LOC111319649 cDNA ORF clone, Stylophora pistillata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111319649
Entrez Gene ID	111319649
Full Name	sodium channel protein 60E-like
Gene Type	protein-coding
Organism	Stylophora pistillata

mRNA and Protein(s)

mRNA	Protein	Name
XM_022922405.1	XP_022778140.1	sodium channel protein 60E-like isoform X2
XM_022922399.1	XP_022778134.1	sodium channel protein 60E-like isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC111319649 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111319649 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
OSt103865	XM_022922399.1 Latest version!	Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OSt103866	XM_022922405.1 Latest version!	Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
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)

LOC111319649 ( XM_022922399.1 ) cDNA ORF clone, Stylophora pistillata -> XP_022778134.1 Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSt103865
Clone ID Related Accession (Same CDS sequence)	XM_022922399.1
Accession Version	XM_022922399.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4821bp) 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	sodium channel protein 60E-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019217802.1) 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##

ATGCAGAAGC TGTGTCCCGA GCGGCCCAGA TATTTCAACC GACCGCTGGC AGACAAGCAT 
GACAGTAATG ATGAGACGTT TATCGTAATT ACGAGTCGCT TTGGAAGACC GCATGTCCAC 
AGACTTAACA AAGCCAAGTC CGTCTATATA TTTGGTCAAA ATCATCCTGT GAGGAAGTTT 
GCACTGTACA TAACTACAAA TCAATATTTT GAAAATTTTG TCCTTGTCAC TATTTTAGTA 
AACTGTGTTT TTCTAGCACT GACTAATCCT CCAGAGGAGC CAGAATATGT TTTTGCAGCT 
ATTTATACCA TTGAAATGAT TTTGAAAATA ATTTCTAAAG GATTTGCGCT TCACAAATAT 
GCCTACCTAC GAGACCCTTG GAATTGGTTA GATTTTGTGG TAGTGATTTT AGGGTATATA 
ACACTCGCAC CTGGCGTGCT GGCGAATCTG TCAGGAATCA GGACGTTTCG CGTTTTTAGA 
GCCCTGCGAA CAATTTCAGC CGTGAAAGGG CTAAAAATGA TGGTAAACAC TCTCCTAGTT 
TCAATGAAGA TGTTCTGGGA TGTACTTATT CTCACTATGT TCTTCATTTG CATTTATGCA 
CTTGTCGGCA TGCAAGTGTT TGTGGGTGTA CTAAGAAATA AATGCGCGGA GCCTGTGCCA 
GATAATCTTC AAACCCCTTA CCAGGAATAC GCATCCAACC AAAATGTGTG GATAGTCAAT 
CCTGATGGCC ATCCTACCGT TTGCGGAAAT ATTTCTGGTG CGATGCACTG TACAGCCAAT 
