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Sequences

Sequence NM_001009937

GCTGCTGCATTTTTTATCACCTATGAATATGTGAAGTGGTTTTTGCATGCTGATTCATCTTCATATTTGACACCTATGAAACATATGTTGGCTGCCTCTG CTGGAGAAGTGGTTGCCTGCCTGATTCGAGTTCCATCTGAAGTGGTTAAGCAGAGGGCACAGGTATCTGCTTCTACAAGAACATTTCAGATTTTCTCTAA CATCTTATATGAAGAGGGTATCCAAGGGTTGTATCGAGGCTATAAAAGCACAGTTTTAAGAGAGATTCCTTTTTCTTTGGTCCAGTTTCCCTTATGGGAG TCCTTAAAAGCCCTCTGGTCCTGGAGGCAGGATCATGTGGTGGATTCTTGGCAGTCAGCAGTCTGTGGAGCTTTTGCAGGTGGATTTGCCGCTGCAGTCA CCACCCCTCTAGACGTGGCAAAGACAAGAATTACGCTGGCAAAGGCTGGCTCCAGCACTGCTGATGGGAATGTGCTCTCTGTCCTGCATGGGGTCTGGCG GTCACAGGGGCTGGCAGGATTATTTGCAGGTGTCTTCCCTCGAATGGCAGCCATCAGTCTGGGAGGTTTCATCTTTCTGGGGGCTTATGACCGAACGCAC AGCTTGCTGTTGGAAGTTGGCAGAAAGAGTCCTTGAAGCAGAGACAAGCCTCACCTCCACTTCTGTCAAGAGAGGGGCCTGCAGTGCAAACCCTCTTCCG CTGAGCAGCTGTCTGAACTATAGGCCCCAGTGCTGAAGACCAGTTGTGCTAAGATACCGGCATGGAGATTGTGCCATCCGTGGTATAGGCTGGCTGGTAT GAAGTCATTGGCCTGTATGCCAGAGAGCTAAGAGAAGAAAACGGGGTCTGTGGCGGTACTCTGAACAATTTCCTCAGAACCTCTTAATAAATAAGTTTGG TAATGCTGAGGCCAGGCCTTTTAGAGCTTTCATTTGATCTGTATCTGATCTTTCATTTCCTGCCACCTGATGGTGGATTCAGCAGAAGGCAAGATGGTTA TAATTCTAAAAGAATAGCTTGTTTGTTTGTTTGGGAAAAGGAGACTTGGGGAAGAGTTGTGTATGTGGGTGTTTCTCCCCCTAGTTAATTCCTGTTGTGT AAGGGTAGGCTTTGTTGAAAAAGAAAGAAAGATTGAACTACAGGTGCATAGCAAGCACTCTTTCTGGGTAACTAGGCTGCTGGTTTTAATTACCCTCAGA TTTCACCCATAAAAACGCACAATTGTATTATTTTACAGAGATGTGTCCAGCGCCCCCTGTGGTGTGTGAGAGAAAGCAGCTGCAACTCAAGTGACTAGGT GGGCCCAGCTGGCTTCGTGCAGGAGGGCACGGTGGGTGAGCCATTCTCGCCATTCTCATGTCAGACTGAAAGGAGGGCCTGGGCCAGCTTTGAAAAGGCA GGATGAAATGGAAAGGTCACCACACTTAGGGATTTTAGACCTTGACTAACAAGCTCCAGGTGTAGAAAAATTCAAAACAAAATGTCAGGAATCTAGCAGT GTTGTCTGCCCTGGAGCAAACAAACAGTATGTGATTTTGCTTCGCCTATTTTTTTTTTCTTTTTTGGGGGAAGATAATTAAAGGCAGAATGACTGCGTTT GTAAAAGAAGGACCACCAACTATACTGACATTTATAAATGAACCTTTATTAAAGACACTTCAATGCCATTTGTTAGACACTTCAATATTTTACATGGTTT TCAATGTACACTGTACCAAAATTTCTATAAATAAATAACTTTGTACATAAAAGTAA

refseq_SLC25A26.F1 (forward primer)
refseq_SLC25A26.R1 (reverse primer)
Single exon skipping

