LOC101862501 cDNA ORF clone, Aplysia californica(California sea hare)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101862501
Entrez Gene ID	101862501
Full Name	TALPID3 protein-like
Gene Type	protein-coding
Organism	Aplysia californica(California sea hare)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005098024.2	XP_005098081.2	TALPID3 protein-like

Pathways from BioSystems
Gene Ontology

The following LOC101862501 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101862501 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
OAp150620	XM_005098024.2 Latest version!	Aplysia californica TALPID3 protein-like (LOC101862501), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC101862501 ( XM_005098024.2 ) cDNA ORF clone, Aplysia californica(California sea hare) -> XP_005098081.2 Aplysia californica TALPID3 protein-like (LOC101862501), mRNA.

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CloneID	OAp150620
Clone ID Related Accession (Same CDS sequence)	XM_005098024.2
Accession Version	XM_005098024.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4116bp) 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	2015-07-06
Organism	Aplysia californica(California sea hare)
Product	TALPID3 protein-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004797440.1) and transcript sequence (GBDA01078825.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 7, 2015 this sequence version replaced XM_005098024.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aplysia californica Annotation Release 101 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## assembly gap :: added 805 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAACAACA GCGCGAGGAC CAGAAGGGGA GACAAGAGCC CAGTGGACCA GGCGAGGAAA 
TTGATGACGT CCCTTACCGA ACTAGAGAAA GAGACGGCGG ACAGTGTGTG GGGTCCAAAA 
GGTCATGGAA AAGATGGTTA CTTGATGGAT GTCGATCTCG GTCCCGCCCC ACTGGAAAAA 
TATTTGAAAT ATCCGGAGAA TACTTCGAGC CCTTATCCAA AGCTTGGTGA CGCACGTGCT 
GAGCAGAAAA CTTCCACTCG ACGATCAACT TCAGACAAAC TCGCAGAAGC CAAGAAAGTG 
TTAAGGCAAC TGGAGACCAC CCGAGAGAAC TTAGAGGAAA ATCTGGCACA GGTCATTAGA 
