1. Introduction

    1. Many-sheeted DNA

    2. Realization of the genetic program

    3. Are nonchemical transcription factors and nonchemical gene expression possible?

    4. Model for the genetic code

    5. The relationship between genetic and memetic codes

    6. Mersenne hypothesis

    7. Fractal hierarchy of magnetic flux sheets and the hierarchy of genomes

  2. Background

    1. DNA and RNA

    2. Proteins

    3. Replication, transcription, translation

    4. Introns, pseudogenes, repetitive DNA, silent DNA

    5. Is Central Dogma an absolute truth?

    6. Is life nothing but biochemistry?

  3. Many-sheeted DNA

    1. Many-sheeted DNA as hierarchy of genetic programs

    2. Possible answers to the basic questions

    3. What is the number of the levels in program hierarchy?

    4. Band structure of chromosomes as an evidence for many-sheeted DNA?

  4. About the notion of genetic program

    1. What the notion of genetic program could mean?

    2. Genes and genetic programs

    3. DNA as a topological quantum computer

  5. Ideas about concrete realization of genetic programs

    1. How gene expression is regulated?

    2. Model for the physical distinction between exons and introns

    3. The phenomenon of superimposed genes

    4. Possible explanations of the silent DNA

    5. About genetic evolution

  6. Ideas about concrete realization of genetic programs

    1. How gene expression is regulated?

    2. Model for the physical distinction between exons and introns

    3. The phenomenon of superimposed genes

    4. Possible explanations of the silent DNA

    5. About genetic evolution

  7. TGD inspired ideas about the regulation of morphogenesis

    1. Biological alarm clocks and morphogenesis

    2. Could vacuum quantum numbers control gene expression via Josephson currents

    3. Early morphogenesis of Drosophila

    4. Hox genes

    5. Evolution of Hox genes

    6. Characteristic features of Hox genes

    7. TGD based model for Hox genes