Energy Metabolism Governs Everything
Mastering Nutrition
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The Second Law of Thermodynamics: Random Mixing of Chemicals and Biochemicals
The second law of thermodynamics hopes that in the absence of an energy input, NADH and NAD+, must become randomly distributed amongst themselves. This random mixing of these biochemicals at the base creates two relevant secondary phenomena based built on top of them. Low retinolic acid compromises the differentiation of immune cells rather than becoming the cells that are most beneficial to have. And this takes away the rhythmic rise and fall of myeloid-derived suppressor cells during infection. These tertiary phenomena then lead to a coronary phenomena which is that the immune system fails to heavily discriminate between pathogen to be killed versus things that should be tolerated or left alone.
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