Validation of Simple Sequence Length Polymorphism Regions of Commonly Used Mouse Strains for Marker Assisted Speed Congenics Screening

Table 2

Primer sequences used for PCR amplification of SSLP markers.

Marker	cM	Primer F	Primer R	Product size	Lab code
D1Mit231	6.5	ACCCACAATTGCCTGTGG	GTCTTTGCAAGCCACCAAAT	267	1-1
D1Mit211	10.59	GTTATTCATCAAAATACAGATGGCC	TCTGCTGCTAAGTAGAATGAATGC	135	1-2B
D1Mit213	22.88	TTCTTAGAAGTGATAAAAGTTTCAGCA	AAAATTCCAGAATTCTCACTACGG	108	1-2
D1Mit303	31.79	GGTTTCTATTTCGGTTCTCGG	TCTGTGCTGCAAAACAGAGG	128	1-3
D1Mit46	39.16	AGTCAGTCAGGGCTACATGATG	CACGGGTGCTCTATTTGGAA	253	1-4
D1Mit440	44.98	TCCACACAAGGTGTCCTCTG	GCTCAGGTGACCTCCAAAAC	114	1-5B
D1Mit218	55.76	TGCAAATGTTACTTTAGTCTCTAGTGG	AGTTTTGGTGAGTGATCTTATCCC	145	1-218
D1Mit369	63.51	ACTTGTTTGTTGCTGAGGTTCA	GCTTATGAACCCACCCTCAA	141	1-5Q
D1Mit200	63.84	GCCATGTTCATGTACATAGGTAGG	ATGGATGGATGGTTTTCCTG	199	1-200
D1Mit507	72.38	GTTGGAAAGACTGTTTACAATTCG	GTTCCAGCCTTTGCCCTTAC	115	1-6
D1Mit150	81.08	CTGGTGTCCACACACAGGTC	TGATTGCAATATACCAGGTTTCC	138	1-150
D1Mit407	89.89	GAGAACAACCAGCCACCAAT	ATATTTGCTTTGAAGTTACTTTGTGTG	119	1-407
D1Mit155	98.2	ATGCATGCATGCACACGT	ACCGTGAAATGTTCACCCAT	252	1-7
D2Mit1	2.23	CTTTTTCGTATGTGGTGGGG	AACATTGGGCCTCTATGCAC	123	2-1
D2Mit149	10.04	ATATCATATAGTAGAGAAAGCGTGCTG	TCATTAGACTTGGAAAAAAGTTTGC	199	2-1P
D2Mit152	21.81	CACAGATCTTGTAAGACCACGTG	TGCCATGAGTGTGGGACTAA	109	2-2
D2Mit367	22.5	GCCTGTGCTAAAAAAGAGGTG	GCCCTGAGAACTACCCTCCT	149	2-367
D2Mit323	31.42	AGAATCCTAAGTGGTGGTTAGAGG	ACCCAAAGTTGTCTTTAAGTACACA	125	2-2P
D2Mit328	42.89	CTTTCAATGTTCCGGCATG	AAGACTTGCTTTCATTAGACCACA	235	2-3
D2Mit42	54.85	ATTACTGGGCAGGAACATTTG	GCCAAACTTCCAGACTCCTC	132	2-3B
D2Mit395	59.97	AGGTCAGCCTGGACTATATGG	AGCATCCATGGGATAATGGT	125	2-4
D2Mit106	64.78	GAGGGTTGCCAAAGAGACTG	CACCTCAGGGGAACATTGTG	150	2-4P
D2Mit107	65.13	GGGAGTGAAGCCAGCATAAG	AACTGACTGAGTTTCAAAGTGCC	119	2-107
D2Mit309	75.03	ACAAATGCCACTCTCACATCC	TATTTCTCAGAGTCACTAGGAGTGATG	119	2-309
D2Mit285	75.41	TCAATCCCTGTCTGTGGTAGG	TATGACACTTACAAGGTTTTTGGTG	141	2-5
