ASH1L cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	ASH1L
Entrez Gene ID	106494341
Full Name	ASH1 like histone lysine methyltransferase
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013954584.1	XP_013810038.1	histone-lysine N-methyltransferase ASH1L

Pathways from BioSystems
Gene Ontology

The following ASH1L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ASH1L 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
OAp23009	XM_013954584.1 Latest version!	Apteryx australis mantelli ash1 (absent, small, or homeotic)-like (Drosophila) (ASH1L), 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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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)

ASH1L ( XM_013954584.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013810038.1 Apteryx australis mantelli ash1 (absent, small, or homeotic)-like (Drosophila) (ASH1L), mRNA.

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CloneID	OAp23009
Clone ID Related Accession (Same CDS sequence)	XM_013954584.1
Accession Version	XM_013954584.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8925bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	histone-lysine N-methyltransferase ASH1L
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014003713.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACCCTC GGAATACTGC TATGTTAGGC TTGGGTTCTG ATTCTGAAGG GTTTTCTGGG 
AAAAGCCCCT CTGTAGTAAA CATTGGCACG TTGGTGGGAA AAGGAGAAGT AGAACTAGAA 
AGTTGCACCC AGGAAGAAGA AGACAGTAAG AAGAAGAATC GGGAGGGGAA CAGTACGGAG 
AATGGGAAGA ATGAGGCTCT AACTGATGCA CAGCAACAGT TTTCGGTGAA AGAAACAAAC 
TTTTCAGAGG GAAACTTGAA ACTGAAGATT GGTCTTCAAG CTAAGAGAAC GAAGAAGCCC 
CCTAAGAACC TTGAGAATTA TGTGTGCCGG CCTGCTATAA AAACCAGCAT CAAGCAACCA 
AGAAGGGCTC CAAAGAGTGG GAAGATGACA GATGAGAAGA ATGAACATTG TCCTTCAAAA 
CAAGACCCTT CAAAGTTTTA CAAGAAAGCG GGAGAAGTTG CAACAGTTGA ATTCCCTGTG 
GAAGAAGGTG TACAAGTAGA AACAAATCCT TTAACTAAGA AACTTTCTCC GCTGCAGTCT 
GAAATGACAG ATTATGTAAA GTCATCTCCT CCAACTCTTA TCAGTAGCCA TAATTCTGAT 
TTAAAGGATA GAACACAAAT TAATGGAGCA ACAACTGTAA CAGAAAAATT GGCTCAACTC 
ATTGCAACTT GCCCTCCTTC AAAGTCTTCC AAAACAAAGC AGAAGAAGCC AGGAAGTGGA 
ACTGCAGCTG GTTTGGTTAA AGACTCTGGA AAGAAGCTAT CAGGAACCAT AACTGCAAGT 
GGATTAGTTA ATAAAGATTT GGTAAAGAAA TTGCCAGGAT CAGTTATTGC CGTTGGATTA 
GTTAACAAGG ACTCAGGGAA GAAGCCATTG GGTATTGGTA GTGCAGCGGT ATTGGTTAAC 
AAAGACTCTG GAAAGAAGCC ACAAGGGATT GGCCCATTAA TTGGATTGGT TAACAAGGAC 
TCTGGAAAGA GGCCACCAGG GATCAGCACT CCAACAGGAT TAGTTAACAA GGACTCTGGA 
AAGAAACAGC CCTTGCTGGG CATTAATAGT CCTACAGGAC TGGTTAACAA GGATTCTGGG 
AGAAAGATGC CAGGGACTGG CAGTACAATA GTTCTGACTA ACAAAGACTC TGGAAGGAAG 
ACACCAGGGA CTGGCAGTCC AATGGGACCA GTTAACAAGG ACTCTGGGAG GAAGGTGCCA 
GGGATTAGCA GTCCAGTGGG ACTGGTTAAC AAGGACTCTG GGAAGAAGCC AACAGGAATC 
GGCACTCCAG TTGGTTTGGT TAACAAGGAC TCTGGAACTC TGAAAGCAGA CTCACTTATG 
CCTGCCTCAG AGCCCTTTAA GCTTCCTTGC AATTCAAACC TCGGTGGCCT TGAAAGCCAT 
GAGACTACAG ATTTACTGAA AGAAAATACT ACCAGCAAAA CATTTGAGAA GCATATTATA 
AGACAGAATA AAGAAAGTAT CTTGGAAAAA TTTTCAATTC GGAAAGAAAT TGCTGATGTA 
GGCAAAGAGA TATTTAAGGA GGGAACATGC ATTCCACAGG ATGGTTACTC AACCAATGAA 
