E-BY5965 - YFull YTree Info

E-BY5965 (age: 1154 ybp)

Formula: (1378+930)/2

Formula: (1378+930)/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-FGC14094					9.13	9.13 * 144.41 + 60	1378
	YF004809	12.00	8136415	12.00/8136415 * 8467165	12.49	12.49 * 144.41 + 60	1863
	YF010433	5.00	7216911	5.00/7216911 * 8467165	5.87	5.87 * 144.41 + 60	907
	YF019809	10.00	7582831	10.00/7582831 * 8467165	11.17	11.17 * 144.41 + 60	1672
	UKD768D4	7.00	8472142	7.00/8472142 * 8467165	7.00	7.00 * 144.41 + 60	1070
YF089692		6.00	8436429	6.00/8436429 * 8467165	6.02	6.02 * 144.41 + 60	930

NOTE: Age estimation has been taken from downstream subclade E-FGC14094, its age estimation is more (1400 > 1154)

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-BY5965
BY5944
BY5948
BY5949
FGC14078
FGC14079
FGC14082
FGC14085
FGC14086
FGC14092
FGC14093
FGC14097
FGC14099
FGC69798
BY5965
BY5974
FGC69799
BY40505 / A21046
FGC14083
FGC14088
FGC14089
FGC14090
FGC14098
BY5945
BY5952
BY5971
FGC69789
FT179000
FGC69804
FGC69802
Y224720
Y224766
FGC69791(H)	H
FGC69790(H)	H
BY213556
BY5946(H)	H
FGC51189
Y224742
FGC87213
BY40516
FGC14100
FGC14080
FGC69795

STRs	Mutation rate	ANC		DER
DYS539		11	→	10
DYS521		12	→	11
DYR135		11	→	13
DYS391		10	→	11
DYS389I		13	→	12
DYR13 shared with SRS8752365		11	→	10
DYS460		9	→	10
DYR115		30	→	29
DYR123		17	→	16
DYR27		10	→	11
DYS442		11	→	12
DYS551		14	→	15
DYR101		12	→	11
DYS456		17	→	18
DYS467		11	→	12
DYS722		19	→	18
DYR156 shared with E-Y66613		22	→	23
DYR33		17	→	19
DYS389II		30	→	29
DYR162		16	→	17
DYR1		14	→	15
DYS469 shared with SRS8752365		24	→	26
DYR30		15	→	16
DYS611		16	→	15
DYS506		15	→	14
DYR84		15	→	16
DYR160		14	→	12
DYF393 shared with SRS8752365		29.g	→	28.g
DYS471 shared with SRS8752365		30.g	→	29.g
DYS570		19.c	→	21.c
DYR159		17	→	15
DYR164		30	→	28

STR haplotype for MRCA of E-BY5965 (minimum parsimony hypothetical using 5 samples) with 810 STRs

