Non-kosher animals serve as primary and secondary hosts to Dicer, an extremely thermophilic enzyme. In other words, the enzyme is made up of heat-stable (thermo-stable) proteins. Dicer enzymes are highly heat-resistant, that is, they do not disintegrate under high temperatures. In the same vein, very high temperatures are required to hatch their very tiny eggs. Therefore, they do not reproduce successfully in their hosts. Rather, they reproduce successfully only underneath the earth crust where the temperature is extremely high—out of there, they come to the earth surface where they are found and ingested by their primary hosts and secondary hosts.
We have already stated that all the mitochondria in a cell are interconnected in a way that they form a network. During what we call the hidden phase of evolution, a Mitochondrion communicates with other mitochondria within the mitochondrial network via microRNAs that it produces. Similarly, during the emergent phase of evolution, the mitochondrial network communicates changes to the coding part of the genome in the Nucleus via microRNAs. Dicer disrupts evolutionary processes during the hidden phase and truncates even the emergent phase by triggering the formation of microRNA-Induced Silencing Complex (microRISC).
In other words,
(1.) The formation of microRISC, from microRNAs produced in the mitochondria, disrupts genetic evolution in the hidden phase which takes place inside the mitochondria.
(2.)Similarly, during the emergent phase, the mitochondria communicates with the nucleus through the transfers of microRNAs to the nucleus. The formation of microRISC from these microRNAs truncates genetic evolution at the emergent phase.
Without the presence of Dicer enzymes, microRISC cannot be formed.
Although Dicers are passed from parents to offspring, they have a lifespan of 3 to 4 human generations.After this timeline, they die naturally. Therefore, when humans abstain from non-kosher animals for 3-4 generations, they are wiped out of the lineage starting from the fifth generation—since they do not reproduce in their hosts due to the fact that they need extremely high temperatures to get their eggs hatched.
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