E-PH3893 (age: 1656 ybp)
Formula: (2665+647)/2
 Formula: (2665+647)/2

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
 E-Y195137  18.04 18.04 * 144.41 + 60 2665
YF003109 13.44 7957517 13.44/7957517 * 8467165 14.31 14.31 * 144.41 + 60 2126
YF003604 20.44 7941121 20.44/7941121 * 8467165 21.80 21.80 * 144.41 + 60 3208
YF011420 8.44 7807766 8.44/7807766 * 8467165 9.16 9.16 * 144.41 + 60 1382
YF064957 23.44 8349023 23.44/8349023 * 8467165 23.78 23.78 * 144.41 + 60 3493
YF072077 15.56 8426774 15.56/8426774 * 8467165 15.63 15.63 * 144.41 + 60 2317
YF084306 18.44 8225837 18.44/8225837 * 8467165 18.99 18.99 * 144.41 + 60 2802
YF101627 22.56 8440724 22.56/8440724 * 8467165 22.63 22.63 * 144.41 + 60 3327
 YF105153  3.00 6251728 3.00/6251728 * 8467165 4.06 4.06 * 144.41 + 60 647

NOTE: Age estimation has been taken from downstream subclade E-Y195137, its age estimation is more (3000 > 1656)

FAQ: What are SNPs "currently defining" a subclade and subclade "formed" age, "TMRCA" and confidence intervals?

FAQ: What is YFull's age estimation methodology?

