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Chemtrails hearing EU parliament
1. SKYGUARDS at the EU Parliament ~ Brussels, 9 April 2013
CLANDESTINE
AERIAL SPRAYING
the health effects
of the toxic sky war
on humans, animals and plants
DĂŠsirĂŠe L. RĂśver
medical research journalist,
author, radio host
text & photography DĂŠsirĂŠe L. RĂśver â¸2013 www.desireerover.nl
2. Clandestine aerosol spraying, a.k.a
⢠persistent jet contrails ⢠albedo technologies
⢠stratospheric aerosol geo-engineering ⢠cloud seeding
⢠solar radiation management ⢠climate remediation
⢠global dimming ⢠ecological bioterrorism
⢠terra forming ⢠chemtrails
⢠weather modiďŹcation ⢠air crap
⢠space shades
16. Metallic salts (oxides)
⢠aluminium (nano particles) ⢠strontium
⢠nano aluminium-coated ďŹberglass ⢠lithium
(CHAFF)
⢠zinc
⢠barium
⢠nickel
⢠cadmium
⢠uranium
⢠chromium
⢠titanium
the air is no longer neutral
for these particles
are electromagnetically charged
17. Humans are electric beings
â˘all body cells are molecules generating
electromagnetic frequencies according
to their subatomic vibration
â˘these frequencies are an important part
of the cell-to-cell communication
anything interfering with these frequencies
may result in dis-ease in the body
18. ALUMINIUM & the human body
electro active substance
(deodorants, cookware, vaccines, medication)
⢠makes proteins fold differently (3D) different substances: different effects
⢠damages the central nervous system
⢠weakens the cell membranes
⢠passes the blood brain barrier
⢠oxidizes the suppressor oncogene P53, causing a mutation
⢠aluminium in combination with toxins deplete and deactivate enzymes
19. NANOPARTICLES ~ Isis Report ~ 10/10/05
⢠Nanoparticles in the lungs are translocated to the
circulatory system and from there throughout the
body, accumulating in the liver, spleen, and bone
marrow.
⢠Nanoparticles inhaled through the nose and
air passages are translocated to the brain through
the olfactory nerves, and accumulate in the brain.
http://www.i-sis.org.uk/Nanotoxicity.php
20. ALUMINIUM nanoparticles Russell L. Blaylock, MD
neurodegenerative and neurodevelopmental effects
⢠easily penetrate the brain via the blood and
olfactory neural tracts
⢠inďŹnitely more reactive inďŹammation
⢠Alzheimerâs, A.L.S., Parkinsonâs
⢠inďŹammatory reaction in the lungs
⢠pulmonary diseases, asthma
on SAGs
nanoparticles are worse than asbestos
http://www.geoengineeringwatch.org/neurologist-warns-aluminum-in-chemtrails-could-cause-explosive-increase-in-neurodegenerative-diseases/
21. ALUMINIUM & FISH
⢠impaired ion regulation at the gill
⢠less oxygenation
⢠ďŹsh mortality â
⢠growth â
⢠reproductive potential â
⢠altered food availability
22. ALUMINIUM & increased soil acidity
⢠death of intermicroreselis of lichen and fungi
⢠aluminium will clog up root structures of trees and plants
⢠forests turning into tinder: todayâs forest ďŹres blazing hells
23. ALUMINIUM & PLANTS
aluminium oxide nanoparticles in groundwater
(within 7 days) inhibit the root growth of:
⢠corn
⢠cucumber
⢠cabbage
Cotton root growth
⢠carrots
restricted by aluminium
⢠soybeans
the smaller the nanoparticle, the greater the effect
Daniel Watts, New Jersey Institute of Technology
24. BARIUM
⢠breathing difďŹculties ⢠changes in nerve reďŹexes
⢠blood pressure â ⢠swelling of the brain
⢠heart rythm changes ⢠swelling of the liver
⢠stomach irritation ⢠kidney and heart damage
⢠muscle weakness ⢠neurodegredation, MS
25. BARIUM
⢠turns off the bodyâs T-cells (immune system)
⢠depletes potassium from the human organism ⥠muscle weakness, heart
defribillation
⢠makes magnesium bind to aluminium ⥠blood clotting
⢠bariumâs frequency (380 nm) interferes with self healing mechanism of cells
⢠manipulates / stalls the jetstream
⢠makes human bodies more vulnerable to X-band radar (8 - 12 GHz)
barium and aluminium work together
in diffusing and strengthening an electrical charge
26. Aluminium & barium
⢠HAARP runs on ELF
(High-frequency Active Aurora Research Project)
⢠X-band radar scans organisms for barium
⢠the aluminium in your system turns you
into an ANTENNA
NOW YOU ARE A PERFECT COMPONENT
FOR THESE TWO SYSTEMS
TO WORK AGAINST YOU!
