By Joel S. Hirschhorn - December 3, 2021

So much talk about Omicron; so much fear mongering; so much talk about science. Most is nonsense. The best research has received little attention.

It comes from esteemed, senior French scientist: Dr. Jacques Fantini (pictured), Professor of Biochemistry and Molecular Biology at the University of Aix-Marseille.

You are about to learn what senior people in the public health establishment need to use, especially Fauci who claims he speaks for and represents “science.” If he knows the French research, he is not sharing it with the public, nor is the mainstream media.

The key scientific achievement by Fantini is the calculation of one key parameter he calls the index of transmissibility (T) of a COVID variant. The key work was published in June 2021 with the title “Structural dynamics of SARS-CoV-2 variants: A health monitoring strategy for anticipating Covid-19 outbreaks.” This research is very sophisticated, detailed and challenging. Genomic sequence data are used in the analyses of variants.

The molecular details of variants are analyzed to calculate T values for COVID variants. Originally, T values for known variants or strains of the COVID virus were determined. The T value for the Delta variant done in early 2021 accurately predicted the surge of Delta throughout the world, making it the dominant variant in many countries, including the US.

The T value accurately describes to what extent a variant is or is not very transmissible. The higher the value of T, the greater is the ease at which a variant is spread from one person to another. The higher the value, the more contagious is the variant. Fantini said how T values could serve a critical need: “T-index can be used as a health monitoring strategy to anticipate future Covid-19 outbreaks.” At this moment, the question is “Is the T value for Omicron of concern?”

So, now look at the following table that gives T values for the original five variants published by Fantini, plus what he has just released for the new Omicron variant.

Variant/T-index

Initial Wuhan/2.16

UK – Alpha/3.59

Brazil – Gamma/3.65

S.A. – Beta/3.82

Delta/10.67

Omicron/3.90

Delta stands out for having an extremely high T value compared to previous variants. No surprise that it quickly became the dominant variant globally.

And equally impressive is the relatively low T value for Omicron, just 37 percent of the Delta value. Omicron should not be of high concern by people and nations. It is in line with most pre-Delta variants. It is not exceptional. There is no scientific basis for all the hysteria about Omicron. As shown below, most people assessed with Omicron were vaccinated and got breakthrough infections showing vaccines offer little protection.

Additional Observations

Note that the higher the T value it is also likely the less effective are current vaccines for defending against the variant and protecting people from it (as real-world data given below show). However, the higher T value does not imply greater lethality. As is known by virologists, variants are smart enough to not kill their victims, which would also kill them and prevent them from spreading. Thus, high T value variants spread easily, can cause health impacts but do not necessarily kill people at a high rate.

Fantini said this: “For Omicron, the mutations go in all directions, without any particular logic, some annihilating each other. The mutational profiles …suggest that neutralizing antibodies [from vaccine immunity] will have very low activity on this variant. …This analysis of the Omicron variant suggests that this variant will not supplant Delta.” In other words, with far less spreading potential, Omicron is not likely to replace the much higher transmissible Delta prevalent globally. Even though reports keep coming in from different nations that Omicron has been found.

More positive insights had to do with the more than 30 mutations and exactly where they were located in the molecule. “The affinity of the Omicron … for ACE-2 [cellular material that causes infection] is decreased compared to all other variants analyzed to date, probably as a consequence of this accumulation of mutations.” Fantini is saying that Omicron is not only not as highly transmissible as Delta, it is also not as infectious.

Worth remembering is that all the current COVID vaccines were designed to address the earliest COVID virus molecule. Thus, they do not protect very well against later variants that have considerable mutations. Is protection zero? No. Current vaccines offer limited defense against variants because they only aim at a small fraction of the virus molecule components.

Vaccine Problems

In a more recent article, Fantini and an associate said: there is a “progressive loss of immunity induced by the two doses of vaccines directed against the spike protein” because current vaccines are not designed to defend against recent variants, including Delta and Omicron. Moreover, “the third vaccine [booster] dose can have serious long-term side effects due to the “ADE” phenomenon (Antibody-dependent enhancement: facilitation of infection by antibodies).

The benefit/risk ratio would be unfavorable.” In other words, like other researchers, they see the negative impact of current COVID vaccines that reduce protection offered by a person’s immune system. What is being said is that antibodies not only offer little protection but, instead, facilitate viral infection and promote release of new mutations or variants. This is consistent with considerable data showing correlations between higher vaccination rates and higher death rates at the national level . . .

[SNIP]