A) BORDER REIVER FAMILIES DNA STUDY, focused on DYS393=12																This page has several parts; please click on the part you wish to review:																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	Jim Elliott's Discussion of Methods of Analyzing "Deep Ancestry"
(Results collected from Y-Search, Y-Base, and various DNA Results webpages cited in the chart below:)																A) BORDER REIVER FAMILIES DNA STUDY, focused on DYS393=12 - Chart																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	Jim Elliott's ALL Border Reivers by Surname DNA Study
																B) The Most Common Marker Values of Y-Chromosome Results by Haplogroups																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	Jim Elliott's ALL Border Reivers by Haplogroup DNA Study
The information in the chart below was updated to 8 August 2007.    This page is no longer being maintained. However, the page and chart below																C) Background of Border Reivers "DYS393=12" Y-DNA Study																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	Whit Athey's Haplogroup Predictor Program
will remain available as a resource, and as background for the information contained in the annexed  SNP Results page.																D) DNA Study Note re Blood Group B																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	SNP Testing by Ethnoancestry.com
See:	http://freepages.genealogy.rootsweb.com/~donegalstrongs/r1b%20snps%20and%20subclades.htm															E) Discussion of the Hypothesis																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	Summary of public results of R1b and S21 SNP tests, by John McEwan
																F) Join the Border Reiver Families DNA Study:																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	DNA-Fingerprint.com Advanced DNA testing Laboratory
																																							See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	DNA-Fingerprint.com The DYS464X (Extended) Test
	Interested persons should review notes  5 and 6, below, and are referred to the ht35 project at FTDNA:																																						See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	International Society of Genetic GenealogyY-DNA Haplogroup Tree 2006
	http://www.familytreedna.com/public/ht35/																																						See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	World Families Network - Y-Haplogroups
	To  join the ht35 project:		http://www.familytreedna.com/ftGroupJoin.aspx?act=groupjoin&joincode=T25154&group=ht35&special=true																																				See:               http://freepages.genealogy.rootsweb.com/%7egallgaedhil/dna_by_surname.htm	To Search Oxford Ancestor's  Y-Line Database see: Click Here
																																							and See:		http://home.comcast.net/~philgoff/DNAresults.htm
	Note 5: "…the R1b1c Haplogroup, characterized by being positive for M269 and negative for all other previously known SNPs in the R1b tree, has																											<====	SEE NOTES  re FTDNA's DeepSNP R1b1c U series tests															<====	SEE NOTES  re FTDNA's DeepSNP R1b1c U series tests
	recently been graced by a new set of markers that have been published upon and known as the U series of markers as discovered by   Drs. Dennis
	Garvey and Jack Balantine.  These 4 new markers (including U106; U198; P107; & U152) bring 2 new major subgroups to the panel and
	if the initial findings continue to hold, we expect that 40% of people who are M269+ will fall into one of these 2 sub-groups, for now
	known as R1b1c9 and R1b1c10."  per a 6 March 2008 message from FTDNA.   One is  intrigued by the latest message from FTDNA soliciting
	participation in the further testing for SNPs for subclades "for now known as R1b1c9 and R1b1c10", which includes this statement "the R1b1c Haplogroup...,
	characterized by being positive for M269 and negative for all other previously known SNPs in the R1b tree".   The logic appears to be that R1b1c may have started
	as  ht35, and subsequently mutated into ht15, with all the downstream SNPs being associated with ht15.   This probably makes some sense... however,
	it remains to be seen whether any of the downstream SNPs might have occured prior to the mutation from ht35 to ht15.
	Note 6:  Per a 6 March 2008 message from Vince Vizachero:  "Over the past few months, a lot of progress has been made in the ability to predict ht15/ht35																											<====	SEE NOTES  re testing of DYF385 & DYF411 for ht35															<====	SEE NOTES  re testing of DYF385 & DYF411 for ht35
	.... As you know, the modal value for DYS393 in ht35 is 12.  Unfortunately, many ht35 haplotypes have DYS393=13 and many ht15 haplotypes have DYS393=12 -
	mostly by virtue of their sheer numbers.   DYS461=11 has always been a useful partner test, but it has never been clear how we should evaluate
	a conflict between DYS393 and DYS461.  It turns out that there is a third marker, DYF385, that is particularly diagnostic
	for ht35. This is not the same as DYS385, but rather a palindromic marker offered by FTDNA in its Advanced Orders. It appears that the modal value for ht15 is
	DYF385=10,11 but that the modal value for ht35 is DYF385=10,10.  In fact, so far 100% of the suspected ht35 haplotypes I've tested have DYF385=10,11.
