GCC2 cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew)

Gene
Clones
gRNAs

Summary

Gene Symbol	GCC2
Entrez Gene ID	102871569
Full Name	GRIP and coiled-coil domain containing 2
Gene Type	protein-coding
Organism	Elephantulus edwardii(Cape elephant shrew)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006883827.1	XP_006883889.1	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
OEl40118	XM_006883827.1 Latest version!	Elephantulus edwardii GRIP and coiled-coil domain containing 2 (GCC2), 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)

GCC2 ( XM_006883827.1 ) cDNA ORF clone, Elephantulus edwardii(Cape elephant shrew) -> XP_006883889.1 Elephantulus edwardii GRIP and coiled-coil domain containing 2 (GCC2), mRNA.

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CloneID	OEl40118
Clone ID Related Accession (Same CDS sequence)	XM_006883827.1
Accession Version	XM_006883827.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4950bp) 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	2014-02-17
Organism	Elephantulus edwardii(Cape elephant shrew)
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_006399780.1) 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 Version :: Elephantulus edwardii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTAATAC AGAAAGCTAA ATCAAGGTGT ACAGAATTGG AAAAAGAAAT TGAAGAACTT 
AAATCAAAAC CTGTTGCTGG AGGAGCTGAT GATATTATTA AGGCATTGAC TGAGCGGCTG 
GATGCTATTC TCTTGGAAAA AGCAGAGACT GAGCAACAGT GTGTATCTCT AAAGAAAGAA 
AATACTAAGA TGAAGGAAGA GGTTATGGAT TCTGTAAGTA AGGTGGAAGA TATGCACAAG 
GAGTTTGAAG AATCTCATCA AAAATATGTA AAAGAAATTG AAAGTTTGAA AAATGAATTA 
TTAGCAGTAC ATTCTAAACA CAGTGAAGAT AAAGATAGCT TGCAGAAGGA ATTGGAAGAA 
GCAGTGAAAA AGCAGTTAGA ACTTTGTGAA CAACTTAAAT TTCAGAGCGA TTCTGAAAAT 
AATGTTAAAA ACCTCCAAGA TGAGATACAG AAAATTAGGC CTGCCTTTGA AGAGCAAATT 
TTACATCTCC AAAAGCAGTT AGAAACTACC ACTAGTGAAA AGAAGCAAGA AATTGATAAC 
CTCCAAAAAG TCATTGAGAC TAATTCTCAG GATTACCAAA GAAATATTAA TAGTTTACAG 
CAAGAATTTT TGCAGTTGAA AGCTACCCAC CAAGAAGAAC TGGAAAGTTT GATATGCCAA 
ATGGAAACCT CTGCTAAAGA ACACGAAGCA GAAGTAAGAA AGTTAAATCA ACTAAAGGAA 
AACTTAGAAA AACAGTATGA GGCAAATGAG AAAAACATTC AGGAGAACTA TCAATGTGAA 
TTAGAAAACT TAAGGAAAGC CTTAAATGGA AACCAAGAAA AACAGATGTG CCCTGTGCTT 
TTGCAAGAAG ATACTGTTGC AGAACAAGTA GTGAATGAAA AGATCAAAAA CTTAGAAGAT 
