Dsim\GD18552 cDNA ORF clone, Drosophila simulans

Gene
Clones
gRNAs

Summary

Gene Symbol	Dsim\GD18552
Entrez Gene ID	6728918
Full Name	GD18552 gene product from transcript GD18552-RA
Synonyms	Dsim_GD18552,GD18552,dsim_GLEANR_2373
Gene Type	protein-coding
Organism	Drosophila simulans

mRNA and Protein(s)

mRNA	Protein	Name
XM_016174981.1	XP_016035603.1	uncharacterized protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

A second-generation assembly of the Drosophila simulans genome provides new insights into patterns of lineage-specific divergence.
Hu TT, Eisen MB, Thornton KR, Andolfatto P
Genome research23(1)89-98(2013 Jan)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following Dsim\GD18552 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Dsim\GD18552 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
ODg28545	XM_016174981.1 Latest version!	Drosophila simulans uncharacterized protein (Dsim\GD18552), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

Dsim\GD18552 ( XM_016174981.1 ) cDNA ORF clone, Drosophila simulans -> XP_016035603.1 Drosophila simulans uncharacterized protein (Dsim\GD18552), mRNA.

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CloneID	ODg28545
Clone ID Related Accession (Same CDS sequence)	XM_016174981.1
Accession Version	XM_016174981.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) 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	2016-04-03
Organism	Drosophila simulans
Product	uncharacterized protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NT_479536). ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 2.01 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGTCGAAGC CCCAGAACAA CGACACTCTG GAGCTGGATG ACATCCTCAG CCAGCCGGTG 
AAGGACAAGG AGCGCTTTGC CGCCTTTATG ATGCGCAAGC TTGCCGAGAA TAAGCCGGCA 
CAGAATGACA ACCTCTTTGG AAACTTCAAA CTTGACTTTG ACCTTGATTT CGAGGTTCCA 
CTGATCAAGA AGCCTCAGGC TAAGCCGAAG TCCAAGGTAC CAGAAGTACA GCCCCTGGGG 
GAGTTGGTCA GTCCAAGCAG TGCCGCCGCC GAGAAAGTCA ATGAGCCGCC TGTGGACCAG 
GCCCCCAATG AGAACGTGCC ACCGCGTCGC TCGCCAGCTT TGTCGCCCAA TAATCGACGT 
TCCATGCGCC GCAGTGGAAA TGTACCGGGA TCTGATAAAC TACGTCGACA TGCCATACGC 
