glucose

microRNA-mediated cures (5)

“Dead” nucleotides are biophysically constrained pH-dependent single nucleotide substitutions (SNPs). See first: microRNA-mediated cures (4) Remember what’s been known for decades about dead nucleotides, nucleotide substitutions that are biophysically constrained, when you read about the prevention of bioterrorism and public health fascism in Imagination and remembrance: what role should historical epidemiology play in a world microRNA-mediated cures (5)

Nature vs Science and Autophagy.pro

Conclusion: The anti-entropic virucidal energy of sunlight links food energy directly from the innate immune system to all morphological and behavioral diversity. It all about energy. It’s all about the creation of enzymes. It’s all about the base pairs. Until the day that I launched Autophagy.pro, I had only one or two Facebook posts that Nature vs Science and Autophagy.pro

Masters of deception about nature (2)

See my other blog posts on RNA methylation Thanks for your review of How Can Physics Underlie the Mind?: Top-Down Causation in the Human Context (The Frontiers Collection) Others linked the sun’s anti-entropic virucidal energy from energy-dependent changes in hydrogen-atom transfer in DNA base pairs in solution to supercoiled DNA, which protects all organized genomes Masters of deception about nature (2)

Thermotolerance and longevity (2)

See also: Thermotolerance and Longevity This article is part of the Research Topic Brain nutrient sensing in the control of energy balance: new insights and perspectives Excerpt: It is well established that nutrients act as signaling molecules in synergy with nervous and hormonal signals to inform the brain about the nutritional status of the body. Thermotolerance and longevity (2)

A Dictionary of Animal Behavior, Ecology and Evolution (excerpt)

A single note accurately represents what is known about the epigenetic effects of nutrient chemical-dependent (i.e., glucose-regulated) survival, growth, and the advent of sexual reproduction in microbes like yeasts. It extends my model from microbes to man via the common molecular mechanisms