LOC111346029 cDNA ORF clone, Stylophora pistillata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111346029
Entrez Gene ID	111346029
Full Name	flocculation protein FLO11-like
Gene Type	protein-coding
Organism	Stylophora pistillata

mRNA and Protein(s)

mRNA	Protein	Name
XM_022953313.1	XP_022809048.1	uncharacterized protein LOC111346029 isoform X1
XM_022953314.1	XP_022809049.1	flocculation protein FLO11-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC111346029 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111346029 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
OSt127307	XM_022953313.1 Latest version!	Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OSt127308	XM_022953314.1 Latest version!	Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC111346029 ( XM_022953313.1 ) cDNA ORF clone, Stylophora pistillata -> XP_022809048.1 Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSt127307
Clone ID Related Accession (Same CDS sequence)	XM_022953313.1
Accession Version	XM_022953313.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4836bp) 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	2017-10-24
Organism	Stylophora pistillata
Product	uncharacterized protein LOC111346029 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019218755.1) 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 :: Stylophora pistillata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTAGCT GTGATAATTT TGTGGAACAG CTTTGGAGAA AGGGGAAGTG CGCGAACTGC 
TTTCAGTCTC GCGACAAACA TCAAAACGCT GTCAACAAAC ACGAAGACGC CACTTTTACC 
GGTAGTGGTA CCGCAAACTG CAAACCAAAA CGAGTGGTGA TTCCTCCACA AAGCCCTAAA 
AATCAGAATT TCGAAGCATG TAGTGTTGAA AATACGGATA ATCTATTTAA ACAGGAACGA 
GGAAAGGAGG GAATTGATAA AGGAAATGGT GAGAAGAGCA TTAATAAATC CATTACACCT 
TGCACAATTC ACGCCATTGG AGCCAGCAAA GATTGTAGTA GCACTGTGAC TGATTTTAGT 
AAAAAGGCAC AGGATTTCAA ATCATCTACA GTTCTTAAAC CTAGGCCAGT ACCAAGACCA 
AAACCACGAC CGGCTTCTCG AGCAGTGGAA TTTAGTTGTG GCGCTGTAAG TCGCGATGAA 
AACCCACAAG AATCGGCAGA TGTGTTAAAC GGTCTCACAT CGTTCGAGAA TTCTCTTGGG 
AATTCCCATG CCCAACCATG TAACGCAACC TCCTCAGAAA TTCCCTTCGA GAGTGGATCT 
TCAATATTGG ATCACGGTGA AAAATCGGAG CTGGAAAACA GATCTGACAC CGAAACAAAC 
AGCGAGACAA TAGAAAATGA AGTAGGTGCA GTTGAATTGG GGGAGCCGAA GAATGATGCG 
GAATTTTCAA ATGTGAACAA AAGTGACCTT CTGACTTTAC CAGCTAATAT TTCCATCGAT 
TGTTCAACCG AAACCGAAGC AGCCGATCCG TTGTCTACAA ATGCGATCGA AAACGACGAT 
TCAAGCGACG AATATGTACC GATGAAAAGC AATATAGACT TGTTTGGTGT TGAATCTGAT 
CCTCTACATG AAGTAGTTCG TGAGACAGAT GTTTTGAAAC CAAACTGCGA AAGCGACAGT 
GACTCGAAAC AAATGGCGAT TAGCGAAAAT CGAATGAAAG TTGCATGTGG CTCACAAATC 
GACGAACAAT CGTCGTCTTG TGTTTTAGAA TTTCGTAATC CGTTGTGCAT GATCACAAAC 
AAGATCAGCG ACACTAGAAC TACTGATCTA GACACTGGTG AGTCTGACAA AATGAATAAT 
AATCACGATA ATCCTAAAAA GATTATTTGT AAATCTTCTA GTATCACAGA GCCAAATTAC 
GTAAATAGAC CATCAAGCTC AAGCAGTGAA AGTGCCGTGT CCAGCAGTCA AGATTCGGGT 
TATGAAAACA CTCGAAAGTC GAACAGGGGT AATTCTTTAA ACAATGCCTC GGGCAATGGG 
TCGGTTCTTG TAGAACAAGA AGTAGGCTTG GCAGATATTT CAGTTACTAT CACTCCTACT 
ACAAGCGATG GCTATTGTGT TATCGAGTCT AGTGGAACCT CAAGTAGTTC TTGGGGAAGC 
AGCACTTGGG ACAGTTGTAG TACATCAGAT TTTCACGAAA ACAGTGGTGA AGCTGTGGCT 
GCTAAAAATT CCCTTGGAAA TTTGAACACC AGAAATGACA AACCTCATTT GGTGGCATCC 
CCCAAAGTGG CAGTAAATGG ACAGTCCATA GCAAAAGAAA AACTCCAAAG TAGCAAAACG 
GGACCTTTTT ATGTAAATAC AACATTGAAA CCATTTACAA AACCATATAA AGTGGTTGAC 
ATAAGTGCTG GTGTTGCTGT TCCTACAACA GAGACCCAAA ATGATGCACC ACCCCTACCC 
CCAAAAGAAA AAGATTTAAA GAAAGATAGA GCTGAGGAAT TGAATCACAT TTACCTGGAA 
