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Alla Kornilova, Sergey Gaydamaka and Vladimir Vysotskii previously reported speeding the decay of reactor caesium-137 by transmutation to barium-138 in growing microbial cultures. Caesium-137 and strontium-90 are the two long-lived reactor isotopes most dangerous to people, because the body absorbs them like potassium and calcium. Here they study stable strontium-88 turning into yttrium-89, as a stand-in for radioactive strontium-90. The work used anaerobic syntrophic microbial associations stimulated at a distance by weak undamped thermal waves. They report synchronised changes in strontium and yttrium, and in potassium and calcium, and suggest yttrium forms because it is a biochemical analogue of calcium.

LENR Transmutation of Stable Sr and K Isotopes in Activated Microbiological Syntrophic Associations