TCACGTCAAG ACCTACATGT CTTTTCGACG CTTCTCGCAC CGAACCACGA TGGAGCGCCG 
GATGAGCGAC TGAAAATCGA GAGAATGGTC AACAGAAAGA TTAAGTCACT ACAGAGCGAT 
GTTCAGAGAG ATGTCCTCCG TGGTCTCGCG CAAAGAGAGG CAGAAAAAAT TGCGGCTGCG 
GAGGAAGTGG CCAGACAAAA ATTGCTCGCA AAGAAGACGG TGACGTCTGC TCGTTACGAC 
AATGCCAAGA GTGGCACTCT GAAACTGCAG GCAGAGCGGA GTGCCCGTCT GGCATACAGC 
AAATCTGCAG CAGTTGCCAG TGCCTCTGTG GTGCCAAGCC GTGGCAAGGA AAACAGAGCG 
AGTAAAGTGA AACCTCCTCC AAAGCCGGTG GCCATCAAGG ATGAGAAGAC AATGACGCGG 
ACGTATGGCA AGCCGGAGTA CCAGCGAGGT CGCACCACCA TCAGAGACCC CTACCTGCAC 
TTCCAGAACA CGAAAAAGGG TGTGGCCAAC AGATCAGTCA TGAATGAATC TGCTGCAGTG 
AGTCCAGTTG GCAGGGGCCG GTCACCTGGT CGTTCAAGAT CACCAAGGTC AGGTCAGAAC 
CAGGGTTACG GAGTGACCTC CACAGTCCCA CGACAGTTTT ACTTCAGTCC CACCAGGGGA 
TACATTCCAC TCCAAGAGGG TGCAAAGGCA CCCATCCAAG GTCAGCTGGT TTCCATGGCA 
ATACCACTTG GGGAACCTCG ATTAGAACCA GGGGTCAGAC AGTCGGCTAC TCCGATTCGG 
CCAGCTTCGA ACCCCGTGAC CTCCACCCCT GTGCCAGTGA CAGCTGCCAG GAATGTGGCC 
TTGGTGTCTT TCCCTGTGGA GGAAGACCAA AACAAGACTC GAACCAGGGA GCCGGAGCTT 
GCAAAACAGG TGCTTCCCCC TATTGACATT GACTCCATCT CTCCCTCGTC GTCTCGTCGC 
TCTGACATTC AGATCAGGAG TCCCCAGCAA GGCAATGCCA ATGTAACCTT CTTACAGGAA 
GTACACGATG ATGATGTAGA CCTTGACAAG ACGATTACGG AAGAGGACTC TGACCTTGAT 
CAGACAGGAG AGGGAATACA ACTGCCGGGA TACGAACCCA GAGTGGCAGA GTACTCTGGA 
CCAAGTTTCC CGCCAAAAAC TGGCAAGTCT GGCCCTGACT GGATGGCGGG AGGGGAGCAG 
ACGCAGCCCC CACAGCAGAT ATCGGACGTC ATGGCAGAGG ACCTTCGAAG GAAGGATGTT 
TTGGAGAACA ATGCCGTATA CTGGCTTGAA CAAGAGCTCA TGGCCCGCGT CCTGACTGAG 
GTTATGCCTA TACAAGTGGC CCAGTCGGCC CCTCTGGAAG CGGCCAACAT CAGCAAGGCC 
GGATCAGTTC ACTCTGAGGA GGCCAGTGAG AGGGAAGACT CTTTGCTAGT GGCTGATATG 
ATTGGTCATG GAGGCTTGCA GCTATTTATA GATGCAGGTC AGCCAGTAGA CAACAATCTG 
GTCAGTGCTT TGGTCAAGGA AGTCATCCAA GAAAGAGTTA ACTCTATGCT GGCGCAACGG 
CCCGCTGAGG GGGCGGATGC TGTGCGTGCT ATGGAGGAGA TAGAGACCGT GTTGAAAGAA 
AAGGAAAGAG AAGCTGGCAC TCCGCAGATC CCAACCCCAG AACCGACCCC CAAAACAAGC 
CCCATCCCAT CCCCTCGGCG ACTGAAGCAG CAGGCGACAG CTCCGACCAC CCCACCCATC 
TCCCCGCCAC CCACAGGTCA CGTTTTCTCT CAGCGCGTTG AGCCTGAGCC ACTGGTGGAG 
CCAGTTCGAG CCCCGGCACC TGCGGCCGCT AAGCCTCGTT CCCCTCCACC TCAGCCAGAG 