	It does not appear that many members of the Border Reivers have tested either DYS461 or DYF385.  Such testing on even a small group of your members might answer
	the ht15/ht35 question rather definitively… If you have members that are willing to order those two markers, I invite them to join the ht35 project so that we can
	establish the probability that they truly are ht35.  [Presently], The total cost of the tests would be $28.70 (less if they had already ordered advanced tests in the
	past).   See the ht 35 project at:			http://www.familytreedna.com/public/ht35/
	The following is quoted from the goals statement of the ht35 project: "Our goal is to investigate the relationship between YCC Haplogroup R1b1c and
	TaqI 49a,f haplotype 35 (aka ht35).  So far, no SNP has been found to distinguish ht35 from other forms of R1b1c (including the western European ht15).
	Our first working hypothesis is that all ht35 haplotypes will be R1b1c* (i.e. negative for known all SNPs known to define subclades of R1b1c).
	Our second working hypothesis is that ht35 contains much higher frequencies of DYS393=12 and DYS461=11 than ht15.
	Our third working hypothesis is that ht35 contains much higher frequencies of DYF385=10,10 than ht15.
	Therefore, our present focus is on accumulating extended Y-SNP and Y-STR testing on any R1b1c* haplotypes exhibiting DYS393=12, DYS461=11 and/or
	DYF385=10,10 with the hope of finding reliable ways of distinguishing ht35 from ht15 without the need to depend on the expensive, unpleasant and
	(at the moment) commercially unavailable TaqI 49a,f test."   One can hope that further research interest and a narrowing of focus will lead to definitive
	TaqI 49a,f testing !
	To  join the ht35 project:		http://www.familytreedna.com/ftGroupJoin.aspx?act=groupjoin&joincode=T25154&group=ht35&special=true
Note 1)  This page was initiated in late 2003 and early 2004.   Gradually the chart has been enhanced and data has been added.
The intention was  to gather DNA Results relating to R1b individuals who exhibit the DYS393=12 allele in order to be able to analyze
the data for patterns and structure which might provide clues as to the nature and origins of occurances of the allele in connection with the
BORDER REIVER FAMILIES DNA STUDY.				See:                   http://freepages.genealogy.rootsweb.com/~donegalstrongs/dnareivers.htm        and	Background of Border Reivers "DYS393=12" Y-DNA Study;							and
see	Discussion of the Hypothesis			for	the motivations behind the study and this page.					Jim Elliott, one of the collaborators in
the study, has prepared an in-depth			Discussion of Methods of Analyzing "Deep Ancestry"							He has gone on to collect a
large number of Haplotypes from amongst studies of various surnames found along the Anglo-Scottish Border. See his webpages:																Note 4)   FTDNA offers a  number of SNP's downstream from any of their "estimates"  of participants' Haplogroup.    Other testing
"All Border Reivers by Surname DNA Study"				and	"All Border Reivers by Haplogroup DNA Study"						It has become clear there					organizations presently also offer  "in-depth" SNP testing,  including additional SNP's "downstream" from the general Haplogroup SNP
there is a wide range of Haplogroups found along the Borders, and indeed, throughout Britain.   Haplogroups such as C, G, I, J2, K2, N,																determinant.  Thus,   FTDNA & other companies test R1b  for the presence of SNP=P25+, and offer additional downstream SNP's:
P, Q, R, R1, R1a, and R1b are all found in the area.   Sources may have included the Celts, Roman Legionaires, Anglo-Saxons, Vikings, and																DNA Heritage offers a range of SNP's which can be found at:									DNA Heritage "Y-SNP Tests"
Normans.   While Jim Elliott continued his research and study of the wide range of Haplogroups in the Borders, this page continued to																EthnoAncestry offers a range of SNP's which can be found at:									EthnoAncestry "Product Catalog"														Jim Elliott's Discussion of Methods of Analyzing "Deep Ancestry"
concentrate on wider occurances of DYS393=12, and to explore means of proving the hypothesis that most often it has deep ancestral roots																R1b SNP's Downstream from P25+ include:    M73 '=> R1b1b;  M269 '=> R1b1c; M37'=> R1b1c1; M65'=> R1b1c2; M126'=> R1b1c3; M153'=> R1b1c4;																							Jim Elliott's ALL Border Reivers by Surname DNA Study
in West Asian & Southeast European populations.   Additional participants are welcome.							Join the Border Reiver Families DNA Study!									M153'=> R1b1c4; M160'=> R1b1c5; M167 (SRY2627)'=> R1b1c6; M222'=>r1b1c7; P66'=>R1b1c8; U106'=>R1b1c9; and U152'=>R1b1c10.																							Jim Elliott's ALL Border Reivers by Haplogroup DNA Study
and see the ht35 project at FTDNA:			http://www.familytreedna.com/public/ht35/													additional research may lead to  additional  "R1b1c?" SNP's downstream from M269.																							Search Genealogy-DNA List Rootsweb Archives
																Anyone interested in SNP's for other Haplotypes, such as C, G, J2, K1, N, P, Q,  etc., should consult the various company's additional offerings.