CGGCGGTCCA GGAGCTGCGG ACGACAACTG CTTCCAGAGT TCGAGGAGGC CGTAAACTTG 
ACCCGCAGCA TATCAAGTCC TGTAAACTTT TTACCAGAAA TAAGCAGCAC ACCTTGCACC 
GATAAACAAA ATGGGGAAGT TGCAAAAACA TTCAAAAATA CAACAAGAGA GGAAACTAAT 
AAACCAGCGG AGAAACCTAT GCAACCATCA CAAGAACCAG AGCCAGAAAA GACGCTGCAG 
ACAAAGGTGA CCTCACCTGC CAGGAACCCC ATTCTTGCCG CTGAAATTGA ACAAATCTGC 
AAAGAGCGAC AGAGTTCCTT TCACAAGAAT GTACTGCAGC TGGACTATTC CGGACGGGCA 
CCGTACTCGC GATCCCCTAC TCCGTCATCA CCATCCGTTG CGGGCCTACG ACGTACCTAT 
ACAATGGAAA AGGGGCCAGC TCCGGGCCAG TTGCTGCTAT CGCCATCACA TCGCTATGAT 
ACACCGAGCA AAATGCCAGT AGTAAAGGTA AAGCGGTTGA ATCAGTTAAT GGTCCCGGAC 
ACGCCACCGC GACAAAGTCA CGAGCCAGCC TGGCAATCAG AGCCACAACC GGAGTTCGTA 
GTGCCGGAAA CCCAGCCGCA GGATCTGGGA GAGTTGGTGC AGACTCTGTC GCGCAGCGCG 
ATCAGCCCAA TTGTGGTGAT AAACACATCC AATGCGAATC GTAGTGTAAG AAGGGACGCT 
GTCGCGATGA AATCTGTTCC GACTTCGCCA GTTACGGCGT TATCTTCACC ACCGATTGTG 
CCTTCTCCTA GGCAATCCGC CGTTACCTCT CCCCAGAAAT CCATTGCACA ACCTCCGCAG 
GTCGAAGAAA ATATGGACGC CATAATGACC GACGACGAAA GCGACGAACA GCCCAGCACT 
GTGCCATTAA ATCTAGCTCC TCCAGGTGGG AACACAACTC GCCAACGGCG CTTGCGCAGT 
AGTAATCGGG CTCGAGCTAC AATCGAATCT CAGGAGAGCT CTATGCGCTT GCTTAACCTT 
CATCAGTCGG TCAATGCCAA AAAGTCAAAG TCGCGAAAGA CTGCTATACC GCTGAATAAG 
GCTCCAAGTG CCCCCATTAA TGGCGAGCAG TTTGCCTACG AGCTAACCCG CATGAGCAAC 
TACGAGATCT TGGATTTGCG CAAGCGCAAC TCGTTGAACG AGATATATCC TTTAAATGGG 
CACAGGAACC GTCGTTCAGA GAAGCTTATC CTAGAAGAAG AGATTCAGAG GGAGCTGCTA 
CGTAGAAATC TAATGGATGA GGCGGAAGGT TTGCCAAAAC CACAGTCCTC GGATGATTCG 
GATGATGACA ATATACCAGT ACAGCGAAAA ACACGTCTTC GAACTAAAAG CAGTGATCGA 
TCGCAGGGAC GAGGGCGACC ACGATCTACT CGTCGTAATC TTCCAATGAC AACAGAATTG 
ATAAACTATT TGGGTCTCTC CCAGACTTTA GAGACTCGAC GCAAATCTTC AAAGGACGGC 
AAGCGTAGTC TGTACACAAA GGGTAGCTCG GACCATGATG ATAACGATTC ACTATCACCT 
GTAAAATTGC CAAGACTAAG CAGGAGCATC CAAATTGTTC CACCACCTCC AGTTTCACTG 
CGCTATTCAC AGTCTTTGCA GAATCTTACC TGCTCCGGAA AATTTGATTT CGATAATGTC 
GTGATGGCAG CCCCACCAGA TTTCCATGAT AGTGTAAATA ATGATGCAAT TGAGATTGCT 
CCTCCGCCTC CTGAATACGT TGTAAATACA CGGGGCAGAA GCACAAGTGG GCGGAAGAGC 
AATAAAAATG ACATAGTTTT ACCTCCACCG GAGTACGAAG GGGACCAGGA ACAGGAAGAA 
CACGATGAGC GACCACGTCA GTCGCGTTGC ATAGCCAAAG AACTTCAACA GTCCACTCCG 