CCAGAGCCAG AAGCTGTACC CACTGCGCCT CCTGCAGCTG TTGATTATGA GTCAGAGTCT 
TCTGTTTCTA TTGATATATC GGAAGAGCTG AGACGTGTTG CAGCTTCAGG AAAACCAAAA 
CATGAGGAAG ACCTCCCACT AGTACAGCGT CACGATGTAG CCACGCCCCC TATTTCCCCA 
CCACCAATGG ATGAGGAGGA AGTCCAAGTT CCAGCTCCTG TCAGTCAAAG ACAAGCCACA 
CCCCCTCTGT CACCACAGTC AGTTGTTTCT CGTGAGCCTC TACCACCTTC ATCACCGTCA 
AAGACTCAGG CTCCTGCCCC TGTGGAATCA AAGGCAGAAA AGGAGGCAGA GCAAGAAGAG 
GAAGAGGAGG AGGAGGAGGA AGAACTTGAG CAGCCACATC CCATTCTGAT GTCTGTGGCT 
GTGGGTACAG ACCGATCAAT GACAATGGAG TCTGAGCCAA AGGAACGCCG CAGATCACCC 
TCACCGAAGC GCGACAAGAG TCTGCGTTCG ACTGGCACGG TCTCCCCGCC TCCGTCCTCC 
GACTCAAGCA TCACTGACAC AGTCAATGAC AGACTCTCCG AGGGTCAGTG GCTCCTCAGC 
CGCAGTGAGG GACAAATGCC GGCAATACCC ATCACTGATG CGGCCCGTCA AGAGTACCTT 
AGGAAACGTT ACCAGAATGC TGACCTCAGC ACTGCCAGCA CTCTGAGGGA CACAGACGAT 
CTTGACCTTG ATGAAGCGGA TGCAACACGC AGTGAAGGAG AGTTCCTGCA CGCTGGTTTA 
CCTCTCCCGG AGGATGACCC GATGCTGCTA CTGCTGGCTC AGATGCAGCG TAACCCGCTA 
GCGGCCGCCC AGAGGGATCT CCCAGAGGCT GCAGTCAGAC AGGTCCTACA AGGTCAAGGG 
TCAAGAGAAG CAGCTGGCAT GTCTGCCACG GGTCGCAGCC TGGGTGAGCT CAGTGTGGGC 
CAGGTTCCCC ACTCCAGGCT GGTCATGGTG CAGTCTCGCA AGGACAGGGA CAGGGGACAT 
GCAGATCGTG GAAGTCCAAC AAGAAGCCCA ACCCGTAGCC CCAGCCGTAG CCCCGGTAGA 
AGCCCAGGCA GAAGCCCCTC TCGCAGCCTG GAGCAAAGTA TAGAAGAAGA AGAATACTGG 
CGGGAAGAAG AGAGGAAGGA AAGGAGGCGG CAGCGGAAAC AGGACCGCAG CAGAACTCCA 
TCGCCACTTC AGCAGCAGCA GCAACAGCAA CAGCAACAGC AACAGCAGCG TAGCAGGACC 
CCACCGCCAC AACAGCAGGG CAGAGCAAGG ACTCCACCTG GTGGTCGTCA CCAGCCTCAG 
GCTGGCCCAG GGAACAGAGG GAGGCCCAGA GGTCAAATGG CATACCAACC GGTTCTGTCA 
GAAGGAGCAC CTGTGTCCAC AAGGGGCCGG ACTCCACCAG GCTACGGAGG AAGCAGACGT 
AGCAGTGACA GTCGCCTGAC CCGCAGCAGT GATCAAGTGC GGCACTCGGG CTCGTCAAAT 
TTCCGGGAAT CAGATTCCCT GCAGTCAGGA TCATTGCGAC GATCAGCTGA GGGAGGTCTC 
ACCTCCAGCT TCAAGTCCCG TCAGTCTGGA GTTAAAAAGT CCGTTGAATT TGACCTGACG 
GGGACCTATG AGAGACGAGA GAGCAACAGA AGTTCTTTCC GCATGTCTCG GGAGTCGACG 
TCAGGCATGT CAGGTCGACT TTCCAACAAC TCGAATCGTT CTTTGGGAAT CGATTATTCC 
TACGAAGGTT CTTTGGATGA ATCCGAGTTG AAGAGAATTG TGGCCAGTCC TGGAGATACA 
GGCACAGGCC CGTACCGCAT GTCGGTGACC ATTCCGTCCA CGATGGAAGC AGAGGACAGC 
GAGCTCTCCG AGATTGACAT TACGGACAAT CAGTAG