Increase in age     Decrease in age

SNPs currently defining E-PH3893
PH4289    
Y12961    
Y12964    
Y12967    E-Y195137
Y12968    
Y12969    
Y13512    
Y13514    
FT108714(H)    E-Y195137 H
FT108847(H)    E-Y195137 H
FT108968(H)    E-Y195137 H
FT109160    
FT109312    
FT109365    
FT439030    E-Y195137
PH3893    E-Y195137
Y12965    
Y13513(H)    E-Y195137 H
Y324370(H)    E-Y195137 H
Y324369(H)    E-Y195137 H
Y193393    
Y195321    E-Y195137
Y533366(H)    E-Y195137 H
Y12962    
Y12966    E-Y195137
Y178281    
STRs Mutation rate ANC DER
DYS443 13 → 12
DYS537 11 → 12
DYF398.2 17 → 16
DYS525    shared with YF123972 12 → 11
DYS587 23 → 22
DYS723 21 → 18
DYS389I 13 → 14
DYS718 15 → 16
DYR6    shared with E-Y143722 12 → 11
DYR112    shared with YF123972 14 → 13
DYR79    shared with YF123972 15 → 16
DYR162 18 → 19
DYS630 24 → 23
DYS471 29.g → 28.g
DYS664 50 → 48
DYS627 25 → 24
DYR159 17 → 19
DYS449 30 → 28
DYS695 29 → 28
DYR164 31 → 32
DYS518 34 → 35
DYS612 30 → 31
DYR173 29 → 30
DYS688 75 → 76
STR haplotype for MRCA of E-PH3893 (minimum parsimony hypothetical using 8 samples) with 655 STRs
DYS393
14
DYS390
24
DYS19
13
DYS391
9
DYS426
11
DYS388
12
DYS439
12
DYS389I
14
DYS392
11
DYS389II
30
DYS458
16
DYS455
11
DYS454
11
DYS437
14
DYS448
20
DYS449
28
DYS460
10
Y-GATA-H4
11
DYS456
15
DYS607
13
DYS576
17
DYS570
18
DYS442
12
DYS438
10
DYS531
10
DYS578
8
DYS590
7
DYS537
12
DYS641
10
DYS472
8
DYF406
10
DYS511
10
DYS425
0
DYS557
20
DYS594
11
DYS436
12
DYS490
12
DYS534
15.1
DYS450
7
DYS444
11
DYS481
25
DYS520
18
DYS446
13
DYS617
13
DYS568
12
DYS487
14
DYS572
11
DYS640
12
DYS492
10
DYS565
11
DYS710
31
DYS485
15
DYS632
8
DYS495
15
DYS540
11
DYS714
24
DYS717
19
DYS505
13
DYS556
12
DYS549
13
DYS589
11
DYS522
12
DYS494
9
DYS533
11
DYS636
11
DYS575
8
DYS638
11
DYS462
12
DYS452
30
DYS445
11
Y-GATA-A10
12
DYS463
18
DYS441
14
DYS525
11
DYS712
23
DYS593
16
DYS650
17.a
DYS532
11
DYS715
23
DYS504
16
DYS513
12
DYS561
15
DYS552
25
DYS726
15
DYS635
22
DYS587
22
DYS643
12
DYS497
14
DYS510
17
DYS434
9
DYS461
11
DYS435
11
ATA71D03
12
DXYS156
11
DYF382
12
DYF389
10
DYF392
8
DYF393
28.g
DYF394
8
DYF398.1
8
DYF398.2
16
DYS443
12
DYS453
11
DYS466
7
DYS467
13
DYS468
18
DYS469
23
DYS470
11
DYS471
28.g
DYS473
11
DYS474
8
DYS475
8
DYS476
11
DYS477
8
DYS478
13
DYS480
8
DYS484
12
DYS488
13
DYS489
14
DYS491
12
DYS493
8
DYS496
9
DYS499
8
DYS500
10
DYS501
8
DYS502
13
DYS506
14
DYS507
9
DYS508
11
DYS509
9
DYS512
8
DYS514
21
DYS516
15
DYS517
15
DYS518
35
DYS521
11
DYS523
11
DYS526A
11
DYS526B
30
DYS530
9
DYS536
15
DYS538
9
DYS539
12
DYS541
10
DYS542
14
DYS543
17
DYS544
14
DYS545
10.t
DYS546
16
DYS547
45
DYS548
12
DYS550
9
DYS551
14
DYS554
10
DYS558
9
DYS559
8
DYS562
20
DYS567
10
DYS569
11
DYS571
10
DYS573
10
DYS574
9
DYS577
9
DYS579
9
DYS580
9
DYS581
8
DYS582
8
DYS583
8
DYS584
8
DYS585
9
DYS588
13
DYS592
12
DYS595
8
DYS596
8
DYS598
10
DYS599
25
DYS600
10
DYS608
8
DYS609
8
DYS611
18
DYS612
31
DYS613
8
DYS614
18
DYS615
8
DYS616
12
DYS618
11
DYS619
7
DYS620
8
DYS621
8
DYS622
19
DYS623
10
DYS624
9
DYS625
33
DYS626
22
DYS627
24
DYS629
10
DYS630
23
DYS631
9
DYS633
8
DYS634
8
DYS637
12
DYS639
10
DYS642
8
DYS644
24.4
DYS645
8
DYS649
8
DYS651
18
DYS655
11
DYS662
8
DYS664
48
DYS666
7
DYS667
7
DYS668
5
DYS672
9
DYS673
11
DYS675
6
DYS676
12
DYS677
11
DYS678
11
DYS679
12
DYS681
5
DYS683
10
DYS685
38
DYS686
21
DYS687
32
DYS688
76
DYS692
7
DYS694
8
DYS695
28
DYS696
7
DYS701
5
DYS702
28
DYS703
12
DYS705
7
DYS706
14
DYS707
22
DYS708
28
DYS709
22
DYS711
62
DYS713
41
DYS718
16
DYS719
12
DYS720
29
DYS721
19
DYS722
21
DYS723
18
G09411
12
L1313
3
L14
4
DYR1
16
DYR2
12
DYR3
10
DYR5
8
DYR6
11
DYR7
13
DYR8
11
DYR10
10
DYR12
10
