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Sequences

Sequence NM_182960

GGGCGCCTCCGGGCCTCTGCGGAGCCCTGGGCAGCTCTGAGCTCGCGGAGGCGTGGCCGGTGCGCGGGGCCCGCGGCGCGCGGGGATGGGGGTCTCGGTG GATGTGCACCAGGTGTACAAGTACCCCTTCGAGCAGGTGGTCGCCAGCTTTCTCCGAAAGTACCCCAACCCCATGGATAAAAATGTCATCTCAGTAAAAA TCATGGAGGAAAAAAGAGATGAATCAACAGGGGTCATCTACAGAAAGAGGATTGCAATCTGTCAGAACGTGGTTCCAGAAATTTTAAGGAAGTCCTTAAG CACTCTGGTGATTCTTTGTTGGAAAAAGGTGAGCATTTTGAAAGTACCTAATATCCAATTAGAAGAGGAGTCATGGCTCAATCCTCGGGAAAGAAACATG GCCATACGGAGTCACTGCCTTACGTGGACACAGTATGCATCCATGAAGGAAGAGTCTGTCTTCCGGGAAAGTATGGAAAACCCAAATTGGACAGAGTTCA TTCAAAGAGGCAGGATTTCAATCACAGGGGTTGGATTTCTCAACTGTGTTTTAGAAACTTTTGCCAGCACATTCTTACGACAGGGAGCCCAGAAGGGAAT TAGAATCATGGAGATGCTGCTAAAGGAACAGTGTGGTGCCCCCTTAGCTGAATAAAGAATCATCAGAGAGCTGTATCCATGTCTACTTATTTATTTATTT ATTTTTTTTTTGAGAATCACTTCTTGGCCACAGCACATCACAGACACAGTTTCTGGAATACAGGTTTGAGGATACAGTGTTGGCAGCTTCAAGAAGAGAA GACCTTCTTGCCAGGACATAAAATGATACCCTCCTCTGGGAGCCTGCTTCGAATAGTGGGACTCAGGGAGATAAGACCTTCTTGCTGGATTTTTATGACA CAATCTCTTTATAATTTTACAAATAAAGGAAAAAAGAACCATGTAAGATATGTGTGCCCTTCCTCAGGGTGTTCTGCTGGTTGTCTGATGATGGTGTCAG GGCAGCTAAGGACAGGATAAAGGCCTGGAGAGGGTGCTTGTGCCCTTATGTTATCAGCACCGTTGTTCCTAGGATTCGTGAGGGGATTCTGGAACCAATA AGGGAGTTGAACTGGTACCTGATTCACGGGTGGACTGGAACAAACAGGAATGTACCAGACCTATGTTGAAGCTAAGCCGTATTTATAACAATGTTTAAGA TTCTCAGAAATCAGGAGATTTTTATCCTATCCATAAGTAATATGTAACTGCCATAAGTATAGCTTTTAGAATGTAATATGTAAACTGTGATTTGGTCCTC TGGAAAAAAAAAAATGAAATGAAGAGTGGGAAGGCAGTTTCTTTTCTGCTAATTCGTTCTGTGATGGTGAGCAAGCAAATCATTAACCTCTCTGTTTTTT ATTGGGCAAATGGGGATAATCAGGCACAGGTCTTTCCGCCAATGCGTTATGATGATTAAAGAAGGTAATTTTGTGCAGGGTTTTAAGTCAACAGACAGAC CTGGGTTTGAATCCAAGTGCTGGCACCTACTTGCTCAGTGATCATGAACACAATTTTAAATCTTTCTGAATCTCATTTAAAAAAATTTGTGAAACAAGAT GATAGAATTAATTTTGTGAGATTGTTGGACTGATTTGAGATCATGCCTATGAAGTACCTAGCACACTGCCTAGTACATAGTAGAAGTCCAGGAAATGGAA GCCATTATTATGTAAAACATTTTGCAAAGGTACTTTTTAACTGTAACGTAAAGTGGTACTACTGTTTGAAACTTAGATGGCAGTAGTTTGCATTTCTCGT GATCAGAAGCCAAAATATAAATACATACTACCTAAAAAATCTTGAAGAGAGGTAATAATTTGAAATTCATCTTCTTAAGATAAAAATCAGGGCAGGGTGT GGTGGCTTATGCCTGTAATCCCAGTACTTTGGGAGGCCGAGGCGGGTGGATCACAAGGTCAGGAGTTCGAGACCAGCCTGGCCAATATGGTGAAACCCCG TCTCTACTAAAAATACAAAAAAATTAGCTGGGCGTGGTGGCGCATGCCTGTAATCCTAGCTACTTGGGAGTCTGAGGCAGGAGAATTGCTTGAACTCAGG AGGTGAAGGTTGCAGTAAGCTGAGATTGTGCCACTGCACCCCAGCCTGGGTGACAGAGCAAGACTCCATCAC

