As you can see in the second screenshot, my results got completely botched in last year's update: I went from 70% Basque / 30% Spain in the Jul 2024 update to 38% Basque / 33% Spain / 24% Northern Spain / 2% Northern Wales & North West England / 1% Connacht, Ireland / 1% Leinster, Ireland / 1% North East England in the Oct 2025 update 😭😭😭😭😭😭

Hopefully this will get fixed in the upcoming update, especially with these enlarged borders of the Basque region!!

The third screenshot shows my 23AndMe results, &, while overall speaking, I'm MUCH more satisfied with my current 23AndMe results than with my current AncestryDNA ones, I have a pretty big pet peeve with 23AndMe that I don't have with AncestryDNA:

23AndMe is OBSESSED with strictly adhering to formal administrative borders, so, in 23AndMe, the borders of the Basque region are strictly limited to the formal administrative borders of the Spanish Basque Country, fully excluding the French Basque Country, which is just flat-out wrong, French Basques are still to this very day very much genetically Basque in terms of genetic admixture!!!

AncestryDNA on the other hand is not afraid to include not just both the Spanish Basque Country AND the French Basque Country but also even regions that haven't been considered Basque in millennia but which are still to this very day very much genetically Basque in terms of genetic admixture, like the non-Basque Northern Spanish regions of La Rioja & North West Aragon https://en.wikipedia.org/wiki/La_Rioja https://en.wikipedia.org/wiki/Aragon & the non-Basque South West French region of Gascon Occitania https://en.wikipedia.org/wiki/Gascony https://en.wikipedia.org/wiki/Occitania

I appreciate how, unlike 23AndMe, AncestryDNA is not afraid to completely disregard formal administrative borders, which, especially in areas like Northern Spain & South West France that haven't been subjected to settler colonialism in at the very least the most recent last several centuries, tend to align very little with actual genetic admixture.

The fourth screenshot shows my LivingDNA results, which suffer from even more unserious borders than 23AndMe somehow lol although at the very least they do include the French Basque Country in the Basque region!!

TLDR: Researchers found Super Archaic and Ghost Archaic DNA at trace amounts in modern humans along with Neanderthal and Denisovan DNA. The Ghost Archaic ancestry split ~830,000 years ago from the ancestors of modern humans. The Super Archaic split 900,000-1.4 million years ago from the ancestors of modern humans. The Ghost Archaic is found in all people since it introgressed into modern humans while we were in Africa. The Super Archaic is only found in Denisovan DNA segments which peak in Oceanian populations, and found at low levels in parts of Asia.

https://www.science.org/doi/10.1126/science.aef8874

We introduce TRACE (Tracking Archaic Contributions Via ARG Estimation), a method for identifying footprints of archaic ancestry in modern human genomes by leveraging features of ARGs constructed from contemporary genomes alone, requiring neither an archaic reference genome nor an unadmixed outgroup population. We validate TRACE by performing extensive simulations and show that it has high precision and low false discovery rate across a range of demographic scenarios and parameters. Applied to data from the 1000 Genomes Project, TRACE recovers the known signatures of Neanderthal introgression in all non-Africans and Denisovan introgression in Asians and Oceanians, with population-level patterns consistent with prior estimates.
Beyond these established signals, TRACE identifies extensive segments of ghost archaic ancestry—from a previously uncharacterized hominin lineage—in both African and non-African populations. We find ghost ancestry persists within Neanderthal and Denisovan ancestry deserts, genomic regions previously interpreted as depleted of archaic introgression and thought to be specific to Homo sapiens. This challenges the prevailing interpretation of these regions and suggests that selection acting against introgressed ancestry has not been uniform across all archaic sources. In Oceanian populations, TRACE detects a substantial enrichment of unusually deep coalescent lineages within Denisovan ancestry segments compared with Neanderthal segments, consistent with a model of super-archaic gene flow into modern humans through Denisovans. Together, these results point to multiple layers of introgression—both direct and mediated through other archaic groups—that have shaped modern human genomes.

