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Sequences

Sequence NM_201516

GGCCACAGCAGCGCGAGGCGGGCACGGGGTATTGTCCGGCTCCGGCGGCGGCGGTCGGTGCTGCGAGAGCGGCGGCGGCGGCGCGGGTCGGCAGCGGGAG
GGCGCGCGGCCGAGCGGAGGCGGAGTCGGCGCCGAGAACATGGCTGGAGGCAAAGCTGGAAAGGACAGTGGGAAGGCCAAGGCTAAGGCAGTATCTCGCT
CACAGAGAGCTGGGCTACAGTTTCCTGTGGGCCGCATCCACAGACACTTGAAGACTCGCACCACAAGCCATGGAAGGGTGGGTGCCACTGCTGCCGTGTA
CAGTGCTGCGATTCTGGAGTACCTCACTGCAGAGGTGTGATCCCTCACATCCACAAATCTCTGATTGGAAAGAAGGGACAGCAGAAAACTGCTTAGAGGG
ATGCTTTAACCAACCCTCTTCCTCCCCGTCATTGTACTGTAACTGGGACAGAAGAAATAATGGGGATATGTGGAATTTTTAACAACAGTTAAATGGAAAA
GCATAGACAATTACTGTAGACATGATAAAAGAAACATTTGTATGTTCTTAGACTCGAAGTTTGATAAAAGTACCTTTTCATGTGGTGACAGTTGTGTGTT
GATTGGCTAGGTTTCTCCCGTGTGTTTTATACAAAAATGGAATTGATAAACCATTTTTTACAAAATTAATTTGTCTCAAAACTGTTCTGTTCATGATGTA
TTAGAAATATTTTACTCAGACTTTAAATATTTTAAATCTCAGATTGGTTATTCAGAGTAACCTTAGAACAGAAATTGGGAATATATCTTTACAATGATTG
ATACCATGGTATATTGACTCTTAGATGCTATTGATCTGTAGCACCATTTTTTACAAACGACTAAGGAAAAAACCTGCCAATTAAATCATGATATGCCATC
AATTATGAGACATCCCAATTTGAGAGATGTTAGATTATAGAAAAGTATGCATTTATGACTGAAATGGTAGTGGAATTATTTGAATTCTACACCAAGCACT
TACCATGTGCCAGGCCCTTTGCA
  • refseq_H2AFV.F3 (forward primer)
  • refseq_H2AFV.R3 (reverse primer)
  • Single exon skipping

Frame 0

GHSSARRARGIVRLRRRRSVLRERRRRRGSAAG
GRAAERRRSRRREHGWRQSWKGQWEGQG*GSISL
TESWATVSCGPHPQTLEDSHHKPWKGGCHCCRV
QCCDSGVPHCRGVIPHIHKSLIGKKGQQKTA*R
DALTNPLPPRHCTVTGTEEIMGICGIFNNS*MEK
HRQLL*T**KKHLYVLRLEV**KYLFMW*QLCV
DWLGFSRVFYTKMELINHFLQN*FVSKLFCS*C
IRNILLRL*IF*ISDWLFRVTLEQKLGIYLYND*
YHGILTLRCY*SVAPFFTND*GKNLPIKS*YAI
NYETSQFERC*IIEKYAFMTEMVVELFEFYTKH
LPCARPFA

Frame 1

ATAARGGHGVLSGSGGGGRCCESGGGGAGRQRE
GARPSGGGVGAENMAGGKAGKDSGKAKAKAVSR
SQRAGLQFPVGRIHRHLKTRTTSHGRVGATAAVY
SAAILEYLTAEV*SLTSTNL*LERRDSRKLLRG
ML*PTLFLPVIVL*LGQKK*WGYVEFLTTVKWK
SIDNYCRHDKRNICMFLDSKFDKSTFSCGDSCVL
IG*VSPVCFIQKWN**TIFYKINLSQNCSVHDV
LEIFYSDFKYFKSQIGYSE*P*NRNWEYIFTMI
DTMVY*LLDAIDL*HHFLQTTKEKTCQLNHDMPS
IMRHPNLRDVRL*KSMHL*LKW*WNYLNSTPST
YHVPGPL

