Александр Соколов - Странная обезьяна [Куда делась шерсть и почему люди разного цвета]

44. Martin A. R., Lin M., Granka J. M., Gignoux C. R., et al. An Unexpectedly Complex Architecture for Skin Pigmentation in Africans // Cell (Nov 2017), 171 (6): 1340–1353, e1430.

45. Crawford N. G., Kelly D. E., Hansen M. E. B., Beltrame M. H., Fan S. Loci Associated with skin Pigmentation Identified in African Populations // Science (Nov 2017), 358 (6365).

Глава 38. Очи черные, склеры белые

1. Sturm R. A., Larsson M. Genetics of Human Iris Colour and Patterns // Pigment Cell Melanoma Research (2009), 22: 544–562.

2. Laeng B., Mathisen R., Johnsen J.-A. Why Do Blue-Eyed Men Prefer Women with the Same Eye Color? // Behavioral Ecology and Sociobiology (2007), 61: 371–384.

3. Katsara M.-A., Nothnagel M. True Colors: A Literature Review on the Spatial Distribution of Eye and Hair Pigmentation // Forensic Science International: Genetics (Mar 2019), 39: 109–118.

4. Sturm R. A., Larsson M. Genetics of Human Iris Colour and Patterns // Pigment Cell Melanoma Research (2009), 22: 544–562.

5. Sturm R. A., Duffy D. L. Human Pigmentation Genes Under Environmental Selection // Genome Biology (2012), 13: 248.

6. Sturm R. A., Larsson M. Genetics of Human Iris Colour and Patterns // Pigment Cell Melanoma Research (2009), 22: 544–562.

7. Gardiner E. and Jackson C. J. Eye Color Predicts Disagreeableness in North Europeans: Support in Favor of Frost (2006) // Current Psychology (2010), 29: 1–9.

8. Kleisner K., Priplatova L., Frost P., Flegr J. Trustworthy-Looking Face Meets Brown Eyes // PLoS One (2013), 8(1): e53285.

9. Kleisner K., Kocnar T., Rubešová A., Flegr J. Eye Color Predicts but Does Not Directly Influence Perceived Dominance in Men // Personality and Individual Differences (2010), 49 (1): 59–64.

10. Bassett J. F., Dabbs Jr. J. M. Eye Color Predicts Alcohol Use in Two Archival Samples // Personality and Individual Differences (Sept 2001), 31 (4): 535–539.

11. Ellis L., Ficek C., Burke D. and Das S. Eye Color, Hair Color, Blood Type, and the Rhesus Factor: Exploring Possible Genetic linkkk to Sexual Orientation // Archives of Sexual Behavior (2008), 37: 145–149.

12. Bassett J. F., Dabbs Jr. J. M. Eye Color Predicts Alcohol Use in Two Archival Samples // Personality and Individual Differences (Sept 2001), 31 (4): 535–539.

13. Там же.

14. Frost P. European Hair and Eye Color A Case of Frequency-Dependent Sexual Selection? // Evolution and Human Behavior (2006), 27: 8–103.

15. Laeng B., Mathisen R., Johnsen J.-A. Why Do Blue-Eyed Men Prefer Women with the Same Eye Color? // Behavioral Ecology and Sociobiology (2007), 61: 371–384.

16. Sturm R. A., Larsson M. Genetics of Human Iris Colour and Patterns // Pigment Cell Melanoma Research (2009), 22: 544–562.

17. Lee S. T., Nicholls R. D., Bundey S., Laxova R., Musarella M., Spritz R. A. Mutations of the P Gene in Oculocutaneous Albinism, Ocular Albinism, and Prader-Willi Syndrome Plus Albinism // New England Journal of Medicine (Feb 1994), 330 (8): 529–34.

18. Sturm R. A., Duffy D. L., Zhao Z. Z., Leite F. P. N., Mitchell S. S., et al. A Single SNP in an Evolutionary Conserved Region within Intron 86 of the HERC2 Gene Determines Human Blue-Brown Eye Color // American Journal of Human Genetics (Feb 2008), 82: 424–431.

19. Nakagome S., Alkorta-Aranburu G., Amato R., Howie B., Peter B. M., Hudson R. R., Di Rienzo A. Estimating the Ages of Selection Signals from Different Epochs in Human History // Molecular Biology and Evolution (Mar 2016), 33 (3): 657–69.

20. Eiberg H., Troelsen J., Nielsen M., Mikkelsen A., Mengel-From J., Kjaer K. W., Hansen L. Blue Eye Color in Humans May Be Caused By a Perfectly Associated Founder Mutation in a Regulatory Element Located Within the HERC2 Gene Inhibiting OCA2 Expression // Human Genetics (2008), 123: 177–187.

21. Donnelly M. P., Paschou P., Grigorenko E., Gurwitz D., Barta C., et al. A Global View of the OCA2-HERC2 Region and Pigmentation // Human Genetics (2012), 131: 683–696.

22. Liu F., Wollstein A., Hysi P. G., Ankra-Badu G. A., Spector T. D., Park D., et al. Digital Quantification of Human Eye Color Highlights Genetic Association of Three New Loci // PLoS Genetics (2010), 6(5): e1000934.

23. Zhang P., Watanabe K. Preliminary Study on Eye Colour in Japanese Macaques (Macaca fuscata) in Their Natural Habitat // Primates (2007), 48: 122–129.

24. Bradley B. J., Pedersen A. and Mundy N. I. Brief Communication: Blue Eyes in Lemurs and Humans: Same Phenotype, Different Genetic Mechanism // American Journal of Physical Anthropology (2009), 139: 269–273.