refseq_MGC21644.F1 (forward primer)
refseq_MGC21644.R1 (reverse primer)
Single exon skipping

Frame 0

GRLRASAEPWAALSSRRRGRCAGPAARGDGGLG GCAPGVQVPLRAGGRQLSPKVPQPHG*KCHLSKN HGGKKR*INRGHLQKEDCNLSERGSRNFKEVLK HSGDSLLEKGEHFEST*YPIRRGVMAQSSGKKH GHTESLPYVDTVCIHEGRVCLPGKYGKPKLDRVH SKRQDFNHRGWISQLCFRNFCQHILTTGSPEGN *NHGDAAKGTVWCPLS*IKNHQRAVSMSTYLFI YFFFENHFLATAHHRHSFWNTGLRIQCWQLQEEK TFLPGHKMIPSSGSLLRIVGLREIRPSCWIFMT QSLYNFTNKGKKNHVRYVCPSSGCSAGCLMMVS GQLRTG*RPGEGACALMLSAPLFLGFVRGFWNQ* GS*TGT*FTGGLEQTGMYQTYVEAKPYL*QCLR FSEIRRFLSYP*VICNCHKYSF*NVICKL*FGP LEKKK*NEEWEGSFFSANSFCDGEQANH*PLCFL LGKWG*SGTGLSANAL**LKKVILCRVLSQQTD LGLNPSAGTYLLSDHEHNFKSF*ISFKKICETR **N*FCEIVGLI*DHAYEVPSTLPST**KSRKWK PLLCKTFCKGTF*L*RKVVLLFET*MAVVCISR DQKPKYKYILPKKS*REVII*NSSS*DKNQGRV WWLMPVIPVLWEAEAGGSQGQEFETSLANMVKPR LY*KYKKISWAWWRMPVILATWESEAGELLELR R*RLQ*AEIVPLHPSLGDRARLHH

Frame 1

GASGPLRSPGQL*ARGGVAGARGPRRAGMGVSV DVHQVYKYPFEQVVASFLRKYPNPMDKNVISVK IMEEKRDESTGVIYRKRIAICQNVVPEILRKSLS TLVILCWKKVSILKVPNIQLEEESWLNPRERNM AIRSHCLTWTQYASMKEESVFRESMENPNWTEF IQRGRISITGVGFLNCVLETFASTFLRQGAQKGI RIMEMLLKEQCGAPLAE*RIIRELYPCLLIYLF IFFLRITSWPQHITDTVSGIQV*GYSVGSFKKR RPSCQDIK*YPPLGACFE*WDSGR*DLLAGFL*H NLFIILQIKEKRTM*DMCALPQGVLLVV**WCQ GS*GQDKGLERVLVPLCYQHRCS*DS*GDSGTN KGVELVPDSRVDWNKQECTRPMLKLSRIYNNV*D SQKSGDFYPIHK*YVTAISIAFRM*YVNCDLVL WKKKNEMKSGKAVSFLLIRSVMVSKQIINLSVF YWANGDNQAQVFPPMRYDD*RR*FCAGF*VNRQT WV*IQVLAPTCSVIMNTILNLSESHLKKFVKQD DRINFVRLLD*FEIMPMKYLAHCLVHSRSPGNG SHYYVKHFAKVLFNCNVKWYYCLKLRWQ*FAFLV IRSQNINTYYLKNLEER**FEIHLLKIKIRAGC GGLCL*SQYFGRPRRVDHKVRSSRPAWPIW*NP VSTKNTKKLAGRGGACL*S*LLGSLRQENCLNSG GEGCSKLRLCHCTPAWVTEQDSI

