LOC109619585 cDNA ORF clone, Crassostrea gigas(Pacific oyster)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC109619585
Entrez Gene ID	109619585
Full Name	sterile alpha motif domain-containing protein 9-like
Gene Type	protein-coding
Organism	Crassostrea gigas(Pacific oyster)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020069910.1	XP_019925469.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following LOC109619585 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC109619585 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
OCr100483	XM_020069910.1 Latest version!	Crassostrea gigas sterile alpha motif domain-containing protein 9-like (LOC109619585), 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)

LOC109619585 ( XM_020069910.1 ) cDNA ORF clone, Crassostrea gigas(Pacific oyster) -> XP_019925469.1 Crassostrea gigas sterile alpha motif domain-containing protein 9-like (LOC109619585), mRNA.

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CloneID	OCr100483
Clone ID Related Accession (Same CDS sequence)	XM_020069910.1
Accession Version	XM_020069910.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4869bp) 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	2017-02-01
Organism	Crassostrea gigas(Pacific oyster)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011935886.1) 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 :: Crassostrea gigas Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAAATTT GTCTGGCATC TTATTTTGAA GAACATGGAT TAGAGGAAAG GTTTTTAGAG 
GTCTTTGATC TAGAAAAAAT TGATGGAAAG GTGTTTGTTG ATTGTGATAT GGATGACTTT 
AATAGATTGT TTTCAGACAT GCCATACGGA GACAAAAAGA GACTTTTCAA TATTAAGACA 
TCTATCTTAA AAGAAGAGTC GCTGAATGGT CCGATTTTTG AAAATGCATC TATTGGTTAT 
AAAAGTTTGG AAGATAATGA AAATACAAAT ATTGATCATG CTGGTCAGAG TGTAGGTGAT 
CAAACTCACA ATGAGACAAA GTTTACAGAG ATATTTCGGA ATTTTGATAC TTTAGCAAAA 
GCAACTGATG CTTACAGAAA ACATGCTGTG TTTAGAACTA GCAGCCTTTT TATATCTAAC 
TTAATAGAAC CATTGCATTG TTTTCGACAT AGAGCTGATC ATGATCCATC GTCACTGAAA 
TGGATTGCAG AAGATACCGT CAGATTCGCA TGTGCCTGTT TTTCTGATCG AACAAATGGT 
ACCATACATT TTGGAATATC AGAAAATTTA AATAAAGATG GTGATCTAGA GGGAAAAGTG 
GTTGGTTTGC AAATTAACCA AACAAAATTA CTTGAGATTT TTTATGAAGA AATTCGGCAA 