AAAGGGATTT ATGAGACATC TAAGCATGAA AAGCAGCCTC CAGTGTATTG CACTTCACCA 
GACTTCAGGA CAGGAGGTGC TTCAGATGTA TCTACAGCAA AGTCCCCATT TAGTGCAGTT 
GGAGAGGGAA ATCTTCCATC ACCTTCACCC ACGGTGTCTG TTACCACTTT AAACAGGAGC 
CTCTCAACAA CATCTTCGCA GTTAGCATCA AATTCTCTGC ATTTAAGTTC CACAGTAGAT 
CTCTTAGAAG GTATTTCAGA TCAGATTGGC AAAACTCAGT TTTCTTCTGA CAGTACACTT 
CTGAATATAA ACAGAACATT GAACCATACT CTGAGCACTG ATTTTAAAGG TGCTGATAAA 
GATTTAAATG ATTCAAAAGC TACTCATGTA GAAACCTCAA GAAGTAGTCC CTGTATAGGA 
AAAAAAACCA TTTTGGCAGC TGAAACAGGC ATTCATGCTA CTGTCACCCC TTCAGTAGTT 
AGTTTTACAA GCTTGTTTAG TAGCAAGCAG TTCCTAAAGA TTGGTGCAAT AACTGCATCA 
GATAAATCCT GCCAAGGAAC TAAAAATTTG AGCACCAGTC AGCAGTCAAA ACCTTTAAAG 
AAAAGAAAAG GAAGGAAACC AAGATGGACT AAAGTGGTGT CAAGAAACAC ATGTCGACCT 
CCGAAGGGTC TAGAACTAGA AAGGTCAGAG CTTTTTAAAA ACATTTCATA CAGTGCACTA 
TCAAACAGCA ATTTGGAGCA GGCCAAATTC TTGAAAAACA TAGGATCATC TTCATTTGTG 
GAGCATGAGT TTGTCAAACA TCAGTTGCCA AAACTGAATG AGGCTAGTGG GCAGTCTCTT 
GCACTGTTAA CTGAGACTGA CAAGCAGACT CAAAAGTTCT ATGGTACTCA CAAACAACCC 
TCCAGTTTGT GTATGTCAGA TGATTTCTTA CCTGACATGT ATAAACCCAA AAGAGGAAGA 
CCTAAATCAA AGGAGATGCC AGAGCTTGAA GGTCCCCCCA AAAGAACTCT AAAAATCCCA 
GCATCAAAGG TCTTCTCAGT GCAGTCAAAG GAAGAGCAAG AACCCCCAGT TTTGCAGCCT 
GAGGTAGAAA TTCCCTCCCT AAAACAGAGC CTATCAGGAC AAACTTTTCC TAAAAAGAGA 
GGAAGACCTA AAAGACAGAT CAGGTCATCA ATTAAAATGA AGCCACCTAT TCTTTCTGTG 
GCACCTTTTG TTGCAACAGA TAATTCAAAC AAGATAGAAT CTGAAAGTGA TCAACATCGA 
AGTGGGGATT TTTTTGAGAG AAAGGATCAG CTACGAGGGC CAGAAGAGGT CCAAAAACCT 
AATATTTGTA GCATGACTGA TCTGGAAGTA GACTCAGACA GAAAAGTTGC CAAGAGAAAT 
AATGGACAAT TAATGAAAAC AATTATCCGA AAAATAAATA AAATGAAAAC TTTGAAGCGA 
AAGAAACTTC TGAATCAAAT TCTCTCTAGT ACAGTGGAAC CAAATAACAA AGGGAAAGTG 
CAATCTAAAC TCCACAATAC GGTGTCAACC CTTGCTGCCA CTTTTGGTTC AAAATTAGGC 
CAGCAGATAA ATGTCAGCAA GAAAGGAACC ATTTACATAG GAAAAAGGAG AGGAAGGAAG 
CCTAAAGCTG TCCTAAATGG TATTTTAACT AGTAGTTCAG CTGGTTTGAC TGTTCTTGAG 
AAGTCTGCTC AACAAACTAC TGGGACATCA CTAGGACAAG TACTTCCCCA TTTGCTGCCT 
TCAACAGCTG ATAATTCGGA GATTCTTCCC TCTCCAGTTT GCTCTCAGTC TTCTGCAGTG 
AGTGGGGGAC AGAGTCCTGT CAGCAGTGAT GCAGGATTTA TTGAGCCCAG CTCAGTGCCG 
TATTTACACA TACACTCCAG ACAAGGAAGT GTTGTTCAGA CGCTTGCAAT GAAAAAAGCT 
TCAAAAGGAA GGAGGAGATT ATCTCCACCT ACGTTGTTGC CAAACTCTCC TTCTCACTTG 
AGTGAGCTGA CGTCGCTGAA GGAAGCCACT CCTTCCCCTG TCAGCGAGTC TCACAGTGAT 
GAGACGATTC CCAGTGACAG TGGAATAGGA ACAGATAATA ACAGTACTTC AGATCGAGCA 
GAGAAGTTTT GTGGTCAAAA GAAGAAAAGA CATTCATTTG ATCATGTTTC CCTTATTCCA 
CCTGAAACTT CCACTGTTTT AAGTAATCTA AAAGAAAAGC ATAAACACAA ATGCAAGCGC 
CGAAGTCATG ATTACCTTAG TTACGACAAA ATGAAAAGAC AGAAGCGAAA AAGGAAAAAG 
AAGTATCCTC AGCTTCGAGG TAGGCAGGAC CCAGATTTCC TTGCTGAATT AGAAGAATTA 
ATAAGTCGAT TAAGTGAGAT TAGAATAACC CACAGAAGTC ACCATTTTAT ACCCAGAGAT 
TTACTGCCTA CCATTTTTAG GATAAATTTC AATAGTTTCT ACACTCATCC TACTTTTCCT 
TTAGATCCTT TGCACTACAT TAGAAAACCT GATTTAAAGA AAAAGAGAGG CAGGCCTCCA 
AAAATGCGGG AGGCTATGGC AGAAATGCCT TTTATGCACA GTCTCAGCTT TCCTCTTTCC 
GGTACTGGAT TCTATCCCTC TTATGGCATG CCTTATTCTC CTTCTCCCCT TGCAGCTGCT 
CCCATAGGCT TAGGTTATTA TGGAAGGTAC CCTCCAACTC TTTATCCTCC TCCGCCTTCT 
CCTTCTTTTA CTACCCCACT GCCACCACCT TCCTACATGC ATACAGGCCA TTTGCTTCTC 
