Report 11 - SNPs


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Please contact Paul Szauter with comments and questions.

Single Nucleotide Polymorphisms (SNPs)

The report Single Nucleotide Polymorphisms (SNPs) contains all Single Nucleotide Polymorphisms (SNPs) in Geniverse, associated with coordinates.

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Sorted by: Genome Coordinates
#	SNP	Genome Coordinates	Sequence	Assembly
1	XS239	ChrX: 229313 bp	TTGCTTCTAAGCTCCAGAAAACAGCCAGACCGTACGTTTC Y TTCTTCCATTTGCTTGAACACCCAAAGGGGAAACAGCTGA Y = C/T	T
2	XS277	ChrX: 700484 bp	GCCTAGGCGGGGCCAGGCCATGGAGGTGGGCCCAGGCCAC M GAGGCGAGCCAGGCCACGGAGGCCACTGCGGGCAGAGGAC M = A/C	A
3	XS401	ChrX: 1402317 bp	GGCGGGGGAGCCAGGGAGGGGGAGGGAGGGAGGCAGGCTG W GCCTTCCAACTCATGGTGCCTTCAGCAACCGTATAGTTTG W = A/T	T
4	XS423	ChrX: 1536595 bp	AAATTCTGTGGAAAATCCAGACCTTTGGGCATATGCCTGG S TATTGCTTCACTTTGTAGTTGGGTGCAAAGATTACTGGAG S = C/G	C
5	XS437	ChrX: 2259879 bp	ATGTACTCACTTGAGGTGCTCTGATCCTGACATATGGCAT Y TATGATAATTTGTTTCTGAGATGTTTCCTTGGGCTTTAAT Y = C/T	C
6	XS324	ChrX: 2875519 bp	TCAGTAAAACTTTGTATATAGTTTTACCATCGTTTCTGAT S TCTCCTCGTTCTGCGTTCCACTGATTCCATCCAACTACTG S = C/G	G
7	XS349	ChrX: 3157777 bp	CAGTAATACTTGACCAGATTGAATTATTTTTTGTAAAAGA K GTTTGTGTGTACAGATAGCCATAGATCACGATTAGCGCAC K = G/T	T
8	XS250	ChrX: 3390191 bp	TAATGACCTCGTCAGATGGGGTAGATTTCAGCAGCAACGT R AGTTCCTCTTTAGTTTTGCGATGGAGCCCTCCAGCTCCCA R = A/G	G
9	XS257	ChrX: 4706407 bp	AGGGATAAAATAGAGTGACCATGGACATGTGGTCAAAATT R ATGCAAAGAATTAGAATGCAGACTGCCCCTTTACAGGGAG R = A/G	A
10	XS348	ChrX: 4972076 bp	ATTTTACCACAATGTGTGTGTGGTATGTGTGTGTTATTTT Y GGTAATTTCAGGGTCAAGATTCCTTTTAGAAAGAAAAAGC Y = C/T	T
11	XS270	ChrX: 4979523 bp	TGTTATAAAGTTTAGTAGCTGCTACTTATAAAGGTGAATC M TCCTGGACGGGAGTATAACAATCAAAATCAGGTAAAGAAG M = A/C	C
12	XS390	ChrX: 5699999 bp	GGGACAGAATCTATTTTTGTCCTCTCCAGCATGTGAGTTT W TCCTGTTGATAACTCTTTGCCATCTTGATCACACTCTGAT W = A/T	T
13	XS292	ChrX: 5780969 bp	CTCTTCCTCCAATTTTCTCTTTATTCTTTCTTTTACTTCA R CTGCTACAAATTAATTTTAAGGTGCAAAAGTAACCTGCAT R = A/G	A
14	XS429	ChrX: 6630603 bp	TTTCTTGGAAAGGTGGCAACCCTTTCAAATCTTTGCTTAA Y TGCATTGTAACTCATACTGCTCATCTATCCAATTGTGGTC Y = C/T	T
15	XS371	ChrX: 6793381 bp	CTGAGTGGCTAATTAAACAGCTTTCTCTTTGCCTGTGAAA M TCAGTTTGATTTACTTCATTTTGGGTGAATTAAAAATGTG M = A/C	A
16	XS200	ChrX: 7397115 bp	GATGGAGCACTGGGGAAGTCATACTTTCCCAGCCTTAGAG S AAGGCACAGGAAAATCTCTCTGAACAAATCTTGCCAAGAA S = C/G	C
17	XS339	ChrX: 7856757 bp	TTGCCTGTATTGCATACTGATTGCATCATCCAGAGTGTAC K ATAGTCTGGAAAGAGTTAAATTACTAAGAAGCTGTGATGT K = G/T	T
