Genetic risk for Multiple Sclerosis originated in Pastoralist Steppe populations

Author:

Barrie WilliamORCID,Yang Yaoling,Attfield Kathrine E.ORCID,Irving-Pease EvanORCID,Scorrano GabrieleORCID,Jensen Lise TorpORCID,Armen Angelos P.ORCID,Dimopoulos Evangelos AntoniosORCID,Stern AaronORCID,Refoyo-Martinez AlbaORCID,Ramsøe Abigail,Gaunitz CharleenORCID,Demeter FabriceORCID,Jørkov Marie Louise S.ORCID,Møller Stig Bermann,Springborg Bente,Klassen LutzORCID,Hyldgård Inger Marie,Wickmann Niels,Vinner LasseORCID,Korneliussen Thorfinn SandORCID,Sikora MartinORCID,Kristiansen KristianORCID,Rodriguez Santiago,Nielsen RasmusORCID,Iversen Astrid K. N.,Lawson Daniel J.ORCID,Fugger LarsORCID,Willerslev EskeORCID

Abstract

SUMMARYMultiple sclerosis (MS) is a modern neuro-inflammatory and -degenerative disease, which is most prevalent in Northern Europe. Whilst it is known that inherited risk to MS is located within or within close proximity to immune genes it is unknown when, where and how this genetic risk originated. By using the largest ancient genome dataset from the Stone Age, along with new Medieval and post-Medieval genomes, we show that many of the genetic risk variants for MS rose to higher frequency among pastoralists located on the Pontic Steppe, and were brought into Europe by the Yamnaya-related migration approximately 5,000 years ago. We further show that these MS-associated immunogenetic variants underwent positive selection both within the Steppe population, and later in Europe, likely driven by pathogenic challenges coinciding with dietary and lifestyle environmental changes. This study highlights the critical importance of this period as a determinant of modern immune responses and its subsequent impact on the risk of developing MS in a changing environment.

Publisher

Cold Spring Harbor Laboratory

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