DYS393

13

DYS390

24

DYS19

13

DYS391

11

DYS426

11

DYS388

12

DYS439

12

DYS389I

12

DYS392

11

DYS389II

29

DYS458

15

DYS455

11

DYS454

11

DYS447

25

DYS437

14

DYS448

20

DYS449

32

DYS460

10

Y-GATA-H4

11

DYS456

18

DYS607

12

DYS576

17

DYS570

21.c

DYS442

12

DYS438

10

DYS531

10

DYS578

8

DYS590

8

DYS537

11

DYS641

10

DYS472

8

DYF406

12

DYS511

10

DYS425

0

DYS557

18

DYS594

11

DYS436

12

DYS490

12

DYS534

17

DYS450

7

DYS444

12

DYS481

22

DYS520

18

DYS446

12

DYS617

13

DYS568

12

DYS487

14

DYS572

11

DYS640

11

DYS492

11

DYS565

11

DYS710

33.2

DYS485

15

DYS632

8

DYS495

15

DYS540

11

DYS714

23

DYS717

19

DYS505

13

DYS556

12

DYS549

12

DYS589

11

DYS522

12

DYS494

9

DYS533

12

DYS636

11

DYS575

10

DYS638

11

DYS462

12

DYS452

31

DYS445

10

Y-GATA-A10

13

DYS463

18

DYS441

14

DYS525

10

DYS712

19

DYS593

16

DYS650

21.a

DYS532

12

DYS715

24

DYS504

13

DYS513

14

DYS561

16

DYS552

23

DYS726

14

DYS635

22

DYS587

18

DYS643

12

DYS497

14

DYS510

17

DYS434

9

DYS461

12

DYS435

11

ATA71D03

12

DXYS156

12

DYF382

12

DYF389

11

DYF392

8

DYF393

28.g

DYF394

8

DYF398.1

8

DYF398.2

16

DYS443

12

DYS453

12

DYS466

7

DYS467

12

DYS468

17

DYS469

26

DYS470

11

DYS471

29.g

DYS473

11

DYS474

8

DYS475

8

DYS476

12

DYS477

8

DYS478

13

DYS480

8

DYS484

12

DYS488

13

DYS489

15

DYS491

12

DYS493

10

DYS496

9

DYS499

8

DYS500

9.3

DYS501

8

DYS502

13

DYS506

14

DYS507

9

DYS508

12

DYS509

9

DYS512

9

DYS514

22

DYS516

15

DYS517

12

DYS518

37

DYS521

11

DYS523

14

DYS526A

11

DYS526B

31

DYS530

9

DYS536

11

DYS538

10

DYS539

10

DYS541

11

DYS542

15

DYS543

17

DYS544

14

DYS545

10.t

DYS546

17

DYS547

44

DYS548

12

DYS550

8

DYS551

15

DYS554

9

DYS558

9

DYS559

8

DYS562

18

DYS567

11

DYS569

11

DYS571

11

DYS573

11

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

9

DYS599

22

DYS600

10

DYS608

8

DYS609

8

DYS611

15

DYS612

32

DYS613

8

DYS614

18

DYS615

8

DYS616

14

DYS618

11

DYS619

8

DYS620

8

DYS621

8

DYS622

17

DYS623

10

DYS624

9

DYS625

33

DYS626

22

DYS627

27

DYS629

10

DYS630

24

DYS631

9

DYS633

8

DYS634

8

DYS637

13

DYS639

10

DYS642

8

DYS644

22.4

DYS645

8

DYS649

8

DYS655

11

DYS662

8

DYS664

49

DYS666

7

DYS667

7

DYS668

5

DYS672

9

DYS673

11

DYS675

6

DYS676

11

DYS677

11

DYS678

11

DYS679

13

DYS681

5

DYS683

10

DYS685

37

DYS686

21

DYS687

37

DYS688

72

DYS692

7

DYS694

8

DYS695

31

DYS696

7

DYS701

5

DYS702

28

DYS703

14

DYS705

7

DYS706

15

DYS707

23

DYS708

28

DYS709

22

DYS711

58

DYS713

40

DYS718

15

DYS719

12

DYS720

26

DYS721

19

DYS722

18

DYS723

22

G09411

12

L1313

3

L14

4

DYR1

15

DYR2

13

DYR3

9

DYR5

8

DYR6

12

DYR7

13

DYR8

11

DYR10

10

DYR12

11

DYR13

10

DYR14

11

DYR15

11

DYR19

9

DYR20

10

DYR23

11

DYR26

13

DYR27

11

DYR28

10

DYR29

11

DYR30

16

DYR31

7

DYR32

15

DYR33

19

DYR39

10

DYR40

13

DYR41

11

DYR43

7

DYR44

13

DYR46

9

DYR47

4

DYR48

12

DYR49

11

DYR51

6

DYR52

9

DYR54

10

DYR55

14

DYR56

15

DYR57

12

DYR59

13

DYR60

17

DYR61

8

DYR62

5

DYR65

8

DYR69

6

DYR70

14

DYR71

7

DYR73

10

DYR74

11

DYR75

12

DYR76

14

DYR77

14

DYR78

11

DYR79

16

DYR80

6

DYR81

33

DYR82

10

DYR83

10

DYR84

16

DYR85

8

DYR87

7

DYR89

11

DYR90

10

DYR91

6

DYR92

12

DYR93

13

DYR94

10

DYR95

7

DYR96

7

DYR97

12

DYR99

6

DYR100

13

DYR101

11

DYR102

7

DYR103

10

DYR104

11

DYR105

6

DYR106

8

DYR107

8

DYR108

9

DYR110

5

DYR111

11

DYR112

14

DYR113

6

DYR115

29

DYR116

6

DYR117

7

DYR118

10

DYR119

14.c

DYR120

7

DYR123

16

DYR126

15

DYR127

10

DYR130

13

DYR131

7

DYR135

13

DYR136

6

DYR137

4

DYR138

19.g

