Глава 20. Ген сросшихся бровей

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6. Zhang Y., Andl T., Yang S. H., Teta M., Liu F., Seykora J. T., et al. Activation of B‑Catenin Signaling Programs Embryonic Epidermis to Hair Follicle Fate // Development (2008), 135: 2161–2172.

7. Cadieu E., Neff M. W., Quignon P., Walsh K., Chase K., et al. Coat Variation in the Domestic Dog Is Governed by Variants in Three Genes // Science (Oct 2009), 2, 326 (5949): 150–153.

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14. Rendl M., Polak L., and Fuchs E. BMP Signaling in Dermal Papilla Cells is Required for Their Hair Follicle‑Inductive Properties // Genes & Development (2008), 22: 543–557.

15. Kamberov Y. G., Karlsson E. K., Kamberova G. L., Lieberman D. E., Sabeti P. C., et al. A Genetic Basis of Variation in Eccrine Sweat Gland and Hair Follicle Density // PNAS (Aug 2015), 112 (32): 9932–9937.

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17. Song Y., Boncompagni A. C., Kim S.‑S., et al. Regional Control of Hairless Versus Hair‑Bearing Skin by Dkk2 // Cell Reports (Dec 2018), 25: 2981–2991.

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19. Gautam P., Chaurasia A., Bhattacharya A., Grover R. Indian Genome Variation Consortium, et al. Population Diversity and Adaptive Evolution in Keratinization Genes: Impact of Environment in Shaping Skin Phenotypes // Molecular Biology and Evolution (Mar 2015), 32 (3): 555–573.

20. Там же.

21. Loussouarn G., Garcel A. L., Lozano I., Collaudin C., Porter C., et al. Worldwide Diversity of Hair Curliness: a New Method of Assessment // International Journal of Derm a tology (Oct 2007), 46 (Suppl. 1): 2–6.

22. Koch S. L., Shriver D., Jablonski N. G., et al. Variation in Human Hair Ultrastructure Among Three Biogeographic Populations // Journal of Structural Biology (Jan 2019), 205 (1): 60–66.

23. Medland S. E., Zhu G., Martin N. G. Estimating the Heritability of Hair Curliness in Twins of European Ancestry // Twin Research and Human Genetics (Oct 2009), 12 (5): 514–8.

24. Fujimoto A., Kimura R., Ohashi J., Omi K., Yuliwulandari R., et al. A Scan for Genetic Determinants of Human Hair Morphology: EDAR is Associated with Asian Hair Thickness // Human Molecular Genetics (Mar 2008), 17 (6): 835–843.

25. Kamberov Y. G., Wang S., Tan J., Gerbault P., Wark A., et al. Modeling Recent Human Evolution in Mice by Expression of a Selected EDAR Variant // Cell (Feb 2013), 152 (4): 691–702.

26. Tan J., Yajun Yang, Kun Tang, Pardis C. Sabeti, et al. The Adaptive Variant EDARV370A is Associated with Straight Hair in East Asians // Human Genetics (2013), 132: 1187–1191.

27. Соколов А. Б. Челюсть денисовца нашел в 1980 году тибетский монах // XX2 век. 6 мая 2019. https://22century.ru/popular‑science‑publications/denisovan‑tibet.

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29. Medland S. E., Zhu G., Martin N. G. Estimating the Heritability of Hair Curliness in Twins of European Ancestry // Twin Research and Human Genetics (Oct 2009), 12 (5): 514–8.

30. Adhikari K., Fontanil T., Cal S., et al. A Genome‑Wide Association SCAn in Admixed Latin Americans Identifies Loci Influencing Facial and Scalp Hair Features // Nature Communications (2016), 7: 10815.

31. Соколов А. Б. Сколько у вас хромосом? История одной мутации // XX2 век. 16 декабря 2016. https://22century.ru/popular‑science‑publications/mutation_history.

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33. Lai C., Fisher, S., Hurst J., et al. A Forkhead‑Domain Gene is Mutated in a Severe Speech and Language Disorder // Nature (2001), 413: 519–523.