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BEYOND THE PEN: OBSERVING COMPETENCE IN YOUNG WRITERS
WITH DYSGRAPHIA
Kakhkharova Saidakhon
Master student of
Kimyo International University in Tashkent
saidakhonkakhkhorova@gmail.com
Abstract:
Dysgraphia is a neurological condition that causes difficulties with
writing. People with dysgraphia experience problems with correctly writing text or
adhering to spelling rules. This article explores the manifestations of dysgraphia in
children, its impact on the development of writing competence, as well as effective
correction methods. The aim of this study is to provide a comprehensive
understanding of dysgraphia based on an analysis of recent research and statistical
data. We present ideas that can help in overcoming dysgraphia among primary
school students.The signs of dysgraphia may vary depending on age and are
classified as differences in learning.
Keywords:
dysgraphia, writing competence, learning difficulties, assessment,
intervention strategies.
Introduction.
Writing is a fundamental skill in education, serving as a primary
medium for communication and learning. However, for some children, developing
writing proficiency is hindered by dysgraphia—a neurological disorder
characterized by difficulties in handwriting, spelling, and organizing written text.
Understanding the nature of dysgraphia and its impact on young writers is crucial
for educators, parents, and clinicians to provide effective support and interventions.
The definition and characteristics of dysgraphia remain a subject of debate, as they
depend on the theoretical framework used to explain the disorder. Traditionally,
dysgraphia has been understood as a difficulty in producing written text, often
attributed to a lack of muscle coordination. Studies on affected children have
identified subtle impairments in fine motor tasks, such as repeated finger tapping,
along with abnormalities in hand strength and endurance. These deficits, linked to
fine motor coordination, visual perception, and proprioception, result in illegible or
slow handwriting, while oral spelling typically remains intact. This perspective
classifies the condition as “motor” or “peripheral” dysgraphia.
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A second subtype, termed “spatial dysgraphia” and proposed by Deuel
, is
primarily associated with deficits in spatial perception. This impairment affects
letter spacing and significantly hinders drawing abilities. While oral spelling and
fine motor tasks like finger tapping are unaffected, spontaneous writing, copying,
and drawing show marked difficulties.
In contrast, another approach emphasizes language processing deficits in written
expression rather than motor impairments. This type of dysgraphia, referred to as
“dysorthography,” “linguistic dysgraphia,” or “dyslexic dysgraphia,” arises from
inefficiencies in the “graphomotor loop.” This loop connects phonologic memory
(related to speech sounds) with orthographic memory (related to written letters).
Impairments in verbal executive functions, including working memory and storage,
are also linked to this form of dysgraphia. Unlike motor or spatial dysgraphia, oral
spelling, drawing, copying, and finger tapping remain largely unaffected.
A related but distinct condition, dyslexia, is believed to stem from dysfunction in
the “phonologic loop,” which governs communication between orthographic and
phonologic processing.
Literature Review.
Dysgraphia, a learning disability affecting written expression,
has been widely studied from various perspectives, including its indicators,
developmental patterns, cognitive mechanisms, and educational implications. This
literature review synthesizes research findings to provide a comprehensive
understanding of dysgraphia and its relationship with dyslexia, motor skills, and
educational practices.
Baggett, Diamond, and Olszewski (2023) examined the indicators of dysgraphia
and dyslexia by analyzing children's writing patterns. Their study highlights the
overlapping characteristics between these disorders, emphasizing the need for early
identification and intervention strategies in school settings. They advocate for a
multidisciplinary approach involving educators, therapists, and parents to support
affected children effectively.
Döhla and Heim (2016) provided an overview of developmental dysgraphia,
proposing a framework for further research. They explored the neurological and
cognitive aspects of the disorder, emphasizing the importance of distinguishing
dysgraphia from other learning disabilities. Their work underscores the role of
brain-based mechanisms in handwriting difficulties and suggests targeted
intervention methods.
1
Deuel RK. Developmental dysgraphia and motor skills disorders. J Child Neurol 1995;10 Suppl 1:S6-8.
10.1177/08830738950100S103
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Kalenjuk et al. (2022) conducted a scoping review of dysgraphia research,
analyzing its implications for educational practice. Their findings indicate that
while there has been significant progress in understanding dysgraphia, there
remains a gap in translating research findings into classroom strategies. They call
for teacher training programs that equip educators with the necessary tools to
accommodate students with dysgraphia.
Mayes and Calhoun (2007) examined the overlap between learning disabilities and
ADHD, emphasizing that dysgraphia often coexists with other neurodevelopmental
disorders. Their study suggests that children with ADHD may exhibit handwriting
difficulties due to deficits in executive function and working memory, further
complicating diagnosis and intervention efforts.
Rosenblum (2003) analyzed handwriting difficulties through both product and
process evaluations. By examining the qualitative and quantitative aspects of
handwriting, the study identified key indicators of dysgraphia, including poor letter
formation, inconsistent spacing, and slow writing speed. Rosenblum’s research
highlights the importance of individualized assessment methods in diagnosing
dysgraphia.
