LOC100639645 cDNA ORF clone, Amphimedon queenslandica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100639645
Entrez Gene ID	100639645
Full Name	interaptin-like
Gene Type	protein-coding
Organism	Amphimedon queenslandica

mRNA and Protein(s)

mRNA	Protein	Name
XM_003384194.2	XP_003384242.2	interaptin-like

Pathways from BioSystems
Gene Ontology

The following LOC100639645 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100639645 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
OAm13098	XM_003384194.2 Latest version!	Amphimedon queenslandica interaptin-like (LOC100639645), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC100639645 ( XM_003384194.2 ) cDNA ORF clone, Amphimedon queenslandica -> XP_003384242.2 Amphimedon queenslandica interaptin-like (LOC100639645), mRNA.

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CloneID	OAm13098
Clone ID Related Accession (Same CDS sequence)	XM_003384194.2
Accession Version	XM_003384194.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6075bp) 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	2017-01-17
Organism	Amphimedon queenslandica
Product	interaptin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003546265.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jan 18, 2017 this sequence version replaced XM_003384194.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Amphimedon queenslandica Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCATCTT CGGGCTCTGC CACAAGGCCT GGCAGCAGCA ACTCTTCCAC GGCCTCCCCT 
ACCCCTCGCT CACTGGTCAG TGGCGGAAGC ACTCGGACTC GCCCTTCTTC TAGAGGAGAA 
ACAGGCTCGC CTGGAGGAAT GGGTGAATCT CCTGTGGTGC ACAATGTGGT GACTACTATA 
GGTGGAATAG GGCGGCCATT ACGTGTGACC AGCAACCAGT TCACTGACAT TAAGAAGTTC 
TTTGAGAAAG GATGCAATAA TAATGATAAG ACTGAATCTT CTGGAGAAGA TAACAGCAGT 
GTGCAGCCAG CAGCCAGACA GAACTACTCT TCTACCAGCG ACAGAGCTTC TGTTGTGTCT 
CCTGTTGGAG TTGGCTCGTC GAGTCGTCGT GGCAACAGCA CAAGCAGCTC TAGCACTAGT 
GGAAACTTAC GACTTGATGA GACGGGACAA AAAGAGGAAA GCCAGTCTAG TCAGAGCCAA 
TCGGACGAAG GAGAAGAGTT TATACAGCAA CCAGAGGGAG GGACAGAAGG AGTGGACAGG 
ACCATTTCCC CACAAGGAGC CAGTGACAAA CATTACAAAG AGGACAAGAG TCCTTCGGCT 
AGTAGAAGGT TCCCTACCTG TGTACTGGAT GGACGTAGTG TTCACAAGGA GCTGGACATC 