CAGAGTTGTC TCCCTGACGC AGGCGCAAAT CCAAACTATG GATTCACCAG CTTTGATCAC 
TTCGGCTGGG CCATTATGAC GTCATTTCAA CTTGTTACCT TGGACTTCTG GGAGAATGTG 
TACAATAATA TTATATTCGC CATGGGTCCC TGGACTGTAA TTTATTTCCT AAGCATTGTG 
TTGTTTGGTC GATTTTATCT CATCAATCTC GTCCTTGCCG TAGTAGCTGC ATCTTATGAA 
AACGAAGTAC AAAACTCTAA ACAGGATAAT GACAGCTTAC GTTTCCAGCA GAAACAGCAA 
GGCTCTACTT TCTCATTGCG CAGCCGCAGA AGCATAATGA GTCTCGTGTA CGGAGAACAA 
GATGTGGTCC TTAACGAATC AATTCAAAGA ACCATGATCG ATGTAGCAGC TTATGATAAA 
ACTCGCAACT CATTGGCCTT GACGCATGCG GAATCCGTTT CAGTGTTTCA AATAAACCAA 
AGCGCAAGAG AATCAAAGCA AACAAAAGCC ACTGATCAAA CTACAGAGAA TAACAATTCC 
GGTGAGAATC GTATTAAAAC TGTTAAAAAG TGCTGCTCTT GTTGCGGTGC TGGAGTCGTT 
CTGAAGTGTG GTTTCTGGAG ACCGTTCAGG AAAGGCGTGA GGCGGATTGT GGAGCATAAA 
ATGTTTGAGG CTGGTATTAT CGTCATTATT CTGATCAACA CGCTGTTTAT GTCCCTACAA 
TATCACGGAA TGAATGAGGA TCTGGCTTTG GCAGTCGATA TTGTAAATTT GGTGTGTACC 
TTCATTTTTT TGATGGAAAT GATTCTGAAG TTGATCGCTC TCAAGCCAAG TGGATACATT 
AAAAGCCGGT GGAATATTTT TGATGGAGTT GTTGTTATAA TTAGTCTCAT AGACACGGTG 
TTGACATTGT CAAACCTCAT CGACAATACT GGAACAAGTG TTCTAAGGTC CTTCAGATTA 
GTCCGTATTC TAAAGCTTGC AAAATCCTGG AGTACCATGT CCAGTCTGTT AGCCACTATA 
GCTCACAGTC TGGGAGCGCT TGCCAATCTG TCGGTCATAT TAGCCATCAT CATTTATATC 
TTCGCTGTGG TGGGGATGCA GTTATTTGGT TCGTCTTACA CAGCGGATAA ATTCGATGGT 
GAAGTCCCGC GCTGGAGGTT TACAGATTTT TGGCATTCGT TTTTGCTGAT ATTTCGGATT 
ATTTGTGGAG AGTGGATTGA GCCTCTGTGG GACTGCATGA GGGCTGCTGG ACCGGCTCCT 
ATCATACTCT TCATACCAGC ATTTCTTTTA GGACACTTTA TTATTCTCAA TCTTTTCTTG 
GCACTATTAT TGAGTTCGTT TGATGGTCAA GCCTCCCTAT CTTCCGCTCG AGGAAACAAA 
AAGAACCGAA TCTTAGGTCG GCTGAAAAAA GTTGTGATTG CCTCCTCATT TATAAAAAGG 
ATGAAATCCA AAGTGTGGCC GGCTAAGACC AAGGACACAC AAAGAGATGA GGTGATAGAA 
ACCTGTAACG GCGGCCATGC AGAAGCAGTT AGTCCAGTAT CGAAGAAAGC CTCTTGTGTT 
GCAAGCCCGA ATGCTCCGCC ACCTAGGAAA TTGTGTTGTT GTTCGCTGAA CATCAGGGAA 
TACGAAGTTG ACAGCTGTTT TCCGACGATA CACAGCTGCT GCACGAGATT TGATGAGTCG 
ACTTGTCATG TGATATGGAT CTGGGTTCGT TACAAGGTGA AATGCTTTGT GGAACACAAG 
TACTTTGAAT GGTTCATCGT ATTTCTCATC GCAGCAAGCA GCATTGCACT GGCTTTTGAG 
GATGTGCACT TAGACAGCAG ACCGACATTA AAGGAAAGCT TGAGGGTCCT TAACATCTTC 
TTCGCCGTTG TGTTTGTGCT TGAGTTTATC CTCAAACTCG TCGGTCTTGG CTTCACGAAA 
TATTTCTCTA GCGCCTGGAA CTGGCTTGAT GTCGCGATTA TCGTGGTTTC TCTTATCGCC 
TTGTTTGGTA ATGAGGAAGT TATGTCTATT CGGTCCTTGA GAACACTGAG AGCTCTGCGA 
