I highly recommend Sue Cook as a therapist , she has
been brilliant with my son, who was borderline autistic, and severely
dislexic, he is now no longer dislexic,doing very well in a normal
school, with a good set of friends. He made a huge jump with the care & advice that Sue gave us. Also she has taught me about Neurology and
the ways of helping brain injured children through
exercises to stimulate the brain.

J T

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Sue Cook gives a talk

I gave a talk to 50 health care professionals today about my neurodevelopment work.

Here is a transcript

When my son was diagnosed with dyslexia, I was told there was no cure, you had to learn to live with it.

I disagreed. I believed there were answers, we just had to find them.

Find them I did and I started treating my son. He did really well, and news of his progress went out like a shockwave. I realised I’d built an accidental practice when people from Saudi and France starting ringing me, and enquiries were coming in from all over the world.

So three years later, I am still treating children with neurodevelopmental problems, dyslexia, dyspraxia, dyscalculia, Asperger’s ADHD, mutism, Autism.

You may have been told, like me, that treatment for these conditions is not possible. However the vast explosion of research in the last 20 years, has answered many of the questions about why movement programmes, like the one I use, work.

The programme I use is a whole brain programme, developed over many decades, and  used for cerebral palsy and autism, later it was also used for the conditions already mentioned.

Nerve inputs,, or in other words, sensory inputs to the brain, are reloaded. This is done with movements of the body. The brain learns through movement, think of the Romanian orphans kept in cots, unstimulated and undeveloped  resulting in a sad demonstration of how immobility, or at least lack of the right kind of mobility, fails to develop the brain.

We find in learning disabled children that often they did not crawl, indicating missed developmental stages.

The brain develops hierarchically, so if a foundation is missing, the walls cannot stay up, or in other words the person may not be ‘brain ready’ for reading.

The answer? Simply repeat the developmental stages and give the brain another chance to develop as it should have done the first time had nothing gone wrong.

Results/improvements, can happen really fast, sometimes after the first session, sometimes in the first week. For example, my so learnt to track with his eyes the first week, and swim.

I love learning  and studying, and finding answers, and last year I noticed a link between neuro science and neuro development. I contacted the head of my old university department and told him about it. He had never heard of this link, and he is delighted to help me get some articles published and some research done on it. If I am right, it would revolutionise treatment of Autism spectrum disorders.

The brain can learn at any age. There is no fixed window of opportunity that closes at three years old; did we learn to drive at 3?

Of course not, we continue to learn our whole lives as long as we stimulate our brains, thanks to nerve growth factors.

from someone who was there…

‘Good afternoon Sue – absolutely fantastic presentation at the Breakfast yesterday, thank you for enlightening me, and clearly blowing the room away with your enthusiasm and knowledge! I am just about to go and investigate your website and inform myself a little further, but it was great to become aware of you and your work.’

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Sue Cook is doing a free talk during ADHD week

http://rewireyourchild.eventbrite.com/

Moulding Futures have teamed up with Fit 4 Reading and have an inspiring workshop FREE for parents/carers of children with special needs – dyslexia, dyspraxia, dyscalculia, ADHD, Aspergers etc etc Refreshments also available! Please pass on to any groups, or people who may benefit from this.  This event is part of a week event for ADHD week. http://rewireyourchild.eventbrite.com/

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Have you ever seen a dyslexic cat? Or a dyspraxic horse? Or a lion with ADHD? No. And the reason is, they spend their lives on all fours. Every step of their lives is spent on their fronts, not their backs like human babies. From newborn kittens and puppies that lay on their fronts, eyes tight shut, head to the side, or searching for milk, to foals and baby giraffes that are literally born able to walk, their lives are spent face down. Right from the earliest opportunity these four legged animals are establishing the correct nerve pathways needed for an optimally functioning brain.

Compare human babies: put to sleep on their backs, in a car seat, face up under an ‘exercise bar’, they spend much less time on their backs. Some of these children suffer as a result by not getting the amount of facedown movement they require. Then they don’t crawl, then they are dyslexic at school. So human babies miss opportunities to develop the proper nerve pathways by being in the wrong position.

Now, it will be obvious to you that learning difficulties are multifactorial; fevers during early life can cause breaks in the brain wiring, as can viruses the mother has while she is pregnant. Then there are hereditary tendencies.And so on.

So what can be done? Our brains learn by movement. Did you learn to drive by sitting at a desk being taught? Or learn dance from a book? No, you did it by doing. And if you have a learning issue then it can be helped by doing certain movements that a baby or infant would have done.  Dyslexia is a sensory issue. Not an IQ one. The senses control our ability to read. Our vision and balance has to be working properly for us to scan a word, or a page. That’s how my programme works. It corrects problems in the senses.