18	XS271	ChrX: 8560083 bp	AGTGTTTGTGCATTGCTGATTGCGTTCAGTTCTGAGTCGA S TTCTGTCTGCCTAGAGTGAGAGTCAAGTCCTGTGTTCGTC S = C/G	C
19	XS199	ChrX: 8908506 bp	ATTGTACTGATTTGAGGATTGAGCCATAATAAGTCAATCA W ATTTACTTCATTATTGTCTCTAAAAGGGAGAGAGCCCCCC W = A/T	T
20	XS198	ChrX: 9573213 bp	CATCAGTTTTTTTTGTTAGATCTTTAAAAAGAAAACTCTT W TGATAAGACATTTGAAGGCATATGCCAAACGACCCATGTC W = A/T	T
21	XS174	ChrX: 9686170 bp	TTTTGCCTAGCTGGAACTTTATCCTGACACAGGATTCTGC S ATTGTTTGTAAGCATTATGCAAGACAGTACTTTGGGTGGA S = C/G	C
22	XS333	ChrX: 10300673 bp	CTTGCTAGAGACATAGTTAGGCAGAAGTCCAATTTGCCTG S TTGTGTCTTTTATGGCTGCTATGGAGGGTGGGATTAGCTG S = C/G	C
23	XS314	ChrX: 10933012 bp	GATATTGTTGTGTAGGTGTTAGAGCTGCATAACCAGATGC K TCTCTGATGCTGACTATCTATTGGCCACTAAATTACTCTG K = G/T	T
24	XS441	ChrX: 11336956 bp	AAAACTAAAGACAGACCAGCATGTGCCGCCAAAATCTACA Y GGGGAGATGACACCCCCCCGCCCCCCCCCCCGCCCCCACC Y = C/T	C
25	XS217	ChrX: 11809831 bp	TGACTCAAAAGCACACAACAAGAACAACAACCATGACTTA M GAATAAAATAAGAGATGTTGAGTAAACATCTTGAAAGGGG M = A/C	A
26	XS282	ChrX: 11988466 bp	ATATTGGAAGACAGTTTTAATCACCCAACCAATGCAGCTG S AGACAAAAGGAATTGTTATCCAGCACATGTGGAAAGTGCT S = C/G	G
27	XS320	ChrX: 12409176 bp	GTGACACCCAAGCACAAAATCTACTGGGTGGCTTTGAGTA Y ACCACATTACACATCCAGACAGAGACAAAGGAGTTCTTCT Y = C/T	C
28	XS365	ChrX: 12529597 bp	TTTTAGTAGCAAAAATCTTTTGTAAAGTCAAGGGGATTTA W TCCAAGGCCAAGCCACCACACAAAAAACTTTGCATAGCAA W = A/T	A
29	XS170	ChrX: 13179363 bp	TTACTCCTCCTTCTCTTACATGCTGCCATGAAGATTGCAG Y TATGATCAAAGGGAACAGAGAAGCTGGAGAAAGCTGAAAA Y = C/T	C
30	XS427	ChrX: 13235636 bp	CCTTGACCCGTGTTAACATGAATCAGTTCTGTGTGCTATT Y GGCCTCCTTGGAGCATTAACCTTTTCAGGATAACAGGTCA Y = C/T	T
31	XS414	ChrX: 13629388 bp	GCTCTGGCACCCATGGAAGGAAGTAAAATGAGGAAATAAT Y ATGAATTCGCACAAAAATTGAGGCTGGCATTTGGATAATT Y = C/T	C
32	XS321	ChrX: 14168243 bp	AGGCAGGTGGGATCGAGAGCAGGGCCTCCCCGGATGATCT K AAGGTTATGCTGGGGGAAATGGAAGGAAAAAGGAAGAGAG K = G/T	T
33	XS237	ChrX: 14726362 bp	GAGCGGGACCGCAACAGACTATTATTAAAAGACCTTTTTT Y CCTTCATTTTCCTCTTCCCTGAACTATGTAACAAATCCCC Y = C/T	T
34	XS260	ChrX: 15256124 bp	CTGGTGTATAAGAAAGGATAGAACCCTAAGTAATCTGTCA Y TCTGATAACCGTCACCCCGGCCTTCAAATTGATTTGAAAA Y = C/T	C
35	XS452	ChrX: 15346413 bp	TTCTGAAAGACAAGACTTTGCTATATACTACCAGTAATAT W CTACATTAATTCGCTATATATAACCAGAAAACCAAGATCA W = A/T	A
36	XS266	ChrX: 16000451 bp	TTAATGTGGTTTGAGACTGCATTAGCTGGCATTGCCCCTC M TGATGTGCGACGAGAAGTTGCTGCTAACTGTGAGAGAAAT M = A/C	C
37	XS342	ChrX: 16157533 bp	CAGTGGGGTGGGGCTTGCTGAGTGTCATGTGATGGTGCTC M GTAGGCCTTGTCCTCCAAGTGCTGCAAAGGGGTTATTATC M = A/C	A
38	XS352	ChrX: 17020156 bp	TGGGTCCATAATCTCTATGTGCCAAAGTTTTACCTCCACA W TCATTGCTATCACAAAGTATGCCATTTACATGCCTGAAGT W = A/T	T