TCCTTTTACA AGGACCAGCT AAGTATTGTG CTACAATGTT TACGACCACC TCAGTTTGTC 
CGTGTGAACA GCAGAGGTTC CACCGATCAG GAAGAAACAC AATTGTTTGT GGTCGAAGTT 
GATGTTGTTC CAAGTTACAG CTTAACAGGC CATGATACCT TTTACCTTCG AGAAAAAAAC 
GAAAAACATG AAAATGTTCC AAGGATTTAT AAATTTGACA AAAATATTCC AAAAGTCTTG 
TTTGATGATG ATTTGAAAAA TTACATGGCA GCAAAATCAA AGATAATCAA CAACAGAAGA 
GACAAAGAAT TGAGCCCATT GCCTCCAACT TCGTATGAAG ATTTGCGTGA TCGATTTTTA 
AATTTTTATA CTGCTGGATG TGACACACTT ACGAATGATG TTTATCCAAT TCTCTTTCTC 
AGTCCATTAG ACAGTGCAAT GAGTGAAGAT TTTGTGTCAG AAAATTTTGA GTTTTTACTC 
AATTTAAAAC CAACTGCAAT ATTTGATTTT CATTCAAGTC TGAAAAAAAA ATGCTTGTAC 
TATTTTGTGG ATGTTGAATT AGAAAGAGTT GTTCAAATTC ATACAACAGA CACTTTTGAC 
AGAAACAGCG ATGAAAATAT CGACAACCCT GAGAAGCTTG ACAGTATGCT TGAACAGATA 
ATTTCAAGTG ACGAATTAAA ACCATGGATA TTTTGCAATG GGTATGAACC TCTTATGAAA 
CCGCCATTAA ACAGACTGGA TTGGAAGAAG AAAAGAAGCG AAGGTTTTAA AGAGGTTACA 
AGATATTTGC AACAGGAACT TCCAAATGAA AGGGCGCTTG TGATTTTTTT AATCTTATCC 
AAGAATTATG ACATCATGCT TGAAGTAGCA GAAGAGGTTA TCTTAAGGTT TCAAAATCAA 
TGGATTGCAA TGGCGGAAAA CGAAACATTG ATAGAAAATT GGCGCGATGA GCTATTGCGA 
AGGGATAGTG TTGACAAGAA AACATTGAAT GAGAGATGTA TCGTTGGATT GCCGTGGAAG 
CATGTGAATA ACATCGTGAA AGAAGTGAGT AGTTCTTTTT CTATGATATC AAAATGTCAA 
CTTCCAACAT CTACTGGTGC ATTTTGTTAT CTTAAAGACA AAACCAAAAA TGAACTTTGT 
GATCTAGAAA TTCTTGGCAT AAATGAATGC GAAAATAATG ACATTAGTCA AGATTCTCAA 
AGACTTGAAA AGCATCGACA ACACGTAGAA GAACTATTTT ATCAAGGAGG ACAAGTTTCT 
TGGTGGAATT TTTACTTTGA AAATGATCAT GTATTAACTA GATCACAGCA AGAAAGAATT 
CATAAAAGCG TTGAAAAGTT ACTGGATCCA AAACAGAGAA ATGATGACAG ACGTGTACCT 
TACTTTCGTC TGTTTCATCA ACCAGGAGCG GGTGGAACAA CTACAGCTCG TCACACGCTG 
TGGCATTTAA GAGACAAATA TAGATGTGCT GTTGTCAGAA AAATTACAGA CCAAACCTGT 
GGTCAGATTG AAAGACTGAG ATGCTTTGAA GAGTCGAACA ATCCAAAACC GTTGATTATA 
TTAATTGACA ATGGAGACGA AGAAAAGATT GACGATCTTC AAGCTCGCCT TGAAAATATA 
GCTAGAACAT CGGGTAAAAA TGACTCAGGA TCAATTTACT GCCTTTTATT CCTTTGTGTG 
AGGCGAGCAA ATTTACCTGT TTCCACAGAA AGTGGCCAAG TTCAACTGAA GCATGAGTTG 
TCCAAAAAAG AGTTGGAATG GTTGAAAAGA AAATACCAGT CCTTAGATGA CAAATATTTG 
AAAAGAGAAT CAAGAGTCAA TCCAAAGCTT CTCATTTCAT TTAATATTTT GAAAGAAAAT 
TTCGACACAA AATACATAGA ACGCACGGTC AAAGAATTCA TCGATGGCAT TGAAAGTAAA 
AAAGAGAAAT GTCTCATAAA GTATTTATCT CTAATAAATT CCTTCGATAC CGACTTCCAA 
