LOC111150861 cDNA ORF clone, Enhydra lutris kenyoni

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111150861
Entrez Gene ID	111150861
Full Name	adenylate cyclase 10
Gene Type	protein-coding
Organism	Enhydra lutris kenyoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_022508502.1	XP_022364210.1	adenylate cyclase type 10

Pathways from BioSystems
Gene Ontology

The following LOC111150861 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111150861 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
OEn38893	XM_022508502.1 Latest version!	Enhydra lutris kenyoni adenylate cyclase 10, soluble (LOC111150861), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC111150861 ( XM_022508502.1 ) cDNA ORF clone, Enhydra lutris kenyoni -> XP_022364210.1 Enhydra lutris kenyoni adenylate cyclase 10, soluble (LOC111150861), mRNA.

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CloneID	OEn38893
Clone ID Related Accession (Same CDS sequence)	XM_022508502.1
Accession Version	XM_022508502.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4833bp) 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	2017-09-19
Organism	Enhydra lutris kenyoni
Product	adenylate cyclase type 10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019154108.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Enhydra lutris kenyoni Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTCCA GAAGAGAAGA ATCACAGGAC CGAGCCATCG TCCGGATAGC AGCTCACTTA 
CCGGACCTCA TCGTCTATGG AGACTTCTCT CCAGAGCGAC CCTCTGTGGA TTATTTTGAT 
GGAGTCCTGA TGTTTGTCGA TATTTCAGGG TTCACCGCCA TGACTGAGAA GTTCAGCACG 
GCCATGTACA TGGACCGAGG GGCCGAGCAG CTGGTGGAGA TCCTCAACCA CTACATCAGC 
GCAATAGTGG AGAAAGTGTT AATTTTTGGA GGAGACATCT TAAAATTTGC AGGTGACGCG 
CTGCTGGCCT TGTGGAAGGT GGAGCGGAGG CAGCTGGAGA ACATCATCAC GGTGGTGATT 
AAGTGCAGCC TGGAGATCCA TGGGCTGTTT GAGACGCAGG AGTCTGAAGA AGGCCTGGAC 
GTGCGCGTCA AGATCGCCCT GGCTGCCGGC CACATCACCA TGCTGGTCTT CGGAGACGAA 
ACACGCAACT ACTTTCTGGT GATTGGGCAG GCGGTGGATG ACGTGCGCCT TGCGCAGAAC 
ATGGCGCAGA TGAATGACGT CATCCTGTCA CCAAACTGCT GGCAGCTCTG CGACCGGAGC 
ATGGTCGAAA TTGAGAGGAT CCCGGATCAG AGAGCTGTTA AGGTTAATTT CTTAAAACCG 
CCTTCTACTT TTAATTTTGA TGAATTTTTC ACAAAGTGTA TGACTTTCAT GAATTATTAT 
CCTTCTGGTG ACCACAAAAA CCTCCTGAGG CTTGCGTGCA TGCTGGAGTC CGACCCTGAG 
