immortal gene

 immortal gene



The most common form of natural selection implies the differential survival of each entity. Some survive and some die. Another condition must be met for this selective death to have a powerful impact on the world. The condition is that each entity must exist in the form of numerous copies and that at least some of that entity must be able to survive a significant period of evolutionary time. Small genetic units satisfy this condition, but individuals, populations and species do not.



Genes are no longer indivisible, but they are rarely split. Genes are either definitely present in an individual's body or not present at all. Also, genes do not mix with other genes and travel through intermediate generations as they are.


If genes were constantly intermingled, natural selection would not have happened.


Another aspect of genetic particle nature is that it does not age. Just because a gene lives a million years doesn't mean it dies as easily as a gene that's lived a hundred years or so. Genes manipulate the body at will and are passed from body to body through generations as the body is destined to die senescence or abandon it before it dies.



Genes are immortal. It is defined as a genetic unit that fits the term immortal. As individual survival machines in this world, humans can live for decades. However, the life expectancy of genes in the world must be measured in units of 1 million years, not 10 years.


In a species that reproduces sexually, an individual is a genetic unit that is too large and short-lived to be an important unit of natural selection. Furthermore, a group of individuals is a much larger unit. Genetically speaking, individuals and groups are like clouds in the sky or sandstorms in the desert. They are a temporary assembly or association. From an evolutionary point of view, it is utterly unstable. Populations can persist for a long time, but as they constantly mix with other populations, they lose their identity. Populations also undergo evolution internally. A population is not independent enough to be a unit of natural selection. It is not stable enough to be selected for preference over other populations, nor is it difficult to see as a unit.


An individual's body appears to be sufficiently independent as long as it is maintained. However, when there is only one copy of an entity, evolution cannot occur through selection between entities. Sexual reproduction is not self-replication.


The object is not stable. Jeongcheop is a floating existence. Chromosomes also shuffle and disappear like a hand of cards. However, the shuffled card itself survives. This card is the gene. The gene is not destroyed by crossing over, just changing partners and continuing the march. That is the job of genes.


Genes are self-replicators and humans are their survival machines. When we fulfil our mission as survival machines, we are discarded. However, genes live in geological time and are eternal.


Genes are like diamonds, but they are different from diamonds. Diamond crystals continue to exist in a certain arrangement pattern of atoms. DNA molecules do not have such permanence. Any physical DNA molecule has a very short life. Obviously shorter than one lifetime. But theoretically, a DNA molecule could survive 100 million years in its copy form. Also, copies of certain genes, such as self-replicators, can spread throughout the world.


Characteristics of units that succeed in natural selection: longevity, fertility, and cloning.


Instead of using the word 'gene', it seems to make sense even if you read it with the word 'writing'.


The resonant writings of great writers, transcending time and space and awakening the human spirit, become immortal souls.

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