25. Meyer W. K., Zhang S., Hayakawa S., Imai H., and Przeworski M. The Convergent Evolution of Blue Iris Pigmentation in Primates Took Distinct Molecular Paths // American Journal of Physical Anthropology (2013), 151 (3): 398–407.

26. Kobayashi H. and Kohshima S. Unique Morphology of the Human Eye and Its Adaptive Meaning: Comparative Studies on External Morphology of the Primate Eye // Journal of Human Evolution (2001), 40: 419–435.

27. Kobayashi H. and Kohshima S. Evolution of the Human Eye as a Device for Communication // Primate Origins of Human Cognition and Behavior. Tokyo: Springer, 2001, pp. 383–401.

28. Mayhew J. A. and Gomez J.-C. Gorillas with White Sclera: A Naturally Occurring Variation in a Morphological Trait Linked to Social Cognitive Functions // American Journal of Primatology (Aug 2015), 77 (8): 869–877.

29. Perea García J. O. Quantifying Ocular Morphologies in Extant Primates for Reliable Interspecific Comparisons // Journal of Language Evolution (2016): 1–8.

30. Perea-García J. O., Kret M. E., Monteiro A., and Hobaiter C. Scleral Pigmentation Leads to Conspicuous, Not Cryptic, Eye Morphology in Chimpanzees // PNAS (Sept 2019), 116 (39).

31. Лавик-Гудолл Дж. ван. В тени человека. — М.: Мир, 1974.

Глава 39. Блондинки не пропадут!

1. Бунак В. В. Происхождение и этническая история русского народа по антропологическим данным. — М.: Наука, 1965.

2. Восточные славяне. Антропология и этническая история / Под ред. Т. И. Алексеевой. — М.: Научный мир, 1999.

3. Katsara M.-A., Nothnagel M. True Colors: A Literature Review on the Spatial Distribution of Eye and Hair Pigmentation // Forensic Science International: Genetics (Mar 2019), 39: 109–118.

4. Juni S., Roth M. M. The Influence of Hair Color On Eliciting Help: Do Blondes Have More Fun? // Social Behavior and Personality (1985), 13(1): 11–14.

5. Guéguen N. and Lamy L. Hitchhiking Women’s Hair Color // Perceptual and Motor Skills (2009), 109: 941–8.

6. Juni S., Roth M. M. The Influence of Hair Color On Eliciting Help: Do Blondes Have More Fun? // Social Behavior and Personality (1985), 13(1): 11–14.

7. Guéguen N. and Lamy L. Hitchhiking Women’s Hair Color // Perceptual and Motor Skills (2009), 109: 941–8.

8. Guéguen N. Hair Color and Wages: Waitresses with Blond Hair Have More Fun // Journal of Socio-Economics (Aug 2012), 41 (4): 370–372.

9. Guéguen N. The Sweet Color of an Implicit Request: Women’s Hair Color and Spontaneous Helping Behavior // Social Behavior and Personality: an International Journal (2012), 40 (7).

10. Guéguen N. Hair Color and Courtship: Blond Women Received More Courtship Solicitations and Redhead Men Received More Refusals // Psychological Studies (2012), 57: 369–375.

11. Janif Z. J., Brooks R. C. and Dixson B. J. Are Preferences for Women’s Hair Color Frequency-Dependent? // Adaptive Human Behavior and Physiology (2015), 1: 54–71.

12. Thelen T. H. Minority type Human Mate Preference // Social Biology (1983), 30: 162–180.

13. Agnostic. Maxim’s Audience Prefers Brunettes: Distribution is Bimodal // Gene Expression (July 2008).

14. Hinsz V. B., Stoesser C. J., Matz D. C. The Intermingling of Social and Evolutionary Psychology Influences on Hair Color Preferences // Current Psychology (2013), 32: 136–149.

15. Там же.

16. Janif Z. J., Brooks R. C. and Dixson B. J. Are Preferences for Women’s Hair Color Frequency-Dependent? // Adaptive Human Behavior and Physiology (2015), 1: 54–71.

17. Morgan M. D., Pairo-Castineira E., Rawlik K., Canela-Xandri O., Rees J., et al. Genome-Wide Study of Hair Colour in UK Biobank Explains Most of the SNP heritability // Nature Communications (2018), 9: 5271.

18. Vaughn M. R., Brooks E., van Oorschot R. A. Baindur-Hudson S. A Comparison of Macroscopic and Microscopic Hair Color Measurements and a Quantification of the Relationship between Hair Color and Thickness // Microscopy and Microanalysis (June 2009), 15 (3): 189–93.

19. Guenther C. A., Tasic B., Luo L., Bedell M. A., and Kingsley D. M. A Molecular Basis for Classic Blond Hair color in Europeans // Nature Genetics (2014), 46: 748–752.

20. Hysi P. G., Valdes A. M., Spector T. D., et al. Genome-Wide Association Meta-Analysis of Individuals of European Ancestry Identifies New Loci Explaining a Substantial Fraction of Hair Color Variation and Heritability // Nature Genetics (2018), 50: 652–656.

21. Kenny E. E., Timpson N. J., Sikora M., Yee M.-C., Moreno-Estrada A., et al. Melanesian Blond Hair Is Caused by an Amino Acid Change in TYRP1 // Science (May 2012), 336 (6081): 554.

22. Haitina T., Ringholm A., Kelly J., Mundy N. I., and Schiöth H. B. High Diversity in Functional Properties of Melanocortin 1 Receptor (MC1R) in Divergent Primate Species Is More Strongly Associated with Phylogeny than Coat Color // Molecular Biology and Evolution (2007), 24 (9): 2001–2008.

23. Mikkelson D. Blonde Extinction. Are Natural Blondes Likely to be Extinct within 200 years? // Snopes (Aug 2013).