D2Mit48	77.36	GCTCTGCAGAAGATGCTGC	GCTGAGACGCAGAGTCGC	130	2-5B
D2Mit311	86.02	ACAGGCAGCCTTCCCTTC	TCTGTCCCGCTTCTGTTTCT	126	2-5D
D2Mit265	97.97	AATAATAATCAAGGTTGTCATTGAACC	TAGTCAAAATTCTTTTGTGTGTTGC	105	2-6P
D2Mit266	103.83	GGATCTATGCTCCATTTTAATTGC	TCATCTTCTGGTTTCAACATGG	127	2-6
D2Mit148	100.49	GTTCTCTGATCTACGGGCATG	TTCACTTCTACAAGTTCTACAAGTTCC	115	2-148
D3Mit60	1.96	GACATCCTGGGCAACATTG	GGTGTTGTTTGCTGTTGCTG	170	3-1
D3Mit164	2.01	GCTCCTGGGAAAGGAAGAAT	GATACTTGGGGTTGTGCATACA	135	3-164
D3Mit203	10.82	CTGAATCCTTATGTCCACTGAGG	GGGCACCTGCATTCATGT	150	3-2
D3Mit51	35.2	GGCACTGATAGCAGGCCTAG	TCTCTTCTGGTATTTCCTTCCG	248	3-3
D3Mit 49	39.02	CTTTTCTCGCCCCACTTTC	TCCTTTTAGTTTTTGATCCTCTGG	132	3-49
D3Mit10 F	43.03	CTGGCTTGGTGGAAGTCCT	CCTAAGCCAGCTACCACCAC	142	3 10
D3Mit189	43.89	GTTACCACCCAGAGAAAAGGC	TACTCCTCGCTGCTTCCCTA	133	3-189
D3Mit318	54.58	CTCATTCCTTCTGAGCAATGG	TATGGGATATGCTTTTCATAAAAGG	148	3-318
D3Mit256	63.04	TACATTGCTTTTTGCTTTGAGTG	GTCGAATGTTATCAGAATTTGCA	125	3-4
D3Mit116	79.23	TCACTGCCCATCTTTGTAACC	CCCAGAGACCCGGAATAGAA	259	3-116
D3Mit19	87.6	CAGCCAGAGAGGAGCTGTCT	GAACATTGGGGTGTTTGCTT	159	3-5
D4Mit227	4.43	CTCAGACATGATTTTTTCCAAGG	GCAGTTAAACTGTACTTTCTGTAAACA	181	4-1
D4Mit193	13.99	TATTTTAATTTTAGCCCATCAGGG	AAAGACATACAATTGATCCACAGG	136	4-1B
D4Mit17	33.96	TGGCCAACCTCTGTGCTTCC	ACAGTTGTCCTCTGACATCC	147	4-2
D4Mit27	42.13	GCACGGTAGTTTTTCCAGGA	TGGTGGGCAGGCAATAGT	150	4-2B
D4Mit31	50.04	ACGAGTTGTCCTCTGATCAACA	AGCCAGAGCAAACACCAACT	121	4-2C
D4Mit308	57.66	TATGGATCCACTCTCCAGAAA	CAAAGTCTCCTCCAAGGCTG	88	4-3
D4Mit203	63.26	GAATTCTTCCTGGGCCTTTC	CAAGAGCCCAGGTGTGGTAT	105	4-3B
D4Mit251	69.05	AAAAATCGTTCTTTGACTTCTACATG	TTTAAAAGGGTTTCTTTATCCTGTG	114	4-4
D4Mit354	76.12	TTGATCTGTCGTGGATTCCA	AGACAGACACATAGACACAGACATAGG	111	4-4B
D4Mit42	82.64	CATGTTTGCCACCCTGAAAC	CCTCACTTAGGCAGGTGACTC	100	4-5
D5Mit145	3.37	TATCAGCAATACAGACTCAGTAGGC	TGCCCCTTAAATTCATGGTC	150	5-1
D5Mit73	12.88	GTTTGAGAGGTCCTGAAAGCA	TTTCCATTTACATACATTTGTGCA	113	5-1B
D5Mit352	18.4	CCCAGAGCCCACATCAAG	TAGGTGGGTGTGTCTCTCCC	110	5-2
