H2 O3 IllMA-ELITE INTRAVENOUS MEDICAL GRADE LED UBVI THERAPY

Combining both Hydrogen and Ozone Production in ONE System

The New H2 O3 LUMA-ELITE system can create both

99.9% Hydrogen (H2) or Medical Grade Ozone (O3) and is built into the most advanced Non-Invasive LED driven UVBI Unit 

Molecular Hydrogen (H2) is a gas which can be used therapeutically to help prevent oxidative stress damage. Molecular hydrogen can be inhaled as a gas or it can be dissolved into water or saline.

• Hydrogen gas inhalation has been tested for the mitigation of acute neurological impairment associated with stroke/heart attack or surgery.

• Hydrogen-rich water has been used to protect against oxidative stress and inflammation in a variety of conditions, including Parkinson’s disease, diabetes and metabolic dysregulation, kidney disease, hepatitis rheumatoid arthritis, and chemotherapy.

• Hydrogen water bathing is also popular in Japan for the maintenance of youthful skin and preventing wrinkles.
• Molecular hydrogen acts as an antioxidant to reduce hydroxyl radicals and peroxynitrite (ONOO-), but does not neutralize potentially beneficial free radicals, such as nitric oxide
• Hydrogen can also modulate miRNA expression and sign transduction pathways.

Ozone (O3) Therapy

The benefits of ozone on the body include:

• strengthening the immune system,
• stimulating white blood cells,
• preventing infections and 
• immune system deficiencies by destroying fungi, bacteria and viruses. It also helps to counteract cell mutations

Benefits of UVBI - LED Therapy Include:

• An increase in the synthetization of ATP resulting in more cellular energy

• An overall activation of the body’s systemic immune response

• A reduced level of viscosity in the blood resulting in improved circulation

• Stimulation of White Blood Cells

• Benefic Cardiovascular effects

• Promotes greater elasticity, better behavior, and more optimal functioning of red blood cells

• Greater amounts of oxygen received by the body

• Activates reparative and stabilizing pathways

• Fosters the release of Nitric Oxide, thereby stimulating the proper activation of telomerase

• Regulates (more specifically lowers) blood pressure

• Generally reduces inflammation

• Effectively deactivates pathogens such as viruses and bacteria

• Promotes detoxification

• Improves and enhances general disposition/mood, combats depression

• Promotes the production of Vitamin-D and Serotonin

• Induces pain relief

• Improves the state/function of the Hormone System

• Promotes the proliferation of Stem Cells

Mode of Action: Photobiology

• Quantum theory states that light is made up of photons i.e. packed electromagnetic energy. The potency of light therapy is determined by the number of these photons and their wavelengths. NIR (Near Infra-Red) has less potency in comparison to red light, and the intensity correspondingly increases from red to green, green to blue, etc.

• When photons come in contact with our bodies, they interact with organic molecules located within the tissue.

• Research indicates that certain of our cellular structures (most notably the Mitochondria) contain photoreceptors, which absorb specific wavelengths of light (different colors).

• When these wavelengths are absorbed, those structures signal various enzymes and proteins to produce changes in chemical reactions, metabolic activity, mobility, etc. Rippling across an entire cell, ultimately having effects on genetic expression.

The Mitochondrial Respiratory Chain

• The inner mitochondrial membrane contains 5 complexes of integral membrane proteins

These “complexes” are the mechanisms by which monochromatic visible and NIR radiations (light wavelengths) are absorbed by the cell. For our purposes of elaboration-

• Complex 1 (consisting of NADH dehydrogenase) is the mechanism responsible for absorbing blue and ultraviolet light wavelengths

• Complex 3 (consisting of cytochrome c reductase) is the mechanism responsible for absorbing green and yellow light wavelengths

• Complex 4 (consisting of cytochrome c oxidase) is the mechanism responsible for absorbing red and infrared light wavelengths

Benefits of UVC and UVA LED Light Absorption:

•In general, most pathogens have detrimental reactions when exposed to UVC light

• An increase in the production of Reactive Oxygen Species lead to delayed replication for pathogens. • The antimicrobial effects of UVC light result from increased production of toxic reactive oxygen species (ROS) and delayed pathogen replication

• UVC light is anti-microbial in that sense that exposure to it renders sub-lethal effects for pathogens, leaving them vulnerable to a deterioration of their immune system

• The human benefit of damaged internal pathogens, is that it naturally creates a release of antigens, allowing the body’s immune system to react by producing exact antibodies needed to fight off a specific strain

• Concurrently, the DNA sequence of a cell is interrupted and the pathogen finds itself unable to bind

Understanding the above, it becomes clear that irradiating the blood with Ultraviolet light improves health by strengthening and upgrading the immune system.