39	XS368	ChrX: 17850650 bp	TGTCTCTCCCCCCTGTTTCATTTCGCCGGCAGTTGCCAGT S AAACAGTAGATGCGTGGGGGGTGTCTCCCTCCTTCCCTCA S = C/G	C
40	XS431	ChrX: 18279157 bp	ACCAGGGGTCCCCAAACTAAGGCCCGGGGGCCGGATGCGG Y CCTCCGAGGTCATTTACCTGGCCCCCGCCCTCAGGTTTAT Y = C/T	C
41	XS405	ChrX: 18298066 bp	AAGCTACTATAATATTATGGAGCAAGTATTTGTGTCTGAG W AATCTTGTCAAAATATGAAGCACAGAAGAAAATCAAATGG W = A/T	T
42	XS327	ChrX: 18732663 bp	TATTATAATGTAATACGATATAACACTAATAATAATACCA Y ATAATAATATTAATTATATTTTCTATATTACATATAATAT Y = C/T	T
43	XS415	ChrX: 19646501 bp	GTAATATATAATGCTAATATTGTGCTATGCTAATACTATA R TATATTATATGTACATATAATTTGTAAGCCACTCTGAGTC R = A/G	A
44	XS310	ChrX: 19702046 bp	CCCCTTTATGCAATGTCACCCCCCCCCCTTTATGGATTCC Y CTTTATTTCCTCGAGATCTATCTGCCTATATGTATTTATA Y = C/T	C
45	XS219	ChrX: 20089415 bp	CACTTGACCTGTGATTGTGCCTTTGATACTGTTCCATTAT M TGGGCAGAGGCCACTGGGGGTGCTAGACAGAGAAGGATGT M = A/C	C
46	XS397	ChrX: 20446162 bp	TATGTGAGAATTACAAGTGATGAGCAAATGCAAAGGGAAT Y TTTTTTAAAGCAGTCATTTGAGTTTGTATTGAAATGGAGA Y = C/T	C
47	XS258	ChrX: 21462718 bp	TCAGTCAGTATTGCTTAAGTCCTTTTGACTTCTCAAGAGA Y TTTTCTGTGCAGATGTTTGGCCAAATCTCTGCTGTTTTCT Y = C/T	T
48	XS322	ChrX: 21506107 bp	AAAATGGCCATGAAACATGGCCATGATCAGTTTCATCTTG M AACCAGCCCAACTGCTTGCATGGGACCAAAATCGTGGTTT M = A/C	C
49	XS315	ChrX: 22110149 bp	ATCTGGTTATTTTGTATCTTTCCCTGACTCCTTCCTTCGC W TGAAATCTCTCTCTCTCTCTCCCGTCCCTTTAACTCCGGT W = A/T	A
50	XS280	ChrX: 22951710 bp	GCACTTGAAGGAAGGCTACAAGAAAGCTAGTGAATAAAAT S AATGAGAAGGAACTGGAGGTTAAAAAAGGAGAAAGGGGAA S = C/G	C
51	XS286	ChrX: 23129485 bp	TCCCACATTAGATGGGGAAAAGGTCAAAAACAATGCTCCA Y CGAAGCTACTCAAAACACACCTTACCTTTCGTTGTAGTCA Y = C/T	C
52	XS326	ChrX: 23155233 bp	TTCTGTGAGTTGGGGATGGGGGGATCGCTCTCTCGCGGGG S AGACATAGTTCTCCAAGGACCCTCACCCTCTACAGCTGCC S = C/G	C
53	XS288	ChrX: 24070945 bp	CATGGATTATGAAAGTATGCTGCTAGAACTCCACTCTTAT Y AATCTCCATATCGGGTTCCCCAGATGTTGTGAACTTCGTC Y = C/T	C
54	XS164	ChrX: 24310304 bp	CCTCAACAGCTGACTGTCAAACGGGACCGACGGCTCCTTT M AAGCCAAGCTGCTGCTTTATCCCGGGTTTTCCTCCCCCCG M = A/C	C
55	XS287	ChrX: 25554592 bp	CAGCCTCCTCCCACCAGACTCAAATCAAGAAAGGGCTTCA W GAGAACCACCACTCCTCTTGATGTTCCTCCAGCAACAGCA W = A/T	T
56	XS362	ChrX: 25719552 bp	GCTGAATTGCTCAATAAAAACTCCTTGGCGGATTTTCCTT S AACTTGGCGGACCTTCTTCATTTCAGGCTTCAGGTTGTAT S = C/G	C
57	XS165	ChrX: 26309345 bp	AAACGTGACAGGACCCCGGACACCCTTGATGGGTGCCATT R ATCCCTTTAGAAATCGGCTGGGCCAGAATTAATCTGATAT R = A/G	A
58	XS451	ChrX: 26958160 bp	TCCTCCTCTCTGATTGGCCCGAGGGAGGACAAAAAAACGG M TCCCCATTGGGCCAGCAGAGCAAGGCGGGAAACGAAAGCC M = A/C	C
