Training The Brain 1 Cognitive

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Lorimer Moseley NHMRC Senior Research Fellow Prince of Wales Medical Research Institute & Faculty of Medicine, University of NSW, Sydney, Australia CRPS Rehabilitation (or training the brain) www.bodyinmind.com.au Copyright GL Moseley 2009 Complex Regional Pain Syndrome

description

Part of training the brain series focused on Complex Regional Pain Syndrome (CRPS) but relevant to all types of pain.

Transcript of Training The Brain 1 Cognitive

Page 2: Training The Brain 1 Cognitive

Why train the brain?

CRPS as an extreme protective response.

www.bodyinmind.com.au Copyright GL Moseley 2009

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Why train the brain?

Our approach to treating CRPS

Cognitive

Understanding the problem

Other threatening cues are relevant

Educate & explain

Behavioural

Function & movement hierarchy

‘training the brain part 1’

Brain changes

S1 reorganisation

Reorganisation elsewhere?

‘training the brain part 2’

www.bodyinmind.com.au Copyright GL Moseley 2009

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DAVID

BUTLER | LO

RIMER M

OSELEY | ART SU

NYATA

www.noigroup.comwww.OPTP.comwww.physiouk.co.uk

www.noigroup.comwww.physiouk.co.uk

www.OPTP.com

resources

www.amazon.comCA$35 & post.

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1. Nociception is neither sufficient nor necessary for pain.

www.bodyinmind.com.au Copyright GL Moseley 2009

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The same thing applies to pain

www.bodyinmind.com.au Copyright GL Moseley 2009

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The same thing applies to painComplex reasoning

mechanisms based on experience, context,

environment…MEANING

www.bodyinmind.com.au Copyright GL Moseley 2009

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The same thing applies to painComplex reasoning

mechanisms based on experience, context,

environment…MEANING

pain

www.bodyinmind.com.au Copyright GL Moseley 2009

Page 10: Training The Brain 1 Cognitive

The same thing applies to painComplex reasoning

mechanisms based on experience, context,

environment…MEANING

“How dangerous is this really?”

www.bodyinmind.com.au Copyright GL Moseley 2009

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Noxious inputNon-noxious input

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Noxious inputNon-noxious input

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Noxious inputNon-noxious input

Neurons that represent our physical self

Neural networks that evoke ‘basic’ protective

responses

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Neural networks that evoke feelings to assist

protection (ie pain)

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Neural networks that evoke ‘basic’ protective

responses

Motor systemImmune system

Autonomic system

Neural networks that evoke feelings to assist

protection (ie pain)

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“How dangerous is this really?”

multi-system outputs

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

www.bodyinmind.com.au Copyright GL Moseley 2009

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

www.bodyinmind.com.au Copyright GL Moseley 2009

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

www.bodyinmind.com.au Copyright GL Moseley 2009

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

www.bodyinmind.com.au Copyright GL Moseley 2009

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

www.bodyinmind.com.au Copyright GL Moseley 2009

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‘Basic’ protective responses

Motor systemImmune system

Autonomic system

Pain

Every represented byte can modulate

Sum evaluative inputs = Need to protect

www.bodyinmind.com.au Copyright GL Moseley 2009