CCAGTACCTT TAAGCTCATT CGACCCTTTA ATGGAAGAAA AAAAATTCAC AATAAGTTTT 
AGCTCGGGCA GTGTAACAGG ACAGCTAAAG GGTTCATCAA AAGGGAAAAA GAATTGGGAA 
AACACTTTGA GTCAATCATC AAAAGTTCTA CTTAATTTGA ACGCAAGAGT TTTATCAGGA 
GGTCAAGCAC TTTCCATTGT TAGCAAATTA TTTGCAAAAG CAATACTGGA TTATATTCTT 
GAAAAAGAGA ACATTTCTAT TGGTAATGCC ATGATTGAAT GTTTAAGACA TCCAATGTTA 
AAAAAGACAA ACGAATCAAC CAAATTGTTA AAGAAAATAG TACAAGATAT TTTGAAAAAA 
AGAGAATTCA CAGCAGATCA CAAGAAAGAA TTGTTATCAC CAATAATATT AGAAATTATG 
AAACAAGAAG GCAATGACAA AGCGGCTGAA GTTCTTGAGA CTGGTTATGC TACAACAAAA 
GATCCGATGC TTGCTCAACA GATAGCTCGT TTTTACATCC ATGTTACAAA CTGGGAAAAG 
GCAGAACAAT ACGCTAAAGA TGCAGTCAAC AGCAAACCAG ATAACTCTTT TCTTTGGGAC 
ACATATGGGC AGATTTACAA AAAAAGGTTA GCGGAAAGGT ACAAAGAATG TTTAGCAAAT 
GATGAACGAC CCACGGACTG CGAAATGAAT GATTTTGTTC AGATAGCAAT GAAAGGAATA 
GAAAAATTTT CCGTAGTACA AACTAAAAGC GAAAACTCAT ACAGTGGACG GGAAAATGAT 
GCAGGTTATT TTGGAGAAGT GCGTCTTATT GTGCAACTTC TTGATTTGCT GAATCTTTGG 
TATCCAAAAG AGGATAAAAC AGAATTGCAT GCATATCTAG TAAACACAGC CAATCCTGCT 
CCATTCAAAG TTTTTTCTGA GGAATGTCGG GTATTTTTGC AAAATCTTCA TGCACGGTCA 
GAGAAGACGA TGCAAATTAT AGAGGACAAA CTTGCACAGA TCAAAAACGA AAGAGAAGGA 
AAGGTTTCTA CAATGATGCA TCCTTATCAG GAACTTGTAC AGATGAGAGA AAACTTAGAT 
AACTATCTCG GTGAGCAAAC GGGCGAAATA CCCGAATATC AATCTCCAGA AGCGACCGCA 
TCTTATATCA GACGAAGAGT CAAACGCATT GGCGGGAGAT CTTCTTCAAG CATATTAGAC 
TTGAGATCAT CAAAAGATGG AGATAAAAAA TTGGAAGAAA TGTCATCAAT ACTCTTGAGA 
AACATTGAGT CAGATTTTCC AATTGTAAAT GATTATGTTA CACTGATAAC AGTGACTATT 
GTAAGAAATA TGAAAAGTAA AACTTTTTCA GAAAAAGATT TCAAAAATTT AGTTGAATGG 
AGTAAAATTG GCTATGAAAT GACAGTCCGA CTTCGAGATG ACGAGAGACC ACAGTTGGAG 
GCATTTATGT ACTTTGTAAT GATCCACTGG CCAACTGAAA GTAAAAAAAA ATATAATTTG 
TGTCCCGTTG AAAAGATTGA CGAGGCAATC AGAATTTGGA AGCGTGCGTT TTATAAATTG 
CACTCGAAAC AGAAACATGA TGCGTATTCT TTTCGTCAAA GAGTGACAAC ATACTATTTC 
CTGGGAAAAG AAAACTCAAG AGAAATAGTA TATTATAAGG ACCTAGAGTG TAAACAGACA 
AATCTTGAAG GAGAGGCCAT ATGGCGATCA AAACCTGTGA AAGACAAGTT GCAACTTTTG 
AGAGGAACAC TTCTTGATGA TGGATGGGAA ATCATGTACA CGGTTGTCAG TAAGAATGGA 
AATAAATCAA ATATCAAAAT AAGGAATTCA TATCCAAGCT CAAGAAGTAT GTGGCTAAAA 
AGGGTTGACT TTTATCTTGG ATTCAGTTGG TATGGACCAA GAGCATACAT CCAAACAGAT 
TCTGACACAT CGGAAATTGA TGAACAAACC ATGAACCAAT TAGAAAATAT GGAACATACA 
