GCC2 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	GCC2
Entrez Gene ID	105405705
Full Name	GRIP and coiled-coil domain containing 2
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011583561.1	XP_011581863.1	GRIP and coiled-coil domain-containing protein 2

Pathways from BioSystems
Gene Ontology

The following GCC2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GCC2 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
OAq21066	XM_011583561.1 Latest version!	Aquila chrysaetos canadensis GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, 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)

GCC2 ( XM_011583561.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011581863.1 Aquila chrysaetos canadensis GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, mRNA.

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CloneID	OAq21066
Clone ID Related Accession (Same CDS sequence)	XM_011583561.1
Accession Version	XM_011583561.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5175bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	GRIP and coiled-coil domain-containing protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950913.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACGGAGG CGGAAGTGGT TCGGGGAGGA TGTAGCGGCG CTGACAGCGG CTGCGGCGCC 
GCCGCCGCGA TCTCCCCGCC CCTGCAGCCC GCCATGGAGG TTCAAGATGC TGGGCAAGAG 
ATGGTGGCGT CTTCTGTCAC ACCAGGATCA GGCAAATCAA AGCTGGACAC ATTGCCCAAA 
GAAGATCTCA TCAAGTTTGC AAAAAAGCAA GTGATGCTTA TACAGAAAGT GAAGTCAAGA 
TGTACAGAAC TAGAGAAAGA GATTGAAGAA CTCAGATCTA AAGCAGCTAC TGGAGGAGCT 
GATGATATTA TTCAGGCTCT CACGGAAAGA CTGGATGTTG TACTTCTGGA AAAAGCTGAA 
AGTCAGCAGC AGTGCGTGGC TCTGAAAAAA GAAAATATTC AAAGAAAGCA AGAAGCAGAG 
GCTGCAGTGG CCAAGACGGA AGAATTGCAG AAGCAACTGG AGCAATCAAG TATTGACTCT 
CTGAAAGAAA TAAAGGCTCT GAAGAGTGAA TTAGCAAATG CACAATGCAA ACACAATGAG 
GACTTAACAA AGCTGAAAAT GGAATTAGAG GAACAAGTGA AGAAACAAAT GGGGCTGGTG 
GAACAGATTG AACGTCATAG CGATAGTCAA AAAGAAGTTA AAAGATTACA AGATGATGTC 
CAAAGAATGA GATCTACTTA TGAGGAGCAA ATTTTGTGTC TGAGCAAGCA GTTGGAAACA 
GTGAATGAAG ACAAAAACAG AGAGGTGACA AATCTGCAAG AAACTATTAA AAGCAACTCT 
CAGTGTTACC ACAATGAAAT AAAAAATCTG AATGAAGAGC TTAAAAAATT AAAAATTGCC 
CATCAGGAAG AGGTGTCAGA GTTGATGCAT CAGATAGAAA TATCATCTAA AGAAAATGAA 
GAAAAGCAAA ATCAGATAAA TCAGTTACAG CACAGTGTGG CAGAGGAGAG CTTAATGAAA 
GAGAAAAATG CGAAGGATGA AATGTGTGCT CGTACTGACC AGCGTGAATA TGACTTGGAG 
