Yes, dyslexia can affect emotional intelligence (EI) by creating both challenges and strengths; while academic stress can lead to anxiety and lower self-esteem, heightened emotional reactivity and empathy are common, potentially boosting social skills, suggesting dyslexia impacts EI through stronger emotional experiences and awareness, sometimes linked to unique brain wiring.
Anxiety is the most frequent emotional symptom reported by both children and adults with dyslexia. Anxiety is a normal, adaptive human response intended to protect us from danger. It often results in the typical reactions of fight, flight, or freeze when encountering an adverse situation.
Highly intuitive – Dyslexics often have a strong sense of intuition and heightened emotional intelligence. They can quickly grasp complex concepts and situations, often arriving at conclusions before others.
Behavior, Health, and Personality:
Easily stressed and overwhelmed in certain situations. Low self-esteem. Self-conscious when speaking in a group. May have difficulty getting thoughts out – pause frequently, speak in halting phrases, or leave sentences incomplete.
Understanding and supporting individuals with Dyslexia, Dyscalculia, Dysgraphia, and Dyspraxia is essential for fostering an inclusive and effective learning environment. These disorders can also coincide with other conditions such as ADHD and Autism, requiring a comprehensive approach.
Famous actors like Johnny Depp, Keira Knightly and Orlando Bloom all have dyslexia. Pablo Picasso's teachers described him as “having difficulty differentiating the orientation of letters”.
Consistent with earlier work showing that RAN, letter name knowledge, and phonological awareness are core predictors of dyslexia (Catts, Fey, Zhang, & Tomblin, 2001; Pennington & Lefly, 2001), these studies highlight the slow development of language, phonological awareness, and decoding-related skills, including poor ...
Longitudinal data confirm that dyslexia is positively associated with stress and depressive symptoms in children, and the higher the DCCC scores, the more severe their symptoms of stress, anxiety, and depression were. The emotional symptoms can persist among dyslexic children.
This means that where neurotypical people have strengths in analytics, language, and numbers, which is on the left side of the brain, dyslexic people have strengths in creativity, problem-solving, ideas, and intuition, which is on the right side of the brain.
Research by the University of Strathclyde has found that people with dyslexia are much better at being curious and exploring new ideas and more likely to be found in careers where this is an advantage, such as art, media, architecture, creativity, engineering and inventing things!
Dyslexic strengths include:
High levels of empathy. Excellent big-picture thinkers. Good at making connections. Strong narrative reasoning.
These creative processing skills allow dyslexics to see the bigger picture, and visualise new solutions. This skill is really valuable to employees, in fact, 50% of NASA employees are dyslexic. They are deliberately hired because of their excellent critical thinking skills and spatial awareness.
Is there a connection between dyslexia and emotional issues? Although dyslexia is not an emotional disorder, it can lead to feelings of anxiety, anger, low self-esteem and depression. Anxiety is the emotional symptom that adults with dyslexia experience the most.
The most commonly observed cognitive impairment in dyslexia is a difficulty in phonological processing (i.e., in phonological awareness, phonological processing speed or phonological memory). However, phonological difficulties do not fully explain the variability that is observed.
Establish a routine
Dyslexic learners may find it difficult to maintain concentration for long periods of time and may get tired quickly, so it's a good idea to create a routine which emphasises 'a little and often' rather than trying to squeeze too much work into a longer session.
Firstly, it is theorised that dyslexics may have high levels of emotional intelligence, sensitivity, and awareness of others' emotions because they frequently experience 'secondary symptoms of dyslexia'.
Do you:
Inventiveness and big-picture, long-term thinking are among the skills and strengths linked to these explorative behaviours. The researchers link dyslexia to human evolution over hundreds of thousands of years, where humans – and our brains – have had to adapt to constant change, rather than one fixed environment.
The majority of people think mainly with their brain's left hemisphere, whereas dyslexics think predominantly with their right hemisphere. This leads to a different kind of thinking and learning style that we call conceptual thinking.
According to UMHS, the following conditions can present similar symptoms and difficulties to dyslexia:
5 things not to say to your child about dyslexia
Researchers find that attention-deficit hyperactivity disorder drug atomoxetine could benefit children with dyslexia. Reading scores significantly improved in children with dyslexia only or ADHD and dyslexia who received atomoxetine compared with those who received placebo.
Actress Jennifer Aniston has publicly shared that she was diagnosed with dyslexia in her 20s, a diagnosis that explained lifelong struggles with reading, writing, and retaining information, leading her to believe she wasn't smart until discovering the learning disorder. She discovered this during an eye exam, where she realized her eyes jumped words when reading, and the diagnosis helped her understand past difficulties, transforming her self-perception.
Many people believe that dyslexia runs in families. If a mother or a father has dyslexia, either of them can pass it on to their child. Children have a higher chance of developing dyslexia if at least one of their close relatives also has it.
Dyslexia can be genetic and research has suggested that a number of inherited genes may predispose someone to develop this brain disorder. Other risk factors include low birth weight, being born premature, and exposure to substances during gestation that affect brain development.