CCACTCAGGG CGATCTCAAG ATTTGAAAGA ATGAGGGTGG TGATCAGCTC TCTGTTTCAC 
GCCATACCCG GGATTGCCAA CGTTCTTCTG GTGTGCTTGG TTTTCTGGCT AATATTCAGC 
ATCATGGGGG TCAACCTTTT TGGCGGGAAA TTCTACAAGT GTGTTGACGC GCGTGGCGTC 
AAATATGACG TCTCTGTCGT GCCAAATAAG ACCGTATGCC TCCAAAGGGG AGACCGTTGG 
ATCAACTCTA ATGTCAACTT TGATAATTCT GGAAACGGAT TCTTAGTCCT TCTCCAAGTA 
GCTACTTTTG AAGGATGGAT GGAAATAATG GAGGACGCTA TTGATGCTAC TAAAGTAGAT 
CAACAACCCG TGAGGGAAAA CAACATGGCG GCCTACTTGT ATTTTATCAT TTTCATTATT 
TCTGGATCTT TTTTCATCTT AAATCTCTTC ATCGGTGTTA TTATTGACAA CTTCAATCAT 
CTCAAGCAGC AGATGGAAGT TTGTGGCTCC ATGCATATCT TTCTGACACC AAACCAGAGA 
AGCTGGATGA ATGCGATCAA GAACGCCGCA GCTATAAAAC CAAAGAAGAA AGTTGAAAGG 
CCACAGAACC GCTGTCAAGC GATGGTGTTT GACCTAGTGG AAAATCGTAA GTTTGAGATT 
TTCATCATCC TGGTGATCAC AGTAAACATG ATAGTGATGA TGGTACACCA TTATGTTCAG 
CCCCCAGAAG TCACACAGGT CCTCGAGATG CTAAATATCA TTTTCACCTG TATATTCATC 
ATTGAGGCGC TGTTGCGAAT CATTGCACTG CGATGGGGAT ACTTCCTGCA GCGCTGGAAT 
GTATTTGACT TCGTCATTGT TTTACTCTCC ATAGTAGGTA TAATCGTGGA GAGCTTGAAT 
AAAACTGGGA TCATTATAAC ACCCAATTTT CTACGCGTAA TTCGCATATT CCGAGTTGGA 
AGACTTCTAC GCTTCTTTGA GAAAGCCAAG GGAATTCAAA GATTAATGTT TTCATTGGTT 
GTTTCCTTGC CAGCTCTCTT CAATGTTGGT GCCATACTTC TTCTTATTGT GTTTATCTAC 
GCCATAATTG GGATGTCATT CTTTGCGCAT GTCAAGAAGA CAGGAGTGTT AAATGAAGTG 
GTTAATTTTG AAACGTTTTT AAACTCGATG CTGTTGATTT TTCGCCTGAT GACAGCAGCG 
GGCTGGAACG ATGTTTTGGA GCCCTTGATG ATTAAACCAC CCGACTGTGA TCCAAATTAT 
AAAGGACTTT CGAATGGGAA CTGCGGGAAT GGTTGGATTG CTGTTTGCTA TTTTTCCAGC 
TTTATCGTAA TTATTTTCCT AGTTCTTATA AACATGTATG TGGCGGTGAT ATTGGAAAAT 
TACAACAATG TCATGGAGCA GGAAAAGATT GGAATTACAG GAGAAGATGT AGACTTGTTT 
TATCAACATT GGAAGTTGTA CGACCCCGAT GGGACTCAGT ATATTTATTA CAAGGATCTT 
TCAGACTTTC TACACACCTT AGAGGGAAAC CTGAAAATTA AGAAGCCAAA CAAGGCCGCA 
TGTGCGCTGT TAAACATACC GCTGTACGAG GACGACAAGA TTTTCTGTCT TCACTTGTTG 
CAGGTTTTGG TGAAGAGAGT TGTAGCCGGA TACGAAGATA GCAATTCTGA GGAGTTTAAC 
ATGGTTATGA AACGAACGGA GGAAAGGTTT AAAACGAATT TCCCCGCCGT TAGTGAGAAC 
CGTCCAACCA TAACAACAAT GGACAAAAAT CGACAGATTG TTGCTGCAAG GGTGATTACG 
CGCGGAATTA GAAGACACCG AGAGAGGAAA CGGAGAGAAG CTTTCAGACA AAGTCTTGGT 
GAAGCAAGAA GTTCCATAGA TATGGGAATG ATCACGCACT TGGGGGAAAC AAAAAGCCGT 
GTAGCCGACT TAGTTTTAAC TGAGAAGAGA CTAAGCGATT CTCTTCCAGA TTTATGCAAA 
ACTTCTCGCC AAGCTTGCTG A

