Defense Intelligence Reference Document Anomalous And Subacute Field Effects On Human Biological Tissues

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biology ... two recent examples will be given. Both are from papers published in tier one
medical journals, and both were published in the same month, and both were in the
same species {shown to biochemically be a good surrogate for man} utilizing similar
application methods in rat brain.
Case One: [43]
Fifteen minutes of a high dose {6W/kg}@ UHF {900 MHz} was applied. Endpoints
were measured acutely and sub-acutely, for ten days following a single exposure.
Reactivity of the supporting and nutrient cellular matrix (the glia) was seen at two
days, and less so at three days post exposure. The injury was of the form of an
inflammatory reaction and increased elaboration of new protein {possibly a repair
mechanism}. The areas affected were primarily the frontal cortex, and deeper areas of
the brain {caudate, putamen, and cerebellum} and cerebellum where the cerebellum is
responsible for signal integration.
Case Two: [ 44]
Ten minutes of a high dose {SW/kg} @ UHF {1439 MHz} was applied. Endpoints were
measured acutely. Blood-brain barrier {glial interface} permeability, leukocyte
behavior, microcirculatory rate and volume changes, and vessel diameter were
observed. There were no effects on these microcirculatory parameters.
These two cases are typical of hundreds this author has reviewed, and while confusing
initially, they are actually consistent with observations made in patient examinations of
real-world human cases:
• Contact {exceptionally near-field} effects at these frequencies negate any
conclusions as to wave-length effect: coupling may not occur in a "traditional" sense
of induced current or voltage causing cell transport effects.
• Generalized heating does occur, which dissipates over 48 hours. This is consistent
with human effects, and could mean that near field effects of EM of propulsion
systems at cm distances from the brain are served by the same mechanism of
surface heating. Also, the decrease {not absence} in neurological effects in 72 hours,
as reported frequently, may be supported by these animal experiments.
• The inflammatory reaction is not the result of increased microcirculation, and this
also may explain the paucity of data in human cases for acute and subacute
evidence for brain edema.
• One can hypothesize that in humans signs of erythema, but lack of overt burns and
blisters, presence of cognitive clouding for 48 hours {relative frontal cortical
sensitivity} and prolonged generalized sleep and anxiety complaints {but not
respiratory, hypertensive, or other deep nuclei other than caudate and putamen}
and muscle fasciculation's and minor parasthesiae and motor coordination
{cerebellar} are consistent with the animal studies at UHF.
• The chronicity of neuropsychiatric and paucity of acute neurological signs continue
support of the hypothesis of a [relatively!] narrow HF through EHF, non-ionizing, RF
band of exposure.
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