CAACTGAGAG AAGTCTTAAA TAAAAATGTA GAAAACAAGA TGGATGTTGT AGATACACAA 
GAAGAACCTT GTGTAGAAGT GAAAATGGAA GAAAAGATTA GGCACCTGGA GCATAGTTTA 
GAAGAGCTTC AGTCCCAACA CAGTATATTA AAAGATGAGT TAACTTACAT GAGTAACGTT 
AAACTAAAAC TGGAGGAGGA AATCCATCGC ATAAAGGATG AGTACTTCCA TGAGCGGGAA 
GACTTGGACT TTAAGATAAA TGAATTGCAG CTTGCTAAAG AAGATTACTG TTGTGTAATC 
GAAAAACTAA AACTGGAGCT TCAAGCAGCA AGACAGCACT GTGAAACCAC CGTAAAAGAG 
CATAAGTTAG AGACTCAAAC TCTGAAAGAG CAACATAAGA GAGAAATTTC TGAACTAAAT 
GAAACTTTAT TATCTGGTTC TGAAAAAGAA AAGATGGGAT TAGTTTTTGA AATGCAGGAA 
CTTAGAGAAC AACTTGAAAA GCTAACTCAG GAGAAGGAAG AAGCAGTGTC CAATTACAAC 
AGCCTGAGAG AAACGATGGA AACCCTACAG ACTGAGCTAG GAGAATCTGC TGGAAAGATC 
AGCCAGGAGT TTGAATCAAT GAGACAGCAG CAAGCTTCTG ATGTCAGTGA ACTGCAACAG 
AAACTCCGAG CTGCTTTCAA TGAAAAGGAT GTTCTTCTTG AAACTGTGAA TCGCCTCCAG 
GAAGAAACAG AAAAATTGTC ATCTAATCAG CTAGAGATAG AAGAACTTAA ATGTAAAATT 
GTTAGTCTTC AGGAGGAGAA TAACACAATA ACAAGCTCCA TCACCCAAAA AGAGACTGCT 
GTGAAAGAAC TGGAAGAGAA GATCATTGCT CTTACTGATC AAAACAAGGG TATTTTAAAT 
GAAGTAAAAT GCTTGGGTGA AGAGAGAGAA ACCCTTCAGG AAAGGTACAA GCAAGAACAA 
GGAAAAGTTC AGGAACTTCA GCAAGAAGTA GATGTTGCTA ATCACTACAA TAGCGACCTG 
AAGAAAAAGG TGGAGCAATT AATGGAGAAA CTGAATGAAG CTTTAACTAG GAAGAGTGAA 
AGTGCTCAAA TGCTAGAGCA ACTGGAAAAC CAGATTGAAT ATCTAGTGCG TGAAAGAGAG 
AACCTTTCAT CTGAAGCATA TACTCTTTGT GAGGAAAATA GGAAAATCAT TCAGGAAAAA 
GACAAATTAA GTGAAGAGCT GGAAAAGATT ACATCCGAAA AAGATGGTTG GCTAGTGTTG 
AAAGAGCAGT CTGAAAACTT AGAAAAAAAA TTACAAATGA TGACTGCAGA AAAAGACCAT 
ATATCAACAT TACTTGAAAG TGAACAAGCA CACAGATCCC TTGTAAGAAC TCAGCTGTAC 
CACTTACTTG AGCAAGTGGG GTCCAGTGTT TCAGATTCTA ATGAGGAATA TGATTCTCTT 
AACTTGTTAC AAATTGCAAA TGAATGCCTG GCAAAAATGA AAGAAGAGCA GTGCCTTGCT 
TTACAGAATG AGGAGAAAGT TCTTCATTTG CAGCGGGAAG TTGAGAGACT AGAGGAAGAA 
AATGCAGCTC AATATACAGA ACATAGATGC CTGATTCAGG ATTTTGAAAA AGAAAAGGAT 
CTCTTGAGAG AAGAATTGGA AGGAGTGTTG TCTGAAAAAG AAGCGCTTCA ACATGATATC 
CAGGAGCTGA AGAATGCCAG TGAAAAAACA AGGATTGAAA ATCAAGATCT TCTAGCTAAT 
ATTGAAGAGA TCACTCAAAA ACTTGCTTAT TATGAAAGTC AAATACAGGA ACAGCAAAAA 
GGATCAGAAA AACAAGACGA CTTAAATTTC ATTCTGGAAC AAAAGGAAAC TGAACTTAGA 
AATGTGAAAG ACGAACTGAG TTCTCTAAAG AATTTAATGG AGACATTGAC TGAGAAAACT 
GATCAACAGT CTTCAGTAGC AGAGCTTCAA GAAAAAATTG GAAGACTGGA AAAAGAATCT 
GCAGAAAAAG GAGAGAAGCT AAATAAAATT AAGGTGGTTG CTGTGAAAGC AAAGAAAGAA 
