http://www.daily. pk/7780/new- evidence- that-the- %e2%80%98swine- flu%e2%80% 
99-p
andemic-is-man- made/comment- page-1/#comment- 72

I added the following comment:

Very little attention has been given to another lethal component included in
MF-59, the oil-based adjuvant used in Novartis’ experimental vaccine, namely
the glycoprotein GP120, which is also used in most experimental AIDS
vaccines! According to Dr. Veljkovic’s assessment “the recombination
hotspots in transgenic DNA may interact with the recombination signals
flanking the V3 loop of the gp120 gene in AIDS vaccines to generate yet more
exotic viruses”! The fact that the global population has been force-fed
genetically modified food, containing antibiotic-resistan t marker genes and
viral promoters such as the cauliflower mosaic virus (CaMV), which is
closely related to the Hepatitis B and HIV virus and has a recombination
“hotspot”, would effectively turn those receiving a vaccine containing a
live virus and GP120 into “generators” of novel viral diseases never seen in
mankind before.

In addition, Novartis’ vaccines, such as OPTAFLU, for instance would also
constitute a major scoop for the multi-billion dollar HIV/AIDS industry, as
outlined in my article “Optaflu – look at the timeline” in 2007.
http://www.healthy- humans.co. za/optaflu. html,since it may give
false-positive results in serology tests using the ELISA method to detect
antibodies against HIV-1, Hepatatis C and HTLV-1, which may be due to the
IgM response to the vaccine. What a brilliant idea to inflate HIV statistics
and push toxic antiretroviral drugs on healthy people, which no doubt
happens on a daily basis in South Africa where 60 other diseases prevalent
in Africa in addition to flu and pregnancy would also give a false-positive
reading.
http://www.emea. europa.eu/ humandocs/ PDFs/EPAR/ optaflu/H- 758-PI-en. pdf

Please see Dr. Veljko Veljkovic’s assessment of gp120, which is also added
to most experimental HIV vaccines and other vaccines injected into our kids:
http://www.i- sis.org.uk/ isisnews/ i-sisnews11- 19.php
The culprit viral gene
The intended vaccines all contain gp120, a glycoprotein (protein decorated
with side-chains of carbohydrates) belonging to the envelope of the human
AIDS virus, HIV-1. The candidates include recombinant HIV proteins and
peptides (subunit vaccines), HIV-1 or SIV (the monkey AIDS virus), killed or
‘attenuated’, ie, rendered harmless by successive passage in cultured cells,
and a wide range of recombinant viral, bacterial and plasmid vectors
expressing HIV proteins. (Plasmids are pieces of parasitic genetic material
existing outside the cell’s genome, and are replicated by the cell
independently of the cell’s genome.)

HIV researchers Dr. Veljko Veljkovic and his colleagues in Belgrade
Yugoslavia, have shown that the gp120, is similar to the part of human
immunoglobulin (antibody) proteins (Ig) involved in binding foreign
antigens, a crucial step in the immune response. Thus, any AIDS vaccine
containing the gp120 glycoprotein or the gene coding for it could strongly
interfere with the immune system and make the host more vulnerable to the
virus. And in the longer term, it could accelerate disease progression in
HIV patients that do not yet have symptoms.

But the gp120 gene has other properties that pose an even greater threat to
the vaccinated population. It contains ‘recombination hotspots’ similar to
those in bacteria and viruses such as Haemophilus influenzae, Mycobacterium
tuberculosis, hepatitis B virus and herpes simplex virus, that often
co-infect with the HIV, and also similar to recombination elements found in
immunoglobulin genes and oncogenes (genes associated with cancer) in the
human host. Recombination hotspots are breakpoints at which genetic exchange
or recombination occurs much more frequently than usual. Recombination of
HIV with bacteria and viruses would generate new pathogens. Within the human
host, recombination with human genes would promote chromosomal
rearrangements and formation of abnormal immuno-globulins, thus undermining
immune responses. HIV-1 sequences integrated into the genome can act as
retrotransposons (jumping genes) that can mutate genes by jumping into them,
and some of the mutations may trigger cancer [1].

Dr. Veljkovic’s team, in collaboration with researchers in UK, Italy and US,
have already found evidence of recombination between gp120 and a gene from
Haemophilus influenzae [2]. Recombination between an HIV gene and Mycoplasm
fermentans has been implicated in ‘Gulf war syndrome’ [3] affecting a high
proportion of soldiers from the United States and the United Kingdom who
served in the Gulf war. A new subtype of HIV-1 may also have resulted from
recombination between HIV-1 and SIV [4].

The proponents of the AIDS vaccination trials argue that the desperate
situation precipitated by the AIDS epidemic justifies acceptance of the
‘small risks’ involved. But Veljkovic and his colleagues have written a
monograph documenting the lack of efficacy of the vaccines and the enormous
risks involved [5].