ACTTTAAAAG AACTAGAATC CCAACATAGT ATCATGAAAG ATGAAGTTAC ATACATGAAT 
AATCTCAAAT TAAAACTTGA AATGGATGCC CAGCATATAA AGGATGAGTT TTTCCATGAA 
CGTGAAGACT TAGAATTTAA AATAAATGAA CTGTTACTAG CTAAAGAAGA ACAGAGTGGG 
GTAATTGAAA AACTAAAATC TGAGGTAGAA GATTCAAATA AACAGTTCTG TTGTATTGTA 
GAACAACATA AAAAAGAAGT ACAGAGTCTT AAAGAACAAC ATCAAGAAGA AATAGCACAA 
TTAAATGAAA CGTTTCTGTC GGATTCTGAA AAAGAAAAAT TAACATTAAT GTTTGAAATA 
CAAGGTCTTA AGGAGCGATG TGAAAGTCTA CAGCAAGAAA AGGAAGACGC AATCTTAAAT 
TATGAGAGTT TGAGAGAAAT GATGGAAATT TTACAAACAG AACTGGGGGA GTCTGCTGGA 
AAAATAAGTC AAGAATTTGA ATCAATGAAA CAACAGCAGG CATCTGATGT CCATGAACTG 
CAGCAGAAGC TCAGAACTGC TTTTAATGAA AAAGACGCCC TTCTTGAAAC TGTGAATTGT 
CTCCGGGGGG AAAAGGAAAA ATTACTAGCG CAACAAGAAG TACTACCACA ACTTGAAAAT 
ACCGTAAAGA ACCTTCAGGA AAAGAATGAA GAGTATTTAA TAAGTCTCAA TCATAAAAAT 
ACCATTGTAC AAGAATTAGA AGCAAAGATA AGTTCTCTAA GTGAGGAAAA AGATAGCTTA 
ATAAGTAAAA TTAAAAATTC TTTTGAAGAG GTGGATGATC TCCATAAACA ATGTGAAAGA 
GGAGAAGAAT TGGTTACAGA GTTAAGGGAG AAAGTCACAC AAACTACCCA GCACAATAGT 
GAACTGAAAC AAAAGATAAA TGAATTAACA GAAGAACTAG AAAAGACTTT AAAAGAAAAG 
GACCAAAATA ACCAGGAACT AGAAAAACTT GTGATTCAAA TGACAATGCT CTATCAAGAC 
CAAGAAGTGT TGTCATCTGA AGTGAAGTCT CTTTCTGAGG AAAAGAATAG ACTGAGTTCA 
GAGAAGAGCC AGTTGTGTAG CAATTTGGAA TCTCTTCTAT CTGAAAAAGA AGGGAATGTG 
AACTTACAAA AACAGATTGC CGAGTTAGAA AAGAAATTTC AGTTAACAGT TGAAGAGCGA 
GATAATTTAA GTAAACTATT AGAAAATGAG CAACTTCAGA AGTTATTTGT AAAAACTCAG 
TTAAATGGTT TTCTTGAGGA AATAGGGTCA AAACTTACAG AAGAAAATAG AGAAGATGAT 
GTTGCAGATG TCCTACAAGT TGTACGTGAA TCTTTAGCAA AAATAAATGA GGAAAAACAT 
AACTTAGTGT CTCAGTATAA TGAAAGGATA TTAGAGTTGG AAAAAGAGAT TGAGTGTGGT 
CAAGAGGAGC ACATAGCTCA GCGTAAGGAA CTTAGGGCTT TGCTACAAGA CTGTGAGCAA 
GAGAAAGTGC TTCTGAAGAA AGAGTTAGAA GAAGCCTTGT CAGAAAAACA AGCTTTGCAG 
TTTGATCTTG TAGCAATGAA GAATGCTAAT GAAAAATCAA GGCTTGAAAA CCAGGATCTG 
TTAATTAAAA TTGAAGAAGC ATCTCAAAAA TTATTATATA GTAAAAATGA AGTCCGTAAT 
GAAAAAGAAA CCTCATTTAT CAAGGAACAT GAAGATCTAA GACCATTATT AGAAGAAAAA 
GAATCTGAAT TACAACATGT AATAGCAGAA CTGGCACTAC TAAAGGACTC CTTAGAGAAA 
TCATCTTCTG TAAAAAATGA TCACACTTCA GTAAAAGAAC TGGAAGAAAA AATAGAAAAT 
CTGGAAAAAG AAACCAAAGA AAAAGAGGAG AAAATAAGTA AGATAAAATT AGTTGCTGTG 
AAGGCAAAGA AAGAACTTGA TTCTAGCAGA AAAGAGGCCC AGGCTCTAAA GGAAGAACTT 
GAATCTGTTC GATCAGAAAG GGATCACCTG TCTACTTCCA TGAGAGATCT TATTCAAGGA 
