It's self-assembling synthetic biology nanotechnology. Basically it works to form a secondary artificial nervous system that can be remotely monitored and controlled by frequencies. Here, this will explain: https://youtu.be/pzW5Kb8u0Og

They casually admitted HIV was added into the C19 vacs.

Ancient Aliens: Alien Blood Types (S11, E10) | History
HISTORY

https://news.1rj.ru/str/DigitalSoldiers1

The real experts in camouflage are the leafhoppers and orchid mantises.

Live hearing 5-11 Covid-19 vaccine. https://youtu.be/_B6dQGpjefM

Wow! Ever see anything like this?

@TruthGiver1776 ☠️

Bill Gates — 1984 to 2018

@RedHatFrogs 🐸

NICE! 🍿🐸🇺🇸


https://news.1rj.ru/str/QNewsOfficialTV

Normalising Pedophilia ~

A snippet from Dutch researcher Janet Ossebaard's "the end of the world as we know it" series

https://news.1rj.ru/str/JoinScottie 🇦🇺

Santa Claus slides down the chimney leaving a gift for the good boys and girls under the Christmas Tree.

Santa Claus= claustrum the part of the brain that secrets the gift, the Christos Oil. It travels down the spine or the chimney. The gift is placed under the tree of life and the star on the tree is the pineal awakening when the Christ Oil is sent back up.
https://frankpersonaldevelopment.com/2018/12/08/santa-claus-is-an-inside-job/amp/

„Unexpected novel Merbecovirus discoveries in agricultural sequencing datasets from Wuhan, China“

„In this study we document the unexpected discovery of multiple coronaviruses and a BSL-3 pathogen in agricultural cotton and rice sequencing datasets. In particular, we have identified a novel HKU5-related Merbecovirus in a cotton dataset sequenced by the Huazhong Agricultural University in 2017. We have also found an infectious clone sequence containing a novel HKU4-related Merbecovirus related to MERS coronavirus in a rice dataset sequenced by the Huazhong Agricultural University in early 2020. Another HKU5-related Merbecovirus, as well as Japanese encephalitis virus, were identified in a cotton dataset sequenced by the Huazhong Agricultural University in 2018. An HKU3-related Betacoronavirus was found in a Mus musculus sequencing dataset from the Wuhan Institute of Virology in 2017. Finally, a SARS-WIV1-like Betacoronavirus was found in a rice dataset sequenced by the Fujian Agriculture and Forestry University in 2017. Using the contaminating reads we have extracted from the above datasets, we were able to assemble complete genomes of two novel coronaviruses which we disclose herein. In light of our findings, we raise concerns about biosafety protocol breaches, as indicated by our discovery of multiple dangerous human pathogens in agricultural sequencing laboratories in Wuhan and Fouzou City, China.“ [...]

„Furthermore, we have undertaken de novo assembly of a dataset from an Oryza sativa Japonica sequencing BioProject (PRJNA602160) and isolated a putative human infectious clone sequence containing a novel HKU4-r CoV. The clone was found to contain a hepatitis delta virus (HDV) ribozyme at its 3’-end in a format very similar to that of a Nipah virus infectious clone identified by Zhang (2021) from BioProject PRJNA605983 containing samples from five patients infected with COVID-19 at the early stage of the Wuhan seafood market outbreak amplification event (Zhou et al. 2020).“

„We also document the identification of biosafety level (BSL)-3 pathogen Japanese encephalitis virus (JEV) in cotton sequencing BioProject PRJNA380842, as well as a human infectious SARS-WIV1 CoV (Ge et al. 2013, Menachery et al. 2015) in rice sequencing BioProject PRJNA358135, and a HKU3-related CoV in Mus musculus sequencing BioProject PRJNA393936.“

„Considering that bat CoVs HKU4 and HKU5 are Middle East respiratory syndrome-related coronaviruses (MERS-r CoV) (Wang et al. 2014) and that MERS-CoV is a BSL-3 level pathogen (Algaissi et al. 2020), MERS-r CoV related research should be a highly regulated process, conducted within high-containment biosafety laboratories. The presence of contaminating reads of potentially human pathogenic MERS-r CoVs within agricultural research datasets, which do not have the same high biosafety standards or protocols as BSL3 laboratories (Klein, 2012; Heckert and Kozlovac, 2014), presents evidence of potential significant public health hazards associated with biosafety laboratories in Wuhan, China. Furthermore, the discovery of the unexpected Merbecovirus sequences, which were actively researched by WIV (Yang et al. 205, Luo et al. 2018), in HZAU datasets indicates potential cross-contamination between WIV and HZAU, both between samples and within multiplexed runs.“

https://arxiv.org/pdf/2104.01533.pdf

@P0P0P1P0