Unit 2 - Handwriting Flashcards
5 prerequisite skills that children must have before handwriting instruction begins
- small-muscle development
- eye-hand coordination
- the ability to hold utensils or writing tools
- the capacity to smoothly form basic strokes (circles and lines)
- letter perception (recognizing forms, noting similarities and differences)
Development of Prewriting and Handwriting in Young Children
Scribbles on Paper: 10-12 months
Imitates horizontal, vertical, and circular marks on paper: 2 years
Copies a vertical line, horizontal line, and circle: 3 years
Copies a cross, right oblique line, square, left diagonal line, left oblique line, some letters and numerals, may write own name: 4-5 years
Copies a triangle, prints own name, copies most lowercase letters and most uppercase letters: 5-6 years
3 components of handwriting
- in hand manipulation skills
- sensory processing
- neuromuscular
in hand manipulation skills
the action produced by the hands in relationships to objects held or grasped by the hand
classification of in hand manipulation skills
- Translation – linear movement of the object in the hand from the finger surface to the palm or the palm to the fingers
- Finger-to-Palm Translation – an object is held by the distal fingers and the pad of the thumb and moved into the palm
- Palm-to-Finger Translation – an object is moved from the palm area to the distal finger surface. The thumb moves from a pattern of flexion to extension
Examples:
Picking up a quarter and manipulating it to put in a bank, drink machine
Shift
occurs at the finger and thumb pads with alternating thumb and finger movement. Typically used for fine adjustments to an object after grasp or after use of another in-hand skill. It is used for refinement of an object between the thumb and fingers.
Examples: child holds a marker at midpoint and moves fingers down towards the writing end. Shift with stabilization involves holding one object while shifting another in the same hand.
Rotation
an object is moved around one or more axes, the movement occurs near the pad of the fingers.
• Simple rotation – an object is turned or rolled between the pads of the fingers and thumb, the rotation is less than 180 degrees. Typically the object is rotated to about ¼ or ½ its circumference
• Complex rotation – rotation of an object that requires isolated movements of the fingers and thumb. The object is typically turned 180-360 degrees. Then the object is stabilized by the thumb, the fingers are moving, when it is stabilized by the fingers, the thumb is moving.
Examples: Simple rotation – unscrewing a jar lid, rolling ball of clay at finger tips
Complex rotation – picking up marker from table and rotating 180 degrees or greater to orient writing side towards paper
In-hand skills and young children
• The age period in which the greatest number of skills emerge is between 2 and 2 ½ years of age
• Most in-hand skills without stabilization (ie. complex rotation, shift) are seen in children by the age of 3
• New skills are usually seen first with small-sized objects rather than medium sized or tiny sized.
Medium sized = 1in.
Small = 1/2in to 1 in.
Tiny = less than ½ in.
Sensory processing components
- tactile, proprioceptive, and kinesthetic input
- visual receptive components
- form constancy and visual discrimination
- position in space
- vestibular
Neuromuscular components
- muscle tone
- strength
- postural control
- crossing the midline
- bilateral integration
- laterality
- praxis
FOR - neurodevelopmental
• focuses on children who have inadequate neurodevelopmental organization exhibited by poor postural control, automatic reactions, and/or limb control.
• influenced by problems in muscle tone, inadequate righting and equilibrium responses, poor proximal stability at the shoulder joint.
• Focus of treatment:
Postural activities to regulate muscle tone and prepare limbs for writing
- Increase or decrease tone, Activities to improved proximal stability and co-contraction through the neck, shoulders, elbows, and wrists, animal walks, calisthenics, routine daily tasks, alternate positions during writing, in-hand strengthening activities
FOR - acquistional
• Handwriting can be improved through practice, repetition, feedback, and reinforcement
• Focus of treatment
Structured progression of introducing and teaching letter and numeral forms.
Each child’s program can be individualized to work on “problem” letters
Combine newly acquired letters with previously mastered letters
Includes modeling, tracing, copying, composing (a word or sentence), and self-monitoring and correcting own mistakes
Cues should be faded as the child successfully masters a new letter
FOR - sensory integration
- Controlling sensory input through selected activities to enhance the integration of sensory systems for effective motor outputs
- Using a variety of sensory experience, mediums, and instructional methods
Color changing markers, Paintbrushes, Weighted or vibrating pens, chalk, different surfaces, textures
FOR - behavioral
• Adaptive writing behaviors can be learned in a reinforcing environment
• Reward child with a special certificate for meeting handwriting goals
• Use a “handwriting group” or club with 3-4 children to develop writing and social skills
• Develop readable material for a purpose
Address an envelope to send a letter to a friend
Write a valentine
Make a list of toys for Santa or birthday
FOR - biomechanical
• Sitting posture – the child should be sitting with feet firmly planted on the floor. The table surface should be 2 inches above the flexed elbows when the child is seated in the chair.
- adjusting heights of desks and chairs, providing needed foot rests for children, adding seat cushions or inserts, repositioning a child’s desk to face the chalkboard straight-on
- Paper position – paper should be slanted on the desktop. Right-handed students may slant the top of their paper with the right side higher than left.
- Pencil grasp – the ideal pencil grasp is a dynamic tripod with an open web space. The movement of the pencil is primarily from the thumb, index, and middle fingers moving in flexion and extension.
Grasps and ages
- palmar supinate grasp (1-2)
- digital pronate grasp (2-3)
- static tripod grasp (2.5-4)
- dynamic tripod grasp (4-6)
Children can be functional with an immature grasp. An OT can consider changing the child’s grasp if:
- handwriting results in muscular tension and fatigue
- handwriting formation or speed is impeded by inefficient grasp
- the child’s cannot use controlled and precise finger and thumb movements if the web space is closed
- the child holds the pencil too tight with too much pressure, breaks the lead off the pencil, makes holes in the paper, and needs to “shake-out” the hand repeatedly due to fatigue