The Thousand Polish Genomes-A Database of Polish Variant Allele Frequencies
Kaja EPapers in this archive, Lejman APapers in this archive, Sielski DPapers in this archive, Sypniewski MPapers in this archive, Gambin TPapers in this archive, Dawidziuk MPapers in this archive, Suchocki TPapers in this archive, Golik PPapers in this archive, Wojtaszewska MPapers in this archive, Mroczek MPapers in this archive, Stępień MPapers in this archive, Szyda JPapers in this archive, Lisiak-Teodorczyk KPapers in this archive, Wolbach FPapers in this archive, Kołodziejska DPapers in this archive, Ferdyn KPapers in this archive, Dąbrowski MPapers in this archive, Woźna APapers in this archive, Żytkiewicz MPapers in this archive, Bodora-Troińska APapers in this archive, Elikowski WPapers in this archive, Król ZJPapers in this archive, Zaczyński APapers in this archive, Pawlak APapers in this archive, Gil RPapers in this archive, Wierzba WPapers in this archive, Dobosz PPapers in this archive, Zawadzka KPapers in this archive, Zawadzki PPapers in this archive, Sztromwasser PPapers in this archive
Abstract
Although Slavic populations account for over 4.5% of world inhabitants, no centralised, open-source reference database of genetic variation of any Slavic population exists to date. Such data are crucial for clinical genetics, biomedical research, as well as archeological and historical studies. The Polish population, which is homogenous and sedentary in its nature but influenced by many migrations of the past, is unique and could serve as a genetic reference for the Slavic nations. In this study, we analysed whole genomes of 1222 Poles to identify and genotype a wide spectrum of genomic variation, such as small and structural variants, runs of homozygosity, mitochondrial haplogroups, and de novo variants. Common variant analyses showed that the Polish cohort is highly homogenous and shares ancestry with other European populations. In rare variant analyses, we identified 32 autosomal-recessive genes with significantly different frequencies of pathogenic alleles in the Polish population as compared to the non-Finish Europeans, including C2, TGM5, NUP93, C19orf12, and PROP1. The allele frequencies for small and structural variants, calculated for 1076 unrelated individuals, are released publicly as The Thousand Polish Genomes database, and will contribute to the worldwide genomic resources available to researchers and clinicians.
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