Ankrd31 cDNA ORF clone, Dipodomys ordii(Ord's kangaroo rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ankrd31
Entrez Gene ID	105992377
Full Name	ankyrin repeat domain 31
Gene Type	protein-coding
Organism	Dipodomys ordii(Ord's kangaroo rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013025231.1	XP_012880685.1	putative ankyrin repeat domain-containing protein 31

Pathways from BioSystems
Gene Ontology

The following Ankrd31 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ankrd31 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
ODi148176	XM_013025231.1 Latest version!	Dipodomys ordii ankyrin repeat domain 31 (Ankrd31), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

Ankrd31 ( XM_013025231.1 ) cDNA ORF clone, Dipodomys ordii(Ord's kangaroo rat) -> XP_012880685.1 Dipodomys ordii ankyrin repeat domain 31 (Ankrd31), mRNA.

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CloneID	ODi148176
Clone ID Related Accession (Same CDS sequence)	XM_013025231.1
Accession Version	XM_013025231.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5481bp) 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	2015-06-25
Organism	Dipodomys ordii(Ord's kangaroo rat)
Product	putative ankyrin repeat domain-containing protein 31
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012267299.1) 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 Version :: Dipodomys ordii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGGGG AGGCCCAGGC CCTGGACTGG GACAGCGATG AGACGGTGAT TGAGGGGTCC 
GTGACAGAGA GCGACCCAGA AGACGAAGAA CTGCCATGGA AAAGGTTACT CTTTGATCAA 
GACATATCTT CTAGATCTGT GTTCAGTCTT CATCCTGGTA TGAATGGAAG GTGCCAAGGC 
ATGCTTTCTC CTGAGATTAA ACTTGGGATG AAATTCAGAA AAGACTTACA AGAGCAAATG 
AATAAAAATA AGATGATGCC CATTCTTAGT TCAGATACAG TATTACAGGA ACTAAATGAA 
GACAGAGTAT GTCCTGAAAT TAGTCTTTTT TCAAGTACTG CTATTACAGA TACTGATACG 
GCTTCTGTAA AGGAGAAATC ACTAATAGAG ACAGAGAAGA TATTATTAGC ACCAAACATA 
TCTTCAGAAC CTGAGCAGGA AGGAGTCACA TTGACTGTGA CTTCTAAAGA ATCTGTGGAT 