Note 2)    This page underwent a major review in November, 2005.  Observers will note some of the data now [as updated to 5 October 2006]																Another company, DNA Fingerprint, now merged into FTDNA, offered an interesting test of the DYS464a,b,c,d complex which may be of further
includes a "wine-colored" background.   This data has been gleaned from Jim Elliott's Border Reiver's by Haplogroup webpage.  In a																assistance in researching  "Deep Ancestry".     [See:								DNA-Fingerprint.com The DYS464X (Extended) Test ]
number of cases the data was previously shared data.   Where Jim Elliott's data was more inclusive, the existing data was enhanced																Be sure to check with FTDNA regarding such "Advanced Testing".
with his information.  In some cases, existing data was more inclusive, and has been retained.
Note 3)   Contributions of  Blood Group information from interested participants would be welcomed.    We are interested in any correlation between blood group and an indication of origins in South Eastern Europe and Central Asia.   Thanks !
																														"Note - On May 19, 2003 FTDNA reassigned the values for 464a,b,c,and d.
																														Dropping each by one. These results are believed to reflect those changes."																															Additional Results
Loci tested by Family Tree DNA [FTDNA] and presented in FTDNA Format for Loci 1-37; DYS389ii -389i result added to facilitate comparison with Oxford Ancestor's results, and aide analysis of results: =>							1	2	3	4	5	6	7	8	9	10	11	12	Locus12-10=result		13	14	15	16	17	18	19	20	21	22	23	24	25			26	27	28	29	30	31	32	33	34	35	36	37	by:DNA-F &Oxford Ancestors	(Below Loci tested by Relative Genetics; Ancestry; DNA-Fingerprint; 461 also by dnaheritage.com & genetree.com)					(Below Loci tested  by Relative Genetics, dnaheritage.com & DNA-Fingerprint )							(Below Loci tested  by  DNA-Fingerprint )
Test By:	Results Pages See Number:	Surname Group:	Haplogroup: (Green = SNP Tested)	SNP Results?	Blood Group Info:	DYS#s=          ~ AMH=>	393	390	19/394	391	** 385a	** 385b	426	388	* / ** 439/ YGATAA4	*** 389-1	392	*** 389-2	(389ii-389i)=	Elliott  Structural  Analysis	** 458	459a	459b	455	454	447	437	448	** 449	** 464a	** 464b	** 464c	** 464d	** 464e	DYS#s	460	GATA H4	YCA II a	YCA II b	456	607	** 576	** 570	** CDY a	** CDY b	442	438	425 = DYF371X-T	461 / GATA A7.2	462	YGATAA10	YGATAC4 / DYS 635	GGAAT1B07	DYS 441	DYS444	DYS445	DYS446	DYS452	DYS463	DYS#s	DYF 371 [See DYS 425]	DYF 399	DYF 401S1 / DYS 527	DYS 434	DYS 643	DYS 725	DYS 726
HG1=~R1b Modal Values                        =>						=>	13	24	14	11	(Roper)11=  Paleolithic	14	12=HG1	12	12	13	13	29	16		17	9	10	11	11	25	15	19	29	(Roper)16=  Paleolithic	16	18	18		<=HG1=>	11	12	19	23								12		11		13	23	10							<=HG1=>