CCCAGTGAGG AAGTTGCAAC TAGCCCAGAA CAAGCTTTGA AAAATGAAAA GGATAAAAAA 
CCTATTTCCA AGGCAAGTGC TTCTCTAAAC TCTTCACTCA GTAAAGCTTC TGGCAGTGCA 
ATGGACAAGA GCTCAGCTGT ACGAAGGGCT CCAGCACCAA GACCTCGTTC TAGAATACCA 
TCTCAATTTG GCACCTTACC TAAGCCTGCC CCCCGCACAT CAAGAATTCT TAATGACACA 
GTTGTCAAGG TGGACAGCAA AGAGCAAAAA GTGGTTACAA TGACTCCACC AGTTGTTTCA 
ATATCACCTC TTCCCACCAA CCCACCTTCA GACCCACCCC CTCTTGAAAG ACGGCCATCA 
TTTACAAAAC CAAATCAGGC TCTGACAAGT CCTGCCTCTC CCCCACCCCC TCTGAAGGAC 
ATTGTGGAGC CTAGGAGCTC AGAAAATCCA CCTAAAAATG CACCTTTGAG TCCTGTAAGT 
CCTGTCAGCA ATCAAAGTGG GGCATTAGGG GGGTTACAGA ATGGGCCTGT GAAACCCAAA 
AGAAGTGCCC CACCACCTCC CCCCTCTGCT TCCAGTCCCC CACCGCCAAA GTCACCTTTG 
CCTCAACCTG TGACGCCTGT TAAGTCAGCT AGCCCCAGTA CTTCTCAAAC GAAATCTCAG 
CAAGTGTCAT CTCCAGGTCC CAGTCCATCT CACCAAGAAA GTCCGCCAGT CTCATCACCA 
AGCCCCAGTC CATCTCAGTC AAAATCCCAG TCCAAGTCTA AAGCAACCCG ATCATCTAGC 
TTCACAGGAC CACATGACGC CGACACGGAT ACAAGCCCCG CAAAACTGTC TTCTCCGAAA 
TCGACGATCA GAAGAGCTTT TGCAAGCATG AAGAAACTGG GAGGTAAAAA GAAACACAGG 
CACAGTAAGA CCATAGAGAT TAGTGCTCCT ATAGCAGTGA ATGATGAGGT GCCAGGCTTT 
TTGGAGCAGA AAGAGGCAGT GCGGCGTCGG ACCTTTTCCG AAGTTAAGCC TCTACAAACC 
GAGAAGAGCA GGTTATTAGA ACCAAATGAG ATCCAGTCCG TAGAACCTTT TACTAGTTCC 
CCTGACTCGG TACTCTCGCC TGCTACAGCT GAATATGCTT CTTCTGCTAC TCCTCCCTCC 
GCTGTGGAAT CATCAGCCGT CGAGGAAAAA TACAATAAGA AAGGGTCTCC CATTATGCAG 
ACTAAGCCAG GGATTGGCTA CCAGAACTTT CCTCTGTCAA AGGGAGGAGA CACCTTAGAG 
CGTCCGAAAA AGCCTCCTCG CGTTGCGAAA GTCGTCAAGC CATGGCAGCA CAACGAGCCG 
ACGCCAGATA AAGGTACAAA CCAGCACGAG GAAGAACCAA CTTATCTACA ACCCAATGAA 
GATGAGTTTA CAATCAAAGT AGAAACAGCT TTAGCCAATT TGACTGATGC TGAAATCCTC 
GCTGAGGCCC TATCAAGAGT GGAGCAAGAA TTACTTGGAC CACTGCCAGC CATTCCTAGA 
TCCCGACAGG TTCATTTCCC AAGTGAACAT TCTGATGGCT CAACTACTTC TGCGGTTGGC 
AAACCAGACC TCACGAAGCG TCCTGTACGG GTAGTTTCCC CAACCCTCGT CAATGGGTCA 
GGGGACAAAG GTGATTCCAA ATCTCGCCCC AGACTTCCTT CTAGACCACC AAATACAAAG 
CCAGCGGAAC AGCCAATGCG AGAGCGATCC CAAAGCCTAA GAACACAAGT TTTGGACAGA 
CAGAAACCTC CAGCTTTACG TATGCGAAGT CAGTCGATGA CTACAAATGT TCTAGAGAAG 
CGCTACAATA AGATTTTGAA ACTGCAGTTG CAAACGCTGG AGGAAGTGAT TCATTCTTGG 
CGAAGGGAAT TGCTGCCTGA CCCAGAACTG AACTTGTCTG ACACACGGTG GTCAGACTAC 
GAGCTTTGTG GTGATGCCCT GAGCGTGCAA TGTCCAGGAG CAGTTCTACT GCCCGTGAAA 
TGTGCCGTGT ATTGGGAAGG AAACAAGAAG TTGCTTGCCA AGGTGGAATA CCCGCTGCAT 
TCCAGAACTC GCTCTTCGGA ACCTTCACCT AACCAGCAGG ATATGCGTGT ATGCGAGGCC 
CTGCCATATC ACGTGAATAT ATCTCGTGTG CTGACGCATT TTATTGATCA CGTGCCTGGT 
GATGCAATTG GGCAGCCCGA CTGTGACTCA TACGAGACAC TGGTGAGCAT CACAGATCAA 
ATTCCTTGTG AAACTGTCGC TGACTTTCTC AGTCGGACCA TTGACGAACA CAAAACCGAT 
CCAGAAACCT ACGAGAAGAA GATATGTCTG CTAATTCTTC AGCTTTTGAG TGCGCTGAAT 
CATTTACACA AAGACGCCGT TGTTCATCGC GACTTGAAAG CCGAGAATCT TTACATCCTG 
GAGGGCGAGC TCGTGGTAAT TACCAATTTC CAGTGTGCGC TCAAGCAACC CAGAAGCACT 
CAACCCAATC CCTTTATTTC AAGCAAGAGC ACGTCGAGCC ATTTTGGCGG CAACCCTGAA 
CATCTTCCGC CAGAAATTGT AAATGCGCCA AAAGACTCAG AGCAGTTGAA TTATGAAGAC 
TGCGACACTT TTGCGGCTGG TTGTTTAATT TACGAGTTCC TTCACAGACA CAATCCTTTT 
GCTGCTAACC CGAGCCTTGT CAAGCAGAGT TATGACCAAA CTGATCTTCC TCCAGTTCCC 
TTCAATTCGC GATATTCCAG GGGACTGGGC GCGATTGCTC GTCAGTTGTT ACAACGTCAC 
CCTCAGGAGC GTCTGTCTGC TATGGAAGCC ATTGAAATGC TTCCGGTGTT GCTATGGGGA 
CCGAAAGATC TTGACGATGA CAGCATAGAC AACGCCATCG GTGATTGGCT AGAAACGGAG 
CGAGCACATA CAGTGGCAAT GATTGCGCGA AACCAAATCC AACAAAGTTG CAGCTCAGAC 
GATTTCATGG AGACCTATAT GAAGTGTCAG TTCCTTGTGG ATGCTTCCGT GGAGACGATA 
TCACACATTT ATCAGCAGCT TGATCTCGAC CAGTGA

