Abstract: Disclosed is an apparatus for providing cranial therapeutic administration of directed energy. The apparatus may include an energy emission device positionable proximate to a surface of the subject's cranium. Further, the apparatus may include multiple energy portals in communication with any of a variety of suitable sources of directed energy. The multiple energy portals are capable of emitting directed energy directed towards the subject's cranium.

Abstract: The present disclosure relates generally to methods, apparatus and systems for beneficial administration of directed energy to target locations on subject. In some implementations, the directed energy is administered at or near the surface of the body and includes one or more forms of energy including but not limited to visible light, infrared light (IR), near infrared light (NIR), electromagnetic fields (EMF, whether pulsed, repetitive, or static), millimeter wave (MW), ultrasound (US) or other therapeutic wavelengths and/or energy forms.

Abstract: A method is provided that trains the immune system to resist cancer. A tumor of a biological organism is irradiated with millimeter waves having a prescribed frequency and power density. The biological organism thereafter exhibits an increased level of resistance to the growth of additional tumors, even at remote locations in the body.

Abstract: The present disclosure relates to methods and apparatus relates to the endogenous generation of stem cells. More specifically, the present disclosure describes an implantable device that may induce the dedifferentiation of nucleated cells into adult stem cells. In some aspects, the implantable device may further capture and deliver the generated stem cells to the target site for treatment.

Abstract: A new Hand Muscle Tension Measuring Apparatus for providing a therapeutic hand exercise aid and for obtaining an objective reading of finger muscle tension during rehabilitation. The inventive device includes a T-member, a support member slidably engaging the longitudinal portion of the T-member, a plurality of tension transducers positioned within the support member, a corresponding plurality of resilient loops connected to the tension transducers, and a display screen electronically coupled to the tension transducers to display the tension from each individual finger.