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

RefSeq	XP_022778134.1
CDS	119..4939
Translation	MQKLCPERPRYFNRPLADKHDSNDETFIVITSRFGRPHVHRLNKAKSVYIFGQNHPVRKFALYITTNQYFENFVLVTILVNCVFLALTNPPEEPEYVFAAIYTIEMILKIISKGFALHKYAYLRDPWNWLDFVVVILGYITLAPGVLANLSGIRTFRVFRALRTISAVKGLKMMVNTLLVSMKMFWDVLILTMFFICIYALVGMQVFVGVLRNKCAEPVPDNLQTPYQEYASNQNVWIVNPDGHPTVCGNISGAMHCTANQSCLPDAGANPNYGFTSFDHFGWAIMTSFQLVTLDFWENVYNNIIFAMGPWTVIYFLSIVLFGRFYLINLVLAVVAASYENEVQNSKQDNDSLRFQQKQQGSTFSLRSRRSIMSLVYGEQDVVLNESIQRTMIDVAAYDKTRNSLALTHAESVSVFQINQSARESKQTKATDQTTENNNSGENRIKTVKKCCSCCGAGVVLKCGFWRPFRKGVRRIVEHKMFEAGIIVIILINTLFMSLQYHGMNEDLALAVDIVNLVCTFIFLMEMILKLIALKPSGYIKSRWNIFDGVVVIISLIDTVLTLSNLIDNTGTSVLRSFRLVRILKLAKSWSTMSSLLATIAHSLGALANLSVILAIIIYIFAVVGMQLFGSSYTADKFDGEVPRWRFTDFWHSFLLIFRIICGEWIEPLWDCMRAAGPAPIILFIPAFLLGHFIILNLFLALLLSSFDGQASLSSARGNKKNRILGRLKKVVIASSFIKRMKSKVWPAKTKDTQRDEVIETCNGGHAEAVSPVSKKASCVASPNAPPPRKLCCCSLNIREYEVDSCFPTIHSCCTRFDESTCHVIWIWVRYKVKCFVEHKYFEWFIVFLIAASSIALAFEDVHLDSRPTLKESLRVLNIFFAVVFVLEFILKLVGLGFTKYFSSAWNWLDVAIIVVSLIALFGNEEVMSIRSLRTLRALRPLRAISRFERMRVVISSLFHAIPGIANVLLVCLVFWLIFSIMGVNLFGGKFYKCVDARGVKYDVSVVPNKTVCLQRGDRWINSNVNFDNSGNGFLVLLQVATFEGWMEIMEDAIDATKVDQQPVRENNMAAYLYFIIFIISGSFFILNLFIGVIIDNFNHLKQQMEVCGSMHIFLTPNQRSWMNAIKNAAAIKPKKKVERPQNRCQAMVFDLVENRKFEIFIILVITVNMIVMMVHHYVQPPEVTQVLEMLNIIFTCIFIIEALLRIIALRWGYFLQRWNVFDFVIVLLSIVGIIVESLNKTGIIITPNFLRVIRIFRVGRLLRFFEKAKGIQRLMFSLVVSLPALFNVGAILLLIVFIYAIIGMSFFAHVKKTGVLNEVVNFETFLNSMLLIFRLMTAAGWNDVLEPLMIKPPDCDPNYKGLSNGNCGNGWIAVCYFSSFIVIIFLVLINMYVAVILENYNNVMEQEKIGITGEDVDLFYQHWKLYDPDGTQYIYYKDLSDFLHTLEGNLKIKKPNKAACALLNIPLYEDDKIFCLHLLQVLVKRVVAGYEDSNSEEFNMVMKRTEERFKTNFPAVSENRPTITTMDKNRQIVAARVITRGIRRHRERKRREAFRQSLGEARSSIDMGMITHLGETKSRVADLVLTEKRLSDSLPDLCKTSRQAC

