1. Introduction

    1. 3 basic realizations of the genetic code

    2. 3 models of bioharmony

    3. About the geometric interpretation of icosahedral and other symmetries

    4. Mistracks

  2. Interactions between various levels

    1. The independence of the interaction energy on frequency

    2. The independence of cyclotron energy on frequency and Nottale hypothesis

  3. Homonymy of the genetic code

    1. Variations of the genetic code

    2. Wobble base pairing

  4. TGD view about homonymies

    1. Homonymies for DRNA-3-chord correspondence

    2. The map DRNA-DtRNA by 3-chords

    3. Homonymies for RNA-AA correspondence

    4. Homonymies for RNA-tRNA correspondence

  5. About the details of the genetic code based on bio-harmony

    1. Why 3 icosahedral harmonies and 1 tetrahedral harmony?

    2. Could stop codons correspond to dissonant 3-chords?

    3. How could the representations of genetic code as dark 3-chords and nucleotide triplets relate?

  6. How to produce beautiful bio-music?

    1. Are beautiful chord sequences continuous in some sense?

    2. What about melody?

    3. Summary

  7. Is genetic code part of fundamental physics in TGD framework?

    1. 3 basic realizations of the genetic code

    2. Genetic code and hyperbolic tesselations

    3. Hyperbolic tesselations and genetic code?

  8. MeshCODE theory from TGD point of view

    1. Some basic facts

    2. Could adhesion structures act as classical computers?

    3. TGD interpretation of adhesion units as quantal force sensors

    4. An application to memory and learning

  9. Appendix: Tables of basic 3-chords for the icosahedral harmonies with symmetries