27. ALUMINIUM
electro active substance
⢠aluminium enhances effects of HAARP
(High-frequency Active Aurora Research Project)
⢠HAARP 20-30HZ (ELF) emissions alter thoughts and emotions:
⢠anxiety
⢠inability to concentrate
⢠depression
28. CADMIUM
⢠diarrhea, stomach pains, severe vomiting
⢠bone fractures
⢠reproductive failure, possibly infertility
⢠damage to central nervous system
⢠damage to immune system
⢠DNA damage
⢠cancer development
29. NICKEL
⢠chance of development of cancer in lung, nose, larynx, prostate â
⢠lung embolism
⢠respiratory failure
⢠birth defects
⢠asthma and bronchitis
⢠allergic reactions
⢠heart disorders
30. CHROMIUM
⢠skin rashes
⢠upset stomach and ulcers
⢠respiratory problems
⢠weakened immune system
⢠alteration genetic material
⢠lung cancer
⢠death
34. Fluoride (toothpaste, Prozac, TeďŹon cookware)
⢠accumulative poison +++ ⢠inhibits antibody formation
⢠IQ: 10-15 points â ⢠inhibits movement white bloodcells
⢠damage to hippocampus ⢠inactivates/inhibits enzymes
⢠accumulation in pineal gland ⢠collagen damage (ageing)
⢠thyroid function â ⢠uptake of aluminium â
⢠bone fractures â ⢠tumor & cancer rates â
Developmental Fluoride Neurotoxicity: A Systematic Review and Meta-Analysis
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3491930/pdf/ehp.1104912.pdf
35. MYCOTOXINS OF FUNGI & MOLDS
⢠estrogenic effects mind control
⢠carcinogenicity
toxic syndromes in mammals
⢠mutagenicity
⢠teratogenicity
Aspergillus Penicillium Fusarium
36. MOST IMPORTANT STUDY
Middelveen et al., Morgellons Disease: A Chemical and Light Microscopic Study,
J Clin Exp Dermatol Res 2012, 3:1
Morgellons Disease: A Chemical and Light Microscopic Study
Marianne J. Middelveenš, Elizabeth H. Rasmussen², Douglas G. KahnÂłÂ
and Raphael B. Strickerš*Â
š International Lyme and Associated Diseases Society, Bethesda, MD
² College of Health Sciences, University of Wyoming, Laramie, WY
Âł Department of Pathology, Olive View Â UCLA Medical Center, Sylmar, California
Abstract
Morgellons disease is an emerging multisystem illness characterized
by unexplained dermopathy and unusual skin-associated filament
production.
We present relevant clinical observations combined with chemical
and light microscopic studies of material collected from three
patients with Morgellons disease.
37. Morgellons Disease: A Chemical and Light Microscopic Study
Marianne J. Middelveenš, Elizabeth H. Rasmussen², Douglas G. KahnÂłÂ
and Raphael B. Strickerš*Â
š International Lyme and Associated Diseases Society, Bethesda, MD
² College of Health Sciences, University of Wyoming, Laramie, WY
Âł Department of Pathology, Olive View Â UCLA Medical Center, Sylmar, California
Our study demonstrates that
Â
Morgellons disease is NOT DELUSIONALÂ
and that skin lesions with unusual ďŹbers are
NOT SELF-INFLICTED OR PSYCHOGENIC.