AATAGACGAA GGGCGATGGA GAACGAACTG GTACCACCTC CTATGGAATA TGTTGAAGAA 
GAGAATCGCA ACGCTGAGCA ATCAAGGACA TCGAAGAAAA ATGGGAATCT TGTTGATCGA 
AATACACATG ACGCAGTAGA ACATTGTGAA CCGCCAGAGC CACCAGAGGG CGACGATAGT 
GACCATGGGC AACCAAGTAT ACTGAGGAGA GGTGGAAAAA AAATGCAGCA CTCCAAACAG 
AGTGTACAAA AGTCCAATAA GAAACATATG GCTGCATCTT CGTACGAAAA TAACGAAGAC 
TATGACAGCG ACAAGGAACC AATTTACAAT GAAGAACACG GAAAAGAGGA ATCTCAAAAT 
AAAAATGTCA CTAGAAGAAA GAGCGATAAG GATGAAATGG CATCACATAC ATTAGAATGT 
ATTGAAGGTC CAGATCCAGA TTGGAATTCG TCCTCCAACA AACAGAATCG TAATCACCAG 
AACGCATCAA AAAGCAAAGG AAAAGATCAC TTAGCCGATC GTTTATCCAA GTCCCAGAAG 
GTCTCAAATC CCCGCCAGAG CGCAGTTGAT ACAGGAAAAT CTGTAGCTCC AAGCAATCGT 
GGGGAAGAAA TTACCGAGAA TTCATCAGAT GTTATGGAAT CACTTCGCGT TAACACACCT 
TCTCCTCGGA TTGATCAAAA GTCAGATGAT GTTCCCAGCA GAAATCCATC TCCCAGTAGG 
ACCCTTCTGT CCGACGACGT ACCCAGCACG AGTAGAGCGG CGTTGGAGTT TTTGCAGCGT 
AGTCAGAACA TGTCAAAGAG TCGTCCCCAG GATGAGACAA GCGCGGATGT AGTGTTCAAG 
AAACCATTGG CACCTGCACC AAGGGCGAAA TCGAAAAAAG GGAAGTCTGA GGTAGACAAA 
TTAAAGCTGG CCAAAATGCC GGTGGAGGCA GAGGAACTAA ATACTACCGG TATTCGGCGA 
TCAAAGCGCG GTCAAGTTCC CATCCAGATG AGTTGGTGTC ACACCATGGA TCCTAGCCAG 
TTTAACTTTA TGAGTGGCTT CATAGAGCCA CCTAGCAAAA ACCCAAAGAC GAAAAAGGGA 
AATCTGAGTA AGGCGAAGAA ACCTAGTGCC AAAAAGCCAA AGCCAACTGT AGAGAAGAAC 
CTACTAGACA ACCGGGGACC ATTGTGCAGC AGTACCCCAA GAATTTCTGA AAAGCTGCCA 
GGGGCCATAC CGAATTCCGA ATCCCTTGGC CTGAGTACTT TGACGTGGGA AGAAACTGCA 
GTGCAAGCAG AGGCTGAGAA GGTGCCCAAG AAAAGGGGAC GACCAAAGAA GGCAGTTGGA 
GGTGTCCAAA CTGATACGGA GCCTGAGCCA GAACCAGAGC CAGAGCCTAT GATATCTTCG 
GTTGCTCCAC TTACAAGCGA TCAGGAAGAG CCTGACGTTC CTGACGAGCA GGCGCCCTAT 
ACGGAAGCTG CGCCAGATCC CGTGGTATTT TCAACTCCCA TGAGAGACGA GCAGGAGGAA 
GCCTCCACTA AACTGATGCA GTGGCTGCGT GGCGTCGGCG ATGCACCACC CAGTGCAAGT 
ATGACGGATG AAAACGCGAG TGTCTCTTCT GCAAACGAAT TGATGTTCTG TCAGGTAGAT 
GGCATCGACT ACGCTTTCTA CAATACAAAG GAGAAAGCAA TGCTGGGTTA TATGCGATTC 
AAGCCATACC AGAAGCGTAG CGTGAAAAGA GCCAAACTCC ATCCACTTAA ACTCCTTGTG 
CAATTTGGCG AATTTAACGT GGAGACCTTA GCCTTGGGCG ATGAAAAGGA AGTCCATTCT 
GTTCTACGTG TTGGTGACAT GATCGAGATA GATACGGGCA CTAGGTATAG TATTCAAAAT 
GCGATAGATA AAGTCAGTGT GCTGATGTGT ATACGCAGTT AA

