelligence --
and giant strides in limb technology -- she's a world-class
athlete
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Jami
Goldman, a 30-year-old double amputee, loves to run. And she loves
competing against other amputee runners in track events. When she
runs, she runs like a deer. She is graceful, proud, confident, strong,
her head is held high, and her eyes are fixed on the finish line.
Her prosthetic legs propel her strides into powerful springs. When
she crosses the finish line, she is exhausted, but buoyed knowing
she is a champion.
Goldman has been running for three years. Having competed in the U.S.,
Germany, Australia, and England, she's the world's fastest double
amputee, below the knee, among women track runners. She holds the
world records in her class of 16.88 seconds for the 100 meters and
38.46 seconds for the 200 meters. Now she's setting her sights on
winning some gold medals in next year's International Paralympic Games
in Sydney, Australia, where 250 Americans will compete with athletes
from other nations. It'll be the first time she has competed in the
international games
I recently spoke with Goldman at an event at George Mason University
in Fairfax, Va. She is very smart and very determined, but generous
in mentoring other disabled athletes. "My winning increases the awareness
of people with physical disabilities competing in sports, and of women
competing in sports," Goldman says. She considers herself a role model
for other disabled athletes, such as Kelly Bruno, a 15-year-old double-leg
amputee, who says, "Jami is my idol and my inspiration. I love to
run. It makes me feel whole."
SUPERB CONDITION.
Goldman lost her legs to frostbite in a car
accident in February, 1988, in northern Arizona. Like many people
who lose a limb, Goldman refused to give up on herself. Self-pity
is not in her character. She learned to use artificial legs, and while
she was adjusting, she earned a BA in child development in 1996 from
California State at Long Beach.
Discipline and competition are Goldman's mantras. She exercises two
hours a day, five days a week. Her workouts consist of running at
different speeds, sometimes by herself and sometimes with others.
She's in superb condition. Keeping her body lean and her weight fixed
is important to Jami. She follows a strict diet of 40% carbohydrates,
30% protein, and 30% fat. She needs a tough, mental discipline to
stick to this regimen.
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I
tell myself as I am running, "I am going to win. I am going
to win. I am going to win"
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"When
I compete, I compete against at least six competitors -- sometimes
as many as 10," she says. "I thrive on the competition. I achieve
my fastest speed when I am in competition. I am motivated to win.
I tell myself as I am running, 'I am going to win. I am going to win.
I am going to win.'" Now she's looking for a coach who has Olympic
experience and expects to have one soon. "I know I will do better
with a coach. I can only improve with one."
Goldman has been featured running in a national television commercial
produced by Germany's Adidas and in national magazines. Among the
events the Adidas commercial has been shown in are the International
Soccer Games and division playoffs of the National Basketball Assn.
Goldman's running legs are manufactured by Flex Foot Inc. The company
is one of several that manufacture prosthetic devices for athletes
with disabilities. Her "Cheetah" brand prosthetic legs cost more than
$3,000 each, but the price can go as high as $8,000 per leg depending
on the number of parts needed and whether the prosthetic starts below
the knee or above it. Hers are designed specifically for running.
The feet Goldman wears have a J-design that give her spring when she
runs. Combined with a lightweight, carbon-fiber heel, the feet give
her a smooth fluid motion through the gait cycle. And the light material
in the heel allows her to walk further and faster without tiring.
THE LONG HAUL. When not running or training, Goldman works
part-time as a waitress in a sandwich shop near her home in Huntington
Beach, Calif. It helps to pay the bills while she's in training. She
wears different legs when she's not running. She plans to return to
working in the childhood development field when her running career
is finished. She doesn't know when that will happen, but she's certain
she'll know when it's time to quit. "Competing is winning. When I
can not win anymore, I am not competing," she says.
About 1.5 million people in the U.S. have lost a limb. Around one-third
of that number have lost one or more legs. Every year, an additional
125,000 people in the U.S. become amputees. Disease, such as diabetes,
is the most common cause of amputation, while 23% of amputations result
from injuries, and 3% occur at birth. A majority (54%) of amputees
lose a leg or legs below the knee.
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Technological
strides from athletic competition have improved nonathletes'
lives, too
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Kirk Bauer, executive director of Disabled Sports USA and himself
an amputee, says Goldman can run as fast as she does because of
the advances in prosthetic technology. In fact, the performances
can be astounding when these athletes run, jump, and throw. And
technological strides driven by athletic competition have far-reaching
consequences for nonathlete amputees who want a richer quality of
life. With such technology, people who have lost legs can again
have a fairly natural walk. That's especially important for older
folks, who often lose interest in life when they have a leg amputated.
Sadly, some become hermits. The new devices on the market can dramatically
empower seniors.
Many insurance companies will pay for the prosthetic devices. In
fact some insurers actually sell them (see BW Online, 12/9/98, "This
Bionic Arm Can Do It All"). When a limb is lost on the job,
health insurance programs will usually pay for a prosthetic device
so the person can return to work as quickly as possible.
SPRINGBOARD.
Goldman is certainly pleased with the advances in prosthetics for
amputees, and she believes that without such breakthroughs she could
not compete as well as she does. "Technology makes all the difference
in running and in other important areas of my life," she says.
When she's home, Goldman is adept with a computer. She sees technology
as a springboard for everyone, including disabled people, for enriched
and improved lives. She wants to take advantage of all the technology
she can personally. But right now, "My goal is to bring home the
gold for my country next year."
For double amputees, getting used to prosthetic legs -- whether
for running, walking, hiking -- takes from several months to a year.
But the effort is worth it, because prosthetics provides people
the freedom and independence they need to feel whole, as 15-year-old
Kelly Bruno put it. In the future, science will be able to replace
arms, legs, and other limbs by connecting prosthetics to motor portions
of the brain, provide permanent ear implants, grow blood vessels
in the lab, improve vision through the use of robotic eyes, regenerate
nerves, repair the spinal cord, and perform other miracles of medicine
to make the body whole. In the future, the term disability has a
chance of disappearing from our vocabulary.
For information on the Flex Foot that Goldman uses, go to www.flexfoot.com.
For counseling for amputees, and links to other manufacturers of
prosthetic devices, you can visit www.AboveKneeAmputee.com.
Share your opinion of Bowe's new book on BW Online's Assistive
Tech Forum. Or, if you have a question about assistive technology,
write to John at JMMAW@aol.com
EDITED BY DOUGLAS HARBRECHT
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