Target ORF information:

RefSeq Version	XM_022922399.1
Organism	Stylophora pistillata
Definition	Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X1, mRNA.

Target ORF information:

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

XM_022922399.1

ORF Insert Sequence:

ATGCAGAAGC TGTGTCCCGA GCGGCCCAGA TATTTCAACC GACCGCTGGC AGACAAGCAT 
GACAGTAATG ATGAGACGTT TATCGTAATT ACGAGTCGCT TTGGAAGACC GCATGTCCAC 
AGACTTAACA AAGCCAAGTC CGTCTATATA TTTGGTCAAA ATCATCCTGT GAGGAAGTTT 
GCACTGTACA TAACTACAAA TCAATATTTT GAAAATTTTG TCCTTGTCAC TATTTTAGTA 
AACTGTGTTT TTCTAGCACT GACTAATCCT CCAGAGGAGC CAGAATATGT TTTTGCAGCT 
ATTTATACCA TTGAAATGAT TTTGAAAATA ATTTCTAAAG GATTTGCGCT TCACAAATAT 
GCCTACCTAC GAGACCCTTG GAATTGGTTA GATTTTGTGG TAGTGATTTT AGGGTATATA 
ACACTCGCAC CTGGCGTGCT GGCGAATCTG TCAGGAATCA GGACGTTTCG CGTTTTTAGA 
GCCCTGCGAA CAATTTCAGC CGTGAAAGGG CTAAAAATGA TGGTAAACAC TCTCCTAGTT 
TCAATGAAGA TGTTCTGGGA TGTACTTATT CTCACTATGT TCTTCATTTG CATTTATGCA 
CTTGTCGGCA TGCAAGTGTT TGTGGGTGTA CTAAGAAATA AATGCGCGGA GCCTGTGCCA 
GATAATCTTC AAACCCCTTA CCAGGAATAC GCATCCAACC AAAATGTGTG GATAGTCAAT 
CCTGATGGCC ATCCTACCGT TTGCGGAAAT ATTTCTGGTG CGATGCACTG TACAGCCAAT 
CAGAGTTGTC TCCCTGACGC AGGCGCAAAT CCAAACTATG GATTCACCAG CTTTGATCAC 
TTCGGCTGGG CCATTATGAC GTCATTTCAA CTTGTTACCT TGGACTTCTG GGAGAATGTG 
TACAATAATA TTATATTCGC CATGGGTCCC TGGACTGTAA TTTATTTCCT AAGCATTGTG 
TTGTTTGGTC GATTTTATCT CATCAATCTC GTCCTTGCCG TAGTAGCTGC ATCTTATGAA 
AACGAAGTAC AAAACTCTAA ACAGGATAAT GACAGCTTAC GTTTCCAGCA GAAACAGCAA 
GGCTCTACTT TCTCATTGCG CAGCCGCAGA AGCATAATGA GTCTCGTGTA CGGAGAACAA 
GATGTGGTCC TTAACGAATC AATTCAAAGA ACCATGATCG ATGTAGCAGC TTATGATAAA 
ACTCGCAACT CATTGGCCTT GACGCATGCG GAATCCGTTT CAGTGTTTCA AATAAACCAA 
AGCGCAAGAG AATCAAAGCA AACAAAAGCC ACTGATCAAA CTACAGAGAA TAACAATTCC 
GGTGAGAATC GTATTAAAAC TGTTAAAAAG TGCTGCTCTT GTTGCGGTGC TGGAGTCGTT 
CTGAAGTGTG GTTTCTGGAG ACCGTTCAGG AAAGGCGTGA GGCGGATTGT GGAGCATAAA 
ATGTTTGAGG CTGGTATTAT CGTCATTATT CTGATCAACA CGCTGTTTAT GTCCCTACAA 
TATCACGGAA TGAATGAGGA TCTGGCTTTG GCAGTCGATA TTGTAAATTT GGTGTGTACC 
TTCATTTTTT TGATGGAAAT GATTCTGAAG TTGATCGCTC TCAAGCCAAG TGGATACATT 
AAAAGCCGGT GGAATATTTT TGATGGAGTT GTTGTTATAA TTAGTCTCAT AGACACGGTG 
TTGACATTGT CAAACCTCAT CGACAATACT GGAACAAGTG TTCTAAGGTC CTTCAGATTA 
GTCCGTATTC TAAAGCTTGC AAAATCCTGG AGTACCATGT CCAGTCTGTT AGCCACTATA 
GCTCACAGTC TGGGAGCGCT TGCCAATCTG TCGGTCATAT TAGCCATCAT CATTTATATC 
TTCGCTGTGG TGGGGATGCA GTTATTTGGT TCGTCTTACA CAGCGGATAA ATTCGATGGT 
GAAGTCCCGC GCTGGAGGTT TACAGATTTT TGGCATTCGT TTTTGCTGAT ATTTCGGATT 
ATTTGTGGAG AGTGGATTGA GCCTCTGTGG GACTGCATGA GGGCTGCTGG ACCGGCTCCT 
ATCATACTCT TCATACCAGC ATTTCTTTTA GGACACTTTA TTATTCTCAA TCTTTTCTTG 
GCACTATTAT TGAGTTCGTT TGATGGTCAA GCCTCCCTAT CTTCCGCTCG AGGAAACAAA 
AAGAACCGAA TCTTAGGTCG GCTGAAAAAA GTTGTGATTG CCTCCTCATT TATAAAAAGG 
ATGAAATCCA AAGTGTGGCC GGCTAAGACC AAGGACACAC AAAGAGATGA GGTGATAGAA 
