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Sequences

Sequence NM_013251

CTGAGTGACTGCAGCCTTCCTAGATCCCCTCCACTCGGTTTCTCTCTTTGCAGGAGCACCGGCAGCACCAGTGTGTGAGGGGAGCAGGCAGCGGTCCTAG
CCAGTTCCTTGATCCTGCCAGACCACCCAGCCCCCGGCACAGAGCTGCTCCACAGGCACCATGAGGATCATGCTGCTATTCACAGCCATCCTGGCCTTCA
GCCTAGCTCAGAGCTTTGGGGCTGTCTGTAAGGAGCCACAGGAGGAGGTGGTTCCTGGCGGGGGCCGCAGCAAGAGGGATCCAGATCTCTACCAGCTGCT
CCAGAGACTCTTCAAAAGCCACTCATCTCTGGAGGGATTGCTCAAAGCCCTGAGCCAGGCTAGCACAGATCCTAAGGAATCAACATCTCCCGAGAAACGT
GACATGCATGACTTCTTTGTGGGACTTATGGGCAAGAGGAGCGTCCAGCCAGACTCTCCTACGGATGTGAATCAAGAGAACGTCCCCAGCTTTGGCATCC
TCAAGTATCCCCCGAGAGCAGAATAGGTACTCCACTTCCGGACTCCTGGACTGCATTAGGAAGACCTCTTTCCCTGTCCCAATCCCCAGGTGCGCACGCT
CCTGTTACCCTTTCTCTTCCCTGTTCTTGTAACATTCTTGTGCTTTGACTCCTTCTCCATCTTTTCTACCTGACCCTGGTGTGGAAACTGCATAGTGAAT
ATCCCCAACCCCAATGGGCATTGACTGTAGAATACCCTAGAGTTCCTGTAGTGTCCTACATTAAAAATATAATGTCTCTCTCTATTCCTCAACAATAAAG
GATTTTTGCATATGAA
  • refseq_TAC3.F1 (forward primer)
  • refseq_TAC3.R1 (reverse primer)
  • Single exon skipping

Frame 0

LSDCSLPRSPPLGFSLCRSTGSTSV*GEQAAVL
ASSLILPDHPAPGTELLHRHHEDHAAIHSHPGLQ
PSSELWGCL*GATGGGGSWRGPQQEGSRSLPAA
PETLQKPLISGGIAQSPEPG*HRS*GINISRET
*HA*LLCGTYGQEERPARLSYGCESRERPQLWHP
QVSPESRIGTPLPDSWTALGRPLSLSQSPGAHA
PVTLSLPCSCNILVL*LLLHLFYLTLVWKLHSE
YPQPQWALTVEYPRVPVVSYIKNIMSLSIPQQ*R
IFAYE

Frame 1

*VTAAFLDPLHSVSLFAGAPAAPVCEGSRQRS*
PVP*SCQTTQPPAQSCSTGTMRIMLLFTAILAF
SLAQSFGAVCKEPQEEVVPGGGRSKRDPDLYQLL
QRLFKSHSSLEGLLKALSQASTDPKESTSPEKR
DMHDFFVGLMGKRSVQPDSPTDVNQENVPSFGI
LKYPPRAE*VLHFRTPGLH*EDLFPCPNPQVRTL
LLPFLFPVLVTFLCFDSFSIFST*PWCGNCIVN
IPNPNGH*L*NTLEFL*CPTLKI*CLSLFLNNK
GFLHM

Frame 2

E*LQPS*IPSTRFLSLQEHRQHQCVRGAGSGPS
QFLDPARPPSPRHRAAPQAP*GSCCYSQPSWPS
A*LRALGLSVRSHRRRWFLAGAAARGIQISTSC
SRDSSKATHLWRDCSKP*ARLAQILRNQHLPRNV
TCMTSLWDLWARGASSQTLLRM*IKRTSPALAS
SSIPREQNRYSTSGLLDCIRKTSFPVPIPRCAR
SCYPFSSLFL*HSCALTPSPSFLPDPGVETA**I
SPTPMGIDCRIP*SSCSVLH*KYNVSLYSSTIK
DFCI*

