Tuesday, January 10, 2017

Mitochondrial Coupling Haplotypes: Loosely Coupled vs Tightly Coupled

How is your coupling efficiency in your mitochondria? If you have equatorial African haplotype, you have a high coupling efficiency in mitochondria, which means you are highly efficient at pumping protons across the innermitochondrial membrane which allows you to produce the maximum amount of ATP with the minimum amount of heat, thus requiring less calories from food. If you have the Northern European haplotype, you have more loosely coupled mitochondria, which means you need to consume more calories from food to pump the same amount of protons to produce ATP. With the higher calorie consumption, more heat is generated.

Could where you live affect your coupling efficiency in your mitochondria? Yes. In warm climates, we become tightly coupled to increase ATP production and decrease heat production. In cold climates, we become loosely coupled to use more calories for both ATP and heat production.


Why would Mother Nature select for these genomic changes to occur? So that we can adapt to our environment. As equatorial Africans migrated to northern regions, these genetic mutations began to appear. Living by the tropics presents the stress of strong UV light, as well as predators like lions, so humans must have high efficiency for ATP production. Living by the poles presents a different form of stress: low ambient temperatures that shifts priorities to heat production by burning massive amounts of fat calories.


If we compare ourselves to a tree, we know that because of photosynthesis a tree does not need to eat. The reason is they harness the energy of the sun, while plugged into the earth’s magnetic flux to regenerate constantly by receiving free electrons from earth. Humans have evolved to move freely, thus intermittently disconnecting from the earth’s magnetic field. Because of this, humans developed backup systems through endosymbiosis which involved stealing from parasitic bacteria that gave us our mitochondria. Mitochondria are the power houses of our cells and used as backup systems to generate energy by inputting electrons from food, and pumping out protons to produce ATP. At the end of the day, we eat food for electrons. No need to overcomplicate it any further. We do not need to eat food at night, because we are designed to sleep on the earth to receive free electrons.


When you live under strong UV light, and connect to nature, you live more like a tree, and need less food. Hey, isn’t calorie restriction proven to increase longevity? Ever think about how hard it might be to restrict calories long term? Well now you know the secret: manipulation of strong sunlight, and the earth’s magnetism. If you live this way, you will automatically eat less, and experience longevity without effort. This is because you are harnessing your energy (photons) from the sun, and using them to power the electrons you receive from the earth to generate your energy. With this, you require less reliance of your mitochondria to do the work. The less you rely on your mitochondria, the less free radicals you produce, the less inflammation and aging you experience. If you don’t believe me, I suggest you start reading the work of Dr. Doug Wallace, expert in mitochondrial biology. He proves that nearly every chronic, Neolithic disease humanity faces today is due to mitochondrial defects caused by energy deficiencies from our environment.

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