CTCGAGATGT CCCTGCAAAA GTATGTGATG GAAAGCATAT TGAAGCAGAT CGACGACAAG 
CAGCTCCGGG GCTATTTGTC TGAGCTGCGC CCGGTGACCA TTGTGTTTGT GAACCTGATG 
TTTAAGGACC AAGACAAGGC CGAGGTCATC GGCTCGGCCA TCCAGGACGC CTGCGTGCAC 
ATCAGCTCCG TCCTGAGGGT CTTCCGAGGC CAAATCAACA AAGTGTTCAT GTTCGACAAG 
GGCTGCTCCT TCCTCTGTGT CTTTGGTTTC CCTGGGGAAA AGGCTCCTGA TGAGGTCACT 
CATGCCTTGG AGAGTGCTGT GGATATATTT GACTTCTGCT CTCAGGTTCA CAAAATCCAT 
ACTGTCTCCA TCGGCGTGGC CAGCGGGATT GTCTTCTGCG GAATCGTCGG GCATTCTGTG 
AGACACGAGT ACACAGTTAT TGGTCAGAAA GTCAACATAG CAGCCAGAAT GATGATGTAC 
TACCCAGGGA TTGTGACGTG TGACTCCGTC ACCTACAATG GCAGCAACCT CCCAGCCTAC 
TTTTTCAAAG AGCTTCCAAA GAAGGTCATG AAGGGTGTTG CGGACTCCGG ACCGGTCTAC 
CAGTGTCTGG GGCTTAACGA GAAAGTCATG TTTGGCATGG CGTACCTCAT CTGCAGCAGG 
GACGAGGGCT ACCCTCTGCT GGGACGTGAT AAGGAGATCA AGTACTTCAT GTGCACTATG 
AAGGAGTTTT TGGTGTCCAA CTGCAGCCGC GTCCTAATGT ACGAAGGGTT ATCAGGATAC 
GGAAAAAGCC AGATACTTAT GGAAATTGAG TATCTGGCCC AAGGAGAGAA CCACAGGACC 
ATTGCTATTG TGTTGACGAA GATCGGCTTC CATCAGAATT TCTATACCAT CCAGATACTC 
ATGGCCAATG TTCTAGGTCT GGATACCTGT AAACATTATA AAGAACGACA GACCAACCTT 
CAAAATAAAG TGAAGACTCT GCTGAACGAG AAGTTCTACT GTCTCCTGAA CGACATCTTC 
CACGTCCAGT TCCCTATTTC ACGAGAGGTT TCCAAGATGA CCACCTTAAA AAAGCAAAAG 
CAGTTGGAAG CCTTGTTTCT GAAGATCTTG GAGCAAACAG TGAGAGAGGA AAGGATTATT 
TTCATCATCG ACGAGGGCCA GTTTATTGAC TCAGCCTCCT GGGCCTTTAT GGAGAAGCTT 
ATCCGGACGG TTCCTATCTT CATCATCATG TCCCTGTCTC CCTTCACGGA CATGCCCTGC 
GCAGCGGCCC GCACCATAAT GAAGAACAGG AACACCACCT ACGTGACCCT CGGGGCCGTG 
CAGCCTAAGG ACATCCGCAA CAAGGTCTGC CTGGACCTCA ACGTCAGGTG CATCCCCAAA 
GAACTGGACA CGTACCTGGT GGAGGGAAGC TGTGGGATTC CGTTTTACTG TGAAGAACTG 
CTGAAGAACC TTGACCATCA CAGGGTCCTC GTTTTCCAAC CCGTGGAGTC TGAGGAAAAG 
ACCAATATGA CCTGGAACAA CCTGTTCAAG AATTTTAGTA GGCCAACTGA GGAATTAAAA 
ATATTGACCC CTAATTACGA GGAGAGAAGT GAAGAAGTCT GTACCCTCGC CAGTGGTGTC 
AGACTGAAAA ACTTGTCACC GCCAGCATCG TTAAAAGAAA TCTCGCTGGT GCAGCTGGAC 
AGCATGAGCC TGTCGCACCA GATGCTGGTG AGGTGCGCCG CCATCATCGG CCTGACCTTC 
ACCACGGAGC TGCTGTTCGA GGTCCTGCCT TGCTGGAACA TGAAGATGAT GGTCAAGGCC 
CTGGCGACGC TCGTGGACTC CAACGTCTTC GACTGTTTCC GCAACGGCAA GGAGCTGCGA 
ACCGCCCTGA AACACAACGC GGCCTCGTGC GAGGTCAGTC ACCGCTCGCT GTCTCTGCGG 
CCCGGCCTGG GCATGGCGCG CGACGAGGGC GAAGAGCTGC ACGAGCTGGA AAGCGAGGTC 
ATCGAGTGCC ACGTCATCCG CTTCTGCCGG CCGGTGATGC AGAAGACCGC GTACGAGCTG 