When my son was diagnosed with dyslexia, my father told me that he was stuck with it, because that is what he had been taught. He is a dyslexia teacher and that is what they taught him, so many people believe that. I didn’t believe that. I wanted to understand what was going on for my son, then to find a way to help him.

When I discovered that dyslexia was a sensory issue, not a mystery, I knew I was on the right path to finding answers.

Sensory you ask? Yes. To be able to read you have to able to keep your head still and move your eyes to follow a moving object. This is called tracking. That is why children with dyslexia often can’t catch: they can’t follow the ball with their eyes.

Many dyslexic and dyspraxic children can’t ride a bike because their balance isn’t developed properly.

These are eyes and ears things (as well as cerebellum and other parts of the brain such as the pons): sensory.

Correcting the senses diminishes the problems encountered by these children. They are no longer dyslexic.

Movements that replicate the developmental stages, are repeated: knowledgeable intervention.

I show you how to do it. There is no equipment needed for most of the programme, it’s on the floor. I bought my spinning chair for £8 in a junk shop. It’s not expensive to do this programme but it is effective. And improvements happen fast.

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Radio interview with Sue Cook

http://www.archive.org/details/SueCookInterview110710

Sue Cook Interview

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References

If Kids Just Came with Instructions Sheets S Gold Third Edition 978-0-9764543-1-1

Neurobehavioral Disorders of Childhood Robert Melillo Kluwer Academic 0-306-47814-5

Principles of Neuroscience Kandel & Schwartz 4th Ed McGrawHill 0-8385-7701-6

Attention, Behavior and Learning Problems in Children Weinberg BC Decker 1-55009-161-1

Reflexes, Learning and Behavior S Goddard Fern Ridge Press 0-9615332-8-5

E for Additives M Hanssen Thorsons 0-7225-1562-6

The Chemical MazeYour Guide to Food Additives and Cosmetic Ingredients Bill Statham Summersdale Ltd1-84024-482-8

The Out of Sync Child Carol Stock Kranowitz

Disconnected Kids Dr Roberet Melillo

2006 Hunter Pauline MA, University of Middlesex

Effectiveness of a developmental exercise programme, for children with special needs. 2005 Goddard Blythe SA

Releasing educational potential through movement. Child Care in Practice, Volume 11/4: 415 – 432.

2003 Preedy P, O’Donovon C, Scott J, Wolinski R

Exercises for learning – a Beacon Project between Knowle CE Primary School and Kingsley Preparatory School.

2003 Jändling M

A follow-up study of a group of children, two years after they had completed a Developmental Exercise Programme for Schools. Results demonstrated that the children had maintained the gains they had made two years earlier.

2002 Bertram S

A report prepared for The Birmingham Core Skills Partnership studying learning enhancement through reflex inhibition.

2001 Pettman H

This study demonstrated the effects of developmental exercise movements on children with persistent primary reflexes and reading difficulties using a controlled trial.

2001 Bein-Wierzbinski W

Study of children with specific learning difficulties, persistent primitive reflexes in elementary school children and the effect on oculo-motor and visual perception.

2000 Lancet, McPhillps, Hepper and Mulhern

A double blind controlled study examining the effects of replicating primary reflex movements on specific reading difficulties in children.

1997 University of Indianapolis

O’Dell and Cooke found Bender’s exercises based on movements involving creeping (crawling) against resistance were of value in overcoming hyperactivity. Stopping Hyperactivity – A New Solution (Avery Pubs, NY).

1989 Faulkner P (Bucks School)

A study investigating the effects of a reflex stimulation and inhibition programme on reading.

Dala Clinic Report

Gothenberg examined the impact of a reflex inhibition programme on educational achievement in a group of 15 children diagnosed with specific learning difficulties.

References For left handed information

Jan Battles Left-handed people are ‘high earners’ Sunday Times online 25 September 2008.

Sian Griffiths Education: The gifted children dealt a poor hand Sunday Times Online Augut 3 2003.

Clark, Margaret M. 1959. Teaching left-handed children. (NY: Philosophical Library, Inc.)

Cole, Luella. 1955. Handwriting for left-handed children. (Bloomington, IL: Public School Publishing Co.)

Gardner, Warren H. 1945. Left handed writing instruction manual. (Danville, IL: The Interstate).

Szeligo, F., B. Brazier, and J. Houston. 2003. Adaptations of writing posture in response to task demands for left- and right-handers. Laterality, 8(3): 261-276.

Holder, M.K. (2003). Teaching left-handers how to write. Handedness Research Institute papers. URL: handedness.org/action/leftwrite.html
Kingsley Whitmore, Hilary Hart, Guy Willems (1999)  A Neurodevelopmental Approach to Specific Learning Disorders  Cambridge University Press.