Frame 2

APPGLCGALGSSELAEAWPVRGARGARGWGSRW MCTRCTSTPSSRWSPAFSESTPTPWIKMSSQ*K SWRKKEMNQQGSSTERGLQSVRTWFQKF*GSP* ALW*FFVGKR*AF*KYLISN*KRSHGSILGKETW PYGVTALRGHSMHP*RKSLSSGKVWKTQIGQSS FKEAGFQSQGLDFSTVF*KLLPAHSYDREPRRE LESWRCC*RNSVVPP*LNKESSESCIHVYLFIYL FFF*ESLLGHSTSQTQFLEYRFEDTVLAASRRE DLLART*NDTLLWEPASNSGTQGDKTFLLDFYD TISL*FYK*RKKEPCKICVPFLRVFCWLSDDGVR AAKDRIKAWRGCLCPYVISTVVPRIREGILEPI RELNWYLIHGWTGTNRNVPDLC*S*AVFITMFK ILRNQEIFILSISNM*LP*V*LLECNM*TVIWSS GKKKMK*RVGRQFLFC*FVL*W*ASKSLTSLFF IGQMGIIRHRSFRQCVMMIKEGNFVQGFKSTDR PGFESKCWHLLAQ*S*TQF*IFLNLI*KNL*NKM IELIL*DCWTDLRSCL*ST*HTA*YIVEVQEME AIIM*NILQRYFLTVT*SGTTV*NLDGSSLHFS *SEAKI*IHTT*KILKRGNNLKFIFLR*KSGQGV VAYACNPSTLGGRGGWITRSGVRDQPGQYGETP SLLKIQKN*LGVVAHACNPSYLGV*GRRIA*TQ EVKVAVS*DCATAPQPG*QSKTPS