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

RefSeq	XP_016035603.1
CDS	147..4388
Translation	MSKPQNNDTLELDDILSQPVKDKERFAAFMMRKLAENKPAQNDNLFGNFKLDFDLDFEVPLIKKPQAKPKSKVPEVQPLGELVSPSSAAAEKVNEPPVDQAPNENVPPRRSPALSPNNRRSMRRSGNVPGSDKLRRHAIRRRSRSCGRQLLPEFEEAVNLTRSISSPVNFLPEISSTPCTDKQNGEVAKTFKNTTREETNKPAEKPMQPSQEPEPEKTLQTKVTSPARNPILAAEIEQICKERQSSFHKNVLQLDYSGRAPYSRSPTPSSPSVAGLRRTYTMEKGPAPGQLLLSPSHRYDTPSKMPVVKVKRLNQLMVPDTPPRQSHEPAWQSEPQPEFVVPETQPQDLGELVQTLSRSAISPIVVINTSNANRSVRRDAVAMKSVPTSPVTALSSPPIVPSPRQSAVTSPQKSIAQPPQVEENMDAIMTDDESDEQPSTVPLNLAPPGGNTTRQRRLRSSNRARATIESQESSMRLLNLHQSVNAKKSKSRKTAIPLNKAPSAPINGEQFAYELTRMSNYEILDLRKRNSLNEIYPLNGHRNRRSEKLILEEEIQRELLRRNLMDEAEGLPKPQSSDDSDDDNIPVQRKTRLRTKSSDRSQGRGRPRSTRRNLPMTTELINYLGLSQTLETRRKSSKDGKRSLYTKGSSDHDDNDSLSPVKLPRLSRSIQIVPPPPVSLRYSQSLQNLTCSGKFDFDNVVMAAPPDFHDSVNNDAIEIAPPPPEYVVNTRGRSTSGRKSNKNDIVLPPPEYEGDQEQEEHDERPRQSRCIAKELQQSTPNRRRAMENELVPPPMEYVEEENRNAEQSRTSKKNGNLVDRNTHDAVEHCEPPEPPEGDDSDHGQPSILRRGGKKMQHSKQSVQKSNKKHMAASSYENNEDYDSDKEPIYNEEHGKEESQNKNVTRRKSDKDEMASHTLECIEGPDPDWNSSSNKQNRNHQNASKSKGKDHLADRLSKSQKVSNPRQSAVDTGKSVAPSNRGEEITENSSDVMESLRVNTPSPRIDQKSDDVPSRNPSPSRTLLSDDVPSTSRAALEFLQRSQNMSKSRPQDETSADVVFKKPLAPAPRAKSKKGKSEVDKLKLAKMPVEAEELNTTGIRRSKRGQVPIQMSWCHTMDPSQFNFMSGFIEPPSKNPKTKKGNLSKAKKPSAKKPKPTVEKNLLDNRGPLCSSTPRISEKLPGAIPNSESLGLSTLTWEETAVQAEAEKVPKKRGRPKKAVGGVQTDTEPEPEPEPEPMISSVAPLTSDQEEPDVPDEQAPYTEAAPDPVVFSTPMRDEQEEASTKLMQWLRGVGDAPPSASMTDENASVSSANELMFCQVDGIDYAFYNTKEKAMLGYMRFKPYQKRSVKRAKLHPLKLLVQFGEFNVETLALGDEKEVHSVLRVGDMIEIDTGTRYSIQNAIDKVSVLMCIRS

Target ORF information:

RefSeq Version	XM_016174981.1
Organism	Drosophila simulans
Definition	Drosophila simulans uncharacterized protein (Dsim\GD18552), mRNA.

Target ORF information:

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

XM_016174981.1

ORF Insert Sequence:

ATGTCGAAGC CCCAGAACAA CGACACTCTG GAGCTGGATG ACATCCTCAG CCAGCCGGTG 
AAGGACAAGG AGCGCTTTGC CGCCTTTATG ATGCGCAAGC TTGCCGAGAA TAAGCCGGCA 
CAGAATGACA ACCTCTTTGG AAACTTCAAA CTTGACTTTG ACCTTGATTT CGAGGTTCCA 
CTGATCAAGA AGCCTCAGGC TAAGCCGAAG TCCAAGGTAC CAGAAGTACA GCCCCTGGGG 
GAGTTGGTCA GTCCAAGCAG TGCCGCCGCC GAGAAAGTCA ATGAGCCGCC TGTGGACCAG 
GCCCCCAATG AGAACGTGCC ACCGCGTCGC TCGCCAGCTT TGTCGCCCAA TAATCGACGT 
TCCATGCGCC GCAGTGGAAA TGTACCGGGA TCTGATAAAC TACGTCGACA TGCCATACGC 
CGGCGGTCCA GGAGCTGCGG ACGACAACTG CTTCCAGAGT TCGAGGAGGC CGTAAACTTG 
ACCCGCAGCA TATCAAGTCC TGTAAACTTT TTACCAGAAA TAAGCAGCAC ACCTTGCACC 
GATAAACAAA ATGGGGAAGT TGCAAAAACA TTCAAAAATA CAACAAGAGA GGAAACTAAT 
AAACCAGCGG AGAAACCTAT GCAACCATCA CAAGAACCAG AGCCAGAAAA GACGCTGCAG 
ACAAAGGTGA CCTCACCTGC CAGGAACCCC ATTCTTGCCG CTGAAATTGA ACAAATCTGC 
AAAGAGCGAC AGAGTTCCTT TCACAAGAAT GTACTGCAGC TGGACTATTC CGGACGGGCA 
CCGTACTCGC GATCCCCTAC TCCGTCATCA CCATCCGTTG CGGGCCTACG ACGTACCTAT 
ACAATGGAAA AGGGGCCAGC TCCGGGCCAG TTGCTGCTAT CGCCATCACA TCGCTATGAT 
ACACCGAGCA AAATGCCAGT AGTAAAGGTA AAGCGGTTGA ATCAGTTAAT GGTCCCGGAC 
ACGCCACCGC GACAAAGTCA CGAGCCAGCC TGGCAATCAG AGCCACAACC GGAGTTCGTA 
GTGCCGGAAA CCCAGCCGCA GGATCTGGGA GAGTTGGTGC AGACTCTGTC GCGCAGCGCG 
ATCAGCCCAA TTGTGGTGAT AAACACATCC AATGCGAATC GTAGTGTAAG AAGGGACGCT 
GTCGCGATGA AATCTGTTCC GACTTCGCCA GTTACGGCGT TATCTTCACC ACCGATTGTG 
CCTTCTCCTA GGCAATCCGC CGTTACCTCT CCCCAGAAAT CCATTGCACA ACCTCCGCAG 
GTCGAAGAAA ATATGGACGC CATAATGACC GACGACGAAA GCGACGAACA GCCCAGCACT 
GTGCCATTAA ATCTAGCTCC TCCAGGTGGG AACACAACTC GCCAACGGCG CTTGCGCAGT 
AGTAATCGGG CTCGAGCTAC AATCGAATCT CAGGAGAGCT CTATGCGCTT GCTTAACCTT 
CATCAGTCGG TCAATGCCAA AAAGTCAAAG TCGCGAAAGA CTGCTATACC GCTGAATAAG 
GCTCCAAGTG CCCCCATTAA TGGCGAGCAG TTTGCCTACG AGCTAACCCG CATGAGCAAC 
TACGAGATCT TGGATTTGCG CAAGCGCAAC TCGTTGAACG AGATATATCC TTTAAATGGG 
CACAGGAACC GTCGTTCAGA GAAGCTTATC CTAGAAGAAG AGATTCAGAG GGAGCTGCTA 
CGTAGAAATC TAATGGATGA GGCGGAAGGT TTGCCAAAAC CACAGTCCTC GGATGATTCG 
GATGATGACA ATATACCAGT ACAGCGAAAA ACACGTCTTC GAACTAAAAG CAGTGATCGA 
TCGCAGGGAC GAGGGCGACC ACGATCTACT CGTCGTAATC TTCCAATGAC AACAGAATTG 
ATAAACTATT TGGGTCTCTC CCAGACTTTA GAGACTCGAC GCAAATCTTC AAAGGACGGC 
AAGCGTAGTC TGTACACAAA GGGTAGCTCG GACCATGATG ATAACGATTC ACTATCACCT 
GTAAAATTGC CAAGACTAAG CAGGAGCATC CAAATTGTTC CACCACCTCC AGTTTCACTG 
CGCTATTCAC AGTCTTTGCA GAATCTTACC TGCTCCGGAA AATTTGATTT CGATAATGTC 