R1b1c fka R1b3 Ht15 Modal Values                         =>						=>	Ht15=13	24	14	11	11	14	?	?	?	13	13	29	16		?	Ht15=9	?	?	?	?	?	?	?	?	?	?	?		<=R1b3= ht15=>														Ht15=11											<=R1b3= ht15=>
R1b4-M73 per Cinnioglu (one sample of four)						=>	12	25	14	10				12	11	13	13	28	15			M73=9													M73=9														M73=9											<=M73=9
R1b1c; Formerly R1b3; SNP=M269+; Ht 35 Modal Values        =>						=>	Ht35=12	24	14	11				12			13					Ht35=?													<=ht 35=>														Ht35=11											<=ht 35=>
Other	R48TT	ht35	R1b	See: Italy DNA Project		Turkey	12	24	14	11				12	12	13	13	29	16																R48TT														11											R48TT
Thomas Krahn:		The DNA-F  DYS464X (Extended) Test				=>	=>						=>							=>				=>					=>	15c	15c	17g	17g		<=	cf. Eckersley, below		Note 2 'c' and 2 'g' results, and see "uses of DNA Fingerprint test".										=>	Most R1b males tested by Krahn show 3 C-types and 1 G-type; consistently with Strong QQUFE, below.									=>  Results are inconclusive as an indicator of possible HT35
Nebel  HG1		=>				=>	12	24	14	11				12			13
Elliott Dacian Hypothesis		=>				=>	12	24	14																		14
Est. Mutation Rates from WFN:			Marker and Mutation Comparisons '=>				.0012	.0045	.0016	.0036	.0033 (*)		.0005	.0005	.0045	.0021	.0016	.0028			.0066	.0014 (*)		.0005	.0005	.0045	.0020	0.0028	0.0075	0.0035	0.0035	0.0035	0.0035			.0028	.0036	.0014   (*)									.0012		.0028	.0005	.0045	.0028	.0013							See Marsh:
Est. Mutation Rates from SMGF:			Marker and Mutation Comparisons '=>				.00111	.0044	.00153	.00316	0.0028		.00027	.00038	.00418	.00218	.00147		.00257		.0058	.00118		.00031	.00023	.00388	.00174	.00236	.00646							.00294	.00304	.00124								.002	.0010		.00231	.00053	.0038	.00236		.002	.002	.002	.002	.002	.002
Test By:	Results Pages See Number:	Surname Group:	Haplogroup: (Green = SNP Tested)	SNP Results?	Blood Group Info:	Migration Pattern:			DYS19 [SMGF= DNAF+1]	See Y-STR Nomenclature Conversion Table by DNA-Fingerprint  Caution: Not All Relative Genetics, etc., results have been checked for consistency with FTDNA results									(389ii-389i)=	Elliott  Structural  Analysis								DYS448 [SMGF= DNAF+3]							Results Pages See Number:		GATA-H4 [SMGF= DNAF+1]												DYS461 [SMGF= DNAF-1]									DYS452 [RG= DNAF-19]	DYS463 [RG= DNAF - 2]	Results Pages See Number:
Test By:	Results Pages See Number:	Surname Group:	Haplogroup: (Green = SNP Tested)	SNP Results?	Blood Group Info:	DYS#s=          ~ AMH=>	393	390	19/394	391	** 385a	** 385b	426	388	* / ** 439/ YGATAA4	*** 389-1	392	*** 389-2	(389ii-389i)=	Elliott  Structural  Analysis	** 458	459a	459b	455	454	447	437	448	** 449	** 464a	** 464b	** 464c	** 464d	** 464e	DYS#s	460	GATA H4	YCA II a	YCA II b	456	607	** 576	** 570	** CDY a	** CDY b	442	438	425 = DYF371X-T	461 / GATA A7.2	462	YGATAA10	YGATAC4 / DYS 635	GGAAT1B07	DYS 441	DYS444	DYS445	DYS446	DYS452	DYS463	DYS#s	DYF 371 [See DYS 425]	DYF 399	DYF 401S1 / DYS 527	DYS 434	DYS 643	DYS 725	DYS 726