AATCCCGCCA AATATCACAA GAAGAAGCAT AAACTTCTAC GTCAGGAGGC GTTCCTCACA 
ACGAGTAGGA CTCCGCTCTT GTCAATGAGC ACATACCCCA GCGTTCCACC TGAAATGGCT 
TACGGCTGGA TGCTGGAACA TAAGCATCGA CATCGCCATA AACACAGAGA ACATCGTTCT 
TCTGAACAAC CACAGGTTTC CATGGACACC ATAACAGCTA ATAGCTCTTC TAGAACAGTT 
CTGGAGTCCT TGAAGCGCTA CAGGTTTGGG AAGGAGGCTG TCGGTGAAAG ATACAAACAT 
AAAGAGAAAC ACCGATGCCA TATGTCTTGT CCACACCTGT CACCTTCAAA GGGTTTGCTA 
AGCAGAGATG AACAGTGGGT CAGGAGAGAG CCTTCGGAGT CAAATTCATT AGCACTGGGA 
TTGCAGACAC CATTACAGAT AGACTGTTCG GAAAACTCCC CGGGTCTGTC CCTGGGAGGA 
TTTACTCCCA GCTCTGAGCC AGCTAGCAGT GACGAACATA CAAATCTTTT CACAAGTGCA 
ATAGGCAGCT GCAGAGTCAC CAACTCTACC AGTACCAATG GACGTAAAAA ACTAACCGAC 
AGTCCTGGAC TCTTCAGTGC ACAGGATACT TCGCTAAATC GACCTCTCAG AAAGGAACCG 
TTGCCTTCCA TTGAAAAGGC ACTACAGCCG CTGCCAGGCG CTCTGCCGAC ACAGGATAAA 
CCTTCCCAAA GGCAGTCAGA GAGCACAAAT TGCAGCCCTT CCAGAAAGAG ATCAGCATCT 
GAGAGTACAT CTTCTACAGT GATTGGAGTG CCTACACGGG GAACAAGGCT GGCAACTGCT 
GTTGATGATT CAATGGATAG CTTACTGCAG CGCATGGCAC AACACGAAAG CCAGGCTACT 
TTGGACAAAA CCATAGAAGC AGTCATTGCA AATGTATCTG TTCCACCATC AGCTAGTCCT 
GCTCGAAACC ACAACAGGGA GAGAAGTCTG GGGAAACAGG ACAGTATCTT AGCTCCAGCA 
ATTCCAAGCA GCTCCTGCAG TGATACTATC TCCCTTCTTT CAGACAGATT ACCAAACAGC 
TATTCCCCAC ATCATCTCAA GAGAAGTGTG GTTGAAGCCA TGCAGCGACA AGCTAGGAAA 
ATGTGCAATT ATAACAAGAT CTTGGCAACG AAAAAAAATC TTGACCATGT CAATAAAATT 
CTGAAAGCCA AAAAGCTGCA AAGGCAGTCA CGGACAGGGA ATAACTTTGT GAAGCGCAGG 
CCAGGTAGGC CCCGGAAATA CCCAATGCAG GCTGTTGTTT CAATGCAAGC TTTCCAGGCA 
GCTCGACTGG TCAGTCAGGA GTTAGACAAA AGAGAAGAAA GCAGCAGTCC TTTACACCTT 
GGACCTGATA CCATCACAGA TGTAATTGAA GCTGTAGTGC AAAGTGTGAA CTTGAATACA 
GATCACCGAA AAGGATGGAA GAGAAAGAGG TGGCTTGCAG AGGAACAGGC CAGAAAAAGA 
CAAAAATCTC TACCAGAAGA TGAACAGGAG AGCAATAAGA GTTTTTCTGA GACAGCAGCT 
GAACCATCCA GTCCACATGA TGCCCTTGGG AAACCGAATG AATCTGAAAA CAGTGAACAT 
CCTTTGCCTT CTCTTGCCCA GCGTGAGAAA AAAGCTCCTC GGCCCCCAAA GAAGAAGTAC 
CAGAAGGCAG GGCTCTACTC TGATGTGTAC AAAACAACAG ATCCGAAGAG CCGCCTCATA 
CAATTAAAGA AAGAAAAGCT GGAGTACACT CCTGGAGAGC ATGAGCATGG TTTGTTTCCA 
GCCCCTATTC ATGTTGGAAA GTATCTGAGA CAAAAGAGGA TTGACTTCCA GCTGCCTTAT 
GACATCCTCT GGCAATGGAA ACACAATCAG TTGTATAAAA AGCCAGATGT CCCACTTTAT 
AAAAAAATCC GTTCTAATGT CTATGTGGAT GTCAAGCCTC TTTCTGGCTA TGAGGCCACT 
ACCTGCAATT GTAAAAAACC AGATGATGGC AATGGAAAGG GCTGTGTGGA GGACTGTCTT 
AACAGGATGA TCTTTGCGGA GTGTTCACCA AACACCTGCC CTTGTGGTGA ACAGTGTTGT 
AACCAACGGA TACAGAGGCA TGAATGGGTG CAGTGCCTAG AGAGGTTCCG GGCTGAGGAG 
AAAGGATGGG GTATTCGTAC CAAAGAACCC CTGAAAGCAG GACAGTTTAT CATTGAATAT 
CTGGGAGAAG TTGTTAGTGA GCAAGAATTC AGGAACCGGA TGATTGAACA GTACCATAAT 
CACAGTGATC ATTACTGCCT GAATTTAGAC AGTGGAATGG TGATAGATAG CTATCGTATG 
GGCAATGAAG CTCGTTTTAT CAACCACAGC TGTAATCCTA ACTGTGAGAT GCAGAAATGG 
TCTGTTAATG GTGTCTACCG GATTGGATTG TATGCACTGA AGGACATGCC CGCTGGTACT 
GAATTGACTT ATGACTACAA TTTTCACTCA TTTAATGTTG AAAAACAGCA ACTCTGCAAA 
TGTGGTTTTG ACAAATGCAG AGGAATAATT GGAGGTAAGA GTCAGCGAAT GAATGGACTT 
TCAAGCAAAA GCAACCAGCC TGTGACCACC CACAGAAGGC CTGGACGGTC AAAAGAGAAA 
AGGAAGTCAA AGCACAAACT AAAGAAGAGA AGGGGTCACA TGCCAGAGGA ACCCAATGAA 
AGTGTGAACG CGCCAACAAG GCTAACACCA CAGCTTCAGA TGAAGCCCAT GTCTAACAGA 