Sequence NM_205846

GGGCGCCTCCGGGCCTCTGCGGAGCCCTGGGCAGCTCTGAGCTCGCGGAGGCGTGGCCGGTGCGCGGGGCCCGCGGCGCGCGGGGATGGGGGTCTCGGTG GATGTGCACCAGGTGTACAAGTACCCCTTCGAGCAGGTGGTCGCCAGCTTTCTCCGAAAGTACCCCAACCCCATGGATAAAAATGTCATCTCAGTAAAAA TCATGGAGGAAAAAAGAGATGAATCAACAGGGGTCATCTACAGAAAGAGGATTGCAATCTGTCAGAACGTGGTTCCAGAAATTTTAAGGAAGGTGAGCAT TTTGAAAGTACCTAATATCCAATTAGAAGAGGAGTCATGGCTCAATCCTCGGGAAAGAAACATGGCCATACGGAGTCACTGCCTTACGTGGACACAGTAT GCATCCATGAAGGAAGAGTCTGTCTTCCGGGAAAGTATGGAAAACCCAAATTGGACAGAGTTCATTCAAAGAGGCAGGATTTCAATCACAGGGGTTGGAT TTCTCAACTGTGTTTTAGAAACTTTTGCCAGCACATTCTTACGACAGGGAGCCCAGAAGGGAATTAGAATCATGGAGATGCTGCTAAAGGAACAGTGTGG TGCCCCCTTAGCTGAATAAAGAATCATCAGAGAGCTGTATCCATGTCTACTTATTTATTTATTTATTTTTTTTTTGAGAATCACTTCTTGGCCACAGCAC ATCACAGACACAGTTTCTGGAATACAGGTTTGAGGATACAGTGTTGGCAGCTTCAAGAAGAGAAGACCTTCTTGCCAGGACATAAAATGATACCCTCCTC TGGGAGCCTGCTTCGAATAGTGGGACTCAGGGAGATAAGACCTTCTTGCTGGATTTTTATGACACAATCTCTTTATAATTTTACAAATAAAGGAAAAAAG AACCATGTAAGATATGTGTGCCCTTCCTCAGGGTGTTCTGCTGGTTGTCTGATGATGGTGTCAGGGCAGCTAAGGACAGGATAAAGGCCTGGAGAGGGTG CTTGTGCCCTTATGTTATCAGCACCGTTGTTCCTAGGATTCGTGAGGGGATTCTGGAACCAATAAGGGAGTTGAACTGGTACCTGATTCACGGGTGGACT GGAACAAACAGGAATGTACCAGACCTATGTTGAAGCTAAGCCGTATTTATAACAATGTTTAAGATTCTCAGAAATCAGGAGATTTTTATCCTATCCATAA GTAATATGTAACTGCCATAAGTATAGCTTTTAGAATGTAATATGTAAACTGTGATTTGGTCCTCTGGAAAAAAAAAAATGAAATGAAGAGTGGGAAGGCA GTTTCTTTTCTGCTAATTCGTTCTGTGATGGTGAGCAAGCAAATCATTAACCTCTCTGTTTTTTATTGGGCAAATGGGGATAATCAGGCACAGGTCTTTC CGCCAATGCGTTATGATGATTAAAGAAGGTAATTTTGTGCAGGGTTTTAAGTCAACAGACAGACCTGGGTTTGAATCCAAGTGCTGGCACCTACTTGCTC AGTGATCATGAACACAATTTTAAATCTTTCTGAATCTCATTTAAAAAAATTTGTGAAACAAGATGATAGAATTAATTTTGTGAGATTGTTGGACTGATTT GAGATCATGCCTATGAAGTACCTAGCACACTGCCTAGTACATAGTAGAAGTCCAGGAAATGGAAGCCATTATTATGTAAAACATTTTGCAAAGGTACTTT TTAACTGTAACGTAAAGTGGTACTACTGTTTGAAACTTAGATGGCAGTAGTTTGCATTTCTCGTGATCAGAAGCCAAAATATAAATACATACTACCTAAA AAATCTTGAAGAGAGGTAATAATTTGAAATTCATCTTCTTAAGATAAAAATCAGGGCAGGGTGTGGTGGCTTATGCCTGTAATCCCAGTACTTTGGGAGG CCGAGGCGGGTGGATCACAAGGTCAGGAGTTCGAGACCAGCCTGGCCAATATGGTGAAACCCCGTCTCTACTAAAAATACAAAAAAATTAGCTGGGCGTG GTGGCGCATGCCTGTAATCCTAGCTACTTGGGAGTCTGAGGCAGGAGAATTGCTTGAACTCAGGAGGTGAAGGTTGCAGTAAGCTGAGATTGTGCCACTG CACCCCAGCCTGGGTGACAGAGCAAGACTCCATCAC

refseq_MGC21644.F1 (forward primer)
refseq_MGC21644.R1 (reverse primer)
Single exon skipping

