Guess who's going to flee their country very soon?
ERS1790733 is a 3700 year old Middle Bronze Age male from Sidon carrying the J1 P58(brought via Chalcolithic iranians) Y DNA haplogroup and the N1a3a(native to Anatolia and the levant) mtDNA haplogroup
note in my model znf is also a proxy for chg , and se value is raped due how this math works
also what the study suggests
>https://pmc.ncbi.nlm.nih.gov/articles/PMC5544389/
>Admixture in Bronze Age Levantine Populations
(A) The statistic f4(Levant_N, Sidon_BA; Ancient Eurasian, Chimpanzee) is most negative for ancient populations from the Caucasus and Iran, suggesting an increase in ancestry related to these populations in Sidon after the Neolithic period. The plot shows the estimated statistic value and +-3 standard errors.
(B) Modeling Sidon as mixture between Neolithic Levant and an ancient Eurasian population shows that Chalcolithic Iran fits the model best when using a large number of outgroups: Ust_Ishim, Kostenki14, MA1, Han, Papuan, Ami, Chukchi, Karitiana, Mbuti, Switzerland_HG, EHG, WHG, and CHG. Sidon_BA can then be modeled using qpAdm as 0.484 +- 0.042 Levant_N and 0.516 +- 0.042 Iran_ChL.
<in short its being heavily influenced by Chalcolithic iranians
>Using a list of 84 such variants (Table S2), we estimated the allele frequency (AF) in Sidon_BA using ANGSD26 based on a method from Li et al.44 and calculated Pearson pairwise correlation coefficients between AF in Sidon_BA and AF in Africans, Europeans, Asians,32 and Lebanese. We found a high significant correlation between Sidon_BA and the Lebanese (r = 0.74; 95% CI = 0.63-0.82; p value = 8.168 * 10-16) and lower correlations between Sidon_BA and Europeans (r = 0.56), Africans (r = 0.55), and Asians (r = 0.53) (Figure S9). These results support population continuity in the region and suggest that several present-day genetic disorders might stem from risk alleles that were already present in the Bronze Age population. In addition, SNPs associated with phenotypic traits show that Sidon_BA and the Lebanese had comparable skin, hair, and eye colors (in general: light intermediate skin pigmentation, brown eyes, and dark hair) with similar frequencies of the underlying causal variants in SLC24A5 and HERC2, but with Sidon_BA probably having darker skin than Lebanese today from variants in SLC45A2 resulting in darker pigmentation (Table S2).
<having darker skin than modern day levantines
^please appericate this effort post i spent two hours figuring out this barcin se value issue
