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III. Medium Object Axioms |
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3.1 Cellular Axioms |
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Article 53-Cellular Life and Death |
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Canon 556 |
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The axioms within the Class of Natural Law of Cellular Early Life are: |
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1. CELLS are born either by the WEAK CHEMICAL FISSION of the CELL into 2 new CELLS, or by WEAK CHEMICAL FUSION of two CELLS into one new CELL. |
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Canon 557 |
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The axioms within the Class of Natural Law of Cellular Life are: |
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1. All Cells have telomeres at the end of chromosomes, which limit the number of times a Cell will replicate. |
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2. Telomeres are sacrificed each time a Cell replicates and is reborne, with some cells capable of regenerating telomeres through an enzyme called telomerase reverse transcriptase. |
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3. The goal of all species cell life is the sustainment of the species. |
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4. The integrity of DNA naturally deteriorates over time after multiple replications and external influences such that a cell that has replicated a significant number of times may have quite degraded DNA compared to a very young cell of the same species. |
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5. Deterioration and errors in DNA can lead to the inheritance of genetic defects leading to hereditary disease and possible extinction of a species or line of the species. Yet acquired immune response to a threat is vital information to be passed to the next generation of the species. |
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6. The optimum balance of most multi-cellular species is to replace and procreate earlier in the life cycle, to optimize the integrity and quality of DNA, while still providing potentially new information on immune response. |
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7. Species cells therefore program themselves to die for the The Cell in theory, given normal conditions could sustain itself through significant generations if |
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Canon 558 |
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The axioms within the Class of Natural Law of Cellular Death are: |
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1. The telomeres at the end of chromosomes controls the number of times that a certain cell will replicate. |
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2. When the telomeres reach a certain minimum level, most species cells will not replicate again. |
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3. Species cells therefore program themselves to die for the benefit of the species. |
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4. If a species did not program cells to die, then a species may procreate after extended periods, passing badly deteriorated DNA leading to significant potential genetic defects, leading to the possible extinction of the species within a few generations. |
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