GCAGAAAGCT ATAAGAATCT TTTATTAGAG TATGATAAAC AGTCAGAGCA GTTGGATATG 
GAAAAAGAGC GGTCCAGTAA TTTTGAACAT CTCATAGAAG ACCTTACAAA ACAATTAAGG 
AATTCAACTC TCCAGTGTGA AAAACTAAAT TCTGATAATG AAGATCTCCT GGCTCGAATT 
GAGACACTCC AGTCTAATGC TAAGTTATTA GAAGTACAGA TTTTAGAAGT TCAGAGAACT 
AAAGCCACAG TAGACAAGGA GTTAGAAACT GAAAAACTTC AGAAAGAACA GAAGATGAAG 
GAACATGCCA GTACTTTAAG TGAGCTTGAA GAACTGCAAG TACAACTTCA AAAGGAAAAG 
AAACAGCTTC AGAAAACTAT GCAAGAATTA GAGCTGGTCA GAAAGGATGC CCAGCAAACC 
ACACTGATGA ATATGGAAAT AGCTGATTAT GAACGTCTGA TGAAAGAACT AAATCAAAAG 
TTGACTAATA AAAACACCAA GATTGAAGAT TTGGAACAAG AAATAAAAAT TCAGAAACAG 
AAACAAGAAA CCCTACAAGA AGAAATGACT TCACTACAGT CATCAGTGCA GCAATGTGAA 
GAAAAAAACA CCAAAATCAA GCAATTGCTT GTGAAAACCA AAAAAGAACT GGCAGATTCA 
AAACAAGCAG AAACTAATCA CCTAATGCTT CAAGAATCTT TGAAGAGTGA CTTGGAAAAA 
AGCCAACAGC AAGTTGAAGT TTATAAAATT CAGCTGGCAG AAATAACATC TGAGAAACAC 
AAAATCCATG AGCAGCTGAA GACCTCTGCA GAACAGCACC AGCGTACACT GAGTGCTTAC 
CAACAAAAAA TCACTGCCTT ACAAGAAGAA TGCCACACTG CTAAGGCAGA ACAAGCGGCT 
ATAACTTCTG ATTTTGAAAG CTACAAAGTC CGAGTTCATA ATGTTCTAAA ACAACAGAAA 
AATAAATCAG TATCCCAGGC GGAAACAGAG GGAGCTAAAC AAGAAAGGGA ACACCTGGAA 
ATGCTGATTG ACCAACTAAA AATCAAATTA CAAGATACTC AGAATAATTT ACAGATTAGT 
GTATCTGAAC TTCAGACATT ACAGTCTGAA CATGATACTC TGCTTGAAAG GCACAACAAG 
ATGCTGCAGG AAACCGTGTC CAAAGAGGCA GACCTCCGAG AAAAGTTGTG TTCAGTACAG 
TCAGAGAATA TGTCACTGAA ATCTGAACAT GAGCACACTG TGAGTCAGCT CACATCCCAG 
AATGAGGTCC TGCGCAACAG TTTCCGTGAT CAAGTACGTC ATTTGCAGGA AGAGCACAGA 
AAAACAATGG AGACTTTACA GCAGCAGCTT TCCAAGGTGG AAGCTCAGCT CTTCCAGCTT 
AAGAGTGAAC CTGCCACACG GAGCCCAGCC TCTTCGCATC AACCTTTGAA GAACTTTCGA 
GAAAGGAGAA ACCCAGACCT TCCCCTTCTG GACATGCATG CCATAACCAG GGAGGAAGGA 
GAAGGAATGG AGACAACTGA TGTTGAGTCT GTGTCATCCA CCAGCACTCA CACACAGTCT 
TTAGAGCAAC TTCTTAATTC TCCTGAAACT AAGCTTGAGC CTCCTTTATG GCATGCTGAA 
TTTACTAAAG AAGAATTGGT TCAGAAACTC AATTCTACCA CAAAAAGTGC CGATCACTTA 
AATGGCCTGC TACGGGAAAC AGAGGCAACA AATGCAATCC TTATGGAGCA AATTAAGCTT 
CTCAAAAGTG AAATAAGAAG ATTAGAAAGA AATCAAGAAC GAGAAAAGTC GGTTGCTAAC 
CTGGAATACC TGAAAAATGT CTTGCTACAG TTCATCTTTC TTAAACCAGG CAGTGAGAGA 
GAGAGGCTGC TTCCTGTTAT AGATGCAATG TTGCAGCTTA GCCCAGAAGA AAAAGGAAAA 
TTGTCTGTAA TTGCTCAAGG TGAGGAAGAA AATGCTTCCC GTTCCTCAGG ATGGGCATCC 
TATCTGCATA GTTGGTCTGG ACTTCGGTAG