GAAAGGAATT TTGTGCTAAA ACACCATGTA TTTCTGGTAC GAAACTGGGA GAAGATTCGA 
CAAAAACAAG AGGAAGTGAA GCATGTCAGT GACAATATCC ATACAGCATC ATTATACAAC 
CGCTGGAATG GAATCTGTCG GGATGATGGC AACATCAAAT CTGACGTCTT CATGACCCAG 
TTCTCAGCTC TTCAGACCTC CCGCTCTGTG AGAACACGAC GCTTGGCTGC AGCTGAAGAG 
AATATTGAAG TGGCTCGTGC TGCCCGCCTA GCACAAATCT TCAAGGAAAT ATGTGATAGC 
ATTATATCAT ATAAAGATTC CTCCAGGCAG GCTCTTGCAG CTCCCCTCCT GAACCTACCC 
CCAAAGAAAA AAAATGCAGA CTATTATGAA AAGATCTCTG ATCCATTGGA CCTTGCCACA 
ATTGAGAAAC AGATCTTGAC TGGCTATTAT AAAACTGTGG AAGCTTTTGA TGGGGACATG 
CTGAAGGTCT TCCGGAATGC AGAGAAGTAT TATGGCAGAA AGTCTCCAAC TGGGCGTGAT 
GTATGCCGGC TACGAAAAGC ATATTATAAT GCTCGCCATG AGGCATCTGC CCAAATTGAT 
GAAATTGTGG GAGAAACAGC GAGTGAAGCT GACAGCAGTG AGACATCTGT CTGTGAAAAA 
GAAAATGGGC ATGAGAAGGA TGAGGATGTG ATCCGTTGCA TTTGTGGCCT TTACAAAGAT 
GAAGGACTCA TGATCCAGTG TGAAAAGTGC ATGGTCTGGC AGCACTGTGA CTGTATGGGT 
GTGAATTCCG ATGTTGAACA CTACTTGTGT GAGCAGTGTG AGCCTCGATC TGTGAACAGG 
GAGGTTCCTA TGATTCCTCG TCCCCATTAT GCCCAGCCTG GCTGTGTTTA TTATATATGT 
TTATTACGGG ATGATCTGCT GCTGCGCCAA GGTGACTGTG TTTACCTGAT GAGAGACAGC 
CGTAGAACTC CAGATGGACA CCCTGTCCGA CAGTCATATC GGCTGCTGTC CCACATCAAC 
AGGGAGAAAC TCGATATTTT CCGCATTGAA AAACTCTGGA AGAATGAAAA AGAGGAGCGG 
TTTGCATTTG GTCATCATTA TTTCCGTCCA CATGAAACAC ATCATTCCCC TTCTCGGAAG 
TTTTATCACA ATGAGCTCTT CCGGGTGCCG CTGTATGAAA TTATCCCCTT AGAGGCTGTG 
GTGGGAACAT GCTGTGTTCT GGACCTATAC ACCTACTGCA AAGGGAGGCC AAAAGGGGTG 
AAGGAGCAGG ACGTGTATAT TTGTGATTAC CGCCTTGATA AATCAGCTCA TCTCTTCTAC 
AAGATCCACC GGAATCGTTA TCCTGTCTGC ACCAAGCCCT ATGCCTTTGA CCACTTCCCC 
AAGAAACTCA CACCCAAGAG AGACTTTTCA CCTCATTACG TACCAGACAA CTACAAGAGA 
AACGGAGGCA GATCATCCTG GAAAACAGAT CGCTCAAAAC CACAGATCAA AGACTTAAAC 
CAAGAAGAAG ATTCTCTTCC ACTTATTGAG GATGTATTAG GAAACCAAGA GCAAACTTCA 
AGTGAGATGC CTAGCCTAGA AGAGCCAGAA AAAGAGGCAG TCTCTAGTGA GACCTGTGAA 
ACTGATAAAA AGGTGGAAGA GAGCAATTCT GTCACAAGGC AGCTGTGCAC TCCAGAGGAA 
AGGCGGCATA TTCAGAGAGA GAGACTTAAT CAAATCCTGC TAAACCTCTT AGAGAAAATC 
CCAGGGAAAA ATGCTATTGA TGTCACTTAC TTGCTGGAAG AAGGATCAGG AAGAAAACTG 
AGGAGGCGCA CTCTCACCAT CCCGGAGAGC AGCTTCAGGA AGTGA

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

RefSeq	XP_013810038.1
CDS	291..9215
Translation	MDPRNTAMLGLGSDSEGFSGKSPSVVNIGTLVGKGEVELESCTQEEEDSKKKNREGNSTENGKNEALTDAQQQFSVKETNFSEGNLKLKIGLQAKRTKKPPKNLENYVCRPAIKTSIKQPRRAPKSGKMTDEKNEHCPSKQDPSKFYKKAGEVATVEFPVEEGVQVETNPLTKKLSPLQSEMTDYVKSSPPTLISSHNSDLKDRTQINGATTVTEKLAQLIATCPPSKSSKTKQKKPGSGTAAGLVKDSGKKLSGTITASGLVNKDLVKKLPGSVIAVGLVNKDSGKKPLGIGSAAVLVNKDSGKKPQGIGPLIGLVNKDSGKRPPGISTPTGLVNKDSGKKQPLLGINSPTGLVNKDSGRKMPGTGSTIVLTNKDSGRKTPGTGSPMGPVNKDSGRKVPGISSPVGLVNKDSGKKPTGIGTPVGLVNKDSGTLKADSLMPASEPFKLPCNSNLGGLESHETTDLLKENTTSKTFEKHIIRQNKESILEKFSIRKEIADVGKEIFKEGTCIPQDGYSTNEKGIYETSKHEKQPPVYCTSPDFRTGGASDVSTAKSPFSAVGEGNLPSPSPTVSVTTLNRSLSTTSSQLASNSLHLSSTVDLLEGISDQIGKTQFSSDSTLLNINRTLNHTLSTDFKGADKDLNDSKATHVETSRSSPCIGKKTILAAETGIHATVTPSVVSFTSLFSSKQFLKIGAITASDKSCQGTKNLSTSQQSKPLKKRKGRKPRWTKVVSRNTCRPPKGLELERSELFKNISYSALSNSNLEQAKFLKNIGSSSFVEHEFVKHQLPKLNEASGQSLALLTETDKQTQKFYGTHKQPSSLCMSDDFLPDMYKPKRGRPKSKEMPELEGPPKRTLKIPASKVFSVQSKEEQEPPVLQPEVEIPSLKQSLSGQTFPKKRGRPKRQIRSSIKMKPPILSVAPFVATDNSNKIESESDQHRSGDFFERKDQLRGPEEVQKPNICSMTDLEVDSDRKVAKRNNGQLMKTIIRKINKMKTLKRKKLLNQILSSTVEPNNKGKVQSKLHNTVSTLAATFGSKLGQQINVSKKGTIYIGKRRGRKPKAVLNGILTSSSAGLTVLEKSAQQTTGTSLGQVLPHLLPSTADNSEILPSPVCSQSSAVSGGQSPVSSDAGFIEPSSVPYLHIHSRQGSVVQTLAMKKASKGRRRLSPPTLLPNSPSHLSELTSLKEATPSPVSESHSDETIPSDSGIGTDNNSTSDRAEKFCGQKKKRHSFDHVSLIPPETSTVLSNLKEKHKHKCKRRSHDYLSYDKMKRQKRKRKKKYPQLRGRQDPDFLAELEELISRLSEIRITHRSHHFIPRDLLPTIFRINFNSFYTHPTFPLDPLHYIRKPDLKKKRGRPPKMREAMAEMPFMHSLSFPLSGTGFYPSYGMPYSPSPLAAAPIGLGYYGRYPPTLYPPPPSPSFTTPLPPPSYMHTGHLLLNPAKYHKKKHKLLRQEAFLTTSRTPLLSMSTYPSVPPEMAYGWMLEHKHRHRHKHREHRSSEQPQVSMDTITANSSSRTVLESLKRYRFGKEAVGERYKHKEKHRCHMSCPHLSPSKGLLSRDEQWVRREPSESNSLALGLQTPLQIDCSENSPGLSLGGFTPSSEPASSDEHTNLFTSAIGSCRVTNSTSTNGRKKLTDSPGLFSAQDTSLNRPLRKEPLPSIEKALQPLPGALPTQDKPSQRQSESTNCSPSRKRSASESTSSTVIGVPTRGTRLATAVDDSMDSLLQRMAQHESQATLDKTIEAVIANVSVPPSASPARNHNRERSLGKQDSILAPAIPSSSCSDTISLLSDRLPNSYSPHHLKRSVVEAMQRQARKMCNYNKILATKKNLDHVNKILKAKKLQRQSRTGNNFVKRRPGRPRKYPMQAVVSMQAFQAARLVSQELDKREESSSPLHLGPDTITDVIEAVVQSVNLNTDHRKGWKRKRWLAEEQARKRQKSLPEDEQESNKSFSETAAEPSSPHDALGKPNESENSEHPLPSLAQREKKAPRPPKKKYQKAGLYSDVYKTTDPKSRLIQLKKEKLEYTPGEHEHGLFPAPIHVGKYLRQKRIDFQLPYDILWQWKHNQLYKKPDVPLYKKIRSNVYVDVKPLSGYEATTCNCKKPDDGNGKGCVEDCLNRMIFAECSPNTCPCGEQCCNQRIQRHEWVQCLERFRAEEKGWGIRTKEPLKAGQFIIEYLGEVVSEQEFRNRMIEQYHNHSDHYCLNLDSGMVIDSYRMGNEARFINHSCNPNCEMQKWSVNGVYRIGLYALKDMPAGTELTYDYNFHSFNVEKQQLCKCGFDKCRGIIGGKSQRMNGLSSKSNQPVTTHRRPGRSKEKRKSKHKLKKRRGHMPEEPNESVNAPTRLTPQLQMKPMSNRERNFVLKHHVFLVRNWEKIRQKQEEVKHVSDNIHTASLYNRWNGICRDDGNIKSDVFMTQFSALQTSRSVRTRRLAAAEENIEVARAARLAQIFKEICDSIISYKDSSRQALAAPLLNLPPKKKNADYYEKISDPLDLATIEKQILTGYYKTVEAFDGDMLKVFRNAEKYYGRKSPTGRDVCRLRKAYYNARHEASAQIDEIVGETASEADSSETSVCEKENGHEKDEDVIRCICGLYKDEGLMIQCEKCMVWQHCDCMGVNSDVEHYLCEQCEPRSVNREVPMIPRPHYAQPGCVYYICLLRDDLLLRQGDCVYLMRDSRRTPDGHPVRQSYRLLSHINREKLDIFRIEKLWKNEKEERFAFGHHYFRPHETHHSPSRKFYHNELFRVPLYEIIPLEAVVGTCCVLDLYTYCKGRPKGVKEQDVYICDYRLDKSAHLFYKIHRNRYPVCTKPYAFDHFPKKLTPKRDFSPHYVPDNYKRNGGRSSWKTDRSKPQIKDLNQEEDSLPLIEDVLGNQEQTSSEMPSLEEPEKEAVSSETCETDKKVEESNSVTRQLCTPEERRHIQRERLNQILLNLLEKIPGKNAIDVTYLLEEGSGRKLRRRTLTIPESSFRK

Target ORF information:

RefSeq Version	XM_013954584.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli ash1 (absent, small, or homeotic)-like (Drosophila) (ASH1L), mRNA.

Target ORF information:

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

XM_013954584.1

ORF Insert Sequence:

ATGGACCCTC GGAATACTGC TATGTTAGGC TTGGGTTCTG ATTCTGAAGG GTTTTCTGGG 
AAAAGCCCCT CTGTAGTAAA CATTGGCACG TTGGTGGGAA AAGGAGAAGT AGAACTAGAA 
AGTTGCACCC AGGAAGAAGA AGACAGTAAG AAGAAGAATC GGGAGGGGAA CAGTACGGAG 
AATGGGAAGA ATGAGGCTCT AACTGATGCA CAGCAACAGT TTTCGGTGAA AGAAACAAAC 
TTTTCAGAGG GAAACTTGAA ACTGAAGATT GGTCTTCAAG CTAAGAGAAC GAAGAAGCCC 
CCTAAGAACC TTGAGAATTA TGTGTGCCGG CCTGCTATAA AAACCAGCAT CAAGCAACCA 
AGAAGGGCTC CAAAGAGTGG GAAGATGACA GATGAGAAGA ATGAACATTG TCCTTCAAAA 
CAAGACCCTT CAAAGTTTTA CAAGAAAGCG GGAGAAGTTG CAACAGTTGA ATTCCCTGTG 
GAAGAAGGTG TACAAGTAGA AACAAATCCT TTAACTAAGA AACTTTCTCC GCTGCAGTCT 
GAAATGACAG ATTATGTAAA GTCATCTCCT CCAACTCTTA TCAGTAGCCA TAATTCTGAT 
TTAAAGGATA GAACACAAAT TAATGGAGCA ACAACTGTAA CAGAAAAATT GGCTCAACTC 
