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Sequence NM_181522
GCGACGCTGGAGCTGCGGGGTTACCATGGGAACCGAACCGCCGCGCCTCGCCCAGGACAGTTACACTTAGAGGCCTTCAAAAGAGGGAGAATGCCCTCCCCATAAGAACCCATGCAAAGAGCTGTGCCAGGGTGATGAATTGTGTCCGGCTGAACAGAAGTGCTGCACCACAGGCTGTGGTCGGATCTGCCGAGACATTC
CTAAGGGGAGGAAAAGAGATTGCCCTAGGGTTATTCGGAAACAATCCTGTTTGAAAAGGTGCATCACTGATGAGACATGTCCAGGTGTAAAGAAATGCTG
CACGCTTGGCTGCAACAAGAGCTGTGTAGTCCCAATCTCTAAACAGAAGCTGGGGCGGGGCGGTGATTGTCCAAAAGTTCTGGTGGGCCTGTGCATTGTT
GGCTGTGTGATGGATGAGAATTGTCAAGCTGGAGAAAAATGTTGCAAGTCAGGCTGTGGCCGCTTCTGTGTCCCACCAGTCCTGCCCCCAAAACTGACCA
TGAACCCCAACTGGACTGTGAGGTCTGATTCCGAATTAGAGATCCCGGTGCCCTAGCTGTGCTGATTTGTCTGGAGCTTCTTTGGTAATTCTGGAAGCTT
TTCCTGGCAGTCAAGAGAGGGTGACATCCTGGGGCTTGTGACATTTCCAGGGGCACTCATGGCCCTCTCTGCTCTGCTTCTCCTCCTGCCGCTGACCAGA
GCATGGGAAATAGCCCTGGATTGGGTAGTGGGTGTGTGGTGCTTCTCTTTCCCGATAAAGGCTGGTGCTGACCTCT
- refseq_WFDC3.F1 (forward primer)
- refseq_WFDC3.R1 (reverse primer)
- Single exon skipping
Frame 0
ATLELRGYHGNRTAAPRPGQLHLEAFKRGRMPSP*EPMQRAVPG**IVSG*TEVLHHRLWSDLPRHS
*GEEKRLP*GYSETILFEKVHH**DMSRCKEML
HAWLQQELCSPNL*TEAGAGR*LSKSSGGPVHC
WLCDG*ELSSWRKMLQVRLWPLLCPTSPAPKTDH
EPQLDCEV*FRIRDPGALAVLICLELLW*FWKL
FLAVKRG*HPGACDISRGTHGPLCSASPPAADQ
SMGNSPGLGSGCVVLLFPDKGWC*P
Frame 1
RRWSCGVTMGTEPPRLAQDSYT*RPSKEGECPPHKNPCKELCQGDELCPAEQKCCTTGCGRICRDI
PKGRKRDCPRVIRKQSCLKRCITDETCPGVKKCC
TLGCNKSCVVPISKQKLGRGGDCPKVLVGLCIV
GCVMDENCQAGEKCCKSGCGRFCVPPVLPPKLT
MNPNWTVRSDSELEIPVP*LC*FVWSFFGNSGSF
SWQSREGDILGLVTFPGALMALSALLLLLPLTR
AWEIALDWVVGVWCFSFPIKAGADL
Frame 2
DAGAAGLPWEPNRRASPRTVTLRGLQKRENALPIRTHAKSCARVMNCVRLNRSAAPQAVVGSAETF
LRGGKEIALGLFGNNPV*KGASLMRHVQV*RNA
ARLAATRAV*SQSLNRSWGGAVIVQKFWWACALL
AV*WMRIVKLEKNVASQAVAASVSHQSCPQN*P
*TPTGL*GLIPN*RSRCPSCADLSGASLVILEA
FPGSQERVTSWGL*HFQGHSWPSLLCFSSCR*PE
HGK*PWIG*WVCGASLSR*RLVLTS
Sequence NM_080614
GCGACGCTGGAGCTGCGGGGTTACCATGGGAACCGAACCGCCGCGCCTCGCCCAGGACAGTTACACTTAGAGGCCTTCATCATCATGATGTTAAGCTGCCTCTTTCTTCTGAAGGCACTTCTTGCTCTTGGGTCTCTGGAATCCTGGATAACTGCAGGAGAACATGCAAAAGAGGGAGAATGCCCTCCCCATAAGAACCC
