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. Author manuscript; available in PMC: 2019 Apr 26.
Published in final edited form as: Nature. 2018 Mar 21;555(7698):652–656. doi: 10.1038/nature26151

Extended data table 3 |.

the fraction of derived alleles among putatively deaminated fragments that each of the low-coverage individuals shares with the Altai Neanderthal, Vindija 33.19, the denisovan individual and a present-day human genome

Human (%) Neanderthal (%) Altai Neanderthal (%) Vindija 33.19 (%) Denisovan (%) Neanderthal-Denisova (%) Human-Neanderthal (%) Human-Denisova (%)

Les Cottés Z4–1514 0.67 [0.65–0.70] 93.01 [92.89–93.13] 18.00 [17.69–18.32] 46.41 [46.06–46.77] 0.86 [0.82–0.89] 97.90 [97.83–97.98] 97.30 [97.17–97.43] 3.22 [3.07–3.38]
Goyet Q56–1 0.60 [0.56–0.65] 94.38 [94.19–94.57] 16.47 [15.93–17.02] 53.55 [52.91–54.18] 0.80 [0.74–0.86] 98.17 [98.04–98.29] 97.72 [97.49–97.92] 2.52 [2.29–2.78]
Spy 94a 0.71 [0.66–0.77] 93.89 [93.65–94.12] 16.52 [15.90–17.17] 51.45 [50.70–52.21] 0.80 [0.73–0.87] 97.83 [97.66–97.99] 97.62 [97.35–97.87] 3.06 [2.75–3.39]
Vindija 87 0.36 [0.33–0.38] 97.08 [96.97–97.19] 6.81 [6.53–7.09] 75.93 [75.49–76.36] 0.37 [0.34–0.40] 99.05 [98.98–99.12] 98.91 [98.79–99.02] 1.38 [1.24–1.53]
Mezmaiskaya 2 0.65 [0.62–0.69] 92.78 [92.62–92.93] 17.91 [17.51–18.31] 44.65 [44.19–45.12] 0.83 [0.79–0.88] 97.74 [97.63–97.84] 97.53 [97.36–97.68] 3.38 [3.18–3.59]
Mezmaiskaya 1 0.76 [0.72–0.80] 91.87 [91.67–92.06] 20.30 [19.81–20.80] 38.38 [37.85–38.91] 0.97 [0.91–1.03] 97.61 [97.48–97.73] 96.80 [96.58–97.00] 3.73 [3.49–4.00]
Vindija 33.16 3.60 [3.50–3.71] 93.39 [93.18–93.59] 17.09 [16.55–17.65] 58.99 [58.36–59.63] 3.94 [3.81–4.08] 96.14 [95.95–96.32] 95.46 [95.15–95.74] 4.89 [4.56–5.24]
Vindija 33.25 3.04 [2.94–3.15] 94.17 [93.95–94.37] 16.69 [16.10–17.30] 60.81 [60.11–61.49] 3.41 [3.28–3.55] 96.53 [96.33–96.72] 95.79 [95.46–96.09] 3.77 [3.46–4.12]
Vindija 33.26 3.49 [3.38–3.62] 93.54 [93.31–93.77] 17.04 [16.43–17.67] 59.65 [58.94–60.36] 3.70 [3.55–3.85] 96.25 [96.04–96.45] 95.40 [95.04–95.72] 4.56 [4.21–4.95]
Feldhofer 1 4.71 [2.40–9.01] 94.38 [87.51–97.58] 20 [8.86–39.13] 50.00 [34.07–65.93] 1.80 [0.50–6.33] 90.63 [81.02–95.63] 96.00 [80.46–99.29] 0 [0–12.87]
El Sidron 1253 1.29 [0.44–3.72] 90.99 [84.21–95.03] 17.50 [8.75–31.95] 42.86 [30.02–56.73] 4.35 [2.22–8.34] 95.24 [88.39–98.13] 97.44 [86.82–99.55] 2.33 [0.41–12.06]
Denisova 4 2.63 [1.51–4.54] 2.31 [1.06–4.94] 2.13 [0.59–7.43] 2.04 [0.56–7.14] 71.43 [65.87–76.40] 96.15 [91.86–98.23] 10.00 [5.15–18.51] 90.32 [80.45–95.49]
Denisova 8 1.60 [1.39–1.85] 6.75 [6.13–7.43] 1.75 [1.23–2.48] 1.83 [1.37–2.45] 60.02 [58.92–61.12] 92.53 [91.66–93.32] 15.32 [13.72–17.06] 87.72 [86.01–89.25]

The state of DNA fragments overlapping the positions at which the high-coverage genomes of the Altai Neanderthal, the Vindija 33.19 Neanderthal, the Denisovan individual and a present-day African (Mbuti, HGDP00982) differ from those of the great apes were investigated. Fragments longer than 35 bp with MQ ≥ 25 and within the highly mappable regions of the genome that had terminal C-to-T substitutions reported in the Supplementary Table 3.2 were used. 95% binomial confidence intervals are provided in brackets.