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

RefSeq	XP_006883889.1
CDS	109..5058
Translation	MLIQKAKSRCTELEKEIEELKSKPVAGGADDIIKALTERLDAILLEKAETEQQCVSLKKENTKMKEEVMDSVSKVEDMHKEFEESHQKYVKEIESLKNELLAVHSKHSEDKDSLQKELEEAVKKQLELCEQLKFQSDSENNVKNLQDEIQKIRPAFEEQILHLQKQLETTTSEKKQEIDNLQKVIETNSQDYQRNINSLQQEFLQLKATHQEELESLICQMETSAKEHEAEVRKLNQLKENLEKQYEANEKNIQENYQCELENLRKALNGNQEKQMCPVLLQEDTVAEQVVNEKIKNLEDTLKELESQHSIMKDEVTYMNNLKLKLEMDAQHIKDEFFHEREDLEFKINELLLAKEEQSGVIEKLKSEVEDSNKQFCCIVEQHKKEVQSLKEQHQEEIAQLNETFLSDSEKEKLTLMFEIQGLKERCESLQQEKEDAILNYESLREMMEILQTELGESAGKISQEFESMKQQQASDVHELQQKLRTAFNEKDALLETVNCLRGEKEKLLAQQEVLPQLENTVKNLQEKNEEYLISLNHKNTIVQELEAKISSLSEEKDSLISKIKNSFEEVDDLHKQCERGEELVTELREKVTQTTQHNSELKQKINELTEELEKTLKEKDQNNQELEKLVIQMTMLYQDQEVLSSEVKSLSEEKNRLSSEKSQLCSNLESLLSEKEGNVNLQKQIAELEKKFQLTVEERDNLSKLLENEQLQKLFVKTQLNGFLEEIGSKLTEENREDDVADVLQVVRESLAKINEEKHNLVSQYNERILELEKEIECGQEEHIAQRKELRALLQDCEQEKVLLKKELEEALSEKQALQFDLVAMKNANEKSRLENQDLLIKIEEASQKLLYSKNEVRNEKETSFIKEHEDLRPLLEEKESELQHVIAELALLKDSLEKSSSVKNDHTSVKELEEKIENLEKETKEKEEKISKIKLVAVKAKKELDSSRKEAQALKEELESVRSERDHLSTSMRDLIQGAESYKNLLLEYDKQSEQLDMEKERSSNFEHLIEDLTKQLRNSTLQCEKLNSDNEDLLARIETLQSNAKLLEVQILEVQRTKATVDKELETEKLQKEQKMKEHASTLSELEELQVQLQKEKKQLQKTMQELELVRKDAQQTTLMNMEIADYERLMKELNQKLTNKNTKIEDLEQEIKIQKQKQETLQEEMTSLQSSVQQCEEKNTKIKQLLVKTKKELADSKQAETNHLMLQESLKSDLEKSQQQVEVYKIQLAEITSEKHKIHEQLKTSAEQHQRTLSAYQQKITALQEECHTAKAEQAAITSDFESYKVRVHNVLKQQKNKSVSQAETEGAKQEREHLEMLIDQLKIKLQDTQNNLQISVSELQTLQSEHDTLLERHNKMLQETVSKEADLREKLCSVQSENMSLKSEHEHTVSQLTSQNEVLRNSFRDQVRHLQEEHRKTMETLQQQLSKVEAQLFQLKSEPATRSPASSHQPLKNFRERRNPDLPLLDMHAITREEGEGMETTDVESVSSTSTHTQSLEQLLNSPETKLEPPLWHAEFTKEELVQKLNSTTKSADHLNGLLRETEATNAILMEQIKLLKSEIRRLERNQEREKSVANLEYLKNVLLQFIFLKPGSERERLLPVIDAMLQLSPEEKGKLSVIAQGEEENASRSSGWASYLHSWSGLR

Target ORF information:

RefSeq Version	XM_006883827.1
Organism	Elephantulus edwardii(Cape elephant shrew)
Definition	Elephantulus edwardii GRIP and coiled-coil domain containing 2 (GCC2), mRNA.