GATGTATCCG AAGTAAGACC CGCAATATCA GAAAAACAGA ATAAAGCAGT TTGGCAAAAA 
GTTGCCACTC ACAATGCATA TTCGCAAGCC CTTAGAAAAA TTGATTTACA GCTTCAAGAA 
ATCAGTGGCC TGAAAGAAAA AAGCAAATGT ACCCAAAAAG AGAAAGAACT TATCAGCAAA 
GAATCACGAC TTAAAGATGA AAGAGGAGAC CTTATTAAGA AACGCTGTGA TTTTGTAGAT 
CGCACATAA

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

RefSeq	XP_019925469.1
CDS	104..4972
Translation	MKICLASYFEEHGLEERFLEVFDLEKIDGKVFVDCDMDDFNRLFSDMPYGDKKRLFNIKTSILKEESLNGPIFENASIGYKSLEDNENTNIDHAGQSVGDQTHNETKFTEIFRNFDTLAKATDAYRKHAVFRTSSLFISNLIEPLHCFRHRADHDPSSLKWIAEDTVRFACACFSDRTNGTIHFGISENLNKDGDLEGKVVGLQINQTKLLEIFYEEIRQSFYKDQLSIVLQCLRPPQFVRVNSRGSTDQEETQLFVVEVDVVPSYSLTGHDTFYLREKNEKHENVPRIYKFDKNIPKVLFDDDLKNYMAAKSKIINNRRDKELSPLPPTSYEDLRDRFLNFYTAGCDTLTNDVYPILFLSPLDSAMSEDFVSENFEFLLNLKPTAIFDFHSSLKKKCLYYFVDVELERVVQIHTTDTFDRNSDENIDNPEKLDSMLEQIISSDELKPWIFCNGYEPLMKPPLNRLDWKKKRSEGFKEVTRYLQQELPNERALVIFLILSKNYDIMLEVAEEVILRFQNQWIAMAENETLIENWRDELLRRDSVDKKTLNERCIVGLPWKHVNNIVKEVSSSFSMISKCQLPTSTGAFCYLKDKTKNELCDLEILGINECENNDISQDSQRLEKHRQHVEELFYQGGQVSWWNFYFENDHVLTRSQQERIHKSVEKLLDPKQRNDDRRVPYFRLFHQPGAGGTTTARHTLWHLRDKYRCAVVRKITDQTCGQIERLRCFEESNNPKPLIILIDNGDEEKIDDLQARLENIARTSGKNDSGSIYCLLFLCVRRANLPVSTESGQVQLKHELSKKELEWLKRKYQSLDDKYLKRESRVNPKLLISFNILKENFDTKYIERTVKEFIDGIESKKEKCLIKYLSLINSFDTDFQPVPLSSFDPLMEEKKFTISFSSGSVTGQLKGSSKGKKNWENTLSQSSKVLLNLNARVLSGGQALSIVSKLFAKAILDYILEKENISIGNAMIECLRHPMLKKTNESTKLLKKIVQDILKKREFTADHKKELLSPIILEIMKQEGNDKAAEVLETGYATTKDPMLAQQIARFYIHVTNWEKAEQYAKDAVNSKPDNSFLWDTYGQIYKKRLAERYKECLANDERPTDCEMNDFVQIAMKGIEKFSVVQTKSENSYSGRENDAGYFGEVRLIVQLLDLLNLWYPKEDKTELHAYLVNTANPAPFKVFSEECRVFLQNLHARSEKTMQIIEDKLAQIKNEREGKVSTMMHPYQELVQMRENLDNYLGEQTGEIPEYQSPEATASYIRRRVKRIGGRSSSSILDLRSSKDGDKKLEEMSSILLRNIESDFPIVNDYVTLITVTIVRNMKSKTFSEKDFKNLVEWSKIGYEMTVRLRDDERPQLEAFMYFVMIHWPTESKKKYNLCPVEKIDEAIRIWKRAFYKLHSKQKHDAYSFRQRVTTYYFLGKENSREIVYYKDLECKQTNLEGEAIWRSKPVKDKLQLLRGTLLDDGWEIMYTVVSKNGNKSNIKIRNSYPSSRSMWLKRVDFYLGFSWYGPRAYIQTDSDTSEIDEQTMNQLENMEHTDVSEVRPAISEKQNKAVWQKVATHNAYSQALRKIDLQLQEISGLKEKSKCTQKEKELISKESRLKDERGDLIKKRCDFVDRT

Target ORF information:

RefSeq Version	XM_020069910.1
Organism	Crassostrea gigas(Pacific oyster)
Definition	Crassostrea gigas sterile alpha motif domain-containing protein 9-like (LOC109619585), mRNA.

