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How to Prepare a Child
for Handwriting
Adequate physical development is very important when children are
beginning to write. There are certain
physiological developments that are needed for success in writing. Components of movement needed span the entire
trunk and upper body, not just the fingers and wrist.
Components of Movement Needed for Writing
- Stable
postural muscles (the large muscles of the trunk, abdomen and back.) The muscles of the abdomen must be as strong as
the back muscles. They need to work with
equal strength to maintain the trunk in an erect alignment with gravity. This provides a stable foundation for the shoulder
and arm movements.
- Adequate trunk
balance. As we move our hands, our trunk
muscles are constantly making small adjustments to this movement. These adjustments allow movement to flow in a
smooth precise manner rather than appear labored, choppy, and disorganized.
- Midline
stability. The muscles all along the
spine must be well developed so that movement of the arms across the midline (middle) of
the body can occur with the trunk erect or stable. If
there is no midline stability, the trunk will lean in the direction of the arm movement.
- Stable
shoulder musculature. A hand capable of
grasping is of little use if there is no stable base from which it moves. Use of hands
begins at the shoulders.
- Dynamic
forearm rotation. Ease of arm rotation is
essential to allow correct positioning and shifting of the wrist for writing.
- Trunk,
shoulder, forearm and wrist movements. These
must form a coordinated whole.
- Wrist
adjustments. These are essential to
maintaining optimal position for writing
- Subtle
feedback from muscles and movement system to monitor movement. This feedback is needed
to help establish a memory of past movement experiences.
In order to adjust grasp to the size and the weight of an object, we must have a
memory to anticipate the motor planning (movement planning) necessary to accomplish the
act. Our grasp when picking up a 2 lb weight
is quite different from that of picking up a paper cup.
As grasp becomes refined we learn to adjust our fingers to
the size of the object being picked up. The
infant approaches an object with wide opened fingers, later learning (through the adaptive
process) to adjust his fingers to accommodate the size of the object.
- Precise
interplay between opposing muscle groups. In
example, the front (palmer) and back (dorsal) of the hand.
As one group contracts, the opposite group relaxes with precise timing allowing the
hand to grip and release.
- Blending of
mobility and stability. This is gained
after a great deal of movement experience. Stability
of hand muscles support well coordinated finger movements (mobility.)
- Good tactile
discrimination. This is necessary so the
child does not have to rely too heavily on visual feedback.
Readiness for writing begins on the playground and the park, not in
the classroom. Children need to have many whole body experiences to provide this trunk,
shoulder, arm wrist, and ginger control necessary to produce written work comfortably. Large wooden blocks for construction, wings,
slides, climbing, sand play, tricycles, and other wheeled toys are essential to
kindergarten classrooms and playgrounds. They
provide the physical activity essential for developing postural stability and upper body
strength so critical to reading and writing.
Chalkboard, easel painting, clay, and other standing pre-writing
experiences provide the opportunity to use the whole arm instead of just bracing the wrist
on the desk while making finger movements.
Pre-cursors to
Writing Letters
To develop pre-writing skills in developmental sequence, a child must practice the
following items in order. Moving down the sequence with mastery of each skill and
daily practice of acquired skills leading to the ability to form letters and numbers.
Horizontal
Line
Vertical
Line
Circular
Line
Squares
Plus/Cross
Diagonal
Left
Diagonal
Right
X's
Waves
Excerpts from the booklet created by Peg Bledsoe, MA,
OTR/L/L,
FAOTA, BCP. "Journey to the End of the Arm, the Hand"
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