From:	http://www.northwestanalysis.net/R1bModals.xls					DYS >>>>	393	390	19	391	385a	385b	426	388	439	389i	392	389ii			458	459a	459b	455	454	447	437	448	449	464a	464b	464c	464d	464e		460	H4	YCAIIa	YCAIIb	456						442	438			462	A10	C4	B07	441	444	445	446	452	463
Nordvelt's "Y-Haplogroup R1b Varieties and Their Modal Haplotypes"
In which he used data from the SMGF database, plus DYS464 from Ysearch as at 10 June 2006.						R1b-E-Eur	12	24	14	11	11	14	12	12	12	13	13	29;30			16	9	10	11	11	25	15	19	29	14	15	16	18			11		19	23							12	12			11			10	14	12	12	14	11	22
						R1b-East1	12	24	14	10	11	15	12	12	12	13	14	28				9	10	11	11	25	15	19	28	15	15	16	17														12			11						12	13;14
Data here presented, in FTDNA format, for comparison.						R1b-East2	12	24		10	11	14	11			13	14	29												15	15	16	16
Other	R48TT	ht35	R1b	See: Italy DNA Project		Turkey	12	24	14	11				12	12	13	13	29	16																R48TT														11											R48TT
FTDNA	7MARF	Mainenti	R1b1b1	See SNP Results !	SNP=m73+	Santa Croce, Sicily, IT	12	25	14	11	13	14	12	12	11	14	13	29	15		16	9	10	11	11	22	15	20	32	12	15	16	16
FTDNA	HZZ3E	Scheer	R1b1c	See SNP Results !		England	12	25	14	10	12	15	11	12	13	13	13	29	16		16	9	10	11	11	25	15	19	33	15	15	16	16		HZZ3E	10	10	19	23	16	15	18	17	34	38	12	12													HZZ3E
DNAHer	N8CP9	Blanchard				England	12	25	14	10	12	15	11	12	13	13	13	29	16		16	9	10	11	11	25	15	19	33	15	15	16	16		N8CP9	10	10	19	23	16						12	12		11	11	13	23	10	13	12	12	13	11	22	N8CP9
DNAHer	TWUYB	Blanshard				Newcastle, Nhb, Eng.	12	25	14	10	12	15	11	12	13	13	13	29	16		16	9	10	11	11	25	15	19	33	15	15	16	16		TWUYB	9	11	19	23	16						12	12		11	11	13	23	10	13	11	12	13	11	22	TWUYB
FTDNA	N7HWE	Turner	R1b			Scotland	12	23	15	10	12	15	12	12	13	13	13	29	16																N7HWE																									N7HWE
FTDNA	VDBKC	Turner	R1b			British-USA	12	23	15	10	12	14	12	12	13	13	13	29	16	View															VDBKC																									VDBKC
FTDNA	54SF5	Turner	R1b			Scotland	12	23	15	10	12	14	12	12	13	13	13	29	16	View	16	9	10	10	11	25	15	19	29	14	15	15	15		54SF5																									54SF5
FTDNA	5Q4Y3	Turner	R1b			Scotland	12	23	15	10	12	14	12	12	13	13	13	29	16	View	16	9	10	10	11	25	15	19	29	14	15	15	15		5Q4Y3																									5Q4Y3
FTDNA	ZHC83	Turner	R1b			Scots-Irish-USA	12	23	15	10	12	14	12	12	13	13	13	29	16	View	16	9	10	10	11	25	15	19	29	14	15	15	15		ZHC83																									ZHC83
FTDNA	AQPJ9	Turner	R1b			Scots-Irish-USA	12	23	15	10	12	14	12	12	14	13	13	29	16	View	16	9	10	10	11	25	15	19	29	14	15	15	15		AQPJ9																									AQPJ9
FTDNA	9Z4DE	Turner	R1b			Unknown	12	23	15	10	12	14	12	12	13	13	13	29	16		16	9	10	10	11	25	15	19	29	14	15	15	15		9Z4DE																									9Z4DE
FTDNA	DPZYT	Turner	R1b			Scotland	12	23	15	10	12	14	12	12	13	13	13	29	16		16	9	10	10	11	25	15	19	29	14	15	15	15		DPZYT	12	11	19	23	16	15	18	16	34	36	12	12													DPZYT
