It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
13And he doeth great wonders, so that he maketh fire come down from heaven on the earth in the sight of men,
Rev 13:17And that no man might buy or sell, save he that had the mark, or the name of the beast, or the number of his name.
καὶ φῶς λύχνου οὐ μὴ φάνῃ ἐν σοὶ ἔτι, καὶ φωνὴ νυμφίου καὶ νύμφης οὐ μὴ ἀκουσθῇ ἐν σοὶ ἔτι· ὅτι οἱ ἔμποροί σου ἦσαν οἱ μεγιστᾶνες τῆς γῆς, ὅτι ἐν τῇ φαρμακίᾳ σου ἐπλανήθησαν πάντα τὰ ἔθνη,
... or in English ...
and the light of a lamp will shine in you no more, and the voice of bridegroom and bride will be heard in you no more, for your merchants were the great ones of the earth, and all nations were deceived by your sorcery.
"fire" = coronavirus
"mark" = covid-19 vaccine
", save" = -- save (rapture)
COVID-19 vaccine types in development
Candidates in Clinical Phases I-III
Whole virus
15
Protein subunit
13
Nucleic
20
Viral vector
15
As of 26/01/2021
Source: WHO: Draft landscape of COVID-19 candidate vaccines Created with Datawrapper
The whole-microbe approach
Inactivated vaccine
The first way to make a vaccine is to take the disease-carrying virus or bacterium, or one very similar to it, and inactivate or kill it using chemicals, heat or radiation. This approach uses technology that’s been proven to work in people – this is the way the flu and polio vaccines are made – and vaccines can be manufactured on a reasonable scale.
However, it requires special laboratory facilities to grow the virus or bacterium safely, can have a relatively long production time, and will likely require two or three doses to be administered.
Live-attenuated vaccine
A live-attenuated vaccine uses a living but weakened version of the virus or one that’s very similar. The measles, mumps and rubella (MMR) vaccine and the chickenpox and shingles vaccine are examples of this type of vaccine. This approach uses similar technology to the inactivated vaccine and can be manufactured at scale. However, vaccines like this may not be suitable for people with compromised immune systems.
Viral vector vaccine
This type of vaccine uses a safe virus to deliver specific sub-parts – called proteins – of the germ of interest so that it can trigger an immune response without causing disease. To do this, the instructions for making particular parts of the pathogen of interest are inserted into a safe virus. The safe virus then serves as a platform or vector to deliver the protein into the body. The protein triggers the immune response. The Ebola vaccine is a viral vector vaccine and this type can be developed rapidly.
The subunit approach
The genetic approach (nucleic acid vaccine)
Unlike vaccine approaches that use either a weakened or dead whole microbe or parts of one, a nucleic acid vaccine just uses a section of genetic material that provides the instructions for specific proteins, not the whole microbe. DNA and RNA are the instructions our cells use to make proteins. In our cells, DNA is first turned into messenger RNA, which is then used as the blueprint to make specific proteins.
There is increasing anxiety that the vaccine is the mark of the beast, and the more they press it on us and the more they mandate it, the more this will be a rising hysteria.
I don't believe it is simply because it will be completely clear when the time comes, and it will be connected in one way or another to worship of a sort, even if it's a secular form of worship (i.e, science worship).