D5Mit233	28.55	TCCCCTCTGATCTCCTCAGA	CCTCCTAGAATACAATTCAATGTGG	147	5-3
D5Mit307	40.31	AGTGGCATAACTTCATTCAATAATG	GGAATCAAGTTGTTTTTTAAATTTACC	120	5-3P
D5Mit277	51.7	GTGTGTTTGTGCATGGGTATG	ACCATCGGGAAAAAATGTAGC	123	5-4B
D5Mit161	65.34	CACACGCATAGTCTTGTGGG	GCATGTTCAACTGTGCTTTCA	119	5-5B
D5Mit99	79.51	CAGAAAAGAGAAAACGGAGGG	TTCCTGCTGCCTGAAGTTTT	200	5-5C
D6Mit138	1.81	GCTCTTATTAATGAAGAAGAAGGAGG	CAAAGAAAGCATTTCAAGACTGC	135	6-1
D6Mit296	2.25	TCGGGCATCTTTATTTTTGC	TAGTGCAGCACACCCCCT	100	6-296
D6Mit116	11.5	ACATTTCTTTGTGAGGTTCCTTG	CAGGTTTTTTGAAAGACACTCTTG	122	6-1B
D6Mit274	23.7	GCAATGCCAAAATGTTCAAA	TCCTTCTCCATTTACACTTACAACA	113	6-1D
D6Mit8	35.94	TGCACAGCAGCTCATTCTCT	GGAAGGAAGGAGTGGGGTAG	163	6-2B
D6Mit100	41.03	CTTGAGTAGGTCTCAGTGCGG	CACATGCACACACAGAAGCA	84	6-3
D6Mit36	48.93	ACCATCTGCATGGACTCACA	GTTGAAGAGGACGACCAAGTG	196	6-4
D6Mit10	52.75	TCAGAGGAACAAAGCAGCAT	CCTGTGGCTAACAGGTAAAA	200	6 10
D6Mit333	60.55	TCCTCACTACAATTCATCTATTACTGC	TGCTTCTGGTATAGGCAGTTAGG	122	6-333
D6Mit302	67.66	AATGACCCTGGTTAGTGTCAGG	GAATTCCATTCGAGGGGC	113	6-4C
D6Mit14	77.64	ATGCAGAAACATGAGTGGGG	CACAAGGCCTGATGACCTCT	157	6-5
D7Mit21	1.91	GGGTTGAACCTTACAGGGGT	ATCAAACCAGCCCAAGTGAC	192	7-0A
D7Mit152	2.71	GCCTAGCACACGCCAAAG	CCTTGTGCATGGTTGCTATG	129	7-152
D7Mit57	9.94	TTCCCTCTAGAACTCTGACCTCC	AGTTCAGAGCCGAGACTAGGC	148	7.-1
D7Mit267	17.09	CTCTTTCTGTTACATGGTTAGATTTCC	AAAGACAGTTGAAGTTGACTTCTGG	192	7-2
D7Mit158	29.82	CTTCATCTGAGCCTGGGAAG	ACTGTAGACCCATGTTCTGATTAGG	149	7-158
D7Mit317	41.5	ATGTCTCCTTGACATTGGGC	TCTTGTAATCTCACATCTAAGTGTGTG	102	7-2D
D7Mit194	44.83	GTGCAACACACAGAAAAGTTCC	AAAGGCTCACAACGGACTGT	146	7-194
D7Mit220	55.69	AAGCATGCAAGCACACTCAC	ATGCACACAGGCAGTCACTC	135	7-3A
D7Mit101	69.01	TACAGTGTGAACATGTAGGGGTG	TCCCAACATGGATGTGCTAA	111	7-4
D7Mit223	88.85	ATGCACATGAGTGTGTGTATGC	TCCTGTGTCTGACGCTCATC	106	7-5
D8Mit143	11.59	AGCCTGAGGTTATGTTTTTTGC	GGCCCTCAGGTTTTCTCTCT	279	8-143
D8Mit178	34.43	AAAATCAACTGTTTACATTTGAGCC	AGAGCACGCAGTGTGTATGC	148	8-2
D8Mit45	42.16	GAACAGGACCAATAAAATGAAAGC	CTACCTTACCAAACTTCCCGG	121	8-45