38. Morgellons Disease: A Chemical and Light Microscopic Study
Marianne J. Middelveenš, Elizabeth H. Rasmussen², Douglas G. KahnÂłÂ
and Raphael B. Strickerš*Â
š International Lyme and Associated Diseases Society, Bethesda, MD
² College of Health Sciences, University of Wyoming, Laramie, WY
Âł Department of Pathology, Olive View Â UCLA Medical Center, Sylmar, California
âWe provide chemical, light-microscopic
and immunohistological evidence
that ďŹlaments associated with this condition
originate from human epithelial cells
supporting the hypothesis
that the ďŹbers are composed of keratin
and are products of keratinocytes.â
39. filament formation associated with the follicles. Microscopy revealed
abnormalities of the follicular bulbs and the hair associated with these
follicles that indicated abnormal functioning of follicular keratinocytes
(Figures 4A-4D). Many follicles contained malformed bulbs with
distorted shapes, and some follicles had two or more hairs branching
from a single inner root sheath (Figure 4A). Filaments stemming from
the bulb end were found in some follicles and these appeared as root-
)"*+,-(./''3#<.1+'-,'=!"#$%&'(#".&%9+'+<**-<%>$%/'0#-99&>'-*'>*$&>'&8<>"9&' (Figure 4B). Transparent filaments were observed that
like growths
,*-.'3"+&'4'54778'."/%$(0"9$-%:; stemmed from cells within the inner root sheath (Figure 4C). On some
hairs red or blue colored filaments branched from the shaft (Figure
4D). Many hairs were flattened or tape-like on cross-section rather
than concentric. These )"*+,-(.)''?#<$+='C<-*&+0&%0&'-,'()&*+'<%>&*'DE'#$/=9$%/',*-.'3"+&'4'54778'
hairs were similar in appearance to Morgellons
)"*+,-( .!'( 1!"#$%&' ()&*+' ,-*.$%/' ."0*-+0-1$0' ."++&+' $%' (%/&*' 2&))$%/'
,*-.'3"+&'4'5678'."/%$(0"9$-%:;
filaments. ."/%$(0"9$-%:;
BDD Microscopic observations
Biopsies from late proliferative stage BDD lesions were examined
microscopically for comparison (Figures 5A-5D). Although the scale
of filaments was much larger, the BDD filaments (roughly ten times
)"*+,-(.0''?#<&'(#".&%9'2$9=')<#)@#$A&'&%>'567'B.'>$".&9&*:'+$.$#"*'9-'"'="$*'
,-##$0#&',*-.'3"+&'4'54778'."/%$(0"9$-%:;
was not fluorescent nor was normal skin. Color intensity and hue of
)"*+,-(./''3#<.1+'-,'=!"#$%&'(#".&%9+'+<**-<%>$%/'0#-99&>'-*'>*$&>'&8<>"9&'
the red and blue filaments was influenced by the
,*-.'3"+&'4'54778'."/%$(0"9$-%:; color spectrum of )"*+,-(.1''F*$>&+0&%0&'-,'"'/*&&%'()&*',*-.'3"+&'4'54778'."/%$(0"9$-%:;
the illuminating light. This property and the presence of iridescence
suggests that a structural component is involved in the unusual colors
seen in Morgellons fibers.
)"*+,-(.)''?#<$+='C<-*&+0&%0&'-,'()&*+'<%>&*'DE'#$/=9$%/',*-.'3"+&'4'54778'
."/%$(0"9$-%:;
Case 2: Microscopic examination of scab material revealed scab
detritus imbedded with long filaments of various colors (Figures 3A-
3D). Hyaline, red, blue, and light purple fibers were observed (10-40
Âľm diameter) (Figure 3A, Figure 3B). One sample revealed fibers
tangled around a hair and these fibers may have been associated
with the hair follicle (Figure 3C). Smaller, pale purple fibers (10 Âľm
diameter) appeared to form a mesh around the follicle. Some samples
revealed fibers that lay beneath or penetrated dermal tissue Figure 3D.
Case 3: Microscopic examination was performed with particular
)"*+,-(.0''?#<&'(#".&%9'2$9=')<#)@#$A&'&%>'567'B.'>$".&9&*:'+$.$#"*'9-'"'="$*' )"*+,-( .2'' G9*$A$%/' $*$>&+0&%0&' -,' "' *&>' ()&*' ,*-.' 3"+&' 4' 54778'
,-##$0#&',*-.'3"+&'4'54778'."/%$(0"9$-%:; follicles, as the patient had reported unusual
attention to hair ."/%$(0"9$-%:;
40. was still visible at this timepoint. In contrast, patient filaments began
to fray at 1 minute in 10% sodium hydroxide but were still visible after
120 minutes, similar to normal hair. The hair and patient filaments
were more resistant to 10% potassium hydroxide, with visible fraying
beginning at 10 minutes and fibers still visible at 120 minutes. Although
the larger BDD fibers appeared to be more resistant to the chemicals,
fraying and shape change similar to the human samples was evident at
)"*+,-( .0'! "#$! %&$! '()#! *'#+,! #/'#$$#$! -&! ,.-&! 1+2/! 3%,#! 4! 56778! with each caustic agent.
