cc2d2a cDNA ORF clone, Amphiprion ocellaris(clown anemonefish)

Gene
Clones
gRNAs

Summary

Gene Symbol	cc2d2a
Entrez Gene ID	111566454
Full Name	coiled-coil and C2 domain containing 2A
Gene Type	protein-coding
Organism	Amphiprion ocellaris(clown anemonefish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023267048.1	XP_023122816.1	coiled-coil and C2 domain-containing protein 2A

Pathways from BioSystems
Gene Ontology

The following cc2d2a gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cc2d2a 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
OAm71513	XM_023267048.1 Latest version!	Amphiprion ocellaris coiled-coil and C2 domain containing 2A (cc2d2a), 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)

cc2d2a ( XM_023267048.1 ) cDNA ORF clone, Amphiprion ocellaris(clown anemonefish) -> XP_023122816.1 Amphiprion ocellaris coiled-coil and C2 domain containing 2A (cc2d2a), mRNA.

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CloneID	OAm71513
Clone ID Related Accession (Same CDS sequence)	XM_023267048.1
Accession Version	XM_023267048.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5004bp) 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	2017-12-12
Organism	Amphiprion ocellaris(clown anemonefish)
Product	coiled-coil and C2 domain-containing protein 2A
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019370019.1) 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 Name :: Amphiprion ocellaris Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCCT CAGGCGACAT TCGTGAAAAA CTACGAAAGA AACGACAGGC TTTGCAAGAA 
ACTTTGGCGA AAAGCAAAAA CGAAGACGAC GTTCAGGCTC TGGTTCCGTC TACCAAGTTG 
AGCGAGGAGA AGCGACAAAC CACAATGCAG GAACCTGAAG GCAGTGAGGA AGACCCAGGA 
GAGACTTTGA AACGCACGAT CAGGGCTCAG AGACAGAGGA AGAAGAAAAA GCTGCTTGAA 
CAGACGTTAG TCCAGGAGTC CCATGATAAT GATGATGTGG AAGAGATCTC AACTATTCAG 
CGTGACGGTG CAGAGGAGGG GTCAGCTGAG AAGGCAGACC ATTCTGTGAT TTCGTTGAGA 
AGTCAAACTG GATCTCAGAA AGGTCTCTCC TCAAGAGCTC AGCAGACTCC CAGCTCTCAG 
CCTCAATCTT TAGATGACTT TGTGAAACGC CGTTTGGAAG AGAGGCTCAG AGCAGCCAGG 
TCTAAAGGTG AGAGCCTTCA GCAGCAGGAG GCTTCTCTTG AGCCAGCCAG TCGCCTGCAG 
GGCCTCAGAG ACAGAGACAC TGTGACAAGG TTTGACAGAG AGGTTGATCC AGACAGATCT 
GGAAGACATG ATGCCTCGCC GGCCCTCAGT ACCAGGGTCA AGTTCCGAGA AGCAGCAAGA 
CGAGTAGGAA AAGGCCTACC AAATGCTGAG GAGGCATACA ACTTCTTTAC ATTCAACTTT 
GAGCCAGATC CACCAGATGA GAGTGAGAGG AGCAGCGTGA AAAGACAAAA GCAGAGAAAA 
