SON cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	SON
Entrez Gene ID	107290700
Full Name	SON DNA binding protein
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015819607.1	XP_015675093.1	protein SON

Pathways from BioSystems
Gene Ontology

The following SON gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SON cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OPr23179	XM_015819607.1 Latest version!	Protobothrops mucrosquamatus SON DNA binding protein (SON), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

SON ( XM_015819607.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015675093.1 Protobothrops mucrosquamatus SON DNA binding protein (SON), mRNA.

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CloneID	OPr23179
Clone ID Related Accession (Same CDS sequence)	XM_015819607.1
Accession Version	XM_015819607.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8808bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	protein SON
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386225.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACTA ACATCGAGCA AATTTTTCGG TCTTTCGTCG TGACCAAGTT CCGGGAGATC 
CAGGAGCAGC AATTCGGCAG TGGAAAGCTA GGAAATCAGC ACAATGGTGA AATAAACACA 
TCTGGACAAG TAAACTCCTC AGATGATACA ATTCAATCTA TAGAAAGTCT TCAAAATGAT 
TCACTAGTGC AGAAGATAGA ACAAGTATTA TCAGAAGTGT TGGGTACTGA GCCACGGTAC 
AAATCAGGGG ATGGAGACGA TATCGAAAGG AATAATTCGC GCTCTATTAA AAGAGGCTTA 
TCTGAAGACG TGCAAGATGA AATTCCAAGG AAAAAGTCTA AGAAGGACAA GAAACACAAA 
GATAAAAAGA AAAAGAAAAA ACGAAAGAAG GAAAAAAAAG AAAAGAAATA TAAAAAACAT 
GCCAAAGAAA CAGATGTTCA GCAAAAAGAA TGTGAAGATA TGCAACTTAT TTCTCATTCA 
AATCTAGAAA ATTCAGGTTT TCTCTTAAAT GCAGAAAATG ATATGGATAC CCAGTCTGGG 
TCTACCTTGA AAGAAGTTTC TCCTTTGATT AATGAAAAAA CTGTATATGA AAATCTAAAT 
TCAGCCATGT TGAATAATAT GTTTAGTTCA GATACCAGCA AACTGGATAT ATCTGAAGAA 
GATTCTACTT TGATAAGTAT TCAGGAGGTC AGTGAAGTCA AGCTTACAAA TGAAAAAGAA 
TTGGAAGATG ACAGTTACCA TCCTAATGTA ACTGTAACTA TATGCCCAGA GGATAAATAT 
TTAAGTGATA CTGTTTGCAC AGTTGTAGAA GGAGTATCAG ATATAAAAGA AGTAGAGCAA 
CCTAAGTTAA TATTGGAGGC AACAGATCAA GAATACATCC CTGAAAGCAG TCCATTTTGT 
GTAAGAGGGG AGCCAGAACA TTTGGAAACC AGGCTGGAAT CTACTGCGAT GAAAGTAACC 
TGTATAAATT CAGTCACAGA GTCTGCGACT TCGAAAAATT TGAAAGAAAC AGTATCCACA 
TCCTTTGAAC CAACTGGCTA TAAATTAACA ACCCTCCCTT TGGAATCAAA TGCAGAAGCT 
AAAGATTCAG TAACAACTTT GGGATTTTTA GCTATGGTGG TAGGGAAAGA TTTTGAAGCA 
ACTTCAGAAT TTTTAAATAC TGCAAAAGTG AAAGCTTCAG AAAGAAGTCC GAAGCATTCC 
GGTAGAAAAG GTGATTCAGT TCACGATTCT GAGAAAACTA TCACAATGAA AGGTTTGCAC 
AAACCACAAC AGTTTGGAAC AGAAGGGAAA GATTTGGAAA CTGCTCCAGA AGCTGTCCAT 
GCAGCCCCTG AAAAAGATTC TGAACTAGCT GTGGTAGTTC AGCTGAAACC TCAGCAAGAA 
ATTTCAGAAT TTGATGTACA AAAATATAAT AGAGCAAGCC TTGGTACAGA GGTTCCGAAA 
GAGATGAAAG AATTGAGAGA AACCCCTACT CTCATGACAG GACTGAATGA ATCAGAAAAA 
AATACAGGAT ATCTTCCAAT CCAAAAAGAT GCAAAAGATT TGCAAAGAGC ACCACTATTA 
GAAAATATGA CTAGAGTAGA TTCAGAAGAA CATCTCTCAG TTGTAGTGTT GGAAACAACA 
AATTTAGAGG TTAATACTGA TTTTACAGAA ATTGACAAAA AATATTTAAA AGCAAAATCT 
GCTGGTGTAA TAGAATCAGA AAATTGGAAA CCTGCTCCAG AATCTTTTAA AGCAAAGAAT 