ACCTGTAACG GCGGCCATGC AGAAGCAGTT AGTCCAGTAT CGAAGAAAGC CTCTTGTGTT 
GCAAGCCCGA ATGCTCCGCC ACCTAGGAAA TTGTGTTGTT GTTCGCTGAA CATCAGGGAA 
TACGAAGTTG ACAGCTGTTT TCCGACGATA CACAGCTGCT GCACGAGATT TGATGAGTCG 
ACTTGTCATG TGATATGGAT CTGGGTTCGT TACAAGGTGA AATGCTTTGT GGAACACAAG 
TACTTTGAAT GGTTCATCGT ATTTCTCATC GCAGCAAGCA GCATTGCACT GGCTTTTGAG 
GATGTGCACT TAGACAGCAG ACCGACATTA AAGGAAAGCT TGAGGGTCCT TAACATCTTC 
TTCGCCGTTG TGTTTGTGCT TGAGTTTATC CTCAAACTCG TCGGTCTTGG CTTCACGAAA 
TATTTCTCTA GCGCCTGGAA CTGGCTTGAT GTCGCGATTA TCGTGGTTTC TCTTATCGCC 
TTGTTTGGTA ATGAGGAAGT TATGTCTATT CGGTCCTTGA GAACACTGAG AGCTCTGCGA 
CCACTCAGGG CGATCTCAAG ATTTGAAAGA ATGAGGGTGG TGATCAGCTC TCTGTTTCAC 
GCCATACCCG GGATTGCCAA CGTTCTTCTG GTGTGCTTGG TTTTCTGGCT AATATTCAGC 
ATCATGGGGG TCAACCTTTT TGGCGGGAAA TTCTACAAGT GTGTTGACGC GCGTGGCGTC 
AAATATGACG TCTCTGTCGT GCCAAATAAG ACCGTATGCC TCCAAAGGGG AGACCGTTGG 
ATCAACTCTA ATGTCAACTT TGATAATTCT GGAAACGGAT TCTTAGTCCT TCTCCAAGTA 
GCTACTTTTG AAGGATGGAT GGAAATAATG GAGGACGCTA TTGATGCTAC TAAAGTAGAT 
CAACAACCCG TGAGGGAAAA CAACATGGCG GCCTACTTGT ATTTTATCAT TTTCATTATT 
TCTGGATCTT TTTTCATCTT AAATCTCTTC ATCGGTGTTA TTATTGACAA CTTCAATCAT 
CTCAAGCAGC AGATGGAAGT TTGTGGCTCC ATGCATATCT TTCTGACACC AAACCAGAGA 
AGCTGGATGA ATGCGATCAA GAACGCCGCA GCTATAAAAC CAAAGAAGAA AGTTGAAAGG 
CCACAGAACC GCTGTCAAGC GATGGTGTTT GACCTAGTGG AAAATCGTAA GTTTGAGATT 
TTCATCATCC TGGTGATCAC AGTAAACATG ATAGTGATGA TGGTACACCA TTATGTTCAG 
CCCCCAGAAG TCACACAGGT CCTCGAGATG CTAAATATCA TTTTCACCTG TATATTCATC 
ATTGAGGCGC TGTTGCGAAT CATTGCACTG CGATGGGGAT ACTTCCTGCA GCGCTGGAAT 
GTATTTGACT TCGTCATTGT TTTACTCTCC ATAGTAGGTA TAATCGTGGA GAGCTTGAAT 
AAAACTGGGA TCATTATAAC ACCCAATTTT CTACGCGTAA TTCGCATATT CCGAGTTGGA 
AGACTTCTAC GCTTCTTTGA GAAAGCCAAG GGAATTCAAA GATTAATGTT TTCATTGGTT 
GTTTCCTTGC CAGCTCTCTT CAATGTTGGT GCCATACTTC TTCTTATTGT GTTTATCTAC 
GCCATAATTG GGATGTCATT CTTTGCGCAT GTCAAGAAGA CAGGAGTGTT AAATGAAGTG 
GTTAATTTTG AAACGTTTTT AAACTCGATG CTGTTGATTT TTCGCCTGAT GACAGCAGCG 
GGCTGGAACG ATGTTTTGGA GCCCTTGATG ATTAAACCAC CCGACTGTGA TCCAAATTAT 
AAAGGACTTT CGAATGGGAA CTGCGGGAAT GGTTGGATTG CTGTTTGCTA TTTTTCCAGC 
TTTATCGTAA TTATTTTCCT AGTTCTTATA AACATGTATG TGGCGGTGAT ATTGGAAAAT 
TACAACAATG TCATGGAGCA GGAAAAGATT GGAATTACAG GAGAAGATGT AGACTTGTTT 
TATCAACATT GGAAGTTGTA CGACCCCGAT GGGACTCAGT ATATTTATTA CAAGGATCTT 
TCAGACTTTC TACACACCTT AGAGGGAAAC CTGAAAATTA AGAAGCCAAA CAAGGCCGCA 
TGTGCGCTGT TAAACATACC GCTGTACGAG GACGACAAGA TTTTCTGTCT TCACTTGTTG 
CAGGTTTTGG TGAAGAGAGT TGTAGCCGGA TACGAAGATA GCAATTCTGA GGAGTTTAAC 
ATGGTTATGA AACGAACGGA GGAAAGGTTT AAAACGAATT TCCCCGCCGT TAGTGAGAAC 
CGTCCAACCA TAACAACAAT GGACAAAAAT CGACAGATTG TTGCTGCAAG GGTGATTACG 
CGCGGAATTA GAAGACACCG AGAGAGGAAA CGGAGAGAAG CTTTCAGACA AAGTCTTGGT 
GAAGCAAGAA GTTCCATAGA TATGGGAATG ATCACGCACT TGGGGGAAAC AAAAAGCCGT 
GTAGCCGACT TAGTTTTAAC TGAGAAGAGA CTAAGCGATT CTCTTCCAGA TTTATGCAAA 
ACTTCTCGCC AAGCTTGCTG A