ATAGCTGACA GAGATGAAGG TAGAGGAGAT GAAGCTGAAG AGCAGGAAGA AGCTGAAGCA 
GATGAGGATA ATGAAGAAGA ACATGAAAAC CAGAGTGAAG AAGCTCCTCT TGTACAAAAT 
GAAGAAGAGG ATTTGTTCGT CATTGACCAA TCGCCGCAGG ACTTTTTGGA AGTGAAGAAG 
GCTGTGTACG TCGGGTACCA AAATCTTATT CAGCGAGAAA ATGAACAGTT GTTTACACCA 
AGCTTTCGAA CAGTTCCAAC CTCTGTTAAA CTGCCTGAGA ACATGAAGCC TCGTTATCTG 
GAGGATGAGG GTCTCTATGT AGGGGAGAGG CCCCACGTGT CCCTGACCAA TGAGAACATT 
CTGGAGAATC GCATTTTGAA AATGGAGGAG GGAAAGAAGT GGTTTGGAGA TGACGGCAGG 
ATCATGGCTC TGCCCGACCC TATAAAGGAA TCCTCTACAA GGCCCCCTCT CTTCCACATG 
GAGGAGGATG TGGACCCTTC ACTGCAGACT GTGTACAGGA AGGCACTGAA GTCCAAGTAT 
GCAAATTTGT ACATTGCTGG TGCAGCAGAC CCTGAGGGAG ACTACCAGCT TGACGTTGAT 
GTCTCTGGGC TGATCTTTTC TCATCACCCG CTGTTCAGCC GCGAACATGT GCTCGGGGCA 
CGTTTAGCTC AGCTGTATGA TCAGTACCTC ACCAGGCAAC ACAATAATCT CACAGGACAC 
CTCACTGACA AGTTGAATGG ATTGAGGAGT GCACTGCGGA ATATGCTGGA GATCCACGGC 
GGGCAGAGCC TCACTCAGGC GATGCAGCAG AGGTTTTCTG AGTACAGTCT GGAGATCAGG 
ACCACTCGGC AGTTGCGAGA CAGTGAGCAG GAGAAAGACA GGACTCTGCT GAAGAACATA 
GTTAAAGTGT GGAAGGAGCT CAAGGCCCTG AGAGAGTTTC AGAAGTTTTC CAACACACCC 
TACAAACTCT ACCTCAGAAG AGAGAATGTG GATCGGGCTT CAGATGAGCG CGAGCATGAA 
GATGAAATCT TGGCAGAGGT TGTGGAATTC GAAGCCGAAA GTGAGGAGGA CTACCAGAAA 
AAATTGACTG AGTACAACAA ACAGCTGGAG GAGTGGAAGC TCTGGAGGAG GAAACAGAAA 
GCCAAAAAGA AAAAGAAAAA AAAGAAAAAG AAAGGTCAGA CACATGAGGA CACAGAAGAT 
GAAGAGCAGG AAGCGTGCGA GTCAGAAGGA CCCATTGAAG AAGGTCCTCC AAAGCCAGAA 
CCTCCCGAGA GGCCGGACTT TGACTCCATA GAGCAACAAG TGAGAGAGAA AGCCTCCAGG 
ATACGAAGGA AACCAGGAGA GGCCATCTTG ATCCCAGAGT TGTCTGCATC TGGAAACATC 
ACTGCCAGTG AACTCTGCCC CAGGCCTGAA ATAGCTCGAA GACAAGATGT TGCCAGGCGC 
TCACTTTTCA TCAAGATCCT CTACAATGAC AAAGAAGTTT CCCGAACAGA CAGCCGCTCC 
CTGAACACCG ACTTCAGGGT TCACTTTGGT CAGATTTTTA ATCTCAAAAT AGTTCACTGT 
CCCCAAAGCA TTAATTTGCA GGTGTTTGAG GAGATTGGAT CATCATGTTC CCTCCTGGCT 
CGGGTGTTTG TTCCAGTTCC AGAGCCCTCA GTCGTGACGG GCAACGTCCC TGTGGAGGAA 
TATGAGTTCA GCAGCAACCA GAGAATCATG TTTGACCACG AGGGAGTTGG AAGTGATGTG 
CCTCTCTCTT TTGAGGCTGA TGGCAGCAAC AAACAGACGC TGCTGACCTC TGGGAAGCTG 
TCATGCTGCG TTTCTTGGGG AATCGGGGAA GATGATGTAC CACTTGCACC TCCTGTTTCT 
CAACAACCTG GTGGCATTCA CAGTGGCTTG GACCGTCTCG ATGCTGTCAC ATACATTGGA 
GCATCTGGAC TATATGACAT GAAAAAAATT GGCGAGTGGG CCACACAGTC ACGCCTGGAC 
CCCAACGATC CAAAAAATGC CTCCATCATG CAGTTGCTGA AAGTGGCCAG TAGTGGAGAG 
GTAACAGCTC CAGAGTATTT TCGTCTGGAA CATCTGCAGG AGGAGTTTAA TTTTGTGACG 