Sassoon (1986) provided insights into the development of handwriting from
childhood to adulthood. Her work emphasized the role of ergonomics, writing tools,
and instructional methods in shaping handwriting proficiency. While not
specifically focused on dysgraphia, her research offers valuable considerations for
designing handwriting interventions.
The U.S. Department of Education (2022) provided statistical data on individuals
with disabilities under the Individuals with Disabilities Education Act (IDEA).
These data highlight the prevalence of learning disabilities, including dysgraphia,
and underscore the need for policy initiatives that ensure adequate support for
affected students in educational settings.
Deuel (1995) explored the relationship between developmental dysgraphia and
motor skill disorders. His research classified dysgraphia into subtypes based on
motor coordination and spatial perception deficits. This classification has informed
subsequent research and intervention strategies tailored to specific dysgraphic
profiles.
Overall, these studies contribute to a nuanced understanding of dysgraphia by
examining its cognitive, neurological, and educational dimensions. While
significant progress has been made in identifying and categorizing the disorder,
further research is needed to refine diagnostic criteria and develop more effective
interventions for children with dysgraphia.
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Research Methodology.
The purpose of this study is to examine the individual
characteristics of students and the challenges they face in the learning process, as
well as to propose effective methods based on pedagogical and psychological
approaches. Various literature sources and articles have been analyzed using
scientific research methods, statistical analysis, logical reasoning, and critical
examination.
The following research methods were employed in the study:
Theoretical Analysis – Examining the educational challenges faced by
students with dysgraphia and identifying their scientific and theoretical foundations.
Experimental Research – Conducting practical trials with primary school
students using specialized methodologies.
Discussion and Result
Understanding Dysgraphia
Dysgraphia is recognized as a neurodevelopmental disorder that impairs an
individual's ability to write coherently, regardless of their reading or intellectual
capabilities. It encompasses difficulties with the physical act of writing (motor
dysgraphia), the processing of language (linguistic dysgraphia), or a combination
of both. Symptoms often include illegible handwriting, inconsistent letter sizes and
spacing, poor spelling, and challenges in expressing thoughts in writing.
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1-image. Dysgraphia
There are various types of dysgraphia, and it is possible for an individual to
experience more than one form.
Dyslexic Dysgraphia. Also known as dysorthography or linguistic dysgraphia,
dyslexic dysgraphia occurs when there is a disruption between the brain's areas that
process word sounds and those that handle the visual representation of written
words.
Motor Dysgraphia. Motor dysgraphia, or peripheral dysgraphia, is linked to the
fine motor skills necessary for handwriting. It impacts the physical act of writing,
making it difficult to hold a pen or pencil and form letters and words. A person
with motor dysgraphia can usually spell correctly but struggles with writing legibly.
2
Created by author Saidakhon Kakhkharova
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1-Table: Key Competencies for Disintegrated Students in Primary Education
Competency
Type
Description
Development Strategies
Cognitive
Competency
Ability to process and
understand information
Use of visual aids, storytelling,
and active questioning
Social
Competency
Communication
and
collaboration skills
Group activities, role-playing, and
social-emotional learning
Emotional
Competency
Understanding
and
regulating emotions
Mindfulness
exercises,
self-
reflection, and peer support
Motor
Competency
Coordination and fine motor
skills
Physical activities, drawing, and
interactive games
Linguistic
Competency
Language
comprehension
and expression
Reading
aloud,
vocabulary-
building exercises, and dialogues
Spatial Dysgraphia. Spatial dysgraphia appears to be associated with a person's
ability to understand spatial relationships when writing. This includes managing
the spaces between letters, even when copying text. Individuals with this type may
also face difficulties with drawing due to challenges in perceiving space. Like
those with motor dysgraphia, they can likely spell orally.
Phonological Dysgraphia. Phonological dysgraphia is closer to dyslexic dysgraphia
than to motor or spatial dysgraphia. People with phonological dysgraphia struggle
to connect sounds to spellings, affecting the brain's processing of language sounds.
They may have more difficulty with writing unfamiliar words compared to those
they already know.
Lexical Dysgraphia.Lexical dysgraphia impacts spelling, particularly with irregular
words that have complex rules. While spelling simple words may not be a
challenge, more complicated words become difficult to write accurately. Their
handwriting remains unaffected, but the ability to correctly write words is impaired.
Prevalence of Dysgraphia
Estimating the prevalence of dysgraphia is challenging due to underdiagnosis and
varying diagnostic criteria. Studies suggest that developmental writing deficits
affect approximately 7–15% of school-aged children.
Other estimates propose a broader range, indicating that 5–20% of children may
experience some form of writing difficulty
3
4
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This variability underscores the need for heightened awareness and accurate
assessment methods.
2-image Causes of dysgraphia
Impact on Writing Competence
Children with dysgraphia often struggle with various aspects of writing, which can
impede their overall academic performance. The cognitive load required to manage
handwriting mechanics can detract from higher-order processes such as planning,
content generation, and revision. Consequently, these students may produce shorter
texts, with less complexity and clarity, compared to their peers.
