A frog put through a blender (entropy) is not a living frog (negentropy).

Emanuel Revici, M.D. (1896-1998) discovered the hierarchic biological systemization of electropositive entities binding successive electronegative entities (to live inside).

A proton is electropositive in relationship to the more electronegative electrons it captures (to live inside).

This pattern evolves in complexity and size, a smaller electropositive (Yang) entity capturing a larger more electronegative (Yin) entity as its environment (to live inside), and so on up the line of evolution, not unlike the design of a Russian nesting doll.

Just as an individual is part of a family, a family is part of a neighborhood, a neighborhood is part of a city, a city is part of a county, a county is part of a state, a state is part of a nation, and a nation is part of the world …

(1) protons sequester themselves inside their electrons — capturing a safer and more stable environment for the proton (jointly termed an “atom”)

(2) atoms live inside molecules — capturing a safer and more stable environment for the atom)

(3) molecules live inside nitrogen-carbon-nitrogen-carbon (N-C-N-C) groups

(4) N-C-N-C groups live inside alkaline amino acids

(5) alkaline amino acids live inside histones

(6) histones live inside deoxyribonucleoproteins

(7) deoxyribonucleoproteins live inside genes

(8) genes live inside chromomeres

(9) chromomeres live inside chromosomes

(10) chromosomes live inside cellular organelles — the dimension of viruses (0.025 to 0.25 microns), vulnerable to cancer in situ

(11) organelles live inside cells — the dimension of bacteria (0.1 to 2 microns), vulnerable to carcinomas from the cytoplasm

(12) cells live inside tissues — the dimension of fungi, algae, and protozoa (0.5 to 40 microns), vulnerable to sarcomas from connective formations

(13) tissues live inside organs — vulnerable to lymphomas and leukemias from lymphatic formations

(14) organs live inside the organism — vulnerable to myeloblastic leukemia from granulocytes

Q – Why is cortisol measured so often?

A – Cortisol is easy to measure because it manifests at the top of the hierarchic level, Number 14.

Q – Are sodium and potassium opposed to one another?

A – No, they live on different hierarchic levels (above and below, different “floors” of the building called “body”).

Sodium and magnesium live on the same level (side by side in adjacent “rooms” in the building called “body”) and are opposed to each other.

Potassium and calcium live on the same level (side by side) and are opposed to each other.