AGCAAGAGGA CTTGGTCTAA TTGGAGCGAG GGGGGCCAGC GTGTGAAGAC AACCGCTTCA 
TCTTCAACAA GTGACTCAGA TCAGGACCTC CTTCTAAGAA TCGATAGTCT GTTAAAGGAA 
AAAAACAGAG CTGAACTGGA GTTGAAGGAC TTGTCTGAAA GGAACCAGTC GCTTCAGAGG 
GAGCTGCTCT TTCAACGTAA ATCCTTCACA ATGTCCCAGG ATCGTTCGAA TGACGTCATT 
GAGAGACTTA TATCAGAGAA TAATCATCTA ACGAAATCAC TGAGTATCGT GGAGAAGGAG 
AAAGATGAGG TGTCATTGGA AGCAAAAGAG ATCCAGAAAC AATACGAGGA GAATATTGAA 
AAACTTGATC AGGTGGAGAA GATATACAGA GAGGCCGAGC AGCAGAATCA AGAGATTAGC 
GATGAGCTAG CGACTGTCAT GAAAGCAACA AGCAAACTAA AAGAACAGAA AACTAAACTA 
GACGGAGAAA TTCAAGAAGC ACGCAAGACC AAGGATTCTC TCCGAGCAAC CATACAAAAA 
CTCAGAGACC AAAACTCGTC GCTAGAGGAA AGGCTGGGGG CTCTCACTCG CGAGAAGTCT 
TTGCTCTCAA AAGAGAGATC GCTAAAGGAG TCGACCGAGA AAGACCTCAC CATAAAATTG 
GACGAGACTG AGAAACTCCT TGCGCAAGTT GAAGCCGAGA ATGATCGCGT TTCAGAGAGC 
CTTCACAAAG TCGAGCGAGA GAAAGCGTCG CTCTCTGATC AGCTCTTAAC GATGGAGTCA 
ACCCTCCAGA CGCTAAAAGG ACAAGTTGAA GAAGGAAAGA AAGAGAGAGA GAGTCTCAAC 
AAAAAGCTTA CCTCCCTTAC ACAGAGAGAG CGAGTGTTAA AAGAAAGCGA GTCCCACCTG 
CTTAAAGAGG TTGAGTGCTC TGTTAATCAC GTCCTTGCTC AGTACCCTGC TCTCAAAACC 
AGACTGAACA CCAGCGGATC ACAAGCAGGG AAGAGATATA CAGAACAGCC TTACCAGTTG 
AGACGAATGA TGTCATTACA CAGAGCTGTA CTGATAGAGC TCTCTCGCTT AGAAAAGGAC 
AAAGAGTCGG CACAGGCGTC TGTTGCTAGT CTTTCAAAGA CTCTTGAGGA GAAGGAGACG 
CAACTGTCTG AAAAAGAGAA AGCTAATTCA CAACTCAGGG AGGAATATGA GGCACTAAGC 
ACAGAATCTG AGCATCGCTA TACCGAGTTA CAGTCAGAGT ATCAAGAGGC CCTGCAGAGC 
TTTGAGAGAG AAGGAGAGAG ACACAGGGAG GAAATGAACG AGCTGCTCCA AGTCAACGAG 
ACGCTCGAAG AAGATATAGA AGAAGTCTCG AATTCGTATC ACGCCATTTT GGAGGAGAAG 
AAGGCAGCAA AAGCAAGTCT CGTGAAGCAA GAGGAAGAGT TTTGTGTCAT TGTGGGACAT 
TTGCTGGCGG AGAAAGCTTT GCTCTCGGCT TGTTTTGCGT TAAATAAAGA AAGACTCTCC 
ACTCCTCCTA CTCAGTCTTT GTCTTCAGGT GGAGACGAGG ACCTACAGTC ACTCCTCCTT 
GAGAAGTCTT CACTGAACGA GAGCCTCAAT GCTGTTAATA CTCAATTGGA TGAGGCACGA 
GGCCAGTTGA AGAAGAGCCA AGAAGAGAGA CAGGAGCTGC TGCTGGAGTC GGATAAACTT 
AAAGTACAAC TGATGACAGA AATCAGTTTA TTAAAGAGTC AAGTATCTGG ATTAGAGAAG 
GATAATGCTC TACTGGAGAT GCAAGCTTCT TCTAATGGCT CCATTCCTCC TGGCAGTAAC 
AGTGCATTCC AGCCGGTCGT TACCGCCCCC GCAGTGAGTG GGAGGAGCAA AGCTCAGAAT 
GAACTCGTAC TAGAGCTACA GCATAAAGTG ATGCTACTGG AGGGCGAAAA CAAACGATTA 
AATGATATCA TTCACAATAC GTCTTCGTCC CTTGATAAAG GGAACACTCA GCGGAGGCAG 
