This manuscript reports on deriving a unique genetic code structure using symmetry principles, indicating broader implications for genetic coding systems.
Key Points
The aim is to derive the genetic code's degeneracy spectrum using the symmetry constraint known as First-Classness.
Applied a group-theoretic approach to impose First-Classness on nucleotide generators.
Analyzed 64 triplet codons and determined their orbit structure.
Tested balance conditions against extensive codon-usage data covering approximately 70,950 genomes.
Derived a unique orbit structure that aligns with the universal code's synonymous-family sizes.
Identified special roles for codons AUG and UGG as singletons within the new structure.
Provided software enabling reproduction of key plots and statistical outputs from the analysis.
Cite This Study
Douglas Joseph Huntington Moore (2026) studied this question.