LOC100366584 cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100366584
Entrez Gene ID	100366584
Full Name	protein prune homolog 2-like
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_002731007.2	XP_002731053.2	protein prune homolog 2-like

Pathways from BioSystems
Gene Ontology

The following LOC100366584 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100366584 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
OSg04883	XM_002731007.2 Latest version!	Saccoglossus kowalevskii protein prune homolog 2-like (LOC100366584), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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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)

LOC100366584 ( XM_002731007.2 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_002731053.2 Saccoglossus kowalevskii protein prune homolog 2-like (LOC100366584), mRNA.

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CloneID	OSg04883
Clone ID Related Accession (Same CDS sequence)	XM_002731007.2
Accession Version	XM_002731007.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4323bp) 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	Saccoglossus kowalevskii
Product	protein prune homolog 2-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003107592.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Feb 18, 2014 this sequence version replaced XM_002731007.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Saccoglossus kowalevskii Annotation Release 101 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##

ATGGATCTGT TCCTGAAGGA ATCGAAAAAC CAGTTGAATA ACTTGAATCA GTATGCGAAA 
GTTCATGTTG TCATTGGTAA TGAGTCATGT GACTTAGATT CCACCATCTC AGCTATTGTA 
TACGCATGGT TTCTATCACA GACAAAAGAG AGTACTGAAG ACACTGCCTA TATTCCTGTT 
TTAAATATTC CTCGAGATGA ATTCCGATTA CGTACAGAGG TTACTTATTT CCTGGATTTT 
ATCGACATCA GCGACGCAAA CCTCACCTTC TTCGATGAGA TTAATTTACT GAATCTGAAA 
GATGAAAACA AACTGTCACT CACTTTAGTG GATCATAACA TTTTACAACC AAAAGATGCA 
GTTCTTGAAA AGACGGTCAC TGAGGTGATA GATCACCATA GTAACCAACG TGGTAATGGA 
GATGATGACT GCCATGTGAC TATAGAGATG GTGGGATCTT GTGTTACCTT GGTAACAGAG 
AAGATTGCGA ATCACAATGT GGATATGATC ACAGAGGAAA TAGCCATGCT ACTACTAGGT 
