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2006
Here are 1 Chinese and 13 Japanese sequences: 1. Kong A9.JS AY255141(Chinese) 2. Tanaka (1)A14.JS HNsq0030(Japanese) 3. Tanaka (1)A21.JS HNsq0155(Japanese) 4. Tanaka (1)A39.JS HNsq0173(Japanese) 5. Tanaka (1)A45.JS HNsq0179(Japanese) 6. Tanaka (2)A33.JS HNsq0240(Japanese) 7. Tanaka (2)A45.JS HNsq0252(Japanese) 8. Tanaka (2)A55.JS JDsq0010(Japanese) 9. Tanaka (2)A60.JS JDsq0015(Japanese) 10. Tanaka (3)A3.JS JDsq0020(Japanese) 11. Tanaka (3)A6.JS JDsq0023(Japanese) 12. Tanaka (3)A13.JS JDsq0031(Japanese) 13. Tanaka (3)A45.JS JDsq0065(Japanese) 14. Tanaka (4)A4.JS JDsq0085(Japanese) The sequences have these differences from the CRS: - for the main stem leading from H: 73 263 750 1438 2706 4769 7028 8860 11719 12705 14766 15326 16223 16519 and excluding changes at 309 and 315 the mutation lists are: 1. Kong A9.JS AY255141(Chinese) T146C C150T A3397G T4386C G5231A G5417A A5457G G12007A A12358G G12372A A15095G C16111T G16129A C16257A C16261T 2. Tanaka (1)A14.JS HNsq0030(Japanese) N9b G5147A G5417A G7830A T10248C C10607T G11016A 12241.C G12501A A13183G A14893G G16129A A16182. A16183. T16189C 16193.C 16193.C G16390A 3. Tanaka (1)A21.JS HNsq0155(Japanese) C150T 523.C 523.A 523.C 523.A G1664A G4820A G5231A G5417A A12358G G12372A G16145A T16172C C16245T C16257A C16261T 4. Tanaka (1)A39.JS HNsq0173(Japanese) (16223C) N9b T152C A200G A361G 2156.A G5147A G5417A 7471.C C8215A C10607T G11016A G12406A A13183G A14893G A15766G A16183. T16189C 16193.C C16294T A16309G 5. Tanaka (1)A45.JS HNsq0179(Japanese) N9b G94A A257G G5147A G5417A C10607T G11016A G12501A A13183G A14893G A16183. T16189C 16193.C 6. Tanaka (2)A33.JS HNsq0240(Japanese) C150T C151T G3357A G5231A G5417A A7304G A10044G T11368C A12358G G12372A T15090C A16162G C16257A C16261T C16264T 7. Tanaka (2)A45.JS HNsq0252(Japanese) C150T T4386C G5231A G5417A G12007A A12358G G12372A C16111T G16129A C16257A C16261T 8. Tanaka (2)A55.JS JDsq0010(Japanese) C150T T961C 965.C 965.C G5231A G5417A A12358G G12372A T15067C T16172C C16257A C16261T A16497G 9. Tanaka (2)A60.JS JDsq0015(Japanese) N9b T310C G1598A C3429T G5417A A5474G A6040G G6249A G7912A C10607T G11016A A13183G T14290C A14893G A15258G A16182. T16189C 16193.C 16193.C T16243C T16304C T16311C T16362C G16390A 10. Tanaka (3)A3.JS JDsq0020(Japanese) C150T A2833G A4129G C5086T G5231A G5417A C8029T A9362G G11914A T12354C A12358G G12372A A12612G G16129A T16189C C16257A C16261T 11. Tanaka (3)A6.JS) JDsq0023(Japanese) C150T 960.C T961C T4688A G5231A G5417A T5553G T5567C A12358G G12372A C12705T T15067C T16172C C16257A C16261T A16497G 12. Tanaka (3)A13.JS JDsq0031(Japanese) C150T 960.C T961C G5231A G5417A A12358G G12372A A14148G T14512C T15067C T16172C C16257A C16261T A16497G 13. Tanaka (3)A45.JS JDsq0065(Japanese) C150T 960.C T961C G5231A G5417A A12358G G12372A T15067C T16172C C16257A C16261T A16497G 14. Tanaka (4)A4.JS JDsq0085(Japanese) N9b G5147A G5417A C10607T G11016A A13183G A14893G G14996A A16182. A16183. T16189C 16193.C 16193.C C16266T ..... Tanaka (1)A52.JS HNsq0186(Japanese) A73G C150T A263G 309.C 315.C C338T A750G T961C 965.C 965.C 965.C 965.C A1438G A2706G A4769G G5231A G5417A A5843G C7028T A8860G G11719A A12358G G12372A C12705T C14766T T14968C T15067C A15326G T16172C C16223T C16257A C16261T T16304C A16497G . Kivisild A53.JS DQ112878(Asia) T961C G5231A G5417A G5471A A5474G A5498G T5580C G5821A G10685A A12358G G12372A A13857G T15067C ........ Phan A7.JS DQ834258(Vietnam) Haplogroup N9a Nil A73G C150T A750G A1438G A2706G A4769G T4856C G5231A G5417A C7028T C7945T T7954C A8701G A8860G T9540C G10586A G11719A A12358G G12372A C12705T A15326G T15593C C16223T C16257A C16261T T16519C A16.JS EF488201(Sundanese) Noer Haplogroup N9a A73G T146C C150T A263G 309.C 309.C 315.C A750G A1438R A2706R A4769R T4856Y A4985R A5186R G5231R G5417A C7028Y A8701R G8790R A8860G C11335Y G11719R A12358R G12372R C12705T C13503M T13674K C13742Y C14766T A15080G A15326G C16223Y C16257M C16261Y C16292Y C16294Y T16362Y T16519C