TGGCTGAAGG CCGAGAGGAG GGCCATGCAC CTCAAGTGCG CGCGCTTCCT GGAGGAGGAC 
GCGCACCGGT GCGACCACTG CCGCAGCGGG GACTTCATCC CCTACCACCA CTTCACCGTG 
GACATCCGCC TCAACACGCT CGACGTGGAC ACCATCCAGA AGATGGCCAA GTCCCACGGA 
TATAAAACTG AAGAAGAGAT CACCTTTTCC AAAATAGAGA CTCCTAAGAA ATCGGAGATA 
TTTTCTGAAA ATCTCAGTCC TGAGGAAATA AGAGAAAAGA TCTTGAGTTT CTTTGATGTC 
ATCATAACAA AAATGAAGAT GCCTGAAGAA GACATCATTC CTCTGGAGTC TTGCCAGTGT 
GAGGAGATCG TAGAGATGGT CATCATGCCT CTGGCCCACC ATTTTCTGGC TTTGGGAGAA 
AACAACAAAG CCTTATACTA CTTCCTAGAA ATTACATCTG CTTATCTCAA CTTGGGTGAC 
AATTATATGG CATACATGTA TTTGAAGGAG GGAGAGAGGT TGCTGAAAAT GCTCAAGGAC 
GACAAATCCT GGAGTCACAC TTTTGAGTCC GCTACCTTTT ACAGCCTCAA AGGTCAGGTC 
TGTTTCAACA TGGGCCAGAT GGTGCTTGCC AAGAAAATGC TGCGCAAGGC CCTGAAGCTC 
CTCAACAGGG TCTTTCCCTA CAACTTAATC TCCCTGTTTC TTCACACCCA CGTGGAGAAA 
AACAGACACT TCTACCACGT GAATCCGCAG GCCCAAGAGA GCTCGCCTCC AGGGAAGAGG 
AGGCTGGCGC AGCTCCACAG GCAGACGGCC TGCTTCTCCT TGCTCTGGCA GATCTACAGC 
TTAAATTACT TTTTCCACCA CAAGTATTAC GGCCACTTGG CCGCTCTCAT GCAAGTGAAC 
ACGGCCCTGG AGACGCAAGA TGACTTCCAG ATCATCAAGG CCTACCTGGA CTACGCGTTG 
CACAAGCAGC TGGCCGGCTA CCAGGGCGTG TGGTTCAAAC AAGAGCTTGT GGCTATGGAG 
CAGATCTTCC ACCTCCCCCT GAAAGGCGTG GGCATCGAAA TCGTGTCGTA TGTGGCTGAT 
ACACTGGGCT ACACCAAGCT CCTCATGGGT CACTTGGACT TGGCCATTGA CTTAGGCTCT 
CGAGCCCACA AGATGTGGGC ACTGCTGCGG AACCCCAACA GACATTACAT AGTCCTCTGC 
TGGCTCAGCA AATCTCTCTT CTTGAAAAGC AGAAACAAGC AACTGATCCA GGTGCTGGGG 
TGGCTGTGGG ACCTCTCGGT AACAGAGGAG CACATCTTCA GCAAGGCATT CTTCTATTTT 
GTCTGCCTGG ACATCATGCT TTATTCTGGG TTTGTTTATA AGACGTTTGA AGAATGTTTG 
GAATTCATAC GCCAGAATGA AGACAACAGA ATCCTCAAGT TCCAGAGTGG CATCCTCCTG 
GGTCTCTACT CCTCCGTGGC TATCTGGTAC GCCCGGCTGC AGGACTGGGA TGGCTTCCGC 
GTGTTTTCCA GCAGAGCTAA ACACCTGGTG CCCAGAAGGA CGCCCACCAC GCTCTACTAC 
GAAGGGATCA GTAGGTACAT GGAGGGGGAA GTTCTCTACC TTCAAAAGCA GATCGAGGGT 
CAGTCCGAGA ATGCCCAGGA CAGTGGCGTC GAGCTGCTCA AGGGCCTGGA GAGTCTGGTG 
GCCCAGAACA CCACCGGCCC CGTCTTCTAC CCGAGGCTCT ACCACCTGAT GGCCTACGCG 
TGCATCCTGA TGGGGGACGG GCAGAACTGC GACCTGTTCC TGAACACGGC CTTGCAGCTG 
GCGGAGACGC AGGGGAACGT GCTGGAGAAG TGTTGGCTGA ACATGAGCAA AGAGCGCTGG 
TACTCGAGCT CGGAGCGCAC GGACGACCGC TGGCCGCAGA CGCTCGCTCG CCTCCCGTCC 
TGGGAGAAGG TGGCGGCCGG CGAGGCGAGC GCGCAGGACG TGCAGAAGAA CAAGTTCCTC 
ATGAGGGTCA ACATCCTGGA CAACCCGTTC TAG

