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Mind Controlled Gene Expression: Difference between revisions

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[[DNA]] is a universal language that is the blueprint for all life. DNA is a molecule found in the nucleus of every cell and is made up of four chemical subunits that are represented by A, T, G and C. In DNA the nitrogenous base is made up of these nucleic acids; Adenine (A), Thymine (T), Guanine (G), and Cytosine (C). Metaphysically, each of these nucleic acids is connected to a base elemental substance of the planetary body as Earth, Water, Fire and Air. When we pollute these four elements in the earth, we pollute the corresponding nucleic acid in our DNA. This helps us to understand why the NAA instigates mass pollution and toxic dumping on the earth without accountability, because this is another way to directly damage the higher expression of human DNA. The order of these chemical subunits in the DNA strand holds a code of intelligent information for the cell. The [[Genetic Language]] uses these four chemical subunits to write the instruction set on how to make the proteins that the organism or body needs to develop, grow and live. Smaller segments of DNA are called genes and each gene holds an instruction set on how to produce a single protein, as well as generate the many messages to instruct the functions of the proteins within the body. [[Proteins]] are very important because they build the DNA ladder and they do all the enzymatic work in the cells that are required for the structure, function, and regulation of the body’s tissues and organs. Proteins regulate all of the metabolic reactions in the cell and serve as the enzymes needed to catalyze the body’s cellular reactions. Everything that can be seen in a physical biology is either made up of proteins or is the result of the functions of those proteins.
[[DNA]] is a universal language that is the blueprint for all life. DNA is a molecule found in the nucleus of every cell and is made up of four chemical subunits that are represented by A, T, G and C. In DNA the nitrogenous base is made up of these nucleic acids; Adenine (A), Thymine (T), Guanine (G), and Cytosine (C). Metaphysically, each of these nucleic acids is connected to a base elemental substance of the planetary body as Earth, Water, Fire and Air. When we pollute these four elements in the earth, we pollute the corresponding nucleic acid in our DNA. This helps us to understand why the NAA instigates mass pollution and toxic dumping on the earth without accountability, because this is another way to directly damage the higher expression of human DNA. The order of these chemical subunits in the DNA strand holds a code of intelligent information for the cell. The [[Genetic Language]] uses these four chemical subunits to write the instruction set on how to make the proteins that the organism or body needs to develop, grow and live. Smaller segments of DNA are called genes and each gene holds an instruction set on how to produce a single protein, as well as generate the many messages to instruct the functions of the proteins within the body. [[Proteins]] are very important because they build the DNA ladder and they do all the enzymatic work in the cells that are required for the structure, function, and regulation of the body’s tissues and organs. Proteins regulate all of the metabolic reactions in the cell and serve as the enzymes needed to catalyze the body’s cellular reactions. Everything that can be seen in a physical biology is either made up of proteins or is the result of the functions of those proteins.


One way genetic engineering works is by physically removing a gene from one organism and inserting it into another, giving the organism the potential ability to express the trait encoded by that inserted gene. The gene with desired traits must be coated and copied from thousands of genes that had been collected. This is called [[Gene Cloning]]. Repetitive gene cloning contributes to [[Genetic Mutations]] that are inherited in the organism's offspring, that can eventually destroy the original DNA imprint. The new gene clone is called a [[Transgene]] and is delivered into the cells of the recipient organism to generate some level of genetic transformation. The most common way to transform the transgene is to insert it into a bacteria or virus and then deliver it into the cells of the organism that is being engineered. Another method shoots microscopic gold particles coated with copies of the transgene into the cells of the recipient organism.
One way genetic engineering works is by physically removing a gene from one organism and inserting it into another, giving the organism the potential ability to express the trait encoded by that inserted gene. The gene with desired traits must be coated and copied from thousands of genes that had been collected. This is called [[Gene Cloning]]. Repetitive gene cloning contributes to [[Genetic Mutation]]s that are inherited in the organism's offspring, that can eventually destroy the original DNA imprint. The new gene clone is called a [[Transgene]] and is delivered into the cells of the recipient organism to generate some level of genetic transformation. The most common way to transform the transgene is to insert it into a bacteria or virus and then deliver it into the cells of the organism that is being engineered. Another method shoots microscopic gold particles coated with copies of the transgene into the cells of the recipient organism.


Genetic engineers using this method have little control over where the transgene inserts itself into the genome, and it may take many attempts to achieve a few viable transgenic organisms ready for breeding. Once transgenic organisms are created traditional breeding is used to improve the characteristics of the final product or genetically engineered creation. Genetic engineering is a way to add new traits to the gene pool of an organism, using anything in nature from a plant or animal to a human being.  As many of us realize, the exact same process has occurred with the genetic engineering used for [[Alien Hybridization]] methods in certain bloodlines of humanity, in order to achieve certain results that either enhance traits or degrade traits of the organic human body. The more genetic engineering the human body has endured, to be spliced with multiple other species such as black hole entities, the more the body loses its ability to activate original DNA and resume its organic function.
Genetic engineers using this method have little control over where the transgene inserts itself into the genome, and it may take many attempts to achieve a few viable transgenic organisms ready for breeding. Once transgenic organisms are created traditional breeding is used to improve the characteristics of the final product or genetically engineered creation. Genetic engineering is a way to add new traits to the gene pool of an organism, using anything in nature from a plant or animal to a human being.  As many of us realize, the exact same process has occurred with the genetic engineering used for [[Alien Hybridization]] methods in certain bloodlines of humanity, in order to achieve certain results that either enhance traits or degrade traits of the organic human body. The more genetic engineering the human body has endured, to be spliced with multiple other species such as black hole entities, the more the body loses its ability to activate original DNA and resume its organic function.