Target ORF information:

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

XM_020069910.1

ORF Insert Sequence:

ATGAAAATTT GTCTGGCATC TTATTTTGAA GAACATGGAT TAGAGGAAAG GTTTTTAGAG 
GTCTTTGATC TAGAAAAAAT TGATGGAAAG GTGTTTGTTG ATTGTGATAT GGATGACTTT 
AATAGATTGT TTTCAGACAT GCCATACGGA GACAAAAAGA GACTTTTCAA TATTAAGACA 
TCTATCTTAA AAGAAGAGTC GCTGAATGGT CCGATTTTTG AAAATGCATC TATTGGTTAT 
AAAAGTTTGG AAGATAATGA AAATACAAAT ATTGATCATG CTGGTCAGAG TGTAGGTGAT 
CAAACTCACA ATGAGACAAA GTTTACAGAG ATATTTCGGA ATTTTGATAC TTTAGCAAAA 
GCAACTGATG CTTACAGAAA ACATGCTGTG TTTAGAACTA GCAGCCTTTT TATATCTAAC 
TTAATAGAAC CATTGCATTG TTTTCGACAT AGAGCTGATC ATGATCCATC GTCACTGAAA 
TGGATTGCAG AAGATACCGT CAGATTCGCA TGTGCCTGTT TTTCTGATCG AACAAATGGT 
ACCATACATT TTGGAATATC AGAAAATTTA AATAAAGATG GTGATCTAGA GGGAAAAGTG 
GTTGGTTTGC AAATTAACCA AACAAAATTA CTTGAGATTT TTTATGAAGA AATTCGGCAA 
TCCTTTTACA AGGACCAGCT AAGTATTGTG CTACAATGTT TACGACCACC TCAGTTTGTC 
CGTGTGAACA GCAGAGGTTC CACCGATCAG GAAGAAACAC AATTGTTTGT GGTCGAAGTT 
GATGTTGTTC CAAGTTACAG CTTAACAGGC CATGATACCT TTTACCTTCG AGAAAAAAAC 
GAAAAACATG AAAATGTTCC AAGGATTTAT AAATTTGACA AAAATATTCC AAAAGTCTTG 
TTTGATGATG ATTTGAAAAA TTACATGGCA GCAAAATCAA AGATAATCAA CAACAGAAGA 
GACAAAGAAT TGAGCCCATT GCCTCCAACT TCGTATGAAG ATTTGCGTGA TCGATTTTTA 
AATTTTTATA CTGCTGGATG TGACACACTT ACGAATGATG TTTATCCAAT TCTCTTTCTC 
AGTCCATTAG ACAGTGCAAT GAGTGAAGAT TTTGTGTCAG AAAATTTTGA GTTTTTACTC 
AATTTAAAAC CAACTGCAAT ATTTGATTTT CATTCAAGTC TGAAAAAAAA ATGCTTGTAC 
TATTTTGTGG ATGTTGAATT AGAAAGAGTT GTTCAAATTC ATACAACAGA CACTTTTGAC 
AGAAACAGCG ATGAAAATAT CGACAACCCT GAGAAGCTTG ACAGTATGCT TGAACAGATA 
ATTTCAAGTG ACGAATTAAA ACCATGGATA TTTTGCAATG GGTATGAACC TCTTATGAAA 
CCGCCATTAA ACAGACTGGA TTGGAAGAAG AAAAGAAGCG AAGGTTTTAA AGAGGTTACA 
AGATATTTGC AACAGGAACT TCCAAATGAA AGGGCGCTTG TGATTTTTTT AATCTTATCC 
AAGAATTATG ACATCATGCT TGAAGTAGCA GAAGAGGTTA TCTTAAGGTT TCAAAATCAA 