ATTGCAACTT GCCCTCCTTC AAAGTCTTCC AAAACAAAGC AGAAGAAGCC AGGAAGTGGA 
ACTGCAGCTG GTTTGGTTAA AGACTCTGGA AAGAAGCTAT CAGGAACCAT AACTGCAAGT 
GGATTAGTTA ATAAAGATTT GGTAAAGAAA TTGCCAGGAT CAGTTATTGC CGTTGGATTA 
GTTAACAAGG ACTCAGGGAA GAAGCCATTG GGTATTGGTA GTGCAGCGGT ATTGGTTAAC 
AAAGACTCTG GAAAGAAGCC ACAAGGGATT GGCCCATTAA TTGGATTGGT TAACAAGGAC 
TCTGGAAAGA GGCCACCAGG GATCAGCACT CCAACAGGAT TAGTTAACAA GGACTCTGGA 
AAGAAACAGC CCTTGCTGGG CATTAATAGT CCTACAGGAC TGGTTAACAA GGATTCTGGG 
AGAAAGATGC CAGGGACTGG CAGTACAATA GTTCTGACTA ACAAAGACTC TGGAAGGAAG 
ACACCAGGGA CTGGCAGTCC AATGGGACCA GTTAACAAGG ACTCTGGGAG GAAGGTGCCA 
GGGATTAGCA GTCCAGTGGG ACTGGTTAAC AAGGACTCTG GGAAGAAGCC AACAGGAATC 
GGCACTCCAG TTGGTTTGGT TAACAAGGAC TCTGGAACTC TGAAAGCAGA CTCACTTATG 
CCTGCCTCAG AGCCCTTTAA GCTTCCTTGC AATTCAAACC TCGGTGGCCT TGAAAGCCAT 
GAGACTACAG ATTTACTGAA AGAAAATACT ACCAGCAAAA CATTTGAGAA GCATATTATA 
AGACAGAATA AAGAAAGTAT CTTGGAAAAA TTTTCAATTC GGAAAGAAAT TGCTGATGTA 
GGCAAAGAGA TATTTAAGGA GGGAACATGC ATTCCACAGG ATGGTTACTC AACCAATGAA 
AAAGGGATTT ATGAGACATC TAAGCATGAA AAGCAGCCTC CAGTGTATTG CACTTCACCA 
GACTTCAGGA CAGGAGGTGC TTCAGATGTA TCTACAGCAA AGTCCCCATT TAGTGCAGTT 
GGAGAGGGAA ATCTTCCATC ACCTTCACCC ACGGTGTCTG TTACCACTTT AAACAGGAGC 
CTCTCAACAA CATCTTCGCA GTTAGCATCA AATTCTCTGC ATTTAAGTTC CACAGTAGAT 
CTCTTAGAAG GTATTTCAGA TCAGATTGGC AAAACTCAGT TTTCTTCTGA CAGTACACTT 
CTGAATATAA ACAGAACATT GAACCATACT CTGAGCACTG ATTTTAAAGG TGCTGATAAA 
GATTTAAATG ATTCAAAAGC TACTCATGTA GAAACCTCAA GAAGTAGTCC CTGTATAGGA 
AAAAAAACCA TTTTGGCAGC TGAAACAGGC ATTCATGCTA CTGTCACCCC TTCAGTAGTT 
AGTTTTACAA GCTTGTTTAG TAGCAAGCAG TTCCTAAAGA TTGGTGCAAT AACTGCATCA 
GATAAATCCT GCCAAGGAAC TAAAAATTTG AGCACCAGTC AGCAGTCAAA ACCTTTAAAG 
AAAAGAAAAG GAAGGAAACC AAGATGGACT AAAGTGGTGT CAAGAAACAC ATGTCGACCT 
CCGAAGGGTC TAGAACTAGA AAGGTCAGAG CTTTTTAAAA ACATTTCATA CAGTGCACTA 
TCAAACAGCA ATTTGGAGCA GGCCAAATTC TTGAAAAACA TAGGATCATC TTCATTTGTG 
GAGCATGAGT TTGTCAAACA TCAGTTGCCA AAACTGAATG AGGCTAGTGG GCAGTCTCTT 
GCACTGTTAA CTGAGACTGA CAAGCAGACT CAAAAGTTCT ATGGTACTCA CAAACAACCC 
TCCAGTTTGT GTATGTCAGA TGATTTCTTA CCTGACATGT ATAAACCCAA AAGAGGAAGA 
CCTAAATCAA AGGAGATGCC AGAGCTTGAA GGTCCCCCCA AAAGAACTCT AAAAATCCCA 
GCATCAAAGG TCTTCTCAGT GCAGTCAAAG GAAGAGCAAG AACCCCCAGT TTTGCAGCCT 
GAGGTAGAAA TTCCCTCCCT AAAACAGAGC CTATCAGGAC AAACTTTTCC TAAAAAGAGA 
GGAAGACCTA AAAGACAGAT CAGGTCATCA ATTAAAATGA AGCCACCTAT TCTTTCTGTG 
GCACCTTTTG TTGCAACAGA TAATTCAAAC AAGATAGAAT CTGAAAGTGA TCAACATCGA 
AGTGGGGATT TTTTTGAGAG AAAGGATCAG CTACGAGGGC CAGAAGAGGT CCAAAAACCT 
AATATTTGTA GCATGACTGA TCTGGAAGTA GACTCAGACA GAAAAGTTGC CAAGAGAAAT 
AATGGACAAT TAATGAAAAC AATTATCCGA AAAATAAATA AAATGAAAAC TTTGAAGCGA 
AAGAAACTTC TGAATCAAAT TCTCTCTAGT ACAGTGGAAC CAAATAACAA AGGGAAAGTG 
CAATCTAAAC TCCACAATAC GGTGTCAACC CTTGCTGCCA CTTTTGGTTC AAAATTAGGC 
CAGCAGATAA ATGTCAGCAA GAAAGGAACC ATTTACATAG GAAAAAGGAG AGGAAGGAAG 
CCTAAAGCTG TCCTAAATGG TATTTTAACT AGTAGTTCAG CTGGTTTGAC TGTTCTTGAG 
AAGTCTGCTC AACAAACTAC TGGGACATCA CTAGGACAAG TACTTCCCCA TTTGCTGCCT 
TCAACAGCTG ATAATTCGGA GATTCTTCCC TCTCCAGTTT GCTCTCAGTC TTCTGCAGTG 
AGTGGGGGAC AGAGTCCTGT CAGCAGTGAT GCAGGATTTA TTGAGCCCAG CTCAGTGCCG 
