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> Article 48
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II. Small Object Axioms |
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| 2.6 Polymer Axioms | ||
| Article 48-Protein Types | ||
| Canon 528 | ||
| The axioms within the Class of Natural Law of Structural Protein are: | ||
| 1. Structural Protein is one of four (4) main classes of Protein defined by its main reactionary qualities. | ||
| 2. The primary function of Structural Protein is to provide structural integrity to cells and to key parts of the body of a multi-cellular organism. | ||
| 3. Collagen is the most common form of Structural Protein found in animals on Planet Earth, present in a wide range of areas including (but not limited to) tendons, ligaments, bone, skin, hair and teeth. | ||
| Canon 529 | ||
| The axioms within the Class of Natural Law of Liquid Reactor Protein are: | ||
| 1. Liquid Reactor Protein is one of four (4) main classes of Protein defined by its main reactionary qualities. | ||
| 2. The primary function of Liquid Reactor Protein is as a binding agent for other molecules and agents within the body of a cell or transport system within a multi-cellular organism. | ||
| 3. The most common Liquid Reactor Proteins within an animal are Albumin and Globulin. | ||
| 4. Albumin is a Liquid Reactor Protein that binds and assists in the transport of fatty acids through the blood system. | ||
| 5. Globulin is a Liquid Reactor Protein that helps bind specialized anti-bodies to foreign objects in the lymphatic system in response to the presence of an external or internal threat (antigen). | ||
| 6. Most Liquid Reactor Proteins require a co-factor to properly function, usually a liquid soluble Vitamin. | ||
| Canon 530 | ||
| The axioms within the Class of Natural Law of Solid Reactor Protein are: | ||
| 1. Solid Reactor Protein is one of four (4) main classes of Protein defined by its main reactionary qualities. | ||
| 2. The primary function of Solid Reactor Proteins also known as Enzymes is to help break down as well as the building of molecular structures suitable for transport through a cell or multi-cellular organism. | ||
| 3. Most Solid Reactor Proteins require a co-factor to properly function, usually a solid soluble Vitamin. | ||
| Canon 531 | ||
| The axioms within the Class of Natural Law of Expander/Contractor Protein are: | ||
| 1. Expander/Contractor Protein is one of four (4) main classes of Protein defined by its main reactionary qualities. | ||
| 2. The primary function of Expander/Contractor Protein is to provide a reliable lever – like function in expanding structure in the presence or absence of some catalyst. | ||
| 3. The most common Expander/Contractor Proteins in animals are Myosin found in muscle tissue, Tubulin found in all cells and Actin found in the majority of multi-cellular life forms. | ||
| 4. α-Tubulin and β-Tubulin form Tubulin Dimer, an essential component of all microtubules of cells and a natural binary memory system through a stable 0 or 1 position changed through the presence of pulses of electrons. | ||
| 5. The position of α-Tubulin and β-Tubulin into a Tubulin Dimer equating to either a starting position of 0 or 1 of binary memory is set at the time of construction of the tubulin dimer through the reading of DNA or RNA. | ||
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