BBRS SCIENCE AND MEDICINE RON ZOET Biocommunication ...

BBRS Science and Medicine A New View of Conquering Cancer 33
Pischinger (1975), Mae Wan-Ho (1998) en Anderen
��The Extracellular Matrix is more than filling a role, it mediates between
nerves, blood vessels and functional cells.
��Has both nourishing and regenerative functions and is a mediator of
nerve impulse information to the cells throughout the whole body.
General characteristics of the BBRS:
�� Information transfer takes place in the extracellular matrix, nerves
and blood vessels have no direct contact with the functional cells
(parenchym tissue).
�� Proton Jump Conduction in the collagen can be very important in
terms of biocommunication in the organism.
�� It is the largest system, which penetrates fully and throughout the
organism, in all parts of the body.
�� It provides nutrition and biocommunication with the cells.
�� Is involved in all inflammatory and immune processes.
� It is responsible for all vital functions of the body.
�� Organic diseases frequently arise from a dysfunction of this system
and its connections throughout the entire organism.
Functions of the Basis Biologic Regulatory System
(extracellular matrix):
Storage of Information and Bioresonance 1
These sugar polymers are suitable for information transmission and storage
due to their high water binding and ion exchange capacity, and they also
have the property of behaving as molecular sieves, controlling the flow of
substances. The matrix has piezo-electrical properties, which means it can
generate an electrical current every time that it is stretched.
The tiny fibres of the matrix are spun in such a way as to form oscillating
coils which can set up self perpetuating resonance patterns. This has an
obvious application in Bio-resonance therapy, Homeopathy and subtle
energy therapies.
The liquid crystalline structure has obvious implications for tissue memory
and the nature of the proton jump system could explain acupuncture and
related therapies.
Cell Structure, Function and Physiological Responsiveness 10
Research has demonstrated the effect of BBRS geometry on liver cells,
showing a dramatic reorganisation of the cytoskeleton, adoption of in
vivo-like morphology and polarity and expression of a wide variety of
liver-specific functions.
© Hugo Nielsen, Ron Zoet and Bert Pijnenburg – Maart 2011