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

LOC111319649 ( XM_022922405.1 ) cDNA ORF clone, Stylophora pistillata -> XP_022778140.1 Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSt103866
Clone ID Related Accession (Same CDS sequence)	XM_022922405.1
Accession Version	XM_022922405.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4803bp) 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	sodium channel protein 60E-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019217802.1) 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##

ATGGATGCTC TTAATGGAAC CTGGGAAGAC TTCCTTGATA AGTTTAACTC TTCCGAGACG 
TTTATCGTAA TTACGAGTCG CTTTGGAAGA CCGCATGTCC ACAGACTTAA CAAAGCCAAG 
TCCGTCTATA TATTTGGTCA AAATCATCCT GTGAGGAAGT TTGCACTGTA CATAACTACA 
AATCAATATT TTGAAAATTT TGTCCTTGTC ACTATTTTAG TAAACTGTGT TTTTCTAGCA 
CTGACTAATC CTCCAGAGGA GCCAGAATAT GTTTTTGCAG CTATTTATAC CATTGAAATG 
ATTTTGAAAA TAATTTCTAA AGGATTTGCG CTTCACAAAT ATGCCTACCT ACGAGACCCT 
TGGAATTGGT TAGATTTTGT GGTAGTGATT TTAGGGTATA TAACACTCGC ACCTGGCGTG 
CTGGCGAATC TGTCAGGAAT CAGGACGTTT CGCGTTTTTA GAGCCCTGCG AACAATTTCA 
GCCGTGAAAG GGCTAAAAAT GATGGTAAAC ACTCTCCTAG TTTCAATGAA GATGTTCTGG 
GATGTACTTA TTCTCACTAT GTTCTTCATT TGCATTTATG CACTTGTCGG CATGCAAGTG 
TTTGTGGGTG TACTAAGAAA TAAATGCGCG GAGCCTGTGC CAGATAATCT TCAAACCCCT 
TACCAGGAAT ACGCATCCAA CCAAAATGTG TGGATAGTCA ATCCTGATGG CCATCCTACC 
GTTTGCGGAA ATATTTCTGG TGCGATGCAC TGTACAGCCA ATCAGAGTTG TCTCCCTGAC 
GCAGGCGCAA ATCCAAACTA TGGATTCACC AGCTTTGATC ACTTCGGCTG GGCCATTATG 
ACGTCATTTC AACTTGTTAC CTTGGACTTC TGGGAGAATG TGTACAATAA TATTATATTC 
GCCATGGGTC CCTGGACTGT AATTTATTTC CTAAGCATTG TGTTGTTTGG TCGATTTTAT 
CTCATCAATC TCGTCCTTGC CGTAGTAGCT GCATCTTATG AAAACGAAGT ACAAAACTCT 
AAACAGGATA ATGACAGCTT ACGTTTCCAG CAGAAACAGC AAGGCTCTAC TTTCTCATTG 
CGCAGCCGCA GAAGCATAAT GAGTCTCGTG TACGGAGAAC AAGATGTGGT CCTTAACGAA 
TCAATTCAAA GAACCATGAT CGATGTAGCA GCTTATGATA AAACTCGCAA CTCATTGGCC 
TTGACGCATG CGGAATCCGT TTCAGTGTTT CAAATAAACC AAAGCGCAAG AGAATCAAAG 
CAAACAAAAG CCACTGATCA AACTACAGAG AATAACAATT CCGGTGAGAA TCGTATTAAA 
ACTGTTAAAA AGTGCTGCTC TTGTTGCGGT GCTGGAGTCG TTCTGAAGTG TGGTTTCTGG 
AGACCGTTCA GGAAAGGCGT GAGGCGGATT GTGGAGCATA AAATGTTTGA GGCTGGTATT 
ATCGTCATTA TTCTGATCAA CACGCTGTTT ATGTCCCTAC AATATCACGG AATGAATGAG 
GATCTGGCTT TGGCAGTCGA TATTGTAAAT TTGGTGTGTA CCTTCATTTT TTTGATGGAA 
ATGATTCTGA AGTTGATCGC TCTCAAGCCA AGTGGATACA TTAAAAGCCG GTGGAATATT 
TTTGATGGAG TTGTTGTTAT AATTAGTCTC ATAGACACGG TGTTGACATT GTCAAACCTC 
ATCGACAATA CTGGAACAAG TGTTCTAAGG TCCTTCAGAT TAGTCCGTAT TCTAAAGCTT 
GCAAAATCCT GGAGTACCAT GTCCAGTCTG TTAGCCACTA TAGCTCACAG TCTGGGAGCG 
CTTGCCAATC TGTCGGTCAT ATTAGCCATC ATCATTTATA TCTTCGCTGT GGTGGGGATG 
CAGTTATTTG GTTCGTCTTA CACAGCGGAT AAATTCGATG GTGAAGTCCC GCGCTGGAGG 