59	XS312	ChrX: 27380449 bp	ACTGTCTCTGACCTACTGACCCCACCTACCTACCTTTACC R GAAAGAGCCTTCCCCCCTCCCACCTGCCTCCAGCCATCTT R = A/G	A
60	XS208	ChrX: 27462695 bp	TCCCTCAGGACCGGATCGGCTCCCTCCTTAAGGGGCCCGA Y CCCCCAGAAACGCGGTCGACAACAAGTCGATCAATCAAAA Y = C/T	T
61	XS291	ChrX: 27660172 bp	GCAGGGAAGCGGGGCGGGAAATTCAAAGGGCTGTCAGACC Y AAACATTGTATAAATATGACTTTATTTGAAACATATGTTA Y = C/T	C
62	XS245	ChrX: 28483129 bp	ATGGAAAAAAAATCCACCAGGAACGTAGCCTCTGAGCAGC W GAAAGCAAGTCAGTGTAGCTGTGTTGGCAAGGATGATGGT W = A/T	T
63	XS176	ChrX: 28519578 bp	AAATTGGCTCATATCTCTATCAAAATTACCCCTAGAACGC W CCTCTTTTAGACCTAACCCTTTCTAAGGCTCCTGACTCGA W = A/T	T
64	XS158	ChrX: 29276781 bp	GTTGAGTATGGGAGACACTGTAACTCATAAATGCTTAAAA W TTAAATATGTAGCCTCATGCTGCTCTCAAATTCCTTGAGC W = A/T	T
65	XS381	ChrX: 29443264 bp	ATTGTCATATCCCAGGCCAGGACGCCGCTGGAAGGCACCC Y GTGGGGCCCGTCAATGGCGGCTCATCACCACCCATCACCA Y = C/T	T
66	XS410	ChrX: 29501913 bp	CCTTCCCAAAAAAACAAAAGGATAATCTGCCACAGTTTAA W CCAATCTCATTCCGATCGCATGGACAATATAGGGTTTAGA W = A/T	T
67	XS228	ChrX: 30772600 bp	TGTGGTTGCTGTTGCCTGCTTTTGGTCTAAAACTATTTAG Y TGCTTGTGATTTCCTTTTTTTTTTATCATTTTAAAATGTA Y = C/T	C
68	XS214	ChrX: 30930487 bp	ACTTTTCATGATTTTATGAAGGAGAAGAACACTCTTCCCC W AACCTACCCCTGGACTTATGAAATCCTATACTTCCAAAGA W = A/T	A
69	XS308	ChrX: 31645634 bp	GAATTCCTCCCATCACAGATGAACTCTTTTCCCTCATGTA W TTGTGAATTTTCATATTCTGTGTATTTGGACCCTCTCCTA W = A/T	T
70	XS160	ChrX: 31655471 bp	GGGTTTATGTTCCAACTTTATTTTTATTTTCATATTATCC Y ATATAATTGTCAAATCATGAAATCAAATGGGAAATATTAT Y = C/T	C
71	XS175	ChrX: 32370030 bp	TGGATGGCCCCCCATGAGGGTCTTCCTCCTGGGGCAAACC W AGAATGGGCAACTTGGAAGTCCCTAAAGAGACTCAGAAGT W = A/T	A
72	XS407	ChrX: 32946487 bp	TACCTGGAGGAATCCTCCACCTTGTGTGACTGTGGAGCAG W ACAAACAACTCCGCATATGTATGCTTGCCCACAATGTCCT W = A/T	A
73	XS323	ChrX: 33713576 bp	TTGATTGTTTGTTTGTTAAAAATGCTGTTCGTTCTTGTTA Y ATTTATATGACTATCTCAGCCTTCTAGCAATGACATCTTA Y = C/T	C
74	XS443	ChrX: 33980019 bp	ATATATCGACAAGGCCACCCAGCAGCATCTCTTACGTGAC R ATCTGCAGTTTTCAATTGTTTGAGATGAGTGCTCTAATGT R = A/G	A
75	XS248	ChrX: 34421914 bp	CTACCCTACTTTAATTGCCTTGTCTCAGTGCTATTGAATC S TGGAAGATGTGGATTTACAAGGTTTTCAGCCCTCTTTGTC S = C/G	C
76	XS392	ChrX: 34560440 bp	TTTCACAGCATTGAGCCATGGTGATTAATGTAGTGTCAAA Y TAAATTAATTCTACAGTGTCAGGCCCGTAGCCAGGATTTT Y = C/T	C
77	XS298	ChrX: 34883889 bp	GGGTATGTAAACTCCAGTAAGGAAACATTGCAGGGGAAGA M GCTTTTAGATAATGCAAATAAGTTGTTTCTGGGCCAAATT M = A/C	C
78	XS330	ChrX: 35347267 bp	TACAGGAGACATGGTGGAAAGATGTCTTCCCGGCCCCGCC Y TCTTCATTCTGCTCCAGATATAAAACTAGCATAGCATGTT Y = C/T	T
79	XS350	ChrX: 35925885 bp	GGTGCTCCAGTGTGAAAGAAGGCCATGGATAATTTAGTGT Y AAAAAGAAAGTCAAAGTGGAATGGGGAGAAAAGGGAACTA Y = C/T	C