D8Mit80	43.06	TGCATTTGTCAGGGCTCTC	ATGACACATGAGCCTCCACA	107	8-080
D8Mit211	52	CAGAACACTGTCCTGAAAAGTCC	TACCCACAAACCTGTATTTAAATTAA	149	8-4
D8Mit215	62.63	AATACACAAGGTTGGCCTCA	ATGTGTGGATATTCATGTGCTC	178	8-5
D8Mit56	76.14	ACACTCAGAGACCATGAGTACACC	GAGTTCACTACCCACAAGTCTCC	162	8-56
D9Mit250	2.46	CCCAAAAACCTATTTGCAGTG	GTGACATGATTCCTTCAGTCTTACC	123	9-1
D9Mit249	2.46	AAGCCCTCTTAGAAGTAGTGTGTATG	AGCCATGAACTAACTTACATGTATCA	125	9-249
D9Mit89	14.79	CACATACAAGGATATACATACACAGGC	TCACAGGAGGTGGCAGAAAT	145	9-89
D9Mit285	21.42	CAAATACATTGCTGATTATATCAGAGA	GGACTCTAGATCTCATCAGGGA	125	9-2
D9Mit336	35.39	AAGTGGTTCACAGAAATGTATACAGG	TTTTCTTTCTGTGGTAAAGGGG	122	9-3
D9Mit8	42.65	GATGAAGACAATAAAGAACCTTAAA	AAGAGCTAACCCATTGCTGC	183	9-3B
D9Mit347	55.11	CCTCCACATGTGCACTGCT	CTGTCCATCTATCATCTATCTGTCTG	122	9-4
D9Mit18	71.49	TCACTGTAGCCCAGAGCAGT	CCTGTTGTCAACACCTGATG	180	9-5
D10Mit28	3.04	CCTCCTGTATGTGTATTTAAAGCA	CTGCCCATCTGACCCTGATA	147	10-1A
D10Mit213	9.75	CTCCTCCTACTGATTGTCCCC	GGGACAAACTTTTAAAAATTGCA	150	10-2
D10Mit108	22.89	TGCCTGTAACCTGCATACCC	GTTTAACACCCAGGACTATACATGG	142	10-108
D10Mit20	34.83	CACCCTCACACAGATATGCG	GCATTGGGAAGTCCATGAGT	234	10-3
D10Mit230	45.28	AGATAGCCTAGGGGGTGCAT	ATCAGTTTCCAATCGCTGCT	115	10-4
D10Mit96	51.19	CTTCTTTGAAGTTAGATGCAGCC	TACGGAGAAGGGAACACCTG	150	10-096
D10Mit178	51.42	ATTGTCAAATATCTTCCTCAGTTGC	TTATTCCTAGGCAGTCTGTCTGG	133	10-4B
D10Mit233	61.58	GTGCTTTATATTGGAGATCATCACA	GTCCCGAATTTCACATACATAGC	130	10-5
D10Mit271	72.31	ACAACCAAAGGTCTTTGTAGAAGA	AATATATAGGCACACCTTAATAGCCA	117	10-6
D11Mit1	2.51	GGGTCTCTGAAGGCTTTGTG	TGAATACAGAAGCCACGGTG	153	11-1P
D11Mit226	5.64	AGGTGAACTCTTTTGAAGTTTGTG	AAAGGAGTGACTGAGAAAGACACC	139	11-226
D11Mit151	15.29	TGGGAATTCTGGGAGTTCTG	GTTGGTCTGTTATGAAGACCAGG	140	11-1Q
D11Mit217	23.1	ACTGGAAAATATGTTTTAAACCTCTG	AAATGGGATTCTGCAAAAACC	135	11-217
D11Mit349	33.29	AGTATCAGAAGATCCAGTTGGAGG	GTAGAAAAAGATACCCAGTGTCAGC	118	11-349
D11Mit298	42.76	AAACAAACAAAAATGCACCTCA	GTACCACCATGCCTAGCCTC	199	11-298
D11Mit39	52.22	TTTCATGACCCCTAATTTCCC	GTGGGTGTGCCTGTCAATC	155	11-39