TATTTACACA TACACTCCAG ACAAGGAAGT GTTGTTCAGA CGCTTGCAAT GAAAAAAGCT 
TCAAAAGGAA GGAGGAGATT ATCTCCACCT ACGTTGTTGC CAAACTCTCC TTCTCACTTG 
AGTGAGCTGA CGTCGCTGAA GGAAGCCACT CCTTCCCCTG TCAGCGAGTC TCACAGTGAT 
GAGACGATTC CCAGTGACAG TGGAATAGGA ACAGATAATA ACAGTACTTC AGATCGAGCA 
GAGAAGTTTT GTGGTCAAAA GAAGAAAAGA CATTCATTTG ATCATGTTTC CCTTATTCCA 
CCTGAAACTT CCACTGTTTT AAGTAATCTA AAAGAAAAGC ATAAACACAA ATGCAAGCGC 
CGAAGTCATG ATTACCTTAG TTACGACAAA ATGAAAAGAC AGAAGCGAAA AAGGAAAAAG 
AAGTATCCTC AGCTTCGAGG TAGGCAGGAC CCAGATTTCC TTGCTGAATT AGAAGAATTA 
ATAAGTCGAT TAAGTGAGAT TAGAATAACC CACAGAAGTC ACCATTTTAT ACCCAGAGAT 
TTACTGCCTA CCATTTTTAG GATAAATTTC AATAGTTTCT ACACTCATCC TACTTTTCCT 
TTAGATCCTT TGCACTACAT TAGAAAACCT GATTTAAAGA AAAAGAGAGG CAGGCCTCCA 
AAAATGCGGG AGGCTATGGC AGAAATGCCT TTTATGCACA GTCTCAGCTT TCCTCTTTCC 
GGTACTGGAT TCTATCCCTC TTATGGCATG CCTTATTCTC CTTCTCCCCT TGCAGCTGCT 
CCCATAGGCT TAGGTTATTA TGGAAGGTAC CCTCCAACTC TTTATCCTCC TCCGCCTTCT 
CCTTCTTTTA CTACCCCACT GCCACCACCT TCCTACATGC ATACAGGCCA TTTGCTTCTC 
AATCCCGCCA AATATCACAA GAAGAAGCAT AAACTTCTAC GTCAGGAGGC GTTCCTCACA 
ACGAGTAGGA CTCCGCTCTT GTCAATGAGC ACATACCCCA GCGTTCCACC TGAAATGGCT 
TACGGCTGGA TGCTGGAACA TAAGCATCGA CATCGCCATA AACACAGAGA ACATCGTTCT 
TCTGAACAAC CACAGGTTTC CATGGACACC ATAACAGCTA ATAGCTCTTC TAGAACAGTT 
CTGGAGTCCT TGAAGCGCTA CAGGTTTGGG AAGGAGGCTG TCGGTGAAAG ATACAAACAT 
AAAGAGAAAC ACCGATGCCA TATGTCTTGT CCACACCTGT CACCTTCAAA GGGTTTGCTA 
AGCAGAGATG AACAGTGGGT CAGGAGAGAG CCTTCGGAGT CAAATTCATT AGCACTGGGA 
TTGCAGACAC CATTACAGAT AGACTGTTCG GAAAACTCCC CGGGTCTGTC CCTGGGAGGA 
TTTACTCCCA GCTCTGAGCC AGCTAGCAGT GACGAACATA CAAATCTTTT CACAAGTGCA 
ATAGGCAGCT GCAGAGTCAC CAACTCTACC AGTACCAATG GACGTAAAAA ACTAACCGAC 
AGTCCTGGAC TCTTCAGTGC ACAGGATACT TCGCTAAATC GACCTCTCAG AAAGGAACCG 
TTGCCTTCCA TTGAAAAGGC ACTACAGCCG CTGCCAGGCG CTCTGCCGAC ACAGGATAAA 
CCTTCCCAAA GGCAGTCAGA GAGCACAAAT TGCAGCCCTT CCAGAAAGAG ATCAGCATCT 
GAGAGTACAT CTTCTACAGT GATTGGAGTG CCTACACGGG GAACAAGGCT GGCAACTGCT 
GTTGATGATT CAATGGATAG CTTACTGCAG CGCATGGCAC AACACGAAAG CCAGGCTACT 
TTGGACAAAA CCATAGAAGC AGTCATTGCA AATGTATCTG TTCCACCATC AGCTAGTCCT 
GCTCGAAACC ACAACAGGGA GAGAAGTCTG GGGAAACAGG ACAGTATCTT AGCTCCAGCA 
ATTCCAAGCA GCTCCTGCAG TGATACTATC TCCCTTCTTT CAGACAGATT ACCAAACAGC 
TATTCCCCAC ATCATCTCAA GAGAAGTGTG GTTGAAGCCA TGCAGCGACA AGCTAGGAAA 
ATGTGCAATT ATAACAAGAT CTTGGCAACG AAAAAAAATC TTGACCATGT CAATAAAATT 
CTGAAAGCCA AAAAGCTGCA AAGGCAGTCA CGGACAGGGA ATAACTTTGT GAAGCGCAGG 
CCAGGTAGGC CCCGGAAATA CCCAATGCAG GCTGTTGTTT CAATGCAAGC TTTCCAGGCA 
GCTCGACTGG TCAGTCAGGA GTTAGACAAA AGAGAAGAAA GCAGCAGTCC TTTACACCTT 
GGACCTGATA CCATCACAGA TGTAATTGAA GCTGTAGTGC AAAGTGTGAA CTTGAATACA 
GATCACCGAA AAGGATGGAA GAGAAAGAGG TGGCTTGCAG AGGAACAGGC CAGAAAAAGA 
CAAAAATCTC TACCAGAAGA TGAACAGGAG AGCAATAAGA GTTTTTCTGA GACAGCAGCT 
GAACCATCCA GTCCACATGA TGCCCTTGGG AAACCGAATG AATCTGAAAA CAGTGAACAT 
CCTTTGCCTT CTCTTGCCCA GCGTGAGAAA AAAGCTCCTC GGCCCCCAAA GAAGAAGTAC 
CAGAAGGCAG GGCTCTACTC TGATGTGTAC AAAACAACAG ATCCGAAGAG CCGCCTCATA 
CAATTAAAGA AAGAAAAGCT GGAGTACACT CCTGGAGAGC ATGAGCATGG TTTGTTTCCA 
GCCCCTATTC ATGTTGGAAA GTATCTGAGA CAAAAGAGGA TTGACTTCCA GCTGCCTTAT 