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

RefSeq	XP_022809048.1
CDS	179..5014
Translation	MSSCDNFVEQLWRKGKCANCFQSRDKHQNAVNKHEDATFTGSGTANCKPKRVVIPPQSPKNQNFEACSVENTDNLFKQERGKEGIDKGNGEKSINKSITPCTIHAIGASKDCSSTVTDFSKKAQDFKSSTVLKPRPVPRPKPRPASRAVEFSCGAVSRDENPQESADVLNGLTSFENSLGNSHAQPCNATSSEIPFESGSSILDHGEKSELENRSDTETNSETIENEVGAVELGEPKNDAEFSNVNKSDLLTLPANISIDCSTETEAADPLSTNAIENDDSSDEYVPMKSNIDLFGVESDPLHEVVRETDVLKPNCESDSDSKQMAISENRMKVACGSQIDEQSSSCVLEFRNPLCMITNKISDTRTTDLDTGESDKMNNNHDNPKKIICKSSSITEPNYVNRPSSSSSESAVSSSQDSGYENTRKSNRGNSLNNASGNGSVLVEQEVGLADISVTITPTTSDGYCVIESSGTSSSSWGSSTWDSCSTSDFHENSGEAVAAKNSLGNLNTRNDKPHLVASPKVAVNGQSIAKEKLQSSKTGPFYVNTTLKPFTKPYKVVDISAGVAVPTTETQNDAPPLPPKEKDLKKDRAEELNHIYLEPSEEVATSPEQALKNEKDKKPISKASASLNSSLSKASGSAMDKSSAVRRAPAPRPRSRIPSQFGTLPKPAPRTSRILNDTVVKVDSKEQKVVTMTPPVVSISPLPTNPPSDPPPLERRPSFTKPNQALTSPASPPPPLKDIVEPRSSENPPKNAPLSPVSPVSNQSGALGGLQNGPVKPKRSAPPPPPSASSPPPPKSPLPQPVTPVKSASPSTSQTKSQQVSSPGPSPSHQESPPVSSPSPSPSQSKSQSKSKATRSSSFTGPHDADTDTSPAKLSSPKSTIRRAFASMKKLGGKKKHRHSKTIEISAPIAVNDEVPGFLEQKEAVRRRTFSEVKPLQTEKSRLLEPNEIQSVEPFTSSPDSVLSPATAEYASSATPPSAVESSAVEEKYNKKGSPIMQTKPGIGYQNFPLSKGGDTLERPKKPPRVAKVVKPWQHNEPTPDKGTNQHEEEPTYLQPNEDEFTIKVETALANLTDAEILAEALSRVEQELLGPLPAIPRSRQVHFPSEHSDGSTTSAVGKPDLTKRPVRVVSPTLVNGSGDKGDSKSRPRLPSRPPNTKPAEQPMRERSQSLRTQVLDRQKPPALRMRSQSMTTNVLEKRYNKILKLQLQTLEEVIHSWRRELLPDPELNLSDTRWSDYELCGDALSVQCPGAVLLPVKCAVYWEGNKKLLAKVEYPLHSRTRSSEPSPNQQDMRVCEALPYHVNISRVLTHFIDHVPGDAIGQPDCDSYETLVSITDQIPCETVADFLSRTIDEHKTDPETYEKKICLLILQLLSALNHLHKDAVVHRDLKAENLYILEGELVVITNFQCALKQPRSTQPNPFISSKSTSSHFGGNPEHLPPEIVNAPKDSEQLNYEDCDTFAAGCLIYEFLHRHNPFAANPSLVKQSYDQTDLPPVPFNSRYSRGLGAIARQLLQRHPQERLSAMEAIEMLPVLLWGPKDLDDDSIDNAIGDWLETERAHTVAMIARNQIQQSCSSDDFMETYMKCQFLVDASVETISHIYQQLDLDQ

Target ORF information:

RefSeq Version	XM_022953313.1
Organism	Stylophora pistillata
Definition	Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X1, mRNA.

Target ORF information:

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

XM_022953313.1

ORF Insert Sequence:

ATGTCTAGCT GTGATAATTT TGTGGAACAG CTTTGGAGAA AGGGGAAGTG CGCGAACTGC 
TTTCAGTCTC GCGACAAACA TCAAAACGCT GTCAACAAAC ACGAAGACGC CACTTTTACC 
GGTAGTGGTA CCGCAAACTG CAAACCAAAA CGAGTGGTGA TTCCTCCACA AAGCCCTAAA 
AATCAGAATT TCGAAGCATG TAGTGTTGAA AATACGGATA ATCTATTTAA ACAGGAACGA 
GGAAAGGAGG GAATTGATAA AGGAAATGGT GAGAAGAGCA TTAATAAATC CATTACACCT 
TGCACAATTC ACGCCATTGG AGCCAGCAAA GATTGTAGTA GCACTGTGAC TGATTTTAGT 
AAAAAGGCAC AGGATTTCAA ATCATCTACA GTTCTTAAAC CTAGGCCAGT ACCAAGACCA 
AAACCACGAC CGGCTTCTCG AGCAGTGGAA TTTAGTTGTG GCGCTGTAAG TCGCGATGAA 
AACCCACAAG AATCGGCAGA TGTGTTAAAC GGTCTCACAT CGTTCGAGAA TTCTCTTGGG 
AATTCCCATG CCCAACCATG TAACGCAACC TCCTCAGAAA TTCCCTTCGA GAGTGGATCT 
TCAATATTGG ATCACGGTGA AAAATCGGAG CTGGAAAACA GATCTGACAC CGAAACAAAC 
AGCGAGACAA TAGAAAATGA AGTAGGTGCA GTTGAATTGG GGGAGCCGAA GAATGATGCG 
GAATTTTCAA ATGTGAACAA AAGTGACCTT CTGACTTTAC CAGCTAATAT TTCCATCGAT 
TGTTCAACCG AAACCGAAGC AGCCGATCCG TTGTCTACAA ATGCGATCGA AAACGACGAT 
TCAAGCGACG AATATGTACC GATGAAAAGC AATATAGACT TGTTTGGTGT TGAATCTGAT 
CCTCTACATG AAGTAGTTCG TGAGACAGAT GTTTTGAAAC CAAACTGCGA AAGCGACAGT 
GACTCGAAAC AAATGGCGAT TAGCGAAAAT CGAATGAAAG TTGCATGTGG CTCACAAATC 
GACGAACAAT CGTCGTCTTG TGTTTTAGAA TTTCGTAATC CGTTGTGCAT GATCACAAAC 
AAGATCAGCG ACACTAGAAC TACTGATCTA GACACTGGTG AGTCTGACAA AATGAATAAT 
AATCACGATA ATCCTAAAAA GATTATTTGT AAATCTTCTA GTATCACAGA GCCAAATTAC 
GTAAATAGAC CATCAAGCTC AAGCAGTGAA AGTGCCGTGT CCAGCAGTCA AGATTCGGGT 
TATGAAAACA CTCGAAAGTC GAACAGGGGT AATTCTTTAA ACAATGCCTC GGGCAATGGG 
TCGGTTCTTG TAGAACAAGA AGTAGGCTTG GCAGATATTT CAGTTACTAT CACTCCTACT 
ACAAGCGATG GCTATTGTGT TATCGAGTCT AGTGGAACCT CAAGTAGTTC TTGGGGAAGC 
AGCACTTGGG ACAGTTGTAG TACATCAGAT TTTCACGAAA ACAGTGGTGA AGCTGTGGCT 
GCTAAAAATT CCCTTGGAAA TTTGAACACC AGAAATGACA AACCTCATTT GGTGGCATCC 
CCCAAAGTGG CAGTAAATGG ACAGTCCATA GCAAAAGAAA AACTCCAAAG TAGCAAAACG 
GGACCTTTTT ATGTAAATAC AACATTGAAA CCATTTACAA AACCATATAA AGTGGTTGAC 
ATAAGTGCTG GTGTTGCTGT TCCTACAACA GAGACCCAAA ATGATGCACC ACCCCTACCC 
CCAAAAGAAA AAGATTTAAA GAAAGATAGA GCTGAGGAAT TGAATCACAT TTACCTGGAA 
CCCAGTGAGG AAGTTGCAAC TAGCCCAGAA CAAGCTTTGA AAAATGAAAA GGATAAAAAA 
CCTATTTCCA AGGCAAGTGC TTCTCTAAAC TCTTCACTCA GTAAAGCTTC TGGCAGTGCA 
ATGGACAAGA GCTCAGCTGT ACGAAGGGCT CCAGCACCAA GACCTCGTTC TAGAATACCA 
TCTCAATTTG GCACCTTACC TAAGCCTGCC CCCCGCACAT CAAGAATTCT TAATGACACA 
GTTGTCAAGG TGGACAGCAA AGAGCAAAAA GTGGTTACAA TGACTCCACC AGTTGTTTCA 
ATATCACCTC TTCCCACCAA CCCACCTTCA GACCCACCCC CTCTTGAAAG ACGGCCATCA 
TTTACAAAAC CAAATCAGGC TCTGACAAGT CCTGCCTCTC CCCCACCCCC TCTGAAGGAC 
ATTGTGGAGC CTAGGAGCTC AGAAAATCCA CCTAAAAATG CACCTTTGAG TCCTGTAAGT 
CCTGTCAGCA ATCAAAGTGG GGCATTAGGG GGGTTACAGA ATGGGCCTGT GAAACCCAAA 
AGAAGTGCCC CACCACCTCC CCCCTCTGCT TCCAGTCCCC CACCGCCAAA GTCACCTTTG 