GAAGAAAGCT CAGTTGAAAC TTTTGTGTCT GCCTTAGAAA AGCTGTTAAC ATCAGAAAGC 
ATTAAAGAAG AAAGAATGTT GGAAATAATG AAAGATTTTG ATTTTGGAGA ATTGATGAAT 
TCATTGAGTG ATTCCCCAAG TTCCATATCA GTACCCACGA ATGCCATATC AGCATGTTGC 
AGAGATTTAC TTGAAAACAC AAAGGATGAT GCATTGCCAA CTGAGTTGTT GGCAGCCATC 
AACACATTGT CAGAAGCCAA AGTGGGGTCC AGCTGTCACG GAAAAGAGCA AGGTGGCAGA 
TTTGGTGGAA ATGAATGTTT TGAAGTGGAG CCTGATTTGT CTCAGATGGA TGAAGACTGC 
ACACAAATAA CTGAAACAGT AGAAGATCCA AATCTGTTTA GATTGCAAAC TTTGGCTCAT 
CCAGATATGA CTTCTTATGA GCCACTGAAT AATATGGAGA AGTCAAATCT GGTGGAAAAT 
ATATCTGAGC AGGAAACTCC ATGTGTATTA AGGAGATCAT CCAGACTGGA AAAACTGAAA 
GTAAGCAGAG AGGCAAAGCA TGAAGATACT ATGTGTAAAT CATCAGAAAA GATTATACCA 
AAAATACTTA GCTCTGAGGA ACAAATAAAT AATAAATCTT CAACTGAGAA TTTCAGAGTG 
AAGCATCTTG CTTTAAGGAT GGACAGTAAA GAGATGAATA AGCATTCATC CAGATTGAAG 
GCTGAACATA TCAGGAAAAA TGAACAACTT GAAATTAAAA AAGAAAAAAT GAAGAGCAAT 
AAAAAGTCTT TTGCTAGCAT AAACAGGAGA AACATTTTTG GAGAGAACTT AATATATAAG 
GCTGCTCTAG ATAATGATGT TCACCTTGTT CGTCATTGTA TAAAAAATGG TGGAAATGTT 
AATCAGCCAT GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAC 
CAGATAGTAA GTGAACTCTT AAAAGGAGGG GCCGATGTAA ATACTAAAGG AATGCACCAG 
ATCACTCCTC TCCATGATGC TGTGATAAAT GGACACCATA AGGTAGCAGA GTTACTTCTT 
TTGAATGGAG CTGATCCATT ATTTAGAAGT GACAATGGAA AGTGTCCTTG GGATGAGGCC 
AAAGATTCAC GTATGAAGCA TCTCCTTGAG AAATACATTC CTAAAGATGA CAAATGTCTT 
AAATCAGCTC ATAGTGATGG CACTCACCGA GTAGATGTAG AGGATGTACA CCAGCACAAG 
AAACCAAAAT TCAGTTCAAA AACTTGCTCT GAGTCAGTTT CTAATGAAAA TTCAAACAGA 
TATAAACCAG AACATGAAGA AGTCAATAAA GAAAGAAATG AGGGTTTACC TATAAGTAAT 
GAAGATATAT ATGAACGTTT CACAAACAAT TCTACAACCA CAAACTTTGG CAGATCTAAA 
CCTAGACAGT CCTCTGTTAA CCAAATATAC ACTCGAGAAT TAAGAAAGCG CAATATCAAA 
GATACCAGCA CAAATGTGTC TAAAAATAAA GAAAGAAGAG ACTTATATAA CAAGACTCAA 
GCAGATGATG GGGACTACAA TTCAAGACAA GCAATTGCTG TTACTTCTTC CAGTATAATA 
AACAAATCAG TTAGTCACCA GCAGCATGTT CTCCAAACCT TTAATGATTT TCCACAAGAC 
TCCTGTGAAC TTTTCAGCCC AACTTTGTCA AGTCTGAAAA GTGTATTAGT CAGCAATACT 
GAGGCTTGTT CAGCTTCCAA AGAGACACAT ACTTACAATC TGGATTTATC AAGTAGTCAA 
