DETAILED SLIDE INDEX
- 1. Introduction
- 2. Two major questions
- 3. Genetic tools
- 4. Advantage of uniparental markers
- 5. Limitations of uniparental genetic systems
- 6. Who are the ancestors of modern Europeans?
- 7. Neanderthals are not our ancestors
- 8. Homo neanderthalensis
- 9. Location of Neanderthal remains
- 10. Homo neanderthalensis: questions
- 11. Human mitochondrial DNA (mtDNA)
- 12. Human mtDNA genome
- 13. Skeletal remains first analyzed for mtDNA variation
- 14. Neanderthal mtDNA and modern mtDNA
- 15. The recent African genesis of humans
- 16. Origin of modern humans
- 17. When did modern humans arrive in Europe?
- 18. Homo sapiens paleoanthropological data
- 19. Dispersal of modern humans in Eurasia
- 20. What about the genetic evidence?
- 21. mtDNA genetics
- 22. Maternal inheritance and lack of recombination
- 23. What is a mtDNA haplogroup?
- 24. The mtDNA process of molecular differentiation
- 25. Molecular approach to determine mtDNA variation
- 26. Worldwide mtDNA phylogeny
- 27. Out of Africa dispersal
- 28. Paleoenvironmental evidence
- 29. Temperature change over the last 150 ky (1)
- 30. Out of Africa and back again?
- 31. Spatial frequency map of M1
- 32. Spatial frequency map of U6
- 33. Levantine early upper paleolithic in Africa
- 34. Phylogeny of M1
- 35. Phylogeny of U6
- 36. Conclusions about M1 and U6
- 37. Overall scenario - migration to Africa and Europe
- 38. What is U5?
- 39. Haplogroup U in the worldwide mtDNA phylogeny
- 40. The numerous clade within haplogroup U
- 41. What occurred within Europe while U5 arrived?
- 42. "Classical" genetic markers
- 43. Principal component analysis (PCA)
- 44. First PC
- 45. Second PC
- 46. Third PC
- 47. mtDNA data: alternative explanation in the 2nd PC
- 48. PCA of mtDNA haplogroup profiles
- 49. Haplogroup H in the worldwide mtDNA phylogeny
- 50. Glacial refuge - source for the European gene pool
- 51. Phylogeny of H
- 52. Spatial frequency maps
- 53. Spatial frequency map of V
- 54. Haplogroup V in the worldwide mtDNA phylogeny
- 55. Coalescence ages of H1, H3 and V
- 56. Temperature change over the last 150 ky (2)
- 57. Conclusion about Franco-Cantabrian refuge area
- 58. mtDNA reveals unexpected population links
- 59. Phylogeny of U
- 60. Subhaplogroup U5b1b
- 61. Current location of populations harboring U5b1b
- 62. Saami
- 63. Berbers
- 64. Population distribution of U5b1b
- 65. Conclusion about U5b1b
- 66. Major role played by glacier refuge areas at LGM
- 67. Y-chromosome haplogroups in Europe
- 68. Refuge for Y-chromosome haplogroups
- 69. Ancient DNA from the first European farmers
- 70. N1a in the worldwide mtDNA phylogeny
- 71. Results leading to a dead end
- 72. More recent events of gene flow in Europe
- 73. The Etruscans: a paradigmatic example
- 74. The Etruscan culture and language
- 75. No evidence that Etruscan gene pool has vanished
- 76. Partially retained ancestral gene pool in Tuscany
- 77. Tuscan populations
- 78. Technical approach
- 79. MtDNA tree of modern Tuscans
- 80. Power of mtDNA in discriminating populations
- 81. Placement of Murlo
- 82. Mitochondrial haplogroups spatial frequency maps
- 83. Haplotypes shared with Near Eastern populations
- 84. In brief...
- 85. Conclusion about Etruscan
- 86. Microgeographic data: origin of Sardinians
- 87. Phylogeny of M2
- 88. Major implication
- 89. Summary
- 90. END
RELATED TALKS
TALK'S CITATION
Torroni, A. (2007), "Historical and Geographical Genetic Variation: Europe", in Cavalli-Sforza, L.L. and Feldman, M. (eds),
Human Population Genetics: Evolution and Variation , The Biomedical & Life Sciences Collection, Henry Stewart Talks Ltd, London (online at
http://hstalks.com/bio)
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