TGGATTGCAA TGGCGGAAAA CGAAACATTG ATAGAAAATT GGCGCGATGA GCTATTGCGA 
AGGGATAGTG TTGACAAGAA AACATTGAAT GAGAGATGTA TCGTTGGATT GCCGTGGAAG 
CATGTGAATA ACATCGTGAA AGAAGTGAGT AGTTCTTTTT CTATGATATC AAAATGTCAA 
CTTCCAACAT CTACTGGTGC ATTTTGTTAT CTTAAAGACA AAACCAAAAA TGAACTTTGT 
GATCTAGAAA TTCTTGGCAT AAATGAATGC GAAAATAATG ACATTAGTCA AGATTCTCAA 
AGACTTGAAA AGCATCGACA ACACGTAGAA GAACTATTTT ATCAAGGAGG ACAAGTTTCT 
TGGTGGAATT TTTACTTTGA AAATGATCAT GTATTAACTA GATCACAGCA AGAAAGAATT 
CATAAAAGCG TTGAAAAGTT ACTGGATCCA AAACAGAGAA ATGATGACAG ACGTGTACCT 
TACTTTCGTC TGTTTCATCA ACCAGGAGCG GGTGGAACAA CTACAGCTCG TCACACGCTG 
TGGCATTTAA GAGACAAATA TAGATGTGCT GTTGTCAGAA AAATTACAGA CCAAACCTGT 
GGTCAGATTG AAAGACTGAG ATGCTTTGAA GAGTCGAACA ATCCAAAACC GTTGATTATA 
TTAATTGACA ATGGAGACGA AGAAAAGATT GACGATCTTC AAGCTCGCCT TGAAAATATA 
GCTAGAACAT CGGGTAAAAA TGACTCAGGA TCAATTTACT GCCTTTTATT CCTTTGTGTG 
AGGCGAGCAA ATTTACCTGT TTCCACAGAA AGTGGCCAAG TTCAACTGAA GCATGAGTTG 
TCCAAAAAAG AGTTGGAATG GTTGAAAAGA AAATACCAGT CCTTAGATGA CAAATATTTG 
AAAAGAGAAT CAAGAGTCAA TCCAAAGCTT CTCATTTCAT TTAATATTTT GAAAGAAAAT 
TTCGACACAA AATACATAGA ACGCACGGTC AAAGAATTCA TCGATGGCAT TGAAAGTAAA 
AAAGAGAAAT GTCTCATAAA GTATTTATCT CTAATAAATT CCTTCGATAC CGACTTCCAA 
CCAGTACCTT TAAGCTCATT CGACCCTTTA ATGGAAGAAA AAAAATTCAC AATAAGTTTT 
AGCTCGGGCA GTGTAACAGG ACAGCTAAAG GGTTCATCAA AAGGGAAAAA GAATTGGGAA 
AACACTTTGA GTCAATCATC AAAAGTTCTA CTTAATTTGA ACGCAAGAGT TTTATCAGGA 
GGTCAAGCAC TTTCCATTGT TAGCAAATTA TTTGCAAAAG CAATACTGGA TTATATTCTT 
GAAAAAGAGA ACATTTCTAT TGGTAATGCC ATGATTGAAT GTTTAAGACA TCCAATGTTA 
AAAAAGACAA ACGAATCAAC CAAATTGTTA AAGAAAATAG TACAAGATAT TTTGAAAAAA 
AGAGAATTCA CAGCAGATCA CAAGAAAGAA TTGTTATCAC CAATAATATT AGAAATTATG 
AAACAAGAAG GCAATGACAA AGCGGCTGAA GTTCTTGAGA CTGGTTATGC TACAACAAAA 
GATCCGATGC TTGCTCAACA GATAGCTCGT TTTTACATCC ATGTTACAAA CTGGGAAAAG 
