Researchers at the Academy of Military Medical Sciences found that non-thermal 2856 MHz RF radiation enhanced the function of blood-forming stem cells in mice. The study demonstrates a specific mechanism: RF increases cell membrane fluidity, accelerating calcium efflux and keeping stem cells in a metabolically quiet state that improves their function.
"Non-thermal 2856 MHz RFR enhanced HSPCs colony formation activity and reconstitution capacity, without compromising the multilineage differentiation homeostasis."
"RFR preconditioning accelerated hematopoietic recovery following ionizing radiation and increased radioprotection unit frequency."
"Our results provided the first evidence that non-thermal RFR can improve HSPCs function. The central mechanism involved RFR-induced plasma membrane fluidity, activation of PMCA, thus accelerating Ca2+ efflux and maintaining HSPCs in a metabolically quiescent state."