Target ORF information:

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

XM_006883827.1

ORF Insert Sequence:

ATGCTAATAC AGAAAGCTAA ATCAAGGTGT ACAGAATTGG AAAAAGAAAT TGAAGAACTT 
AAATCAAAAC CTGTTGCTGG AGGAGCTGAT GATATTATTA AGGCATTGAC TGAGCGGCTG 
GATGCTATTC TCTTGGAAAA AGCAGAGACT GAGCAACAGT GTGTATCTCT AAAGAAAGAA 
AATACTAAGA TGAAGGAAGA GGTTATGGAT TCTGTAAGTA AGGTGGAAGA TATGCACAAG 
GAGTTTGAAG AATCTCATCA AAAATATGTA AAAGAAATTG AAAGTTTGAA AAATGAATTA 
TTAGCAGTAC ATTCTAAACA CAGTGAAGAT AAAGATAGCT TGCAGAAGGA ATTGGAAGAA 
GCAGTGAAAA AGCAGTTAGA ACTTTGTGAA CAACTTAAAT TTCAGAGCGA TTCTGAAAAT 
AATGTTAAAA ACCTCCAAGA TGAGATACAG AAAATTAGGC CTGCCTTTGA AGAGCAAATT 
TTACATCTCC AAAAGCAGTT AGAAACTACC ACTAGTGAAA AGAAGCAAGA AATTGATAAC 
CTCCAAAAAG TCATTGAGAC TAATTCTCAG GATTACCAAA GAAATATTAA TAGTTTACAG 
CAAGAATTTT TGCAGTTGAA AGCTACCCAC CAAGAAGAAC TGGAAAGTTT GATATGCCAA 
ATGGAAACCT CTGCTAAAGA ACACGAAGCA GAAGTAAGAA AGTTAAATCA ACTAAAGGAA 
AACTTAGAAA AACAGTATGA GGCAAATGAG AAAAACATTC AGGAGAACTA TCAATGTGAA 
TTAGAAAACT TAAGGAAAGC CTTAAATGGA AACCAAGAAA AACAGATGTG CCCTGTGCTT 
TTGCAAGAAG ATACTGTTGC AGAACAAGTA GTGAATGAAA AGATCAAAAA CTTAGAAGAT 
ACTTTAAAAG AACTAGAATC CCAACATAGT ATCATGAAAG ATGAAGTTAC ATACATGAAT 
AATCTCAAAT TAAAACTTGA AATGGATGCC CAGCATATAA AGGATGAGTT TTTCCATGAA 
CGTGAAGACT TAGAATTTAA AATAAATGAA CTGTTACTAG CTAAAGAAGA ACAGAGTGGG 
GTAATTGAAA AACTAAAATC TGAGGTAGAA GATTCAAATA AACAGTTCTG TTGTATTGTA 
GAACAACATA AAAAAGAAGT ACAGAGTCTT AAAGAACAAC ATCAAGAAGA AATAGCACAA 
TTAAATGAAA CGTTTCTGTC GGATTCTGAA AAAGAAAAAT TAACATTAAT GTTTGAAATA 
CAAGGTCTTA AGGAGCGATG TGAAAGTCTA CAGCAAGAAA AGGAAGACGC AATCTTAAAT 
TATGAGAGTT TGAGAGAAAT GATGGAAATT TTACAAACAG AACTGGGGGA GTCTGCTGGA 
AAAATAAGTC AAGAATTTGA ATCAATGAAA CAACAGCAGG CATCTGATGT CCATGAACTG 
CAGCAGAAGC TCAGAACTGC TTTTAATGAA AAAGACGCCC TTCTTGAAAC TGTGAATTGT 
CTCCGGGGGG AAAAGGAAAA ATTACTAGCG CAACAAGAAG TACTACCACA ACTTGAAAAT 