80	XS295	ChrX: 36222690 bp	CTGGTTAGCATCACTTCAGGTGACATCAATAGACACCAGC M ATAGCATACCCACTGGGCGCTGTAAAGACAAGAATGTGTA M = A/C	C
81	XS433	ChrX: 36292709 bp	ACTTCTTTCTAAATCCCAGAAGGGATGGAGCCTGCCGGAT M TCACTGGGGTGGGAGTTCCATAGCCGAGGAGCCACCACTG M = A/C	C
82	XS384	ChrX: 37956680 bp	AGGGGCTGAGTCTGAATGAGAGAGGATCTACCCTAGCAAA S CTTTTGTATCGTTATCCCAATACCCCCATGCATATGGGAT S = C/G	C
83	XS344	ChrX: 37990523 bp	TGAGTTTGCCAGTGATGTGGTAATTGTATAGTTTTGTTTG Y TTGCTGTATGATTTGTATTTGATTTTTGTTTTAGTTTGCT Y = C/T	C
84	XS364	ChrX: 38199173 bp	TCAATATCTGCTTGAGATAGTGCCTGGAGGGACTCTTAAT S TTTTGCATCTCATAGACTTAGCATGGGGATTTGGTTAACC S = C/G	C
85	XS444	ChrX: 38553962 bp	ACTCTAAGGGTGGCACTCTACAAGGACTCTTTATCCCCAA S CTGATCCAGAGAGTCAAATTCTGGATTGGCCATCTTTACT S = C/G	G
86	XS262	ChrX: 39251572 bp	GGAAGATAGACACTTTTGAACTCTGGTGCTGGAGGAAAAT Y CTGAGAATGCCTTGGACCGCAAGAAGATCCAATCAGTCCA Y = C/T	C
87	XS272	ChrX: 39262492 bp	AATATGGAAGTAGGAGTCACCAGTGGTGCAGCAGGTTAGA Y CGCTGAGCTGCTGAACTTGCCGACTGAAAGGTAGCCAGTT Y = C/T	C
88	XS317	ChrX: 39381708 bp	TGAGGACAAAGTTAGAGAAATAGGAGGGCAGGAAAGAAGC K GGGACATTTTAAAAGCTGATGAAAAAAATGAGATGAAAGG K = G/T	T
89	XS366	ChrX: 39494711 bp	TGACTGGCTTGACCTTGAAGGAACTGGGGGCGGTGACGGC M GACAGGGAGCTCTGGCGTGGAGTAGTCCATGAGGTCACAA M = A/C	C
90	XS442	ChrX: 40329092 bp	AAAATGTGGAGGCAGTGACAGACTTTATATTTCTAGGCAT S AAGATCACTGCAGATACAGACTGCAGCCAGGAAATCAGAA S = C/G	C
91	XS346	ChrX: 40436115 bp	GCCATACTAGTTTTGCCGTAGTTCTCTAAAATGACAAATC R ATAATTTTTAGAGTTGGGAAAAGTTATTTTATTTATTTAT R = A/G	A
92	XS162	ChrX: 41429191 bp	TATAATTATTATTACATTGTATTACATCATAATATTATTG K TAATATTACATGTATATACAATGTATTATAATATTTGTGT K = G/T	T
93	XS202	ChrX: 41701929 bp	GGCAGCTTACACAACTGGTGGGATCACTACCAGTACATCA W AATACCATAAAATAAGAATAAAACAAATAAAATACTTAAA W = A/T	T
94	XS241	ChrX: 42557015 bp	ATGGAAGTCTCTTCATGGCCCCCTCTTAGCTCTGGCACCC S AGCGTCAGTTGGAGATGGTGGGAGGGGCCTCAGCTAATGT S = C/G	C
95	XS289	ChrX: 42633866 bp	AATACAAAAAAAATGATGCAGGAGGATTGGCTTCCAACAA M GACTCCTAGACAATATTGAATCAGTGTCGTCCAATGAACT M = A/C	A
96	XS363	ChrX: 43332876 bp	TGGATAACGCTGGCTCTTCGGCTTAGAAATGGAGATGAGC M CCAATCCCCAGAGTCGGACACGACTAGACTTAATGTCAGG M = A/C	A
97	XS457	ChrX: 43907324 bp	TAAGGGGAATTTATTAAAACAAAAGACAGGGTGGTAGATT Y TTAATGGATATGTGCTCCACAAAGAGTAGTGTCTGCGGTC Y = C/T	C
98	XS456	ChrX: 43998248 bp	TGGGTCACTCATTGTGTGGGGCGTTGTCAGCTGGGAATCC M AAGCAATGTGGGGTGAGCAAAGAGGGAGGAGGAATTGTCC M = A/C	A
99	XS305	ChrX: 44732154 bp	TGGCTTTGCCCTTACACACCAGTTATCAGAACAGGTCCTG M AGAGTTCACAAGTGTTGCACATTCCTACTTTGAGACAAGA M = A/C	C