TTAGAGTGCG TCCAGGAATT TGAGAAGGCT GAACAGATTA ATTATTTGGA AACCGCATTA 
GAAACTGTAA TAGAAAATAG AGGAAACTCT GAAATCATCC AACATTCTCT GGCACTGTTT 
AATGTGAAAG TTCCTGAAAA TGCTTCACAA TTAAAAGAGG TGAATGTTGC AGAAACAATA 
ATACAAACAC AGGTTGGGAA AACACAGAAT TTGGAAAGTT CAAAATATGT AGCTCTAAGA 
AATAAGGAAA ACAAGAATGC AGAGAAATTG AAAAATATTC CGGAAACTTT GATGATTGTA 
AACAATTTAG AAAATTCCTC TTCACAGTGC ATAGAAGAAA TTAAAATAGT GAAGAAAACT 
TCACAGTCTG ATATGGAGGC ACAAAAAAAA GATTTCGAAA TTGGTCTTGA GCCTGAAGAG 
GAGAGAGAAG AGAGAGAAGT GGATGCTGGT TCAGGATCTC TGCAGATGAT ATTTGCAAAC 
TATTCAGAAC ATAGTCTAGA CCTTTATACA GAAACTAAAG GTATGACGGA GTTGAAAAAT 
ACAGAAGCAG TGTTGAAATC ATTGCATAAA TCGAATGCTG ACAATTTTGA ACCACCTTGT 
GCCAAGGAAA TCAAATACGT TAAAAGTACA GAATCTGGAG CAGTGACTGA AGCAAATGAT 
TTACAAGAAA ACTTAAAACC ATTGCACAAA CATGTAAAAA ATGTGGAAAC TGCATCAAAA 
TCAATTACAT TACCAACTGT GACATACACG GAAACAGAAG GTACTTCCAA TAGGAAACAA 
AGTGAAACCG AATCTCATTT TGTGCAAGAA ATAGAACAGA AATGTTTTGA CTCCACTATA 
AAGAAGAAAA GTAGTGCAGA TACAACGGAT TTGGGACTTA TATCAAGAAA TAAGGAAGTA 
ATTGAAACAA ACTCCAGTAA AATAGAAGAA ACTGAGTTGT TAGGTAAGAG TCAAGATCCA 
TTATTCGTTT CAAAATCATT GCATGAAATT GATATAATAA GTTCTGAAAA AAATAATCAA 
GAATTTAAAG GAATAGCAGC AGTACAAGAC TTAAAAGAAC CTGGAAAATC TTTGGCAGCT 
GCAATTGATC CTAGGGAATT TTTTAAATTG AAGAATTTAG TATTAGTTGA GTCAAAAGAT 
GATTTTCCAT TTGGCAGTAC TGTGAAACAA TTTGAATCAG TTTCAGAATC TCTTGAACAA 
AATCAAGAAC GATTAGAGCA CACAAAGACT CAAATTAGAA AAGAATGTTT AGATTCTGTG 
CCTGATTTAG GTGTTAAATG TGCAACAACA AGCCCAGAGA TTCTATATTC AGATGAATTT 
AATATTCAGG AGAACAAGAA ATTGGAAGAA AAAATAGAAA CAACAGGATT AATGGAAGCG 
CCAGAATCTC TACATTTGTC AGAGAGAGAT CTGATTGTTC CAACTTCTGA TTCTGGAACT 
AAAGTTTCAG AATATGGTCC AGAAACTCTG TACTTGACAA AAACAAATTC AAAGACCATC 
CCAAAATCTT ATGAAATTCA AGTGAAAGAT TCAAAAACAA CTTCAGAATC TAAAATGATA 
AATGTAAAAG ACTTGAACAT TGATTCAGAA CCTTTGCTTC AAGCAGGTGT AGAAATTAAA 
GAATATATTC CGGGATGTAA ATCAGTGATA TCAGAGAGTA TGATATTTAC AGCAGAAACT 
CCCCGAAAAA ATGAAATGCT TCCAGAATCA AAGAGTGTAA CAAAGTTGCA AAAATCAAAT 
ACAGTACTCA GAAGTGAAGG ATTGACATAT GAACATTTGA AAACACCTCC AGCATCTGTA 
TATGTAATAG ATACTGAAGA TTTAGAAATA CCTCCCAAGT CTAAAGAATT GGACGTAATA 
GAAAAGCAAG GTGTTCTAAC GTCTCTATTT GCATCAGTGG AATCTACAGA TGTATCAGAA 
GAAAGTTTTG AACATAATTA CAAAACAGAT GTAAAGAAGA TGGAAGCAAG TCAGAAGTCA 
ATTAATGTAG AGTCTATGGG TAAAGAAAAG ATGAATGATG AACCTGTCCA GCCATTTAAT 
GAAAATGATG CAAATGTATC AAAACCATAT ATGTCTTCAA ATCATGCTGT AAGGGCACAA 
ATTATAGAAG ATAGACTGTC AGTTGCCGAC AAAGAAAGTG TTTCTGGAAT AACTTCAGAA 
TCAGGTGCAG AATTAAAACG TTCTGGAGTT TCTGAAACTA TCACAGGTCA AGAGAGAGAG 
AAGCTTGATA CACCTCTGCC TGAATTTATG GTGGATTTGA AAGAAAGCCC TAATATTTTA 
GATGCACAAG AGATGAAGAA TTTAAAAGGT ATTCAGAGAG AAAAATATAC TAATTCTCTT 
TATGTATTAG AATCCAGGGA TGCAGCTGAT GCTTCACAGT CTGGGTCTAA AGTTGAAAGA 
CTATCAGAAA TAAAAGATCC AGTGGCTGCT GCAGTACAAT TAAAAAAACC AGAATTAACA 
TCTTCCGAAT CTGTTTCTAC ATTGGAAGTA ACTGACACAT CAAAAATCCC AGAGCTCAAA 
ACTACTCAAA CATATTTAGG AGTAACTGGT TTCAAATCTA CTGACACAAC TGCAGAGAGT 
TGTCCACTAG AAATCATTGA CACTGACACA CAAATACAAC CAGAAAACAT TTTGGGAGTA 