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

RefSeq	XP_022364210.1
CDS	1..4833
Translation	MSSRREESQDRAIVRIAAHLPDLIVYGDFSPERPSVDYFDGVLMFVDISGFTAMTEKFSTAMYMDRGAEQLVEILNHYISAIVEKVLIFGGDILKFAGDALLALWKVERRQLENIITVVIKCSLEIHGLFETQESEEGLDVRVKIALAAGHITMLVFGDETRNYFLVIGQAVDDVRLAQNMAQMNDVILSPNCWQLCDRSMVEIERIPDQRAVKVNFLKPPSTFNFDEFFTKCMTFMNYYPSGDHKNLLRLACMLESDPELEMSLQKYVMESILKQIDDKQLRGYLSELRPVTIVFVNLMFKDQDKAEVIGSAIQDACVHISSVLRVFRGQINKVFMFDKGCSFLCVFGFPGEKAPDEVTHALESAVDIFDFCSQVHKIHTVSIGVASGIVFCGIVGHSVRHEYTVIGQKVNIAARMMMYYPGIVTCDSVTYNGSNLPAYFFKELPKKVMKGVADSGPVYQCLGLNEKVMFGMAYLICSRDEGYPLLGRDKEIKYFMCTMKEFLVSNCSRVLMYEGLSGYGKSQILMEIEYLAQGENHRTIAIVLTKIGFHQNFYTIQILMANVLGLDTCKHYKERQTNLQNKVKTLLNEKFYCLLNDIFHVQFPISREVSKMTTLKKQKQLEALFLKILEQTVREERIIFIIDEGQFIDSASWAFMEKLIRTVPIFIIMSLSPFTDMPCAAARTIMKNRNTTYVTLGAVQPKDIRNKVCLDLNVRCIPKELDTYLVEGSCGIPFYCEELLKNLDHHRVLVFQPVESEEKTNMTWNNLFKNFSRPTEELKILTPNYEERSEEVCTLASGVRLKNLSPPASLKEISLVQLDSMSLSHQMLVRCAAIIGLTFTTELLFEVLPCWNMKMMVKALATLVDSNVFDCFRNGKELRTALKHNAASCEVSHRSLSLRPGLGMARDEGEELHELESEVIECHVIRFCRPVMQKTAYELWLKAERRAMHLKCARFLEEDAHRCDHCRSGDFIPYHHFTVDIRLNTLDVDTIQKMAKSHGYKTEEEITFSKIETPKKSEIFSENLSPEEIREKILSFFDVIITKMKMPEEDIIPLESCQCEEIVEMVIMPLAHHFLALGENNKALYYFLEITSAYLNLGDNYMAYMYLKEGERLLKMLKDDKSWSHTFESATFYSLKGQVCFNMGQMVLAKKMLRKALKLLNRVFPYNLISLFLHTHVEKNRHFYHVNPQAQESSPPGKRRLAQLHRQTACFSLLWQIYSLNYFFHHKYYGHLAALMQVNTALETQDDFQIIKAYLDYALHKQLAGYQGVWFKQELVAMEQIFHLPLKGVGIEIVSYVADTLGYTKLLMGHLDLAIDLGSRAHKMWALLRNPNRHYIVLCWLSKSLFLKSRNKQLIQVLGWLWDLSVTEEHIFSKAFFYFVCLDIMLYSGFVYKTFEECLEFIRQNEDNRILKFQSGILLGLYSSVAIWYARLQDWDGFRVFSSRAKHLVPRRTPTTLYYEGISRYMEGEVLYLQKQIEGQSENAQDSGVELLKGLESLVAQNTTGPVFYPRLYHLMAYACILMGDGQNCDLFLNTALQLAETQGNVLEKCWLNMSKERWYSSSERTDDRWPQTLARLPSWEKVAAGEASAQDVQKNKFLMRVNILDNPF

Target ORF information:

RefSeq Version	XM_022508502.1
Organism	Enhydra lutris kenyoni
Definition	Enhydra lutris kenyoni adenylate cyclase 10, soluble (LOC111150861), mRNA.