Frame 0

AAAFFITYEYVKWFLHADSSSYLTPMKHMLAAS AGEVVACLIRVPSEVVKQRAQVSASTRTFQIFSN ILYEEGIQGLYRGYKSTVLREIPFSLVQFPLWE SLKALWSWRQDHVVDSWQSAVCGAFAGGFAAAV TTPLDVAKTRITLAKAGSSTADGNVLSVLHGVWR SQGLAGLFAGVFPRMAAISLGGFIFLGAYDRTH SLLLEVGRKSP*SRDKPHLHFCQERGLQCKPSS AEQLSEL*APVLKTSCAKIPAWRLCHPWYRLAGM KSLACMPES*EKKTGSVAVL*TISSEPLNK*VW *C*GQAF*SFHLICI*SFISCHLMVDSAEGKMV IILKE*LVCLFGKRRLGEELCMWVFLPLVNSCCV RVGFVEKERKIELQVHSKHSFWVTRLLVLITLR FHP*KRTIVLFYRDVSSAPCGV*EKAAATQVTR WAQLASCRRARWVSHSRHSHVRLKGGPGPALKRQ DEMERSPHLGILDLD*QAPGVEKFKTKCQESSS VVCPGANKQYVILLRLFFFSFLGEDN*RQNDCV CKRRTTNYTDIYK*TFIKDTSMPFVRHFNILHGF QCTLYQNFYK*ITLYIKV

Frame 1

LLHFLSPMNM*SGFCMLIHLHI*HL*NICWLPL LEKWLPA*FEFHLKWLSRGHRYLLLQEHFRFSL TSYMKRVSKGCIEAIKAQF*ERFLFLWSSFPYGS P*KPSGPGGRIMWWILGSQQSVELLQVDLPLQS PPL*TWQRQELRWQRLAPALLMGMCSLSCMGSG GHRGWQDYLQVSSLEWQPSVWEVSSFWGLMTERT ACCWKLAERVLEAETSLTSTSVKRGACSANPLP LSSCLNYRPQC*RPVVLRYRHGDCAIRGIGWLV *SHWPVCQRAKRRKRGLWRYSEQFPQNLLINKFG NAEARPFRAFI*SVSDLSFPAT*WWIQQKARWL *F*KNSLFVCLGKGDLGKSCVCGCFSP*LIPVV *G*ALLKKKERLNYRCIASTLSG*LGCWF*LPSD FTHKNAQLYYFTEMCPAPPVVCERKQLQLK*LG GPSWLRAGGHGG*AILAILMSD*KEGLGQL*KG RMKWKGHHT*GF*TLTNKLQV*KNSKQNVRNLAV LSALEQTNSM*FCFAYFFFLFWGKIIKGRMTAF VKEGPPTILTFINEPLLKTLQCHLLDTSIFYMV FNVHCTKISINK*LCT*K*

Frame 2

CCIFYHL*ICEVVFAC*FIFIFDTYETYVGCLC WRSGCLPDSSSI*SG*AEGTGICFYKNISDFL* HLI*RGYPRVVSRL*KHSFKRDSFFFGPVSLMG VLKSPLVLEAGSCGGFLAVSSLWSFCRWICRCSH HPSRRGKDKNYAGKGWLQHC*WECALCPAWGLA VTGAGRIICRCLPSNGSHQSGRFHLSGGL*PNA QLAVGSWQKESLKQRQASPPLLSREGPAVQTLFR *AAV*TIGPSAEDQLC*DTGMEIVPSVV*AGWY EVIGLYARELREENGVCGGTLNNFLRTS**ISL VMLRPGLLELSFDLYLIFHFLPPDGGFSRRQDGY NSKRIACLFVWEKETWGRVVYVGVSPPS*FLLC KGRLC*KRKKD*TTGA*QALFLGN*AAGFNYPQ ISPIKTHNCIILQRCVQRPLWCVRESSCNSSD*V GPAGFVQEGTVGEPFSPFSCQTERRAWASFEKA G*NGKVTTLRDFRP*LTSSRCRKIQNKMSGI*Q CCLPWSKQTVCDFASPIFFFFFGGR*LKAE*LRL *KKDHQLY*HL*MNLY*RHFNAIC*TLQYFTWF SMYTVPKFL*INNFVHKS

Sequence NM_173471

refseq_SLC25A26.F1 (forward primer)
refseq_SLC25A26.R1 (reverse primer)
Single exon skipping