ACCATTGTCC TGGACACCGT GAACTTTGAC CCAGCAGCTG GTAAAACTAC AATGAAAGAT 
GAAATGATAG CTTCATTACT TCAAGACTAT TGCCCAAATA TGGACAAAGA TGATCTATTT 
GATGCATTGC AGTCAGCGAA GTGTGACATT TCAGGTTTAC TAACTGAGGA AATTCTTCGA 
AAAGATTTAA AATGCATTAA TAATGATGTC CTCAGAATTG GAGTGAGTTC AGTTACCATG 
GACCTCAAGG AATTCCTTGC TCGACCAGAT ATGGCTTCTG ATATGAAGAA CTTTTGTGAA 
ACACATCATA TTGACATCTT GGTTGTGATG GCAATTAGTA TAGATGATGA AATTACGAGA 
CAATTAGGAT TGTTTGCATG TCGTTATGAC AACATTAAAC AGGAGATCCT TTTTAAACTG 
GAATGCTCTG TGTCACCTGA TCTAGATTTA TCTCCCTTGA CAACCAACGT TACATCAGTC 
ACAGCGTATC ACCAAGGAAA TGTTGCTGCC TCTCGAAAAA AGATTTTACC AATTTTAAAT 
GAGTATTTGG AAAATGTTGA TCCTACTGAC TTCAGAGCTG AACTGGGTGT TGTTACGCCT 
AGTAGTGATG TGATGGACCT TGCTAGTGAT ACGCAGTCAG TTGCTAAAAC CGATGAATCG 
GGCTTGTTAG ATTTTTCTTC ATCAGCCACA ACATCGAACA CCAACACACC AATCAGCCCT 
GAACAGAACA TTGCCACATT TATGGAAGAT GAGAGTTCCA TGAATGAAAA TTTGAATAAT 
AATACCAATG AGGATCCAGG GACGGATGGA CCTCCTCTAC CAATGACAAG CCCACCTATG 
TATCTACATG GTGCTTCAAA TGAATTCAGT GATTTAGATC CTTTTCTTCC AGTATCTGGT 
CAGTCAAACA TCTTTTCAAA TCAAGAGAGC AATGGTGATC CGTTTGGTTT TGAAAACACA 
GAATCTTTCA AGAGCAAAGA ACCTTACATA CTAACATCCA ATGACAGAGA TCAGGAAAAC 
AACACACCTT CTATAAACTT ACTTGACACA GTGAATCCAG AATATTTAGA ACGTGATGAT 
ACAATGCCTG AAAGTTCATC GCTGCCAATA GGTATTCCAA GACGATCTCA AGAGATGCCT 
GTCTACAACA GTCGCAGTCC AGGTGTTCCT CTGACACCTC AGAACTCCTT TGCTGACCAT 
AATGATATTT TTATGGAGAT AAATGCTGAG AGACACAGAC CTCTGGATTT AAGTAATCCT 
GATATTGCTA ATGCTGTTCA TGAACGACTA CGTGAGGTTG AGGAACTGGA AGAAGATGTA 
TTGAATGACA GTGGGAGTAA TCCTGTTAAA AATTCTCGTG AGGCTAAAAT AATAAATACT 
GTCACAGCTA CAGATAACTA TCAGCAGATT ACGCCCTATC AAGAACTTAG CAATGGAGAA 
GACAGAGTTA AGTTTGCAAG GAGAGATCCT GCTATTGCTT GCACCAATGT AGTGGCACAG 
ACACTTTCAT CTGAGATGCT GACATCTAGT GCATCTGATG TTGCATTCTC CACAAGAAAG 
GTTGCAGAAG ATACCAGGAA CAATATAGTT GCCAACAGGT TGGCTAAGAA TATATTAGAT 
GACAGCACTT CTAGTGTAGT TGATGATATG GTGGTGGACT TTACAAACTG TAGAGACTTG 
ATGGTTAATG ATAACCAGAA TATTGTTTCC CACATGCTTG CCAAGGACAT GCAGAGCACA 
GTTGACTTTA CGATGCGAAA CAATGCATTT AGTGCAATTG GACAGGATCA AAATGTCGTT 
GGTCAAATGC TTGCCTCGGA CATGGTTAAT AGCGATGAAG TTCAGTTTGT TATGCGAGAT 