Target ORF information:

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

XM_022508502.1

ORF Insert Sequence:

ATGAGCTCCA GAAGAGAAGA ATCACAGGAC CGAGCCATCG TCCGGATAGC AGCTCACTTA 
CCGGACCTCA TCGTCTATGG AGACTTCTCT CCAGAGCGAC CCTCTGTGGA TTATTTTGAT 
GGAGTCCTGA TGTTTGTCGA TATTTCAGGG TTCACCGCCA TGACTGAGAA GTTCAGCACG 
GCCATGTACA TGGACCGAGG GGCCGAGCAG CTGGTGGAGA TCCTCAACCA CTACATCAGC 
GCAATAGTGG AGAAAGTGTT AATTTTTGGA GGAGACATCT TAAAATTTGC AGGTGACGCG 
CTGCTGGCCT TGTGGAAGGT GGAGCGGAGG CAGCTGGAGA ACATCATCAC GGTGGTGATT 
AAGTGCAGCC TGGAGATCCA TGGGCTGTTT GAGACGCAGG AGTCTGAAGA AGGCCTGGAC 
GTGCGCGTCA AGATCGCCCT GGCTGCCGGC CACATCACCA TGCTGGTCTT CGGAGACGAA 
ACACGCAACT ACTTTCTGGT GATTGGGCAG GCGGTGGATG ACGTGCGCCT TGCGCAGAAC 
ATGGCGCAGA TGAATGACGT CATCCTGTCA CCAAACTGCT GGCAGCTCTG CGACCGGAGC 
ATGGTCGAAA TTGAGAGGAT CCCGGATCAG AGAGCTGTTA AGGTTAATTT CTTAAAACCG 
CCTTCTACTT TTAATTTTGA TGAATTTTTC ACAAAGTGTA TGACTTTCAT GAATTATTAT 
CCTTCTGGTG ACCACAAAAA CCTCCTGAGG CTTGCGTGCA TGCTGGAGTC CGACCCTGAG 
CTCGAGATGT CCCTGCAAAA GTATGTGATG GAAAGCATAT TGAAGCAGAT CGACGACAAG 
CAGCTCCGGG GCTATTTGTC TGAGCTGCGC CCGGTGACCA TTGTGTTTGT GAACCTGATG 
TTTAAGGACC AAGACAAGGC CGAGGTCATC GGCTCGGCCA TCCAGGACGC CTGCGTGCAC 
ATCAGCTCCG TCCTGAGGGT CTTCCGAGGC CAAATCAACA AAGTGTTCAT GTTCGACAAG 
GGCTGCTCCT TCCTCTGTGT CTTTGGTTTC CCTGGGGAAA AGGCTCCTGA TGAGGTCACT 
CATGCCTTGG AGAGTGCTGT GGATATATTT GACTTCTGCT CTCAGGTTCA CAAAATCCAT 
ACTGTCTCCA TCGGCGTGGC CAGCGGGATT GTCTTCTGCG GAATCGTCGG GCATTCTGTG 
AGACACGAGT ACACAGTTAT TGGTCAGAAA GTCAACATAG CAGCCAGAAT GATGATGTAC 
TACCCAGGGA TTGTGACGTG TGACTCCGTC ACCTACAATG GCAGCAACCT CCCAGCCTAC 
TTTTTCAAAG AGCTTCCAAA GAAGGTCATG AAGGGTGTTG CGGACTCCGG ACCGGTCTAC 
CAGTGTCTGG GGCTTAACGA GAAAGTCATG TTTGGCATGG CGTACCTCAT CTGCAGCAGG 
GACGAGGGCT ACCCTCTGCT GGGACGTGAT AAGGAGATCA AGTACTTCAT GTGCACTATG 
AAGGAGTTTT TGGTGTCCAA CTGCAGCCGC GTCCTAATGT ACGAAGGGTT ATCAGGATAC 
