The latest revelation regarding the Zika virus involves a genetically-altered mosquito project funded by the Bill and Melinda Gates Foundation – an experiment which some suspect may have caused the rapid spread of a once-rare disease that is now expected to circulate around the globe.
Zika virus has been linked to a birth defect called microcephaly, which causes babies to be born with brain damage and unusually small heads.
Brazil has been labeled the "epicenter" of the Zika virus outbreak, with more than a million cases reported there.
Perhaps not coincidentally, Brazil is also the site where the GM mosquito project was carried out – and it involved the same strain of mosquito said to be responsible for the spread of the virus.
From The Event Chronicle:
"The Zika virus, which has been detected in 18 of the 26 states in Brazil, is transmitted by the Aedes aegypti mosquito. A generically modified version has been developed by a British biotech company called Oxitec."The results of a trial in Brazil published this summer involved genetically engineered mosquitoes that allegedly fight the spread of dengue fever, yellow fever, chikungunya, and zika virus.
"But scientists have warned the study had too few controls in place to ensure that the mosquitoes released into the wild did not end up spreading dengue fever, yellow fever, chikungunya, and zika virus.
"In short, these genetically modified mosquitoes could be the cause of the Zika virus outbreak in Brazil and other parts of South and Central America."
There may be no conclusive evidence yet that the GM mosquito project funded by Gates has actually caused the spread of Zika, but it's a possibility well worth investigating.
Was it an accident?
At the very least, the project relied on sloppy science. In theory, only male mosquitoes were modified so that they would produce larvae that died before birth – but there would always be some that survived.
One of the sources of the Zika/GMO connection story was a recent Reddit post that has since gone viral.
An excerpt from the Reddit post:
"The OX513A strain of male mosquitoes released in Juazeiro creates larvae that normally die in the absence of antibiotics, which is supposed to help decimate wild mosquito populations when these males are released in the wild. Problem here being of course, that "life, uh, finds a way". An estimated 3-4% of the larvae survive to adulthood in the absence of the tetracycline antibiotic. These larvae should then be free to go on and reproduce and pass on their genes. In fact, they may be the only ones that are passing on their genes in places that have their wild mosquito population decimated by these experiments."
There is further evidence that up to 15 percent of the GM mosquito offspring may be able to survive, due to the tetracycline antibiotic being present in the environment from other sources. And it seems that Oxitec, the company that developed the GM mosquito program was well aware of that fact.
As reported by Zero Hedge:
"In fact, as a confidential internal Oxitec document divulged in 2012, that survival rate could be as high as 15% — even with low levels of tetracycline present. 'Even small amounts of tetracycline can repress' the engineered lethality. Indeed, that 15% survival rate was described by Oxitec."
The saga continues
It's easy to see where the Zika virus crisis might fit in with Bill Gates' admitted depopulation agenda. Not only are babies being born nearly brain-dead, but now women throughout Latin America are being urged not to have children during the next two years. Coincidence?
And in the latest Zika news, GM mosquitoes are now being considered for use in fighting the further spread of the virus.
And of course, researchers are scrambling to develop a vaccine. ...
Sources:
TheEventChronicle.com
ZeroHedge.com
ZeroHedge.com
Zika virus could cause miscarriage, birth defects
The Zika virus may also affect a woman's pregnancy and cause a miscarriage. British health authorities provided Dr. Lyle Peterson, director of the CDC's division of vector-borne diseases, with two tissue samples from pregnancies that ended in miscarriage. They confirmed through genetic analysis that Zika virus was present in both samples.
They also looked at samples from two infants who were diagnosed with a birth defect characterized by a small brain and incomplete brain development. Zika virus was present in those samples as well, making health officials wonder how dangerous the virus is to the brain.
The CDC is now issuing a travel alert for the following countries: Brazil, Colombia, El Salvador, French Guiana, Guatemala, Haiti, Honduras, Martinique, Mexico, Panama, Paraguay, Suriname, Venezuela, and the U.S. Commonwealth of Puerto Rico.
Women who are pregnant or who are trying to become pregnant are being warned by the CDC about Zika's potential to cause miscarriage and birth defects.
The CDC has confirmed 26 cases of Zika in the U.S. since 2007. The virus is being carried into the country from Latin America and the Caribbean – two hot-spots for mosquito borne illnesses. Zika virus outbreaks are also prevalent in Africa and Southeast Asia where piped water systems are rare and standing water is common.
Strengthen your immune system to protect against viruses
When traveling to Aedes mosquito hot-spots, travelers should make it a priority to wear protective clothing and use netting when appropriate. There are safe mosquito repellent combinations that don't cause allergic reactions, that should be used early and often in mosquito hot-spots.
Travelers should also prepare their immune systems weeks before their trips, and should keep them strong while traveling. Preparing the microbiome by diversifying and strengthening the presence of good bacteria should be paramount. Using apple cider vinegar and prebiotic-rich raw honey in the diet on a daily basis for several weeks, can prepare the body to respond to viral attacks more rapidly and with greater efficacy.
The Loyola University Health System in Chicago discovered that certain Bacillus bacteria (good bacteria) in the digestive tract form spores during times of stress. When these bacteria spores meet B lymphocytes from the immune system, the molecules bind, activating the B cells to reproduce faster. This action promotes the rapid reproduction of antibodies to help fight against viral and bacterial infections.
As this study suggests, and as affirmed through personal experience, the extracts of astragalus root (Astragalus membranaceus) and goldenseal root (Hydrastis canadenisis) have a strong immune system modulating effect, helping stimulate macrophage responses in the body when inflamed by virus attacks.
The Department of Pathology and Laboratory Medicine, University of Texas-Houston Medical School, found that "both goldenseal and Astragalus were able to modify responses from lipopolysaccharide-stimulated macrophages, with identified Immunomodulatory effects to reduce production of TNF-alpha, interleukin (IL)-6, IL-10, and IL-12 in a dose-dependent manner. The results obtained indicate that both goldenseal and Astragalus exhibit abilities to modulate macrophage responses during stimulation."