GGTGCATTGG AAAATGCAGG CCAAGCGCAA AATGTTGTAG CTCATATGAT AGCTGGAAAC 
ATGGAGGAAC AGATTGAAAA TAATAACGAG GATATCGTGT TTGTAAAAAG AAACTTGGAT 
AATATTGATA GTAACATTGT GGCTAACTTG CTCGCTGCAG AAATGCATAA CTTAGAAACA 
GAAGGTGTAA TGGGAAATGC CATGGACCAT GCTAATGGAG ATGTTTCAGA TAATGCAACA 
GAACATGAGA TAGAGAATGA TGCTGTTTTT GGAAAATCAA TTCCAAATGA ATTACCCAGT 
GACAATGTCG TAGGCAAATT GCAAGCAGAA GTGTCAAGTG ATAAGCTTGA TGATGATATC 
ACATTCAGAA AGAAGGATTA TTCTCGTATG GACAAATCAA CAGCTAGAAC AGGGAACATT 
GTTGCATATA TGTTAGCGTA CACGTCTATG GATGAAACGG GTGACTGGAA CAAAAACAAT 
GAACATGATG ATGATGGCGA TGATACCATG AAAGCTTCAA TGTGTGATGT TCCTCTTGAT 
CCATTCATGC CTTATGGAGA ACAAAGGAGA AACAGCATTG ACCCACAAGA TGCTGACAAC 
CATGAGTGTG AACTAGATAG GAGGATGGGA AGTCCATCAA CAGAGACCGA ATCGCAGTCG 
GAATCACAGA CCAGCGGCGA CGAACTCTCC TCTACGAGTG GGTCATTCAG TTGCGCTGAG 
ATGCCCTCGC CTGTACATCA TCCTATATCT CGGATAGTGG AGGAACCCGA GAGTAGTGAG 
AACGAGGATG TAACCATGGC AACGAGAGGC GTCATCGAGA GTGACATCAT GGGGAATGAT 
CGAGAGAGAA TGAATGATGA ACTTTTTTCA GTAAAAAGAC ACGAAATGGT TGAGATGATG 
CCAGAAGTAT CAGAGGATAA GGCCAAGAAT ACTGTGGTTG ATAGTCCGAT GCAAAATGAT 
GAGGATGCTG CGAATGTGGG TCAGGGATCA GAGCTCAAAG ATGAGCTTTA TAGCCCAATG 
ATTGGTGAGG ATGAAAACAT AGGGTTTGTT TCAAGCATCT TAATTGAGCA GAGACTCGCC 
AAAGCTTCAC CACGGAAATT GAAGCGATCC CCGGAATCTG TTGAAATGAT GTCCAATGTG 
AATTTGAAGG AGGAATGGCA AGATGACGAT GAGATATTAA AACATCAGGC ATCCATTGGA 
GAGGATTGGG TAGATGAAGT GATAGATATA GATCCATCAA TTGCTGTACC ACCTATGGAA 
GGTGATCACC CCAGACCAGG ATCTTTAGAC TTAGGTGCTG TTCCAAAGGT GAAGAAGAAA 
GTTGGCAAAC CTGCTGAATT GACATTTGAA GACAATGATG ACCTGTCAAG TCAGAGCAGC 
AGTCTGGATC TTGAAAGAAT TGATGGCTTA GCTACCCCTG ATATACATAC ACCAAGTCTG 
AGAGATATAG ATAGTATACT AATGACTAGT GGTGAAATGG AATGGGAAGA TGACACTCCG 
TTATCTAAAG CAACATCGGC AGAAAAGATC CCAGAATACA CTGCACAGGA AGAGCTAAGG 
GACAGCAGAA GTTGGCGATT GGTGGAGATT GGAAGCCAGA ATTATTCCAT CGATATGAAG 
ATTATCAATC CATATAAGAA AGTATTGTCC CATGGAGGTT ACTATGGCGA TGGTTTGAAT 
GCTATTATAG TGTTTGCTGC TTGTTATTTA CCGGACAGAG GTAGAAAGGA CTATAATTAT 
GTCATGGATA ATTTATTTTT TTCCAAGTTT TTTCGTAAGC TACGTGTTGT AATGAGTCTT 
GCAGAGTTGA AACAGATGAT TCCAACTGAA TATGTGTATA TTCCAGATGA AGTCAAAAAG 
TTTGACGATA AGAAAAACAA GAAAAAGGTA TCAATGTTAT CATTTTTGCT TGACTGTAGT 
TAA