ATGCAAAGAGCTGTGCCAGGGTGATGAATTGTGTCCGGCTGAACAGAAGTGCTGCACCACAGGCTGTGGTCGGATCTGCCGAGACATTCCTAAGGGGAGG
AAAAGAGATTGCCCTAGGGTTATTCGGAAACAATCCTGTTTGAAAAGGTGCATCACTGATGAGACATGTCCAGGTGTAAAGAAATGCTGCACGCTTGGCT
GCAACAAGAGCTGTGTAGTCCCAATCTCTAAACAGAAGCTGGCAGAGTTTGGTGGTGAATGTCCCGCTGACCCCCTTCCGTGTGAGGAGCTGTGTGATGG
GGATGCATCCTGTCCCCAGGGGCATAAATGCTGCAGCACCGGCTGTGGCCGCACCTGCCTCGGAGACATTGAGGGAGGGCGGGGCGGTGATTGTCCAAAA
GTTCTGGTGGGCCTGTGCATTGTTGGCTGTGTGATGGATGAGAATTGTCAAGCTGGAGAAAAATGTTGCAAGTCAGGCTGTGGCCGCTTCTGTGTCCCAC
CAGTCCTGCCCCCAAAACTGACCATGAACCCCAACTGGACTGTGAGGTCTGATTCCGAATTAGAGATCCCGGTGCCCTAGCTGTGCTGATTTGTCTGGAG
CTTCTTTGGTAATTCTGGAAGCTTTTCCTGGCAGTCAAGAGAGGGTGACATCCTGGGGCTTGTGACATTTCCAGGGGCACTCATGGCCCTCTCTGCTCTG
CTTCTCCTCCTGCCGCTGACCAGAGCATGGGAAATAGCCCTGGATTGGGTAGTGGGTGTGTGGTGCTTCTCTTTCCCGATAAAGGCTGGTGCTGACCTCT
- refseq_WFDC3.F1 (forward primer)
- refseq_WFDC3.R1 (reverse primer)
- Single exon skipping
Frame 0
ATLELRGYHGNRTAAPRPGQLHLEAFIIMMLSCLFLLKALLALGSLESWITAGEHAKEGECPPHKNP
CKELCQGDELCPAEQKCCTTGCGRICRDIPKGR
KRDCPRVIRKQSCLKRCITDETCPGVKKCCTLG
CNKSCVVPISKQKLAEFGGECPADPLPCEELCDG
DASCPQGHKCCSTGCGRTCLGDIEGGRGGDCPK
VLVGLCIVGCVMDENCQAGEKCCKSGCGRFCVP
PVLPPKLTMNPNWTVRSDSELEIPVP*LC*FVWS
FFGNSGSFSWQSREGDILGLVTFPGALMALSAL
LLLLPLTRAWEIALDWVVGVWCFSFPIKAGADL
Frame 1
RRWSCGVTMGTEPPRLAQDSYT*RPSSS*C*AASFF*RHFLLLGLWNPG*LQENMQKRENALPIRT
HAKSCARVMNCVRLNRSAAPQAVVGSAETFLRGG
KEIALGLFGNNPV*KGASLMRHVQV*RNAARLA
ATRAV*SQSLNRSWQSLVVNVPLTPFRVRSCVM
GMHPVPRGINAAAPAVAAPASETLREGGAVIVQK
FWWACALLAV*WMRIVKLEKNVASQAVAASVSH
QSCPQN*P*TPTGL*GLIPN*RSRCPSCADLSG
ASLVILEAFPGSQERVTSWGL*HFQGHSWPSLLC
FSSCR*PEHGK*PWIG*WVCGASLSR*RLVLTS
Frame 2
DAGAAGLPWEPNRRASPRTVTLRGLHHHDVKLPLSSEGTSCSWVSGILDNCRRTCKRGRMPSP*EP
MQRAVPG**IVSG*TEVLHHRLWSDLPRHS*GE
EKRLP*GYSETILFEKVHH**DMSRCKEMLHAWL
QQELCSPNL*TEAGRVWW*MSR*PPSV*GAV*W
GCILSPGA*MLQHRLWPHLPRRH*GRAGR*LSK
SSGGPVHCWLCDG*ELSSWRKMLQVRLWPLLCPT
SPAPKTDHEPQLDCEV*FRIRDPGALAVLICLE
LLW*FWKLFLAVKRG*HPGACDISRGTHGPLCS
ASPPAADQSMGNSPGLGSGCVVLLFPDKGWC*P
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