GAAATGAAAT TTTTAGAATT AGAATCCATA GAGCAAACTG AAGCTGTTTC AGAACTTCGA 
TCACATAAAG AAATCAAGTT ACCATTTGTT ACTAAAGATC AGCAGATTCA TACTCACCAA 
AAACAACACA GTAGCCCATA CAAATCTCAG GAAAATAGTA ACTCAGTTCA GAAAAATAAT 
AGCTTTAATA AATGGGAAAA CTCTTTCTTG TCCTTTGTAA AGGCACATTT TGATAGTGAT 
GACAGTGATA GCAGTATCTC TGAGAAAACT GTAACATCTA AAAAGGTAGA ATACAAAAAC 
CACCATAATT ACGAAGAAAC TATAACAAAT AGTGAAGAAA TGGATTCTCA ACCATTTTTA 
CCTTCTGAGG GCCATGTTTC ACAGGAAAAT GAGTTAAAAG CAGGAAGCCT AACCACACTG 
TCACAACAGG AAGCTGTTAA TTTCTGTGAT TCAGATGACA CGGTTATTTC TGAACAGTAT 
GTTGTAAATT ATGAACAACA ACTTTATGGG ATTTCTTTTG ATCACTCATA TTGCAATCGG 
GAGCCAATTT CCATGGCTTG TACAAGAATG CCTTCCACAC TTGAAGTTTC GAATTTTACC 
TGTCACTTGG AGCAATTCAA AAAGCCTCAG GATGCTAGCT CCAGAGAATC AACTCCTTCA 
ATGAGTCAAA TAGATGCACA GAATGTGGAA AAGCCATGTG TGGAAGAGAA TCAAGATGCA 
GAACCAAATT TTCTCAGTAA TCAAACAGAT ACACATGTAG TAAAGGTATG TATGGAAGAG 
AAACAAGATA CTAAAAGGAA TTACAATAAC AAAGACCAAA ATACAAGTTC TTCGACTAGG 
TTTTTTCCCA TAGTTGTTGA TTCTGAGGCA ATGGAAACAA GTGAAGTTGA AAAAAGGAGA 
CAAGACCTTC CAGAAAAGGA GCCAATGAAT AACACAGATT TCCATTCCAT TGACAATATG 
AATAATGAAT TGACTAATAC CTCACAATGT AATCAAAAAG AAGAAAAGGA AATTTCTCAT 
AAACCAGGTA TTAACATAGA AACAGCCAGA ATTGATAGGA GGTCTGTGAA AGGGAAAAGT 
CAACTTCATT TGGCTGCCAG AAGAGGAAAT TTGTCCTATG TGAAAGCTCT GATAGAATCT 
GGAATGGATG TGAATGTAAA AGATAATGAA GGTTGGACAC CACTTCATGA AGCGTCTAAT 
AAGGGATGTA AGGATATAAT TATAGAATTA TTAAAAGCTG GTGCTAATGT AAATTGTGAA 
AATATAAATG GAATTTTGCC CTTACATGAT GCTGTAGCAG GCAATCACTT AAAGGCAGCT 
GAGATACTAC TACAACACGG AGCAGACCCT AATAAAAGAG ATCAAAAAGA GAAGACTGCT 
TTTGATGAAG CAGATAATGA AAAAATGAAA GAGTTGCTGA AATCTTACGA TGTTATTGAG 
ACCAATGATA GAAATGAGAG TAGTGCTATG GTCACTGTAA AAATTCCTGC TGTTCCGTTA 
AAAAGATGTA GACAGTATTT TTGTGATAAT GACAAAACTT TTGAGCCACC TTCCTCTTCA 
CACCAAGCAA AAAGAAGAGA AAGTCTTCCT ATGCATCACA CCATTTCTGA TATTCTACAA 
GATATAGAAG AAAAACAAGA AAACTTACTA GAGTTTGAGA TAAGAAACTC AGATGATGCA 
GGTAAACATG TACTTATATT CAGGTATGAT TATTTCATAA GTACAGTGTT GATATTGCCT 