CCTCAACCTG TGACGCCTGT TAAGTCAGCT AGCCCCAGTA CTTCTCAAAC GAAATCTCAG 
CAAGTGTCAT CTCCAGGTCC CAGTCCATCT CACCAAGAAA GTCCGCCAGT CTCATCACCA 
AGCCCCAGTC CATCTCAGTC AAAATCCCAG TCCAAGTCTA AAGCAACCCG ATCATCTAGC 
TTCACAGGAC CACATGACGC CGACACGGAT ACAAGCCCCG CAAAACTGTC TTCTCCGAAA 
TCGACGATCA GAAGAGCTTT TGCAAGCATG AAGAAACTGG GAGGTAAAAA GAAACACAGG 
CACAGTAAGA CCATAGAGAT TAGTGCTCCT ATAGCAGTGA ATGATGAGGT GCCAGGCTTT 
TTGGAGCAGA AAGAGGCAGT GCGGCGTCGG ACCTTTTCCG AAGTTAAGCC TCTACAAACC 
GAGAAGAGCA GGTTATTAGA ACCAAATGAG ATCCAGTCCG TAGAACCTTT TACTAGTTCC 
CCTGACTCGG TACTCTCGCC TGCTACAGCT GAATATGCTT CTTCTGCTAC TCCTCCCTCC 
GCTGTGGAAT CATCAGCCGT CGAGGAAAAA TACAATAAGA AAGGGTCTCC CATTATGCAG 
ACTAAGCCAG GGATTGGCTA CCAGAACTTT CCTCTGTCAA AGGGAGGAGA CACCTTAGAG 
CGTCCGAAAA AGCCTCCTCG CGTTGCGAAA GTCGTCAAGC CATGGCAGCA CAACGAGCCG 
ACGCCAGATA AAGGTACAAA CCAGCACGAG GAAGAACCAA CTTATCTACA ACCCAATGAA 
GATGAGTTTA CAATCAAAGT AGAAACAGCT TTAGCCAATT TGACTGATGC TGAAATCCTC 
GCTGAGGCCC TATCAAGAGT GGAGCAAGAA TTACTTGGAC CACTGCCAGC CATTCCTAGA 
TCCCGACAGG TTCATTTCCC AAGTGAACAT TCTGATGGCT CAACTACTTC TGCGGTTGGC 
AAACCAGACC TCACGAAGCG TCCTGTACGG GTAGTTTCCC CAACCCTCGT CAATGGGTCA 
GGGGACAAAG GTGATTCCAA ATCTCGCCCC AGACTTCCTT CTAGACCACC AAATACAAAG 
CCAGCGGAAC AGCCAATGCG AGAGCGATCC CAAAGCCTAA GAACACAAGT TTTGGACAGA 
CAGAAACCTC CAGCTTTACG TATGCGAAGT CAGTCGATGA CTACAAATGT TCTAGAGAAG 
CGCTACAATA AGATTTTGAA ACTGCAGTTG CAAACGCTGG AGGAAGTGAT TCATTCTTGG 
CGAAGGGAAT TGCTGCCTGA CCCAGAACTG AACTTGTCTG ACACACGGTG GTCAGACTAC 
GAGCTTTGTG GTGATGCCCT GAGCGTGCAA TGTCCAGGAG CAGTTCTACT GCCCGTGAAA 
TGTGCCGTGT ATTGGGAAGG AAACAAGAAG TTGCTTGCCA AGGTGGAATA CCCGCTGCAT 
TCCAGAACTC GCTCTTCGGA ACCTTCACCT AACCAGCAGG ATATGCGTGT ATGCGAGGCC 
CTGCCATATC ACGTGAATAT ATCTCGTGTG CTGACGCATT TTATTGATCA CGTGCCTGGT 
GATGCAATTG GGCAGCCCGA CTGTGACTCA TACGAGACAC TGGTGAGCAT CACAGATCAA 
ATTCCTTGTG AAACTGTCGC TGACTTTCTC AGTCGGACCA TTGACGAACA CAAAACCGAT 
CCAGAAACCT ACGAGAAGAA GATATGTCTG CTAATTCTTC AGCTTTTGAG TGCGCTGAAT 
CATTTACACA AAGACGCCGT TGTTCATCGC GACTTGAAAG CCGAGAATCT TTACATCCTG 
GAGGGCGAGC TCGTGGTAAT TACCAATTTC CAGTGTGCGC TCAAGCAACC CAGAAGCACT 
CAACCCAATC CCTTTATTTC AAGCAAGAGC ACGTCGAGCC ATTTTGGCGG CAACCCTGAA 
CATCTTCCGC CAGAAATTGT AAATGCGCCA AAAGACTCAG AGCAGTTGAA TTATGAAGAC 
TGCGACACTT TTGCGGCTGG TTGTTTAATT TACGAGTTCC TTCACAGACA CAATCCTTTT 
GCTGCTAACC CGAGCCTTGT CAAGCAGAGT TATGACCAAA CTGATCTTCC TCCAGTTCCC 
TTCAATTCGC GATATTCCAG GGGACTGGGC GCGATTGCTC GTCAGTTGTT ACAACGTCAC 
CCTCAGGAGC GTCTGTCTGC TATGGAAGCC ATTGAAATGC TTCCGGTGTT GCTATGGGGA 
CCGAAAGATC TTGACGATGA CAGCATAGAC AACGCCATCG GTGATTGGCT AGAAACGGAG 
CGAGCACATA CAGTGGCAAT GATTGCGCGA AACCAAATCC AACAAAGTTG CAGCTCAGAC 
GATTTCATGG AGACCTATAT GAAGTGTCAG TTCCTTGTGG ATGCTTCCGT GGAGACGATA 
TCACACATTT ATCAGCAGCT TGATCTCGAC CAGTGA

