Biomedical Engineering Reference
In-Depth Information
magnetic moment of DNA, which at metaphase starts emitting
an axial field that influences the rotation of charged particles
in the plasma membranes in neighbouring cells, which in
turn induces a lowering of the energy within the DNA of the
replicating cell. The overall process is a slowly shifting SFT
balancebetween dipolar E and H fields.
(3) As these biogenic E and H fields change, real-time changes to
the shape of the DNA molecule follow. Slow changes in energy
control the photon states and their binding strength within
the chromosomes, leading to structural changes as one distinct
photon state leads into another; this is seen during metaphase
concluding suddenly in anaphase. This process is similar to
the development of storm clouds, the associated lowering
of temperature and the eventual production of rain during
storms. In the cell cycle, the separation of the chromosome
into chromatid halves is achieved via a similar build-up of
electric and magnetic energy, lowering the temperature and
changing the hydrate shape of the DNA similar to the formation
ofsnowflakes outof clouds.
(4) Biophotons in the form of a north-south-directed E field within
a developing cell due to the extracellular dielectric feedback
mechanism discussed above flow via microtubules to the DNA.
Then the DNA acts as a coherent source of biophotons in
the form of an axially directed current that interacts with the
membraneproteinsinsurroundingcellstocausethemtorotate,
feeding back into the original cell by lowering the ambient
energyin the neighbourhood ofthe DNA.
(5) Resonance plays a major role in the way photons react with
biological entities such as DNA, bacteria and viruses. The
physics of this resonance is similar to that of a half-wave
antenna. A length associated with a molecule, DNA, bacteria or
virus may be used to specify a half-wave frequency. In the case
ofthephotonactingasabindingagentinsideatoms,thephoton
is resonant when it supplies a half-wave of phase to its overall
transit to and fro within the atom. Such resonances can be
used to promote or block processes, including the cell cycles of
malignantorhealthy cells, orperhaps to act asa bacteriotoxin.