CAACACCTTA AGGTGTGTAT TAAAATCCCA CAATGGATAC CAGCCCTGAA CCTCAGCCCT 
GTTCAAATTG AGTTAAACTG GCTGGAATCT GTTAGAAGAG TATCTATAGA ATCATTTAAG 
CATGGAGCCC TGAGAGAACA ACTAGCTAAC TTGGCCACAA GACAAAAGAG CCTTTTGCTT 
GCAGCAAAAA GGCAGAAAAT AATAAGACAG AAAATTCAAA GCTGTAAGAA TGTGACATCC 
TTTTCTTTAA GGACATTGCC ATCCAGTTCG GACATCTCTG GTAAAAATGA CAACAAAAAG 
CTCACCAGTC TGGAAAATTC AGTGCATCTC CAATCTGATT CACTTTCTGC TGTCAACCTT 
GCCTGTAGAA GCATGCAAGA AACATCATTG TCCCTGAAAA CTTGGAATGA TAGCCAAAAT 
GCTAACACTT GTCTAAACCC AGAGGTAGTA AGAGAAGAAG AATTTCCTGT AACTGAGATG 
AATTCTAAAC GAATTGTCAA TAATTCTATG TTAGATGACT TAACAAAATC CAGACATTTG 
GATGGCACTG ATAAGATTGA ATTACCATCC CAAACTGTTG CAGAATATTC ACAAAAAGAA 
AATGATCTTA CAGAAGCTAC AGCCAAAGAC CATGGATTGT ATACTCCGAC CATAAAATAT 
GGCACATTAA GTATTTCAGA GTACACAAGC ATACTTTCTC AAAATGATGT CTGTCCCTCA 
GCTGTTGACA GTAACTATGA CACTTCCCAA TGTAATCCAG AAAGAAGAAA CAGGAAAACA 
GCTCCCCACC AACTATCTGG AGGGGTATCG GAGTCCCTGG CACAGCAAAG GATTGCTGCC 
CTAGGCACTG ATGCTACACA TCAGATGAAA ACATATCTTA AAAAGCCATC TTCTGCTGTT 
CCACATTTAA ATAACACCCA AATCTCTCCT ACTTCTGGGT CTGGCAATCA GCATACTACG 
AAAAAGCCTT TAAACTATAC CACAGCTCCT AAAAAGAGAA ATATGCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ATCCACAAAG CTAGTGTTTT ATTGAGTGGT AAACTTCAGG TAGAAAATGG TCAGATTTAT 
TTAACTCCAG TGACCTGGCT CAAGGATCTT CTGGGAGATG ACATTTACGT GACCTGGTAT 
TATGCTTGGA GTAAGATAAC ATATCTTGGA AAGGAACTTT TAAGGTATGT TTCTGAGGAA 
GGGCCTTTAC CTTCAGAACA AACTATGCTA CTTCAACAAC AACCTTGGCA TTCAGGCACT 
TCCAGAGAGT CAGTACAAAC CATCCCTCAT TATCTACAAA TAAAAGAAAT ACTTTCAATC 
AGCGATCAAG AATTTCTCCC GTGTCATGTG ATGGCTCAGC ATTGGAAGTT CTATATGGAG 
TGTGAGGAAC TAACATTCTA A

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

RefSeq	XP_012880685.1
CDS	31..5511
Translation	