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Dyslexia and Reading Differences
Reading difficulties often involve eye movement, auditory processing, and timing networks. We assess the brain systems underneath reading and help them work together.
What you may be noticing
Your child is clearly bright, yet reading is a struggle. Letters reverse, words are skipped, lines are lost on the page, and spelling stays inconsistent. Homework ends in tears. At school, someone may say your child is not trying, but you see how hard they work.
A formal educational and psychological evaluation is important for a diagnosis of dyslexia and for school support. My work complements that evaluation and structured literacy instruction.
Why it is rarely one thing
Dyslexia is not a question of intelligence. It is a difference in how the brain processes the sounds of language and links them to written symbols. Phonological processing is at the core, and structured, systematic literacy instruction is the most established intervention.
Reading also rests on supporting networks. The eyes must make precise jumps across a line and land accurately. The two eyes must work together at near distance. The brain must keep rhythm and timing, cross the midline between hemispheres, integrate sound with sight, and hold information in working memory. Retained primitive reflexes, vestibular immaturity, and attention challenges can all add load. My view is that strengthening these supporting systems makes literacy instruction less effortful; that is a working hypothesis that complements, never replaces, reading instruction.
Patterns we look for
- Saccades and fixation stability during reading.
- Smooth pursuit and convergence at near distance.
- Auditory processing and phonological awareness.
- Rapid naming and working memory.
- Timing and rhythm, which involve cerebellar networks.
- Retained primitive reflexes, especially those linked to eye tracking and posture.
- Vestibular function, balance, and midline crossing between hemispheres.
- Sleep quality, iron status, and omega-3 levels.
How I evaluate it
The comprehensive functional neurological exam, adapted for children and begun through play, examines saccades, pursuit, convergence, balance, coordination, timing, primitive reflexes, and sensory responses. It shows which supporting systems are adding load to reading.
Functional labs are used selectively and may include ferritin, vitamin D, omega-3 index, and a thyroid panel when fatigue or attention concerns are present. I recommend a vision evaluation for binocular function when eye findings point there.
How we address it
- Coordinate with the school team and support structured literacy instruction, which remains essential.
- Address foundations: sleep, nutrition, and iron status.
- Integrate retained primitive reflexes.
- Run a short, playful circuit at home, led by a parent, when your child is calm: a settling breath, letter-target eye jumps, a finger guiding the eyes smoothly under a line of a story, lazy-eight skywriting while saying sounds, a cross-crawl march that breaks words into sounds, and a rapid-naming strip.
- Build timing, rhythm, auditory processing, and vestibular and cerebellar function to support posture and attention.
- Stop any activity at the first sign of headache, eye strain, or motion discomfort, and return to it another day.
- Celebrate strengths, which are often considerable in creative, spatial, and big-picture thinking.
The circuit takes about ten minutes and needs little setup, so it fits into real family life. Progress tends to show up first as less fatigue and fewer tears at homework time, then as smoother reading. Retesting eye movement and timing measures every few months shows whether the supporting systems are catching up.
Confidence matters as much as skill. Rebuilding belief in their own mind is part of the work, and when the supporting systems work together, reading becomes less effortful.
Book your Comprehensive Functional Medicine Eval/Neurological Exam today to discover what the contributing root causes are that are underlying your health concerns.