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

RefSeq	XP_005098081.2
CDS	85..4200
Translation	MNNSARTRRGDKSPVDQARKLMTSLTELEKETADSVWGPKGHGKDGYLMDVDLGPAPLEKYLKYPENTSSPYPKLGDARAEQKTSTRRSTSDKLAEAKKVLRQLETTRENLEENLAQVIRSRQDLHVFSTLLAPNHDGAPDERLKIERMVNRKIKSLQSDVQRDVLRGLAQREAEKIAAAEEVARQKLLAKKTVTSARYDNAKSGTLKLQAERSARLAYSKSAAVASASVVPSRGKENRASKVKPPPKPVAIKDEKTMTRTYGKPEYQRGRTTIRDPYLHFQNTKKGVANRSVMNESAAVSPVGRGRSPGRSRSPRSGQNQGYGVTSTVPRQFYFSPTRGYIPLQEGAKAPIQGQLVSMAIPLGEPRLEPGVRQSATPIRPASNPVTSTPVPVTAARNVALVSFPVEEDQNKTRTREPELAKQVLPPIDIDSISPSSSRRSDIQIRSPQQGNANVTFLQEVHDDDVDLDKTITEEDSDLDQTGEGIQLPGYEPRVAEYSGPSFPPKTGKSGPDWMAGGEQTQPPQQISDVMAEDLRRKDVLENNAVYWLEQELMARVLTEVMPIQVAQSAPLEAANISKAGSVHSEEASEREDSLLVADMIGHGGLQLFIDAGQPVDNNLVSALVKEVIQERVNSMLAQRPAEGADAVRAMEEIETVLKEKEREAGTPQIPTPEPTPKTSPIPSPRRLKQQATAPTTPPISPPPTGHVFSQRVEPEPLVEPVRAPAPAAAKPRSPPPQPEPEPEAVPTAPPAAVDYESESSVSIDISEELRRVAASGKPKHEEDLPLVQRHDVATPPISPPPMDEEEVQVPAPVSQRQATPPLSPQSVVSREPLPPSSPSKTQAPAPVESKAEKEAEQEEEEEEEEEELEQPHPILMSVAVGTDRSMTMESEPKERRRSPSPKRDKSLRSTGTVSPPPSSDSSITDTVNDRLSEGQWLLSRSEGQMPAIPITDAARQEYLRKRYQNADLSTASTLRDTDDLDLDEADATRSEGEFLHAGLPLPEDDPMLLLLAQMQRNPLAAAQRDLPEAAVRQVLQGQGSREAAGMSATGRSLGELSVGQVPHSRLVMVQSRKDRDRGHADRGSPTRSPTRSPSRSPGRSPGRSPSRSLEQSIEEEEYWREEERKERRRQRKQDRSRTPSPLQQQQQQQQQQQQQRSRTPPPQQQGRARTPPGGRHQPQAGPGNRGRPRGQMAYQPVLSEGAPVSTRGRTPPGYGGSRRSSDSRLTRSSDQVRHSGSSNFRESDSLQSGSLRRSAEGGLTSSFKSRQSGVKKSVEFDLTGTYERRESNRSSFRMSRESTSGMSGRLSNNSNRSLGIDYSYEGSLDESELKRIVASPGDTGTGPYRMSVTIPSTMEAEDSELSEIDITDNQ

Target ORF information:

RefSeq Version	XM_005098024.2
Organism	Aplysia californica(California sea hare)
Definition	Aplysia californica TALPID3 protein-like (LOC101862501), mRNA.

Target ORF information:

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

XM_005098024.2

ORF Insert Sequence:

ATGAACAACA GCGCGAGGAC CAGAAGGGGA GACAAGAGCC CAGTGGACCA GGCGAGGAAA 
TTGATGACGT CCCTTACCGA ACTAGAGAAA GAGACGGCGG ACAGTGTGTG GGGTCCAAAA 
GGTCATGGAA AAGATGGTTA CTTGATGGAT GTCGATCTCG GTCCCGCCCC ACTGGAAAAA 
TATTTGAAAT ATCCGGAGAA TACTTCGAGC CCTTATCCAA AGCTTGGTGA CGCACGTGCT 
GAGCAGAAAA CTTCCACTCG ACGATCAACT TCAGACAAAC TCGCAGAAGC CAAGAAAGTG 
TTAAGGCAAC TGGAGACCAC CCGAGAGAAC TTAGAGGAAA ATCTGGCACA GGTCATTAGA 
TCACGTCAAG ACCTACATGT CTTTTCGACG CTTCTCGCAC CGAACCACGA TGGAGCGCCG 
GATGAGCGAC TGAAAATCGA GAGAATGGTC AACAGAAAGA TTAAGTCACT ACAGAGCGAT 
GTTCAGAGAG ATGTCCTCCG TGGTCTCGCG CAAAGAGAGG CAGAAAAAAT TGCGGCTGCG 
GAGGAAGTGG CCAGACAAAA ATTGCTCGCA AAGAAGACGG TGACGTCTGC TCGTTACGAC 
AATGCCAAGA GTGGCACTCT GAAACTGCAG GCAGAGCGGA GTGCCCGTCT GGCATACAGC 
AAATCTGCAG CAGTTGCCAG TGCCTCTGTG GTGCCAAGCC GTGGCAAGGA AAACAGAGCG 
AGTAAAGTGA AACCTCCTCC AAAGCCGGTG GCCATCAAGG ATGAGAAGAC AATGACGCGG 
ACGTATGGCA AGCCGGAGTA CCAGCGAGGT CGCACCACCA TCAGAGACCC CTACCTGCAC 
TTCCAGAACA CGAAAAAGGG TGTGGCCAAC AGATCAGTCA TGAATGAATC TGCTGCAGTG 
AGTCCAGTTG GCAGGGGCCG GTCACCTGGT CGTTCAAGAT CACCAAGGTC AGGTCAGAAC 
CAGGGTTACG GAGTGACCTC CACAGTCCCA CGACAGTTTT ACTTCAGTCC CACCAGGGGA 
TACATTCCAC TCCAAGAGGG TGCAAAGGCA CCCATCCAAG GTCAGCTGGT TTCCATGGCA 
ATACCACTTG GGGAACCTCG ATTAGAACCA GGGGTCAGAC AGTCGGCTAC TCCGATTCGG 
CCAGCTTCGA ACCCCGTGAC CTCCACCCCT GTGCCAGTGA CAGCTGCCAG GAATGTGGCC 
TTGGTGTCTT TCCCTGTGGA GGAAGACCAA AACAAGACTC GAACCAGGGA GCCGGAGCTT 
GCAAAACAGG TGCTTCCCCC TATTGACATT GACTCCATCT CTCCCTCGTC GTCTCGTCGC 
TCTGACATTC AGATCAGGAG TCCCCAGCAA GGCAATGCCA ATGTAACCTT CTTACAGGAA 
GTACACGATG ATGATGTAGA CCTTGACAAG ACGATTACGG AAGAGGACTC TGACCTTGAT 
CAGACAGGAG AGGGAATACA ACTGCCGGGA TACGAACCCA GAGTGGCAGA GTACTCTGGA 
CCAAGTTTCC CGCCAAAAAC TGGCAAGTCT GGCCCTGACT GGATGGCGGG AGGGGAGCAG 
ACGCAGCCCC CACAGCAGAT ATCGGACGTC ATGGCAGAGG ACCTTCGAAG GAAGGATGTT 
TTGGAGAACA ATGCCGTATA CTGGCTTGAA CAAGAGCTCA TGGCCCGCGT CCTGACTGAG 
GTTATGCCTA TACAAGTGGC CCAGTCGGCC CCTCTGGAAG CGGCCAACAT CAGCAAGGCC 
GGATCAGTTC ACTCTGAGGA GGCCAGTGAG AGGGAAGACT CTTTGCTAGT GGCTGATATG 
ATTGGTCATG GAGGCTTGCA GCTATTTATA GATGCAGGTC AGCCAGTAGA CAACAATCTG 
GTCAGTGCTT TGGTCAAGGA AGTCATCCAA GAAAGAGTTA ACTCTATGCT GGCGCAACGG 
CCCGCTGAGG GGGCGGATGC TGTGCGTGCT ATGGAGGAGA TAGAGACCGT GTTGAAAGAA 
AAGGAAAGAG AAGCTGGCAC TCCGCAGATC CCAACCCCAG AACCGACCCC CAAAACAAGC 