Frame 0

GRLRASAEPWAALSSRRRGRCAGPAARGDGGLG GCAPGVQVPLRAGGRQLSPKVPQPHG*KCHLSKN HGGKKR*INRGHLQKEDCNLSERGSRNFKEGEH FEST*YPIRRGVMAQSSGKKHGHTESLPYVDTV CIHEGRVCLPGKYGKPKLDRVHSKRQDFNHRGWI SQLCFRNFCQHILTTGSPEGN*NHGDAAKGTVW CPLS*IKNHQRAVSMSTYLFIYFFFENHFLATA HHRHSFWNTGLRIQCWQLQEEKTFLPGHKMIPSS GSLLRIVGLREIRPSCWIFMTQSLYNFTNKGKK NHVRYVCPSSGCSAGCLMMVSGQLRTG*RPGEG ACALMLSAPLFLGFVRGFWNQ*GS*TGT*FTGGL EQTGMYQTYVEAKPYL*QCLRFSEIRRFLSYP* VICNCHKYSF*NVICKL*FGPLEKKK*NEEWEG SFFSANSFCDGEQANH*PLCFLLGKWG*SGTGLS ANAL**LKKVILCRVLSQQTDLGLNPSAGTYLL SDHEHNFKSF*ISFKKICETR**N*FCEIVGLI *DHAYEVPSTLPST**KSRKWKPLLCKTFCKGTF *L*RKVVLLFET*MAVVCISRDQKPKYKYILPK KS*REVII*NSSS*DKNQGRVWWLMPVIPVLWE AEAGGSQGQEFETSLANMVKPRLY*KYKKISWAW WRMPVILATWESEAGELLELRR*RLQ*AEIVPL HPSLGDRARLHH

Frame 1

GASGPLRSPGQL*ARGGVAGARGPRRAGMGVSV DVHQVYKYPFEQVVASFLRKYPNPMDKNVISVK IMEEKRDESTGVIYRKRIAICQNVVPEILRKVSI LKVPNIQLEEESWLNPRERNMAIRSHCLTWTQY ASMKEESVFRESMENPNWTEFIQRGRISITGVG FLNCVLETFASTFLRQGAQKGIRIMEMLLKEQCG APLAE*RIIRELYPCLLIYLFIFFLRITSWPQH ITDTVSGIQV*GYSVGSFKKRRPSCQDIK*YPP LGACFE*WDSGR*DLLAGFL*HNLFIILQIKEKR TM*DMCALPQGVLLVV**WCQGS*GQDKGLERV LVPLCYQHRCS*DS*GDSGTNKGVELVPDSRVD WNKQECTRPMLKLSRIYNNV*DSQKSGDFYPIHK *YVTAISIAFRM*YVNCDLVLWKKKNEMKSGKA VSFLLIRSVMVSKQIINLSVFYWANGDNQAQVF PPMRYDD*RR*FCAGF*VNRQTWV*IQVLAPTCS VIMNTILNLSESHLKKFVKQDDRINFVRLLD*F EIMPMKYLAHCLVHSRSPGNGSHYYVKHFAKVL FNCNVKWYYCLKLRWQ*FAFLVIRSQNINTYYLK NLEER**FEIHLLKIKIRAGCGGLCL*SQYFGR PRRVDHKVRSSRPAWPIW*NPVSTKNTKKLAGR GGACL*S*LLGSLRQENCLNSGGEGCSKLRLCHC TPAWVTEQDSI

Frame 2

APPGLCGALGSSELAEAWPVRGARGARGWGSRW MCTRCTSTPSSRWSPAFSESTPTPWIKMSSQ*K SWRKKEMNQQGSSTERGLQSVRTWFQKF*GR*A F*KYLISN*KRSHGSILGKETWPYGVTALRGHSM HP*RKSLSSGKVWKTQIGQSSFKEAGFQSQGLD FSTVF*KLLPAHSYDREPRRELESWRCC*RNSV VPP*LNKESSESCIHVYLFIYLFFF*ESLLGHST SQTQFLEYRFEDTVLAASRREDLLART*NDTLL WEPASNSGTQGDKTFLLDFYDTISL*FYK*RKK EPCKICVPFLRVFCWLSDDGVRAAKDRIKAWRGC LCPYVISTVVPRIREGILEPIRELNWYLIHGWT GTNRNVPDLC*S*AVFITMFKILRNQEIFILSI SNM*LP*V*LLECNM*TVIWSSGKKKMK*RVGRQ FLFC*FVL*W*ASKSLTSLFFIGQMGIIRHRSF RQCVMMIKEGNFVQGFKSTDRPGFESKCWHLLA Q*S*TQF*IFLNLI*KNL*NKMIELIL*DCWTDL RSCL*ST*HTA*YIVEVQEMEAIIM*NILQRYF LTVT*SGTTV*NLDGSSLHFS*SEAKI*IHTT* KILKRGNNLKFIFLR*KSGQGVVAYACNPSTLGG RGGWITRSGVRDQPGQYGETPSLLKIQKN*LGV VAHACNPSYLGV*GRRIA*TQEVKVAVS*DCAT APQPG*QSKTPS