DYR13
9
DYR14
11
DYR15
12
DYR19
9
DYR20
10
DYR23
12
DYR26
15
DYR27
9
DYR28
11
DYR29
10
DYR30
15
DYR31
7
DYR32
15
DYR33
17
DYR39
10
DYR40
12
DYR41
11
DYR43
7
DYR44
15
DYR46
9
DYR47
4
DYR48
12
DYR49
11
DYR51
6
DYR52
9
DYR54
10
DYR55
12
DYR56
15
DYR57
11
DYR59
13
DYR60
21
DYR61
7
DYR62
6
DYR65
8
DYR69
6
DYR70
14
DYR71
7
DYR73
10
DYR74
12
DYR75
11
DYR76
14
DYR77
15
DYR78
11
DYR79
16
DYR80
6
DYR81
33
DYR82
10
DYR83
10
DYR84
14
DYR85
8
DYR87
7
DYR89
11
DYR90
12
DYR91
6
DYR92
12
DYR93
12
DYR94
10
DYR95
7
DYR96
7
DYR97
13
DYR99
6
DYR100
13
DYR101
12
DYR102
7
DYR103
10
DYR104
11
DYR105
6
DYR106
7
DYR107
8
DYR108
9
DYR110
5
DYR111
11
DYR112
13
DYR113
6
DYR115
29
DYR116
6
DYR117
8
DYR118
9
DYR119
17.c
DYR120
7
DYR123
18
DYR126
12
DYR127
10
DYR130
13
DYR131
7
DYR135
13
DYR136
6
DYR137
4
DYR138
20.g
DYR139
17
DYR143
11
DYR144
7
DYR146
10
DYR150
12
DYR152
10
DYR154
9
DYR156
21
DYR157
15
DYR158
12
DYR159
19
DYR160
12
DYR161
12
DYR162
19
DYR163
35.c
DYR164
32
DYR165
46
DYR166
12
DYR167
11.t
DYR168
6
DYR169
8
DYR170
36
DYR171
40
DYR172
18
DYR173
30
DYR174
13
DYR175
14
DYR177
7
DYR178
5
DYR179
5
DYR181
10
DYR182
5
DYR183
10
DYR184
11
DYR185
7
DYR186
5
DYR188
8
DYR189
9
DYR190
7
DYR191
6
DYR192
5
DYR193
11
DYR194
7
DYR195
8
DYR196
8
DYR197
10
DYR198
7
DYR199
6
DYR200
6
DYR201
6
DYR202
6
DYR203
6
DYR204
6
DYR205
9
DYR206
9
DYR207
6
DYR208
9
DYR209
6
DYR210
5
DYR211
8
DYR212
14
DYR214
6
DYR215
10
DYR217
11
DYR218
5
DYR219
6
DYR221
13
DYR222
6
DYR224
5
DYR225
6
DYR227
5
DYR228
6
DYR229
5
DYR230
6
DYR231
7
DYR234
7
DYR236
7
DYR238
6
DYR239
8
DYR240
8
DYR241
12
DYR242
8
DYR243
19
DYR244
11
DYR245
7
DYR247
6
DYR248
6
DYR249
13
DYR250
36
DYR251
7
DYR252
6
DYR253
5
DYR254
10
DYR255
7
DYR256
7
DYR257
11
DYR258
8
DYR259
10
DYR260
6
DYR262
6
DYR263
7
DYR264
6
DYR265
8
DYR266
5
DYR268
5
DYR269
5
DYR271
6
DYR273
8
DYR275
7
DYR278
6
DYR279
5
DYR280
5
DYR281
7
DYR286
14
DYR287
12
DYR299
5
DYR308
5
DYR315
7
DYR318
5
DYR320
4
DYR322
8
DYR323
6
DYR324
5
DYR327
4
DYR337
7
DYR340
6
DYR344
5
DYR352
10
DYR354
4
DYR366
6
DYR370
4
DYR372
6
DYR374
4
DYR376
4
DYR377
8
DYR383
5
DYR392
5
DYR393
5
DYR394
5
DYR399
4
DYR402
4
DYR403
7
DYR405
4
DYR406
5
DYR408
5
DYR410
6
DYR417
9
DYR418
5
DYR419
6
DYR420
6
DYR421
8
DYR422
7
DYR423
5
DYR429
4
DYR431
8
DYR440
10
DYR441
6
DYR447
5
DYR448
5
DYR452
4
DYR453
9
DYR455
12
DYR458
4
DYR467
4
DYR468
10
DYR469
12
DYR470
7
DYR471
6
DYR472
7
DYR480
7
DYR481
9
DYR484
5
DYR486
5
DYR494
4
DYR497
4
DYR498
8
DYR499
6
DYR500
5
DYR502
5
DYR508
5
DYR512
5
DYR515
6
DYR518
5
DYR519
6
DYR523
6
DYR528
6
DYR541
5
DYR542
4
DYR551
7
DYR559
8
DYR560
4
DYR563
9
DYR567
4
DYR570
4
DYR572
5
DYR573
10
DYR582
5
DYR585
6
DYR586
6
DYR590
4
DYR591
5
DYR592
6
DYR593
4
DYR594
4
DYR597
6
DYR600
4
DYR603
7
DYR613
4
DYR615
14
DYR618
4
DYR620
5
DYR621
5
DYR622
4
DYR625
5
DYR633
5
DYR634
12
DYR636
11
DYR637
7
DYR638
4
DYR639
5
DYR640
5
DYR647
4
DYR651
9
DYR656
9
DYR657
8
DYR660
7
DYR661
4
DYR662
4
DYR667
4
DYR668
6
DYR672
5
DYR674
11
DYR675
4
DYR681
5
DYR682
6
DYR683
6
DYR685
8
DYR686
7
DYR688
4
DYR691
4
DYR701
5
DYR702
7
DYR703
5
DYR705
6
DYR706
5
DYR707
4
DYR711
5
DYR713
7
DYR714
7
DYR718
5
DYR719
5
DYR720
6
DYR723
5
DYR724
10
DYR729
6
DYR730
5
DYR731
7
DYR732
8
DYR733
4
DYR734
9
DYR736
6
DYR739
7
DYR740
5
DYR742
4
DYR748
5
DYR749
5
DYR753
5
DYR757
6
DYR758
5
DYR763
8
DYR764
7
DYR770
9
DYR773
4
DYR776
4
DYR778
6
DYR779
4
DYR784
8
DYR785
6
DYR786
5
DYR787
5
DYR790
11
DYR793
6
DYR794
8
DYR795
7
DYR797
7
DYR798
11
DYR801
4
DYR805
4
DYR806
5
DYR809
5
DYR815
5
DYR819
4
DYR824
6
DYR825
5
DYR826
6
DYR830
6
DYR832
9
DYR834
6
DYR839
5
DYR840
4
DYR843
4
DYR846
6
DYR847
5
DYR850
5
DYR853
5
DYR855
4
DYR857
4
DYR858
5