Most non-Africans living today possess 1 to 2% Neanderthal ancestry, whereas Asians and Oceanians harbor ~0.1 to 5% Denisovan ancestry

Genetic analyses of present-day African populations have identified highly divergent haplotypes that cannot be explained by known demographic histories, hinting at “ghost” introgression (17–29, 31). At deeper timescales, analysis of the Altai Denisovan genome suggests that they harbor ancestry from a deeply divergent population, referred to as “super-archaic”, that split from modern humans around 0.9 to 1.4 million years ago (Mya)

In non-African populations, TRACE identifies 0.8 to 1% Neanderthal ancestry per individual in Europeans, East Asians, and South Asians (Fig. 2A). We recovered minimal Denisovan ancestry in Europeans (0.03%), with higher levels in East and South Asians (0.10% each), consistent with published results

In both West and East Africans, TRACE detects less than 0.1% combined Neanderthal and Denisovan ancestry per individual.

We note that TRACE recovers less total Neanderthal and Denisovan ancestry compared with some previous studies (33, 54, 55), owing to the lower recall with inferred ARGs

TRACE revealed “ghost” archaic ancestry—introgression from an archaic lineage more distantly related to Neanderthals and Denisovans—in all modern human populations studied. We detected 0.5 to 1.1% of ghost ancestry on average across populations (Fig. 2A). Most ghost ancestry segments found in non-Africans are shared with sub-Saharan Africans, while both East and West Africans harbor a greater diversity of distinct ghost segments consistent with the reduction in genetic diversity in non-Africans caused by the OOA bottleneck (Fig. 2B and figs. S23 and S24). Ghost segments exhibit deep divergence in marginal trees and show nearly identical genetic affinity to both sequenced Neanderthal and Denisovan genomes, indicating that they originated from an unsequenced lineage equally related to both archaic groups (Fig. 2C and figs. S17 to S19). The average coalescence time between the ghost and modern human segments, inferred from introgressed segments, is approximately 0.83 Mya (95% CI: 0.83 to 0.84 Mya, table S6).

Several additional lines of evidence support our results of ghost ancestry in modern humans. First, we find that genomic regions harboring ghost ancestry exhibit elevated heterozygosity levels, a pattern also observed for Neanderthal and Denisovan segments (fig. S25). The elevation in heterozygosity is consistent with a model of introgression from a deeply divergent lineage (56) and, notably, suggests that the ghost ancestry signal is not an artifact of ARG inference. Second, across all tested populations, ghost ancestry segments are shorter than Neanderthal and Denisovan segments, reflecting a more ancient introgression event predating Neanderthal gene flow (fig. S26).

While Neanderthal and Denisovan segments show the expected “U-shape” (17), ghost segments display distinct SFS and cSFS patterns that are consistent with a model of pre–OOA ghost introgression in simulations (fig. S29 and S30).
Together, these findings suggest that an unknown archaic population, which diverged more than 500,000 years ago, introgressed into the common ancestors of all modern humans prior to the OOA migration, resulting in similar patterns of ghost ancestry in non-Africans and Africans.

Across all ghost haplotypes identified in all populations (sub-Saharan Africans and non-Africans) by TRACE, we recovered 1548.75 Mbp or 71.54% of the accessible genome (Fig. 3, supplementary text section S6). Broadly, the genome-wide patterns of ghost ancestry segments resemble those expected from hybridization between deeply divergent lineages (57–59).

we identified 1932 peaks of ghost ancestry (average length 61 kbp, SD 64 kbp) (supplementary text section S6.2, Fig. 3, and table S13). This result contrasts with the smaller number of 1155 and 160 peaks of Neanderthal and Denisovan ancestry, respectively (average length 84.97 and 76.54 kbp). We find that ghost ancestry peaks are overrepresented in sub-Saharan African populations relative to non-African populations, which is consistent with the lower genetic diversity in non-Africans (figs. S33 and S34). Several genes intersect with high-frequency peaks of ghost ancestry, such as CSMD1 and RBFOX1, with an overall functional enrichment for immune and metabolic complexes, including the major histocompatibility and lipoprotein complexes (P < 10−5 using binomial test; figs. S35 and S36).

a fraction of super-archaic ancestry may have been inherited through Denisovan gene flow and may persist within Denisovan-introgressed segments in present-day Oceanians

In Oceanian individuals, TRACE inferred an average of 0.73% Neanderthal, 0.66% Denisovan, and 0.33% ghost ancestry (Fig. 4A), lower than estimates from previous studies.

ghost segments in Oceanians overlapped with those detected in 1000G populations (fig. S50), consistent with a shared origin in modern humans.

we infer that the super-archaic segments embedded within Denisovan ancestry tracts range between 20 to 83 kbp (average: 37.6 kbp) and contribute approximately 0.3% of the total detected Denisovan ancestry in Oceanians (table S18 and fig. S51). This estimate constitutes a very conservative lower bound on the true fraction of super-archaic ancestry

we estimate the coalescence time between super-archaic and modern human lineages to be approximately 1.77 Mya (95% CI: 1.69 to 1.83 Mya), consistent with earlier reports (2, 32).