Goddard Blythe S. (2009) Attention Balance and Coordination. Wiley Blackwell

http://www.register-herald.com/local/local_story_067212856.html

Fred Pace, Resources, Anything Left handed, PO Box 46, Witney, OX29 7HD, UK, www.anythingleft-handed.co.uk, 0845 8723272

http://www.neurodiversity.com/lefthandedness.html

Goddard, S.  (1996)     A Teacher’s window into the child’s mind.
Fern Ridge Press, Oregon, U.S.

Goddard Blythe, S. & Hyland, D. (1998) Screening for neurological dysfunction     in the specific learning difficulty child.

Goddard S. Reflexes, Learning & Behaviour Fern Ridge Press, Eugene. Oregon. U.S.A.

Gold S If Kids just came with instruction sheets (2008) Fern Ridge Press, Oregon

Hannaford C. The Dominance Factor (1997) Great River Books, Utah

Hannaford C. Smart Moves  (2005) Great River Books, Utah

Kurtz L. Visual Perception Problems in Children with AD/HD, Autism, and other learning Difficulties (2006) Jessica Kingsley Publishers, London

Kaplan M. Seeing Through New Eyes (2006) Jessica Kingsley Publishers, London

Kandel E. et al Principles of Neural Science (2000) McGraw Hill Companies, USA.

Blythe, P. (1992)  A physical approach to resolving learning difficulties
Paper presented at the 4th European Conference on    Neuro-Developmental Delay in Children with Specific    Learning Difficulties.   Chester,

Blythe P. NDT and Goddard S. NDT  Learning Problems And Neuro-Developmental Delay

A.J.Capute, P.J. Accardo et al The Neuromuscular Maturation of the Human Infant Myrtle Mc Graw.Joe Dispenza Evolve your Brain (2007) Health Communications Inc, Florida.

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Things you might want to know

Why does my child have learning difficulties?

Development is hierarchical. In other words if part of the foundations are missing, then the walls cannot stay up. This means that no amount of the wrong treatment will make the walls stay up properly. The foundations have to be rebuilt.

So, if a child repeats the developmental stages from BEFORE the stage that went wrong, proper progress can be made to help with learning difficulties.

Sally Goddard says ‘in the first few months and years of life the child must make millions of new nerve connections between nerve cells which will provide a network of communication or neural circuitry of almost unimaginable complexity upon which future behaviour and learning will be based.’ From Reflexes, learning and behaviour A Window into the Child’s Mind.

We calibrate different areas of the brain through movement. Repetitive movement. Again Sally Goddard’s words are useful ‘Movement feeds information to the brain, helping to develop a sense of body map, spatial awareness and body schema in relation to the self and environment.’

That’s why this movement based programme helps with learning difficulties.

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What Factors might slow treatment?

Progress is generally quick at first and then the progress seems to plateau for a while then progress occurs again and then a plateau. That seems to be typical.

Factors which will slow progress can include the brain maturity of the child. For example, certain physical states of development are typical, or usual, for example, the adult front two teeth coming around the ages of 6.5 to 7.5. Neurodevelopmentalists have noticed that children are ready to read when their top teeth come in. Obviously there are many excpetions, it’s a rule of thumb (Dr Louise Bates Ames: Is Your Child in the Wrong Grade explains this). So a child who has no adult top front teeth at the age of 9, has a brain that is most likely developing very slowly.

A child like this who is demonstrating learning difficulties will most likely start to progress really well once their teeth have grown in. But it doesn’t stop you doing the programme.

My son is a child like this and when he started the programme aged 6, he learnt to track and swim in the first week on the programme. I hear examples like that in my patients too.

His progress was momentous, and then plateaud for a while before taking off again. We need to remember that everyone is an individual, and has their own level/speed of development.

We work with the child to facilitate their progress.

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Talks in Chelmsford Coming up

Soon…..

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The Brain is Plastic

Treatment for dyslexia, dyspraxia, ADHD, Asperger’s and so on, very much depends on our beliefs about what these conditions are.
Most people think dyslexia is a certain thing, and so think it can’t really be helped. Or that ADHD is mostly a diet problem and poorly disciplined children.

But supposing you found out that it was caused by a problem with the nerves, that it was a sensory problem, AND THAT THIS COULD BE HELPED, and that this method had been used for decades?

That concept opens up all sorts of possibilities.

When my son was diagnosed with dyslexia, we had spent a fortune on Educational Psychologists, and Paediatricians. And though we had diagnoses, they could not offer us any treatment.

I was shocked. It seemed like the end of the road. So I started investigating and discovered that help did exist, because it was known that problems with the nerves was the reason.

My beliefs about what these conditions were, was challenged by this concept. My father who is a dyslexia teacher, among other things said ‘Sue, you have to learn to live with dyslexia, there is no cure’.

Our brains make new nerve pathways all the time, every time we learn something new. Or else how would we learn to drive, or play the piano, or learn dance steps?

It is now known our brains are plastic. We can make changes to our brains with knowledgeable intervention. This is what I help other parents achieve on my programme.

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