MEGEAQALDWDSDETVIEGSVTESDPEDEELPWKRLLFDQDISSRSVFSLHPGMNGRCQGMLSPEIKLGMKFRKDLQEQMNKNKMMPILSSDTVLQELNEDRVCPEISLFSSTAITDTDTASVKEKSLIETEKILLAPNISSEPEQEGVTLTVTSKESVDEESSVETFVSALEKLLTSESIKEERMLEIMKDFDFGELMNSLSDSPSSISVPTNAISACCRDLLENTKDDALPTELLAAINTLSEAKVGSSCHGKEQGGRFGGNECFEVEPDLSQMDEDCTQITETVEDPNLFRLQTLAHPDMTSYEPLNNMEKSNLVENISEQETPCVLRRSSRLEKLKVSREAKHEDTMCKSSEKIIPKILSSEEQINNKSSTENFRVKHLALRMDSKEMNKHSSRLKAEHIRKNEQLEIKKEKMKSNKKSFASINRRNIFGENLIYKAALDNDVHLVRHCIKNGGNVNQPCYAGWTALHEASVGGFYQIVSELLKGGADVNTKGMHQITPLHDAVINGHHKVAELLLLNGADPLFRSDNGKCPWDEAKDSRMKHLLEKYIPKDDKCLKSAHSDGTHRVDVEDVHQHKKPKFSSKTCSESVSNENSNRYKPEHEEVNKERNEGLPISNEDIYERFTNNSTTTNFGRSKPRQSSVNQIYTRELRKRNIKDTSTNVSKNKERRDLYNKTQADDGDYNSRQAIAVTSSSIINKSVSHQQHVLQTFNDFPQDSCELFSPTLSSLKSVLVSNTEACSASKETHTYNLDLSSSQEMKFLELESIEQTEAVSELRSHKEIKLPFVTKDQQIHTHQKQHSSPYKSQENSNSVQKNNSFNKWENSFLSFVKAHFDSDDSDSSISEKTVTSKKVEYKNHHNYEETITNSEEMDSQPFLPSEGHVSQENELKAGSLTTLSQQEAVNFCDSDDTVISEQYVVNYEQQLYGISFDHSYCNREPISMACTRMPSTLEVSNFTCHLEQFKKPQDASSRESTPSMSQIDAQNVEKPCVEENQDAEPNFLSNQTDTHVVKVCMEEKQDTKRNYNNKDQNTSSSTRFFPIVVDSEAMETSEVEKRRQDLPEKEPMNNTDFHSIDNMNNELTNTSQCNQKEEKEISHKPGINIETARIDRRSVKGKSQLHLAARRGNLSYVKALIESGMDVNVKDNEGWTPLHEASNKGCKDIIIELLKAGANVNCENINGILPLHDAVAGNHLKAAEILLQHGADPNKRDQKEKTAFDEADNEKMKELLKSYDVIETNDRNESSAMVTVKIPAVPLKRCRQYFCDNDKTFEPPSSSHQAKRRESLPMHHTISDILQDIEEKQENLLEFEIRNSDDAGKHVLIFRYDYFISTVLILPQHLKVCIKIPQWIPALNLSPVQIELNWLESVRRVSIESFKHGALREQLANLATRQKSLLLAAKRQKIIRQKIQSCKNVTSFSLRTLPSSSDISGKNDNKKLTSLENSVHLQSDSLSAVNLACRSMQETSLSLKTWNDSQNANTCLNPEVVREEEFPVTEMNSKRIVNNSMLDDLTKSRHLDGTDKIELPSQTVAEYSQKENDLTEATAKDHGLYTPTIKYGTLSISEYTSILSQNDVCPSAVDSNYDTSQCNPERRNRKTAPHQLSGGVSESLAQQRIAALGTDATHQMKTYLKKPSSAVPHLNNTQISPTSGSGNQHTTKKPLNYTTAPKKRNMQIKDLILLGRINPGNNILEFKTQETIHKASVLLSGKLQVENGQIYLTPVTWLKDLLGDDIYVTWYYAWSKITYLGKELLRYVSEEGPLPSEQTMLLQQQPWHSGTSRESVQTIPHYLQIKEILSISDQEFLPCHVMAQHWKFYMECEELTF

Target ORF information:

RefSeq Version	XM_013025231.1
Organism	Dipodomys ordii(Ord's kangaroo rat)
Definition	Dipodomys ordii ankyrin repeat domain 31 (Ankrd31), mRNA.

Target ORF information:

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

XM_013025231.1

ORF Insert Sequence:

ATGGAAGGGG AGGCCCAGGC CCTGGACTGG GACAGCGATG AGACGGTGAT TGAGGGGTCC 
GTGACAGAGA GCGACCCAGA AGACGAAGAA CTGCCATGGA AAAGGTTACT CTTTGATCAA 