DYR139

18

DYR143

12

DYR144

7

DYR146

10

DYR150

14

DYR152

10

DYR154

10

DYR156

23

DYR157

14

DYR158

11

DYR159

15

DYR160

12

DYR161

13

DYR162

17

DYR163

35.c

DYR164

28

DYR165

47

DYR166

13

DYR167

11.t

DYR168

6

DYR169

8

DYR170

36

DYR171

42

DYR172

18

DYR173

27

DYR174

13

DYR175

14

DYR177

7

DYR178

5

DYR179

5

DYR181

11

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

6

DYR225

6

DYR227

5

DYR228

7

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

33

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

11

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

10

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

11

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

13

DYR618

4

DYR620

5

DYR621

5

DYR622

4

DYR625

5

DYR633

5

DYR634

11

DYR636

9

DYR637

7

DYR638

4

DYR639

5

DYR640

4

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

8

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

10

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

DYR787

5

DYR790

11

DYR793

6

DYR794

8

DYR795

7

DYR797

7

DYR798

9

DYR801

4

DYR805

4

DYR806

5

DYR809

5

DYR815

5

DYR819

4

DYR824

6

DYR825

5

DYR826

6

DYR830

6

DYR832

10

DYR834

6

DYR839

5

DYR840

4

DYR843

4

DYR846

6

DYR847

5

DYR850

5

DYR853

5

DYR855

4

DYR857

4

DYR858

5

FTY327

4

FTY394

10

FTY62

6

FTY246

5

FTY362

4

FTY161

8

FTY192

5

FTY227

7

FTY391

7

FTY180

4

FTY369

7

FTY70

11

FTY195

7

FTY105

7

FTY214

14

FTY262

5

FTY208

4

FTY11

5

FTY95

6

FTY234

5

FTY27

5

FTY329

5

FTY211

5

FTY138

5

FTY288

6

FTY18

4

FTY115

5

FTY322

6

FTY153

4

FTY203

5

FTY142

6

FTY191

11

FTY299

12

FTY185

8

FTY397

4

FTY334

5

FTY348

7

FTY275

11

FTY306

5

FTY383

5

FTY285

10

FTY85

10

FTY325

4

FTY237

8

FTY129

9

FTY301

11

FTY216

7

FTY68

10

FTY32

6

FTY265

8

FTY300

5

FTY201

8

FTY98

5

FTY144

10

FTY308

6

FTY177

8

FTY158

6

FTY84

7

FTY250

7

FTY364

4

FTY57

6

FTY377

4

FTY251

5

FTY217

7

FTY252

9

FTY42

5

FTY372

8

FTY176

6

FTY66

6

FTY198

10

FTY117

14

FTY159

6

FTY232

6

FTY343

6

FTY178

4

FTY112

13

FTY157

8

FTY148

11

FTY194

13

FTY317

7

FTY289

19

FTY345

6

FTY273

6

FTY30

5

FTY147

5

FTY302

9

FTY354

10

FTY326

6

FTY88

4

FTY248

9

FTY267

12

FTY170

7

FTY60

4

FTY167

5

FTY134

9

FTY235

11

FTY145

11

FTY14

10

FTY340

5

FTY293

5

FTY278

7

FTY269

13

FTY530

10

FTY1156

4

FTY1070

9

FTY1004

4

FTY31

5

FTY339

4

FTY113

6

FTY280

4

FTY255

7

FTY349

5

FTY127

4

FTY321

7

FTY92

5

FTY392

8

FTY312

7

FTY135

5

FTY150

10

FTY294

5

FTY282

6

FTY905

6

FTY502

10

FTY743

7

FTY443

7

FTY670

9

FTY510

8

FTY512

5

FTY935

4

FTY563

10

FTY1016

13

FTY635

11

FTY861

11

FTY433

5

FTY259

5

FTY44

11

FTY233

9

FTY274

6

FTY34

5

FTY1068

10

FTY658

7

FTY800

13

FTY1025

12

FTY445

10

FTY809

5

FTY562

10

FTY897

5

FTY1064

7

FTY1052

7

FTY310

10

FTY189

5

FTY283

8

FTY28

7

FTY446

10

FTY612

13

FTY507

9

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

Sample ID	Country / Language		Info	Ref	File	Testing company	Statistics	Status
YF089692	United States (Utah)	E-BY5965*	——	Hg38	.BAM	Nebula Genomics	30X, 23.6 Mbp, 150 bp
YF019809	Wales	E-FGC14094*	——	Hg38	.BAM	FTDNA (Y500)	23X, 12.1 Mbp, 151 bp
YF010433	Wales	E-FGC14091*	——	Hg19	.BAM	FTDNA (Y500)	41X, 13.7 Mbp, 165 bp
UKD768D4	United Kingdom (London, City of)	E-BY5967	——	Hg38	.BAM	Scientific	15X, 23.6 Mbp, 151 bp
YF004809	United States (Oregon)	E-BY5967	——	Hg19	.BAM	FTDNA (Y500)	44X, 15.0 Mbp, 165 bp

You can watch theoretical computed paths using PhyloGeographer. We do not guarantee that provided information is correct.
- Theoretical Computed Paths > E-BY5965
- Y Heatmap > E-BY5965

* The PhyloGeographer is not affiliated with YFull