TTAGATGCCA GCAGAAAAGA GATGCAGACT CTGAGGGAAG AATTGGAGTT AGTTCGATCA 
GAAAAAGATC AGTTGTCTGC TTCAATGAAA GATGTCATTC AAGGAGCTGA AAGCTATAAG 
AATCTTTTGA TGGAATATGA TAAGCAAGGA GAACAGCTGG ATTCTGAAAA AGGCAGAGCA 
AATAATCTTG AACGTCAGAT AGATGACCTC ACAAGACAGC TACAGGTGTC ATCCCAGCAG 
CATGATCAGT TACACTCTGC TAATGAAGAC CTCCTGGCTC GTGTTGAAAC ACTGCAACAT 
AATGCTAAGC TGCTGGAAGC TCAGATACTG GAGATACAAA GAGCCAAGGC AAAGGTTGAC 
AAAGAACTAG AAGCTGAAAA GCTTCTGAAA GAACAGAAAA CAAAGGAACA TAGTGGTGCT 
CTCCAAGAAA TGGAGGAGCT TCAGATGCAA CTTCAGAAGG AAAAGAAACA TCTGCAGAAA 
ACTATGCAAG AGCTAGAGCT GGCCAGAAAG GATGCTCAAA AGAGTACACT GATGGATATG 
GAAATAGCTG ATTATGAAAG GCTAGTAAAA GAACTTAATC AGAAGATTAG TGATAAAGAC 
AGCAGAATAG AGGATCTCGA GCAAGAGACT GGGATTCAGA AACAGAAGCA AGAGACACTA 
CAGGAAGAAA TAAAGTCACT TCAGTCAACT ATGCAACAGG ATGAGGAAAG AAATGCCAAG 
ATAAAACAAC TCCTGGTGAA AACCAAAAAA GAACTGGCTG ATTCAAAACA AGCTGAGAAT 
GACCATCTAA TGTTGCAGGC ATCATTAAAA GGGGAACTGG AAGCCAGTCA ACAACAAGTG 
GAAGCCTATA AGATTCAAGT GGCTGTACTA ACATCAGAAA AGCATAAAGT TCAGGAACAC 
CTGCGAACTT CTTCAGAGCA ACACCAGCGT ACGTTGAGTG CTTACCAGCA AAAAATTGCA 
ACCTTGCAAG AAGAGTGCAG AGCAGCCCAG GCTGAACAAG CATCTGTTAC ATCTGAATTC 
GAGAGCTACA AAGTCCGTGT TCATAATGTT CTAAAACAGC AAAAGAATAA ATCTGCTTCT 
CAGACAGAAT CTGAGGGAGC CAAACAAGAA AGAGAACAGT TGGAAATGGT GATAGATCAA 
CTTAAAGTTA AGCTGCAAGA TGCTCAGCAT AATTCACAGA TGAATGCGTC TGAACTCCAG 
GCATTGCAGT CTGAACACGA CACCCTGCTG GAAAGACACA ATAAGATGCT GCAAGAGACT 
GTTGCAAAAG AGGCAGAACT CCGTGAAAAG CTCTGCACAA TACAGTCTGA TAACATGGTC 
ATGAAAACAG AGCATGCCCA GACTTTGAGT CAGCTGACAG CCCAGAATGA AGCTCTCCGG 
AACAATTTCA GAGATCAAGT CAGGAACCTG CAAGAAGAGC ACAGGAAGAC AGTAGAGACA 
CTTCAGCAGC AACTGTCCAG AGTAGAAGCT CAGCTCTTCC AACTCAAGAG TGAAACAAGC 
ACTAGAGGTC CAGCTGTTTC AAATCCAGCA ACGAAGAACT TAAGAGAACG GCGAAACACT 
GACCTTCCTG TTCTCGATGT GCACTCTGTA GCTAGGGAAG AGGGAGAAGG TATGGAAACA 
ACAGACACAG AGTCTGTCTC TTCAGCCAGC ACCTATGTAC CATCCTTGGA ACAACTTCTG 
AACTCCCCAG AAGCAAAACT TGAACCACCT CCATGGCAAA CAGAACTCAC CAAGGATGAA 
CTGATTCAGA AACTAAACAC AACAGCGAAG AGTGCTGATC ACTTGAATGA ATTACTTCGT 
GAATCAGAAG CAACCAATGC AATCCTAATG GAACAAATAA AGCTTCTTAA GAATGAAATA 
AGAAGATTGG AAAGAAATCA AGAGAGAGAA AAGTCTGTGG CTAATCTAGA ATACTTGAAG 
AATGTTCTAC TGCAGTTCAT ATTTCTGAAA TCGGGAAGTG AGAAAGAAAG GCTGCTCCCT 
GTAATAGACA CCATGTTGCA GCTCAGCCCT GAAGAGAAGG GGAAGCTAGT TGCAATTGCC 
CAAGGTGAGG AAGAGAGTAC CTCACGGCCT TCTGGGTGGG CTTCATACCT CCACAGCTGG 
TCGGGACTTC GATGA

