Editorial.- 1. Codes of biosequences.- 2. The mechanisms of evolution.- 3. Catalytic propensity of amino acids and the origins of the genetic code and proteins.- 4. Why the genetic code originated.- 5. Self-referential formation of the genetic system.- 6. The mathematical structure of the genetic code.- 7. The arithmetical origin of the genetic code.- 8. Protein linguistics and the modular code of the cytoskeleton.- 9. A lipid-based code in nuclear signalling.- 10. Biological information transfer beyond the genetic code: the sugar code.- 11. The immune self code: from correspondence to complexity.-12. Signal transduction codes and cell fate.- 13. Towards an understanding of language origins.- 14. The codes of language: turtles all the way up?.- 15. Code and context in gene expression, cognition, and consciousness.- 16. Neural coding in the neuroheuristic perspective.- 17. Error detection and correction codes.- 18. The musical code between nature and nurture.
Über den Autor
Marcello Barbieri is Professor of Embryology at the University of Ferrara, Italy, president of the Italian Association for Theoretical Biology, Editor-in-Chief of the Journal of Biosemiotics, and Co-Editor of the Springer book series in Biosemiotics.
Editorial: The new frontier of biology; M. Barbieri.- Part 1: Codes and Evolution. 1. Codes of biosequences; E.N. Trifonov.- 2. The mechanisms of evolution: natural selection and natural conventions; M. Barbieri.- Part 2: The Genetic Code. 3. Catalytic propensity of amino acids and the origins of the genetic code and proteins; Á. Kun et al.- 4. Why the genetic code originated: implications for the origin of protein synthesis; M. Di Giulio.- 5. Self-referential formation of the genetic system; R.C. Guimarães et al.- 6. The mathematical structure of the genetic code; D. Gonzalez.- 7. The arithmetical origin of the genetic code; V. shCherbak.- Part 3: Protein, Lipid and Sugar Codes. 8. Protein linguistics and the modular code of the cytoskeleton; M. Gimona.- 9. A lipid-based code in nuclear signalling; N.M. Maraldi.- 10. Biological information transfer beyond the genetic code: the sugar code; H.-J. Gabius.- 11. The immune self code: from correspondence to complexity; Y. Neuman.-12. Signal transduction codes and cell fate; M. Faria.- Part 4: Neural, Mental, and Cultural Codes. 13. Towards an understanding of language origins; E. Szathmáry.- 14. The codes of language: turtles all the way up?; S.J. Cowley.- 15. Code and context in gene expression, cognition, and consciousness; S. Ó Nualláin.- 16. Neural coding in the neuroheuristic perspective; A.E.P. Villa.- 17. Error detection and correction codes; D.L. Gonzalez.- 18. The musical codebetween nature and nurture: ecosemiotic and neurobiological claims; M. Reybrouck.-
Building on a range of disciplines - from biology and anthropology to philosophy and linguistics - this book draws on the expertise of leading names in the study of organic, mental and cultural codes brought together by the emerging discipline of biosemiotics. The volume represents the first multi-authored attempt to deal with the range of codes relevant to life, and to reveal the ubiquitous role of coding mechanisms in both organic and mental evolution.
First multi-authored book on organic codes
Genetic code was only first of a long series of organic codes
Finally the rules of macroevolution looked for by generations of biologists
Organic codes are the key to understanding the major transitions of life history
Evolution took place by natural selection, conventions
Mental, cultural codes came after a three-billion-year history of organic codes