CTGCTAGAGA TGAGGAAGAA GGTTTATTTC TTGGAGTCTG AGAAGAGGCA GCTCACGGAC 
AAAGTCTCCA ACCTTCATGC ATCCCTCAAG ATGATGAGAG AGAGTAAGGA CAGACTGACA 
CAAGATAGAC TCAAGTCCTT GCAAGAAGAG AACACATCAC TCCAGGATCG TATTCGCAGC 
ATGGAAGACA TGTTCACTCG TAAGCTAATG AACGCCGATG CCACTATAGC CTCTACTGCC 
AAAGACAATG ACGTGCTTCA ACACAAACTG AGTCTCATCC CAGAGTTCCT TAAAGGTGTG 
AAAACCTTTA GCGAGAGCCT CTCGAGTCTC TCGTCCCTTG TTCAGACCCA AGAGGAAGAA 
CTCATCAGTT TGAAAGCGAG CCTCTCGGGA GCCAGTGGCA TACTCTCGCC AGCTGGTGAT 
ATAATGGAGA GAGTCCTAAA GTGTCACTCG GAAATACAAG AGATTATTCC CGCGAGGCCA 
CAGCCGGACG AGAGTGCCAC GCCCTCTCAA CGCGGCCCCT CTACTCTCAC TCGTCTTGGT 
TCTACAAATG CCCGCCCTCC TGTCTTTCAG CAGGTATCTC GTGAGTACAT ATCCAGTCTT 
GAAGGTACTA GTGGCATCGT TAGTCCTGTC CCAATGAGGT CTCGGTCTCA GTCCCAGTCC 
GCTGGAGACG GAGGTGCTAA AGGTGGGGCT TACGTTCATC AGATTCGTGA GAAACTCTCC 
AGTCTTTATG CCGATAGTTT GAGTATTAAG GATCTTTTAA AGCACGTTCA CGAGTCCTTA 
GGCCTGAAAC AGTCAGAGAT CTCTGGCCTA CAAAAGAGTT TTACGACATT CCAGAACGAA 
CTCAAGTCCT CGCTGAGGGT CCTCGAGGAG ACTGGGGACT CACTCGCATT ACTATGGCAA 
CGGGAACTCC CCTCAGAGCA GTTGAACTCC ATAGTGATCC TAAAGCATCA GGTTGAGACA 
TGGCAGGATA AAGTGATTGC AAGGGACATG GCACTTAAAG ATATTGACTT GCAAATGAAG 
GAAGATTATG AAGCACACAA TAGGCGTTTC TCACTCCTCA AAAGTCAAGT TCTTGACCTA 
AAGGAAGAGA TATCAGTTGG ATCAGATAAA CTATTGGCTA GAGACCAGTA TATACAGGAA 
CTGGAGGAGA GATCACTGAA CGCTGAGTCT GAGCTGTATA AGCTAAGGAA GGAGAATGAA 
CACACTCTGT GTATACTACA AGAATCTCTT AACGTTCCTG AAGGATTCAC AATACAACTA 
CAAAGTCATA GTGGCAACAT TTCAGAGCTG GTCCGACTTC AGAGTGAAGA GCTTCATCAT 
GTCAAAGGAA TATTGAATGA GTACATTTAC CAAATCAACC AACTGCAAGC AAGGCTGGAG 
TCCACTCACC ACGAGAACAG CTTGTTGAAG CATCAGAGCA TTGAGCAAGA GAGGCACCAC 
AGACTAGTAA TGGAGGAACT CCACACTGAG AGGGACTACC TCAGGACACT CAACTTCCAA 
CTCATTGAAC AACAGTTTAA AGTTGAAGAT GTTGGGGATT TGTTAAAGAA ACTGAAGAGA 
TCTCAGGAAG CCATTGCTGA ACAGAGAGAA ATACGAATGA TGGGAACAGA GTTGGATAAT 
GCTAAGTTAT TGTTGAGAGA GAAGGAGTTA CGTATATCCG AGTTAGCTCA TCAATTAGAC 
ACTCAGAAAC TGGACGCACT CAAGGGACAC CATCGCACAC TCCCAACTCC TCCCACAGGA 
ATAGGAAATG ATGTACTCCT GAGCACATCT CATGGAACCT ATCCACACAT TGTTCCTGCT 
TCTCGTGGTT TCTCTCGTCC TCACAGTGCA AGTTCTGCCG AGTCGGCACG ACCGCCGCGT 
TACACAATGA TCACTGATCG GAATCATCCT AAAGTTATTA ATAGAAGCAA GCTCCCATCG 