We evaluated the potential functional effects of super-archaic segments recovered from Oceanian genomes by characterizing common gene annotations and patterns of functional enrichment (Fig. 4B). Several genic regions harbor high proportions (>70%) of super-archaic tracts such as RNF39, PPP1R11, and POLR1Hwithin the major histocompatibility complex (MHC) (Fig. 4B and fig. S53) and CYP24A1, which is a part of the cytochrome P450 family and a critical regulator of vitamin D degradation in humans (fig. S54)

Since AncestryDNA removed like 200.000 snps (insane number), do you still think they produce better RAW file compared to MyHeritage RAW dna file?

I want to try illustrativeDNA for ancient DNA breakdown, but not sure which RAW file to choose.

Italy_Etruscan_Monteriggioni_IA:EV7A__BC_600__Cov_21.86%,0.10927,0.145221,0.039598,-0.007429,0.054164,-0.00502,0.00611,0.009461,0.036201,0.046106,-0.002761,0.010191,-0.014123,-0.008257,0.001221,-0.00305,-0.00665,0.011909,0.008547,0.004377,-0.00287,0.010758,0.002465,-0.014098,-0.002634
Italy_Etruscan_Monteriggioni_IA:EV16D1__BC_600__Cov_10.57%,0.104717,0.158423,0.032055,-0.011305,0.055395,-0.007809,0.00376,-0.000462,0.033951,0.046835,0.008119,0.008842,-0.02334,-0.019267,-0.00095,-0.007292,-0.00678,-0.011909,-0.006536,0.00075,-0.000998,-0.006677,0.005546,-0.002651,-0.002155
Italy_Pesaro_LateAntiquity:PF1__AD_600__Cov_9.85%,0.046667,0.149283,0.001886,-0.059109,0.038469,-0.023427,-0.035722,0.003692,0.025156,0.01549,0.008119,-0.003447,0.003865,0.003303,0.0076,-0.016971,-0.012126,-0.006461,-0.010684,-0.012756,-0.024332,-0.00507,0.011216,-0.004217,0.007664
Italy_Pesaro_LateAntiquity:PF11__AD_600__Cov_17.10%,0.113823,0.153345,0.004148,-0.021641,0.034468,-0.010319,-0.010575,0.002077,0.007567,0.035354,-0.002761,-0.006294,-0.002825,-0.007982,-0.002986,-0.000796,-0.001173,0.00114,-0.00088,-0.001126,-0.006863,0,0.000246,0.004579,-0.003473
Italy_Pesaro_LateAntiquity:PF19__AD_600__Cov_15.19%,0.094473,0.150298,0.004525,-0.032623,0.025851,-0.013666,0.003995,-0.001154,0.016975,0.024055,-0.001137,0.004796,-0.010555,-0.010322,-0.017779,0.009679,0.018906,-0.001394,0.001885,0.005127,0.002246,0.001237,0.006039,0.006507,-0.010298
Italy_Pesaro_LateAntiquity:PF24__AD_600__Cov_29.11%,0.117238,0.136081,0.007165,-0.030039,0.017849,-0.013387,0.00564,-0.006461,0.011862,0.032985,0.005359,0.009591,-0.009663,-0.01913,-0.00665,-0.001326,-0.003651,0.005321,0.002765,-0.014882,0.00262,-0.000371,0.003081,0.003133,-0.003712
Italy_Pesaro_LateAntiquity:PF28__AD_600__Cov_24.81%,0.105855,0.145221,-0.028661,-0.070414,0.007694,-0.023985,-0.0094,0.000692,-0.007567,0.031891,0.00406,0.004196,-0.023191,-0.004129,-0.031216,0.010209,0.015646,0.003674,0.003268,-0.000875,-0.000499,-0.004204,0.000493,-0.003976,-0.005748
Italy_Pesaro_LateAntiquity:PF36__AD_600__Cov_10.61%,0.104717,0.129988,-0.000377,-0.026809,0.014156,-0.006693,0.012691,-0.010384,-0.001023,0.033349,0.004547,0.004496,-0.011596,-0.004954,-0.000679,0.011933,0.005867,-0.011782,0.003771,-0.004002,0.001622,0.002102,-0.007025,0.00723,-0.006466