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

LOC111346029 ( XM_022953314.1 ) cDNA ORF clone, Stylophora pistillata -> XP_022809049.1 Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSt127308
Clone ID Related Accession (Same CDS sequence)	XM_022953314.1
Accession Version	XM_022953314.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4563bp) 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	2017-10-24
Organism	Stylophora pistillata
Product	flocculation protein FLO11-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019218755.1) 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 :: Stylophora pistillata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTAGCT GTGATAATTT TGTGGAACAG CTTTGGAGAA AGGGGAAGTG CGCGAACTGC 
TTTCAGTCTC GCGACAAACA TCAAAACGCT GTCAACAAAC ACGAAGACGC CACTTTTACC 
GGTAGTGGTA CCGCAAACTG CAAACCAAAA CGAGTGGTGA TTCCTCCACA AAGCCCTAAA 
AATCAGAATT TCGAAGCATG TAGTGTTGAA AATACGGATA ATCTATTTAA ACAGGAACGA 
GGAAAGGAGG GAATTGATAA AGGAAATGGT GAGAAGAGCA TTAATAAATC CATTACACCT 
TGCACAATTC ACGCCATTGG AGCCAGCAAA GATTGTAGTA GCACTGTGAC TGATTTTAGT 
AAAAAGGCAC AGGATTTCAA ATCATCTACA GTTCTTAAAC CTAGGCCAGT ACCAAGACCA 
AAACCACGAC CGGCTTCTCG AGCAGTGGAA TTTAGTTGTG GCGCTGTAAG TCGCGATGAA 
AACCCACAAG AATCGGCAGA TGTGTTAAAC GGTCTCACAT CGTTCGAGAA TTCTCTTGGG 
AATTCCCATG CCCAACCATG TAACGCAACC TCCTCAGAAA TTCCCTTCGA GAGTGGATCT 
TCAATATTGG ATCACGGTGA AAAATCGGAG CTGGAAAACA GATCTGACAC CGAAACAAAC 
AGCGAGACAA TAGAAAATGA AGTAGGTGCA GTTGAATTGG GGGAGCCGAA GAATGATGCG 
GAATTTTCAA ATGTGAACAA AAGTGACCTT CTGACTTTAC CAGCTAATAT TTCCATCGAT 
TGTTCAACCG AAACCGAAGC AGCCGATCCG TTGTCTACAA ATGCGATCGA AAACGACGAT 
TCAAGCGACG AATATGTACC GATGAAAAGC AATATAGACT TGTTTGGTGT TGAATCTGAT 
CCTCTACATG AAGTAGTTCG TGAGACAGAT GTTTTGAAAC CAAACTGCGA AAGCGACAGT 
GACTCGAAAC AAATGGCGAT TAGCGAAAAT CGAATGAAAG TTGCATGTGG CTCACAAATC 
GACGAACAAT CGTCGTCTTG TGTTTTAGAA TTTCGTAATC CGTTGTGCAT GATCACAAAC 
AAGATCAGCG ACACTAGAAC TACTGATCTA GACACTGGTG AGTCTGACAA AATGAATAAT 
AATCACGATA ATCCTAAAAA GATTATTTGT AAATCTTCTA GTATCACAGA GCCAAATTAC 
GTAAATAGAC CATCAAGCTC AAGCAGTGAA AGTGCCGTGT CCAGCAGTCA AGATTCGGGT 
TATGAAAACA CTCGAAAGTC GAACAGGGGT AATTCTTTAA ACAATGCCTC GGGCAATGGG 
TCGGTTCTTG TAGAACAAGA AGTAGGCTTG GCAGATATTT CAGTTACTAT CACTCCTACT 
ACAAGCGATG GCTATTGTGT TATCGAGTCT AGTGGAACCT CAAGTAGTTC TTGGGGAAGC 
AGCACTTGGG ACAGTTGTAG TACATCAGAT TTTCACGAAA ACAGTGGTGA AGCTGTGGCT 
GCTAAAAATT CCCTTGGAAA TTTGAACACC AGAAATGACA AACCTCATTT GGTGGCATCC 
CCCAAAGTGG CAGTAAATGG ACAGTCCATA GCAAAAGAAA AACTCCAAAG TAGCAAAACG 
GGACCTTTTT ATGTAAATAC AACATTGAAA CCATTTACAA AACCATATAA AGTGGTTGAC 
ATAAGTGCTG GTGTTGCTGT TCCTACAACA GAGACCCAAA ATGATGCACC ACCCCTACCC 
CCAAAAGAAA AAGATTTAAA GAAAGATAGA GCTGAGGAAT TGAATCACAT TTACCTGGAA 
CCCAGTGAGG AAGTTGCAAC TAGCCCAGAA CAAGCTTTGA AAAATGAAAA GGATAAAAAA 
CCTATTTCCA AGGCAAGTGC TTCTCTAAAC TCTTCACTCA GTAAAGCTTC TGGCAGTGCA 
ATGGACAAGA GCTCAGCTGT ACGAAGGGCT CCAGCACCAA GACCTCGTTC TAGAATACCA 
TCTCAATTTG GCACCTTACC TAAGCCTGCC CCCCGCACAT CAAGAATTCT TAATGACACA 
GTTGTCAAGG TGGACAGCAA AGAGCAAAAA GTGGTTACAA TGACTCCACC AGTTGCTTCC 
AGTCCCCCAC CGCCAAAGTC ACCTTTGCCT CAACCTGTGA CGCCTGTTAA GTCAGCTAGC 
CCCAGTACTT CTCAAACGAA ATCTCAGCAA GTGTCATCTC CAGGTCCCAG TCCATCTCAC 
CAAGAAAGTC CGCCAGTCTC ATCACCAAGC CCCAGTCCAT CTCAGTCAAA ATCCCAGTCC 
AAGTCTAAAG CAACCCGATC ATCTAGCTTC ACAGGACCAC ATGACGCCGA CACGGATACA 
AGCCCCGCAA AACTGTCTTC TCCGAAATCG ACGATCAGAA GAGCTTTTGC AAGCATGAAG 
AAACTGGGAG GTAAAAAGAA ACACAGGCAC AGTAAGACCA TAGAGATTAG TGCTCCTATA 
GCAGTGAATG ATGAGGTGCC AGGCTTTTTG GAGCAGAAAG AGGCAGTGCG GCGTCGGACC 
TTTTCCGAAG TTAAGCCTCT ACAAACCGAG AAGAGCAGGT TATTAGAACC AAATGAGATC 
CAGTCCGTAG AACCTTTTAC TAGTTCCCCT GACTCGGTAC TCTCGCCTGC TACAGCTGAA 
TATGCTTCTT CTGCTACTCC TCCCTCCGCT GTGGAATCAT CAGCCGTCGA GGAAAAATAC 
AATAAGAAAG GGTCTCCCAT TATGCAGACT AAGCCAGGGA TTGGCTACCA GAACTTTCCT 
CTGTCAAAGG GAGGAGACAC CTTAGAGCGT CCGAAAAAGC CTCCTCGCGT TGCGAAAGTC 
GTCAAGCCAT GGCAGCACAA CGAGCCGACG CCAGATAAAG GTACAAACCA GCACGAGGAA 
GAACCAACTT ATCTACAACC CAATGAAGAT GAGTTTACAA TCAAAGTAGA AACAGCTTTA 
GCCAATTTGA CTGATGCTGA AATCCTCGCT GAGGCCCTAT CAAGAGTGGA GCAAGAATTA 
CTTGGACCAC TGCCAGCCAT TCCTAGATCC CGACAGGTTC ATTTCCCAAG TGAACATTCT 
GATGGCTCAA CTACTTCTGC GGTTGGCAAA CCAGACCTCA CGAAGCGTCC TGTACGGGTA 
GTTTCCCCAA CCCTCGTCAA TGGGTCAGGG GACAAAGGTG ATTCCAAATC TCGCCCCAGA 
CTTCCTTCTA GACCACCAAA TACAAAGCCA GCGGAACAGC CAATGCGAGA GCGATCCCAA 
AGCCTAAGAA CACAAGTTTT GGACAGACAG AAACCTCCAG CTTTACGTAT GCGAAGTCAG 
TCGATGACTA CAAATGTTCT AGAGAAGCGC TACAATAAGA TTTTGAAACT GCAGTTGCAA 
ACGCTGGAGG AAGTGATTCA TTCTTGGCGA AGGGAATTGC TGCCTGACCC AGAACTGAAC 
TTGTCTGACA CACGGTGGTC AGACTACGAG CTTTGTGGTG ATGCCCTGAG CGTGCAATGT 
CCAGGAGCAG TTCTACTGCC CGTGAAATGT GCCGTGTATT GGGAAGGAAA CAAGAAGTTG 
CTTGCCAAGG TGGAATACCC GCTGCATTCC AGAACTCGCT CTTCGGAACC TTCACCTAAC 
CAGCAGGATA TGCGTGTATG CGAGGCCCTG CCATATCACG TGAATATATC TCGTGTGCTG 
ACGCATTTTA TTGATCACGT GCCTGGTGAT GCAATTGGGC AGCCCGACTG TGACTCATAC 
GAGACACTGG TGAGCATCAC AGATCAAATT CCTTGTGAAA CTGTCGCTGA CTTTCTCAGT 
CGGACCATTG ACGAACACAA AACCGATCCA GAAACCTACG AGAAGAAGAT ATGTCTGCTA 
ATTCTTCAGC TTTTGAGTGC GCTGAATCAT TTACACAAAG ACGCCGTTGT TCATCGCGAC 
TTGAAAGCCG AGAATCTTTA CATCCTGGAG GGCGAGCTCG TGGTAATTAC CAATTTCCAG 
TGTGCGCTCA AGCAACCCAG AAGCACTCAA CCCAATCCCT TTATTTCAAG CAAGAGCACG 
TCGAGCCATT TTGGCGGCAA CCCTGAACAT CTTCCGCCAG AAATTGTAAA TGCGCCAAAA 
GACTCAGAGC AGTTGAATTA TGAAGACTGC GACACTTTTG CGGCTGGTTG TTTAATTTAC 
GAGTTCCTTC ACAGACACAA TCCTTTTGCT GCTAACCCGA GCCTTGTCAA GCAGAGTTAT 
GACCAAACTG ATCTTCCTCC AGTTCCCTTC AATTCGCGAT ATTCCAGGGG ACTGGGCGCG 
ATTGCTCGTC AGTTGTTACA ACGTCACCCT CAGGAGCGTC TGTCTGCTAT GGAAGCCATT 
GAAATGCTTC CGGTGTTGCT ATGGGGACCG AAAGATCTTG ACGATGACAG CATAGACAAC 
GCCATCGGTG ATTGGCTAGA AACGGAGCGA GCACATACAG TGGCAATGAT TGCGCGAAAC 
CAAATCCAAC AAAGTTGCAG CTCAGACGAT TTCATGGAGA CCTATATGAA GTGTCAGTTC 
CTTGTGGATG CTTCCGTGGA GACGATATCA CACATTTATC AGCAGCTTGA TCTCGACCAG 
TGA

