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> Article 47
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II. Small Object Axioms |
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| 2.6 Polymer Axioms | ||
| Article 47-Complex Life Polymers | ||
| Canon 524 | ||
| The axioms within the Class of Natural Law of Hormones are: | ||
| 1. Hormones are one (1) of the four (4) Complex Life Polymers essential to the construction of more complex Hydro-Carbon Life. | ||
| 2. Hormones belong to the first level of the six (6) levels of Hydro-Carbon Life, with Hydro-Carbon Life itself being the sixth and final level of matter. | ||
| 3. Hormones are targeted Polymers released by a cell used to affect the function and performance of associated cells. All multi cellular life forms produce hormones. | ||
| 4. There are six (6) major classifications for Hormones being (smallest to largest) Neurols, Sterols, Amino Acids, Peptides, Polypeptides and Proteins. | ||
| 5. Neurol Hormones are Polymers also known as Neurotransmitters constructed of between ten (10) and forty (40) atoms such as Seratonin and Epinephrin. | ||
| 6. Sterol Hormones are Complex Polymers constructed of between two (2) to five (5) carbon rings such as Progesterone, Aldosterone and Androgen also known as Testosterone. | ||
| 7. Amino Acid Hormones are Amino Acids usually transmitted as neurotransmitters such as Gamma (GABA) and Histamine. | ||
| 8. Peptide Hormones are small chains of between five (5) and fifteen (15) Amino Acids such as Vasopressin (ADH), Vasoticin and Oxytocin. | ||
| 9. Polypeptide Hormones are small chains of between ten (10) and twenty (20) Amino Acids such as Somaptropin releasing factor (STHRF). | ||
| 10. Protein Hormones are small protein chains of between one hundred (100) and five hundred (500) Amino Acids such as Somaptropin, Insulin and Prolactin. | ||
| 11. While the variation of hormone types are large, the type of hormones produced and the types of hormones that effect a cell are specific to the type of cells, not the type of species. | ||
| 12. A hormone of the same type will affect the same type of cells in different species the same way- therefore demonstrating the hormone-cell type connection across species. | ||
| Canon 525 | ||
| The axioms within the Class of Natural Law of Complex Fat are: | ||
| 1. Complex Fat is one (1) of the four (4) Complex Life Polymers essential to the construction of more complex Hydro-Carbon Life. | ||
| 2. Complex Fat belongs to the first level of the six (6) levels of Hydro-Carbon Life, with Hydro-Carbon Life itself being the sixth and final level of matter. | ||
| 3. Complex Fat is the combination of three (3) simple fat molecules and a glycerol (sugar) molecule to create the complex molecule Triglyceride. | ||
| 4. A Natural arrangement of Triglyceride is to combine to form membranes and sphere capable of trapping or releasing water molecules. | ||
| 5. Due to structural integrity, complex fat cannot be “burnt”, only broken down through enzyme release. | ||
| Canon 526 | ||
| The axioms within the Class of Natural Law of Vitamins are: | ||
| 1. Vitamins are one (1) of the four (4) Complex Life Polymers essential to the construction of more complex Hydro-Carbon Life. | ||
| 2. Vitamins belong to the first level of the six (6) levels of Hydro-Carbon Life, with Hydro-Carbon Life itself being the sixth and final level of matter. | ||
| 3. Vitamins are complex polymers that interact as a catalyst with solid protein records or soluble protein reactors to enable a chemical reaction to complete successfully. | ||
| 4. Vitamins may be generally divided into two groups consistent with their function with types of reactor proteins: water soluble (such as Vitamin B group and Vitamin C) and solid soluble (such as Vitamin A, Vitamin D, Vitamin E and Vitamin K). | ||
| Canon 527 | ||
| The axioms within the Class of Natural Law of Proteins are: | ||
| 1. Proteins are one (1) of the four (4) Complex Life Polymers essential to the construction of more complex Hydro-Carbon Life. | ||
| 2. Proteins belong to the first level of the six (6) levels of Hydro-Carbon Life, with Hydro-Carbon Life itself being the sixth and final level of matter. | ||
| 3. Proteins are long, unique shaped chains of Amino Acids from eighty (80) to over one thousand (1,000) Amino Acids in length providing both unique shape and function/reaction to cellular based organisms. | ||
| 4. There are four (4) main classes of Proteins dependent upon their primary reactionary capability, namely: Structural, Liquid Reactors, Solid Reactors and Contractor/Expanders. | ||
| 5. Proteins depend upon the existence of a stable molecular atmosphere to co-exist. Most proteins fail to maintain performance outside of a narrow band of temperature extremes from less than 0 degrees Celsius to above 100 degrees Celsius. | ||
| 6. The integrity of individual Amino Acids in a protein chain is essential to a Protein forming in the correct shape and therefore functions. The corruption of one or more Amino Acids can lead to faulty protein performance and failure of one or more cells to function properly. | ||
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