| dc.contributor.author |
AJ Lea, IV Caldas, KM Garske, ER Gerlinger, JP Arroyo, J Echwa, M Gurven, C Handley, JC Kahumbu, J Kamau, P Kinyua, F Lotukoi, A Lopurudoi, S Lowasa, SN Njeru, R Mallarino, DJ Martins, PW Messer, C Miano, B Muhoya, J Peng, T Phung, JD Rabinowitz, A Roichman, R Siford, AC Stone, AM Taravella Oill, S Mathew, MA Wilson, JF Ayroles |
|
| dc.description.abstract |
The Turkana pastoralists of Kenya inhabit arid, water-limited environments and rely largely on livestock for subsistence. Working with Turkana communities, we sequenced 367 whole genomes and identified eight regions with evidence for recent positive selection. One of these regions includes a putative regulatory element for STC1—a kidney-expressed gene involved in metabolism and the response to dehydration. We show that STC1 is induced by antidiuretic hormone in human cells, is associated with urea levels in the Turkana themselves, and is under strong and recent selection in this population as well as a second East African population, the Daasanach. This work highlights how integrating anthropological and genomic approaches can lead to a new understanding of human physiology with biomedical relevance. |
en_US |