from behaviour to brain to gene … and back again

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From Behaviour to Brain to Gene … and back again Presented by Richard Hill MA www.richardhill.com.au

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Presented by Richard Hill MA www.richardhill.com.au. From Behaviour to Brain to Gene … and back again. a woman without her man is nothing. A woman, without her man, is nothing. A woman: without her, man is nothing. Gene expression Epigenetic silencing. - PowerPoint PPT Presentation

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Page 1: From Behaviour to Brain to Gene … and back again

From Behaviour to Brain to Gene… and back again

Presented by

Richard Hill MA

www.richardhill.com.au

Page 2: From Behaviour to Brain to Gene … and back again
Page 3: From Behaviour to Brain to Gene … and back again
Page 4: From Behaviour to Brain to Gene … and back again
Page 5: From Behaviour to Brain to Gene … and back again
Page 6: From Behaviour to Brain to Gene … and back again

a woman without her man is nothing

• A woman, without her man, is nothing.

• A woman: without her, man is nothing.

Page 7: From Behaviour to Brain to Gene … and back again
Page 8: From Behaviour to Brain to Gene … and back again

Gene expressionEpigenetic silencing

• State dependent gene expression• Activity dependent gene

expression• Epigenetic marking – methylation,

acetylation. Access of transcription factors to promoter region.

• Nucleosome tension – ionic tightness.

Page 9: From Behaviour to Brain to Gene … and back again

We construct ourselves

From elemental materials

Over time

In response to experience

Becoming Human

Page 10: From Behaviour to Brain to Gene … and back again

DNA + experienc

eBiology + activity Behaviour

Page 11: From Behaviour to Brain to Gene … and back again

The deep psychobiological process of “activity or experience-dependent gene expression and brain plasticity” associated with creativity and psychotherapy.

Psychosocial Genomics

Page 12: From Behaviour to Brain to Gene … and back again

Interactive – responsive biochemical

s

Responsive to

experience – adaptive

Hierarchy of response

Responses are

remembered

* meaning *

Self Organising SystemsInitial Conditions – DNA, polymorphisms

Organising Principles

Page 13: From Behaviour to Brain to Gene … and back again

Self Organising Systems

Optimal• Immune system• Associative brain• Positive emotions• Seeking• Social brain

Adaptation• Dis-integration• Hierarchy of needs• Habituation• Automation /

normalisation

Page 14: From Behaviour to Brain to Gene … and back again

How We RememberImplicit / Explicit

Neuronal / Neural

Biological

Bio-chemical

Page 15: From Behaviour to Brain to Gene … and back again

Fascia

Muscles

Skin OrgansImmune System

Brain

Mind – Body MemoryConnected

systems

Page 16: From Behaviour to Brain to Gene … and back again

Implicit ExpressionBehaviour

Affect (emotionality /

mood)

PersonalityTemperament

Sense of Wellness -

pain

Page 17: From Behaviour to Brain to Gene … and back again

9 VoicesSkin Sleep Sun

Sugar Sitting Stress

Sex Pain Face

Page 18: From Behaviour to Brain to Gene … and back again

EMBODYthe

UNTRUETRUTH

Page 19: From Behaviour to Brain to Gene … and back again

ARGUEthe

UNTRUETRUTH

Page 20: From Behaviour to Brain to Gene … and back again

The Interplay

Page 21: From Behaviour to Brain to Gene … and back again

DNA + experienc

eBiology + activity Behaviour

The Interplay

Page 22: From Behaviour to Brain to Gene … and back again

BRAIN

BODY

Endocrine System

Neuropeptidespeptides

Autonomic System

Immunesystem

CNS (spinal) Vagus nerve

MINDThe Interplay

Page 23: From Behaviour to Brain to Gene … and back again

C.O.A.T. Curiosity Oriented Approach To…

That’s interesting

The problem is a message

What can I create from this

Page 24: From Behaviour to Brain to Gene … and back again

The Purpose of Life

To creatively participate in the experience

Page 25: From Behaviour to Brain to Gene … and back again

www.richardhill.com.au

[email protected]