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

RefSeq	XP_002731053.2
CDS	1..4323
Translation	MDLFLKESKNQLNNLNQYAKVHVVIGNESCDLDSTISAIVYAWFLSQTKESTEDTAYIPVLNIPRDEFRLRTEVTYFLDFIDISDANLTFFDEINLLNLKDENKLSLTLVDHNILQPKDAVLEKTVTEVIDHHSNQRGNGDDDCHVTIEMVGSCVTLVTEKIANHNVDMITEEIAMLLLGTIVLDTVNFDPAAGKTTMKDEMIASLLQDYCPNMDKDDLFDALQSAKCDISGLLTEEILRKDLKCINNDVLRIGVSSVTMDLKEFLARPDMASDMKNFCETHHIDILVVMAISIDDEITRQLGLFACRYDNIKQEILFKLECSVSPDLDLSPLTTNVTSVTAYHQGNVAASRKKILPILNEYLENVDPTDFRAELGVVTPSSDVMDLASDTQSVAKTDESGLLDFSSSATTSNTNTPISPEQNIATFMEDESSMNENLNNNTNEDPGTDGPPLPMTSPPMYLHGASNEFSDLDPFLPVSGQSNIFSNQESNGDPFGFENTESFKSKEPYILTSNDRDQENNTPSINLLDTVNPEYLERDDTMPESSSLPIGIPRRSQEMPVYNSRSPGVPLTPQNSFADHNDIFMEINAERHRPLDLSNPDIANAVHERLREVEELEEDVLNDSGSNPVKNSREAKIINTVTATDNYQQITPYQELSNGEDRVKFARRDPAIACTNVVAQTLSSEMLTSSASDVAFSTRKVAEDTRNNIVANRLAKNILDDSTSSVVDDMVVDFTNCRDLMVNDNQNIVSHMLAKDMQSTVDFTMRNNAFSAIGQDQNVVGQMLASDMVNSDEVQFVMRDGALENAGQAQNVVAHMIAGNMEEQIENNNEDIVFVKRNLDNIDSNIVANLLAAEMHNLETEGVMGNAMDHANGDVSDNATEHEIENDAVFGKSIPNELPSDNVVGKLQAEVSSDKLDDDITFRKKDYSRMDKSTARTGNIVAYMLAYTSMDETGDWNKNNEHDDDGDDTMKASMCDVPLDPFMPYGEQRRNSIDPQDADNHECELDRRMGSPSTETESQSESQTSGDELSSTSGSFSCAEMPSPVHHPISRIVEEPESSENEDVTMATRGVIESDIMGNDRERMNDELFSVKRHEMVEMMPEVSEDKAKNTVVDSPMQNDEDAANVGQGSELKDELYSPMIGEDENIGFVSSILIEQRLAKASPRKLKRSPESVEMMSNVNLKEEWQDDDEILKHQASIGEDWVDEVIDIDPSIAVPPMEGDHPRPGSLDLGAVPKVKKKVGKPAELTFEDNDDLSSQSSSLDLERIDGLATPDIHTPSLRDIDSILMTSGEMEWEDDTPLSKATSAEKIPEYTAQEELRDSRSWRLVEIGSQNYSIDMKIINPYKKVLSHGGYYGDGLNAIIVFAACYLPDRGRKDYNYVMDNLFFSKFFRKLRVVMSLAELKQMIPTEYVYIPDEVKKFDDKKNKKKVSMLSFLLDCS

Target ORF information:

RefSeq Version	XM_002731007.2
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii protein prune homolog 2-like (LOC100366584), mRNA.

Target ORF information:

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

XM_002731007.2

ORF Insert Sequence:

ATGGATCTGT TCCTGAAGGA ATCGAAAAAC CAGTTGAATA ACTTGAATCA GTATGCGAAA 
GTTCATGTTG TCATTGGTAA TGAGTCATGT GACTTAGATT CCACCATCTC AGCTATTGTA 
TACGCATGGT TTCTATCACA GACAAAAGAG AGTACTGAAG ACACTGCCTA TATTCCTGTT 
TTAAATATTC CTCGAGATGA ATTCCGATTA CGTACAGAGG TTACTTATTT CCTGGATTTT 
ATCGACATCA GCGACGCAAA CCTCACCTTC TTCGATGAGA TTAATTTACT GAATCTGAAA 
GATGAAAACA AACTGTCACT CACTTTAGTG GATCATAACA TTTTACAACC AAAAGATGCA 
GTTCTTGAAA AGACGGTCAC TGAGGTGATA GATCACCATA GTAACCAACG TGGTAATGGA 
GATGATGACT GCCATGTGAC TATAGAGATG GTGGGATCTT GTGTTACCTT GGTAACAGAG 
AAGATTGCGA ATCACAATGT GGATATGATC ACAGAGGAAA TAGCCATGCT ACTACTAGGT 
ACCATTGTCC TGGACACCGT GAACTTTGAC CCAGCAGCTG GTAAAACTAC AATGAAAGAT 
GAAATGATAG CTTCATTACT TCAAGACTAT TGCCCAAATA TGGACAAAGA TGATCTATTT 
GATGCATTGC AGTCAGCGAA GTGTGACATT TCAGGTTTAC TAACTGAGGA AATTCTTCGA 
AAAGATTTAA AATGCATTAA TAATGATGTC CTCAGAATTG GAGTGAGTTC AGTTACCATG 
GACCTCAAGG AATTCCTTGC TCGACCAGAT ATGGCTTCTG ATATGAAGAA CTTTTGTGAA 
ACACATCATA TTGACATCTT GGTTGTGATG GCAATTAGTA TAGATGATGA AATTACGAGA 
CAATTAGGAT TGTTTGCATG TCGTTATGAC AACATTAAAC AGGAGATCCT TTTTAAACTG 
GAATGCTCTG TGTCACCTGA TCTAGATTTA TCTCCCTTGA CAACCAACGT TACATCAGTC 
ACAGCGTATC ACCAAGGAAA TGTTGCTGCC TCTCGAAAAA AGATTTTACC AATTTTAAAT 
GAGTATTTGG AAAATGTTGA TCCTACTGAC TTCAGAGCTG AACTGGGTGT TGTTACGCCT 
AGTAGTGATG TGATGGACCT TGCTAGTGAT ACGCAGTCAG TTGCTAAAAC CGATGAATCG 
GGCTTGTTAG ATTTTTCTTC ATCAGCCACA ACATCGAACA CCAACACACC AATCAGCCCT 
GAACAGAACA TTGCCACATT TATGGAAGAT GAGAGTTCCA TGAATGAAAA TTTGAATAAT 
AATACCAATG AGGATCCAGG GACGGATGGA CCTCCTCTAC CAATGACAAG CCCACCTATG 
TATCTACATG GTGCTTCAAA TGAATTCAGT GATTTAGATC CTTTTCTTCC AGTATCTGGT 
CAGTCAAACA TCTTTTCAAA TCAAGAGAGC AATGGTGATC CGTTTGGTTT TGAAAACACA 
GAATCTTTCA AGAGCAAAGA ACCTTACATA CTAACATCCA ATGACAGAGA TCAGGAAAAC 
AACACACCTT CTATAAACTT ACTTGACACA GTGAATCCAG AATATTTAGA ACGTGATGAT 
ACAATGCCTG AAAGTTCATC GCTGCCAATA GGTATTCCAA GACGATCTCA AGAGATGCCT 
GTCTACAACA GTCGCAGTCC AGGTGTTCCT CTGACACCTC AGAACTCCTT TGCTGACCAT 
AATGATATTT TTATGGAGAT AAATGCTGAG AGACACAGAC CTCTGGATTT AAGTAATCCT 
GATATTGCTA ATGCTGTTCA TGAACGACTA CGTGAGGTTG AGGAACTGGA AGAAGATGTA 
TTGAATGACA GTGGGAGTAA TCCTGTTAAA AATTCTCGTG AGGCTAAAAT AATAAATACT 
GTCACAGCTA CAGATAACTA TCAGCAGATT ACGCCCTATC AAGAACTTAG CAATGGAGAA 
GACAGAGTTA AGTTTGCAAG GAGAGATCCT GCTATTGCTT GCACCAATGT AGTGGCACAG 
ACACTTTCAT CTGAGATGCT GACATCTAGT GCATCTGATG TTGCATTCTC CACAAGAAAG 
GTTGCAGAAG ATACCAGGAA CAATATAGTT GCCAACAGGT TGGCTAAGAA TATATTAGAT 