Italy_Picene_Novilara_IA:PN20__BC_625__Cov_15.30%,0.118376,0.149283,0.031301,-0.023579,0.045547,-0.003347,0.011281,0.010615,0.016157,0.036812,0.005196,0.013938,-0.015461,-0.022295,-0.002714,0.006232,-0.000782,0.008868,0.019357,-0.025012,0.014974,-0.006059,0.002465,-0.01699,0.002994
Italy_Picene_Novilara_IA:PN24__BC_675__Cov_22.18%,0.119514,0.161469,0.042615,0.002261,0.0437,-0.001394,-0.00517,0,0.002863,0.03426,0.006496,0.008842,-0.017839,-0.010597,0.003664,0.002254,0.009127,0.005068,0.004399,-0.003377,-0.000374,0.005564,-0.009244,0.002289,-0.010897
Italy_Picene_Novilara_IA:PN35__BC_725__Cov_22.42%,0.119514,0.142174,0.036581,0.003876,0.030159,-0.001673,0.00235,-0.011076,0.011249,0.029522,-0.011205,-0.007044,-0.01665,-0.011836,-0.006786,0.000398,0.002217,0.000127,0.009804,-0.001501,0.004742,0.004946,0.004067,0.010363,-0.012813
Italy_Picene_Novilara_IA:PN41__BC_625__Cov_19.22%,0.1161,0.139128,0.029793,-0.007752,0.02739,-0.014781,-0.00329,0.010153,-0.002454,0.043372,-0.004709,0.02248,-0.023191,-0.015551,-0.005157,-0.003182,0.006389,-0.007601,0.008673,-0.003377,-0.006988,-0.006677,0.002342,-0.000482,-0.011735
Italy_Picene_Novilara_IA:PN42__BC_700__Cov_13.96%,0.136588,0.126941,0.037712,0.008721,0.042469,0.002789,-0.011751,0.011076,0.003681,0.016037,-0.000325,0.005245,-0.014569,-0.023258,0.002307,0.006364,0.011213,0,0.001006,-0.017383,-0.002121,0.005688,-0.001479,-0.002651,-0.00946
Italy_Picene_Novilara_IA:PN44__BC_650__Cov_21.60%,0.120652,0.137096,0.034318,-0.005814,0.031083,-0.003347,-0.003525,0.007615,0.00859,0.022233,-0.008769,0.007044,-0.013082,-0.002064,0.005836,0.012198,0.02373,-0.008235,0.012696,-0.009379,-0.011105,0.00371,-0.016515,0.006145,-0.001078
Italy_Picene_Novilara_IA:PN50__BC_650__Cov_21.27%,0.121791,0.150298,0.027153,0.003876,0.045547,0.003068,0.000705,0.000462,0.018816,0.026424,-0.004872,-0.002997,-0.035381,0.00578,0.003529,0.001193,-0.002999,0.003041,-0.004525,-0.007003,0.007237,0.004204,-0.003328,0.005543,-0.006586
Italy_Picene_Novilara_IA:PN51__BC_675__Cov_11.58%,0.120652,0.141159,0.02753,-0.015181,0.029544,-0.00502,-0.00047,0.012692,0.022702,0.039181,0.003897,0.017684,-0.012636,-0.013349,0.002036,-0.003447,0.022296,-0.008995,-0.004274,-0.001876,-0.010107,0.007914,0.007148,-0.006145,0.00012
Italy_Picene_Novilara_IA:PN78__BC_700__Cov_23.76%,0.122929,0.146236,0.037335,0.00323,0.044008,0.005578,0.00235,-0.001615,0.004909,0.018588,-0.001461,0.005245,-0.013974,-0.013487,0.008143,0.002121,0.000913,-0.007221,0.014078,-0.001501,-0.001123,0.006306,-0.00493,-0.001687,0.000599
Italy_Picene_Novilara_IA:PN79__BC_675__Cov_23.59%,0.124067,0.141159,0.037712,0.005168,0.042469,0.014502,-0.001175,-0.003231,0.009408,0.020775,-0.001299,0.009741,-0.01219,0.000413,0.0076,-0.00769,-0.001825,-0.011022,0.012821,0.001,0.002745,-0.00507,0.004314,0.005543,-0.001197