100	XS227	ChrX: 44736849 bp	CACAACACCGAATATATATTCCAGTCATCCATCAGATCTT M TGCAAAAGCCTTAATCCAATCCATGTCAATGCTAACTGAG M = A/C	C
101	XS285	ChrX: 45115585 bp	AGCTTATGTCAGCCTAGCACTTCAAAAATATACAAATGTG W GTAGATCAATAGGTATCACTCTGGTGGGAAGGTAACAGCA W = A/T	A
102	XS220	ChrX: 45669285 bp	ACAAAATAGTGAAAAGCAGAGACATCGCACTGGCAACGAA M GTCCGCATAATCAAAGCAATGGTATTCCCCATAGTAACCT M = A/C	C
103	XS398	ChrX: 46016784 bp	TGTTTTGCAGGCCCTCATTTGCATTTAATAATTTTCCTGA K TGTTCAAATATTTCTGGAAAGTCCCCCAAGAAACCCGCAA K = G/T	G
104	XS357	ChrX: 46496672 bp	TACCGGTTTAAATAATAAATGTAAGGCTTTCTCGCGGATC M TCCTGAGAATTTCGGGGGGGGGGAGCTGAAGCCCCTCAGC M = A/C	A
105	XS193	ChrX: 46718220 bp	ACCCCGAAGGGGACTCAGGGCGGTTTACAAGTATATATAC M TACATTATATTATACAACTATATCGCAATATTATTAGTAA M = A/C	A
106	XS450	ChrX: 47233095 bp	GGATATTAGAGGCAAAGTTGAAGTATTTTGGCCACATCAT S AGGAGACAGGAAAGCTTGGAAAAGATTATTTATTTTTTTC S = C/G	G
107	XS302	ChrX: 47385642 bp	ACACCCAGTGAGTGCTGCAGGCAGGGCCGTAGCCAGAAAA W AATTTCGGGAGGGGTTTTGAAAATTTCTGGGGGGGGGGGG W = A/T	A
108	XS267	ChrX: 48137218 bp	TAATAAGAGCACATGTAATGACACACACTTTTCCTCCAAG M AGCTTAGCCTCCCTCCCTCCCTATAACCAATAGTCCTTTG M = A/C	C
109	XS318	ChrX: 48688967 bp	GATTAAGATGTTTGTGCACAAAAGCCTTTTTCTGCACTGA Y GATGAATTGCCTCCTACTAAAAGAATAAGGCAAAGTATTT Y = C/T	T
110	XS411	ChrX: 49364795 bp	TGAAAAATTTCGGGGGGGGGGGGTTGAACCCATAACACCC M CCCCCCTCACTACAGGCCTGGCTGCAGGTGCACATGGATT M = A/C	C
111	XS432	ChrX: 49736765 bp	GGCCACTTTTGAAATGTAGGTTCTCATCTTGACAATTCTC W TAGTCATGCTCCTTAGAAAGAGTCCAAAACTTCAAGCATC W = A/T	A
112	XS269	ChrX: 50022184 bp	CTAGTGAGGGCCCTTTGAGAGACAAGGTCTTAATTTCATA W CATTAATGTGTGGATTGATGGGATCCTGATAATCTCTTGG W = A/T	A
113	XS413	ChrX: 50761107 bp	AATGAAAGGAAAGATGGAAATATTTTCCTTTTTTGTCAGT Y TCCAGATCACTGTTTAATATAATAATATACACTTAATGTG Y = C/T	C
114	XS181	ChrX: 51350864 bp	CTCTGCTTGAGGATTGCCTTTTTACTGTAATCTTCTGTCT S AAGAGCTGTTTAACTAGGTTCAGCTGAGATATCAAGTACC S = C/G	G
115	XS388	ChrX: 51997378 bp	CCTATTGAACAGGCACAAGTTACCAGTAATCTTCTCTGTT M TGGTGAGAGACATCATATTTCTGTTTAAATTAAAGTGATA M = A/C	A
116	XS380	ChrX: 52122917 bp	TGGAGGTCTACATGTTGTCATTTTAAAAATCCCAAGATCA S CATCTAACCTGCAAAGCATAGAAGTCACCGATCCTGGTGA S = C/G	G
117	XS307	ChrX: 52818200 bp	CCTCCAAGAACCTTCTTCAAGAGTGGCAATGTGGTCTCTA K AACTGAGGAGAATCCTGTTGGGTGCCAGATTTATGCATCA K = G/T	T
118	XS331	ChrX: 53103990 bp	TACCTATTGTGGGCATGCCAATCCACCTCTGCTTTATGTC K TGTGGAGGGTGTTGGAGAAGTGTCTGGCAAAGGCACGTTC K = G/T	T
119	XS430	ChrX: 53395192 bp	CTTTTTGGCTTGGTAATGAAAACATTCCATGGTGTGCTAT W TTTAAGCAGGAAGAGGTAATAGTGCAAAGACTCTGGTAGA W = A/T	A