GATGAAGAGT TGGAAAGGTC CAAAAGGTTT CGCCTTCTCA GGCTGAGGAA TAGGGAAGTT 
GCAGAATTTC GCAATTACAA GTGTGTTCCT GCTCTTGAGA GGGAGGTTAC GGATAAAGTG 
TTCCAGGAAT ATGAAAAAAG ACTGAAAGAG GGAGAGATAA TTGACACCAA AGAACATTTG 
GATTCACACA GAGCTTTAGT GGCCAAATAT CTTCAGAAGA TCCGGGAATC AGTCATCAAC 
AGATTCCTTC TTGCCAAACA TCACTACGTC CTGTCTGATT TGGTGATAGA AGAAGAAATA 
CCAAGCATTG GGATTCTGGG ACTAAACCTT TTCAAGCTGG CTGAACCCAA GCGGCCGCTG 
AAACCTCAGA GGAAGGAAAG AAAGAAGGTG ACCGCGCAGA ATCTGTCCGA CGGAGACATT 
AAGTTGCTCA TTAACATCAT CCGGGCCTTC GATATCCCCA TCCGTAGACC CCAGAGCAAT 
AAACCTGGAC AGGCGCCTCA GAGTGCCATC CAGGGCAGCG ATTGGTTCCT CAACCAGGTA 
CAAGTGAGGC CATTTGTGGA GGTTTCCTTC CAGCGCACAG TACTCCAGAC AACCACAGCT 
GATGGACCGA ACCCATGCTG GAACGAGGAG CTGCAGCTGC CGTTTAGTGC CCCAAATGGT 
GACTACAGCA ATGCTAGTTT GCAGTCAGTC AAAGATGAAG TCTTCATCAA CATGTTTGAT 
GAAGTGGTAC ATGAAACTGG AGTGAATGAC AAAGACAGGG GGAAATCCAT CCACACTTGG 
GTAGAGAAGC ACTGGCTGGG ATCCGTCAAG ATTCCTTTCA GCACAATCTA TTCCCAGTCC 
AGGATTGATG GAACATTCAA AGTGAATATG CCAGCTGTGC TGCTGGGGTA CAGCAAGGAG 
CGGAGCCATG GCGCTAACGG TGGTTATGAT ATTATGCGTA GCCTGAGTGA GGGAACATTT 
ATCACGCTGT TCATCACTAT GGAACCTCAG CTGGTGCCTG GAGAGACTAT TAGGGAGAAG 
ATAAAGGAAG TGAAGTTCGA CAGCCAAGAG GACGAACATT TACTGCAGGC TTCAAAGAGA 
TTTGAGAGGG AAGCTGCACA GGGCTACCCA GACCGACCCT GCATCACTAC AGTCATAGAC 
CTCAATGGGA AGACAGTCTT CATCACGCGT TTTATACGAC CACTCAACCC TCCGCAGGAG 
TTCCTGGATG CATTCCCTAA TAACCCCCAG GAAGCCACGG CTCTGGTTGC TCGATTTGTC 
TCGCTCATCC CTTCGCTGCC AGATCGAGTC TCATTTTCTG GAGCCTGTGA CCTGTGGAGC 
ACCTGTGATC AATTCCTCAC CCTCCTAGCA GGAGATGAAG AAGAACATGC TGTACTGTTG 
TGCAACTATT TCCTGTCGAT GGACAAGAAA GCCTGGCTTA TAATTGGGAC AGCCATTCCA 
GAGGGGCCCA CAGCATATGT TCTAACCTAC GAGCAGAGCC GCTACCTCAT CTGGAATCCC 
AGCAGTGGTC AGTACTATGG TCAGTATGAC ACCTTCTGTC CGCTGCAAAC CATCGGCTGC 
CTGGTCAACG CCGACAATGT TTGGTTCAAC GTTCAAGAGT ACACGACACC GATGAGACTA 
AGTTTTGACA TCACAAAAGC CAATTTGTGG AAACCGTTTT TCTCCCGGTC TTTCTCCCAC 
CCAGGGCTGT CTAGTGTCCA GCCAGAGGAG CTGGTGTATC GCCGCACAGA CAAAGCAGCT 
GCAGCAGAGC TTCAGGACAG GATTGAGAAG ATTCTGAAGG AGAAGGTCAT GGAGTGGCGC 
CCTCGTCACC CAACCCGCTG GAACCGCTAC TGCACCACCA CCCTGAAACA ATTCCTGCCC 
AAACTGGAGA TGAGCAGGGG CCAGGACGTA ACCGAGGGAC ACCGCCACGA GTTGCAGAGC 
CTGCTGGGAG AGAACAGGAT TTCAGGTTTC CCCCTCCATC TGCCGTTCTG TGAGATTCGT 
CCCATCATAG AGGCAGTGTA CAGCACCGGA GTTCACAGTG TTCAGGTATC AAATGTGGAG 
TTTGCCCTGG CTGTATATGT GCACCCTTAC CCCAATAATG TGCTATCGGT ATGGGTGTAC 
CTGGCCTCAC TCGTCCGCAC TTGA