ATGCTTGAAG CTGGAGATTT CTTAATTCAA CTTCCTCCGT CGACGACCAA TGGAGAAGGA 
GTCAACGTTG ACCTGGAGAA ACTCAACCAG ACGACAGAGA ATGAGGGCTA TTACATTGGA 
TACACTGTAG TCACTGATGA CGAAGGTGGT ATGGCTTTAA CTGATGATGC CTCTCCAAAG 
ATACCACAAA AGAACCGAAT CAAAAGACAT CGTCGGACGG CATCCACCGG CTCCGATAAC 
CTAAAGAACT TCCTCTCGTC AGGTTCAAGC GCTTCTGATA GCCGCCCGCC CCCTAATCAC 
TCCTCCACCC TCCCACACTC CGTTGCTAGG CAACACAGAC CGCCTAAACG CCCGGGAAGT 
GCTGATTCCA TGGTCTATTC TCCTGGAGTG GAGACAAGTG GAGCAGAAAC AGTTACCGAG 
GGAAAAGGAA GGATGGGAGA GACCAATAAT GATTTGATCG GACGCTACGC TAAAGACATG 
CAAGAAGAGA TTGGCGAGAT GATTAATAAA CACAACAGTA CTAACAATGG AGGTGGGGGC 
GGAGAAAATG AAGAAGAGAA GTTGCAACGG ACTCCTCCAT TGGCTTTATC AACCGTTCAA 
CAACCGGTGG CTACTTCAGG AGGAGGAGGA GGGGGGAAGG AGAAAGTAGG AGACAAGGTT 
AGTAGTAAAG GAGAGAGCCA GTCGTCAAAA CCAAGAATAT GGACTCATCT CACGAGACAA 
TTTGGAGGAG GAAAGACATC AGCTAAAGAG AAAGTAAAGG GACTTAATAA GAACCATGAC 
AGCAGCAGCA CTCCTAATAC TATACCAATC ACCGATCCTA GCACAACGAC CAATAATAAC 
AATGGGAAGG ACAAGCAACC AGGAAAGACT CTACACCAAC AGAAACTCTT TCCCGAAGAC 
GAGCTCTCGG CCACTCTCTC TCGCATACCC AGTCTGACCA GTTCTGTCGG TCGCTCGGAC 
AGTTTTGCAA GTACATGTAC CTCATTTTCA GGACTGGGCG GAGAGAGTTC CCCTTACTCC 
ACCCCCTCTC TAGACTCCCT ATACATTGAC TCATTTGATA ACATGCTCCA CCTACCATTT 
TATAAACGAG GACCAGCTTA TACCCCAGTA GTCGGTCATC ATACTTCCAG TTCGGACGAA 
GAGACTCGTC CTTATAACCC CGCTAGGACT CTTAAACGGA GCACGCTAGT CGAGAAAGGC 
TCAAAGACTT TACCGCATCA TTTCCAGCCG GTCCCATTGG CAGGCATGGG TATTCACCAT 
CGCACGACGT CCTCCTGTGA CTCGGACCAA CTGGCAAGTC ACATGACGTA TCACGGTATT 
CCCCTTCAGC GCTCGGAGAG TATCAGTATC TCTGATATGG ATAAGGACTT GACTGATCAC 
GAGGGAATGC AGGAGAAGAT CCAGAGCCTC ACAAAGCAGA TGGGCAAAGT AAGGAGGAGC 
TCTACTGGGT CTGTTACTAT ATGTACTCAC TCTGGGAGCT CAATGGAAGA CATTAAAGGA 
GTTGACCAAT ATTAA

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

RefSeq	XP_003384242.2
CDS	202..6276
Translation	MSSSGSATRPGSSNSSTASPTPRSLVSGGSTRTRPSSRGETGSPGGMGESPVVHNVVTTIGGIGRPLRVTSNQFTDIKKFFEKGCNNNDKTESSGEDNSSVQPAARQNYSSTSDRASVVSPVGVGSSSRRGNSTSSSSTSGNLRLDETGQKEESQSSQSQSDEGEEFIQQPEGGTEGVDRTISPQGASDKHYKEDKSPSASRRFPTCVLDGRSVHKELDISKRTWSNWSEGGQRVKTTASSSTSDSDQDLLLRIDSLLKEKNRAELELKDLSERNQSLQRELLFQRKSFTMSQDRSNDVIERLISENNHLTKSLSIVEKEKDEVSLEAKEIQKQYEENIEKLDQVEKIYREAEQQNQEISDELATVMKATSKLKEQKTKLDGEIQEARKTKDSLRATIQKLRDQNSSLEERLGALTREKSLLSKERSLKESTEKDLTIKLDETEKLLAQVEAENDRVSESLHKVEREKASLSDQLLTMESTLQTLKGQVEEGKKERESLNKKLTSLTQRERVLKESESHLLKEVECSVNHVLAQYPALKTRLNTSGSQAGKRYTEQPYQLRRMMSLHRAVLIELSRLEKDKESAQASVASLSKTLEEKETQLSEKEKANSQLREEYEALSTESEHRYTELQSEYQEALQSFEREGERHREEMNELLQVNETLEEDIEEVSNSYHAILEEKKAAKASLVKQEEEFCVIVGHLLAEKALLSACFALNKERLSTPPTQSLSSGGDEDLQSLLLEKSSLNESLNAVNTQLDEARGQLKKSQEERQELLLESDKLKVQLMTEISLLKSQVSGLEKDNALLEMQASSNGSIPPGSNSAFQPVVTAPAVSGRSKAQNELVLELQHKVMLLEGENKRLNDIIHNTSSSLDKGNTQRRQLLEMRKKVYFLESEKRQLTDKVSNLHASLKMMRESKDRLTQDRLKSLQEENTSLQDRIRSMEDMFTRKLMNADATIASTAKDNDVLQHKLSLIPEFLKGVKTFSESLSSLSSLVQTQEEELISLKASLSGASGILSPAGDIMERVLKCHSEIQEIIPARPQPDESATPSQRGPSTLTRLGSTNARPPVFQQVSREYISSLEGTSGIVSPVPMRSRSQSQSAGDGGAKGGAYVHQIREKLSSLYADSLSIKDLLKHVHESLGLKQSEISGLQKSFTTFQNELKSSLRVLEETGDSLALLWQRELPSEQLNSIVILKHQVETWQDKVIARDMALKDIDLQMKEDYEAHNRRFSLLKSQVLDLKEEISVGSDKLLARDQYIQELEERSLNAESELYKLRKENEHTLCILQESLNVPEGFTIQLQSHSGNISELVRLQSEELHHVKGILNEYIYQINQLQARLESTHHENSLLKHQSIEQERHHRLVMEELHTERDYLRTLNFQLIEQQFKVEDVGDLLKKLKRSQEAIAEQREIRMMGTELDNAKLLLREKELRISELAHQLDTQKLDALKGHHRTLPTPPTGIGNDVLLSTSHGTYPHIVPASRGFSRPHSASSAESARPPRYTMITDRNHPKVINRSKLPSMLEAGDFLIQLPPSTTNGEGVNVDLEKLNQTTENEGYYIGYTVVTDDEGGMALTDDASPKIPQKNRIKRHRRTASTGSDNLKNFLSSGSSASDSRPPPNHSSTLPHSVARQHRPPKRPGSADSMVYSPGVETSGAETVTEGKGRMGETNNDLIGRYAKDMQEEIGEMINKHNSTNNGGGGGENEEEKLQRTPPLALSTVQQPVATSGGGGGGKEKVGDKVSSKGESQSSKPRIWTHLTRQFGGGKTSAKEKVKGLNKNHDSSSTPNTIPITDPSTTTNNNNGKDKQPGKTLHQQKLFPEDELSATLSRIPSLTSSVGRSDSFASTCTSFSGLGGESSPYSTPSLDSLYIDSFDNMLHLPFYKRGPAYTPVVGHHTSSSDEETRPYNPARTLKRSTLVEKGSKTLPHHFQPVPLAGMGIHHRTTSSCDSDQLASHMTYHGIPLQRSESISISDMDKDLTDHEGMQEKIQSLTKQMGKVRRSSTGSVTICTHSGSSMEDIKGVDQY

Target ORF information:

RefSeq Version	XM_003384194.2
Organism	Amphimedon queenslandica
Definition	Amphimedon queenslandica interaptin-like (LOC100639645), mRNA.

Target ORF information:

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

XM_003384194.2

ORF Insert Sequence:

ATGTCATCTT CGGGCTCTGC CACAAGGCCT GGCAGCAGCA ACTCTTCCAC GGCCTCCCCT 
ACCCCTCGCT CACTGGTCAG TGGCGGAAGC ACTCGGACTC GCCCTTCTTC TAGAGGAGAA 
ACAGGCTCGC CTGGAGGAAT GGGTGAATCT CCTGTGGTGC ACAATGTGGT GACTACTATA 
GGTGGAATAG GGCGGCCATT ACGTGTGACC AGCAACCAGT TCACTGACAT TAAGAAGTTC 