AAAATTTTTG AATCTGTTTC AGAAATCAAA TATGGGCTAG GAACACATCC GTTCAAAATT 
GCTTCAGAAT CTGAAAAAGT GACACAAGAC CAGCTTTCAA AAGCTATTTC AGACATATTA 
TCTTCAGGCA ATATAGAAAA CCTGGAACAA ATTTTGAAAT ATAGACGTAA CCAGGAAAGA 
AAAGATTTAG AGTCTTCCCA GTTTGACACC CCAGCGGCCA AAAATTTAAA AGGAAGTCTT 
ACATATAAAG AAATAATAGG TATTTCAGAG ACGACTACTC AGTTTGCAAA AGCAACAGAT 
ATAGGATCAA ATATATCAAC TATAGTTCCA GAAACAACTG AAAAATGTTC TGAAATATTT 
CTGGAAAGTA TAAATATGTC AGATATACAG GCTACAAATA CAAATGTAGA ACTAGACAAT 
TTAATAAAGA AGTCACCCGA CATTTCTACA GATACTAATA AATCAAATTC AGGATTTATG 
GATATAGTGG AATTGAAATG TAACAAGCCT GCAGAATCTG TACACATGAA ACAACTGGAA 
GATTCTGAAA CAGTTGCTAT ATGCAAGTCT GTCATTGAAA TAAAAAACAT CCAAGCTGAT 
GTACAAACAT CAGAAGAGAA ACAGCAAATG GATTTTCAGA AACTCTCAAA ATCAGTGTTA 
CCTTTAGACA TTCAGAATTT GGAAAGAAAC TCAAGTTTGC CACAACGAAA GATATTAGAA 
ACATCTCTAG AACCTGCTAA AGATTTTGTA TCAGTTTCTG AATGTTCAAG TACAAAGGAT 
ACGGAACAGA ATTTAAAAAG TGGATTTGTG GCAGAAGGAA AAGCTCAGGA ATCAACTGTA 
GAACATGTGA TAACGCGAGA TAAGAGTGCA GAAATACCAC AGTTCTCTTT GGAAATGAAA 
GATTCAGAAG CAACCTTAGA ATCTGTAGGT GTGGCAAACA GAAAAGACTT AGATGTACAG 
ACTTCTTCAA AGGAACAAAC AACTATAAAA CCTCTTTGTA TTGTAATAGA AGACAATGTG 
GAAGTTAATC AACTGGAAAC CATTGTGCTG GAAGATTCAG GAGAAGCTGT AAAGCGTGTG 
CACTTGGCAG AGAAAGAAGA TATCAAAATG GGAGAATGCA TTGAGGCAAA AAATTCAGAA 
ATAGCTGTTG AATCTGAGGT TATAGTAAAG GATAAAGACT TGGAAGTTTC TCTTCAGGAC 
TCTTCAAAAT ATCAAGATTC AAATGCTTCT CTGAATTCTT CAGACATAAT AAAGGAAAGT 
GAAGTGAGTA ATTTAAAAGA CAAAAAAAGT GAAAAAATAA GTAGTAAAAG TAAAGATAAA 
AGTAAAAGTG GAAAAAAAGC AAAAAAAAGC AGATCAAAAT CTCCTTCCAA GTCAAAGAAA 
CGTAAAAAGA AGTCTAGATC ACGTTCTACC TCTAGACAAG TATCTAGAAG AGGACGTTCT 
AGAAGCAAAA ATGATTCCAG TTCCAAGAAG CATTCTACTT CACGTCATAA GTCTAGATCC 
AAATCTGTTG ATAAAAAAGA AAAAGAATCT TCATTAAGAT CTAGACGAAG ACGTTCACGG 
ACCTCTGATC GTGTTAAATC TAGATCTAAA TCTCCTGATA GAAGAGAAAC TTCAATAAGA 
TCAAGACGTA GACGATCTAG ATCTTCTAAT CACAAGTCTA GATCGAGATC AGTTGAAAAA 
GAATCAGTTA GGAGAAGACG AAGGTTATCC AGGTCTTCTG ACAATCGCAG GTCTAGATCA 
AGATCAGTTG ATAGAAGAGA GATTTTGACA AGATCAAGGA GGAGGCGGTC CAGATCTTCT 
GACCATCATA AATCTAGATC ACGATCAAGT GACAAAAGAG AGACCTCTGT GAGAACAAGG 
CGAAGGCGAT CTCAGTCTTC TGATCGTTGC AGATCTAGAT CCAAATCTTT TGACAGAAGA 
GACTCTTCAG TAAGAACAAG GCGAAGGCGA TCTAGATCTT CTGATAACCT CAAATCTAGG 
TCAAGATCTC CTGATGACAA GAGAGAACCT TCAGTGAGAA GAAGGAGAAG ATCAAGGACC 
CCTGAAACCC GGAAATCTAG GTCTAGATCT GTTGACAGAC GGGAGATTTC AGGGAGAGGA 
AGGCGAAGGC GGTCAAGATC CTCTGATAAT CGTAAGTCAA GATCCAGATC AGTTGAGAAA 
AGAGAGAGTT CAGTGAGGAT AAGGCGAAGG CGATCCAGGT CTTCTGATAA CCGCAGATCA 
AAGTCCAAAT CGGCTGACAA AAGGGAGACT TCAGTGAGGA CGAAACGAAG GCGGTCTGTG 
TCCTCTGATC GCAAATCTAG ATCCAGATCT GTTGATAAAA AAGAGACTTC AGCTAGATCA 
AAAAGGAGAC GTTCTAGGTC TTCTGATAAT CACAAATCTA GATCCAAATC TGTTGAGCCC 
ATAGAAACAG CAGCAAAGTC AAAAAGAAGG CGATCTAAAT CTACTGATCA TAAGTCCAGA 
ACAAAATCAG TTGAAAAGGG GGAGTCGACT TTAAATTCTA GACATAGACG ATCTAAATCA 
TCAGATCGGC CAAAATCAAA ATCAAAATCT AGATCAAAGT CTTCTGAAAG AAGGAAAGAC 
AAAGATTCTG TAGATGAATC AAGAGGAAAA CGCTCTAAAT ACAGATCAAA GTCAAAGTCC 
CTTGAGAAAA CAGATGGAAC TGAGTCTTTG GAAGCAACTT TGAATAATCG AGAAAAATCA 