Italy_Picene_Novilara_IA:PN85__BC_625__Cov_27.04%,0.126344,0.155376,0.046009,0.001938,0.029236,0.000837,0.00611,0.002308,0.006136,0.025878,-0.006496,0.008992,-0.020812,0.000688,-0.013843,-0.01127,-0.000782,0.005828,0.007542,-0.00963,0.002745,0.007914,0.00037,-0.005663,0.005029
Italy_Picene_Novilara_IA:PN87__BC_650__Cov_15.50%,0.113823,0.139128,0.024513,0.010013,0.028005,0.001952,0.00282,-0.003,-0.002454,0.018588,0.001786,0.014537,-0.018583,-0.004542,-0.005022,-0.00769,0.004694,0.002787,-0.002514,-0.011631,-0.012478,0.006925,0.005546,-0.001325,-0.013771
Italy_Picene_Novilara_IA:PN90__BC_675__Cov_19.88%,0.1161,0.150298,0.02753,0.002584,0.037853,-0.004462,0.005405,-0.003461,0.006545,0.032074,0.00065,0.018434,-0.012933,-0.029038,-0.006515,0.005038,0.014473,0.005954,0.007039,0.003377,-0.018218,0.009645,-0.003697,-0.013014,-0.007065
Italy_Picene_Novilara_IA:PN91__BC_625__Cov_19.60%,0.113823,0.140143,0.029038,0.00323,0.032621,-0.000558,0.00235,0.003461,0.012271,0.035172,0.006496,-0.008692,-0.013677,-0.004542,-0.006379,-0.012331,-0.004563,0.007095,0.006034,-0.008004,-0.016097,-0.000247,0.006039,0.005061,0
Italy_Picene_Novilara_IA:PN101__BC_650__Cov_22.21%,0.119514,0.14319,0.032055,0.003876,0.048317,-0.013108,0.00141,0.002538,0.009817,0.031709,-0.001786,0.011839,-0.028692,-0.009909,-0.010179,0.002254,0.005607,0.000127,0.004777,-0.019384,-0.00836,0.003091,0.010106,0.006386,-0.003473
Italy_Picene_Novilara_IA:PN105__BC_650__Cov_12.49%,0.119514,0.170609,0.042992,-0.00646,0.034776,-0.013108,0.00094,-0.011307,0.019225,0.035901,0.000812,-0.002997,-0.027354,-0.013212,-0.005022,-0.030363,-0.000522,0.01875,-0.002514,-0.011881,-0.00574,0.006059,-0.007272,0.006266,0.00455
Italy_Picene_Novilara_IA:PN125__BC_625__Cov_14.66%,0.121791,0.153345,0.044877,0.000969,0.037238,-0.010877,-0.00094,0.002308,0.023316,0.032256,0.002273,0.002098,-0.004906,-0.009358,-0.000814,0.008751,0.004824,0.006461,0.019106,-0.003877,0.000749,-0.000247,0.005669,0.00012,-0.002515
Italy_Picene_Novilara_IA:PN135__BC_725__Cov_16.74%,0.117238,0.144205,0.037335,0.008075,0.042469,-0.003904,0.00188,0.006692,0.012885,0.014761,0.007307,0.006444,-0.017988,0.005918,-0.007465,0.001458,0.016559,0.005068,0.007416,-0.004627,-0.001248,-0.008779,-0.003821,0.003856,-0.012813
Italy_Picene_Novilara_IA:PN138__BC_700__Cov_26.85%,0.122929,0.144205,0.034695,-0.010336,0.028621,0.00502,-0.003995,0.004846,0.01268,0.029887,-0.003248,0.006894,-0.015461,-0.011285,-0.004207,0.001989,0.002999,-0.001647,0.005405,0.002876,0.000624,0.004328,-0.005176,-0.002771,-0.006706
Italy_Picene_Novilara_IA:PN141__BC_700__Cov_15.02%,0.135449,0.142174,0.031678,-0.003553,0.045239,-0.01506,0.00329,0.005077,0.010431,0.037358,0.006008,0.001948,-0.014123,-0.002615,-0.0019,-0.003845,0.009779,0.00228,0.008547,-0.014007,0.002371,0.005317,-0.014297,-0.000964,-0.006826
Italy_Picene_Novilara_IA:PN146__BC_700__Cov_17.54%,0.120652,0.153345,0.032432,-0.005168,0.055703,-0.00502,-0.015041,0.004384,0.01309,0.031891,-0.000487,0.008692,-0.021407,-0.017065,0.000136,-0.000398,0.004824,0.000507,0.006034,-0.006003,0.001373,0.007172,-0.000863,-0.007109,0.00491