Not effective and dangerous
In 1994, the AIDS Research Advisory Committee of the US National Institutes
of Health (NIH) recommended that phase III clinical trials of gp120 vaccines
should not be conducted “at this time and in this country”. The reasons,
according to Dr. A. Fauci, director of National Institute of Allergy and
Infectious Diseases (NIAID), were that the vaccines were ineffective; and
there was a remote chance that the vaccines would compromise the immune
system and make the recipient more vulnerable to infection [6].

The possibility that a vaccinated individual runs a greater risk of
developing an established infection, or of progressing to disease more
rapidly once infected, was confirmed subsequently [7]. The recombinant gp120
subunit vaccine tested in HIV-negative individuals was ineffective in
protecting them against infection. Those who became infected during or after
vaccination actually had in their blood sera significant levels of
antibodies against the vaccine before they became infected, but those
antibodies failed to protect them from infection. On the contrary, the
vaccine appeared to have acted as a decoy to fool the immune system into
mounting an attack on it, while allowing the HIV itself to slip through the
host defence to get established. This subunit vaccine is due to go on Phase
III clinical trial in Thailand.

Live recombinant viral and bacterial vaccines
The safety concerns for the individual are bad enough. But it is the effect
on vulnerable populations that really worries Veljkovic and his colleagues,
especially from the live recombinant viral and bacterial vector vaccines
(see box).

Many viral and bacterial pathogens are being used as vectors, and a number
are currently considered promising AIDS vaccines. But they are also
promising candidates for generating new infectious agents.

Also refer to http://www.i- sis.org.uk/ AVWTU.php

The gp120 protein is strongly immunogenic, which is why it is widely used in
vaccines, in the hope that the body will produce antibodies against the
protein and hence protect against the virus. But there have been many
worrying signs that this may have just the opposite effect.

For although the body mounts a strong immune reaction against the protein,
and produces antibodies against it, those antibodies fail to protect against
the virus. One main reason is that the virus is very mutable, and can
readily mutate to escape immune detection. In addition, the immune reaction
mounted against the original gp120 undermines the effectiveness of the
immune system by over-stimulating it, so that it is less effective to cope
with new infections.

A recombinant gp120 vaccine tested in HIV-negative individuals in phaseI/II
trails, was not effective in protecting against the disease. Not only that,
participants in the trials had significant levels of circulating antibodies
against the vaccine before they became infected, and came down with AIDS
disease.

The vaccine could also be dangerous. A vaccine based on the gp120 from the
strain SF2, actually suppressed the production of antibodies that could
neutralise the later infecting virus, while boosting the production of
useless antibodies that were specific for the vaccine strain, SF2. In other
words, gp120 acts as a molecular decoy to disarm the body’s antiviral
response, leaving it more vulnerable, and increasing the likelihood of rapid
disease progression in those vaccinated that later became infected. This
phenomenon is called “deceptive imprinting” of the immune system.

And he continues:
First of all, the part of the gp120 molecule that plays the dominant role in
provoking an immune response is the V3 loop. The V3 loop and flanking
regions are similar in base sequence and structure to the antigen-binding
region of the human immunoglobulin (Ig) (antibody protein). And it has been
proposed since the early 1990s that this immunoglobulin- like domain in gp120
may interfere with the immune regulatory network.
Another piece of evidence implicating genetic recombination is that the V3
loop and its flanking regions are located between recombination signals
similar to those found in human immunoglobulins, and also similar to the Chi
recombination hotpots found in many viruses and bacteria. Consequently, the
immunologically dominant region of gp120 may be involved in recombining with
human immunoglobulin genes resulting in autoimmune responses, and may also
recombine with co-infecting viruses and bacteria to generate new pathogens.
Evidence of such recombination has subsequently been found in the sera of
AIDS patients.”

Let me add to that another danger, namely the viral promoters such as the
cauliflower mosaic virus (CaMV) used in genetic engineering and subsequently
contained in GM feed and food.
” It is pertinent to point out that transgenic DNA in GM food and feed also
carry recombination hotspots, such as the ones associated with the CaMV 35S
promoter and the left and right borders of the Agrobacterium T-DNA used as
vector to introduce transgenic DNA into the plant genome. These
recombination hotspots enhance horizontal gene transfer and recombination.
Furthermore, as Veljkovic said, the recombination hotspots in transgenic DNA
may interact with the recombination signals flanking the V3 loop of the
gp120 gene in AIDS vaccines to generate yet more exotic viruses.”

Ingrid Blank/South Africa

Comment by Ingrid Blank — August 1, 2009 @ 10:30 pm


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