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Tag: Dyslexia

  • How to Manage Coordination Difficulties Caused by Dyspraxia

    How to Manage Coordination Difficulties Caused by Dyspraxia

    What is Dyspraxia? 

    Dyspraxia, also known as developmental coordination disorder (DCD), is a neurodevelopmental condition that primarily affects motor planning, coordination and motor skills that include fine and gross motor skills.  It typically becomes evident around 5 years and it occurs at 5 to 6 percent of the pediatric population and approximately 10 percent of the overall population.

    What are the main symptoms of dyspraxia? 

    The main symptoms of Dyspraxia in children are:

    • Delayed milestones (e.g., lifting the head, rolling over, sitting up), although children may eventually reach early milestones.
    • Other signs include:
      • Unusual body positions
      • General irritability
      • Sensitivity to loud noises
      • Feeding and sleeping problems
      • High level of arm and leg movement 
    • As children grow, they may experience delays in:
      • Crawling
      • Walking
      • Potty training
      • Self-feeding
      • Self-dressing
    • Dyspraxia makes it challenging to organize physical movements, leading to difficulties like tripping, bumping into objects, or dropping items.

    In addition, it can also affect cognitive skills; individuals with dyspraxia find it challenging to plan and execute tasks, which make them appear clumsy and inaccurate. As well, it can cause speech difficulties related to challenges in oro-motor sequencing. All these symptoms, significantly impact daily living skills, school productivity, leisure, and play.

    What is the difference between Dyspraxia and Apraxia?

    Dyspraxia is present from birth, affecting motor skills and coordination. It persists into adolescence and adulthood, potentially leading to learning difficulties and low self-esteem.

    Apraxia can develop after a stroke or brain injury at any age. However, it may go away especially if it results from a stroke.

    How Dyspraxia is treated?

    Unfortunately, there’s currently no cure, but effective strategies, can help manage dyspraxia. Occupational/Psychomotor therapy and other interventions such speech and language therapy play a crucial role in managing dyspraxia.

     

    Dyspraxia, also known as Developmental Coordination Disorder (DCD), presents several challenges for students in the school environment:

    1. Motor Coordination Difficulties:
      • Slouching, slumping, and poor core strength are common among students with dyspraxia due to inadequate muscle strength.
      • Fine motor skills, such as gripping a pencil or crayon, are challenging because of weak hand muscles.
      • Basic tasks like printing, playing ball, and tying shoes require significantly more effort and practice.
    2. Clumsiness and Learning Disabilities:
      • Students with dyspraxia often appear clumsy due to difficulties in small muscle movements.
      • Embarrassment related to physical limitations can lead to learning disabilities.
      • Speech difficulties (slow and unclear speech) further impact communication.
    3. Executive Function Challenges:
      • Tracking instructions, especially those with multiple steps, can be problematic.
      • Organization, planning ahead, and managing materials pose additional challenges.
    4. Social and Emotional Impact:
      • Poor coordination limits participation in sports and complex schoolyard games.
      • Social awkwardness arises from struggles with basic tasks and physical limitations.
      • Students may become unwilling to engage in social interactions.

    What are the most effective strategies used with Dyspraxia?

    1. Cognitive Motor Therapy: The psychomotor therapist focuses on teaching movement patterns to children struggling with specific tasks. It aims to instill essential skills for coordinated movement, including planning, execution, and self-evaluation.
    2. Sensory Integration Therapy: For children who are overly sensitive to stimuli, the therapist helps them cope while engaging in motor activities. It also involves modifying the environment to provide an appropriate level of sensory stimulation. Conversely, those who are less responsive to stimuli gradually receive increased sensory input.
    3. Improved Sensory Integration: Over time, the occupational therapist enhances sensory integration that leads to better-regulated motor responses.
    4. Kinesthetic Therapy: By increasing awareness of motion in space, this therapy enhances overall motor control.
    5. Integration of primitive reflexes: The psychomotor therapist aims to inhibit persistent primitive reflexes and abnormal muscle contraction patterns. Simultaneously, it encourages the development of age-appropriate reflexes and a normal sequence of muscle activation.
    6. Assistive Technology: Utilizing technology, such as computer aids, facilitates effective communication and appliance use for patients. Alternate learning methods involving repeated practice are essential.

    Conclusion 

    Despite these obstacles, with appropriate support and understanding, students with dyspraxia can thrive in mainstream school settings. It’s crucial to foster an inclusive environment that recognizes their unique needs and strengths. An early intervention in psychomotor and speech therapy contribute to better functioning and quality of life for individuals with Dyspraxia. 

  • Are you Struggling with Writing? Could it be Dysgraphia?

    Are you Struggling with Writing? Could it be Dysgraphia?

    What is Dysgraphia?

    Dysgraphia is a neurological disorder impacting writing abilities, affecting children and adults differently. From illegible handwriting to spelling errors, dysgraphia presents various challenges, but with proper evaluation and support, individuals can overcome obstacles and improve their skills.

    What are the causes of Dysgraphia?