CCTGAGCAAC AGAAATCTAG GTCTAGGTCT AAATCTATAG ATAAAGCAGG AGAGAGAGAA 
CGCTCAAGAA GATCAAGAAG TAAAGGTTCC AAGTCTTCAG AATCGAGGTC TCGTAGACGT 
AGAACAGTAT CAAGGTCTAG AAGGAATCGT TCACAATCAT TAACACAGAA GAGAACAAGA 
TCTAAATCTG ATCATCGATC ACAGTCACGC TCTCGAACCC GTTCACAATC ATGTTCAAGA 
CGTTGGAGGA GGACTAGATC AAGATCGGTA TCAAGACAGC GATCTTTGTC AAGGAAAAGA 
CAAAGACGAT CTCGGAGAAA TCGATCAAGA TCAACTGACA GGAGAAGAAG AAGATCCGAT 
TCAAGAGACA GTTATAGAAT ATCTCTCAGG TTACGGTCCA GAAGCCGAAC ACCTGTCCGT 
CTGAGGGCTA CAGGAAGAAG AAGAAGTGCT AGTAAGTCAC CTGATCATCG ACGATCTAGA 
TCTTCAAGCA GATCACCAAA ACGTCTCACT GACTTGGATA AGGCACAATT ACTTGAAATA 
GCCAAGGCAA ATGCAGCAGC AATGTGTGCT AAGGCTGGTG TTCCACTCCC ACCAAGTCTG 
ATGCCAGCTA TAACTCCAGA AAAGAAGGAA GAGAAAGTTA CTCAAAAATC AGCAAAAGAA 
ACAATATTGG AACTGACTGA GAAATGCAAG AAGATTGCCC AAAGCCAGGA AGATGATGTC 
ATTCTGAATA AGCCTCATGT TTCTGATGAA GAAGAGGAGG AAAATCCTTT TATCAATCAT 
CCCTTTAAGC TGAATGAGCC CAAGCCTATT TTTTTCAATT TAAGTACTCC TACAATAAAA 
CCAACACCTC CAAAAAATCA GGTAACTCTG ACAAAAGAGT TTCCAGTTTC TTCAGGATCT 
CAACACAGGA AAAAGGAAGC AGATAGTGCA TATGGGGAAT GGGTTCCAGT TGAGAAGAAC 
AAGGATGAGA ACAAGGATGA TGTGTTTCCC AATCCAGCCA GTTTGGAGCC TGTGGACATC 
TCATCAGCAT TGAGTGAACG GACGATAGCC CAAAAGAGAC TTACGGAAAA TACATTTGAT 
CTGGAGGCAA TGTGCTTGTT AAATCGTGCA CAAGAACGGA TTGATGCCTG GGCTGAGCTG 
AATTCTATTC CAGGCCATTT TACGGGCACT ACTGGAGCAC AGGTCTTGAC TTCTGAACAG 
TTATCCAACA GCGGTCCCCA AGCCTGGGTT AAAAAGGATC AGTTTCTCAG AGCTGCCCCT 
GTTAGTGGAG GAATGGGAGC CCAACTCATG AGAAAGATGG GATGGAGAGA AGGAGAGGGC 
TTGGGAAAAA ACAGAGAAGG AAACAAGGAG CCTATTTTAG TTGATTTTAA AACGGATCGG 
AAAGGCTTAG TTGCTGTGGG AGAGAAAACA CAAAAGAGAC ATGGGCCTTT TAGTACAGGG 
AAAGATCTTT CAGGCAAACA TCCAGTATCA GCTTTGCTGG AAGTCTGTAA TAAAAGAAGA 
TGGTCTCCAC CTGTATTTGT ACTGGTGAAT GATAATCGTC CTGAATATCG CAAACATTTC 
CTGTTTAAGG TGATGGTCAA TGGAGTTGAA CATAAACCTA GTTTTGTCAG CCCAAACAAG 
AAGCATGCTA AAGCCACAGC AGCCACTGTA GCTCTCCAAG CATTGGGACT AGTACCAAAG 
GAGCTCTTGG CAAACACCAC TAACTTCAGG AGTGCCTCAC ATAACTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_015675093.1
CDS	246..9053
Translation	MATNIEQIFRSFVVTKFREIQEQQFGSGKLGNQHNGEINTSGQVNSSDDTIQSIESLQNDSLVQKIEQVLSEVLGTEPRYKSGDGDDIERNNSRSIKRGLSEDVQDEIPRKKSKKDKKHKDKKKKKKRKKEKKEKKYKKHAKETDVQQKECEDMQLISHSNLENSGFLLNAENDMDTQSGSTLKEVSPLINEKTVYENLNSAMLNNMFSSDTSKLDISEEDSTLISIQEVSEVKLTNEKELEDDSYHPNVTVTICPEDKYLSDTVCTVVEGVSDIKEVEQPKLILEATDQEYIPESSPFCVRGEPEHLETRLESTAMKVTCINSVTESATSKNLKETVSTSFEPTGYKLTTLPLESNAEAKDSVTTLGFLAMVVGKDFEATSEFLNTAKVKASERSPKHSGRKGDSVHDSEKTITMKGLHKPQQFGTEGKDLETAPEAVHAAPEKDSELAVVVQLKPQQEISEFDVQKYNRASLGTEVPKEMKELRETPTLMTGLNESEKNTGYLPIQKDAKDLQRAPLLENMTRVDSEEHLSVVVLETTNLEVNTDFTEIDKKYLKAKSAGVIESENWKPAPESFKAKNLECVQEFEKAEQINYLETALETVIENRGNSEIIQHSLALFNVKVPENASQLKEVNVAETIIQTQVGKTQNLESSKYVALRNKENKNAEKLKNIPETLMIVNNLENSSSQCIEEIKIVKKTSQSDMEAQKKDFEIGLEPEEEREEREVDAGSGSLQMIFANYSEHSLDLYTETKGMTELKNTEAVLKSLHKSNADNFEPPCAKEIKYVKSTESGAVTEANDLQENLKPLHKHVKNVETASKSITLPTVTYTETEGTSNRKQSETESHFVQEIEQKCFDSTIKKKSSADTTDLGLISRNKEVIETNSSKIEETELLGKSQDPLFVSKSLHEIDIISSEKNNQEFKGIAAVQDLKEPGKSLAAAIDPREFFKLKNLVLVESKDDFPFGSTVKQFESVSESLEQNQERLEHTKTQIRKECLDSVPDLGVKCATTSPEILYSDEFNIQENKKLEEKIETTGLMEAPESLHLSERDLIVPTSDSGTKVSEYGPETLYLTKTNSKTIPKSYEIQVKDSKTTSESKMINVKDLNIDSEPLLQAGVEIKEYIPGCKSVISESMIFTAETPRKNEMLPESKSVTKLQKSNTVLRSEGLTYEHLKTPPASVYVIDTEDLEIPPKSKELDVIEKQGVLTSLFASVESTDVSEESFEHNYKTDVKKMEASQKSINVESMGKEKMNDEPVQPFNENDANVSKPYMSSNHAVRAQIIEDRLSVADKESVSGITSESGAELKRSGVSETITGQEREKLDTPLPEFMVDLKESPNILDAQEMKNLKGIQREKYTNSLYVLESRDAADASQSGSKVERLSEIKDPVAAAVQLKKPELTSSESVSTLEVTDTSKIPELKTTQTYLGVTGFKSTDTTAESCPLEIIDTDTQIQPENILGVKIFESVSEIKYGLGTHPFKIASESEKVTQDQLSKAISDILSSGNIENLEQILKYRRNQERKDLESSQFDTPAAKNLKGSLTYKEIIGISETTTQFAKATDIGSNISTIVPETTEKCSEIFLESINMSDIQATNTNVELDNLIKKSPDISTDTNKSNSGFMDIVELKCNKPAESVHMKQLEDSETVAICKSVIEIKNIQADVQTSEEKQQMDFQKLSKSVLPLDIQNLERNSSLPQRKILETSLEPAKDFVSVSECSSTKDTEQNLKSGFVAEGKAQESTVEHVITRDKSAEIPQFSLEMKDSEATLESVGVANRKDLDVQTSSKEQTTIKPLCIVIEDNVEVNQLETIVLEDSGEAVKRVHLAEKEDIKMGECIEAKNSEIAVESEVIVKDKDLEVSLQDSSKYQDSNASLNSSDIIKESEVSNLKDKKSEKISSKSKDKSKSGKKAKKSRSKSPSKSKKRKKKSRSRSTSRQVSRRGRSRSKNDSSSKKHSTSRHKSRSKSVDKKEKESSLRSRRRRSRTSDRVKSRSKSPDRRETSIRSRRRRSRSSNHKSRSRSVEKESVRRRRRLSRSSDNRRSRSRSVDRREILTRSRRRRSRSSDHHKSRSRSSDKRETSVRTRRRRSQSSDRCRSRSKSFDRRDSSVRTRRRRSRSSDNLKSRSRSPDDKREPSVRRRRRSRTPETRKSRSRSVDRREISGRGRRRRSRSSDNRKSRSRSVEKRESSVRIRRRRSRSSDNRRSKSKSADKRETSVRTKRRRSVSSDRKSRSRSVDKKETSARSKRRRSRSSDNHKSRSKSVEPIETAAKSKRRRSKSTDHKSRTKSVEKGESTLNSRHRRSKSSDRPKSKSKSRSKSSERRKDKDSVDESRGKRSKYRSKSKSLEKTDGTESLEATLNNREKSPEQQKSRSRSKSIDKAGERERSRRSRSKGSKSSESRSRRRRTVSRSRRNRSQSLTQKRTRSKSDHRSQSRSRTRSQSCSRRWRRTRSRSVSRQRSLSRKRQRRSRRNRSRSTDRRRRRSDSRDSYRISLRLRSRSRTPVRLRATGRRRSASKSPDHRRSRSSSRSPKRLTDLDKAQLLEIAKANAAAMCAKAGVPLPPSLMPAITPEKKEEKVTQKSAKETILELTEKCKKIAQSQEDDVILNKPHVSDEEEEENPFINHPFKLNEPKPIFFNLSTPTIKPTPPKNQVTLTKEFPVSSGSQHRKKEADSAYGEWVPVEKNKDENKDDVFPNPASLEPVDISSALSERTIAQKRLTENTFDLEAMCLLNRAQERIDAWAELNSIPGHFTGTTGAQVLTSEQLSNSGPQAWVKKDQFLRAAPVSGGMGAQLMRKMGWREGEGLGKNREGNKEPILVDFKTDRKGLVAVGEKTQKRHGPFSTGKDLSGKHPVSALLEVCNKRRWSPPVFVLVNDNRPEYRKHFLFKVMVNGVEHKPSFVSPNKKHAKATAATVALQALGLVPKELLANTTNFRSASHN

Target ORF information:

RefSeq Version	XM_015819607.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus SON DNA binding protein (SON), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_015819607.1

ORF Insert Sequence:

ATGGCGACTA ACATCGAGCA AATTTTTCGG TCTTTCGTCG TGACCAAGTT CCGGGAGATC 
CAGGAGCAGC AATTCGGCAG TGGAAAGCTA GGAAATCAGC ACAATGGTGA AATAAACACA 
TCTGGACAAG TAAACTCCTC AGATGATACA ATTCAATCTA TAGAAAGTCT TCAAAATGAT 
TCACTAGTGC AGAAGATAGA ACAAGTATTA TCAGAAGTGT TGGGTACTGA GCCACGGTAC 
AAATCAGGGG ATGGAGACGA TATCGAAAGG AATAATTCGC GCTCTATTAA AAGAGGCTTA 
TCTGAAGACG TGCAAGATGA AATTCCAAGG AAAAAGTCTA AGAAGGACAA GAAACACAAA 
GATAAAAAGA AAAAGAAAAA ACGAAAGAAG GAAAAAAAAG AAAAGAAATA TAAAAAACAT 
GCCAAAGAAA CAGATGTTCA GCAAAAAGAA TGTGAAGATA TGCAACTTAT TTCTCATTCA 
AATCTAGAAA ATTCAGGTTT TCTCTTAAAT GCAGAAAATG ATATGGATAC CCAGTCTGGG 
TCTACCTTGA AAGAAGTTTC TCCTTTGATT AATGAAAAAA CTGTATATGA AAATCTAAAT 
TCAGCCATGT TGAATAATAT GTTTAGTTCA GATACCAGCA AACTGGATAT ATCTGAAGAA 
GATTCTACTT TGATAAGTAT TCAGGAGGTC AGTGAAGTCA AGCTTACAAA TGAAAAAGAA 
