Microbe syntrophic associations (MSA) are cooperative microbial consortia — mixtures of microorganisms living together — as defined in the Vysotskii–Kornilova dossier. The term is central to the claimants' mechanism and to their reported results.
Role in the claim
The source states that transmutation in microbiological associations is 20× more effective than the same process in "one-line" (pure) microbiological cultures. The ScienceDirect abstract and the J. Condensed Matter Nucl. Sci. highlights both report this figure.
The 2022 Vid. Proc. Adv. Mater. report describes the later experiments (2000–2015) as realizing transmutation reactions "in microbe syntrophic associations (MSA) for long-lived reactor isotopes," and attributes the accelerated Cs-137 → Ba-138 transmutation to "growth and metabolism of optimal and resistant to strong radiation type of MSA." The report also states that the most optimal conditions and optimal MSA produced a 70% decrease in Cs-137 concentration over 15 days.
Evidence status
The 20× figure and the MSA-based results are the claimants' own reported findings. The dossier reports no independent replication. The Cs/Sr joint-transmutation paper's control-contamination caveat — yttrium and barium appearing in a control bioreactor with no added biomass, attributed to cross-inoculation — is relevant to how the MSA effect is attributed. See Biological Transmutation Claims vs. Evidence: Acceleration Factors, Control Contamination and the Absence of Replication.
Related pages
Source notes & attribution
- https://rexresearch.com/VysotskiiTransmutation/VysotskiiBiolTransmutation.html