ACCGTAAAGA ACCTTCAGGA AAAGAATGAA GAGTATTTAA TAAGTCTCAA TCATAAAAAT 
ACCATTGTAC AAGAATTAGA AGCAAAGATA AGTTCTCTAA GTGAGGAAAA AGATAGCTTA 
ATAAGTAAAA TTAAAAATTC TTTTGAAGAG GTGGATGATC TCCATAAACA ATGTGAAAGA 
GGAGAAGAAT TGGTTACAGA GTTAAGGGAG AAAGTCACAC AAACTACCCA GCACAATAGT 
GAACTGAAAC AAAAGATAAA TGAATTAACA GAAGAACTAG AAAAGACTTT AAAAGAAAAG 
GACCAAAATA ACCAGGAACT AGAAAAACTT GTGATTCAAA TGACAATGCT CTATCAAGAC 
CAAGAAGTGT TGTCATCTGA AGTGAAGTCT CTTTCTGAGG AAAAGAATAG ACTGAGTTCA 
GAGAAGAGCC AGTTGTGTAG CAATTTGGAA TCTCTTCTAT CTGAAAAAGA AGGGAATGTG 
AACTTACAAA AACAGATTGC CGAGTTAGAA AAGAAATTTC AGTTAACAGT TGAAGAGCGA 
GATAATTTAA GTAAACTATT AGAAAATGAG CAACTTCAGA AGTTATTTGT AAAAACTCAG 
TTAAATGGTT TTCTTGAGGA AATAGGGTCA AAACTTACAG AAGAAAATAG AGAAGATGAT 
GTTGCAGATG TCCTACAAGT TGTACGTGAA TCTTTAGCAA AAATAAATGA GGAAAAACAT 
AACTTAGTGT CTCAGTATAA TGAAAGGATA TTAGAGTTGG AAAAAGAGAT TGAGTGTGGT 
CAAGAGGAGC ACATAGCTCA GCGTAAGGAA CTTAGGGCTT TGCTACAAGA CTGTGAGCAA 
GAGAAAGTGC TTCTGAAGAA AGAGTTAGAA GAAGCCTTGT CAGAAAAACA AGCTTTGCAG 
TTTGATCTTG TAGCAATGAA GAATGCTAAT GAAAAATCAA GGCTTGAAAA CCAGGATCTG 
TTAATTAAAA TTGAAGAAGC ATCTCAAAAA TTATTATATA GTAAAAATGA AGTCCGTAAT 
GAAAAAGAAA CCTCATTTAT CAAGGAACAT GAAGATCTAA GACCATTATT AGAAGAAAAA 
GAATCTGAAT TACAACATGT AATAGCAGAA CTGGCACTAC TAAAGGACTC CTTAGAGAAA 
TCATCTTCTG TAAAAAATGA TCACACTTCA GTAAAAGAAC TGGAAGAAAA AATAGAAAAT 
CTGGAAAAAG AAACCAAAGA AAAAGAGGAG AAAATAAGTA AGATAAAATT AGTTGCTGTG 
AAGGCAAAGA AAGAACTTGA TTCTAGCAGA AAAGAGGCCC AGGCTCTAAA GGAAGAACTT 
GAATCTGTTC GATCAGAAAG GGATCACCTG TCTACTTCCA TGAGAGATCT TATTCAAGGA 
GCAGAAAGCT ATAAGAATCT TTTATTAGAG TATGATAAAC AGTCAGAGCA GTTGGATATG 
GAAAAAGAGC GGTCCAGTAA TTTTGAACAT CTCATAGAAG ACCTTACAAA ACAATTAAGG 
AATTCAACTC TCCAGTGTGA AAAACTAAAT TCTGATAATG AAGATCTCCT GGCTCGAATT 
GAGACACTCC AGTCTAATGC TAAGTTATTA GAAGTACAGA TTTTAGAAGT TCAGAGAACT 
AAAGCCACAG TAGACAAGGA GTTAGAAACT GAAAAACTTC AGAAAGAACA GAAGATGAAG 
