Velcro – an OTs best friend
Since fracturing my wrist in December, I have gained a greater
respect for Velcro. Having new shoes with Velcro closures has
truly been a blessing since all my other shoes require tying. Maybe some people have mastered tying shoes
one-handed but not me, despite several attempts.
My left hand is still only marginally functional, very weak
and limited range of motion especially in wrist flexion and extension. But then the plaster cast has been off for
only six days now. And the removable
wrist brace that they gave me at the clinic can easily be donned and doffed as
needed, thanks to the magic of Velcro.
Curious about Velcro, I searched on the internet. As the story goes, in 1941 a Swiss electrical
engineer, George de Mestral invented Velcro as the result of burrs sticking to
his pants while walking in the woods.
This hook and loop fastener was patented as Velcro in 1955 combining the
words velvet and crochet into Velcro.
Initially Velcro was made of cotton but it was found that nylon created
stronger Velcro.
My first major encounter with Velcro was in occupational
therapy school, sometime around 1973 or so.
At that time, Velcro straps were being used on the splints that we
fabricated for our patients. I feel like
I had seen Velcro sometime before that, perhaps on a piece of luggage or on a
blood pressure cuff.
I couldn’t find anything specific in my internet search but
it seems as if sometime in the 1980s, Velcro became more mainstream. You could buy Velcro in any sewing shop or
large discount store such as Target. You
could easily find shoes, especially for kids, with Velcro closures, and it
seemed to be everywhere.
It’s difficult for me to imagine the practice of
occupational therapy in the early years of the profession, before the invention
of Velcro. What kept splints from
falling off in the pre-Velcro era of OT?
These days Velcro as one of the main low-tech tools that
occupational therapists use. Few splints
are Velcro-less. Many of the adaptive
devices that we use to liberate our patients in activities of daily living
require Velcro such as utensil cuffs and adaptations for buttoning and other
devices that need stabilizing that are easy to use and remove. And Velcro can be cut to virtually any size
and shape and it is relatively inexpensive, especially if purchased in larger
quantities.
In our clinical settings, whether medical or school or
someplace else, Velcro seems to be everywhere.
It is the perfect material to add resistance in different grades to most
any therapeutic exercise such as a simple game of checkers. Velcro and occupational therapy truly seems
to be a match made in heaven,
I would enjoy hearing from occupational therapy
practitioners about some of the creative ways that they have utilized Velcro.
Anyone?
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