D11Mit70	58.9	GGAAGTAGCTATGGAGGTGGC	TCTGACCCAGAGCTCAAATACA	140	11-70
D11Mit54	59.82	AGGCTGGTGGCTAGTGTCC	AAGTCTTGCGCTGCATCTTT	144	11-4A
D11Mit132	62.92	GGTCAGAGGACAATCTTACATGC	GTTCCAAGACAATGAGAGACCC	117	11-4B
D11Mit333	71.83	CATGTGGTTATTTTCTAGCCCC	AGGCATCAATAACTATTTTTCAGTG	125	11-5
D11Mit303	82.9	TCAATCTCTCAAGTTTTTCCAGC	GACAACGTTGACCTCCACG	106	11-6
D12Mit12	8.49	TTCAATGCCTTCTGGCTTCT	GATTACCGGGTGTGTGACCT	145	12-1
D12Mit2	18.94	ACACAGGCTAAAACATGGGC	GCATCTGTATTCCACAGGCA	134	12-2
D12Mit114	28.94	TTGACCTTGAACTTGTGACCC	GTTTTCTCCAAATCACTGTCACC	144	12-3
D12Mit149	36.85	CATGGCACACATACATACATGTG	AACATAGCAATGGTATATAGGTATGGG	132	12-3B
D12Mit117	43.32	AATTGAGGAACTTAGAAGAAAAGCC	CCTCTGGCCACCATACATG	127	12-117
D12Mit30	50.43	TATGTGACTGCAATCCCAGC	ATGAACACATCATGCCCAGA	107	12-30
D12Mit99	52.9	CTTACAGAAAATGAAAACCAAAACA	CCTCTGCTTTAGAGGCAAACG	151	12-099
D12Mit263	62.11	TCAGATCTCAGCAGATAAATACTTGG	TCCCCTGGAGCATATTTGAC	113	12-6
D12nDs2	62.22	ACATGGTAATTTATGGGCAA	CTGGATACCTGCAATAGTAGA	195	12-5
D13Mit16	7.26	CCAGCTGAAGGCTTACTCGT	AAAGTTAGAATCAGCCATTCAAGG	207	13-1
D13Mit137	18.87	GAATCAGAGAACCTGGCTGTG	TCTAAAAGAGAGAAAATTGGGGC	131	13-137
D13Mit63	21	GAGATGGAAGGAAGAGATGGC	CAAATGCATGTATCCGTATGTG	139	13-63
D13Mit186	31.87	GAAAGCCCTAGGGGAAGATG	TGCAGTTTCTAAGGTTAAAACTAAAGC	149	13-3
D13Mit282	32.59	TCGCACTTCCTATACAGTTATAAGAG	GGACAGAAAGCATGCAGAGG	125	13-282
D13Mit191	45.05	GCAAATTAGAGAATCATGCATCC	TGGAGAATGCTAAAAGCATGG	119	13-3B
D13Mit51	56.45	TCCTGCAAAAGTGGAGCC	TGGAAACAAGCTCTTGGAGG	146	13-3P
D13Mit213	59.69	GCCTGAAACTCTACATAAAATACATCC	AGTTTCATTGCTTTAGTTACATTTTCA	149	13-5
D13Mit78	67.21	ACAGCACGGGTTTATCATCC	TATGCCTGCCAGGCTTCTAT	229	13-6
D14Mit179	4.92	CCACTTGCAGCATTGACAAT	CAAACATCTGTGACAATAAAATTTCA	144	14-1P
D14Mit126	11.94	CCTGTCCCACAACACCTTTT	TATACATATGGGTAGCACTGAGTGG	140	14-2
D14Mit60	24.6	AGGCTGCCCATAAAAGGG	GTTTGTGCTAATGTTCTCATCTGG	132	14-3
D14Mit259	27.65	TGGTGTCTCCTTCGGAATTT	TAAATGTAAAAGGTAAAGGCAATGG	125	14-259
D14Mit39	35.69	AAAGAGCAACCCCCAATTCT	ACTTTTACCTGGTCTCCAAAAGC	246	14-39
