This is SCARY STUFF, and I apologize for the length but felt it was important enough to provide as much info as possible.

Mosquitos that have been designed to carry vaccines in their saliva have been used to inoculate bats against the rabies and Nipah viruses, Nipah is a rare bat-borne virus that supposedly has infected people in several Asian countries. Scientists are investigating whether this technique could stop such viruses from "spilling over" from bats to people, but other researchers are skeptical about whether the strategy could be implemented in the wild, such as ensuring huge vaccination coverage in wild bat colonies.

There is no set date when this will happen.

While designed for a "limited spread," there are CONCERNS about the ECOLOGICAL RISKS OF RELEASING ENGINEERED VIRUSES INTO THE ENVIRONMENT, say the researchers.

Furthermore, questions exist about whether vaccinating bats will stop them from spreading viruses they already carry.

The use of mosquitos to DELIVER VACCINES, even to animals, raises HUGE questions about the ecological impact and POTENTIAL UNFORSEEN CONSEQUENCES.

A recent study identified 3,625 Biosafety Level 3 and Level 4 laboratories worldwide. 73% do not disclose their locations or pathogen activities.

China is actually preparing Nipah virus test kits nationwide and Wuhan Institute of Virology announced it had identified a potential drug that could treat Nipah. In December 2019, Wuhan was working on a Nipah virus infectious clone.

Additionally, the WHO has repeatedly listed Nipah Virus among its priority pathogens with pandemic potential.

So, there we have it. In summary:

1. Wuhan Institute of Virology is involved in the development of "ecological" or vaccine-carrying mosquitos designed to immunize wild animals against disease.

2. The technology is aimed at vaccinating bats against zoonotic diseases (like Rabies and Nipah virus).

3. Scientists engineered a vaccine using the vesicular stomatitis virus (VSV) to be delivered to mosquitos. When these mosquitos bite bats, they deliver the vaccine, prompting an immune response.

4. The goal is to create "ecological vaccination" to control virus spread in animal reservoirs without needing to capture and handle them.

5. Studies indicate this approach of using vaccine-carrying mosquitos was effective in controlled experimental conditions.

RISKS??? 1, Engineered Virus Risks - The vaccines often use recombinant viruses (such as weakened Stomatitis Virus) to deliver the vaccine. There is a risk that these engineered viruses could mutate or recombine with other viruses in the wild, potentially becoming virulent.

2. Ecological Disruptions - Introducing large numbers of modified mosquitos into an environment may have unintended, unpredictable consequences on the local ecosystem.

3. Limited Spread vs. Uncontrolled Spread - Researchers try to mitigate risks by using a "limited spread" approach (using sterilized mosquitos) rather than a "transmissible" vaccine, which could spread uncontrolled through bat populations.

4. Unclear Impact on Disease Transmission - While lab studies show vaccinated bats survive rabies, it's unclear if the vaccine significantly reduces the amount of virus carried by wild bats or their potential to spread.

5. Manipulating wildlife populations on a large scale creates ethical dilemmas.

I could go on and on, but I'm done here and feel ill from reading so much about this today.

https://www.todayville.com/the-next-plandemic-3625-biolabs-nipah-virus-patents-and-self-amplifying-mrna-injections-an-accident-waiting-to-happen/

https://www.gavi.org/vaccineswork/scientists-turn-mosquitoes-flying-vaccines

https://www.independent.co.uk/news/science/bats-vaccine-rabies-nipah-mosquitoes-b2936189.html