GAACATGCCA GTACTTTAAG TGAGCTTGAA GAACTGCAAG TACAACTTCA AAAGGAAAAG 
AAACAGCTTC AGAAAACTAT GCAAGAATTA GAGCTGGTCA GAAAGGATGC CCAGCAAACC 
ACACTGATGA ATATGGAAAT AGCTGATTAT GAACGTCTGA TGAAAGAACT AAATCAAAAG 
TTGACTAATA AAAACACCAA GATTGAAGAT TTGGAACAAG AAATAAAAAT TCAGAAACAG 
AAACAAGAAA CCCTACAAGA AGAAATGACT TCACTACAGT CATCAGTGCA GCAATGTGAA 
GAAAAAAACA CCAAAATCAA GCAATTGCTT GTGAAAACCA AAAAAGAACT GGCAGATTCA 
AAACAAGCAG AAACTAATCA CCTAATGCTT CAAGAATCTT TGAAGAGTGA CTTGGAAAAA 
AGCCAACAGC AAGTTGAAGT TTATAAAATT CAGCTGGCAG AAATAACATC TGAGAAACAC 
AAAATCCATG AGCAGCTGAA GACCTCTGCA GAACAGCACC AGCGTACACT GAGTGCTTAC 
CAACAAAAAA TCACTGCCTT ACAAGAAGAA TGCCACACTG CTAAGGCAGA ACAAGCGGCT 
ATAACTTCTG ATTTTGAAAG CTACAAAGTC CGAGTTCATA ATGTTCTAAA ACAACAGAAA 
AATAAATCAG TATCCCAGGC GGAAACAGAG GGAGCTAAAC AAGAAAGGGA ACACCTGGAA 
ATGCTGATTG ACCAACTAAA AATCAAATTA CAAGATACTC AGAATAATTT ACAGATTAGT 
GTATCTGAAC TTCAGACATT ACAGTCTGAA CATGATACTC TGCTTGAAAG GCACAACAAG 
ATGCTGCAGG AAACCGTGTC CAAAGAGGCA GACCTCCGAG AAAAGTTGTG TTCAGTACAG 
TCAGAGAATA TGTCACTGAA ATCTGAACAT GAGCACACTG TGAGTCAGCT CACATCCCAG 
AATGAGGTCC TGCGCAACAG TTTCCGTGAT CAAGTACGTC ATTTGCAGGA AGAGCACAGA 
AAAACAATGG AGACTTTACA GCAGCAGCTT TCCAAGGTGG AAGCTCAGCT CTTCCAGCTT 
AAGAGTGAAC CTGCCACACG GAGCCCAGCC TCTTCGCATC AACCTTTGAA GAACTTTCGA 
GAAAGGAGAA ACCCAGACCT TCCCCTTCTG GACATGCATG CCATAACCAG GGAGGAAGGA 
GAAGGAATGG AGACAACTGA TGTTGAGTCT GTGTCATCCA CCAGCACTCA CACACAGTCT 
TTAGAGCAAC TTCTTAATTC TCCTGAAACT AAGCTTGAGC CTCCTTTATG GCATGCTGAA 
TTTACTAAAG AAGAATTGGT TCAGAAACTC AATTCTACCA CAAAAAGTGC CGATCACTTA 
AATGGCCTGC TACGGGAAAC AGAGGCAACA AATGCAATCC TTATGGAGCA AATTAAGCTT 
CTCAAAAGTG AAATAAGAAG ATTAGAAAGA AATCAAGAAC GAGAAAAGTC GGTTGCTAAC 
CTGGAATACC TGAAAAATGT CTTGCTACAG TTCATCTTTC TTAAACCAGG CAGTGAGAGA 
GAGAGGCTGC TTCCTGTTAT AGATGCAATG TTGCAGCTTA GCCCAGAAGA AAAAGGAAAA 
TTGTCTGTAA TTGCTCAAGG TGAGGAAGAA AATGCTTCCC GTTCCTCAGG ATGGGCATCC 
TATCTGCATA GTTGGTCTGG ACTTCGGTAG