TTGGAAGATG ACAGTTACCA TCCTAATGTA ACTGTAACTA TATGCCCAGA GGATAAATAT 
TTAAGTGATA CTGTTTGCAC AGTTGTAGAA GGAGTATCAG ATATAAAAGA AGTAGAGCAA 
CCTAAGTTAA TATTGGAGGC AACAGATCAA GAATACATCC CTGAAAGCAG TCCATTTTGT 
GTAAGAGGGG AGCCAGAACA TTTGGAAACC AGGCTGGAAT CTACTGCGAT GAAAGTAACC 
TGTATAAATT CAGTCACAGA GTCTGCGACT TCGAAAAATT TGAAAGAAAC AGTATCCACA 
TCCTTTGAAC CAACTGGCTA TAAATTAACA ACCCTCCCTT TGGAATCAAA TGCAGAAGCT 
AAAGATTCAG TAACAACTTT GGGATTTTTA GCTATGGTGG TAGGGAAAGA TTTTGAAGCA 
ACTTCAGAAT TTTTAAATAC TGCAAAAGTG AAAGCTTCAG AAAGAAGTCC GAAGCATTCC 
GGTAGAAAAG GTGATTCAGT TCACGATTCT GAGAAAACTA TCACAATGAA AGGTTTGCAC 
AAACCACAAC AGTTTGGAAC AGAAGGGAAA GATTTGGAAA CTGCTCCAGA AGCTGTCCAT 
GCAGCCCCTG AAAAAGATTC TGAACTAGCT GTGGTAGTTC AGCTGAAACC TCAGCAAGAA 
ATTTCAGAAT TTGATGTACA AAAATATAAT AGAGCAAGCC TTGGTACAGA GGTTCCGAAA 
GAGATGAAAG AATTGAGAGA AACCCCTACT CTCATGACAG GACTGAATGA ATCAGAAAAA 
AATACAGGAT ATCTTCCAAT CCAAAAAGAT GCAAAAGATT TGCAAAGAGC ACCACTATTA 
GAAAATATGA CTAGAGTAGA TTCAGAAGAA CATCTCTCAG TTGTAGTGTT GGAAACAACA 
AATTTAGAGG TTAATACTGA TTTTACAGAA ATTGACAAAA AATATTTAAA AGCAAAATCT 
GCTGGTGTAA TAGAATCAGA AAATTGGAAA CCTGCTCCAG AATCTTTTAA AGCAAAGAAT 
TTAGAGTGCG TCCAGGAATT TGAGAAGGCT GAACAGATTA ATTATTTGGA AACCGCATTA 
GAAACTGTAA TAGAAAATAG AGGAAACTCT GAAATCATCC AACATTCTCT GGCACTGTTT 
AATGTGAAAG TTCCTGAAAA TGCTTCACAA TTAAAAGAGG TGAATGTTGC AGAAACAATA 
ATACAAACAC AGGTTGGGAA AACACAGAAT TTGGAAAGTT CAAAATATGT AGCTCTAAGA 
AATAAGGAAA ACAAGAATGC AGAGAAATTG AAAAATATTC CGGAAACTTT GATGATTGTA 
AACAATTTAG AAAATTCCTC TTCACAGTGC ATAGAAGAAA TTAAAATAGT GAAGAAAACT 
TCACAGTCTG ATATGGAGGC ACAAAAAAAA GATTTCGAAA TTGGTCTTGA GCCTGAAGAG 
GAGAGAGAAG AGAGAGAAGT GGATGCTGGT TCAGGATCTC TGCAGATGAT ATTTGCAAAC 
TATTCAGAAC ATAGTCTAGA CCTTTATACA GAAACTAAAG GTATGACGGA GTTGAAAAAT 
ACAGAAGCAG TGTTGAAATC ATTGCATAAA TCGAATGCTG ACAATTTTGA ACCACCTTGT 
GCCAAGGAAA TCAAATACGT TAAAAGTACA GAATCTGGAG CAGTGACTGA AGCAAATGAT 
TTACAAGAAA ACTTAAAACC ATTGCACAAA CATGTAAAAA ATGTGGAAAC TGCATCAAAA 
TCAATTACAT TACCAACTGT GACATACACG GAAACAGAAG GTACTTCCAA TAGGAAACAA 
AGTGAAACCG AATCTCATTT TGTGCAAGAA ATAGAACAGA AATGTTTTGA CTCCACTATA 
AAGAAGAAAA GTAGTGCAGA TACAACGGAT TTGGGACTTA TATCAAGAAA TAAGGAAGTA 
ATTGAAACAA ACTCCAGTAA AATAGAAGAA ACTGAGTTGT TAGGTAAGAG TCAAGATCCA 
TTATTCGTTT CAAAATCATT GCATGAAATT GATATAATAA GTTCTGAAAA AAATAATCAA 
GAATTTAAAG GAATAGCAGC AGTACAAGAC TTAAAAGAAC CTGGAAAATC TTTGGCAGCT 
GCAATTGATC CTAGGGAATT TTTTAAATTG AAGAATTTAG TATTAGTTGA GTCAAAAGAT 
GATTTTCCAT TTGGCAGTAC TGTGAAACAA TTTGAATCAG TTTCAGAATC TCTTGAACAA 
AATCAAGAAC GATTAGAGCA CACAAAGACT CAAATTAGAA AAGAATGTTT AGATTCTGTG 
CCTGATTTAG GTGTTAAATG TGCAACAACA AGCCCAGAGA TTCTATATTC AGATGAATTT 
AATATTCAGG AGAACAAGAA ATTGGAAGAA AAAATAGAAA CAACAGGATT AATGGAAGCG 
CCAGAATCTC TACATTTGTC AGAGAGAGAT CTGATTGTTC CAACTTCTGA TTCTGGAACT 
AAAGTTTCAG AATATGGTCC AGAAACTCTG TACTTGACAA AAACAAATTC AAAGACCATC 
CCAAAATCTT ATGAAATTCA AGTGAAAGAT TCAAAAACAA CTTCAGAATC TAAAATGATA 
AATGTAAAAG ACTTGAACAT TGATTCAGAA CCTTTGCTTC AAGCAGGTGT AGAAATTAAA 
GAATATATTC CGGGATGTAA ATCAGTGATA TCAGAGAGTA TGATATTTAC AGCAGAAACT 