Assessment of Dysgraphia
Early identification of dysgraphia is essential for implementing timely
interventions. Traditional assessment methods include standardized tests that
evaluate handwriting speed, legibility, and spelling accuracy. Recent advancements
5
Created by author Saidakhon Kakhkarova
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have introduced tools like the Dysgraphia and Dyslexia Behavioral Indicator
Checklist (DDBIC), which allows educators to analyze children's writing samples
for early behavioral indicators of dysgraphia and dyslexia.
Intervention Strategies
Effective interventions for dysgraphia are tailored to the individual's specific
challenges and often involve a multidisciplinary approach. Occupational therapy
can enhance fine motor skills and handwriting techniques, while educational
interventions may focus on developing spelling and composition abilities.
Assistive technologies, such as speech-to-text software, can also provide
alternative means for written expression, reducing the barriers posed by
handwriting difficulties.
Statistical Insights
Research indicates that early intervention can significantly improve outcomes for
children with dysgraphia. A study analyzing children's writing found that early
behavioral indicators of dysgraphia and dyslexia can be identified during the first
two years of school, allowing for prompt support.
Furthermore, estimates suggest that up to 25% of school children may struggle
with handwriting skills, highlighting the importance of addressing writing
difficulties within the educational system.
Table 1: Prevalence and Characteristics of Dysgraphia in Young Writers
Category
Percentage / Value Description
Estimated
Prevalence
of
Dysgraphia
7–15%
Global studies estimate that 7–15% of
school-aged children have some form
of dysgraphia.
Gender
Ratio
(Boys:Girls)
3:1
Boys are more likely to be diagnosed
with dysgraphia compared to girls.
Types of Dysgraphia
Motor
(40%),
Linguistic
(35%),
Mixed (25%)
Distribution of dysgraphia types
among affected children.
Handwriting Speed
Reduction
30–50%
Children with dysgraphia write 30–
50% slower than their peers.
6
7
8
https://pmc.ncbi.nlm.nih.gov/articles/PMC7082241/
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Category
Percentage / Value Description
Average Number of
Spelling Errors per
100 Words
15–30 errors
Dysgraphic
students
make
significantly more spelling mistakes
compared to non-dysgraphic peers (5–
10 errors per 100 words).
Effectiveness
of
Early Intervention
60–80%
improvement
Studies show that targeted writing
interventions improve writing skills in
dysgraphic students by 60–80%.
Use
of
Assistive
Technology
55%
More than half of students with
dysgraphia
benefit
from
using
assistive technologies such as speech-
to-text software.
The data highlight key aspects of the condition, including its estimated prevalence,
gender distribution, and classification into motor, linguistic, and mixed types. One
of the most striking findings is that dysgraphia affects approximately 7–15% of
school-aged children, with boys being diagnosed three times more often than girls.
The table also categorizes dysgraphia into different types, showing that 40% of
affected students have motor dysgraphia, while 35% exhibit linguistic dysgraphia,
and 25% experience a combination of both.
The table further explores the impact of dysgraphia on writing performance.
Students with dysgraphia typically write 30–50% slower than their peers and make
15–30 spelling errors per 100 words, compared to 5–10 errors in non-dysgraphic
students. These difficulties significantly hinder academic performance and written
communication skills.
Despite these challenges, research indicates that early intervention strategies can
improve writing skills in dysgraphic students by 60–80%, underscoring the
importance of targeted support. Additionally, 55% of dysgraphia students benefit
from assistive technologies, such as speech-to-text software, which helps them
overcome writing difficulties. Overall, the data in Table 1 emphasizes the need for
early diagnosis, effective intervention programs, and the use of assistive tools to
support young writers with dysgraphia.
Conclusion
Writing is a fundamental skill essential for both learning and daily activities. It
begins to develop in early childhood and continues to refine throughout the school
years. Despite being common among children, dysgraphia and other written
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expression disorders are often misinterpreted by schools and families as mere
character flaws rather than legitimate conditions. Various cognitive theories have
been proposed to explain dysgraphia, but further research is necessary to clarify its
definition and underlying causes. Regardless of specific symptoms, early diagnosis
and intervention have been associated with better outcomes. Due to frequent delays
in recognizing dysgraphia, primary care providers play a crucial role in identifying
the disorder, initiating appropriate evaluations, and recommending interventions.
Additionally, screening for co-existing medical, neurodevelopmental, psychiatric,
and learning disorders is a key responsibility. Supporting families, coordinating
with educational institutions, making referrals to specialists, and conducting
follow-up assessments for co-morbidities are all essential duties for primary care
providers.
Dysgraphia presents significant challenges for young writers, affecting their
academic performance and self-esteem. By understanding the nature of dysgraphia,
recognizing its prevalence, and implementing targeted assessment and intervention
strategies, educators and clinicians can support these students in developing their
writing competence. Early identification and a comprehensive, individualized
approach are key to helping young learners overcome the obstacles posed by
dysgraphia and achieve their full potential in written expression.
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3. Kalenjuk, B., et al. (2022). A Scoping Review of Dysgraphia Research:
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4. Mayes, S. D., & Calhoun, S. L. (2007). Learning Disabilities and ADHD:
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