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The word dysgraphia was coined from the
Greek words dys meaning ill or difficult and graphein
meaning to write, and is used to describe a severe problem with
handwriting. Synonyms for dysgraphia include motor agraphia, developmental
motor agraphia, special writing disability, specific handwriting
disability, specific learning disability in handwriting. The problem is
characterized by the following symptoms:
- Generally illegible
writing.
- Letter
inconsistencies.
- Mixture of upper/lower
case letters or print/cursive letters.
- Irregular letter sizes
and shapes.
- Unfinished letters.
- Struggle to use
writing as a communicative tool.
Man is unique in his
ability to communicate ideas in symbolic language, and for centuries
writing has been an important method of communication. Even in these days
of self-correcting typewriters and the
magic of computer word processing, written communication is a necessary
competency. In school, it is the usual medium through which students
convey to teachers what they have learned. In many situations, adults also
find writing a necessity that they cannot avoid. For a person with
dysgraphia, writing can therefore be an uphill battle.
The Underlying
Shortcomings
As early as 1896 Baldwin
noted that human learning is a stratified process. This implies that
certain skills have to be mastered first, before it becomes
possible to master subsequent skills. One has to learn to count before it
becomes possible to learn to add and subtract. In the same way, there are
skills that a child must have mastered first, before he or
she will be proficient in handwriting. Unless these underlying
shortcomings are addressed first, the child’s handwriting will not
improve.
In her book Learning Disabilities: Theories,
Diagnosis, and Teaching Strategies, Janet Lerner states that some of
the underlying shortcomings that interfere with handwriting
performance are (1.) poor motors skills, (2) faulty visual perception of
letters and words, and (3.) difficulty in retaining visual impressions.
The student’s problem may also be in cross-modal transfer from the visual
to motor modalities.
The Audiblox program addresses all the
above-mentioned skills: It automates visual perception, improves visual
memory, addresses motor skills, and teaches sensory-motor integration. In
this way dysgraphia can be overcome ― and prevented!
Pilot Study
In November 2001 an Audiblox pilot study
commenced at Trinity CE Junior School in Keswick, a small town in Cumbria,
UK. Eleven children, with an average age of 9 years and 9 months, at the
time the poorest readers in the school, and generally behind in all other
areas, were selected for the study. An abbreviated version of the complete
Audiblox program for classroom use, of which the training is
video-based, was used as the method of intervention. This abbreviated
program addresses the skills of visual perception, memory, and
sensory-motor integration, but does not address motor skills. (Please
note: This abbreviated version is no longer available.)
Four times per week, for half an hour before
school, these children attended the lessons. When the study ended a few
days before Good Friday in 2002, a total of 56 half-hour lessons had been
conducted.
At the end of the pilot study the parents were
sent a questionnaire and asked to judge their children's progress in
various areas on a 5-point scale, “1” indicating no improvement and “5”
indicating an astounding improvement. Areas that had to be judged were
reading fluency, reading comprehension, willingness to read, enjoyment of
reading, attitude to homework, ability to concentrate, spelling,
handwriting, memory and self-confidence. Below are the average scores that
were allocated to the various areas:
|
Self-confidence |
4.54 |
|
Willingness to read |
4.27 |
|
Reading comprehension |
4.18 |
|
Reading fluency |
4.09 |
|
Handwriting |
4.09 |
|
Enjoyment of reading |
4.00 |
|
Spelling |
4.00 |
|
Memory |
3.91 |
|
Ability to concentrate |
3.73 |
|
Attitude to homework |
3.64 |

The
Audiblox class at Trinity CE Junior School in
Keswick |