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The
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Biological Antennas
Their shapes can classify antennas, and their shape determines
their radiation pattern. Antennas emit power that is different
at different angles (Carr, 2001).
The cells of the body communicate with each other by chemical
signal molecules that are either carried by the bloodstream to
cells in distant locations or are released directly on the cell
surfaces from nerve fibers and local tissue cells (Nicholls et
al., 2001).
The binding of a signaling chemical to a cell membrane receptor
triggers an amplified biological response such as the opening
of a cell membrane ion channel, which allows the entry of minerals
like calcium into the cell. Other amplified responses include
the activation of enzymes and secondary messenger signals (Mehrvar
et al., 2000).
It is not widely known, but cell membrane receptors and even
DNA can also act like electrical antennas and transducers responding
to signals of electrical fields of the right frequency and amplitude
(Adey, 1993a, 1993b).
Cell membrane receptors composed of proteins that have coil and
helical configurations can act as receiving antennas for electrical
fields as well as electrical transducers and electrical inductors.
These components are organized into complex cooperative arrays
that facilitate communication (signaling and information transfer)
between cells in the body as well as between cells and the external
environment (Gilman, 1987). The transducing element in cell membrane
biosensor complexes couples a chemical or electrical signal to
a biological response that might include the movement of minerals
into the cell or a cascade of enzyme reactions (Mehrvar et al.,
2000).
Helical antennas produce directed beams when their diameter and
coil spacing are large fractions of the wavelength. They provide
moderately wide bandwidth and circular polarized beams (Carr,
2001). When helical antennas are used the receiving helical antenna
has to be wound in the same direction as the sender's. Helical
antennas, like DNA, can be stacked, which allows a way for this
type of cell antenna to obtain high gain with only a few turns
on each helix.
In summary, it is the author's opinion that the structures of
cells have components that have electronic features allowing cells
to detect and respond to electrical frequencies that act as information
signals triggering biological responses through the process of
signal amplification.
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