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. 2007 Dec 21;2:49. doi: 10.1186/1750-1172-2-49

Table 2.

Oligonucleotides for genomic amplification and sequencing of ALMS1

Exon Forward Primer Reverse Primer
1 GCACTGCGCCTAAGCTG CAGCCTCCACCCCCAAC
2 ATGTGAAAGGGCTTTATAAACTGG TTTTTCCATTCTTCATAGCTAAATCA
3 CAGTTAATGACTTAGCATGTTTTCCT TCCTTAACTCAAAAAGGGGAAAG
4 ACGTAAGTAAATAATCAATTTTCAGCA TCTAAGCCCCACCTCAAAGT
5 TTTCAGTGACATATGTATTTTTGTGTT TTCCCTTGGGAATTTTATTTTT
6 CTTCGTGTGTGGGAGCTGAG CAATACTGAAAAAGGCCACGTT
7 TGGGCATTAATGAGTCTTTTTC TTTTCACAAGGTATCCGTAAGTAGG
8 GCTTTTTAAAGGCTCAAAGCTG TCTCTCTATGTGAGTAGGAAGTAGAGG
8 TGACCAGACAACTGGCATGT GACTGTCTGCTAAGTCCTGTGG
8 TTCTTACTCACAAAGAGAAAAGCCTA GGGCAGCCAATACAGAAACA
8 TTTCCCTGAAGAAGCTCTGAA TGGCAAGGTCTGTTGGTAGA
8 TCACAAAGAGAGAAGCCTGGT AGCTGGTGTGCCAGTTGTCT
8 TTCAGTTGCCTCTGAACCAG TGTGGCAAGACCTGTTGGTA
8 CACACACAGAGAAGCCTGGT AAAGGTCCTGCTGGTATGTCA
8 TCCATTGTTTCTGGACCTACTG ATCTGGCAACTCTTGCTGGT
8 ACTGTAACTTCCTCTTTCTATTCACAT TCTCAGTCTTCCGGTCACCT
8 AGCAGGAGTTGCCAGATGTT CTGGTTTTCCAGTATTCACATCA
8 AAAGATTTCAGCTGTCCCTGA CTGCATCCTGGATTTCTTCA
8 CTCAGGCTGATGACAGAGTTG CCCAATGGTTCCACTACACC
8 GAGCAAAGTCAGTATGGCATTAGA TGGCTAAGCTTCCTCAAAACA
9 TCTTCTGTGTTGCAATTGTTGA TTCCATCACCCATTCTTTCA
10 TTGGACTACTTCAAATAAGAACCTG GACGGCATTTGTGATGAAGA
10 ACCTGCTTTTGTGCCACCTA CTTGGTCTGCCCATGCTAAT
10 CCAGTACCAGGGCAAATTGT GGAAGGGGAAAATGGTGTTT
10 ACCTTCCGTCTCCCATTTCT TCCTGTGCTACAGGTTTACTGG
10 GCTTCTAAAGCGAGGATGAA CCCCCAAGAACCGATATCTA
11 TTCCTTGAAACCACTTTTGGA GAAAGACACAACCACAAATTTCTAA
12 GAAGGCATTCCATATTTGTTCA GCACTGGACTTTTGTCACTCC
13 TCATAGAATTGGTCTAAGAGGCAAA AAGATTGGATAGTAATCTCATTTAGGA
14 ATGGGTTTGGGGTTTTGTTT GAGCTGAAGACAGCAAGAAGAA
15 AACAAAGCCTTTCACATAATACG CACTGACCCTCACATACACAC
16 GCAGGCAGTGAATTTTCTGAT TTTTGGATAATCTCTAACTTGACTTTT
16 CCAGAATAAAGAGCCTCAGCA TTTTTAAGCTCGCCTGTATTTTT
16 GCGGTTTAAAAGCCTAGAGAAA TTTTCACCTGTGTGCAAAGC
17 TGAATTGGATTAGAAAGAGGACTTG TCTTACATGTTTAAGAGCCATTTCA
18 TCCCACACAAAGGGATTGTA ATCGCAGGGGACTTGAAAT
19 CTGGGTGGGGCTGTAAAAA CCAAGTCACAGAGCCAGCTT
20 GCATATGGAGAGTAGATTGCATCA TGGGCTGGCCTTTAGCAG
21 GGTAGGGGCACCAAGTCCTA CAGAGCTCCCGACCACTTG
22 GATGAGCTCCTGGAGAGTGG GGCAACGTGTTTTCTCCATT
23 GGCATCTGCCTCTGATGG AAGGATTCTGCTTCTCTAGGTTCA