    • In childhood, dysgraphia is often related to problems with orthographic coding, affecting the ability to remember written words and the motor movements required for writing.
    • In adults, dysgraphia may develop after a stroke or brain injury, particularly if the brain’s left parietal lobe is affected.

    What are the common symptoms associated with dysgraphia?

    1. Illegible Handwriting: People with dysgraphia often have messy or difficult-to-read handwriting. However, it’s essential to note that not everyone with messy penmanship has dysgraphia. Neat handwriting is possible, but it may require significant effort and time.
    2. Spelling and Capitalization Errors: Dysgraphia can lead to incorrect spelling and inconsistent capitalization.   
    3. Mix of Cursive and Print Letters: Some individuals with dysgraphia may use a combination of cursive and print letters within the same word.
    4. Inappropriate Sizing and Spacing of Letters: Letters may be too large or too small, and spacing between letters may be irregular.
    5. Difficulty Copying Words: Individuals with dysgraphia may struggle when copying words from a source.
    6. Slow or Labored Writing: Writing can be a time-consuming process for someone with dysgraphia.
    7. Visualizing Words Before Writing: Difficulty in mentally visualizing words before putting them down on paper.
    8. Unusual Body or Hand Position While Writing: Some people adopt unconventional hand or body positions while writing.
    9. Tight Grip on Pen or Pencil: Holding the writing instrument too tightly, leading to hand cramps.
    10. Watching the Hand While Writing: A tendency to watch the hand while writing, which can affect concentration.
    11. Saying Words Aloud While Writing: Verbalizing words during the writing process.
    12. Omitting Letters and Words from Sentences: Missing out on letters or entire words when writing.

    What are the effects of Dysgraphia?

    • People with dysgraphia may find it challenging to concentrate on other things while writing, affecting note-taking during classes or meetings.
    • Negative attitudes toward school, low self-esteem, and anxiety can result from criticism about messy handwriting.

    Who can evaluate and treat Dysgraphia?

    The psychomotor therapist does different assessments that cover all the skills related to handwriting. 

    These skills are the following: 

    1. Sensory skills
    2. Motor skills: gross /fine motor and eye-hand coordination
    3. Visual spatial skills

    Once the assessment is done, the patient should be followed in psychomotor therapy to enhance his handwriting skills.  

    In addition to the psychomotor assessment, dysgraphia is primarily associated with language and speech. Speech and language therapists can also contribute to addressing language-based problems related to writing, such as grammar, word usage, sequencing, and sentence composition.

    What are the strategies and accommodations used to support dysgraphia?

    1. Assistive Technology:
      • Speech-to-Text Software: Using speech recognition tools can help individuals with dysgraphia express their thoughts without relying solely on writing.
      • Word Prediction Software: These tools suggest words as the user types, reducing the need for extensive manual writing.
      • Digital Note-Taking Apps: Apps like Evernote or OneNote allow typed or voice-recorded notes, making organization easier.
    2. Handwriting Adaptations:
      • Slant Boards: Using a slant board or an inclined surface can improve hand positioning and reduce strain.
      • Larger Line Spacing: Increasing the space between lines on paper can make writing more manageable.
      • Graph Paper: Some find it easier to write on graph paper due to the uniform spacing.
    3. Motor Skill Development:
      • Fine Motor Exercises: Strengthening hand muscles through activities like squeezing stress balls or using playdough can enhance fine motor skills.
      • Pencil Grips: Specialized grips can provide better control and comfort while writing.
    4. Teaching Strategies:
      • Explicit Instruction: Teachers should explicitly teach letter formation, spacing, and other writing skills.
      • Multisensory Learning: Incorporating visual, auditory, and kinesthetic elements can reinforce learning.
      • Breaking Tasks Down: Divide writing assignments into smaller steps to reduce overwhelm.
    5. Self-Advocacy and Confidence Building:
      • Encourage individuals with dysgraphia to communicate their needs to teachers, peers, and family members.
      • Fostering a positive self-image and emphasizing strengths can boost confidence.
    6. Alternative Assessments:
      • Explore alternative ways to demonstrate knowledge, such as oral presentations, diagrams, or digital projects.
    7. Environmental Considerations:
      • Comfortable Seating: Ensure a comfortable chair and desk to minimize physical discomfort.
      • Good Lighting: Proper lighting reduces eye strain and enhances visibility.

    In conclusion: 

    Handwriting is a complex task that involves different skills. So it’s important to always recognize that writing difficulties are not due to laziness or lack of effort. Each person with dysgraphia is unique, so consulting a psychomotor therapist can help tailor interventions to specific needs. Additionally, speech and language therapy can be beneficial in addressing the broader language-based challenges associated with dysgraphia.

