I-Y6973 (age: 6345 ybp) Formula: (6345)/1 |
Formula: (6345)/1 |
Branch ID | Sample ID | Number of SNPs | Coverage (bp) | Formula to correct SNPs number | Corrected number of SNPs | Formula to estimate age | Age by this line only |
I-Y6996 | 43.52 | 43.52 * 144.41 + 60 | 6345 | ||||
YF001934 | 38.74 | 7581655 | 38.74/7581655 * 8467165 | 43.27 | 43.27 * 144.41 + 60 | 6308 | |
YF002146 | 34.74 | 7389186 | 34.74/7389186 * 8467165 | 39.81 | 39.81 * 144.41 + 60 | 5809 | |
YF018754 | 42.74 | 8322586 | 42.74/8322586 * 8467165 | 43.48 | 43.48 * 144.41 + 60 | 6339 | |
YF065693 | 40.74 | 8251738 | 40.74/8251738 * 8467165 | 41.81 | 41.81 * 144.41 + 60 | 6097 | |
YF072817 | 42.74 | 8257782 | 42.74/8257782 * 8467165 | 43.83 | 43.83 * 144.41 + 60 | 6389 | |
YF080379 | 47.74 | 8258847 | 47.74/8258847 * 8467165 | 48.95 | 48.95 * 144.41 + 60 | 7128 |
FAQ: What is YFull's age estimation methodology?
Increase in age Decrease in age
SNPs currently defining I-Y6973 | |
FT91993 I-Y6996 | |
Y6973 I-Y6996 | |
Y6974 I-Y6996 | |
Y6998 | |
FT3857(H) I-Y6996 | H |
FT4361(H) I-Y6996 | H |
FT4450(H) I-Y6996 | H |
FT4457(H) I-Y6996 | H |
FT91668 I-Y6996 | |
Y6975 I-Y6996 | |
Y6985 I-Y6996 | |
Y6987 I-Y6996 | |
Y6990 I-Y6996 | |
Y7004 I-Y6996 | |
FT4430(H) I-Y6996 | H |
Y178681 I-Y6996 | |
FT3488(H) I-Y6996 | H |
Y6982 I-Y6996 | |
Y167140 I-Y6996 | |
Y178682 / FT268560 I-Y6996 | |
Y6986 I-Y6996 | |
Y6993 I-Y6996 | |
Y178679 I-Y6996 | |
Y178680 / FT162165 I-Y6996 | |
Y7005(H) I-Y6996 | H |
STRs | Mutation rate | ANC | DER | |
DYS550 | 8 | → | 7 | |
DYR634 | 11 | → | 12 | |
DYS673 | 9 | → | 10 | |
DYR130 | 13 | → | 14 | |
DYS631 | 10 | → | 9 | |
DYR440 | 12 | → | 11 | |
DYR20 shared with I-Y244790 | 11 | → | 12 | |
DYR77 | 12 | → | 13 | |
DYS508 | 11 | → | 10 | |
DYS393 | 14 | → | 13 | |
DYS540 | 11 | → | 12 | |
DYS525 | 10 | → | 9 | |
DYS592 | 11 | → | 12 | |
DYR154 shared with I-Y244790 | 12 | → | 13 | |
DYS520 | 20 | → | 21 | |
DYS389I shared with I-Y10677 | 14 | → | 13 | |
DYS533 | 12 | → | 13 | |
DYS390 | 23 | → | 22 | |
DYS708 | 27 | → | 26 | |
DYR13 shared with I-Y10677 | 10 | → | 11 | |
DYS552 | 26 | → | 28 | |
DYS514 | 20 | → | 21 | |
DYS562 shared with I-Y244790 | 19 | → | 21 | |
DYR76 | 14 | → | 12 | |
DYS635 | 21 | → | 20 | |
DYS709 | 22 | → | 23 | |
DYS481 | 26 | → | 27 | |
DYS599 | 26 | → | 27 | |
DYR1 | 16 | → | 15 | |
DYS650 | 21 | → | 22 | |
DYS714 | 25 | → | 27 | |
DYR32 | 12 | → | 14 | |
DYS627 | 26 | → | 29 | |
DYR159 shared with I-Y10677 | 18 | → | 17 | |
DYS695 | 30 | → | 33 | |
DYS720 | 34 | → | 32 | |
DYS526B | 34 | → | 32 | |
DYS547 | 39 | → | 43 | |
DYS518 | 34 | → | 36 | |
DYR170 | 37 | → | 35 | |
DYS612 | 31 | → | 30 | |
DYR173 | 27 | → | 29 | |
DYS711 | 63.g | → | 65.g |
FAQ: What STR interpretations does YFull provide for my sample?
Sample ID | Country / Language | Info | Ref | File | Testing company | Statistics | Status | |
ERS256258 | Italy (Cagliari) | I-Y6973* | —— | Hg19 | .BAM | Scientific | 2X, 7.9 Mbp, 101 bp | |
YF001934 | United States (North Carolina) | I-Y6996* | —— | Hg19 | .BAM | FTDNA (Y500) | 36X, 13.5 Mbp, 165 bp | |
YF080379 | Denmark | I-BY138030 | —— | Hg38 | .BAM | FTDNA (Y700) | 28X, 18.2 Mbp, 151 bp | |
YF065693 | Belgium (Luxembourg) | I-BY138030 | YF006131 | Hg38 | .BAM | FTDNA (Y700) | 35X, 18.4 Mbp, 151 bp | |
YF002146 | France (Deux-Sèvres) | I-Y40290* | —— | Hg19 | .BAM | FTDNA (Y500) | 35X, 13.1 Mbp, 165 bp | |
YF072817 | Australia (New South Wales) | I-FT4915 | —— | Hg38 | .VCF | FTDNA | —— | |
YF018754 | Australia (New South Wales) | I-FT4915 | —— | Hg38 | .BAM | FTDNA (Y700) | 28X, 18.6 Mbp, 151 bp |
You can watch theoretical computed paths using PhyloGeographer. We do not guarantee that provided information is correct.
- Theoretical Computed Paths > I-Y6973
- Y Heatmap > I-Y6973
* The PhyloGeographer is not affiliated with YFull