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

RefSeq	XP_022809049.1
CDS	179..4741
Translation	MSSCDNFVEQLWRKGKCANCFQSRDKHQNAVNKHEDATFTGSGTANCKPKRVVIPPQSPKNQNFEACSVENTDNLFKQERGKEGIDKGNGEKSINKSITPCTIHAIGASKDCSSTVTDFSKKAQDFKSSTVLKPRPVPRPKPRPASRAVEFSCGAVSRDENPQESADVLNGLTSFENSLGNSHAQPCNATSSEIPFESGSSILDHGEKSELENRSDTETNSETIENEVGAVELGEPKNDAEFSNVNKSDLLTLPANISIDCSTETEAADPLSTNAIENDDSSDEYVPMKSNIDLFGVESDPLHEVVRETDVLKPNCESDSDSKQMAISENRMKVACGSQIDEQSSSCVLEFRNPLCMITNKISDTRTTDLDTGESDKMNNNHDNPKKIICKSSSITEPNYVNRPSSSSSESAVSSSQDSGYENTRKSNRGNSLNNASGNGSVLVEQEVGLADISVTITPTTSDGYCVIESSGTSSSSWGSSTWDSCSTSDFHENSGEAVAAKNSLGNLNTRNDKPHLVASPKVAVNGQSIAKEKLQSSKTGPFYVNTTLKPFTKPYKVVDISAGVAVPTTETQNDAPPLPPKEKDLKKDRAEELNHIYLEPSEEVATSPEQALKNEKDKKPISKASASLNSSLSKASGSAMDKSSAVRRAPAPRPRSRIPSQFGTLPKPAPRTSRILNDTVVKVDSKEQKVVTMTPPVASSPPPPKSPLPQPVTPVKSASPSTSQTKSQQVSSPGPSPSHQESPPVSSPSPSPSQSKSQSKSKATRSSSFTGPHDADTDTSPAKLSSPKSTIRRAFASMKKLGGKKKHRHSKTIEISAPIAVNDEVPGFLEQKEAVRRRTFSEVKPLQTEKSRLLEPNEIQSVEPFTSSPDSVLSPATAEYASSATPPSAVESSAVEEKYNKKGSPIMQTKPGIGYQNFPLSKGGDTLERPKKPPRVAKVVKPWQHNEPTPDKGTNQHEEEPTYLQPNEDEFTIKVETALANLTDAEILAEALSRVEQELLGPLPAIPRSRQVHFPSEHSDGSTTSAVGKPDLTKRPVRVVSPTLVNGSGDKGDSKSRPRLPSRPPNTKPAEQPMRERSQSLRTQVLDRQKPPALRMRSQSMTTNVLEKRYNKILKLQLQTLEEVIHSWRRELLPDPELNLSDTRWSDYELCGDALSVQCPGAVLLPVKCAVYWEGNKKLLAKVEYPLHSRTRSSEPSPNQQDMRVCEALPYHVNISRVLTHFIDHVPGDAIGQPDCDSYETLVSITDQIPCETVADFLSRTIDEHKTDPETYEKKICLLILQLLSALNHLHKDAVVHRDLKAENLYILEGELVVITNFQCALKQPRSTQPNPFISSKSTSSHFGGNPEHLPPEIVNAPKDSEQLNYEDCDTFAAGCLIYEFLHRHNPFAANPSLVKQSYDQTDLPPVPFNSRYSRGLGAIARQLLQRHPQERLSAMEAIEMLPVLLWGPKDLDDDSIDNAIGDWLETERAHTVAMIARNQIQQSCSSDDFMETYMKCQFLVDASVETISHIYQQLDLDQ

Target ORF information:

RefSeq Version	XM_022953314.1
Organism	Stylophora pistillata
Definition	Stylophora pistillata flocculation protein FLO11-like (LOC111346029), transcript variant X2, mRNA.

Target ORF information:

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

XM_022953314.1

ORF Insert Sequence:

ATGTCTAGCT GTGATAATTT TGTGGAACAG CTTTGGAGAA AGGGGAAGTG CGCGAACTGC 
TTTCAGTCTC GCGACAAACA TCAAAACGCT GTCAACAAAC ACGAAGACGC CACTTTTACC 
GGTAGTGGTA CCGCAAACTG CAAACCAAAA CGAGTGGTGA TTCCTCCACA AAGCCCTAAA 
AATCAGAATT TCGAAGCATG TAGTGTTGAA AATACGGATA ATCTATTTAA ACAGGAACGA 
GGAAAGGAGG GAATTGATAA AGGAAATGGT GAGAAGAGCA TTAATAAATC CATTACACCT 
TGCACAATTC ACGCCATTGG AGCCAGCAAA GATTGTAGTA GCACTGTGAC TGATTTTAGT 
AAAAAGGCAC AGGATTTCAA ATCATCTACA GTTCTTAAAC CTAGGCCAGT ACCAAGACCA 
AAACCACGAC CGGCTTCTCG AGCAGTGGAA TTTAGTTGTG GCGCTGTAAG TCGCGATGAA 
AACCCACAAG AATCGGCAGA TGTGTTAAAC GGTCTCACAT CGTTCGAGAA TTCTCTTGGG 
AATTCCCATG CCCAACCATG TAACGCAACC TCCTCAGAAA TTCCCTTCGA GAGTGGATCT 
TCAATATTGG ATCACGGTGA AAAATCGGAG CTGGAAAACA GATCTGACAC CGAAACAAAC 
AGCGAGACAA TAGAAAATGA AGTAGGTGCA GTTGAATTGG GGGAGCCGAA GAATGATGCG 
GAATTTTCAA ATGTGAACAA AAGTGACCTT CTGACTTTAC CAGCTAATAT TTCCATCGAT 
TGTTCAACCG AAACCGAAGC AGCCGATCCG TTGTCTACAA ATGCGATCGA AAACGACGAT 
TCAAGCGACG AATATGTACC GATGAAAAGC AATATAGACT TGTTTGGTGT TGAATCTGAT 
CCTCTACATG AAGTAGTTCG TGAGACAGAT GTTTTGAAAC CAAACTGCGA AAGCGACAGT 
GACTCGAAAC AAATGGCGAT TAGCGAAAAT CGAATGAAAG TTGCATGTGG CTCACAAATC 
GACGAACAAT CGTCGTCTTG TGTTTTAGAA TTTCGTAATC CGTTGTGCAT GATCACAAAC 
AAGATCAGCG ACACTAGAAC TACTGATCTA GACACTGGTG AGTCTGACAA AATGAATAAT 
AATCACGATA ATCCTAAAAA GATTATTTGT AAATCTTCTA GTATCACAGA GCCAAATTAC 
GTAAATAGAC CATCAAGCTC AAGCAGTGAA AGTGCCGTGT CCAGCAGTCA AGATTCGGGT 
TATGAAAACA CTCGAAAGTC GAACAGGGGT AATTCTTTAA ACAATGCCTC GGGCAATGGG 
TCGGTTCTTG TAGAACAAGA AGTAGGCTTG GCAGATATTT CAGTTACTAT CACTCCTACT 
ACAAGCGATG GCTATTGTGT TATCGAGTCT AGTGGAACCT CAAGTAGTTC TTGGGGAAGC 
AGCACTTGGG ACAGTTGTAG TACATCAGAT TTTCACGAAA ACAGTGGTGA AGCTGTGGCT 
GCTAAAAATT CCCTTGGAAA TTTGAACACC AGAAATGACA AACCTCATTT GGTGGCATCC 
CCCAAAGTGG CAGTAAATGG ACAGTCCATA GCAAAAGAAA AACTCCAAAG TAGCAAAACG 
GGACCTTTTT ATGTAAATAC AACATTGAAA CCATTTACAA AACCATATAA AGTGGTTGAC 
ATAAGTGCTG GTGTTGCTGT TCCTACAACA GAGACCCAAA ATGATGCACC ACCCCTACCC 
CCAAAAGAAA AAGATTTAAA GAAAGATAGA GCTGAGGAAT TGAATCACAT TTACCTGGAA 
CCCAGTGAGG AAGTTGCAAC TAGCCCAGAA CAAGCTTTGA AAAATGAAAA GGATAAAAAA 
CCTATTTCCA AGGCAAGTGC TTCTCTAAAC TCTTCACTCA GTAAAGCTTC TGGCAGTGCA 
ATGGACAAGA GCTCAGCTGT ACGAAGGGCT CCAGCACCAA GACCTCGTTC TAGAATACCA 
TCTCAATTTG GCACCTTACC TAAGCCTGCC CCCCGCACAT CAAGAATTCT TAATGACACA 
GTTGTCAAGG TGGACAGCAA AGAGCAAAAA GTGGTTACAA TGACTCCACC AGTTGCTTCC 
AGTCCCCCAC CGCCAAAGTC ACCTTTGCCT CAACCTGTGA CGCCTGTTAA GTCAGCTAGC 
CCCAGTACTT CTCAAACGAA ATCTCAGCAA GTGTCATCTC CAGGTCCCAG TCCATCTCAC 
CAAGAAAGTC CGCCAGTCTC ATCACCAAGC CCCAGTCCAT CTCAGTCAAA ATCCCAGTCC 
AAGTCTAAAG CAACCCGATC ATCTAGCTTC ACAGGACCAC ATGACGCCGA CACGGATACA 
AGCCCCGCAA AACTGTCTTC TCCGAAATCG ACGATCAGAA GAGCTTTTGC AAGCATGAAG 
AAACTGGGAG GTAAAAAGAA ACACAGGCAC AGTAAGACCA TAGAGATTAG TGCTCCTATA 
GCAGTGAATG ATGAGGTGCC AGGCTTTTTG GAGCAGAAAG AGGCAGTGCG GCGTCGGACC 
TTTTCCGAAG TTAAGCCTCT ACAAACCGAG AAGAGCAGGT TATTAGAACC AAATGAGATC 
CAGTCCGTAG AACCTTTTAC TAGTTCCCCT GACTCGGTAC TCTCGCCTGC TACAGCTGAA 
TATGCTTCTT CTGCTACTCC TCCCTCCGCT GTGGAATCAT CAGCCGTCGA GGAAAAATAC 
AATAAGAAAG GGTCTCCCAT TATGCAGACT AAGCCAGGGA TTGGCTACCA GAACTTTCCT 
CTGTCAAAGG GAGGAGACAC CTTAGAGCGT CCGAAAAAGC CTCCTCGCGT TGCGAAAGTC 
GTCAAGCCAT GGCAGCACAA CGAGCCGACG CCAGATAAAG GTACAAACCA GCACGAGGAA 
GAACCAACTT ATCTACAACC CAATGAAGAT GAGTTTACAA TCAAAGTAGA AACAGCTTTA 
GCCAATTTGA CTGATGCTGA AATCCTCGCT GAGGCCCTAT CAAGAGTGGA GCAAGAATTA 
CTTGGACCAC TGCCAGCCAT TCCTAGATCC CGACAGGTTC ATTTCCCAAG TGAACATTCT 
GATGGCTCAA CTACTTCTGC GGTTGGCAAA CCAGACCTCA CGAAGCGTCC TGTACGGGTA 
GTTTCCCCAA CCCTCGTCAA TGGGTCAGGG GACAAAGGTG ATTCCAAATC TCGCCCCAGA 
CTTCCTTCTA GACCACCAAA TACAAAGCCA GCGGAACAGC CAATGCGAGA GCGATCCCAA 
AGCCTAAGAA CACAAGTTTT GGACAGACAG AAACCTCCAG CTTTACGTAT GCGAAGTCAG 
TCGATGACTA CAAATGTTCT AGAGAAGCGC TACAATAAGA TTTTGAAACT GCAGTTGCAA 
ACGCTGGAGG AAGTGATTCA TTCTTGGCGA AGGGAATTGC TGCCTGACCC AGAACTGAAC 
TTGTCTGACA CACGGTGGTC AGACTACGAG CTTTGTGGTG ATGCCCTGAG CGTGCAATGT 
CCAGGAGCAG TTCTACTGCC CGTGAAATGT GCCGTGTATT GGGAAGGAAA CAAGAAGTTG 
CTTGCCAAGG TGGAATACCC GCTGCATTCC AGAACTCGCT CTTCGGAACC TTCACCTAAC 
CAGCAGGATA TGCGTGTATG CGAGGCCCTG CCATATCACG TGAATATATC TCGTGTGCTG 
ACGCATTTTA TTGATCACGT GCCTGGTGAT GCAATTGGGC AGCCCGACTG TGACTCATAC 
GAGACACTGG TGAGCATCAC AGATCAAATT CCTTGTGAAA CTGTCGCTGA CTTTCTCAGT 
CGGACCATTG ACGAACACAA AACCGATCCA GAAACCTACG AGAAGAAGAT ATGTCTGCTA 
ATTCTTCAGC TTTTGAGTGC GCTGAATCAT TTACACAAAG ACGCCGTTGT TCATCGCGAC 
TTGAAAGCCG AGAATCTTTA CATCCTGGAG GGCGAGCTCG TGGTAATTAC CAATTTCCAG 
TGTGCGCTCA AGCAACCCAG AAGCACTCAA CCCAATCCCT TTATTTCAAG CAAGAGCACG 
TCGAGCCATT TTGGCGGCAA CCCTGAACAT CTTCCGCCAG AAATTGTAAA TGCGCCAAAA 
GACTCAGAGC AGTTGAATTA TGAAGACTGC GACACTTTTG CGGCTGGTTG TTTAATTTAC 
GAGTTCCTTC ACAGACACAA TCCTTTTGCT GCTAACCCGA GCCTTGTCAA GCAGAGTTAT 
GACCAAACTG ATCTTCCTCC AGTTCCCTTC AATTCGCGAT ATTCCAGGGG ACTGGGCGCG 
ATTGCTCGTC AGTTGTTACA ACGTCACCCT CAGGAGCGTC TGTCTGCTAT GGAAGCCATT 
GAAATGCTTC CGGTGTTGCT ATGGGGACCG AAAGATCTTG ACGATGACAG CATAGACAAC 
GCCATCGGTG ATTGGCTAGA AACGGAGCGA GCACATACAG TGGCAATGAT TGCGCGAAAC 
CAAATCCAAC AAAGTTGCAG CTCAGACGAT TTCATGGAGA CCTATATGAA GTGTCAGTTC 
CTTGTGGATG CTTCCGTGGA GACGATATCA CACATTTATC AGCAGCTTGA TCTCGACCAG 
TGA