Sequence NM_001006667

CTGAGTGACTGCAGCCTTCCTAGATCCCCTCCACTCGGTTTCTCTCTTTGCAGGAGCACCGGCAGCACCAGTGTGTGAGGGGAGCAGGCAGCGGTCCTAG
CCAGTTCCTTGATCCTGCCAGACCACCCAGCCCCCGGCACAGAGCTGCTCCACAGGCACCATGAGGATCATGCTGCTATTCACAGCCATCCTGGCCTTCA
GCCTAGCTCAGAGCTTTGGGGCTGTCTGTAAGGAGCCACAGGAGGAGGTGGTTCCTGGCGGGGGCCGCAGCAAGAGGGATCCAGATCTCTACCAGCTGCT
CCAGAGACTCTTCAAAAGCCACTCATCTCTGGAGGGATTGCTCAAAGCCCTGAGCCAGGCTAGCACAGATCCTAAGGAATCAACATCTCCCGAGAAACGT
GACATGCATGACTTCTTTGTGGGACTTATGGGCAAGAGGAGCGTCCAGCCAGAGGGAAAGACAGGACCTTTCTTACCTTCAGTGAGGGTTCCTCGGCCCC
TTCATCCCAATCAGCTTGGATCCACAGGAAAGTCTTCCCTGGGAACAGAGGAGCAGAGACCTTTATAAGACTCTCCTACGGATGTGAATCAAGAGAACGT
CCCCAGCTTTGGCATCCTCAAGTATCCCCCGAGAGCAGAATAGGTACTCCACTTCCGGACTCCTGGACTGCATTAGGAAGACCTCTTTCCCTGTCCCAAT
CCCCAGGTGCGCACGCTCCTGTTACCCTTTCTCTTCCCTGTTCTTGTAACATTCTTGTGCTTTGACTCCTTCTCCATCTTTTCTACCTGACCCTGGTGTG
GAAACTGCATAGTGAATATCCCCAACCCCAATGGGCATTGACTGTAGAATACCCTAGAGTTCCTGTAGTGTCCTACATTAAAAATATAATGTCTCTCTCT
ATTCCTCAACAATAAAGGATTTTTGCATATGAA
  • refseq_TAC3.F1 (forward primer)
  • refseq_TAC3.R1 (reverse primer)
  • Single exon skipping

Frame 0

LSDCSLPRSPPLGFSLCRSTGSTSV*GEQAAVL
ASSLILPDHPAPGTELLHRHHEDHAAIHSHPGLQ
PSSELWGCL*GATGGGGSWRGPQQEGSRSLPAA
PETLQKPLISGGIAQSPEPG*HRS*GINISRET
*HA*LLCGTYGQEERPARGKDRTFLTFSEGSSAP
SSQSAWIHRKVFPGNRGAETFIRLSYGCESRER
PQLWHPQVSPESRIGTPLPDSWTALGRPLSLSQ
SPGAHAPVTLSLPCSCNILVL*LLLHLFYLTLVW
KLHSEYPQPQWALTVEYPRVPVVSYIKNIMSLS
IPQQ*RIFAYE

Frame 1

*VTAAFLDPLHSVSLFAGAPAAPVCEGSRQRS*
PVP*SCQTTQPPAQSCSTGTMRIMLLFTAILAF
SLAQSFGAVCKEPQEEVVPGGGRSKRDPDLYQLL
QRLFKSHSSLEGLLKALSQASTDPKESTSPEKR
DMHDFFVGLMGKRSVQPEGKTGPFLPSVRVPRP
LHPNQLGSTGKSSLGTEEQRPL*DSPTDVNQENV
PSFGILKYPPRAE*VLHFRTPGLH*EDLFPCPN
PQVRTLLLPFLFPVLVTFLCFDSFSIFST*PWC
GNCIVNIPNPNGH*L*NTLEFL*CPTLKI*CLSL
FLNNKGFLHM

Frame 2

E*LQPS*IPSTRFLSLQEHRQHQCVRGAGSGPS
QFLDPARPPSPRHRAAPQAP*GSCCYSQPSWPS
A*LRALGLSVRSHRRRWFLAGAAARGIQISTSC
SRDSSKATHLWRDCSKP*ARLAQILRNQHLPRNV
TCMTSLWDLWARGASSQRERQDLSYLQ*GFLGP
FIPISLDPQESLPWEQRSRDLYKTLLRM*IKRT
SPALASSSIPREQNRYSTSGLLDCIRKTSFPVPI
PRCARSCYPFSSLFL*HSCALTPSPSFLPDPGV
ETA**ISPTPMGIDCRIP*SSCSVLH*KYNVSL
YSSTIKDFCI*

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