120	XS207	ChrX: 54278230 bp	AATCTTTAATAGCTTTTTTGAAATTCCCTTCAAAAGAGTG Y GGTTTGCAATGTAGGCCCTTGTGGGTTTGTTTTTTTTAAT Y = C/T	T
121	XS247	ChrX: 54326450 bp	TGTGATTGATTATAATACCACACTTCATTTTAAATGAAAG K TTTTTTCAAAAGCCAATCAAAGTAAAATATAATTTCAAAA K = G/T	T
122	XS184	ChrX: 55191690 bp	TGGAGAGGCTGTTGGTCGCTCATGTTGTAAGCCACGTATA R TAATGTCCCCTGTTTCAAGACTGGCTGATAGAAGCAGGTT R = A/G	A
123	XS194	ChrX: 55468882 bp	GTCACCACCCAAGATGCTAGGTGATTGGGTGGGTTGAGGT S AGTGGAAATATCAATTAATGATTTATGAGGATCAGCAAGT S = C/G	C
124	XS163	ChrX: 55474220 bp	GACACATACACAAAGAGAGAGAGAATAAAATAATGACAAT R ATACCCATTTGGGAGTAATGCTATGAAGACTCTTAAACTT R = A/G	A
125	XS242	ChrX: 55806965 bp	TAAGGGCTGCTAGAGGCCAATTTTCTTTTTTGAAGATATC K TCCATTGGAAAGACAGTCTGGGCCAAGTCTCTTTTAGAGA K = G/T	T
126	XS185	ChrX: 56036063 bp	CCACAGTTAGCACCTATAGGTCACTGAATGAGCTAAATTA Y AAATGCATTTAAAATATAAAAAACATTTTTTTAATTTTTC Y = C/T	T
127	XS161	ChrX: 56516726 bp	CTATCTTCTTTTGCCTTCACTGTTTAGAGATTCATGCCTT M TTTTTTGGATGAAATCCAGGTGAACTTTGTGTATCTTAGT M = A/C	C
128	XS448	ChrX: 56955778 bp	CAGAAGCCTAAAATAGGAGTTCTCCATTTTTTTTTAAATT M CTAGTTCAAGATGAATTGAGCCCTGGTTTGCAGTGAATAT M = A/C	A
129	XS332	ChrX: 57206506 bp	AGGGCTTGTCTTCGATGCCAGAGCATATCTAGAGGCAATG S TGTCTGTTTTCTTTTGCGAGCACTCTACAGCAGCACTTTC S = C/G	G
130	XS205	ChrX: 57478427 bp	AAAAAAATAATAATGGTGAAACCTTATGTCATCAAACAGT W GGCACAAAACAAAGATGAGAGCTGCATTTTAACTCAGTGA W = A/T	T
131	XS183	ChrX: 58092481 bp	CTGTATCTTTTAAAGAGAGCATTTCTTTTATTATCAGGGC S CTGTTTTTTCATTCTCTGATCCACATCAGTTAACCAATAG S = C/G	C
132	XS195	ChrX: 58328370 bp	CTAACAGCTGGTAAACTGGCTGGGATTTCTGGGAGTTGTA Y GCCAAAAACATCTGGGGACCCCAGGTTGAAAACCACTGAT Y = C/T	C
133	XS438	ChrX: 59141466 bp	AAATTCTCTTTATAATTCTCTTCACAGAAGAAAGGTCTTA S GAAATATTTTCCAAAGCTAACACAAAGCCAGCATAACAGT S = C/G	G
134	XS249	ChrX: 59870218 bp	TTTAAAGACTTCATCACAGATTCTGCTTTTCCTCCCCAGA Y TGTCTTTCTCAGCAGAAGGCAATTCCAGTTCCGAGAAACT Y = C/T	T
135	XS422	ChrX: 59891512 bp	AAATGCAAAAGAAAACAGTTATAAAAATGCACAAAAACTT R TGCAACCTCATCTAATAGAGAGGAAAACATTATCTTTTTT R = A/G	A
136	XS351	ChrX: 60051429 bp	AATTTTCAAAAGTTGTATTGTGCACTGTATTTTTGGAAAC R ATTGTATTTTATTAAAAAGTGTATACCCCTGCACCACCAC R = A/G	A
137	XS299	ChrX: 60167417 bp	GGGACCTAGTGTGTTGCCAAAGAGTTAGCAAGAGGCAGAG W CCAGCCTGATGCCCAGAAAGGATGTACTTGGAAAATAAAT W = A/T	A
138	XS253	ChrX: 60889229 bp	CCAGAATTTCCATGCCATGGATGCCTGCCTTGTTCTTCAT Y TAGTTTTTCCACATACTGCTAGCACTTGTCTGTCAGTAAG Y = C/T	T
139	XS419	ChrX: 60953865 bp	ACAGTAGGAATGATATCTTGTACACCACTATCCAGTATAT K TTGGAAAAAAGTTAGATTTCTGTAATGTTCCATTTTGCAA K = G/T	T
140	XS278	ChrX: 61471353 bp	ATGCTAGAGAGTATAAGGACATTTTAAAAGCTCCTTTCAA K GCAGTCTTCCTGAAAATCATGTGTGGCTCTTTTGCCCAGT K = G/T	T