D14Mit68	37.61	GTGGCATGCACAACCGTATA	CCCTTTTGAGGTGCTTGTTT	153	14-4
D14Mit194	45.96	AATATTCTAAATGAAATCCAATGTGTG	TTAATTGCAAGTAACACAATGAGTAGG	92	14-4B
D14Mit95	57.2	TATTTTTAAGTCAGTATACACATGCGC	TTATCCAAGTGTATTTAAAGAAGAGGC	124	14-5
D14Mit97	62.2	TCAGTCCAAACTCTGTTAATCTTCC	CAGCTCCACATTTTTGCTCA	136	14-6A
D15Mit13	1.84	GGAGACAAAAATGAACTCCTGG	TTGTAAGACAAGCATAGCTCAACA	136	15-13
D15Mit265	6.08	ACATTAGTCAACTATGCTGGTACTCTG	TTCCTCTCTAATGTCAATTGTTTCA	198	15-265
D15Mit138	15.68	TTCAATTCCCTTTTGTCAAATG	CAAGACCCTAGATTCAGTCTACCC	147	15-138
D15Mit154	16.82	AGCACTGGGTACACAAACTGG	ATGAAAGCATGTGTAGTCTTTCTCA	150	15-2
D15Mit128	25.58	CAAGTTCTGCAAAGAATTATTTATGC	CCACTTTGAAGTTTTCTTTCTTAGC	134	15-3
D15Mit92	32.19	AGTCTCTCTCCCCCTTCTCTC	TGCCACAAGCACAATAGTATCC	147	15-3B
D15Mit80	38.02	CATTGAGGGTTTGTAGGTTGG	ACCCCTGCAAGTTGTCTTTG	149	15-4
D15Mit34	45.31	TGGACAACCATTTTGGACAA	CTTTCTGTCAGGCATCACCA	147	15-34
D15Mit244	48.65	TCTACCCTCTGTGGAACATCG	CTTTGTGTCCATACACTAATATCAAGG	116	15-4P
D15Mit16	58.05	AGACTCAGAGGGCAAAATAAAGC	TCGGCTTTTGTCTGTCTGTC	119	15-6
D16Mit131	3.41	TGGTGGTGGTGTTGATGGTA	AAGACCATTTCTAATAAACAACACCC	140	16-1
D16Mit136	27.82	AGATAATTCCCGTGAGAATAAAACC	TTGAGAAGTTTGCCCTATAATGG	129	16-2
D16Mit30	33.01	GTGCACATACATACCACAGCG	TCACTGCAGGGAGGTTCAG	152	16-30
D16Mit64	34.22	TACCATGATCAGTCCAAAGGC	ACTTAAGGTTGTCCTGTGGGG	220	16-3
D16Mit140	40.3	ATAGTTGAAAAACTTGAACATGCG	GAAAAGGTTAATGCTGGTCACC	145	16-3B
D16Mit19	45.36	CAGGCATGTGAACAAAGTGG	GTGACTGATGAATGCCTGACA	121	16-3C
D16Mit70	48.81	GGATCTATATGCTATAGAACCATTCA	GTCATCAATTCCATTTCCTAATATAGA	187	16-4
D16Mit71	57.06	TAGAAAATCTTCAAATAGGATCTGTTC	GAGCATTTCCCTTTTACCTGG	154	16-6A
D17Mit164	2.11	AGGCCCTAACATGTAGCAGG	TATTATTGAGACTGTGGTTGTTGTTG	133	17-1
D17Mit133	12.53	TCTGCTGTGTTCACAGGTGA	GCCCCTGCTAGATCTGACAG	188	17-1C
D17Mit51	19.74	TCTGCCCTGTAACAGGAGCT	CTTCTGGAATCAGAGGATCCC	154	17-2
D17Mit68	23.55	GTCCTGACATCATGCTTTGTG	CTACCGTTTGGAAGGCTGAG	130	17-68
D17Mit20	29.73	AGAACAGGACACCGGACATC	TCATAAGTAGGCACACCAATGC	165	17-3
D17Mit205	39.3	TGTGCATGTATATGTGTGTGAATG	GCTAAGTCAGAAGAGTTCTGTAATGG	223	17-4