GTGATGGCAG CCCCACCAGA TTTCCATGAT AGTGTAAATA ATGATGCAAT TGAGATTGCT 
CCTCCGCCTC CTGAATACGT TGTAAATACA CGGGGCAGAA GCACAAGTGG GCGGAAGAGC 
AATAAAAATG ACATAGTTTT ACCTCCACCG GAGTACGAAG GGGACCAGGA ACAGGAAGAA 
CACGATGAGC GACCACGTCA GTCGCGTTGC ATAGCCAAAG AACTTCAACA GTCCACTCCG 
AATAGACGAA GGGCGATGGA GAACGAACTG GTACCACCTC CTATGGAATA TGTTGAAGAA 
GAGAATCGCA ACGCTGAGCA ATCAAGGACA TCGAAGAAAA ATGGGAATCT TGTTGATCGA 
AATACACATG ACGCAGTAGA ACATTGTGAA CCGCCAGAGC CACCAGAGGG CGACGATAGT 
GACCATGGGC AACCAAGTAT ACTGAGGAGA GGTGGAAAAA AAATGCAGCA CTCCAAACAG 
AGTGTACAAA AGTCCAATAA GAAACATATG GCTGCATCTT CGTACGAAAA TAACGAAGAC 
TATGACAGCG ACAAGGAACC AATTTACAAT GAAGAACACG GAAAAGAGGA ATCTCAAAAT 
AAAAATGTCA CTAGAAGAAA GAGCGATAAG GATGAAATGG CATCACATAC ATTAGAATGT 
ATTGAAGGTC CAGATCCAGA TTGGAATTCG TCCTCCAACA AACAGAATCG TAATCACCAG 
AACGCATCAA AAAGCAAAGG AAAAGATCAC TTAGCCGATC GTTTATCCAA GTCCCAGAAG 
GTCTCAAATC CCCGCCAGAG CGCAGTTGAT ACAGGAAAAT CTGTAGCTCC AAGCAATCGT 
GGGGAAGAAA TTACCGAGAA TTCATCAGAT GTTATGGAAT CACTTCGCGT TAACACACCT 
TCTCCTCGGA TTGATCAAAA GTCAGATGAT GTTCCCAGCA GAAATCCATC TCCCAGTAGG 
ACCCTTCTGT CCGACGACGT ACCCAGCACG AGTAGAGCGG CGTTGGAGTT TTTGCAGCGT 
AGTCAGAACA TGTCAAAGAG TCGTCCCCAG GATGAGACAA GCGCGGATGT AGTGTTCAAG 
AAACCATTGG CACCTGCACC AAGGGCGAAA TCGAAAAAAG GGAAGTCTGA GGTAGACAAA 
TTAAAGCTGG CCAAAATGCC GGTGGAGGCA GAGGAACTAA ATACTACCGG TATTCGGCGA 
TCAAAGCGCG GTCAAGTTCC CATCCAGATG AGTTGGTGTC ACACCATGGA TCCTAGCCAG 
TTTAACTTTA TGAGTGGCTT CATAGAGCCA CCTAGCAAAA ACCCAAAGAC GAAAAAGGGA 
AATCTGAGTA AGGCGAAGAA ACCTAGTGCC AAAAAGCCAA AGCCAACTGT AGAGAAGAAC 
CTACTAGACA ACCGGGGACC ATTGTGCAGC AGTACCCCAA GAATTTCTGA AAAGCTGCCA 
GGGGCCATAC CGAATTCCGA ATCCCTTGGC CTGAGTACTT TGACGTGGGA AGAAACTGCA 
GTGCAAGCAG AGGCTGAGAA GGTGCCCAAG AAAAGGGGAC GACCAAAGAA GGCAGTTGGA 
GGTGTCCAAA CTGATACGGA GCCTGAGCCA GAACCAGAGC CAGAGCCTAT GATATCTTCG 
GTTGCTCCAC TTACAAGCGA TCAGGAAGAG CCTGACGTTC CTGACGAGCA GGCGCCCTAT 
ACGGAAGCTG CGCCAGATCC CGTGGTATTT TCAACTCCCA TGAGAGACGA GCAGGAGGAA 
GCCTCCACTA AACTGATGCA GTGGCTGCGT GGCGTCGGCG ATGCACCACC CAGTGCAAGT 
ATGACGGATG AAAACGCGAG TGTCTCTTCT GCAAACGAAT TGATGTTCTG TCAGGTAGAT 
GGCATCGACT ACGCTTTCTA CAATACAAAG GAGAAAGCAA TGCTGGGTTA TATGCGATTC 
AAGCCATACC AGAAGCGTAG CGTGAAAAGA GCCAAACTCC ATCCACTTAA ACTCCTTGTG 
CAATTTGGCG AATTTAACGT GGAGACCTTA GCCTTGGGCG ATGAAAAGGA AGTCCATTCT 
GTTCTACGTG TTGGTGACAT GATCGAGATA GATACGGGCA CTAGGTATAG TATTCAAAAT 
GCGATAGATA AAGTCAGTGT GCTGATGTGT ATACGCAGTT AA