integrated system biology medicine

©

Principles of the Bioregulatory Medicine

BIOREGULATORY MEDICINE

title

British Academy for Bioregulatory Medicine

®

title

Dr Damir A Shakambet M.D.

Biomedic Centre

23 Manchester Street

London W1U 4DJ

tel +44 - 207 935 6866

www.biomedic.co.uk

inquiry@biomedic.co.uk

®

Introduction to

Bioregulatory Medicine

•Prevalence of Degenerative

and Malignant Diseases

•Allopathic treatment based on

biochemical or mechanistic

approach

•Poor success for complex

diseases

•Need for new treatment

Introduction to

Bioregulatory Medicine

Introduction to

Bioregulatory Medicine

What are solutions?

Personalised

Preventative/predictive

System Biology

– Multifactorial

– Balancing

– Self healing potential

Dynamic Health Model

Presomatic

Acute

Chronic

S T A T I C MODEL

Degenerative

D Y N A M I C MODEL

Non-suppressive Bioregulatory reversal

Suppressive disease stage treatment

Malignant

Introduction to

Bioregulatory Medicine

Scientific Paradigm Shift

1. Empiricism (Aristotle)

and Linear paradigm of

cause-effect (Descartes)

2. Singular Aetiological

factor determines

Treatment

3. Palliative treatment

4. Increased incidence of

chronic and malignant

diseases

1. System Biology - multifactorial

causes Integrative and Holistic

treatment

2. Multi-causal treatment of

supporting Homeostasis

3. Causative and Preventative

treatment

4. Decreased incidence of

chronic and malignant

diseases

Current Medical Model

New Medical Model ©

Introduction to

Bioregulatory Medicine

Dynamic Model of Health

Disease orientated model

Waiting for symptoms

Diagnosis-fixed, criteria

based

Prolong life and palliative

treatment

Health orientated model

Early presomatic signs

Diagnosis-flexible and personalised search for dysregulation

Reversal of Chronic disease and causal treatment

Old Static model New Dynamic model

Introduction to

Bioregulatory Medicine

System Biology and Bio informatics

Biological Complex Systems

"Systems biology is putting together rather than taking apart,

favouring integration rather than reduction. It means changing

our philosophy, in the full sense of the term"

Denis Noble

INFORMATIONAL

PATHWAYS

GRS

environment

PNEI

Biomolecules

environment

universe

©

human organism

Biological Complex Systems

Bertalanffy Prigogine

• Biological open systems

• Group of objects that work in

concert produce some result

• System as a set of independent

and interacting parts.

General System Theory

Self-organisation

Ilya Prigogine

1917-2003

• Multiple interactions of the system

• Organisation is spontaneous as

attempt to go to equilibrium as a form

of resonance.

• Balance of exploitation and

exploration

Karl Ludwig von Bertalanffy

1901-1972

Biological Complex Systems

Wiener

Systems BiologyBiological Complex Systems

Time and space medicinePrinciples of Bioregulation

and Homeostasis

Ve

rtic

al

Horizontal

D I S E A S E

H E A L T HEmotional / Bioenergetic

Biochemical

Humoral

Intercellular (Matrix)

Cellular

B I O L O G I C A L D I V I S I O N

R E G R E S S I V EP R

O G

R E

S S

I V E

Disease levels„space medicine‟

Principles of Bioregulation

and Homeostasis

Chronology of Disease„time medicine‟

Principles of Bioregulation

and Homeostasis

horizontal axis-time

Homeostatic failure “Dis-ease”

Principles of Bioregulation

and Homeostasis

Bioinformation

Bioelectromagnetism and

Human Electrophysiology

System interrelationship

Psycho-neuro-immune Systems

Ground regulating Systems

DNA PNEI

Cell

receptors

Transducing

Signalling

Epigenetic

regulating

proteins

Nerve Biological Connective

Pathways molecules fibres

Bioinformatics and DNA - PNEI ControlP

N E

I

DNA

GRS

ENVIRONMENT

Homeotherapeuticals

Environment is your external metabolism

Dr Max Gerson

External&internal environment

system control

Principles of Bioregulation

and Homeostasis

P N E I GRS

Internal environment

DNA

External environment

Biological terrain and Clinical Ecology

Biological terrain

and Clinical Ecology

Oxidative stress

Tissuelesion

Augmented enzymes

that produce radicals

PhagocytosisInflammation (Activation of the phospholipases, cyclooxygenases y

lypooxygenases)Destruction of the antioxidantsRelease of metals and proteins (hemoglobin, myoglobin)Interruption of electron transport

Trauma

Heat

Infection

Toxins

Geopatic

Biological terrain

and Clinical Ecology

Rehydrationdehydration

The most common symptoms of chronic dehydration:

1 Fatigue 10 Mood Swings

2 Constipation 11 Low Immunity

3 Digestive Disorders 12 Frequent Inflammations

4 Gastritis and Peptic Ulcers 13 Cholesterol Increase

5 Low Blood Pressure 14 Premature Aging

6 Respiratory Troubles 15 Acid-alkaline Imbalance

7 Excess Weight and Obesity 16 Cystitis

8 Dry Skin and Eczema 17 Congestion and Fluid Retention

9 Anxiety 18 etc..,

pH=7.36

pH=7.4

Increased Tissue Acidity

Increased acid

production

Diminished acid

elimination

phosphate, sulphuric acid

sulphates

low haemoglobin, plasma

proteins,

kidney stones, gall bladder

stones, cholesterol

phosphate buffers

osteophytes, atheromas KHCO3

NAHCO3

gout, rheumatism alkaline mineral Ca, Mg, K..

Biological terrain

and Clinical Ecology Tissue Acidity

Bioregulatory

Detoxification

Detoxification

cellular

detoxification

matrix

detoxification

capillary y

lymphatic

detoxification

•KIDNEYS

•LIVER G BLADDER

en

vir

on

men

t

•MUCOSAS

•skinexc

reti

on

Detoxification

Bioregulatory Microbiome treatment

"La bactérie n'est rien. C'est le terrain qui fait tout"

L Pasteur

Biological terrain

and Clinical Ecology

Structural Bioregulatory treatment

Psycho-vegetative treatment

Summary

The End