Frame 0

Frame 1

Frame 2

Sequence NM_001009938

GCTGCTGCATTTTTTATCACCTATGAATATGTGAAGTGGTTTTTGCATGCTGATTCATCTTCATATTTGACACCTATGAAACATATGTTGGCTGCCTCTG CTGGAGAAGTGGTTGCCTGCCTGATTCGAGTTCCATCTGAAGTGGTTAAGCAGAGGGCACAGGTATCTGCTTCTACAAGAACATTTCAGATTTTCTCTAA CATCTTATATGAAGAGGGTATCCAAGGGTTGTATCGAGGCTATAAAAGCACAGTTTTAAGAGAGGAGGAGGATTAGAGTCAAAGGTGTGGGGAGGCTTGT GAGCTTCTGTGAGTTGTTGTGTGTGGCTTGTATACATGCTGTTATACTGATTCCTTTTTCTTTGGTCCAGTTTCCCTTATGGGAGTCCTTAAAAGCCCTC TGGTCCTGGAGGCAGGATCATGTGGTGGATTCTTGGCAGTCAGCAGTCTGTGGAGCTTTTGCAGGTGGATTTGCCGCTGCAGTCACCACCCCTCTAGACG TGGCAAAGACAAGAATTACGCTGGCAAAGGCTGGCTCCAGCACTGCTGATGGGAATGTGCTCTCTGTCCTGCATGGGGTCTGGCGGTCACAGGGGCTGGC AGGATTATTTGCAGGTGTCTTCCCTCGAATGGCAGCCATCAGTCTGGGAGGTTTCATCTTTCTGGGGGCTTATGACCGAACGCACAGCTTGCTGTTGGAA GTTGGCAGAAAGAGTCCTTGAAGCAGAGACAAGCCTCACCTCCACTTCTGTCAAGAGAGGGGCCTGCAGTGCAAACCCTCTTCCGCTGAGCAGCTGTCTG AACTATAGGCCCCAGTGCTGAAGACCAGTTGTGCTAAGATACCGGCATGGAGATTGTGCCATCCGTGGTATAGGCTGGCTGGTATGAAGTCATTGGCCTG TATGCCAGAGAGCTAAGAGAAGAAAACGGGGTCTGTGGCGGTACTCTGAACAATTTCCTCAGAACCTCTTAATAAATAAGTTTGGTAATGCTGAGGCCAG GCCTTTTAGAGCTTTCATTTGATCTGTATCTGATCTTTCATTTCCTGCCACCTGATGGTGGATTCAGCAGAAGGCAAGATGGTTATAATTCTAAAAGAAT AGCTTGTTTGTTTGTTTGGGAAAAGGAGACTTGGGGAAGAGTTGTGTATGTGGGTGTTTCTCCCCCTAGTTAATTCCTGTTGTGTAAGGGTAGGCTTTGT TGAAAAAGAAAGAAAGATTGAACTACAGGTGCATAGCAAGCACTCTTTCTGGGTAACTAGGCTGCTGGTTTTAATTACCCTCAGATTTCACCCATAAAAA CGCACAATTGTATTATTTTACAGAGATGTGTCCAGCGCCCCCTGTGGTGTGTGAGAGAAAGCAGCTGCAACTCAAGTGACTAGGTGGGCCCAGCTGGCTT CGTGCAGGAGGGCACGGTGGGTGAGCCATTCTCGCCATTCTCATGTCAGACTGAAAGGAGGGCCTGGGCCAGCTTTGAAAAGGCAGGATGAAATGGAAAG GTCACCACACTTAGGGATTTTAGACCTTGACTAACAAGCTCCAGGTGTAGAAAAATTCAAAACAAAATGTCAGGAATCTAGCAGTGTTGTCTGCCCTGGA GCAAACAAACAGTATGTGATTTTGCTTCGCCTATTTTTTTTTTCTTTTTTGGGGGAAGATAATTAAAGGCAGAATGACTGCGTTTGTAAAAGAAGGACCA CCAACTATACTGACATTTATAAATGAACCTTTATTAAAGACACTTCAATGCCATTTGTTAGACACTTCAATATTTTACATGGTTTTCAATGTACACTGTA CCAAAATTTCTATAAATAAATAACTTTGTACATAAAAGTAA

refseq_SLC25A26.F1 (forward primer)
refseq_SLC25A26.R1 (reverse primer)
Single exon skipping