GGAAAAAGCC AGATACTTAT GGAAATTGAG TATCTGGCCC AAGGAGAGAA CCACAGGACC 
ATTGCTATTG TGTTGACGAA GATCGGCTTC CATCAGAATT TCTATACCAT CCAGATACTC 
ATGGCCAATG TTCTAGGTCT GGATACCTGT AAACATTATA AAGAACGACA GACCAACCTT 
CAAAATAAAG TGAAGACTCT GCTGAACGAG AAGTTCTACT GTCTCCTGAA CGACATCTTC 
CACGTCCAGT TCCCTATTTC ACGAGAGGTT TCCAAGATGA CCACCTTAAA AAAGCAAAAG 
CAGTTGGAAG CCTTGTTTCT GAAGATCTTG GAGCAAACAG TGAGAGAGGA AAGGATTATT 
TTCATCATCG ACGAGGGCCA GTTTATTGAC TCAGCCTCCT GGGCCTTTAT GGAGAAGCTT 
ATCCGGACGG TTCCTATCTT CATCATCATG TCCCTGTCTC CCTTCACGGA CATGCCCTGC 
GCAGCGGCCC GCACCATAAT GAAGAACAGG AACACCACCT ACGTGACCCT CGGGGCCGTG 
CAGCCTAAGG ACATCCGCAA CAAGGTCTGC CTGGACCTCA ACGTCAGGTG CATCCCCAAA 
GAACTGGACA CGTACCTGGT GGAGGGAAGC TGTGGGATTC CGTTTTACTG TGAAGAACTG 
CTGAAGAACC TTGACCATCA CAGGGTCCTC GTTTTCCAAC CCGTGGAGTC TGAGGAAAAG 
ACCAATATGA CCTGGAACAA CCTGTTCAAG AATTTTAGTA GGCCAACTGA GGAATTAAAA 
ATATTGACCC CTAATTACGA GGAGAGAAGT GAAGAAGTCT GTACCCTCGC CAGTGGTGTC 
AGACTGAAAA ACTTGTCACC GCCAGCATCG TTAAAAGAAA TCTCGCTGGT GCAGCTGGAC 
AGCATGAGCC TGTCGCACCA GATGCTGGTG AGGTGCGCCG CCATCATCGG CCTGACCTTC 
ACCACGGAGC TGCTGTTCGA GGTCCTGCCT TGCTGGAACA TGAAGATGAT GGTCAAGGCC 
CTGGCGACGC TCGTGGACTC CAACGTCTTC GACTGTTTCC GCAACGGCAA GGAGCTGCGA 
ACCGCCCTGA AACACAACGC GGCCTCGTGC GAGGTCAGTC ACCGCTCGCT GTCTCTGCGG 
CCCGGCCTGG GCATGGCGCG CGACGAGGGC GAAGAGCTGC ACGAGCTGGA AAGCGAGGTC 
ATCGAGTGCC ACGTCATCCG CTTCTGCCGG CCGGTGATGC AGAAGACCGC GTACGAGCTG 
TGGCTGAAGG CCGAGAGGAG GGCCATGCAC CTCAAGTGCG CGCGCTTCCT GGAGGAGGAC 
GCGCACCGGT GCGACCACTG CCGCAGCGGG GACTTCATCC CCTACCACCA CTTCACCGTG 
GACATCCGCC TCAACACGCT CGACGTGGAC ACCATCCAGA AGATGGCCAA GTCCCACGGA 
TATAAAACTG AAGAAGAGAT CACCTTTTCC AAAATAGAGA CTCCTAAGAA ATCGGAGATA 
TTTTCTGAAA ATCTCAGTCC TGAGGAAATA AGAGAAAAGA TCTTGAGTTT CTTTGATGTC 
ATCATAACAA AAATGAAGAT GCCTGAAGAA GACATCATTC CTCTGGAGTC TTGCCAGTGT 
