Holistic Approaches in Mental Health and Wellness
Resurrecting Osiris: A DNA Computing Model of Mythological Restoration Using Plasmid Vectors and Polymerase Based Code Execution
Abstract
Chur Chin
In ancient Egyptian mythology, King Osiris was dismembered by his brother Set and reassembled by his wife-sister Isis, leading to his resurrection. This paper interprets this myth through the lens of DNA computing, proposing that the symbolic act of resurrection can be modeled as a synthetic biological operation using plasmid vectors, DNA polymerases, and cryptographic genetic coding manuals. We propose that Isis functioned as a molecular biologist, reconstructing Osiris via a gene cloning framework. The “coding manuals” are interpreted as encrypted templates for genome reconstruction, with DNA polymerase acting as the quantum executor of these codes. This mythological metaphor illustrates how DNA computing, plasmid design, and AI-based inference engines could operate in theoretical bioinformatic resurrection scenarios.