CCCCGAAAAA ATGAAATGCT TCCAGAATCA AAGAGTGTAA CAAAGTTGCA AAAATCAAAT 
ACAGTACTCA GAAGTGAAGG ATTGACATAT GAACATTTGA AAACACCTCC AGCATCTGTA 
TATGTAATAG ATACTGAAGA TTTAGAAATA CCTCCCAAGT CTAAAGAATT GGACGTAATA 
GAAAAGCAAG GTGTTCTAAC GTCTCTATTT GCATCAGTGG AATCTACAGA TGTATCAGAA 
GAAAGTTTTG AACATAATTA CAAAACAGAT GTAAAGAAGA TGGAAGCAAG TCAGAAGTCA 
ATTAATGTAG AGTCTATGGG TAAAGAAAAG ATGAATGATG AACCTGTCCA GCCATTTAAT 
GAAAATGATG CAAATGTATC AAAACCATAT ATGTCTTCAA ATCATGCTGT AAGGGCACAA 
ATTATAGAAG ATAGACTGTC AGTTGCCGAC AAAGAAAGTG TTTCTGGAAT AACTTCAGAA 
TCAGGTGCAG AATTAAAACG TTCTGGAGTT TCTGAAACTA TCACAGGTCA AGAGAGAGAG 
AAGCTTGATA CACCTCTGCC TGAATTTATG GTGGATTTGA AAGAAAGCCC TAATATTTTA 
GATGCACAAG AGATGAAGAA TTTAAAAGGT ATTCAGAGAG AAAAATATAC TAATTCTCTT 
TATGTATTAG AATCCAGGGA TGCAGCTGAT GCTTCACAGT CTGGGTCTAA AGTTGAAAGA 
CTATCAGAAA TAAAAGATCC AGTGGCTGCT GCAGTACAAT TAAAAAAACC AGAATTAACA 
TCTTCCGAAT CTGTTTCTAC ATTGGAAGTA ACTGACACAT CAAAAATCCC AGAGCTCAAA 
ACTACTCAAA CATATTTAGG AGTAACTGGT TTCAAATCTA CTGACACAAC TGCAGAGAGT 
TGTCCACTAG AAATCATTGA CACTGACACA CAAATACAAC CAGAAAACAT TTTGGGAGTA 
AAAATTTTTG AATCTGTTTC AGAAATCAAA TATGGGCTAG GAACACATCC GTTCAAAATT 
GCTTCAGAAT CTGAAAAAGT GACACAAGAC CAGCTTTCAA AAGCTATTTC AGACATATTA 
TCTTCAGGCA ATATAGAAAA CCTGGAACAA ATTTTGAAAT ATAGACGTAA CCAGGAAAGA 
AAAGATTTAG AGTCTTCCCA GTTTGACACC CCAGCGGCCA AAAATTTAAA AGGAAGTCTT 
ACATATAAAG AAATAATAGG TATTTCAGAG ACGACTACTC AGTTTGCAAA AGCAACAGAT 
ATAGGATCAA ATATATCAAC TATAGTTCCA GAAACAACTG AAAAATGTTC TGAAATATTT 
CTGGAAAGTA TAAATATGTC AGATATACAG GCTACAAATA CAAATGTAGA ACTAGACAAT 
TTAATAAAGA AGTCACCCGA CATTTCTACA GATACTAATA AATCAAATTC AGGATTTATG 
GATATAGTGG AATTGAAATG TAACAAGCCT GCAGAATCTG TACACATGAA ACAACTGGAA 
GATTCTGAAA CAGTTGCTAT ATGCAAGTCT GTCATTGAAA TAAAAAACAT CCAAGCTGAT 
GTACAAACAT CAGAAGAGAA ACAGCAAATG GATTTTCAGA AACTCTCAAA ATCAGTGTTA 
CCTTTAGACA TTCAGAATTT GGAAAGAAAC TCAAGTTTGC CACAACGAAA GATATTAGAA 
ACATCTCTAG AACCTGCTAA AGATTTTGTA TCAGTTTCTG AATGTTCAAG TACAAAGGAT 
ACGGAACAGA ATTTAAAAAG TGGATTTGTG GCAGAAGGAA AAGCTCAGGA ATCAACTGTA 
GAACATGTGA TAACGCGAGA TAAGAGTGCA GAAATACCAC AGTTCTCTTT GGAAATGAAA 
GATTCAGAAG CAACCTTAGA ATCTGTAGGT GTGGCAAACA GAAAAGACTT AGATGTACAG 
ACTTCTTCAA AGGAACAAAC AACTATAAAA CCTCTTTGTA TTGTAATAGA AGACAATGTG 
GAAGTTAATC AACTGGAAAC CATTGTGCTG GAAGATTCAG GAGAAGCTGT AAAGCGTGTG 
CACTTGGCAG AGAAAGAAGA TATCAAAATG GGAGAATGCA TTGAGGCAAA AAATTCAGAA 
ATAGCTGTTG AATCTGAGGT TATAGTAAAG GATAAAGACT TGGAAGTTTC TCTTCAGGAC 
TCTTCAAAAT ATCAAGATTC AAATGCTTCT CTGAATTCTT CAGACATAAT AAAGGAAAGT 
GAAGTGAGTA ATTTAAAAGA CAAAAAAAGT GAAAAAATAA GTAGTAAAAG TAAAGATAAA 
AGTAAAAGTG GAAAAAAAGC AAAAAAAAGC AGATCAAAAT CTCCTTCCAA GTCAAAGAAA 
CGTAAAAAGA AGTCTAGATC ACGTTCTACC TCTAGACAAG TATCTAGAAG AGGACGTTCT 
AGAAGCAAAA ATGATTCCAG TTCCAAGAAG CATTCTACTT CACGTCATAA GTCTAGATCC 
AAATCTGTTG ATAAAAAAGA AAAAGAATCT TCATTAAGAT CTAGACGAAG ACGTTCACGG 
ACCTCTGATC GTGTTAAATC TAGATCTAAA TCTCCTGATA GAAGAGAAAC TTCAATAAGA 
TCAAGACGTA GACGATCTAG ATCTTCTAAT CACAAGTCTA GATCGAGATC AGTTGAAAAA 
GAATCAGTTA GGAGAAGACG AAGGTTATCC AGGTCTTCTG ACAATCGCAG GTCTAGATCA 