D17Mit1002	50.97	TCTGAATGCTGACTTCCATCC	ACACATATGTGTAGTGTATGAATGTGC	138	17-4P
D17Mit123	60.67	CACAAGGAGGGAGCCTGTAG	CACCGTAAGAGTCTAATAATAAGGGG	133	17-6
D18Mit222	8.08	AATCCAAGATTGACATGTGGC	CTTAGATGCCCTGTCTTAAAAAAA	113	18-1
D18Mit226	18.18	CAGGCAGGGTGCATATATTATAA	TATCTGTTTATGTGTGTACATTGTGTG	125	18-1C
D18Mit177	21.39	CTGTAGTTTATCAGTTCACCCTGTG	TGTGCTGTTAAACAAATATCTCTGG	171	18-2
D18Mit91	29.67	TCCACAAATGTTGGCAAAGA	TTTCTGGCCATATTGGAAGC	140	18-3
D18Mit124	32.15	CCCAAATGGGGTGTCTTTTA	CTGCCACACATTTGTGTGTATG	150	18-4
D18Mit184	39.7	CACACATGTGTAGGTAGGTAGGTAGG	CGCACAAGGACTACTGAAACA	172	18-4C
D18Mit186	45.63	AAGTGTTGGGCAAAGGCTAA	CTTTAGTATAGTGTGCATGAGTGTGA	125	18-5
D18Mit7	51.92	ACAGGAGAACGGGAACTCAG	GCCAGAGTGGACCAAGATGA	95	18-5B
D18Mit129	53.28	CCAGCACAGAGGCAGTCAT	TGATTCTTGGGTCCTGAATACA	138	18-5C
D19Mit68	3.38	CCAATACAAATCAGACTCAATAGTCG	AGGGTCTCCCCATCTTCCTA	132	19-1
D19Mit60	13.9	CAACACCTCACTGTTTAGGAACC	GCTGAGGTCAATATTTAGCATGC	136	19-60
D19Mit45	16.14	CCATTCATAAAATGGGCTTAGG	ACCATGAATGTGTTTTGAGGTG	145	19-2A
D19Mit30	21.34	GGTGGCTTAGAAATAGTATCGAAA	CCAGCTCTAGGCAGGCATAT	150	19-2B
D19Mit88	32.23	AACAGTGCAACTTTGGAGGC	TCATTGGAACTGTCTTAACAGTGC	148	19-3
D19Mit19	34.08	CCTGTGTCCATACAGGCTCA	ACCATATCAGGAAGCACCATG	138	19-19
D19Mit11	36.26	TCAAAGTCAAGGTGGGCAG	ACTTTCCAGATGTTGGGCAC	146	19-4
D19Mit1	50.32	AATCCTTGTTCACTCTATCAAGGC	CATGAAGAGTCCAGTAGAAACCTC	122	19-5
D19Mit71	56.28	ATGATTCCCGCAGTTTTGTC	TCTCAACTGTTATTCCTCAATAGCC	136	19-6
DXMit136	4.23	ACGGAAACACTCTTATGTGCG	ATTTTGATTACAGCATGTCCCC	182	X-136
DXMit48	25.51	ACCTCCCCCTGCATTACTCT	TTCTCCAGAATCCATGCTCC	105	X-48
DXMit62	34.6	GCAATTGTGATGTTGTAGTAAATATGG	ATAACTGAGGTCTGCGGGG	125	X-62
DXMit110	35.53	TGACATGAAGTATGTGTTCCTGC	TAGGCACATGTTCACATGGG	135	X-110
DXMit170	45.87	TGCAGGCACTAACAGTGAGG	TAGTTTCACTGTGCCATTGTATACA	115	X-170
DXMit179	53.17	TTTGATAGAGCCATGTTTGGC	CAGGCTAGCCTCAAACTCTCA	122	73.26
DXMit79	68.46	AGTCTGCCTTCTCTTTCTGTATCC	TGAAACTATTCCAACATTATTCTTGG	138	53.17
DXMit153	73.26	CAATCAAGCAGATGGAAGCA	AAGGACTGCCAAGAGGACAA	143	68.46