FTDNA	QU6C6	Turner	R1b			Aberdeenshr, Sct	12	23	15	10	12	14	12	12	13	13	13	29	16		16	9	10	10	11	25	15	19	29						QU6C6	12	11	19	23	16	15	18	17	34	36	12	12													QU6C6
FTDNA	M2GNG	Turner	R1b			Maryland, USA	12	24	15	10	12	14	12	12	13	13	13	29	16		16	9	10	10	11	25	15	19	30	14	15	15	15		M2GNG	13	11	19	23	16	15	19	16	34	36	12	12													M2GNG
FTDNA	BFWKX	Manchego	R1b			Belen, NM	12	24	14	11	12	14	12	12	12	13	13	30	17																BFWKX																									BFWKX
FTDNA	47KUA	Moore '#M09991	R1b			Scots-Irish-USA	12	24	14	11	12	14	12	12	12	13	13	30	17																47KUA																									47KUA
FTDNA	y-search E934H	Crow	R1b			British-USA	12	25	14	11	12	14	12	12	12	13	13	30	17	View	16	9	10	11	11	25	15	19	30	15	15	17	18		y-search E934H																									y-search E934H
FTDNA	y-search A6ZHK	Armstrong	R1b1b2	See SNP Results !		Scots-Irish-USA	12	25	14	11	12	14	12	12	12	13	13	30	17	View	17	9	10	11	11	25	15	19	29	15	15	17	17		y-search A6ZHK	11	12	19	23	15	14	19	17	37	37	12	12		?											y-search A6ZHK
FTDNA	K8S6N	James	R1b			Philadelphia, PA	12	25	14	11	12	14	12	12	12	13	13	28	15																K8S6N																									K8S6N
OA-DNAHer	2AD23	Roberts	R1b1c	See SNP Results !			12	24	14	11	12	15	12	12	12	13	13	29	16		16	9	9	11	11	23	15	19	30	15	16	16	18		2AD23	11	12	19	23	16						12	12	12	11	10	13	23	10	13	12	12	13	11	22	2AD23
DNAHer	Ybase=YSLT8	Roberts	R1b1c	2AD23=YSLT8			12	24	14	11	12	15	12	12	12	13	13	29	16		16	9	9	11	11	23	15	19	30	15	16	16	18		Ybase=YSLT8	11	12	19	23	16						12	12	12	11	10	13	23	10	13	12	12	13	11	22	Ybase=YSLT8
FTDNA	QNC32	Campbell				County Down, Ireland	12	24	15	11	12	14	12	12	12	13	13	29	16		17	9	10	11	11	26	15	19	33	15	15	17	18		QNC32																									QNC32
FTDNA	99NRE	Campbell #15567	R1b				12	23	14	11	12	14	12	12	12	13	13	29	16		17	9	9	11	12	21	15	19	30	15	15	15	15		99NRE																									99NRE
FTDNA	N22932	Timm	R1b1				12	24	14	11	12	15	12	14	12	13	13	29	16
FTDNA	2XSW8	Graham	R1b			Scotch-Irish-USA	12	24	14	11	12	14	12	12	12	13	13	29	16	View	16	9	10	11	11	25	15	19	29	15	15	15	16
FTDNA	UAAJU	Campbell				Ontario, Canada	12	23	15	11	11	15	12	12	11	13	14	29	16		16	9	10	11	11	25	15	19	29	15	15	17	18		UAAJU																									UAAJU
FTDNA	N32312	Quinn	R1b1				12	24	15	10	11	14	12	12	12	13	13	29	16
FTDNA	RAYGV	Dunne	R1b			Cork, Ireland	12	25	14	10	11	14	12	12	11	13	13	29	16		17	9	10	11	11	23	15	19	29	15	16	16	18		RAYGV																									RAYGV
NGP		Craig	R1b1			Scotland>Belfast>US	12	25	14	10	11	14	12	12	11	13	13	29	16
FTDNA	B4423	Stewart	R1b			>US	12	25	14	11	11	13	12	12	11	13	14	29	16																B4423																									B4423
NPG-FTDNA	y-search JCHHS	Trainor	R1b			Ireland	12	25	14	11	11	13	12	12	13	13	14	29	16																y-search JCHHS																									y-search JCHHS