GCAGAACAAT ACGCTAAAGA TGCAGTCAAC AGCAAACCAG ATAACTCTTT TCTTTGGGAC 
ACATATGGGC AGATTTACAA AAAAAGGTTA GCGGAAAGGT ACAAAGAATG TTTAGCAAAT 
GATGAACGAC CCACGGACTG CGAAATGAAT GATTTTGTTC AGATAGCAAT GAAAGGAATA 
GAAAAATTTT CCGTAGTACA AACTAAAAGC GAAAACTCAT ACAGTGGACG GGAAAATGAT 
GCAGGTTATT TTGGAGAAGT GCGTCTTATT GTGCAACTTC TTGATTTGCT GAATCTTTGG 
TATCCAAAAG AGGATAAAAC AGAATTGCAT GCATATCTAG TAAACACAGC CAATCCTGCT 
CCATTCAAAG TTTTTTCTGA GGAATGTCGG GTATTTTTGC AAAATCTTCA TGCACGGTCA 
GAGAAGACGA TGCAAATTAT AGAGGACAAA CTTGCACAGA TCAAAAACGA AAGAGAAGGA 
AAGGTTTCTA CAATGATGCA TCCTTATCAG GAACTTGTAC AGATGAGAGA AAACTTAGAT 
AACTATCTCG GTGAGCAAAC GGGCGAAATA CCCGAATATC AATCTCCAGA AGCGACCGCA 
TCTTATATCA GACGAAGAGT CAAACGCATT GGCGGGAGAT CTTCTTCAAG CATATTAGAC 
TTGAGATCAT CAAAAGATGG AGATAAAAAA TTGGAAGAAA TGTCATCAAT ACTCTTGAGA 
AACATTGAGT CAGATTTTCC AATTGTAAAT GATTATGTTA CACTGATAAC AGTGACTATT 
GTAAGAAATA TGAAAAGTAA AACTTTTTCA GAAAAAGATT TCAAAAATTT AGTTGAATGG 
AGTAAAATTG GCTATGAAAT GACAGTCCGA CTTCGAGATG ACGAGAGACC ACAGTTGGAG 
GCATTTATGT ACTTTGTAAT GATCCACTGG CCAACTGAAA GTAAAAAAAA ATATAATTTG 
TGTCCCGTTG AAAAGATTGA CGAGGCAATC AGAATTTGGA AGCGTGCGTT TTATAAATTG 
CACTCGAAAC AGAAACATGA TGCGTATTCT TTTCGTCAAA GAGTGACAAC ATACTATTTC 
CTGGGAAAAG AAAACTCAAG AGAAATAGTA TATTATAAGG ACCTAGAGTG TAAACAGACA 
AATCTTGAAG GAGAGGCCAT ATGGCGATCA AAACCTGTGA AAGACAAGTT GCAACTTTTG 
AGAGGAACAC TTCTTGATGA TGGATGGGAA ATCATGTACA CGGTTGTCAG TAAGAATGGA 
AATAAATCAA ATATCAAAAT AAGGAATTCA TATCCAAGCT CAAGAAGTAT GTGGCTAAAA 
AGGGTTGACT TTTATCTTGG ATTCAGTTGG TATGGACCAA GAGCATACAT CCAAACAGAT 
TCTGACACAT CGGAAATTGA TGAACAAACC ATGAACCAAT TAGAAAATAT GGAACATACA 
GATGTATCCG AAGTAAGACC CGCAATATCA GAAAAACAGA ATAAAGCAGT TTGGCAAAAA 
GTTGCCACTC ACAATGCATA TTCGCAAGCC CTTAGAAAAA TTGATTTACA GCTTCAAGAA 
ATCAGTGGCC TGAAAGAAAA AAGCAAATGT ACCCAAAAAG AGAAAGAACT TATCAGCAAA 
GAATCACGAC TTAAAGATGA AAGAGGAGAC CTTATTAAGA AACGCTGTGA TTTTGTAGAT 
CGCACATAA