FAQ: What STR interpretations does YFull provide for my sample?

Sample ID Country / Language Info Ref File Testing company Statistics Status
YF105153 —— E-PH3893* —— Hg38 .BAM YSEQ 4X, 22.1 Mbp, 150 bp
YF084306 Turkey (Rize) / Turkish E-Y38758 —— Hg38 .BAM FTDNA (Y700) 26X, 18.5 Mbp, 151 bp
YF064957 Russia (Yaroslavskaya oblast') / Russian E-Y38758 YF001816 Hg38 .BAM FTDNA (Y700) 53X, 18.8 Mbp, 151 bp
YF072077 Italy (Massa-Carrara) E-Y58897 —— Hg19 .BAM Dante Labs 11X, 22.9 Mbp, 151 bp
YF011420 Italy (La Spezia) E-Y58897 —— Hg38 .BAM FTDNA (Y500) 28X, 12.3 Mbp, 151 bp
YF003109 Italy (La Spezia) E-Y58897 —— Hg19 .BAM FTDNA (Y500) 39X, 14.2 Mbp, 165 bp
YF101627 —— E-Y53515 —— Hg38 .BAM Nebula Genomics 54X, 23.6 Mbp, 150 bp
YF003604 Armenia E-Y53515 —— Hg19 .BAM FTDNA (Y500) 42X, 14.0 Mbp, 165 bp

You can watch theoretical computed paths using PhyloGeographer. We do not guarantee that provided information is correct.
- Theoretical Computed Paths > E-PH3893
- Y Heatmap > E-PH3893

* The PhyloGeographer is not affiliated with YFull