Frame 2

PQQREAGTGYCPAPAAAVGAARAAAAARVGSGR
ARGRAEAESAPRTWLEAKLERTVGRPRLRQYLA
HRELGYSFLWAASTDT*RLAPQAMEGWVPLLPC
TVLRFWSTSLQRCDPSHPQISDWKEGTAENCLEG
CFNQPSSSPSLYCNWDRRNNGDMWNF*QQLNGK
A*TITVDMIKETFVCS*TRSLIKVPFHVVTVVC
*LARFLPCVLYKNGIDKPFFTKLICLKTVLFMMY
*KYFTQTLNILNLRLVIQSNLRTEIGNISLQ*L
IPWYIDS*MLLICSTIFYKRLRKKPAN*IMICH
QL*DIPI*EMLDYRKVCIYD*NGSGII*ILHQAL
TMCQALC

Sequence NM_012412

GGCCACAGCAGCGCGAGGCGGGCACGGGGTATTGTCCGGCTCCGGCGGCGGCGGTCGGTGCTGCGAGAGCGGCGGCGGCGGCGCGGGTCGGCAGCGGGAG
GGCGCGCGGCCGAGCGGAGGCGGAGTCGGCGCCGAGAACATGGCTGGAGGCAAAGCTGGAAAGGACAGTGGGAAGGCCAAGGCTAAGGCAGTATCTCGCT
CACAGAGAGCTGGGCTACAGTTTCCTGTGGGCCGCATCCACAGACACTTGAAGACTCGCACCACAAGCCATGGAAGGGTGGGTGCCACTGCTGCCGTGTA
CAGTGCTGCGATTCTGGAGTACCTCACTGCAGAGGTGCTGGAGCTGGCAGGTAATGCTTCTAAGGATCTCAAAGTAAAGCGTATCACTCCGCGTCACTTG
CAGCTTGCAATCCGTGGTGATGAAGAGTTGGATTCTCTTATCAAGGCTACCATAGCTGGGGGTGGTGTGATCCCTCACATCCACAAATCTCTGATTGGAA
AGAAGGGACAGCAGAAAACTGCTTAGAGGGATGCTTTAACCAACCCTCTTCCTCCCCGTCATTGTACTGTAACTGGGACAGAAGAAATAATGGGGATATG
TGGAATTTTTAACAACAGTTAAATGGAAAAGCATAGACAATTACTGTAGACATGATAAAAGAAACATTTGTATGTTCTTAGACTCGAAGTTTGATAAAAG
TACCTTTTCATGTGGTGACAGTTGTGTGTTGATTGGCTAGGTTTCTCCCGTGTGTTTTATACAAAAATGGAATTGATAAACCATTTTTTACAAAATTAAT
TTGTCTCAAAACTGTTCTGTTCATGATGTATTAGAAATATTTTACTCAGACTTTAAATATTTTAAATCTCAGATTGGTTATTCAGAGTAACCTTAGAACA
GAAATTGGGAATATATCTTTACAATGATTGATACCATGGTATATTGACTCTTAGATGCTATTGATCTGTAGCACCATTTTTTACAAACGACTAAGGAAAA
AACCTGCCAATTAAATCATGATATGCCATCAATTATGAGACATCCCAATTTGAGAGATGTTAGATTATAGAAAAGTATGCATTTATGACTGAAATGGTAG
TGGAATTATTTGAATTCTACACCAAGCACTTACCATGTGCCAGGCCCTTTGCA
  • refseq_H2AFV.F3 (forward primer)
  • refseq_H2AFV.R3 (reverse primer)
  • Single exon skipping