TTTGAGAAAG GATGCAATAA TAATGATAAG ACTGAATCTT CTGGAGAAGA TAACAGCAGT 
GTGCAGCCAG CAGCCAGACA GAACTACTCT TCTACCAGCG ACAGAGCTTC TGTTGTGTCT 
CCTGTTGGAG TTGGCTCGTC GAGTCGTCGT GGCAACAGCA CAAGCAGCTC TAGCACTAGT 
GGAAACTTAC GACTTGATGA GACGGGACAA AAAGAGGAAA GCCAGTCTAG TCAGAGCCAA 
TCGGACGAAG GAGAAGAGTT TATACAGCAA CCAGAGGGAG GGACAGAAGG AGTGGACAGG 
ACCATTTCCC CACAAGGAGC CAGTGACAAA CATTACAAAG AGGACAAGAG TCCTTCGGCT 
AGTAGAAGGT TCCCTACCTG TGTACTGGAT GGACGTAGTG TTCACAAGGA GCTGGACATC 
AGCAAGAGGA CTTGGTCTAA TTGGAGCGAG GGGGGCCAGC GTGTGAAGAC AACCGCTTCA 
TCTTCAACAA GTGACTCAGA TCAGGACCTC CTTCTAAGAA TCGATAGTCT GTTAAAGGAA 
AAAAACAGAG CTGAACTGGA GTTGAAGGAC TTGTCTGAAA GGAACCAGTC GCTTCAGAGG 
GAGCTGCTCT TTCAACGTAA ATCCTTCACA ATGTCCCAGG ATCGTTCGAA TGACGTCATT 
GAGAGACTTA TATCAGAGAA TAATCATCTA ACGAAATCAC TGAGTATCGT GGAGAAGGAG 
AAAGATGAGG TGTCATTGGA AGCAAAAGAG ATCCAGAAAC AATACGAGGA GAATATTGAA 
AAACTTGATC AGGTGGAGAA GATATACAGA GAGGCCGAGC AGCAGAATCA AGAGATTAGC 
GATGAGCTAG CGACTGTCAT GAAAGCAACA AGCAAACTAA AAGAACAGAA AACTAAACTA 
GACGGAGAAA TTCAAGAAGC ACGCAAGACC AAGGATTCTC TCCGAGCAAC CATACAAAAA 
CTCAGAGACC AAAACTCGTC GCTAGAGGAA AGGCTGGGGG CTCTCACTCG CGAGAAGTCT 
TTGCTCTCAA AAGAGAGATC GCTAAAGGAG TCGACCGAGA AAGACCTCAC CATAAAATTG 
GACGAGACTG AGAAACTCCT TGCGCAAGTT GAAGCCGAGA ATGATCGCGT TTCAGAGAGC 
CTTCACAAAG TCGAGCGAGA GAAAGCGTCG CTCTCTGATC AGCTCTTAAC GATGGAGTCA 
ACCCTCCAGA CGCTAAAAGG ACAAGTTGAA GAAGGAAAGA AAGAGAGAGA GAGTCTCAAC 
AAAAAGCTTA CCTCCCTTAC ACAGAGAGAG CGAGTGTTAA AAGAAAGCGA GTCCCACCTG 
CTTAAAGAGG TTGAGTGCTC TGTTAATCAC GTCCTTGCTC AGTACCCTGC TCTCAAAACC 
AGACTGAACA CCAGCGGATC ACAAGCAGGG AAGAGATATA CAGAACAGCC TTACCAGTTG 
AGACGAATGA TGTCATTACA CAGAGCTGTA CTGATAGAGC TCTCTCGCTT AGAAAAGGAC 
AAAGAGTCGG CACAGGCGTC TGTTGCTAGT CTTTCAAAGA CTCTTGAGGA GAAGGAGACG 
CAACTGTCTG AAAAAGAGAA AGCTAATTCA CAACTCAGGG AGGAATATGA GGCACTAAGC 
ACAGAATCTG AGCATCGCTA TACCGAGTTA CAGTCAGAGT ATCAAGAGGC CCTGCAGAGC 
TTTGAGAGAG AAGGAGAGAG ACACAGGGAG GAAATGAACG AGCTGCTCCA AGTCAACGAG 
ACGCTCGAAG AAGATATAGA AGAAGTCTCG AATTCGTATC ACGCCATTTT GGAGGAGAAG 
AAGGCAGCAA AAGCAAGTCT CGTGAAGCAA GAGGAAGAGT TTTGTGTCAT TGTGGGACAT 
TTGCTGGCGG AGAAAGCTTT GCTCTCGGCT TGTTTTGCGT TAAATAAAGA AAGACTCTCC 