Sequence NM_138492

GGGCGCCTCCGGGCCTCTGCGGAGCCCTGGGCAGCTCTGAGCTCGCGGAGGCGTGGCCGGTGCGCGGGGCCCGCGGCGCGCGGGGATGGGGGTCTCGGTG GATGTGCACCAGGTGTACAAGTACCCCTTCGAGCAGGTGGTCGCCAGCTTTCTCCGAAAGGTTTCCACGCTTTGAGAAGGACTGAATGAGATCATGCGCA TGGCAGCTTCTCTAGGATAGCACCCTGCGTGAACACAGTAGCTGCTCAGTTAAGTCTTTGATGGGTGTGATCCTGATTCAGCTTGATCAATTCTGCAGTC ATACTGGATTGTGTTTGAAAAGGTGTCCAGAAAAACCTGGCCATCTGCCTCCTGTCTTCCCAGTACCCCAACCCCATGGATAAAAATGTCATCTCAGTAA AAATCATGGAGGAAAAAAGAGATGAATCAACAGGGGTCATCTACAGAAAGAGGATTGCAATCTGTCAGAACGTGGTTCCAGAAATTTTAAGGAAGGTGAG CATTTTGAAAGTACCTAATATCCAATTAGAAGAGGAGTCATGGCTCAATCCTCGGGAAAGAAACATGGCCATACGGAGTCACTGCCTTACGTGGACACAG TATGCATCCATGAAGGAAGAGTCTGTCTTCCGGGAAAGTATGGAAAACCCAAATTGGACAGAGTTCATTCAAAGAGGCAGGATTTCAATCACAGGGGTTG GATTTCTCAACTGTGTTTTAGAAACTTTTGCCAGCACATTCTTACGACAGGGAGCCCAGAAGGGAATTAGAATCATGGAGATGCTGCTAAAGGAACAGTG TGGTGCCCCCTTAGCTGAATAAAGAATCATCAGAGAGCTGTATCCATGTCTACTTATTTATTTATTTATTTTTTTTTTGAGAATCACTTCTTGGCCACAG CACATCACAGACACAGTTTCTGGAATACAGGTTTGAGGATACAGTGTTGGCAGCTTCAAGAAGAGAAGACCTTCTTGCCAGGACATAAAATGATACCCTC CTCTGGGAGCCTGCTTCGAATAGTGGGACTCAGGGAGATAAGACCTTCTTGCTGGATTTTTATGACACAATCTCTTTATAATTTTACAAATAAAGGAAAA AAGAACCATGTAAGATATGTGTGCCCTTCCTCAGGGTGTTCTGCTGGTTGTCTGATGATGGTGTCAGGGCAGCTAAGGACAGGATAAAGGCCTGGAGAGG GTGCTTGTGCCCTTATGTTATCAGCACCGTTGTTCCTAGGATTCGTGAGGGGATTCTGGAACCAATAAGGGAGTTGAACTGGTACCTGATTCACGGGTGG ACTGGAACAAACAGGAATGTACCAGACCTATGTTGAAGCTAAGCCGTATTTATAACAATGTTTAAGATTCTCAGAAATCAGGAGATTTTTATCCTATCCA TAAGTAATATGTAACTGCCATAAGTATAGCTTTTAGAATGTAATATGTAAACTGTGATTTGGTCCTCTGGAAAAAAAAAAATGAAATGAAGAGTGGGAAG GCAGTTTCTTTTCTGCTAATTCGTTCTGTGATGGTGAGCAAGCAAATCATTAACCTCTCTGTTTTTTATTGGGCAAATGGGGATAATCAGGCACAGGTCT TTCCGCCAATGCGTTATGATGATTAAAGAAGGTAATTTTGTGCAGGGTTTTAAGTCAACAGACAGACCTGGGTTTGAATCCAAGTGCTGGCACCTACTTG CTCAGTGATCATGAACACAATTTTAAATCTTTCTGAATCTCATTTAAAAAAATTTGTGAAACAAGATGATAGAATTAATTTTGTGAGATTGTTGGACTGA TTTGAGATCATGCCTATGAAGTACCTAGCACACTGCCTAGTACATAGTAGAAGTCCAGGAAATGGAAGCCATTATTATGTAAAACATTTTGCAAAGGTAC TTTTTAACTGTAACGTAAAGTGGTACTACTGTTTGAAACTTAGATGGCAGTAGTTTGCATTTCTCGTGATCAGAAGCCAAAATATAAATACATACTACCT AAAAAATCTTGAAGAGAGGTAATAATTTGAAATTCATCTTCTTAAGATAAAAATCAGGGCAGGGTGTGGTGGCTTATGCCTGTAATCCCAGTACTTTGGG AGGCCGAGGCGGGTGGATCACAAGGTCAGGAGTTCGAGACCAGCCTGGCCAATATGGTGAAACCCCGTCTCTACTAAAAATACAAAAAAATTAGCTGGGC GTGGTGGCGCATGCCTGTAATCCTAGCTACTTGGGAGTCTGAGGCAGGAGAATTGCTTGAACTCAGGAGGTGAAGGTTGCAGTAAGCTGAGATTGTGCCA CTGCACCCCAGCCTGGGTGACAGAGCAAGACTCCATCAC