AGATCAGTTG ATAGAAGAGA GATTTTGACA AGATCAAGGA GGAGGCGGTC CAGATCTTCT 
GACCATCATA AATCTAGATC ACGATCAAGT GACAAAAGAG AGACCTCTGT GAGAACAAGG 
CGAAGGCGAT CTCAGTCTTC TGATCGTTGC AGATCTAGAT CCAAATCTTT TGACAGAAGA 
GACTCTTCAG TAAGAACAAG GCGAAGGCGA TCTAGATCTT CTGATAACCT CAAATCTAGG 
TCAAGATCTC CTGATGACAA GAGAGAACCT TCAGTGAGAA GAAGGAGAAG ATCAAGGACC 
CCTGAAACCC GGAAATCTAG GTCTAGATCT GTTGACAGAC GGGAGATTTC AGGGAGAGGA 
AGGCGAAGGC GGTCAAGATC CTCTGATAAT CGTAAGTCAA GATCCAGATC AGTTGAGAAA 
AGAGAGAGTT CAGTGAGGAT AAGGCGAAGG CGATCCAGGT CTTCTGATAA CCGCAGATCA 
AAGTCCAAAT CGGCTGACAA AAGGGAGACT TCAGTGAGGA CGAAACGAAG GCGGTCTGTG 
TCCTCTGATC GCAAATCTAG ATCCAGATCT GTTGATAAAA AAGAGACTTC AGCTAGATCA 
AAAAGGAGAC GTTCTAGGTC TTCTGATAAT CACAAATCTA GATCCAAATC TGTTGAGCCC 
ATAGAAACAG CAGCAAAGTC AAAAAGAAGG CGATCTAAAT CTACTGATCA TAAGTCCAGA 
ACAAAATCAG TTGAAAAGGG GGAGTCGACT TTAAATTCTA GACATAGACG ATCTAAATCA 
TCAGATCGGC CAAAATCAAA ATCAAAATCT AGATCAAAGT CTTCTGAAAG AAGGAAAGAC 
AAAGATTCTG TAGATGAATC AAGAGGAAAA CGCTCTAAAT ACAGATCAAA GTCAAAGTCC 
CTTGAGAAAA CAGATGGAAC TGAGTCTTTG GAAGCAACTT TGAATAATCG AGAAAAATCA 
CCTGAGCAAC AGAAATCTAG GTCTAGGTCT AAATCTATAG ATAAAGCAGG AGAGAGAGAA 
CGCTCAAGAA GATCAAGAAG TAAAGGTTCC AAGTCTTCAG AATCGAGGTC TCGTAGACGT 
AGAACAGTAT CAAGGTCTAG AAGGAATCGT TCACAATCAT TAACACAGAA GAGAACAAGA 
TCTAAATCTG ATCATCGATC ACAGTCACGC TCTCGAACCC GTTCACAATC ATGTTCAAGA 
CGTTGGAGGA GGACTAGATC AAGATCGGTA TCAAGACAGC GATCTTTGTC AAGGAAAAGA 
CAAAGACGAT CTCGGAGAAA TCGATCAAGA TCAACTGACA GGAGAAGAAG AAGATCCGAT 
TCAAGAGACA GTTATAGAAT ATCTCTCAGG TTACGGTCCA GAAGCCGAAC ACCTGTCCGT 
CTGAGGGCTA CAGGAAGAAG AAGAAGTGCT AGTAAGTCAC CTGATCATCG ACGATCTAGA 
TCTTCAAGCA GATCACCAAA ACGTCTCACT GACTTGGATA AGGCACAATT ACTTGAAATA 
GCCAAGGCAA ATGCAGCAGC AATGTGTGCT AAGGCTGGTG TTCCACTCCC ACCAAGTCTG 
ATGCCAGCTA TAACTCCAGA AAAGAAGGAA GAGAAAGTTA CTCAAAAATC AGCAAAAGAA 
ACAATATTGG AACTGACTGA GAAATGCAAG AAGATTGCCC AAAGCCAGGA AGATGATGTC 
ATTCTGAATA AGCCTCATGT TTCTGATGAA GAAGAGGAGG AAAATCCTTT TATCAATCAT 
CCCTTTAAGC TGAATGAGCC CAAGCCTATT TTTTTCAATT TAAGTACTCC TACAATAAAA 
CCAACACCTC CAAAAAATCA GGTAACTCTG ACAAAAGAGT TTCCAGTTTC TTCAGGATCT 
CAACACAGGA AAAAGGAAGC AGATAGTGCA TATGGGGAAT GGGTTCCAGT TGAGAAGAAC 
AAGGATGAGA ACAAGGATGA TGTGTTTCCC AATCCAGCCA GTTTGGAGCC TGTGGACATC 
TCATCAGCAT TGAGTGAACG GACGATAGCC CAAAAGAGAC TTACGGAAAA TACATTTGAT 
CTGGAGGCAA TGTGCTTGTT AAATCGTGCA CAAGAACGGA TTGATGCCTG GGCTGAGCTG 
AATTCTATTC CAGGCCATTT TACGGGCACT ACTGGAGCAC AGGTCTTGAC TTCTGAACAG 
TTATCCAACA GCGGTCCCCA AGCCTGGGTT AAAAAGGATC AGTTTCTCAG AGCTGCCCCT 
GTTAGTGGAG GAATGGGAGC CCAACTCATG AGAAAGATGG GATGGAGAGA AGGAGAGGGC 
TTGGGAAAAA ACAGAGAAGG AAACAAGGAG CCTATTTTAG TTGATTTTAA AACGGATCGG 
AAAGGCTTAG TTGCTGTGGG AGAGAAAACA CAAAAGAGAC ATGGGCCTTT TAGTACAGGG 
AAAGATCTTT CAGGCAAACA TCCAGTATCA GCTTTGCTGG AAGTCTGTAA TAAAAGAAGA 
TGGTCTCCAC CTGTATTTGT ACTGGTGAAT GATAATCGTC CTGAATATCG CAAACATTTC 
CTGTTTAAGG TGATGGTCAA TGGAGTTGAA CATAAACCTA GTTTTGTCAG CCCAAACAAG 
AAGCATGCTA AAGCCACAGC AGCCACTGTA GCTCTCCAAG CATTGGGACT AGTACCAAAG 
GAGCTCTTGG CAAACACCAC TAACTTCAGG AGTGCCTCAC ATAACTAA