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

RefSeq	XP_023122816.1
CDS	142..5145
Translation	MASSGDIREKLRKKRQALQETLAKSKNEDDVQALVPSTKLSEEKRQTTMQEPEGSEEDPGETLKRTIRAQRQRKKKKLLEQTLVQESHDNDDVEEISTIQRDGAEEGSAEKADHSVISLRSQTGSQKGLSSRAQQTPSSQPQSLDDFVKRRLEERLRAARSKGESLQQQEASLEPASRLQGLRDRDTVTRFDREVDPDRSGRHDASPALSTRVKFREAARRVGKGLPNAEEAYNFFTFNFEPDPPDESERSSVKRQKQRKIADRDEGRGDEAEEQEEAEADEDNEEEHENQSEEAPLVQNEEEDLFVIDQSPQDFLEVKKAVYVGYQNLIQRENEQLFTPSFRTVPTSVKLPENMKPRYLEDEGLYVGERPHVSLTNENILENRILKMEEGKKWFGDDGRIMALPDPIKESSTRPPLFHMEEDVDPSLQTVYRKALKSKYANLYIAGAADPEGDYQLDVDVSGLIFSHHPLFSREHVLGARLAQLYDQYLTRQHNNLTGHLTDKLNGLRSALRNMLEIHGGQSLTQAMQQRFSEYSLEIRTTRQLRDSEQEKDRTLLKNIVKVWKELKALREFQKFSNTPYKLYLRRENVDRASDEREHEDEILAEVVEFEAESEEDYQKKLTEYNKQLEEWKLWRRKQKAKKKKKKKKKKGQTHEDTEDEEQEACESEGPIEEGPPKPEPPERPDFDSIEQQVREKASRIRRKPGEAILIPELSASGNITASELCPRPEIARRQDVARRSLFIKILYNDKEVSRTDSRSLNTDFRVHFGQIFNLKIVHCPQSINLQVFEEIGSSCSLLARVFVPVPEPSVVTGNVPVEEYEFSSNQRIMFDHEGVGSDVPLSFEADGSNKQTLLTSGKLSCCVSWGIGEDDVPLAPPVSQQPGGIHSGLDRLDAVTYIGASGLYDMKKIGEWATQSRLDPNDPKNASIMQLLKVASSGEVTAPEYFRLEHLQEEFNFVTDEELERSKRFRLLRLRNREVAEFRNYKCVPALEREVTDKVFQEYEKRLKEGEIIDTKEHLDSHRALVAKYLQKIRESVINRFLLAKHHYVLSDLVIEEEIPSIGILGLNLFKLAEPKRPLKPQRKERKKVTAQNLSDGDIKLLINIIRAFDIPIRRPQSNKPGQAPQSAIQGSDWFLNQVQVRPFVEVSFQRTVLQTTTADGPNPCWNEELQLPFSAPNGDYSNASLQSVKDEVFINMFDEVVHETGVNDKDRGKSIHTWVEKHWLGSVKIPFSTIYSQSRIDGTFKVNMPAVLLGYSKERSHGANGGYDIMRSLSEGTFITLFITMEPQLVPGETIREKIKEVKFDSQEDEHLLQASKRFEREAAQGYPDRPCITTVIDLNGKTVFITRFIRPLNPPQEFLDAFPNNPQEATALVARFVSLIPSLPDRVSFSGACDLWSTCDQFLTLLAGDEEEHAVLLCNYFLSMDKKAWLIIGTAIPEGPTAYVLTYEQSRYLIWNPSSGQYYGQYDTFCPLQTIGCLVNADNVWFNVQEYTTPMRLSFDITKANLWKPFFSRSFSHPGLSSVQPEELVYRRTDKAAAAELQDRIEKILKEKVMEWRPRHPTRWNRYCTTTLKQFLPKLEMSRGQDVTEGHRHELQSLLGENRISGFPLHLPFCEIRPIIEAVYSTGVHSVQVSNVEFALAVYVHPYPNNVLSVWVYLASLVRT

Target ORF information:

RefSeq Version	XM_023267048.1
Organism	Amphiprion ocellaris(clown anemonefish)
Definition	Amphiprion ocellaris coiled-coil and C2 domain containing 2A (cc2d2a), mRNA.