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

RefSeq	XP_011581863.1
CDS	8..5182
Translation	MTEAEVVRGGCSGADSGCGAAAAISPPLQPAMEVQDAGQEMVASSVTPGSGKSKLDTLPKEDLIKFAKKQVMLIQKVKSRCTELEKEIEELRSKAATGGADDIIQALTERLDVVLLEKAESQQQCVALKKENIQRKQEAEAAVAKTEELQKQLEQSSIDSLKEIKALKSELANAQCKHNEDLTKLKMELEEQVKKQMGLVEQIERHSDSQKEVKRLQDDVQRMRSTYEEQILCLSKQLETVNEDKNREVTNLQETIKSNSQCYHNEIKNLNEELKKLKIAHQEEVSELMHQIEISSKENEEKQNQINQLQHSVAEESLMKEKNAKDEMCARTDQREYDLEQLREVLNKNVENKMDVVDTQEEPCVEVKMEEKIRHLEHSLEELQSQHSILKDELTYMSNVKLKLEEEIHRIKDEYFHEREDLDFKINELQLAKEDYCCVIEKLKLELQAARQHCETTVKEHKLETQTLKEQHKREISELNETLLSGSEKEKMGLVFEMQELREQLEKLTQEKEEAVSNYNSLRETMETLQTELGESAGKISQEFESMRQQQASDVSELQQKLRAAFNEKDVLLETVNRLQEETEKLSSNQLEIEELKCKIVSLQEENNTITSSITQKETAVKELEEKIIALTDQNKGILNEVKCLGEERETLQERYKQEQGKVQELQQEVDVANHYNSDLKKKVEQLMEKLNEALTRKSESAQMLEQLENQIEYLVRERENLSSEAYTLCEENRKIIQEKDKLSEELEKITSEKDGWLVLKEQSENLEKKLQMMTAEKDHISTLLESEQAHRSLVRTQLYHLLEQVGSSVSDSNEEYDSLNLLQIANECLAKMKEEQCLALQNEEKVLHLQREVERLEEENAAQYTEHRCLIQDFEKEKDLLREELEGVLSEKEALQHDIQELKNASEKTRIENQDLLANIEEITQKLAYYESQIQEQQKGSEKQDDLNFILEQKETELRNVKDELSSLKNLMETLTEKTDQQSSVAELQEKIGRLEKESAEKGEKLNKIKVVAVKAKKELDASRKEMQTLREELELVRSEKDQLSASMKDVIQGAESYKNLLMEYDKQGEQLDSEKGRANNLERQIDDLTRQLQVSSQQHDQLHSANEDLLARVETLQHNAKLLEAQILEIQRAKAKVDKELEAEKLLKEQKTKEHSGALQEMEELQMQLQKEKKHLQKTMQELELARKDAQKSTLMDMEIADYERLVKELNQKISDKDSRIEDLEQETGIQKQKQETLQEEIKSLQSTMQQDEERNAKIKQLLVKTKKELADSKQAENDHLMLQASLKGELEASQQQVEAYKIQVAVLTSEKHKVQEHLRTSSEQHQRTLSAYQQKIATLQEECRAAQAEQASVTSEFESYKVRVHNVLKQQKNKSASQTESEGAKQEREQLEMVIDQLKVKLQDAQHNSQMNASELQALQSEHDTLLERHNKMLQETVAKEAELREKLCTIQSDNMVMKTEHAQTLSQLTAQNEALRNNFRDQVRNLQEEHRKTVETLQQQLSRVEAQLFQLKSETSTRGPAVSNPATKNLRERRNTDLPVLDVHSVAREEGEGMETTDTESVSSASTYVPSLEQLLNSPEAKLEPPPWQTELTKDELIQKLNTTAKSADHLNELLRESEATNAILMEQIKLLKNEIRRLERNQEREKSVANLEYLKNVLLQFIFLKSGSEKERLLPVIDTMLQLSPEEKGKLVAIAQGEEESTSRPSGWASYLHSWSGLR

Target ORF information:

RefSeq Version	XM_011583561.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis GRIP and coiled-coil domain containing 2 (GCC2), transcript variant X1, mRNA.