Frame 0

AAAFFITYEYVKWFLHADSSSYLTPMKHMLAAS AGEVVACLIRVPSEVVKQRAQVSASTRTFQIFSN ILYEEGIQGLYRGYKSTVLREEED*SQRCGEAC ELL*VVVCGLYTCCYTDSFFFGPVSLMGVLKSP LVLEAGSCGGFLAVSSLWSFCRWICRCSHHPSRR GKDKNYAGKGWLQHC*WECALCPAWGLAVTGAG RIICRCLPSNGSHQSGRFHLSGGL*PNAQLAVG SWQKESLKQRQASPPLLSREGPAVQTLFR*AAV* TIGPSAEDQLC*DTGMEIVPSVV*AGWYEVIGL YARELREENGVCGGTLNNFLRTS**ISLVMLRP GLLELSFDLYLIFHFLPPDGGFSRRQDGYNSKRI ACLFVWEKETWGRVVYVGVSPPS*FLLCKGRLC *KRKKD*TTGA*QALFLGN*AAGFNYPQISPIK THNCIILQRCVQRPLWCVRESSCNSSD*VGPAGF VQEGTVGEPFSPFSCQTERRAWASFEKAG*NGK VTTLRDFRP*LTSSRCRKIQNKMSGI*QCCLPW SKQTVCDFASPIFFFFFGGR*LKAE*LRL*KKDH QLY*HL*MNLY*RHFNAIC*TLQYFTWFSMYTV PKFL*INNFVHKS

Frame 1

LLHFLSPMNM*SGFCMLIHLHI*HL*NICWLPL LEKWLPA*FEFHLKWLSRGHRYLLLQEHFRFSL TSYMKRVSKGCIEAIKAQF*ERRRIRVKGVGRLV SFCELLCVACIHAVILIPFSLVQFPLWESLKAL WSWRQDHVVDSWQSAVCGAFAGGFAAAVTTPLD VAKTRITLAKAGSSTADGNVLSVLHGVWRSQGLA GLFAGVFPRMAAISLGGFIFLGAYDRTHSLLLE VGRKSP*SRDKPHLHFCQERGLQCKPSSAEQLS EL*APVLKTSCAKIPAWRLCHPWYRLAGMKSLAC MPES*EKKTGSVAVL*TISSEPLNK*VW*C*GQ AF*SFHLICI*SFISCHLMVDSAEGKMVIILKE *LVCLFGKRRLGEELCMWVFLPLVNSCCVRVGFV EKERKIELQVHSKHSFWVTRLLVLITLRFHP*K RTIVLFYRDVSSAPCGV*EKAAATQVTRWAQLA SCRRARWVSHSRHSHVRLKGGPGPALKRQDEMER SPHLGILDLD*QAPGVEKFKTKCQESSSVVCPG ANKQYVILLRLFFFSFLGEDN*RQNDCVCKRRT TNYTDIYK*TFIKDTSMPFVRHFNILHGFQCTLY QNFYK*ITLYIKV

Frame 2

CCIFYHL*ICEVVFAC*FIFIFDTYETYVGCLC WRSGCLPDSSSI*SG*AEGTGICFYKNISDFL* HLI*RGYPRVVSRL*KHSFKRGGGLESKVWGGL *ASVSCCVWLVYMLLY*FLFLWSSFPYGSP*KPS GPGGRIMWWILGSQQSVELLQVDLPLQSPPL*T WQRQELRWQRLAPALLMGMCSLSCMGSGGHRGW QDYLQVSSLEWQPSVWEVSSFWGLMTERTACCWK LAERVLEAETSLTSTSVKRGACSANPLPLSSCL NYRPQC*RPVVLRYRHGDCAIRGIGWLV*SHWP VCQRAKRRKRGLWRYSEQFPQNLLINKFGNAEAR PFRAFI*SVSDLSFPAT*WWIQQKARWL*F*KN SLFVCLGKGDLGKSCVCGCFSP*LIPVV*G*AL LKKKERLNYRCIASTLSG*LGCWF*LPSDFTHKN AQLYYFTEMCPAPPVVCERKQLQLK*LGGPSWL RAGGHGG*AILAILMSD*KEGLGQL*KGRMKWK GHHT*GF*TLTNKLQV*KNSKQNVRNLAVLSALE QTNSM*FCFAYFFFLFWGKIIKGRMTAFVKEGP PTILTFINEPLLKTLQCHLLDTSIFYMVFNVHC TKISINK*LCT*K*