Target ORF information:

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

XM_023267048.1

ORF Insert Sequence:

ATGGCTTCCT CAGGCGACAT TCGTGAAAAA CTACGAAAGA AACGACAGGC TTTGCAAGAA 
ACTTTGGCGA AAAGCAAAAA CGAAGACGAC GTTCAGGCTC TGGTTCCGTC TACCAAGTTG 
AGCGAGGAGA AGCGACAAAC CACAATGCAG GAACCTGAAG GCAGTGAGGA AGACCCAGGA 
GAGACTTTGA AACGCACGAT CAGGGCTCAG AGACAGAGGA AGAAGAAAAA GCTGCTTGAA 
CAGACGTTAG TCCAGGAGTC CCATGATAAT GATGATGTGG AAGAGATCTC AACTATTCAG 
CGTGACGGTG CAGAGGAGGG GTCAGCTGAG AAGGCAGACC ATTCTGTGAT TTCGTTGAGA 
AGTCAAACTG GATCTCAGAA AGGTCTCTCC TCAAGAGCTC AGCAGACTCC CAGCTCTCAG 
CCTCAATCTT TAGATGACTT TGTGAAACGC CGTTTGGAAG AGAGGCTCAG AGCAGCCAGG 
TCTAAAGGTG AGAGCCTTCA GCAGCAGGAG GCTTCTCTTG AGCCAGCCAG TCGCCTGCAG 
GGCCTCAGAG ACAGAGACAC TGTGACAAGG TTTGACAGAG AGGTTGATCC AGACAGATCT 
GGAAGACATG ATGCCTCGCC GGCCCTCAGT ACCAGGGTCA AGTTCCGAGA AGCAGCAAGA 
CGAGTAGGAA AAGGCCTACC AAATGCTGAG GAGGCATACA ACTTCTTTAC ATTCAACTTT 
GAGCCAGATC CACCAGATGA GAGTGAGAGG AGCAGCGTGA AAAGACAAAA GCAGAGAAAA 
ATAGCTGACA GAGATGAAGG TAGAGGAGAT GAAGCTGAAG AGCAGGAAGA AGCTGAAGCA 
GATGAGGATA ATGAAGAAGA ACATGAAAAC CAGAGTGAAG AAGCTCCTCT TGTACAAAAT 
GAAGAAGAGG ATTTGTTCGT CATTGACCAA TCGCCGCAGG ACTTTTTGGA AGTGAAGAAG 
GCTGTGTACG TCGGGTACCA AAATCTTATT CAGCGAGAAA ATGAACAGTT GTTTACACCA 
AGCTTTCGAA CAGTTCCAAC CTCTGTTAAA CTGCCTGAGA ACATGAAGCC TCGTTATCTG 
GAGGATGAGG GTCTCTATGT AGGGGAGAGG CCCCACGTGT CCCTGACCAA TGAGAACATT 
CTGGAGAATC GCATTTTGAA AATGGAGGAG GGAAAGAAGT GGTTTGGAGA TGACGGCAGG 
ATCATGGCTC TGCCCGACCC TATAAAGGAA TCCTCTACAA GGCCCCCTCT CTTCCACATG 
GAGGAGGATG TGGACCCTTC ACTGCAGACT GTGTACAGGA AGGCACTGAA GTCCAAGTAT 
GCAAATTTGT ACATTGCTGG TGCAGCAGAC CCTGAGGGAG ACTACCAGCT TGACGTTGAT 
GTCTCTGGGC TGATCTTTTC TCATCACCCG CTGTTCAGCC GCGAACATGT GCTCGGGGCA 
CGTTTAGCTC AGCTGTATGA TCAGTACCTC ACCAGGCAAC ACAATAATCT CACAGGACAC 
CTCACTGACA AGTTGAATGG ATTGAGGAGT GCACTGCGGA ATATGCTGGA GATCCACGGC 
GGGCAGAGCC TCACTCAGGC GATGCAGCAG AGGTTTTCTG AGTACAGTCT GGAGATCAGG 
