A research group led by Martin Fussenegger, a professor of Biotechnology and Bioengineering at the Swiss Federal Institute of Technology, has developed a method by which brainwaves control the creation of proteins from genes. The technology wirelessly transfers brainwaves to a network of genes that allows the human’s thoughts to control the protein synthesis of the genes. The system uses a uses an electroencephalogram (EEG) headset, which records and transmits a human’s brainwaves and sets it to the implant in the gene culture.
A successful experiment of the system included humans controlling gene implants in mice. When activated by brainwaves, the gene implant culture would light up by an installed LED light. The researches used the human protein SEAP as the protein that would be generated in the culture and diffused into the blood stream of the mice. The humans were categorized by their states of mind: “bio-feedback, meditation and concentration”. The concentrating group caused an average release of SEAP. The meditation group released high concentrations of the protein. Finally, the bio-feedback group produced varying degrees of SEAP, as they were able to visually control the production of the protein as they could view the LED light turning on and off during the production process. The LED light emits infrared light, which is neither harmful to human nor mice cells. The system proved successful in its ability to translate brainwaves into gene control and protein production and its potential for harmless integration into the living tissue of humans.
The research group hopes that in the future a thought-controlled implant could help prevent neurological diseases by recognizing certain brainwaves at an early stage of the disease and translating the brainwaves into the production of proteins and other molecules that would work to counteract the disease.