141	XS177	ChrX: 61628149 bp	GTTAAAACACATTAGAACTAGGGAGGTTTTTTTTTTTCAA W CACCCCGTACTTCTTTCAATCCATCACCCTATTCCCAGTT W = A/T	A
142	XS434	ChrX: 62654942 bp	TGGGTTACAACTCTGGAAGTTTACTTGACTCAGCCTTGAG Y CAAGAATTGAACAAAAGACATTGCTTAGTAAAAGGTCTAT Y = C/T	T
143	XS233	ChrX: 62659279 bp	CACTATCTGCATCTACAACACATTACATCTTTGCTAAAAA S TCATATTTTACATATATATATTAAGCCAGTTCTCAACCTG S = C/G	C
144	XS189	ChrX: 63052053 bp	ACATGGCCACACAGCCCGAAAGACATTCAACAACCCTGGA W TAAAGAGAATAAAAAAATGTCAACCATCTGCAATGTTTTT W = A/T	A
145	XS301	ChrX: 63670810 bp	CCTGATTAGAGGAATAAAGAATGTGTTGTCGAAGGCTTTC A TGGCCGTGATCACAGGGTTGTTGTATTTCTTTTCGGCTGT M = A/C	A
146	XS284	ChrX: 64638838 bp	GCAGTTGTGGACAAGTATACATAGGGACCACCAAACGCAG S GCCCAAACAAGAGTCAAAGAACATGAAAGGCACTGCAGAC S = C/G	C
147	XS359	ChrX: 64730980 bp	ACAGAAAGGAAGAAACCATGAAAATGAACAAAATCTGGCT M CCAGTATTAAAAAAAACTCTAAAATCAAAACAGTAGATGG M = A/C	A
148	XS276	ChrX: 64924748 bp	TGAACCAACCTGGACACAGTATATTATTTGAGAACACAGA W ATGCTTGACCACTCCAACAACTATCATGTCAGACTCCACA W = A/T	A
149	XS379	ChrX: 65518934 bp	TAATGACTGAACAAAGGATGCCCCCCCCCCAGGCAAGAGA Y AAACCTTTCCAATGCTAATTAGGGTGATTAACTGAAACAT Y = C/T	C
150	XS395	ChrX: 65690579 bp	CCTGGACTCTCCACAGATATATATTTTTTTTCCTTTCCTT Y CCTAGTTTATCCATGCCTCACACCTCTGAGGATGCCTGCC Y = C/T	C
151	XS370	ChrX: 66387131 bp	GCTCAGCTATCCATGGAACATTATGCACACAATAATACTA M ATCCATACAGTATCCACAGAATATTTTGAAACATTTTTGA M = A/C	A
152	XS172	ChrX: 66887514 bp	TCAACCATTATTTCTATGACTCTAGTTGGGATTAATCATT Y GGTTTAAATTATTATGTTTTACATATGGATTCCATGGTAA Y = C/T	C
153	XS229	ChrX: 67143698 bp	TATCCTTCCATGATTACTTGAAGGGAAAAATGTATACATG Y AGACATCATATATGAGCCTCAACGTGGTCCCAACAAGTAC Y = C/T	C
154	XS329	ChrX: 67516512 bp	CAACACATATGATGAGGTTGTTAGATATTGAGTAGTTTAC Y AATATGCACAAACTGGCATAACATTATCATGTACATAGCC Y = C/T	T
155	XS274	ChrX: 68018209 bp	AAAACTGGCATCGAAAGCCACCAAAACCAGGGGTGATCCA S ACAGGAAGGTAGAATGGCAAAGGAAGCATAAGGACAATGC S = C/G	G
156	XS376	ChrX: 68046946 bp	TGGGAATTTTCCTGTATCTATGTCATCCAGTTCCAACTGG R CTCTGGGGTTTAAGACTCTGGAAACAGCTTCAACTGATCT R = A/G	A
157	XS212	ChrX: 68739013 bp	TCATGAGCTGGAGGAGGGCCAATAAACTGAAGGTGAATCC Y GATAAGATGGACAATCTGTGGACTGCTGGACTCGTCCTTG Y = C/T	T
158	XS341	ChrX: 69329153 bp	GAGATCATTTGGAGTTTTGGGTTGGTTGCCATTAATATAC W AAGAAAATTCAGCTCTGCTTCTCCTTTTTGTTGGAGTTAG W = A/T	T
159	XS403	ChrX: 69463028 bp	CATCAACTCCCCTCACCCACATAACATGAAGGTTCCTTCT S TTTCTAGTGGCCCCAAGTGGCCTCTGCCCAGATAAAGGAA S = C/G	C
160	XS244	ChrX: 69789351 bp	ACCATTTCCCCCTGCTTTCCTGTTATCCCCCCCCCCCAAA Y GCCCCCATCATGGAAACAGCCCTTCTTTATGATATGGAAA Y = C/T	T