ACCACTCGGC AGTTGCGAGA CAGTGAGCAG GAGAAAGACA GGACTCTGCT GAAGAACATA 
GTTAAAGTGT GGAAGGAGCT CAAGGCCCTG AGAGAGTTTC AGAAGTTTTC CAACACACCC 
TACAAACTCT ACCTCAGAAG AGAGAATGTG GATCGGGCTT CAGATGAGCG CGAGCATGAA 
GATGAAATCT TGGCAGAGGT TGTGGAATTC GAAGCCGAAA GTGAGGAGGA CTACCAGAAA 
AAATTGACTG AGTACAACAA ACAGCTGGAG GAGTGGAAGC TCTGGAGGAG GAAACAGAAA 
GCCAAAAAGA AAAAGAAAAA AAAGAAAAAG AAAGGTCAGA CACATGAGGA CACAGAAGAT 
GAAGAGCAGG AAGCGTGCGA GTCAGAAGGA CCCATTGAAG AAGGTCCTCC AAAGCCAGAA 
CCTCCCGAGA GGCCGGACTT TGACTCCATA GAGCAACAAG TGAGAGAGAA AGCCTCCAGG 
ATACGAAGGA AACCAGGAGA GGCCATCTTG ATCCCAGAGT TGTCTGCATC TGGAAACATC 
ACTGCCAGTG AACTCTGCCC CAGGCCTGAA ATAGCTCGAA GACAAGATGT TGCCAGGCGC 
TCACTTTTCA TCAAGATCCT CTACAATGAC AAAGAAGTTT CCCGAACAGA CAGCCGCTCC 
CTGAACACCG ACTTCAGGGT TCACTTTGGT CAGATTTTTA ATCTCAAAAT AGTTCACTGT 
CCCCAAAGCA TTAATTTGCA GGTGTTTGAG GAGATTGGAT CATCATGTTC CCTCCTGGCT 
CGGGTGTTTG TTCCAGTTCC AGAGCCCTCA GTCGTGACGG GCAACGTCCC TGTGGAGGAA 
TATGAGTTCA GCAGCAACCA GAGAATCATG TTTGACCACG AGGGAGTTGG AAGTGATGTG 
CCTCTCTCTT TTGAGGCTGA TGGCAGCAAC AAACAGACGC TGCTGACCTC TGGGAAGCTG 
TCATGCTGCG TTTCTTGGGG AATCGGGGAA GATGATGTAC CACTTGCACC TCCTGTTTCT 
CAACAACCTG GTGGCATTCA CAGTGGCTTG GACCGTCTCG ATGCTGTCAC ATACATTGGA 
GCATCTGGAC TATATGACAT GAAAAAAATT GGCGAGTGGG CCACACAGTC ACGCCTGGAC 
CCCAACGATC CAAAAAATGC CTCCATCATG CAGTTGCTGA AAGTGGCCAG TAGTGGAGAG 
GTAACAGCTC CAGAGTATTT TCGTCTGGAA CATCTGCAGG AGGAGTTTAA TTTTGTGACG 
GATGAAGAGT TGGAAAGGTC CAAAAGGTTT CGCCTTCTCA GGCTGAGGAA TAGGGAAGTT 
GCAGAATTTC GCAATTACAA GTGTGTTCCT GCTCTTGAGA GGGAGGTTAC GGATAAAGTG 
TTCCAGGAAT ATGAAAAAAG ACTGAAAGAG GGAGAGATAA TTGACACCAA AGAACATTTG 
GATTCACACA GAGCTTTAGT GGCCAAATAT CTTCAGAAGA TCCGGGAATC AGTCATCAAC 
AGATTCCTTC TTGCCAAACA TCACTACGTC CTGTCTGATT TGGTGATAGA AGAAGAAATA 
CCAAGCATTG GGATTCTGGG ACTAAACCTT TTCAAGCTGG CTGAACCCAA GCGGCCGCTG 
AAACCTCAGA GGAAGGAAAG AAAGAAGGTG ACCGCGCAGA ATCTGTCCGA CGGAGACATT 
