The current invention provides a biocompatible energy recharge system to normalize body functions for a mammal. Both stationary and circulatory scalar wave energy was produced and utilized to enable the entire body of a mammal to increase the energy potential of any cell in the body, to promote cell growth, to facilitate cell repair, and to reduce cell destruction, hence the cells, organs, systems and the entire body of a mammal become healthy, and to treat a disease or disorder. The invention is a combination of the generators of the three-dimensional bio-waves in the stationary and in the circulationary formats for empowering the cells in all parts of a mammal, and a method of using the 3D bio-waves uniformly to empower each organ of a mammal to restore and maintain the normal body health and function.

Apparatus and method for applying photobiomodulation (PBM) light illumination therapy to a patient. A light therapy bed has a PBM mesh structure supported by a rigid frame to form a patient support surface adapted to contactingly support the patient. The mesh structure has respective illuminating and non-illuminating strands which interconnect to form a conformable, open hammock-type support structure with an array of mesh apertures extending therethrough. The illuminating strands have light sources such as light emitting diodes (LEDs) which emit electromagnetic radiation at one or more selected frequencies. A control circuit activates the light sources in accordance with a selected modulation profile. In further embodiments, an upper PBM mesh structure can be lowered to concurrently irradiate the patient. The open mesh areas can constitute 50% or more of the overall areal extent of the mesh to provide patient cooling and application of additional light from a supplemental source.

A phototherapy apparatus is provided for delivering light to an infant. The phototherapy apparatus includes a light source sheet having light emitters that are electrically isolated from the external environment using an isolating covering. Light from the light emitters is diffused by a spacing layer before being emitted from the spacing layer.

In one or more arrangements, a system is presented for therapeutic light treatment. In one or more arrangements, the system includes chamber having a bed and a canopy operably connected thereto. The system includes a plurality of flexible light array pads positioned in the chamber so as to expose the patient to therapeutic light when operated. In one or more arrangements, the flexible light array pads have a plurality of light emitters positioned respectively in a plurality of windows. In one or more arrangements, the plurality of light emitters are configured to emit light in a plurality of different wavelengths. In one or more arrangements, the system includes a control system configured to control wavelength, intensity, waveforms and/or patterns of therapeutic light generated by the plurality of light emitters.