Frame 0

GHSSARRARGIVRLRRRRSVLRERRRRRGSAAG
GRAAERRRSRRREHGWRQSWKGQWEGQG*GSISL
TESWATVSCGPHPQTLEDSHHKPWKGGCHCCRV
QCCDSGVPHCRGAGAGR*CF*GSQSKAYHSASL
AACNPW**RVGFSYQGYHSWGWCDPSHPQISDWK
EGTAENCLEGCFNQPSSSPSLYCNWDRRNNGDM
WNF*QQLNGKA*TITVDMIKETFVCS*TRSLIK
VPFHVVTVVC*LARFLPCVLYKNGIDKPFFTKLI
CLKTVLFMMY*KYFTQTLNILNLRLVIQSNLRT
EIGNISLQ*LIPWYIDS*MLLICSTIFYKRLRK
KPAN*IMICHQL*DIPI*EMLDYRKVCIYD*NGS
GII*ILHQALTMCQALC

Frame 1

ATAARGGHGVLSGSGGGGRCCESGGGGAGRQRE
GARPSGGGVGAENMAGGKAGKDSGKAKAKAVSR
SQRAGLQFPVGRIHRHLKTRTTSHGRVGATAAVY
SAAILEYLTAEVLELAGNASKDLKVKRITPRHL
QLAIRGDEELDSLIKATIAGGGVIPHIHKSLIG
KKGQQKTA*RDALTNPLPPRHCTVTGTEEIMGIC
GIFNNS*MEKHRQLL*T**KKHLYVLRLEV**K
YLFMW*QLCVDWLGFSRVFYTKMELINHFLQN*
FVSKLFCS*CIRNILLRL*IF*ISDWLFRVTLEQ
KLGIYLYND*YHGILTLRCY*SVAPFFTND*GK
NLPIKS*YAINYETSQFERC*IIEKYAFMTEMV
VELFEFYTKHLPCARPFA

Frame 2

PQQREAGTGYCPAPAAAVGAARAAAAARVGSGR
ARGRAEAESAPRTWLEAKLERTVGRPRLRQYLA
HRELGYSFLWAASTDT*RLAPQAMEGWVPLLPC
TVLRFWSTSLQRCWSWQVMLLRISK*SVSLRVTC
SLQSVVMKSWILLSRLP*LGVV*SLTSTNL*LE
RRDSRKLLRGML*PTLFLPVIVL*LGQKK*WGY
VEFLTTVKWKSIDNYCRHDKRNICMFLDSKFDKS
TFSCGDSCVLIG*VSPVCFIQKWN**TIFYKIN
LSQNCSVHDVLEIFYSDFKYFKSQIGYSE*P*N
RNWEYIFTMIDTMVY*LLDAIDL*HHFLQTTKEK
TCQLNHDMPSIMRHPNLRDVRL*KSMHL*LKW*
WNYLNSTPSTYHVPGPL