FTDNA	SE3RE	Graham	R1b			Scotland	12	25	14	11	11	13	12	12	12	13	14	29	16	View	17	9	10	11	11	25	15	19	31	15	15	16	17		SE3RE																									SE3RE
FTDNA	3X7BW	Bond	R1b			Cumberland Co, KY	12	25	14	11	11	15	12	12	12	13	13	29	16		17	9	10	11	11	25	15	19	30	15	15	16	17		3X7BW	10	11	19	23	16	15	18	17	37	40	12	12													3X7BW
FTDNA	NVB6U	Plunkett	R1b1b2	See SNP Results !		Tempo, Co Fermanagh	12	25	14	11	11	14	12	12	12	13	13	28	15		16	9	10	11	11	25	16	18	29	15	15	16	18		NVB6U	11	11	19	23	17	15	17	16	35	37	12	12													NVB6U
FTDNA	A2WFZ	Plunkett	R1b			Tempo, Co Fermanagh	12	25	14	11	11	14	12	12	12	13	13	28	15		16	9	10	11	11	25	16	18	29	15	15	16	18		A2WFZ	11	11	19	23	17	15	18	16	35	37	12	12													A2WFZ
FTDNA	N31231	Pascoe	R1b1c				12	24	14	10	11	15	12	12	12	13	14	28	15
FTDNA	N36244	Tuthill	R1b1				12	24	14	10	11	15	12	12	13	13	14	28	15
FTDNA	YX93X	Scott	R1b1c				12	25	14	10	11	15	12	12	12	12	13	29	17	View	17	10	10	11	11	24	14	19	31	15	15	16	17		YX93X																									YX93X
FTDNA	y-search MZ7ZZ	Kontos	R1b			Greece>USA	12	24	14	10	12	15	12	12	12	13	13	29	16																y-search MZ7ZZ																									y-search MZ7ZZ
From:	http://www.northwestanalysis.net/R1bModals.xls					DYS >>>>	393	390	19	391	385a	385b	426	388	439	389i	392	389ii			458	459a	459b	455	454	447	437	448	449	464a	464b	464c	464d	464e		460	H4	YCAIIa	YCAIIb	456						442	438			462	A10	C4	B07	441	444	445	446	452	463
Nordvelt's "Y-Haplogroup R1b Varieties and Their Modal Haplotypes"
In which he used data from the SMGF database, plus DYS464 from Ysearch as at 10 June 2006.						R1b-E-Eur	12	24	14	11	11	14	12	12	12	13	13	29;30			16	9	10	11	11	25	15	19	29	14	15	16	18			11		19	23							12	12			11			10	14	12	12	14	11	22
						R1b-East1	12	24	14	10	11	15	12	12	12	13	14	28				9	10	11	11	25	15	19	28	15	15	16	17														12			11						12	13;14
Data here presented, in FTDNA format, for comparison.						R1b-East2	12	24		10	11	14	11			13	14	29												15	15	16	16
Other	R48TT	ht35	R1b	See: Italy DNA Project		Turkey	12	24	14	11				12	12	13	13	29	16																R48TT														11											R48TT
RELGEN		Fawcett?	R1b1c			DUR?>ON	12	24		10	11	15	12	12	12	13	13	29	16					11	11	25	15									10		19	23								12	11	11	10	13	23
FTDNA	JW47S	Campbell #428	R1b			NC, US	12	24	14	10	11	15	12	12	12	13	13	30	17		19	9	10	11	11	25	15	19	30	15	15	16	17		JW47S																									JW47S
FTDNA	8CBUR	Campbell #7021	R1b			>US	12	24	14	10	11	15	12	12	13	13	13	30	17		19	9	10	11	11	25	15	19	30	15	15	16	17		8CBUR	11	12	19	24	15	15	20	17	39	39	12	12													8CBUR
FTDNA	VJCPA	Campbell #26483	R1b			TN, US	12	24	14	10	11	14	12	12	13	13	13	29	16		17	9	11	11	11	25	15	19	30	14	15	16	17		VJCPA	10	11	19	23	15	18	19	17	34	37	12	12													VJCPA
DNAHer	21183711	Leigh	R1b				12	24	14	10	11	14	12	12	13	13	13	29	16		18	9	10	10	11	25	14	17	29	15	15	17	17			10	DNAH12,+1=13	19	23	16						12	12		12	11	15	23		12			14	11+19=30,DNAH
FTDNA