Medical, surgical and patient lighting apparatus, system, method and controls with pathogen killing electromagnetic radiation

A method of using an electromagnetic radiation system for providing bactericidal, germicidal, antimicrobial and/or pathogen killing effects to a target site of a patient or animal care, the method comprising the steps of:

• a) providing an electromagnetic radiation system deployable using an attachable device selected from the group consisting of an articulable arm, a floor stand, and a mobile base the electromagnetic radiation system comprising:
• a first electromagnetic radiation source configured to radiate a first electromagnetic radiation at a frequency selected from the group consisting of 1.489-1.350 petahertz (PHz), and 999-967 terahertz (THz);
• a second electromagnetic radiation source configured to radiate a second electromagnetic radiation at a frequency selected from the group consisting of 749-637 THz, 614-583 THz, and 475-384 THz;
• and
• a third light source configured to radiate visible light at a wavelength, bandwidth or frequency different to that of the second electromagnetic radiation, the third light source being configured or configurable to provide illumination for visibility of an entire surgical area of a patient;
• b) illuminating the surgical area of the patient with the visible light;
• c) selecting by a medical practitioner a suite of pathogens to be killed and destroyed utilizing the first and second electromagnetic radiation sources;
• d) controlling the first and second electromagnetic radiation sources by way of a computer system in operable communication with the first electromagnetic radiation source and the second electromagnetic radiation source to deliver pathogen lethal doses to the target site in real time as a surgery or medical procedure is in progress, where the first electromagnetic radiation source being activated with an adjustable power level and a dose time to achieve human safe pathogen destruction;
• e) administering the first electromagnetic radiation and the second electromagnetic radiation on the target site of the patient at an energy level and a dose time configured to destroy and kill microorganisms, viruses, bacteria, spores and human harmful pathogens and will not damage or kill human cells by using a frequency range of 1.489-1.350 petahertz at a power level and dose time of exposure used, and wherein the power level is 800 microwatts and wherein the dose time exposure is 12.5 seconds that results in a dose of 10 millijoules, the target site for the first and second electromagnetic radiation having a size greater than the entire surgical area;
• and
• f) providing bactericidal, germicidal, antimicrobial and/or pathogen killing effects to the target site by controlling a parameter of any one or any combination of the first electromagnetic radiation source and the second electromagnetic radiation source, wherein the parameter being selected from the group consisting of intensity, power level, electromagnetic radiation time, and a distance between the electromagnetic radiation system and the target area;
• wherein the dose time of the first electromagnetic radiation at the frequency range of 999-967 THz is configured to be a synthetic equivalent to portions of ultraviolet-B sunlight such that skin of the patient will synthesize vitamin D and D3 to promote biologic healing at the target site and the dose of the first electromagnetic radiation is administered to the target site one time near an end of the surgical or medical procedure;
• wherein the first electromagnetic radiation source and the second electromagnetic radiation source are configured or configurable to deliver human safe pathogen killing electromagnetic radiation at a predetermined power level in watts or milliwatts or microwatts over a set time, which yields the effective electromagnetic radiation dose, where electromagnetic radiation frequency at a certain minimum energy level in joules, millijoules or microjoules results in the pathogen destruction, thereby achieving the reduction or elimination of site specific infections at the target site on the patient in real time during surgical or medical procedures and postoperative patient recovery, and electromagnetic radiation doses are scheduled for and delivered to the surgical or medical procedure site one or multiple times during the surgery or medical procedure.