INTERACTION  OF  ELECTROMAGNETIC  FIELDS  
WITH  LIVING  ORGANISMS.

EXAMPLES  OF THE  APPLICATION  OF THE   PRECAUTIONARY  PRINCIPLE

I. 1. The concept and reality of electromagnetic biocompatibility   
I.  2.  The inadequacy for living organisms of current non-ionising radiation standards          

II. Interference and resonance between EM radiation and the fields of living cells
II. 1.  At the level of biophysics : the disruptive effects of EMF on ionic exchanges
II. 2.  Biological parameters disturbed by EMF and possible consequences
   for human 
         - Indicators of biological incompatibility with EMF
« Effets biologiques des CEM et leur incidence possible sur la santé »                 
a/   Calcium 
b/   Corticosterone – ACTH
c/   Melatonin 
d/   Nitric Oxide 
e/   Immune response
f/    Neurogenesis
g/   Cell cores
h/   Embryo mortality
i/    Corneal damage      
j/    Chronic stress symptoms

III.  Research into the corrective effects on the biological disruptions through exposure to therapeutic or compensatory EM fields.
III. 1.  Non-thermal electromagnetic therapies
III. 2.  History of the principle of electromagnetic bioprotection : CMO (Compensatory Magnetic Oscillation)                  

IV. The application of the precautionary principle through an  electromagnetic biocompatibility technology
IV. 1.  « Relevance of  biological parameters studied in terms of public health »                
     
IV. 2.  To normalise the biological response to EMFs
       in animals with CMO 
IV. 2/ a   Embryogenesis 
IV. 2/ b   Hormonal  system 
IV. 2/ c    Immune system                                                       
IV. 2/ d    Neurogenesis
IV. 2/ e   Genome .  DNA  .  Micronuclei             
IV. 2/ f   Calcium
IV. 3. To normalize the biological response to EMFs
     in humans       
IV. 3/ a    Nitric Oxide (exhaled) in the respiratory system      
IV. 3/ b    Symptoms of stress
IV. 3/ c    Resistance to stress
IV. 3/ d    Ophthalmology
IV. 3/ e   Neuropsychology

IV. 4 Electromagnetic biocompatibility through CMOat the level of DNA

V.  Conclusion

Bibliographie