The present disclosure describes a method of regulating (re-balancing) the brain's immune system to decrease occurrence and/or severity of age-related diseases and increase life span. According to the method, an array of electromagnetic emitters are positioned proximal to the subject. An electromagnetic wave generator generates electromagnetic waves at a predetermined set of parameters. In an example of the emitters positioned proximal to the subject's head, the brain's immune function is normalized/rebalanced in an area under the electromagnetic emitters by applying the electromagnetic waves to the subject through the electromagnetic emitters. With either head or body placement of emitters, a rebalancing of the brain's cytokines/immune mediators occurs, which should result in less occurrence or severity of age-related diseases and, thus, increase human life span. Alternatively, electromagnetic treatment may increase human life span through other mechanism(s) or effects that work independent of, or in concert with, a reduced occurrence/severity of age-related diseases.
BRAIN IMMUNOREGULATION AND INCREASED HUMAN LIFE SPAN THROUGH TRANSCRANIAL ELECTROMAGNETIC TREATMENT