CCCATCCCAT CCCCTCGGCG ACTGAAGCAG CAGGCGACAG CTCCGACCAC CCCACCCATC 
TCCCCGCCAC CCACAGGTCA CGTTTTCTCT CAGCGCGTTG AGCCTGAGCC ACTGGTGGAG 
CCAGTTCGAG CCCCGGCACC TGCGGCCGCT AAGCCTCGTT CCCCTCCACC TCAGCCAGAG 
CCAGAGCCAG AAGCTGTACC CACTGCGCCT CCTGCAGCTG TTGATTATGA GTCAGAGTCT 
TCTGTTTCTA TTGATATATC GGAAGAGCTG AGACGTGTTG CAGCTTCAGG AAAACCAAAA 
CATGAGGAAG ACCTCCCACT AGTACAGCGT CACGATGTAG CCACGCCCCC TATTTCCCCA 
CCACCAATGG ATGAGGAGGA AGTCCAAGTT CCAGCTCCTG TCAGTCAAAG ACAAGCCACA 
CCCCCTCTGT CACCACAGTC AGTTGTTTCT CGTGAGCCTC TACCACCTTC ATCACCGTCA 
AAGACTCAGG CTCCTGCCCC TGTGGAATCA AAGGCAGAAA AGGAGGCAGA GCAAGAAGAG 
GAAGAGGAGG AGGAGGAGGA AGAACTTGAG CAGCCACATC CCATTCTGAT GTCTGTGGCT 
GTGGGTACAG ACCGATCAAT GACAATGGAG TCTGAGCCAA AGGAACGCCG CAGATCACCC 
TCACCGAAGC GCGACAAGAG TCTGCGTTCG ACTGGCACGG TCTCCCCGCC TCCGTCCTCC 
GACTCAAGCA TCACTGACAC AGTCAATGAC AGACTCTCCG AGGGTCAGTG GCTCCTCAGC 
CGCAGTGAGG GACAAATGCC GGCAATACCC ATCACTGATG CGGCCCGTCA AGAGTACCTT 
AGGAAACGTT ACCAGAATGC TGACCTCAGC ACTGCCAGCA CTCTGAGGGA CACAGACGAT 
CTTGACCTTG ATGAAGCGGA TGCAACACGC AGTGAAGGAG AGTTCCTGCA CGCTGGTTTA 
CCTCTCCCGG AGGATGACCC GATGCTGCTA CTGCTGGCTC AGATGCAGCG TAACCCGCTA 
GCGGCCGCCC AGAGGGATCT CCCAGAGGCT GCAGTCAGAC AGGTCCTACA AGGTCAAGGG 
TCAAGAGAAG CAGCTGGCAT GTCTGCCACG GGTCGCAGCC TGGGTGAGCT CAGTGTGGGC 
CAGGTTCCCC ACTCCAGGCT GGTCATGGTG CAGTCTCGCA AGGACAGGGA CAGGGGACAT 
GCAGATCGTG GAAGTCCAAC AAGAAGCCCA ACCCGTAGCC CCAGCCGTAG CCCCGGTAGA 
AGCCCAGGCA GAAGCCCCTC TCGCAGCCTG GAGCAAAGTA TAGAAGAAGA AGAATACTGG 
CGGGAAGAAG AGAGGAAGGA AAGGAGGCGG CAGCGGAAAC AGGACCGCAG CAGAACTCCA 
TCGCCACTTC AGCAGCAGCA GCAACAGCAA CAGCAACAGC AACAGCAGCG TAGCAGGACC 
CCACCGCCAC AACAGCAGGG CAGAGCAAGG ACTCCACCTG GTGGTCGTCA CCAGCCTCAG 
GCTGGCCCAG GGAACAGAGG GAGGCCCAGA GGTCAAATGG CATACCAACC GGTTCTGTCA 
GAAGGAGCAC CTGTGTCCAC AAGGGGCCGG ACTCCACCAG GCTACGGAGG AAGCAGACGT 
AGCAGTGACA GTCGCCTGAC CCGCAGCAGT GATCAAGTGC GGCACTCGGG CTCGTCAAAT 
TTCCGGGAAT CAGATTCCCT GCAGTCAGGA TCATTGCGAC GATCAGCTGA GGGAGGTCTC 
ACCTCCAGCT TCAAGTCCCG TCAGTCTGGA GTTAAAAAGT CCGTTGAATT TGACCTGACG 
GGGACCTATG AGAGACGAGA GAGCAACAGA AGTTCTTTCC GCATGTCTCG GGAGTCGACG 
TCAGGCATGT CAGGTCGACT TTCCAACAAC TCGAATCGTT CTTTGGGAAT CGATTATTCC 
TACGAAGGTT CTTTGGATGA ATCCGAGTTG AAGAGAATTG TGGCCAGTCC TGGAGATACA 
GGCACAGGCC CGTACCGCAT GTCGGTGACC ATTCCGTCCA CGATGGAAGC AGAGGACAGC 
GAGCTCTCCG AGATTGACAT TACGGACAAT CAGTAG