Target ORF information:

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

XM_011583561.1

ORF Insert Sequence:

ATGACGGAGG CGGAAGTGGT TCGGGGAGGA TGTAGCGGCG CTGACAGCGG CTGCGGCGCC 
GCCGCCGCGA TCTCCCCGCC CCTGCAGCCC GCCATGGAGG TTCAAGATGC TGGGCAAGAG 
ATGGTGGCGT CTTCTGTCAC ACCAGGATCA GGCAAATCAA AGCTGGACAC ATTGCCCAAA 
GAAGATCTCA TCAAGTTTGC AAAAAAGCAA GTGATGCTTA TACAGAAAGT GAAGTCAAGA 
TGTACAGAAC TAGAGAAAGA GATTGAAGAA CTCAGATCTA AAGCAGCTAC TGGAGGAGCT 
GATGATATTA TTCAGGCTCT CACGGAAAGA CTGGATGTTG TACTTCTGGA AAAAGCTGAA 
AGTCAGCAGC AGTGCGTGGC TCTGAAAAAA GAAAATATTC AAAGAAAGCA AGAAGCAGAG 
GCTGCAGTGG CCAAGACGGA AGAATTGCAG AAGCAACTGG AGCAATCAAG TATTGACTCT 
CTGAAAGAAA TAAAGGCTCT GAAGAGTGAA TTAGCAAATG CACAATGCAA ACACAATGAG 
GACTTAACAA AGCTGAAAAT GGAATTAGAG GAACAAGTGA AGAAACAAAT GGGGCTGGTG 
GAACAGATTG AACGTCATAG CGATAGTCAA AAAGAAGTTA AAAGATTACA AGATGATGTC 
CAAAGAATGA GATCTACTTA TGAGGAGCAA ATTTTGTGTC TGAGCAAGCA GTTGGAAACA 
GTGAATGAAG ACAAAAACAG AGAGGTGACA AATCTGCAAG AAACTATTAA AAGCAACTCT 
CAGTGTTACC ACAATGAAAT AAAAAATCTG AATGAAGAGC TTAAAAAATT AAAAATTGCC 
CATCAGGAAG AGGTGTCAGA GTTGATGCAT CAGATAGAAA TATCATCTAA AGAAAATGAA 
GAAAAGCAAA ATCAGATAAA TCAGTTACAG CACAGTGTGG CAGAGGAGAG CTTAATGAAA 
GAGAAAAATG CGAAGGATGA AATGTGTGCT CGTACTGACC AGCGTGAATA TGACTTGGAG 
CAACTGAGAG AAGTCTTAAA TAAAAATGTA GAAAACAAGA TGGATGTTGT AGATACACAA 
GAAGAACCTT GTGTAGAAGT GAAAATGGAA GAAAAGATTA GGCACCTGGA GCATAGTTTA 
GAAGAGCTTC AGTCCCAACA CAGTATATTA AAAGATGAGT TAACTTACAT GAGTAACGTT 
AAACTAAAAC TGGAGGAGGA AATCCATCGC ATAAAGGATG AGTACTTCCA TGAGCGGGAA 
GACTTGGACT TTAAGATAAA TGAATTGCAG CTTGCTAAAG AAGATTACTG TTGTGTAATC 
GAAAAACTAA AACTGGAGCT TCAAGCAGCA AGACAGCACT GTGAAACCAC CGTAAAAGAG 
CATAAGTTAG AGACTCAAAC TCTGAAAGAG CAACATAAGA GAGAAATTTC TGAACTAAAT 
GAAACTTTAT TATCTGGTTC TGAAAAAGAA AAGATGGGAT TAGTTTTTGA AATGCAGGAA 
CTTAGAGAAC AACTTGAAAA GCTAACTCAG GAGAAGGAAG AAGCAGTGTC CAATTACAAC 
AGCCTGAGAG AAACGATGGA AACCCTACAG ACTGAGCTAG GAGAATCTGC TGGAAAGATC 
AGCCAGGAGT TTGAATCAAT GAGACAGCAG CAAGCTTCTG ATGTCAGTGA ACTGCAACAG 