ACTCCTCCTA CTCAGTCTTT GTCTTCAGGT GGAGACGAGG ACCTACAGTC ACTCCTCCTT 
GAGAAGTCTT CACTGAACGA GAGCCTCAAT GCTGTTAATA CTCAATTGGA TGAGGCACGA 
GGCCAGTTGA AGAAGAGCCA AGAAGAGAGA CAGGAGCTGC TGCTGGAGTC GGATAAACTT 
AAAGTACAAC TGATGACAGA AATCAGTTTA TTAAAGAGTC AAGTATCTGG ATTAGAGAAG 
GATAATGCTC TACTGGAGAT GCAAGCTTCT TCTAATGGCT CCATTCCTCC TGGCAGTAAC 
AGTGCATTCC AGCCGGTCGT TACCGCCCCC GCAGTGAGTG GGAGGAGCAA AGCTCAGAAT 
GAACTCGTAC TAGAGCTACA GCATAAAGTG ATGCTACTGG AGGGCGAAAA CAAACGATTA 
AATGATATCA TTCACAATAC GTCTTCGTCC CTTGATAAAG GGAACACTCA GCGGAGGCAG 
CTGCTAGAGA TGAGGAAGAA GGTTTATTTC TTGGAGTCTG AGAAGAGGCA GCTCACGGAC 
AAAGTCTCCA ACCTTCATGC ATCCCTCAAG ATGATGAGAG AGAGTAAGGA CAGACTGACA 
CAAGATAGAC TCAAGTCCTT GCAAGAAGAG AACACATCAC TCCAGGATCG TATTCGCAGC 
ATGGAAGACA TGTTCACTCG TAAGCTAATG AACGCCGATG CCACTATAGC CTCTACTGCC 
AAAGACAATG ACGTGCTTCA ACACAAACTG AGTCTCATCC CAGAGTTCCT TAAAGGTGTG 
AAAACCTTTA GCGAGAGCCT CTCGAGTCTC TCGTCCCTTG TTCAGACCCA AGAGGAAGAA 
CTCATCAGTT TGAAAGCGAG CCTCTCGGGA GCCAGTGGCA TACTCTCGCC AGCTGGTGAT 
ATAATGGAGA GAGTCCTAAA GTGTCACTCG GAAATACAAG AGATTATTCC CGCGAGGCCA 
CAGCCGGACG AGAGTGCCAC GCCCTCTCAA CGCGGCCCCT CTACTCTCAC TCGTCTTGGT 
TCTACAAATG CCCGCCCTCC TGTCTTTCAG CAGGTATCTC GTGAGTACAT ATCCAGTCTT 
GAAGGTACTA GTGGCATCGT TAGTCCTGTC CCAATGAGGT CTCGGTCTCA GTCCCAGTCC 
GCTGGAGACG GAGGTGCTAA AGGTGGGGCT TACGTTCATC AGATTCGTGA GAAACTCTCC 
AGTCTTTATG CCGATAGTTT GAGTATTAAG GATCTTTTAA AGCACGTTCA CGAGTCCTTA 
GGCCTGAAAC AGTCAGAGAT CTCTGGCCTA CAAAAGAGTT TTACGACATT CCAGAACGAA 
CTCAAGTCCT CGCTGAGGGT CCTCGAGGAG ACTGGGGACT CACTCGCATT ACTATGGCAA 
CGGGAACTCC CCTCAGAGCA GTTGAACTCC ATAGTGATCC TAAAGCATCA GGTTGAGACA 
TGGCAGGATA AAGTGATTGC AAGGGACATG GCACTTAAAG ATATTGACTT GCAAATGAAG 
GAAGATTATG AAGCACACAA TAGGCGTTTC TCACTCCTCA AAAGTCAAGT TCTTGACCTA 
AAGGAAGAGA TATCAGTTGG ATCAGATAAA CTATTGGCTA GAGACCAGTA TATACAGGAA 
CTGGAGGAGA GATCACTGAA CGCTGAGTCT GAGCTGTATA AGCTAAGGAA GGAGAATGAA 
CACACTCTGT GTATACTACA AGAATCTCTT AACGTTCCTG AAGGATTCAC AATACAACTA 
CAAAGTCATA GTGGCAACAT TTCAGAGCTG GTCCGACTTC AGAGTGAAGA GCTTCATCAT 
GTCAAAGGAA TATTGAATGA GTACATTTAC CAAATCAACC AACTGCAAGC AAGGCTGGAG 
TCCACTCACC ACGAGAACAG CTTGTTGAAG CATCAGAGCA TTGAGCAAGA GAGGCACCAC 
AGACTAGTAA TGGAGGAACT CCACACTGAG AGGGACTACC TCAGGACACT CAACTTCCAA 