GAGGAGATCG TAGAGATGGT CATCATGCCT CTGGCCCACC ATTTTCTGGC TTTGGGAGAA 
AACAACAAAG CCTTATACTA CTTCCTAGAA ATTACATCTG CTTATCTCAA CTTGGGTGAC 
AATTATATGG CATACATGTA TTTGAAGGAG GGAGAGAGGT TGCTGAAAAT GCTCAAGGAC 
GACAAATCCT GGAGTCACAC TTTTGAGTCC GCTACCTTTT ACAGCCTCAA AGGTCAGGTC 
TGTTTCAACA TGGGCCAGAT GGTGCTTGCC AAGAAAATGC TGCGCAAGGC CCTGAAGCTC 
CTCAACAGGG TCTTTCCCTA CAACTTAATC TCCCTGTTTC TTCACACCCA CGTGGAGAAA 
AACAGACACT TCTACCACGT GAATCCGCAG GCCCAAGAGA GCTCGCCTCC AGGGAAGAGG 
AGGCTGGCGC AGCTCCACAG GCAGACGGCC TGCTTCTCCT TGCTCTGGCA GATCTACAGC 
TTAAATTACT TTTTCCACCA CAAGTATTAC GGCCACTTGG CCGCTCTCAT GCAAGTGAAC 
ACGGCCCTGG AGACGCAAGA TGACTTCCAG ATCATCAAGG CCTACCTGGA CTACGCGTTG 
CACAAGCAGC TGGCCGGCTA CCAGGGCGTG TGGTTCAAAC AAGAGCTTGT GGCTATGGAG 
CAGATCTTCC ACCTCCCCCT GAAAGGCGTG GGCATCGAAA TCGTGTCGTA TGTGGCTGAT 
ACACTGGGCT ACACCAAGCT CCTCATGGGT CACTTGGACT TGGCCATTGA CTTAGGCTCT 
CGAGCCCACA AGATGTGGGC ACTGCTGCGG AACCCCAACA GACATTACAT AGTCCTCTGC 
TGGCTCAGCA AATCTCTCTT CTTGAAAAGC AGAAACAAGC AACTGATCCA GGTGCTGGGG 
TGGCTGTGGG ACCTCTCGGT AACAGAGGAG CACATCTTCA GCAAGGCATT CTTCTATTTT 
GTCTGCCTGG ACATCATGCT TTATTCTGGG TTTGTTTATA AGACGTTTGA AGAATGTTTG 
GAATTCATAC GCCAGAATGA AGACAACAGA ATCCTCAAGT TCCAGAGTGG CATCCTCCTG 
GGTCTCTACT CCTCCGTGGC TATCTGGTAC GCCCGGCTGC AGGACTGGGA TGGCTTCCGC 
GTGTTTTCCA GCAGAGCTAA ACACCTGGTG CCCAGAAGGA CGCCCACCAC GCTCTACTAC 
GAAGGGATCA GTAGGTACAT GGAGGGGGAA GTTCTCTACC TTCAAAAGCA GATCGAGGGT 
CAGTCCGAGA ATGCCCAGGA CAGTGGCGTC GAGCTGCTCA AGGGCCTGGA GAGTCTGGTG 
GCCCAGAACA CCACCGGCCC CGTCTTCTAC CCGAGGCTCT ACCACCTGAT GGCCTACGCG 
TGCATCCTGA TGGGGGACGG GCAGAACTGC GACCTGTTCC TGAACACGGC CTTGCAGCTG 
GCGGAGACGC AGGGGAACGT GCTGGAGAAG TGTTGGCTGA ACATGAGCAA AGAGCGCTGG 
TACTCGAGCT CGGAGCGCAC GGACGACCGC TGGCCGCAGA CGCTCGCTCG CCTCCCGTCC 
TGGGAGAAGG TGGCGGCCGG CGAGGCGAGC GCGCAGGACG TGCAGAAGAA CAAGTTCCTC 
ATGAGGGTCA ACATCCTGGA CAACCCGTTC TAG