  • Understanding Dyscalculia: Unlocking the Challenges of Math Learning

    Understanding Dyscalculia: Unlocking the Challenges of Math Learning

    Understanding Dyscalculia: Unlocking the Challenges of Math Learning

    What exactly is dyscal­culia? Despite being an important learning disorder, many people remain unfam­iliar with it. Dysca­lculia affects indivi­duals’ ability to under­stand and work with numbers and mathem­atics. Unlike their peers who don’t have this disorder, indiv­iduals with dysca­lculia face specific cognitive chall­enges when it comes to math-r­elated concepts. In this post, we will explore the nature of dyscal­culia, discuss its symptoms across different age groups, examine crucial develo­pmental miles­tones for early math skills, and most import­antly, provide guidance for parents, educa­tors on how to support children with dysca­lculia in their journey to master the world of numbers. Join us on this infor­mative journey as we uncover the intri­cacies of dysca­lculia and discover effective strat­egies – including speech and language therapy – to help those affected thrive both inside and outside the class­room.

    What is dyscalculia?

    Dyscalculia is a learning disorder that affects a person’s ability to understand number-based information and mathematics. People who have dyscalculia struggle with numbers and math because their brains don’t process math-related concepts unlike the brains of people without this disorder.  

    What are the symptoms of dyscalculia?

    • Young children in pre-K and kindergarten have trouble with:  
      • Counting upward. 
      • Connecting a number to that many of an object (for example, connecting the number 4 to that many marbles in front of them). 
      • Recognizing numbers and math symbols. 
      • Organizing numbers, such as largest to smallest or first to last. 
      • Recognizing and using number lines. 
      • Learning using money (such as coins or bills). 
    •  
    • School-age children have trouble with: 
      • Still counting on fingers with small numbers  
      • Identifying small quantities of items just by looking and instead counting each individually.  
      • Doing simple calculations from memory. 
      • Memorizing multiplication tables. 
      • Recognizing the same math problem when the order of the numbers or symbols changes (struggling to understand that 1+7=8 is the same as 8=7+1). 
      • Understanding word problems or more advanced symbols (such as > meaning “greater than” or < meaning “less than”). 
      • Organizing numbers by scale (10s, 100s, 1,000s) or decimal place (0.1, 0.01, 0.001). 
    •  
    • Teenagers and adults have problem with: 
      • Counting backward. 
      • Solving word problems. 
      • Breaking down problems into multiple steps to solve them. 
      • Measuring items. 
      • Measuring quantities (such as for cooking/baking recipes). 
      • Using money (coins and bills) to pay for items, exchanging bills for coins (and vice versa) and making change. 
      • Understanding and converting fractions. 
    •  

    What is the development milestones of early math skills over time?

    • Infants: Distinguish between small groups of objects. 
    • Toddlers: Use numbers to label small quantities. 
    • 2-3 years old: Count objects by pointing at them. 
    • 3-4 years old: Quickly recognize objects without counting them. 
    • 4-5 years old: Begin to perform addition and subtraction. 

    How to help my child develop math skills?

    • Turn math problems into play: Encourage your child to think and use their reasoning skills to find the answers. Parents can even create stories behind the math problems to encourage deeper involvement.  
    • Use math in real life situations: For example, when you are shopping with your child, you can discuss prices and quantities. This can improve your child’s mathematical reasoning. Encourage the child to use math concepts to describe any object they come across.  
    • Encourage mathematical communication: Focus should be placed on the language associated with numbers, symbols, and subjects in math problems. They should be encouraged to explain the solution to the problem, not just arrive at an answer.  
    • Play with dominoes: Use dominoes and dice to help your child better grasp simple math concepts. Parents should teach their child to recognize the number of dots in the domino or dice without counting.  
    • Do not use math worksheets: use play math games instead of using worksheets. Games are more interesting and engaging for kids and makes math problems more engaging as challenges to be overcome before progressing to the next level. If worksheets are used, parents should highlight important numbers, keywords, and instructions beforehand. Children can also use colored pencils.
    • Use manipulatives: Seeing and handling a tangible object can help a child understand the abstract principles of mathematics. Legos and blocks can also be used to teach addition and subtraction.  
    • Create visual models: Parents can use and move large objects in a room or draw pictures to better explain math problems and concepts.  

    How to help a child with dyscalculia in the classroom?

    • Review the old concepts before introducing new ones. Encourage the child to talk through the problem to find a solution. Use also real-life situations to connect to the problem.  
    • Let the student draw to solve problems.  
    • Give the student a formula sheet and a graph paper to line up numbers. Cover up problems the child is not working on to make it easier to focus on one specific problem.  
    • Create separate worksheets or assignments for word and number problems.  
    • Give the child more space and time to solve the problems. Children can also use calculators.  

    Empowering Minds with Talking Brains Center in Dubai

    As we conclude our explo­ration of dyscal­culia, it is important to highlight that knowledge serves as the corne­rstone of empowe­rment. Dysca­lculia poses a challenge for indiv­iduals across all age groups, but with access to accurate infor­mation and effective strat­egies, parents and educators have the power to make a profound impact on those who face this learning disorder.
    Moreover, speech therapy plays a crucial role in addressing the challenges that dyscalculia presents. At Talking Brains Center, our team of experienced speech therapists in Dubai works alongside educators and parents to develop personalized strategies that empower students to overcome their difficulties with math-related concepts. Through a combination of therapy, specialized interventions, and a supportive environment, we aim to equip individuals with dyscalculia with the tools they need to thrive academically and in everyday life.