Live Blood Analyses Before and After Light Therapy....

Amazing results.

As many of you know, I do many more Services then Live blood.
However Live Blood is what I’ve been known for, for many years. Recently I decided to do a little experiment involving my Light/Frequency therapy and Live Blood.

At 10:03 am I collected a Blood sample from a 54 year old Fasting Female. This is what we captured.

Notice how they are all clumping together and once across the slide it was quite stagnant. At this time we moved into the Therapy Room where we ran an FScan and did a 20 minute FireFly Session on the Gut. Light used was Red Light, Infrared and Blue Light. Once completed we moved back to my Microscope Room and performed another Live Blood Collection. This is what appeared…..

Notice how they are separated and far apart from one another.

Even after the Sample had settled and was moving slower they still did not stick together and clump up in piles. Showing that no matter where you Treat the Body it in fact benefits the Body as a whole.

When I looked for Science Papers about this I found many. Most gave examples like this. (Taken from Google)

https://pmc.ncbi.nlm.nih.gov/articles/PMC3316879/

Light therapy, particularly red and near-infrared (NIR) light, can influence the electrical charge of cells and their function by stimulating cellular processes, particularly within mitochondria. This stimulation can lead to increased ATP production, which is the cell's primary energy currency, and also influence other cellular processes through redox signaling.

Here's a more detailed explanation:

1. Mitochondrial Stimulation:

• Red and NIR light are absorbed by molecules within mitochondria, particularly cytochrome c oxidase (CCO), which is part of the electron transport chain.

• This absorption can trigger a cascade of events that enhance mitochondrial function, leading to increased ATP production.

• The light may also help break down nitric oxide, which can inhibit mitochondrial function, allowing for more efficient energy production.

2. Redox Signaling:

• Light exposure can alter the cellular redox state (the balance of oxidation and reduction reactions), which plays a crucial role in various cellular processes, including cell signaling, proliferation, and survival.

• This redox signaling can be influenced by the interaction of light with molecules like reactive oxygen species (ROS) and calcium ions (Ca2+).

• For example, light-induced ROS production can trigger calcium signaling pathways, which are important for various cellular functions.

3. Membrane Potential and Cell Activation:

• In some cases, light can directly influence the electrical potential of cell membranes. For instance, pulsed infrared light has been shown to alter the capacitance of the plasma membrane, leading to depolarization and cell activation.

• This mechanism may be particularly relevant for stimulating nerve and muscle cells.

4. Potential Applications:

• By influencing cellular energy production and signaling, light therapy has potential applications in various areas, including wound healing, tissue regeneration, and pain management.

• The specific mechanisms and optimal parameters for light therapy can vary depending on the wavelength of light, the target tissue, and the desired outcome.

5. Further Research:

• While the mechanisms of light therapy are being actively investigated, some aspects, such as the precise role of redox signaling and the long-term effects of light exposure, require further research.

In summary, light therapy can modulate cellular electrical charge and function through various mechanisms, including mitochondrial stimulation, redox signaling, and direct effects on membrane potential. These effects can be harnessed for therapeutic purposes, but further research is needed to fully understand and optimize these applications.

In Closing, If this is what ONE Session of Light Therapy can achieve, imagine what many and multiple Sessions could achieve for those with Serious issues. This paper (https://www.uc.edu/news/articles/2022/08/using-light-to-restore-cell-function.html) even went to far as to say this….

”Jiajie Diao, PhD, one of the study’s authors, said hundreds of mitochondria are constantly coming together (a process called fusion) and dividing into smaller parts (a process called fission) to stay balanced in healthy cells. But when mitochondria are not functioning properly, there is an imbalance of this process of fission and fusion.

This imbalance can lead to a number of mitochondrial diseases, including neurodegenerative diseases like dementia and certain cancers.”

The more efficiently your cells create ATP energy through cellular respiration, the better your body can feel and perform. Red and NIR light from a supports mitochondrial function and the efficient production of ATP energy through cellular respiration. Red light therapy can improve the electron transfer process in the cell and work against the nitric oxide & oxidative stress build-up that weakens our cells and slows us down, helping our bodies maintain a healthy balance of energy created and energy used.

I have since bought a Green Light so I can administer the entire Spectrum of Light.
Such an exciting time to be alive!!!