CTCATTGAAC AACAGTTTAA AGTTGAAGAT GTTGGGGATT TGTTAAAGAA ACTGAAGAGA 
TCTCAGGAAG CCATTGCTGA ACAGAGAGAA ATACGAATGA TGGGAACAGA GTTGGATAAT 
GCTAAGTTAT TGTTGAGAGA GAAGGAGTTA CGTATATCCG AGTTAGCTCA TCAATTAGAC 
ACTCAGAAAC TGGACGCACT CAAGGGACAC CATCGCACAC TCCCAACTCC TCCCACAGGA 
ATAGGAAATG ATGTACTCCT GAGCACATCT CATGGAACCT ATCCACACAT TGTTCCTGCT 
TCTCGTGGTT TCTCTCGTCC TCACAGTGCA AGTTCTGCCG AGTCGGCACG ACCGCCGCGT 
TACACAATGA TCACTGATCG GAATCATCCT AAAGTTATTA ATAGAAGCAA GCTCCCATCG 
ATGCTTGAAG CTGGAGATTT CTTAATTCAA CTTCCTCCGT CGACGACCAA TGGAGAAGGA 
GTCAACGTTG ACCTGGAGAA ACTCAACCAG ACGACAGAGA ATGAGGGCTA TTACATTGGA 
TACACTGTAG TCACTGATGA CGAAGGTGGT ATGGCTTTAA CTGATGATGC CTCTCCAAAG 
ATACCACAAA AGAACCGAAT CAAAAGACAT CGTCGGACGG CATCCACCGG CTCCGATAAC 
CTAAAGAACT TCCTCTCGTC AGGTTCAAGC GCTTCTGATA GCCGCCCGCC CCCTAATCAC 
TCCTCCACCC TCCCACACTC CGTTGCTAGG CAACACAGAC CGCCTAAACG CCCGGGAAGT 
GCTGATTCCA TGGTCTATTC TCCTGGAGTG GAGACAAGTG GAGCAGAAAC AGTTACCGAG 
GGAAAAGGAA GGATGGGAGA GACCAATAAT GATTTGATCG GACGCTACGC TAAAGACATG 
CAAGAAGAGA TTGGCGAGAT GATTAATAAA CACAACAGTA CTAACAATGG AGGTGGGGGC 
GGAGAAAATG AAGAAGAGAA GTTGCAACGG ACTCCTCCAT TGGCTTTATC AACCGTTCAA 
CAACCGGTGG CTACTTCAGG AGGAGGAGGA GGGGGGAAGG AGAAAGTAGG AGACAAGGTT 
AGTAGTAAAG GAGAGAGCCA GTCGTCAAAA CCAAGAATAT GGACTCATCT CACGAGACAA 
TTTGGAGGAG GAAAGACATC AGCTAAAGAG AAAGTAAAGG GACTTAATAA GAACCATGAC 
AGCAGCAGCA CTCCTAATAC TATACCAATC ACCGATCCTA GCACAACGAC CAATAATAAC 
AATGGGAAGG ACAAGCAACC AGGAAAGACT CTACACCAAC AGAAACTCTT TCCCGAAGAC 
GAGCTCTCGG CCACTCTCTC TCGCATACCC AGTCTGACCA GTTCTGTCGG TCGCTCGGAC 
AGTTTTGCAA GTACATGTAC CTCATTTTCA GGACTGGGCG GAGAGAGTTC CCCTTACTCC 
ACCCCCTCTC TAGACTCCCT ATACATTGAC TCATTTGATA ACATGCTCCA CCTACCATTT 
TATAAACGAG GACCAGCTTA TACCCCAGTA GTCGGTCATC ATACTTCCAG TTCGGACGAA 
GAGACTCGTC CTTATAACCC CGCTAGGACT CTTAAACGGA GCACGCTAGT CGAGAAAGGC 
TCAAAGACTT TACCGCATCA TTTCCAGCCG GTCCCATTGG CAGGCATGGG TATTCACCAT 
CGCACGACGT CCTCCTGTGA CTCGGACCAA CTGGCAAGTC ACATGACGTA TCACGGTATT 
CCCCTTCAGC GCTCGGAGAG TATCAGTATC TCTGATATGG ATAAGGACTT GACTGATCAC 
GAGGGAATGC AGGAGAAGAT CCAGAGCCTC ACAAAGCAGA TGGGCAAAGT AAGGAGGAGC 
TCTACTGGGT CTGTTACTAT ATGTACTCAC TCTGGGAGCT CAATGGAAGA CATTAAAGGA 
GTTGACCAAT ATTAA