Italy_Picene_Novilara_IA:PN157__BC_700__Cov_21.37%,0.118376,0.151314,0.037712,0.00969,0.035391,-0.010598,-0.00329,0.001385,0.009817,0.030433,0.009256,0.014987,-0.020961,-0.013487,-0.001357,-0.002784,0.007693,-0.006588,0.000754,-0.006878,0.001248,0.000618,-0.005793,-0.003615,0.003592
Italy_Picene_Novilara_IA:PN158__BC_700__Cov_11.73%,0.127482,0.125926,0.038843,0,0.0397,-0.006693,0.002115,0.003231,0.005113,0.032985,-0.005521,0.015137,-0.020664,-0.011836,-0.000271,0.002784,0.008214,0.003421,0.020237,-0.009004,0.001747,0.002968,0.003204,0.001566,0.000479
Italy_Picene_Novilara_IA:PN162__BC_700__Cov_25.84%,0.126344,0.156392,0.04714,0.008075,0.038469,-0.004741,-0.00235,0.005538,0.011044,0.029887,-0.000487,0.008992,-0.02334,-0.001927,-0.002579,0.001193,0.01369,0.002154,-0.002765,-0.006503,0.00025,0.006677,-0.011585,-0.00494,0.009939
Italy_Picene_Novilara_IA:PN172__BC_700__Cov_12.59%,0.125205,0.138112,0.050534,0.010013,0.03693,-0.005299,-0.008225,-0.000692,0.02127,0.022415,-0.005359,-0.006145,-0.006838,-0.015689,0.005157,0.01432,0.007302,-0.009122,0.004525,-0.01113,-0.00836,0.00136,-0.007518,0.00735,0.013412
Italy_Picene_Novilara_IA:PN174__BC_650__Cov_9.97%,0.124067,0.133034,0.033564,0.002907,0.048624,-0.014781,-0.00658,-0.011769,0.008999,0.02606,0.008769,-0.015436,-0.015461,0.007294,0.009636,-0.018828,-0.022556,0.003801,0.007542,0.01113,-0.004492,-0.003957,0.003821,-0.004097,-0.008382
Italy_Picene_Novilara_IA:PN177__BC_675__Cov_12.00%,0.118376,0.151314,0.032809,-0.018411,0.02739,-0.01255,0.001175,-0.003,0.020861,0.024602,0.009419,-0.009591,-0.024232,-0.007156,0.000543,-0.002254,-0.017863,0.008615,-0.002263,-0.007504,-0.000873,-0.001113,0.01479,0.008073,-0.002036
Italy_Picene_Novilara_IA:PN179__BC_675__Cov_10.95%,0.125205,0.157407,0.020365,-0.007429,0.03416,-0.003626,0.000235,-0.009923,0.005522,0.039545,0.006496,0.016036,-0.000297,-0.034956,-0.016558,0.011668,0.017602,0.000507,0.01081,0.001126,-0.008485,0.007666,-0.005916,0.007832,-0.00467
Italy_Picene_Novilara_IA:PN180__BC_650__Cov_13.10%,0.125205,0.149283,0.035449,0.012274,0.046778,0.008088,-0.00611,0.011769,0.011862,0.038816,0.004222,0.005245,-0.019772,0.001101,0.001086,-0.016309,-0.00678,0.000127,-0.01169,-0.003252,-0.000873,-0.000495,-0.005053,-0.002048,0.000958
Italy_Picene_Sirolo/Numana_IA:PNU76__BC_600__Cov_11.71%,0.124067,0.15436,0.050157,-0.013889,0.046778,0.000837,-0.00094,-0.004154,0.032315,0.030251,0.003248,0.003297,-0.009663,-0.010046,0.004343,-0.008088,-0.013299,0.012035,-0.01169,-0.01038,-0.007736,-0.003462,0.002958,-0.000964,0
Italy_Picene_Sirolo/Numana_IA:PSD2__BC_600__Cov_10.30%,0.125205,0.14319,0.041106,0.000646,0.032314,-0.003904,-0.011751,0.009692,0.012885,0.030433,-0.001624,-0.001049,-0.008325,-0.014863,-0.010179,-0.002519,0.019688,0.004941,-0.000754,0.017884,-0.007362,0.012736,0.010106,0.008796,0.00012

Hey guys, I just got my results and I wanted to share.

Guess my 3 way mix (50% +25%+25%)

Reposted because they removed my post