GACATATCTT CTAGATCTGT GTTCAGTCTT CATCCTGGTA TGAATGGAAG GTGCCAAGGC 
ATGCTTTCTC CTGAGATTAA ACTTGGGATG AAATTCAGAA AAGACTTACA AGAGCAAATG 
AATAAAAATA AGATGATGCC CATTCTTAGT TCAGATACAG TATTACAGGA ACTAAATGAA 
GACAGAGTAT GTCCTGAAAT TAGTCTTTTT TCAAGTACTG CTATTACAGA TACTGATACG 
GCTTCTGTAA AGGAGAAATC ACTAATAGAG ACAGAGAAGA TATTATTAGC ACCAAACATA 
TCTTCAGAAC CTGAGCAGGA AGGAGTCACA TTGACTGTGA CTTCTAAAGA ATCTGTGGAT 
GAAGAAAGCT CAGTTGAAAC TTTTGTGTCT GCCTTAGAAA AGCTGTTAAC ATCAGAAAGC 
ATTAAAGAAG AAAGAATGTT GGAAATAATG AAAGATTTTG ATTTTGGAGA ATTGATGAAT 
TCATTGAGTG ATTCCCCAAG TTCCATATCA GTACCCACGA ATGCCATATC AGCATGTTGC 
AGAGATTTAC TTGAAAACAC AAAGGATGAT GCATTGCCAA CTGAGTTGTT GGCAGCCATC 
AACACATTGT CAGAAGCCAA AGTGGGGTCC AGCTGTCACG GAAAAGAGCA AGGTGGCAGA 
TTTGGTGGAA ATGAATGTTT TGAAGTGGAG CCTGATTTGT CTCAGATGGA TGAAGACTGC 
ACACAAATAA CTGAAACAGT AGAAGATCCA AATCTGTTTA GATTGCAAAC TTTGGCTCAT 
CCAGATATGA CTTCTTATGA GCCACTGAAT AATATGGAGA AGTCAAATCT GGTGGAAAAT 
ATATCTGAGC AGGAAACTCC ATGTGTATTA AGGAGATCAT CCAGACTGGA AAAACTGAAA 
GTAAGCAGAG AGGCAAAGCA TGAAGATACT ATGTGTAAAT CATCAGAAAA GATTATACCA 
AAAATACTTA GCTCTGAGGA ACAAATAAAT AATAAATCTT CAACTGAGAA TTTCAGAGTG 
AAGCATCTTG CTTTAAGGAT GGACAGTAAA GAGATGAATA AGCATTCATC CAGATTGAAG 
GCTGAACATA TCAGGAAAAA TGAACAACTT GAAATTAAAA AAGAAAAAAT GAAGAGCAAT 
AAAAAGTCTT TTGCTAGCAT AAACAGGAGA AACATTTTTG GAGAGAACTT AATATATAAG 
GCTGCTCTAG ATAATGATGT TCACCTTGTT CGTCATTGTA TAAAAAATGG TGGAAATGTT 
AATCAGCCAT GTTATGCTGG TTGGACAGCA CTTCATGAAG CTAGTGTAGG AGGATTTTAC 
CAGATAGTAA GTGAACTCTT AAAAGGAGGG GCCGATGTAA ATACTAAAGG AATGCACCAG 
ATCACTCCTC TCCATGATGC TGTGATAAAT GGACACCATA AGGTAGCAGA GTTACTTCTT 
TTGAATGGAG CTGATCCATT ATTTAGAAGT GACAATGGAA AGTGTCCTTG GGATGAGGCC 
AAAGATTCAC GTATGAAGCA TCTCCTTGAG AAATACATTC CTAAAGATGA CAAATGTCTT 
AAATCAGCTC ATAGTGATGG CACTCACCGA GTAGATGTAG AGGATGTACA CCAGCACAAG 
AAACCAAAAT TCAGTTCAAA AACTTGCTCT GAGTCAGTTT CTAATGAAAA TTCAAACAGA 
TATAAACCAG AACATGAAGA AGTCAATAAA GAAAGAAATG AGGGTTTACC TATAAGTAAT 
GAAGATATAT ATGAACGTTT CACAAACAAT TCTACAACCA CAAACTTTGG CAGATCTAAA 