AAGTTGCTCA TTAACATCAT CCGGGCCTTC GATATCCCCA TCCGTAGACC CCAGAGCAAT 
AAACCTGGAC AGGCGCCTCA GAGTGCCATC CAGGGCAGCG ATTGGTTCCT CAACCAGGTA 
CAAGTGAGGC CATTTGTGGA GGTTTCCTTC CAGCGCACAG TACTCCAGAC AACCACAGCT 
GATGGACCGA ACCCATGCTG GAACGAGGAG CTGCAGCTGC CGTTTAGTGC CCCAAATGGT 
GACTACAGCA ATGCTAGTTT GCAGTCAGTC AAAGATGAAG TCTTCATCAA CATGTTTGAT 
GAAGTGGTAC ATGAAACTGG AGTGAATGAC AAAGACAGGG GGAAATCCAT CCACACTTGG 
GTAGAGAAGC ACTGGCTGGG ATCCGTCAAG ATTCCTTTCA GCACAATCTA TTCCCAGTCC 
AGGATTGATG GAACATTCAA AGTGAATATG CCAGCTGTGC TGCTGGGGTA CAGCAAGGAG 
CGGAGCCATG GCGCTAACGG TGGTTATGAT ATTATGCGTA GCCTGAGTGA GGGAACATTT 
ATCACGCTGT TCATCACTAT GGAACCTCAG CTGGTGCCTG GAGAGACTAT TAGGGAGAAG 
ATAAAGGAAG TGAAGTTCGA CAGCCAAGAG GACGAACATT TACTGCAGGC TTCAAAGAGA 
TTTGAGAGGG AAGCTGCACA GGGCTACCCA GACCGACCCT GCATCACTAC AGTCATAGAC 
CTCAATGGGA AGACAGTCTT CATCACGCGT TTTATACGAC CACTCAACCC TCCGCAGGAG 
TTCCTGGATG CATTCCCTAA TAACCCCCAG GAAGCCACGG CTCTGGTTGC TCGATTTGTC 
TCGCTCATCC CTTCGCTGCC AGATCGAGTC TCATTTTCTG GAGCCTGTGA CCTGTGGAGC 
ACCTGTGATC AATTCCTCAC CCTCCTAGCA GGAGATGAAG AAGAACATGC TGTACTGTTG 
TGCAACTATT TCCTGTCGAT GGACAAGAAA GCCTGGCTTA TAATTGGGAC AGCCATTCCA 
GAGGGGCCCA CAGCATATGT TCTAACCTAC GAGCAGAGCC GCTACCTCAT CTGGAATCCC 
AGCAGTGGTC AGTACTATGG TCAGTATGAC ACCTTCTGTC CGCTGCAAAC CATCGGCTGC 
CTGGTCAACG CCGACAATGT TTGGTTCAAC GTTCAAGAGT ACACGACACC GATGAGACTA 
AGTTTTGACA TCACAAAAGC CAATTTGTGG AAACCGTTTT TCTCCCGGTC TTTCTCCCAC 
CCAGGGCTGT CTAGTGTCCA GCCAGAGGAG CTGGTGTATC GCCGCACAGA CAAAGCAGCT 
GCAGCAGAGC TTCAGGACAG GATTGAGAAG ATTCTGAAGG AGAAGGTCAT GGAGTGGCGC 
CCTCGTCACC CAACCCGCTG GAACCGCTAC TGCACCACCA CCCTGAAACA ATTCCTGCCC 
AAACTGGAGA TGAGCAGGGG CCAGGACGTA ACCGAGGGAC ACCGCCACGA GTTGCAGAGC 
CTGCTGGGAG AGAACAGGAT TTCAGGTTTC CCCCTCCATC TGCCGTTCTG TGAGATTCGT 
CCCATCATAG AGGCAGTGTA CAGCACCGGA GTTCACAGTG TTCAGGTATC AAATGTGGAG 
TTTGCCCTGG CTGTATATGT GCACCCTTAC CCCAATAATG TGCTATCGGT ATGGGTGTAC 
CTGGCCTCAC TCGTCCGCAC TTGA