GACAGCACTT CTAGTGTAGT TGATGATATG GTGGTGGACT TTACAAACTG TAGAGACTTG 
ATGGTTAATG ATAACCAGAA TATTGTTTCC CACATGCTTG CCAAGGACAT GCAGAGCACA 
GTTGACTTTA CGATGCGAAA CAATGCATTT AGTGCAATTG GACAGGATCA AAATGTCGTT 
GGTCAAATGC TTGCCTCGGA CATGGTTAAT AGCGATGAAG TTCAGTTTGT TATGCGAGAT 
GGTGCATTGG AAAATGCAGG CCAAGCGCAA AATGTTGTAG CTCATATGAT AGCTGGAAAC 
ATGGAGGAAC AGATTGAAAA TAATAACGAG GATATCGTGT TTGTAAAAAG AAACTTGGAT 
AATATTGATA GTAACATTGT GGCTAACTTG CTCGCTGCAG AAATGCATAA CTTAGAAACA 
GAAGGTGTAA TGGGAAATGC CATGGACCAT GCTAATGGAG ATGTTTCAGA TAATGCAACA 
GAACATGAGA TAGAGAATGA TGCTGTTTTT GGAAAATCAA TTCCAAATGA ATTACCCAGT 
GACAATGTCG TAGGCAAATT GCAAGCAGAA GTGTCAAGTG ATAAGCTTGA TGATGATATC 
ACATTCAGAA AGAAGGATTA TTCTCGTATG GACAAATCAA CAGCTAGAAC AGGGAACATT 
GTTGCATATA TGTTAGCGTA CACGTCTATG GATGAAACGG GTGACTGGAA CAAAAACAAT 
GAACATGATG ATGATGGCGA TGATACCATG AAAGCTTCAA TGTGTGATGT TCCTCTTGAT 
CCATTCATGC CTTATGGAGA ACAAAGGAGA AACAGCATTG ACCCACAAGA TGCTGACAAC 
CATGAGTGTG AACTAGATAG GAGGATGGGA AGTCCATCAA CAGAGACCGA ATCGCAGTCG 
GAATCACAGA CCAGCGGCGA CGAACTCTCC TCTACGAGTG GGTCATTCAG TTGCGCTGAG 
ATGCCCTCGC CTGTACATCA TCCTATATCT CGGATAGTGG AGGAACCCGA GAGTAGTGAG 
AACGAGGATG TAACCATGGC AACGAGAGGC GTCATCGAGA GTGACATCAT GGGGAATGAT 
CGAGAGAGAA TGAATGATGA ACTTTTTTCA GTAAAAAGAC ACGAAATGGT TGAGATGATG 
CCAGAAGTAT CAGAGGATAA GGCCAAGAAT ACTGTGGTTG ATAGTCCGAT GCAAAATGAT 
GAGGATGCTG CGAATGTGGG TCAGGGATCA GAGCTCAAAG ATGAGCTTTA TAGCCCAATG 
ATTGGTGAGG ATGAAAACAT AGGGTTTGTT TCAAGCATCT TAATTGAGCA GAGACTCGCC 
AAAGCTTCAC CACGGAAATT GAAGCGATCC CCGGAATCTG TTGAAATGAT GTCCAATGTG 
AATTTGAAGG AGGAATGGCA AGATGACGAT GAGATATTAA AACATCAGGC ATCCATTGGA 
GAGGATTGGG TAGATGAAGT GATAGATATA GATCCATCAA TTGCTGTACC ACCTATGGAA 
GGTGATCACC CCAGACCAGG ATCTTTAGAC TTAGGTGCTG TTCCAAAGGT GAAGAAGAAA 
GTTGGCAAAC CTGCTGAATT GACATTTGAA GACAATGATG ACCTGTCAAG TCAGAGCAGC 
AGTCTGGATC TTGAAAGAAT TGATGGCTTA GCTACCCCTG ATATACATAC ACCAAGTCTG 
AGAGATATAG ATAGTATACT AATGACTAGT GGTGAAATGG AATGGGAAGA TGACACTCCG 
TTATCTAAAG CAACATCGGC AGAAAAGATC CCAGAATACA CTGCACAGGA AGAGCTAAGG 
GACAGCAGAA GTTGGCGATT GGTGGAGATT GGAAGCCAGA ATTATTCCAT CGATATGAAG 
ATTATCAATC CATATAAGAA AGTATTGTCC CATGGAGGTT ACTATGGCGA TGGTTTGAAT 
GCTATTATAG TGTTTGCTGC TTGTTATTTA CCGGACAGAG GTAGAAAGGA CTATAATTAT 
GTCATGGATA ATTTATTTTT TTCCAAGTTT TTTCGTAAGC TACGTGTTGT AATGAGTCTT 
GCAGAGTTGA AACAGATGAT TCCAACTGAA TATGTGTATA TTCCAGATGA AGTCAAAAAG 
TTTGACGATA AGAAAAACAA GAAAAAGGTA TCAATGTTAT CATTTTTGCT TGACTGTAGT 
TAA