CCTAGACAGT CCTCTGTTAA CCAAATATAC ACTCGAGAAT TAAGAAAGCG CAATATCAAA 
GATACCAGCA CAAATGTGTC TAAAAATAAA GAAAGAAGAG ACTTATATAA CAAGACTCAA 
GCAGATGATG GGGACTACAA TTCAAGACAA GCAATTGCTG TTACTTCTTC CAGTATAATA 
AACAAATCAG TTAGTCACCA GCAGCATGTT CTCCAAACCT TTAATGATTT TCCACAAGAC 
TCCTGTGAAC TTTTCAGCCC AACTTTGTCA AGTCTGAAAA GTGTATTAGT CAGCAATACT 
GAGGCTTGTT CAGCTTCCAA AGAGACACAT ACTTACAATC TGGATTTATC AAGTAGTCAA 
GAAATGAAAT TTTTAGAATT AGAATCCATA GAGCAAACTG AAGCTGTTTC AGAACTTCGA 
TCACATAAAG AAATCAAGTT ACCATTTGTT ACTAAAGATC AGCAGATTCA TACTCACCAA 
AAACAACACA GTAGCCCATA CAAATCTCAG GAAAATAGTA ACTCAGTTCA GAAAAATAAT 
AGCTTTAATA AATGGGAAAA CTCTTTCTTG TCCTTTGTAA AGGCACATTT TGATAGTGAT 
GACAGTGATA GCAGTATCTC TGAGAAAACT GTAACATCTA AAAAGGTAGA ATACAAAAAC 
CACCATAATT ACGAAGAAAC TATAACAAAT AGTGAAGAAA TGGATTCTCA ACCATTTTTA 
CCTTCTGAGG GCCATGTTTC ACAGGAAAAT GAGTTAAAAG CAGGAAGCCT AACCACACTG 
TCACAACAGG AAGCTGTTAA TTTCTGTGAT TCAGATGACA CGGTTATTTC TGAACAGTAT 
GTTGTAAATT ATGAACAACA ACTTTATGGG ATTTCTTTTG ATCACTCATA TTGCAATCGG 
GAGCCAATTT CCATGGCTTG TACAAGAATG CCTTCCACAC TTGAAGTTTC GAATTTTACC 
TGTCACTTGG AGCAATTCAA AAAGCCTCAG GATGCTAGCT CCAGAGAATC AACTCCTTCA 
ATGAGTCAAA TAGATGCACA GAATGTGGAA AAGCCATGTG TGGAAGAGAA TCAAGATGCA 
GAACCAAATT TTCTCAGTAA TCAAACAGAT ACACATGTAG TAAAGGTATG TATGGAAGAG 
AAACAAGATA CTAAAAGGAA TTACAATAAC AAAGACCAAA ATACAAGTTC TTCGACTAGG 
TTTTTTCCCA TAGTTGTTGA TTCTGAGGCA ATGGAAACAA GTGAAGTTGA AAAAAGGAGA 
CAAGACCTTC CAGAAAAGGA GCCAATGAAT AACACAGATT TCCATTCCAT TGACAATATG 
AATAATGAAT TGACTAATAC CTCACAATGT AATCAAAAAG AAGAAAAGGA AATTTCTCAT 
AAACCAGGTA TTAACATAGA AACAGCCAGA ATTGATAGGA GGTCTGTGAA AGGGAAAAGT 
CAACTTCATT TGGCTGCCAG AAGAGGAAAT TTGTCCTATG TGAAAGCTCT GATAGAATCT 
GGAATGGATG TGAATGTAAA AGATAATGAA GGTTGGACAC CACTTCATGA AGCGTCTAAT 
AAGGGATGTA AGGATATAAT TATAGAATTA TTAAAAGCTG GTGCTAATGT AAATTGTGAA 
AATATAAATG GAATTTTGCC CTTACATGAT GCTGTAGCAG GCAATCACTT AAAGGCAGCT 
GAGATACTAC TACAACACGG AGCAGACCCT AATAAAAGAG ATCAAAAAGA GAAGACTGCT 
TTTGATGAAG CAGATAATGA AAAAATGAAA GAGTTGCTGA AATCTTACGA TGTTATTGAG 