GACATCCTCT GGCAATGGAA ACACAATCAG TTGTATAAAA AGCCAGATGT CCCACTTTAT 
AAAAAAATCC GTTCTAATGT CTATGTGGAT GTCAAGCCTC TTTCTGGCTA TGAGGCCACT 
ACCTGCAATT GTAAAAAACC AGATGATGGC AATGGAAAGG GCTGTGTGGA GGACTGTCTT 
AACAGGATGA TCTTTGCGGA GTGTTCACCA AACACCTGCC CTTGTGGTGA ACAGTGTTGT 
AACCAACGGA TACAGAGGCA TGAATGGGTG CAGTGCCTAG AGAGGTTCCG GGCTGAGGAG 
AAAGGATGGG GTATTCGTAC CAAAGAACCC CTGAAAGCAG GACAGTTTAT CATTGAATAT 
CTGGGAGAAG TTGTTAGTGA GCAAGAATTC AGGAACCGGA TGATTGAACA GTACCATAAT 
CACAGTGATC ATTACTGCCT GAATTTAGAC AGTGGAATGG TGATAGATAG CTATCGTATG 
GGCAATGAAG CTCGTTTTAT CAACCACAGC TGTAATCCTA ACTGTGAGAT GCAGAAATGG 
TCTGTTAATG GTGTCTACCG GATTGGATTG TATGCACTGA AGGACATGCC CGCTGGTACT 
GAATTGACTT ATGACTACAA TTTTCACTCA TTTAATGTTG AAAAACAGCA ACTCTGCAAA 
TGTGGTTTTG ACAAATGCAG AGGAATAATT GGAGGTAAGA GTCAGCGAAT GAATGGACTT 
TCAAGCAAAA GCAACCAGCC TGTGACCACC CACAGAAGGC CTGGACGGTC AAAAGAGAAA 
AGGAAGTCAA AGCACAAACT AAAGAAGAGA AGGGGTCACA TGCCAGAGGA ACCCAATGAA 
AGTGTGAACG CGCCAACAAG GCTAACACCA CAGCTTCAGA TGAAGCCCAT GTCTAACAGA 
GAAAGGAATT TTGTGCTAAA ACACCATGTA TTTCTGGTAC GAAACTGGGA GAAGATTCGA 
CAAAAACAAG AGGAAGTGAA GCATGTCAGT GACAATATCC ATACAGCATC ATTATACAAC 
CGCTGGAATG GAATCTGTCG GGATGATGGC AACATCAAAT CTGACGTCTT CATGACCCAG 
TTCTCAGCTC TTCAGACCTC CCGCTCTGTG AGAACACGAC GCTTGGCTGC AGCTGAAGAG 
AATATTGAAG TGGCTCGTGC TGCCCGCCTA GCACAAATCT TCAAGGAAAT ATGTGATAGC 
ATTATATCAT ATAAAGATTC CTCCAGGCAG GCTCTTGCAG CTCCCCTCCT GAACCTACCC 
CCAAAGAAAA AAAATGCAGA CTATTATGAA AAGATCTCTG ATCCATTGGA CCTTGCCACA 
ATTGAGAAAC AGATCTTGAC TGGCTATTAT AAAACTGTGG AAGCTTTTGA TGGGGACATG 
CTGAAGGTCT TCCGGAATGC AGAGAAGTAT TATGGCAGAA AGTCTCCAAC TGGGCGTGAT 
GTATGCCGGC TACGAAAAGC ATATTATAAT GCTCGCCATG AGGCATCTGC CCAAATTGAT 
GAAATTGTGG GAGAAACAGC GAGTGAAGCT GACAGCAGTG AGACATCTGT CTGTGAAAAA 
GAAAATGGGC ATGAGAAGGA TGAGGATGTG ATCCGTTGCA TTTGTGGCCT TTACAAAGAT 
GAAGGACTCA TGATCCAGTG TGAAAAGTGC ATGGTCTGGC AGCACTGTGA CTGTATGGGT 
GTGAATTCCG ATGTTGAACA CTACTTGTGT GAGCAGTGTG AGCCTCGATC TGTGAACAGG 
GAGGTTCCTA TGATTCCTCG TCCCCATTAT GCCCAGCCTG GCTGTGTTTA TTATATATGT 
TTATTACGGG ATGATCTGCT GCTGCGCCAA GGTGACTGTG TTTACCTGAT GAGAGACAGC 
CGTAGAACTC CAGATGGACA CCCTGTCCGA CAGTCATATC GGCTGCTGTC CCACATCAAC 
AGGGAGAAAC TCGATATTTT CCGCATTGAA AAACTCTGGA AGAATGAAAA AGAGGAGCGG 
TTTGCATTTG GTCATCATTA TTTCCGTCCA CATGAAACAC ATCATTCCCC TTCTCGGAAG 
TTTTATCACA ATGAGCTCTT CCGGGTGCCG CTGTATGAAA TTATCCCCTT AGAGGCTGTG 
GTGGGAACAT GCTGTGTTCT GGACCTATAC ACCTACTGCA AAGGGAGGCC AAAAGGGGTG 
AAGGAGCAGG ACGTGTATAT TTGTGATTAC CGCCTTGATA AATCAGCTCA TCTCTTCTAC 
AAGATCCACC GGAATCGTTA TCCTGTCTGC ACCAAGCCCT ATGCCTTTGA CCACTTCCCC 
AAGAAACTCA CACCCAAGAG AGACTTTTCA CCTCATTACG TACCAGACAA CTACAAGAGA 
AACGGAGGCA GATCATCCTG GAAAACAGAT CGCTCAAAAC CACAGATCAA AGACTTAAAC 
CAAGAAGAAG ATTCTCTTCC ACTTATTGAG GATGTATTAG GAAACCAAGA GCAAACTTCA 
AGTGAGATGC CTAGCCTAGA AGAGCCAGAA AAAGAGGCAG TCTCTAGTGA GACCTGTGAA 
ACTGATAAAA AGGTGGAAGA GAGCAATTCT GTCACAAGGC AGCTGTGCAC TCCAGAGGAA 
AGGCGGCATA TTCAGAGAGA GAGACTTAAT CAAATCCTGC TAAACCTCTT AGAGAAAATC 
CCAGGGAAAA ATGCTATTGA TGTCACTTAC TTGCTGGAAG AAGGATCAGG AAGAAAACTG 
AGGAGGCGCA CTCTCACCAT CCCGGAGAGC AGCTTCAGGA AGTGA