refseq_MGC21644.F1 (forward primer)
refseq_MGC21644.R1 (reverse primer)
Single exon skipping

Frame 0

GRLRASAEPWAALSSRRRGRCAGPAARGDGGLG GCAPGVQVPLRAGGRQLSPKGFHALRRTE*DHAH GSFSRIAPCVNTVAAQLSL*WV*S*FSLINSAV ILDCV*KGVQKNLAICLLSSQYPNPMDKNVISV KIMEEKRDESTGVIYRKRIAICQNVVPEILRKVS ILKVPNIQLEEESWLNPRERNMAIRSHCLTWTQ YASMKEESVFRESMENPNWTEFIQRGRISITGV GFLNCVLETFASTFLRQGAQKGIRIMEMLLKEQC GAPLAE*RIIRELYPCLLIYLFIFFLRITSWPQ HITDTVSGIQV*GYSVGSFKKRRPSCQDIK*YP PLGACFE*WDSGR*DLLAGFL*HNLFIILQIKEK RTM*DMCALPQGVLLVV**WCQGS*GQDKGLER VLVPLCYQHRCS*DS*GDSGTNKGVELVPDSRV DWNKQECTRPMLKLSRIYNNV*DSQKSGDFYPIH K*YVTAISIAFRM*YVNCDLVLWKKKNEMKSGK AVSFLLIRSVMVSKQIINLSVFYWANGDNQAQV FPPMRYDD*RR*FCAGF*VNRQTWV*IQVLAPTC SVIMNTILNLSESHLKKFVKQDDRINFVRLLD* FEIMPMKYLAHCLVHSRSPGNGSHYYVKHFAKV LFNCNVKWYYCLKLRWQ*FAFLVIRSQNINTYYL KNLEER**FEIHLLKIKIRAGCGGLCL*SQYFG RPRRVDHKVRSSRPAWPIW*NPVSTKNTKKLAG RGGACL*S*LLGSLRQENCLNSGGEGCSKLRLCH CTPAWVTEQDSI