120 minutes
/%9&-*:%;-2&<=
Keratin immunostaining
The results of keratin immunostaining experiments are shown
)"*+,-( ./'! "#$! %&$! '()#! *'#+,! -&! ,.-&! ,%/0(#,! 1+2/! 3%,#! 4! 56778!
in Figure 6. The MD)"*+,-( .1'(from Case 1 stained#$8.,%( 7"--/$( T8A.(
filaments R"S$8-( G$'$78,7"'B( strongly with the E,-$( =( <?>>J(
/%9&-*:%;-2&<=! /%9&-*:%;-2&<=
âpankeratinâ antibody AE1/AE3 directed against cytokeratin 1/3.
In contrast, the filaments stained weakly with the more restrictive
antibody AE5/AE6 directed against cytokeratin 5/6. Staining with AE1/
AE3 was seen over the length of the fiber, while staining with AE5/
)"*+,-(.!'!>-'#+,!;%&9(#$!%+2)&$!%!?%-+!5(%+9#+!'(%:.!,?%1;!;2!+-9?;!21!*9)+#<!
-&!3%,#!4!56778!/%9&-*:%;-2&<=!
larger) were similar in appearance compared to the specimens observed
)"*+,-( .0'! "#$! %&$! '()#! *'#+,! #/'#$$#$! -&! ,.-&! 1+2/! 3%,#! 4! 56778! )"*+,-( 2/'( 1,"8( TA%%"9%$( T8A.( E,-$( K( -3AU"'B( 7UA( 3,"8-( S8,'93"'B( T8A.( ,(
/%9&-*:%;-2&<= in Case 1 (Figure 5A, Figure 5B). Filaments were macroscopic, opaque ,-&9(#!-&&#+!+22;!,?#%;?!56778!/%9&-*:%;-2&<=
and dirty white in color, ranging in size from less than 0.5 mm in
diameter to about 1 mm in diameter. In cross section filaments
appeared to originate beneath the stratum corneum (Figure 5C). R"S$8-(
)"*+,-( .1'( G$'$78,7"'B( #$8.,%( 7"--/$( T8A.( E,-$( =( <?>>J(
Longer filaments were close to 1 mm in length. The BDD/%9&-*:%;-2&<=
filaments
demonstrated fluorescence under UV light (Figure 5D).
Chemical Experiments
Samples of normal hair, colored filaments and dermal material from
Cases 1 and 2, and BDD fibers were subjected to immersion in caustic
agents. Duplicate experiments with each caustic agent were performed
on each sample. Results of the experiments are shown in (Table 1)
Normal hair and patient filaments began to fray after incubation for
)"*+,-(.!'!>-'#+,!;%&9(#$!%+2)&$!%!?%-+!5(%+9#+!'(%:.!,?%1;!;2!+-9?;!21!*9)+#<! disintegrated after
1 minute, and the patient filaments had completely )"*+,-(20'!@%-+!12((-:(#!1+2/!3%,#!A!,?2B-&9!*(%/#&;,!,;#//-&9!1+2/!')('!
41. A 440 Hz, pop music
Hollywood
HAARP MSM, television
power lines, ELF, ULF vaccines
S-quad, smart meters
electro smog Western medicine
computers
cell phones
Health dentistry
pharmaceuticals
light bulbs
adverse effects chemotherapy
implants
Chernobyl,
Fukushima, always are: GM food crops
âdepletedâ uranium
airport body scans
SYNERGISTIC chemicals,
DNA rupture pesticides
industrial pollution
water ďŹuoridation
covert aerosol spraying food processing
deodorant food additives
toothpaste toxic food packaging Codex Alimentarius
food irradiation
microwave
TeďŹon cookware
42. Whatever we want to call
these toxic trails,
THEY SHOULD NOT BE THERE
What happened to
INFORMED CONSENT?
45. Politicians
have you ever considered
what these clandestine toxic sprayings
are doing to nature, humanity, ďŹora and fauna?
And if you already did realize,
â or are overstanding just now â
what will you do to STOP
this willful demise of our planet?
46. Dutch citizens are DOING SOMETHING
against clandestine aerial spraying:
Stop C........s Nu!
http://petities.nl/petitie/stop-chemtrails-nu