What is INFLAMMATION?
It is inefficiency in energy production in the mitochondria, primarily through electron escape in the electron transport chain and high deuterium concentration at Complex 5, resulting in over-production of reactive oxygen species (free radicals) and loss of redox potential (voltage).
More basically, your cells lose voltage and don't have enough energy to do all the things they need to do. Think of the scene in the movie Apollo 13 where the engineer on Earth is trying to figure out how to eliminate certain electronic devices in the spacecraft in order to conserve power for more important devices that the astronauts in space need to power. There isn't enough power for everything, so some functions have to be de-powered (eliminated).
When there is not enough mitochondrial voltage, the body and the cell have to make choices on which processes to power and which to shut off. The cell may decide to produce less insulin receptors (resulting in diabetes), or make fewer immune cells (resulting in infection), or make less T3 (resulting in thyroid problems). As the result of electron loss, more hydrogen peroxide is formed at Complex 4 and fails to convert to water. This and other free radicals steal electrons from other molecules thereby causing even more problems.
This is what inflammation really is.
Your doctor tells you that inflammation is redness, swelling, heat, pain, immune response, etc, but they don't know what is actually is.
How do you fix inflammation?
You fix it by restoring energy in the body. Two-thirds of our energy comes from sunlight and one-third comes from food (which is stored sunlight). Both your sunlight and your food need to be correct. You can't just get sunlight when it's convenient, and you can't just eat food that is convenient.
Both your sunlight and your food must be very deliberate and exact for human biology.
It is inefficiency in energy production in the mitochondria, primarily through electron escape in the electron transport chain and high deuterium concentration at Complex 5, resulting in over-production of reactive oxygen species (free radicals) and loss of redox potential (voltage).
More basically, your cells lose voltage and don't have enough energy to do all the things they need to do. Think of the scene in the movie Apollo 13 where the engineer on Earth is trying to figure out how to eliminate certain electronic devices in the spacecraft in order to conserve power for more important devices that the astronauts in space need to power. There isn't enough power for everything, so some functions have to be de-powered (eliminated).
When there is not enough mitochondrial voltage, the body and the cell have to make choices on which processes to power and which to shut off. The cell may decide to produce less insulin receptors (resulting in diabetes), or make fewer immune cells (resulting in infection), or make less T3 (resulting in thyroid problems). As the result of electron loss, more hydrogen peroxide is formed at Complex 4 and fails to convert to water. This and other free radicals steal electrons from other molecules thereby causing even more problems.
This is what inflammation really is.
Your doctor tells you that inflammation is redness, swelling, heat, pain, immune response, etc, but they don't know what is actually is.
How do you fix inflammation?
You fix it by restoring energy in the body. Two-thirds of our energy comes from sunlight and one-third comes from food (which is stored sunlight). Both your sunlight and your food need to be correct. You can't just get sunlight when it's convenient, and you can't just eat food that is convenient.
Both your sunlight and your food must be very deliberate and exact for human biology.
This article does NOT constitute medical advice.
Consult with your physician before making any changes to your medical plan.
Consult with your physician before making any changes to your medical plan.
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