Sequence NM_201436

GGCCACAGCAGCGCGAGGCGGGCACGGGGTATTGTCCGGCTCCGGCGGCGGCGGTCGGTGCTGCGAGAGCGGCGGCGGCGGCGCGGGTCGGCAGCGGGAG
GGCGCGCGGCCGAGCGGAGGCGGAGTCGGCGCCGAGAACATGTTTCCTGTGGGCCGCATCCACAGACACTTGAAGACTCGCACCACAAGCCATGGAAGGG
TGGGTGCCACTGCTGCCGTGTACAGTGCTGCGATTCTGGAGTACCTCACTGCAGAGGTGCTGGAGCTGGCAGGTAATGCTTCTAAGGATCTCAAAGTAAA
GCGTATCACTCCGCGTCACTTGCAGCTTGCAATCCGTGGTGATGAAGAGTTGGATTCTCTTATCAAGGCTACCATAGCTGGGGGTGGTGTGATCCCTCAC
ATCCACAAATCTCTGATTGGAAAGAAGGGACAGCAGAAAACTGCTTAGAGGGATGCTTTAACCAACCCTCTTCCTCCCCGTCATTGTACTGTAACTGGGA
CAGAAGAAATAATGGGGATATGTGGAATTTTTAACAACAGTTAAATGGAAAAGCATAGACAATTACTGTAGACATGATAAAAGAAACATTTGTATGTTCT
TAGACTCGAAGTTTGATAAAAGTACCTTTTCATGTGGTGACAGTTGTGTGTTGATTGGCTAGGTTTCTCCCGTGTGTTTTATACAAAAATGGAATTGATA
AACCATTTTTTACAAAATTAATTTGTCTCAAAACTGTTCTGTTCATGATGTATTAGAAATATTTTACTCAGACTTTAAATATTTTAAATCTCAGATTGGT
TATTCAGAGTAACCTTAGAACAGAAATTGGGAATATATCTTTACAATGATTGATACCATGGTATATTGACTCTTAGATGCTATTGATCTGTAGCACCATT
TTTTACAAACGACTAAGGAAAAAACCTGCCAATTAAATCATGATATGCCATCAATTATGAGACATCCCAATTTGAGAGATGTTAGATTATAGAAAAGTAT
GCATTTATGACTGAAATGGTAGTGGAATTATTTGAATTCTACACCAAGCACTTACCATGTGCCAGGCCCTTTGCA
  • refseq_H2AFV.F3 (forward primer)
  • refseq_H2AFV.R3 (reverse primer)
  • Single exon skipping

Frame 0

GHSSARRARGIVRLRRRRSVLRERRRRRGSAAG
GRAAERRRSRRREHVSCGPHPQTLEDSHHKPWKG
GCHCCRVQCCDSGVPHCRGAGAGR*CF*GSQSK
AYHSASLAACNPW**RVGFSYQGYHSWGWCDPS
HPQISDWKEGTAENCLEGCFNQPSSSPSLYCNWD
RRNNGDMWNF*QQLNGKA*TITVDMIKETFVCS
*TRSLIKVPFHVVTVVC*LARFLPCVLYKNGID
KPFFTKLICLKTVLFMMY*KYFTQTLNILNLRLV
IQSNLRTEIGNISLQ*LIPWYIDS*MLLICSTI
FYKRLRKKPAN*IMICHQL*DIPI*EMLDYRKV
CIYD*NGSGII*ILHQALTMCQALC

Frame 1

ATAARGGHGVLSGSGGGGRCCESGGGGAGRQRE
GARPSGGGVGAENMFPVGRIHRHLKTRTTSHGR
VGATAAVYSAAILEYLTAEVLELAGNASKDLKVK
RITPRHLQLAIRGDEELDSLIKATIAGGGVIPH
IHKSLIGKKGQQKTA*RDALTNPLPPRHCTVTG
TEEIMGICGIFNNS*MEKHRQLL*T**KKHLYVL
RLEV**KYLFMW*QLCVDWLGFSRVFYTKMELI
NHFLQN*FVSKLFCS*CIRNILLRL*IF*ISDW
LFRVTLEQKLGIYLYND*YHGILTLRCY*SVAPF
FTND*GKNLPIKS*YAINYETSQFERC*IIEKY
AFMTEMVVELFEFYTKHLPCARPFA

Frame 2

PQQREAGTGYCPAPAAAVGAARAAAAARVGSGR
ARGRAEAESAPRTCFLWAASTDT*RLAPQAMEG
WVPLLPCTVLRFWSTSLQRCWSWQVMLLRISK*
SVSLRVTCSLQSVVMKSWILLSRLP*LGVV*SLT
STNL*LERRDSRKLLRGML*PTLFLPVIVL*LG
QKK*WGYVEFLTTVKWKSIDNYCRHDKRNICMF
LDSKFDKSTFSCGDSCVLIG*VSPVCFIQKWN**
TIFYKINLSQNCSVHDVLEIFYSDFKYFKSQIG
YSE*P*NRNWEYIFTMIDTMVY*LLDAIDL*HH
FLQTTKEKTCQLNHDMPSIMRHPNLRDVRL*KSM
HL*LKW*WNYLNSTPSTYHVPGPL

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