AAACTCCGAG CTGCTTTCAA TGAAAAGGAT GTTCTTCTTG AAACTGTGAA TCGCCTCCAG 
GAAGAAACAG AAAAATTGTC ATCTAATCAG CTAGAGATAG AAGAACTTAA ATGTAAAATT 
GTTAGTCTTC AGGAGGAGAA TAACACAATA ACAAGCTCCA TCACCCAAAA AGAGACTGCT 
GTGAAAGAAC TGGAAGAGAA GATCATTGCT CTTACTGATC AAAACAAGGG TATTTTAAAT 
GAAGTAAAAT GCTTGGGTGA AGAGAGAGAA ACCCTTCAGG AAAGGTACAA GCAAGAACAA 
GGAAAAGTTC AGGAACTTCA GCAAGAAGTA GATGTTGCTA ATCACTACAA TAGCGACCTG 
AAGAAAAAGG TGGAGCAATT AATGGAGAAA CTGAATGAAG CTTTAACTAG GAAGAGTGAA 
AGTGCTCAAA TGCTAGAGCA ACTGGAAAAC CAGATTGAAT ATCTAGTGCG TGAAAGAGAG 
AACCTTTCAT CTGAAGCATA TACTCTTTGT GAGGAAAATA GGAAAATCAT TCAGGAAAAA 
GACAAATTAA GTGAAGAGCT GGAAAAGATT ACATCCGAAA AAGATGGTTG GCTAGTGTTG 
AAAGAGCAGT CTGAAAACTT AGAAAAAAAA TTACAAATGA TGACTGCAGA AAAAGACCAT 
ATATCAACAT TACTTGAAAG TGAACAAGCA CACAGATCCC TTGTAAGAAC TCAGCTGTAC 
CACTTACTTG AGCAAGTGGG GTCCAGTGTT TCAGATTCTA ATGAGGAATA TGATTCTCTT 
AACTTGTTAC AAATTGCAAA TGAATGCCTG GCAAAAATGA AAGAAGAGCA GTGCCTTGCT 
TTACAGAATG AGGAGAAAGT TCTTCATTTG CAGCGGGAAG TTGAGAGACT AGAGGAAGAA 
AATGCAGCTC AATATACAGA ACATAGATGC CTGATTCAGG ATTTTGAAAA AGAAAAGGAT 
CTCTTGAGAG AAGAATTGGA AGGAGTGTTG TCTGAAAAAG AAGCGCTTCA ACATGATATC 
CAGGAGCTGA AGAATGCCAG TGAAAAAACA AGGATTGAAA ATCAAGATCT TCTAGCTAAT 
ATTGAAGAGA TCACTCAAAA ACTTGCTTAT TATGAAAGTC AAATACAGGA ACAGCAAAAA 
GGATCAGAAA AACAAGACGA CTTAAATTTC ATTCTGGAAC AAAAGGAAAC TGAACTTAGA 
AATGTGAAAG ACGAACTGAG TTCTCTAAAG AATTTAATGG AGACATTGAC TGAGAAAACT 
GATCAACAGT CTTCAGTAGC AGAGCTTCAA GAAAAAATTG GAAGACTGGA AAAAGAATCT 
GCAGAAAAAG GAGAGAAGCT AAATAAAATT AAGGTGGTTG CTGTGAAAGC AAAGAAAGAA 
TTAGATGCCA GCAGAAAAGA GATGCAGACT CTGAGGGAAG AATTGGAGTT AGTTCGATCA 
GAAAAAGATC AGTTGTCTGC TTCAATGAAA GATGTCATTC AAGGAGCTGA AAGCTATAAG 
AATCTTTTGA TGGAATATGA TAAGCAAGGA GAACAGCTGG ATTCTGAAAA AGGCAGAGCA 
AATAATCTTG AACGTCAGAT AGATGACCTC ACAAGACAGC TACAGGTGTC ATCCCAGCAG 
CATGATCAGT TACACTCTGC TAATGAAGAC CTCCTGGCTC GTGTTGAAAC ACTGCAACAT 
AATGCTAAGC TGCTGGAAGC TCAGATACTG GAGATACAAA GAGCCAAGGC AAAGGTTGAC 