Frame 1

GASGPLRSPGQL*ARGGVAGARGPRRAGMGVSV DVHQVYKYPFEQVVASFLRKVSTL*EGLNEIMR MAASLG*HPA*TQ*LLS*VFDGCDPDSA*SILQS YWIVFEKVSRKTWPSASCLPSTPTPWIKMSSQ* KSWRKKEMNQQGSSTERGLQSVRTWFQKF*GR* AF*KYLISN*KRSHGSILGKETWPYGVTALRGHS MHP*RKSLSSGKVWKTQIGQSSFKEAGFQSQGL DFSTVF*KLLPAHSYDREPRRELESWRCC*RNS VVPP*LNKESSESCIHVYLFIYLFFF*ESLLGHS TSQTQFLEYRFEDTVLAASRREDLLART*NDTL LWEPASNSGTQGDKTFLLDFYDTISL*FYK*RK KEPCKICVPFLRVFCWLSDDGVRAAKDRIKAWRG CLCPYVISTVVPRIREGILEPIRELNWYLIHGW TGTNRNVPDLC*S*AVFITMFKILRNQEIFILS ISNM*LP*V*LLECNM*TVIWSSGKKKMK*RVGR QFLFC*FVL*W*ASKSLTSLFFIGQMGIIRHRS FRQCVMMIKEGNFVQGFKSTDRPGFESKCWHLL AQ*S*TQF*IFLNLI*KNL*NKMIELIL*DCWTD LRSCL*ST*HTA*YIVEVQEMEAIIM*NILQRY FLTVT*SGTTV*NLDGSSLHFS*SEAKI*IHTT *KILKRGNNLKFIFLR*KSGQGVVAYACNPSTLG GRGGWITRSGVRDQPGQYGETPSLLKIQKN*LG VVAHACNPSYLGV*GRRIA*TQEVKVAVS*DCA TAPQPG*QSKTPS

Frame 2

APPGLCGALGSSELAEAWPVRGARGARGWGSRW MCTRCTSTPSSRWSPAFSERFPRFEKD*MRSCA WQLL*DSTLREHSSCSVKSLMGVILIQLDQFCS HTGLCLKRCPEKPGHLPPVFPVPQPHG*KCHLSK NHGGKKR*INRGHLQKEDCNLSERGSRNFKEGE HFEST*YPIRRGVMAQSSGKKHGHTESLPYVDT VCIHEGRVCLPGKYGKPKLDRVHSKRQDFNHRGW ISQLCFRNFCQHILTTGSPEGN*NHGDAAKGTV WCPLS*IKNHQRAVSMSTYLFIYFFFENHFLAT AHHRHSFWNTGLRIQCWQLQEEKTFLPGHKMIPS SGSLLRIVGLREIRPSCWIFMTQSLYNFTNKGK KNHVRYVCPSSGCSAGCLMMVSGQLRTG*RPGE GACALMLSAPLFLGFVRGFWNQ*GS*TGT*FTGG LEQTGMYQTYVEAKPYL*QCLRFSEIRRFLSYP *VICNCHKYSF*NVICKL*FGPLEKKK*NEEWE GSFFSANSFCDGEQANH*PLCFLLGKWG*SGTGL SANAL**LKKVILCRVLSQQTDLGLNPSAGTYL LSDHEHNFKSF*ISFKKICETR**N*FCEIVGL I*DHAYEVPSTLPST**KSRKWKPLLCKTFCKGT F*L*RKVVLLFET*MAVVCISRDQKPKYKYILP KKS*REVII*NSSS*DKNQGRVWWLMPVIPVLW EAEAGGSQGQEFETSLANMVKPRLY*KYKKISWA WWRMPVILATWESEAGELLELRR*RLQ*AEIVP LHPSLGDRARLHH