Research into the positive impact of electromagnetic millimeter waves on biological objects had been continuing for many decades. It has mainly concerned influencing the biosubstrate from the outside, our pharmabiotic, (LBP-Live Biotherapeutic Products), treats from the inside.
A major step forward was taken when a suspension containing treated yeast cells was developed. Although the manufacturing process was complicated and the shelf life very limited, it provided great opportunities for fact-finding research. The suspension was named Milmed, and the unique properties of the product originated from the electromagnetic millimeter wavelength-treated strain of yeast cells.
Case studies began in 2007 but the real work started when Professor Trevor Archer joined the existing team. He led 7 in vivo studies within a Parkinson’s model between the years 2008-2013 at Uppsala University.
The results of these studies formed the basis for the first patent application in the product's history, a patent for the treatment of neurodegenerative diseases that was approved back in 2011.