In addition to the above, UVC blood absorption has demonstrated additional therapeutic effects:

• Allows oxygen to be more readily absorbed into tissues through cells

• Eradicates infections that are viral, fungal and bacterial in nature

• Enhances the circulatory system by reducing agglutination in platelets facilitating blood vessel dilation

• Enhances detoxification by neutralizing or disposing of toxins

• Stimulates sterols and cortisone-type molecules, stimulating vitamin D

Benefits of Red LED Light Absorption:

• Benefic effects on vascular rheology (better blood flow)

• Lesser tendency towards platelet agglutination, as well as improved formability of red blood cells

• Activation of white blood cells (macrophages) towards phagocytosis (absorption and neutralization of microbial invaders)

• Additional benefic effects on White blood cells including lymphocyte proliferation, as well as B-and T-cell subpopulations

• Increase in production of antibodies, specifically Immunoglobulins: IgG, IgM and IgA

• Promotion of interleukins for regulating immune response, interferons inhibiting virus replication, and TNF-alpha for resistance to infection and cancers

• Tissues are regenerated with oxygen relieving hypoxia, and blood clotting is more readily regulated through fibrinolysis

• Increased propensity for the formation of “giant mitochondria” lea increased energy transfer and calcium propagation. Which stimulates the creation of metabolic pathways, ultimately promoting cell membrane potential

• Relief from spasms and pain

• Generalized sedative effects

Benefits of Green LED Light Absorption:

• Due to its natural affinity for Hemoglobin, green light has a tendency to attract and bind oxygen to the blood, leading to higher oxygen levels, resulting in increased elasticity and better overall function of red blood cells.

This in turn leads to a marked decrease in lactic acid

• Resulting in a Reduction of blood viscosity, along with an improvement on blood flow.

• Activates and stabilizes rheological pathways

• Benefis effects on the Sodium/Potassium Pump of cell membranes responsible for regulating homeostasis within and outside the cell

• Most notably, there is a 30% increase in ATP production in Mitochondria that have been irradiated with green laserlight

Benefits of Blue LED Light Absorption:

• Blue light brings about the release of nitric oxide (NO)

• NO has been proven to be a

-         A growth modulator

-         An immune modulator

-         A neuromodulator

-         A promoter of stem cell production

NO has also been shown to perform key functions in

-         Pain regulation (Analgesia)

-         The dilatation of blood vessels (vasodilation)

-         The development of new blood vessels (Angiogenesis) through signaling pathways (specifically the c-GMP pathway)

In this way, the NO release brought about by blue light activation leads to-

-         A promotion of vasodilation, leading to lower blood pressure and alleviation of variants of Coronary Artery Disease (endothelial dysfunction)

• The effects of blue light include the reduction of proteins (cytokines) that contribute to various inflammatory conditions

• Riboflavin and Curcumin are photosensitive. In the presence of blue light, they are activated to combat oxidative stress (Reactive Oxygen Species)

• Interestingly, an increase in production of NO activates telomerase in such a way that halts telomere reduction, promoting anti-aging. 

Benefits of Yellow LED Light Absorption:

Yellow Light yields significant benefits to the hormonal system. Included among them are: Improvement in production of Vitamin-D and Serotonin, marked improvements in emotional disposition by way of mood enhancement, and detoxification through a stimulation of

antioxidants/enzymes, often times resulting in pain relief in patients with chronic pain.

Benefits of UVBI - LED Therapy Include:

• An increase in the synthetization of ATP resulting in more cellular energy

• An overall activation of the body’s systemic immune response

• A reduced level of viscosity in the blood resulting in improved circulation

• Stimulation of White Blood Cells

• Benefic Cardiovascular effects

• Promotes greater elasticity, better behavior, and more optimal functioning of red blood cells

• Greater amounts of oxygen received by the body

• Activates reparative and stabilizing pathways

• Fosters the release of Nitric Oxide, thereby stimulating the proper activation of telomerase

• Regulates (more specifically lowers) blood pressure

• Generally reduces inflammation

• Effectively deactivates pathogens such as viruses and bacteria

• Promotes detoxification

• Improves and enhances general disposition/mood, combats depression

• Promotes the production of Vitamin-D and Serotonin

• Induces pain relief

• Improves the state/function of the Hormone System

• Promotes the proliferation of Stem Cells