ACCAATGATA GAAATGAGAG TAGTGCTATG GTCACTGTAA AAATTCCTGC TGTTCCGTTA 
AAAAGATGTA GACAGTATTT TTGTGATAAT GACAAAACTT TTGAGCCACC TTCCTCTTCA 
CACCAAGCAA AAAGAAGAGA AAGTCTTCCT ATGCATCACA CCATTTCTGA TATTCTACAA 
GATATAGAAG AAAAACAAGA AAACTTACTA GAGTTTGAGA TAAGAAACTC AGATGATGCA 
GGTAAACATG TACTTATATT CAGGTATGAT TATTTCATAA GTACAGTGTT GATATTGCCT 
CAACACCTTA AGGTGTGTAT TAAAATCCCA CAATGGATAC CAGCCCTGAA CCTCAGCCCT 
GTTCAAATTG AGTTAAACTG GCTGGAATCT GTTAGAAGAG TATCTATAGA ATCATTTAAG 
CATGGAGCCC TGAGAGAACA ACTAGCTAAC TTGGCCACAA GACAAAAGAG CCTTTTGCTT 
GCAGCAAAAA GGCAGAAAAT AATAAGACAG AAAATTCAAA GCTGTAAGAA TGTGACATCC 
TTTTCTTTAA GGACATTGCC ATCCAGTTCG GACATCTCTG GTAAAAATGA CAACAAAAAG 
CTCACCAGTC TGGAAAATTC AGTGCATCTC CAATCTGATT CACTTTCTGC TGTCAACCTT 
GCCTGTAGAA GCATGCAAGA AACATCATTG TCCCTGAAAA CTTGGAATGA TAGCCAAAAT 
GCTAACACTT GTCTAAACCC AGAGGTAGTA AGAGAAGAAG AATTTCCTGT AACTGAGATG 
AATTCTAAAC GAATTGTCAA TAATTCTATG TTAGATGACT TAACAAAATC CAGACATTTG 
GATGGCACTG ATAAGATTGA ATTACCATCC CAAACTGTTG CAGAATATTC ACAAAAAGAA 
AATGATCTTA CAGAAGCTAC AGCCAAAGAC CATGGATTGT ATACTCCGAC CATAAAATAT 
GGCACATTAA GTATTTCAGA GTACACAAGC ATACTTTCTC AAAATGATGT CTGTCCCTCA 
GCTGTTGACA GTAACTATGA CACTTCCCAA TGTAATCCAG AAAGAAGAAA CAGGAAAACA 
GCTCCCCACC AACTATCTGG AGGGGTATCG GAGTCCCTGG CACAGCAAAG GATTGCTGCC 
CTAGGCACTG ATGCTACACA TCAGATGAAA ACATATCTTA AAAAGCCATC TTCTGCTGTT 
CCACATTTAA ATAACACCCA AATCTCTCCT ACTTCTGGGT CTGGCAATCA GCATACTACG 
AAAAAGCCTT TAAACTATAC CACAGCTCCT AAAAAGAGAA ATATGCAGAT AAAAGATTTG 
ATATTACTAG GAAGAATTAA CCCAGGAAAT AACATTCTGG AATTCAAAAC ACAGGAGACT 
ATCCACAAAG CTAGTGTTTT ATTGAGTGGT AAACTTCAGG TAGAAAATGG TCAGATTTAT 
TTAACTCCAG TGACCTGGCT CAAGGATCTT CTGGGAGATG ACATTTACGT GACCTGGTAT 
TATGCTTGGA GTAAGATAAC ATATCTTGGA AAGGAACTTT TAAGGTATGT TTCTGAGGAA 
GGGCCTTTAC CTTCAGAACA AACTATGCTA CTTCAACAAC AACCTTGGCA TTCAGGCACT 
TCCAGAGAGT CAGTACAAAC CATCCCTCAT TATCTACAAA TAAAAGAAAT ACTTTCAATC 
AGCGATCAAG AATTTCTCCC GTGTCATGTG ATGGCTCAGC ATTGGAAGTT CTATATGGAG 
TGTGAGGAAC TAACATTCTA A