AAAGAACTAG AAGCTGAAAA GCTTCTGAAA GAACAGAAAA CAAAGGAACA TAGTGGTGCT 
CTCCAAGAAA TGGAGGAGCT TCAGATGCAA CTTCAGAAGG AAAAGAAACA TCTGCAGAAA 
ACTATGCAAG AGCTAGAGCT GGCCAGAAAG GATGCTCAAA AGAGTACACT GATGGATATG 
GAAATAGCTG ATTATGAAAG GCTAGTAAAA GAACTTAATC AGAAGATTAG TGATAAAGAC 
AGCAGAATAG AGGATCTCGA GCAAGAGACT GGGATTCAGA AACAGAAGCA AGAGACACTA 
CAGGAAGAAA TAAAGTCACT TCAGTCAACT ATGCAACAGG ATGAGGAAAG AAATGCCAAG 
ATAAAACAAC TCCTGGTGAA AACCAAAAAA GAACTGGCTG ATTCAAAACA AGCTGAGAAT 
GACCATCTAA TGTTGCAGGC ATCATTAAAA GGGGAACTGG AAGCCAGTCA ACAACAAGTG 
GAAGCCTATA AGATTCAAGT GGCTGTACTA ACATCAGAAA AGCATAAAGT TCAGGAACAC 
CTGCGAACTT CTTCAGAGCA ACACCAGCGT ACGTTGAGTG CTTACCAGCA AAAAATTGCA 
ACCTTGCAAG AAGAGTGCAG AGCAGCCCAG GCTGAACAAG CATCTGTTAC ATCTGAATTC 
GAGAGCTACA AAGTCCGTGT TCATAATGTT CTAAAACAGC AAAAGAATAA ATCTGCTTCT 
CAGACAGAAT CTGAGGGAGC CAAACAAGAA AGAGAACAGT TGGAAATGGT GATAGATCAA 
CTTAAAGTTA AGCTGCAAGA TGCTCAGCAT AATTCACAGA TGAATGCGTC TGAACTCCAG 
GCATTGCAGT CTGAACACGA CACCCTGCTG GAAAGACACA ATAAGATGCT GCAAGAGACT 
GTTGCAAAAG AGGCAGAACT CCGTGAAAAG CTCTGCACAA TACAGTCTGA TAACATGGTC 
ATGAAAACAG AGCATGCCCA GACTTTGAGT CAGCTGACAG CCCAGAATGA AGCTCTCCGG 
AACAATTTCA GAGATCAAGT CAGGAACCTG CAAGAAGAGC ACAGGAAGAC AGTAGAGACA 
CTTCAGCAGC AACTGTCCAG AGTAGAAGCT CAGCTCTTCC AACTCAAGAG TGAAACAAGC 
ACTAGAGGTC CAGCTGTTTC AAATCCAGCA ACGAAGAACT TAAGAGAACG GCGAAACACT 
GACCTTCCTG TTCTCGATGT GCACTCTGTA GCTAGGGAAG AGGGAGAAGG TATGGAAACA 
ACAGACACAG AGTCTGTCTC TTCAGCCAGC ACCTATGTAC CATCCTTGGA ACAACTTCTG 
AACTCCCCAG AAGCAAAACT TGAACCACCT CCATGGCAAA CAGAACTCAC CAAGGATGAA 
CTGATTCAGA AACTAAACAC AACAGCGAAG AGTGCTGATC ACTTGAATGA ATTACTTCGT 
GAATCAGAAG CAACCAATGC AATCCTAATG GAACAAATAA AGCTTCTTAA GAATGAAATA 
AGAAGATTGG AAAGAAATCA AGAGAGAGAA AAGTCTGTGG CTAATCTAGA ATACTTGAAG 
AATGTTCTAC TGCAGTTCAT ATTTCTGAAA TCGGGAAGTG AGAAAGAAAG GCTGCTCCCT 
GTAATAGACA CCATGTTGCA GCTCAGCCCT GAAGAGAAGG GGAAGCTAGT TGCAATTGCC 
CAAGGTGAGG AAGAGAGTAC CTCACGGCCT TCTGGGTGGG CTTCATACCT CCACAGCTGG 
TCGGGACTTC GATGA