TTTACAGATT TTTGGCATTC GTTTTTGCTG ATATTTCGGA TTATTTGTGG AGAGTGGATT 
GAGCCTCTGT GGGACTGCAT GAGGGCTGCT GGACCGGCTC CTATCATACT CTTCATACCA 
GCATTTCTTT TAGGACACTT TATTATTCTC AATCTTTTCT TGGCACTATT ATTGAGTTCG 
TTTGATGGTC AAGCCTCCCT ATCTTCCGCT CGAGGAAACA AAAAGAACCG AATCTTAGGT 
CGGCTGAAAA AAGTTGTGAT TGCCTCCTCA TTTATAAAAA GGATGAAATC CAAAGTGTGG 
CCGGCTAAGA CCAAGGACAC ACAAAGAGAT GAGGTGATAG AAACCTGTAA CGGCGGCCAT 
GCAGAAGCAG TTAGTCCAGT ATCGAAGAAA GCCTCTTGTG TTGCAAGCCC GAATGCTCCG 
CCACCTAGGA AATTGTGTTG TTGTTCGCTG AACATCAGGG AATACGAAGT TGACAGCTGT 
TTTCCGACGA TACACAGCTG CTGCACGAGA TTTGATGAGT CGACTTGTCA TGTGATATGG 
ATCTGGGTTC GTTACAAGGT GAAATGCTTT GTGGAACACA AGTACTTTGA ATGGTTCATC 
GTATTTCTCA TCGCAGCAAG CAGCATTGCA CTGGCTTTTG AGGATGTGCA CTTAGACAGC 
AGACCGACAT TAAAGGAAAG CTTGAGGGTC CTTAACATCT TCTTCGCCGT TGTGTTTGTG 
CTTGAGTTTA TCCTCAAACT CGTCGGTCTT GGCTTCACGA AATATTTCTC TAGCGCCTGG 
AACTGGCTTG ATGTCGCGAT TATCGTGGTT TCTCTTATCG CCTTGTTTGG TAATGAGGAA 
GTTATGTCTA TTCGGTCCTT GAGAACACTG AGAGCTCTGC GACCACTCAG GGCGATCTCA 
AGATTTGAAA GAATGAGGGT GGTGATCAGC TCTCTGTTTC ACGCCATACC CGGGATTGCC 
AACGTTCTTC TGGTGTGCTT GGTTTTCTGG CTAATATTCA GCATCATGGG GGTCAACCTT 
TTTGGCGGGA AATTCTACAA GTGTGTTGAC GCGCGTGGCG TCAAATATGA CGTCTCTGTC 
GTGCCAAATA AGACCGTATG CCTCCAAAGG GGAGACCGTT GGATCAACTC TAATGTCAAC 
TTTGATAATT CTGGAAACGG ATTCTTAGTC CTTCTCCAAG TAGCTACTTT TGAAGGATGG 
ATGGAAATAA TGGAGGACGC TATTGATGCT ACTAAAGTAG ATCAACAACC CGTGAGGGAA 
AACAACATGG CGGCCTACTT GTATTTTATC ATTTTCATTA TTTCTGGATC TTTTTTCATC 
TTAAATCTCT TCATCGGTGT TATTATTGAC AACTTCAATC ATCTCAAGCA GCAGATGGAA 
GTTTGTGGCT CCATGCATAT CTTTCTGACA CCAAACCAGA GAAGCTGGAT GAATGCGATC 
AAGAACGCCG CAGCTATAAA ACCAAAGAAG AAAGTTGAAA GGCCACAGAA CCGCTGTCAA 
GCGATGGTGT TTGACCTAGT GGAAAATCGT AAGTTTGAGA TTTTCATCAT CCTGGTGATC 
ACAGTAAACA TGATAGTGAT GATGGTACAC CATTATGTTC AGCCCCCAGA AGTCACACAG 
GTCCTCGAGA TGCTAAATAT CATTTTCACC TGTATATTCA TCATTGAGGC GCTGTTGCGA 
ATCATTGCAC TGCGATGGGG ATACTTCCTG CAGCGCTGGA ATGTATTTGA CTTCGTCATT 
GTTTTACTCT CCATAGTAGG TATAATCGTG GAGAGCTTGA ATAAAACTGG GATCATTATA 
ACACCCAATT TTCTACGCGT AATTCGCATA TTCCGAGTTG GAAGACTTCT ACGCTTCTTT 
GAGAAAGCCA AGGGAATTCA AAGATTAATG TTTTCATTGG TTGTTTCCTT GCCAGCTCTC 
TTCAATGTTG GTGCCATACT TCTTCTTATT GTGTTTATCT ACGCCATAAT TGGGATGTCA 
TTCTTTGCGC ATGTCAAGAA GACAGGAGTG TTAAATGAAG TGGTTAATTT TGAAACGTTT 
TTAAACTCGA TGCTGTTGAT TTTTCGCCTG ATGACAGCAG CGGGCTGGAA CGATGTTTTG 
GAGCCCTTGA TGATTAAACC ACCCGACTGT GATCCAAATT ATAAAGGACT TTCGAATGGG 
AACTGCGGGA ATGGTTGGAT TGCTGTTTGC TATTTTTCCA GCTTTATCGT AATTATTTTC 
CTAGTTCTTA TAAACATGTA TGTGGCGGTG ATATTGGAAA ATTACAACAA TGTCATGGAG 
CAGGAAAAGA TTGGAATTAC AGGAGAAGAT GTAGACTTGT TTTATCAACA TTGGAAGTTG 
TACGACCCCG ATGGGACTCA GTATATTTAT TACAAGGATC TTTCAGACTT TCTACACACC 
TTAGAGGGAA ACCTGAAAAT TAAGAAGCCA AACAAGGCCG CATGTGCGCT GTTAAACATA 
CCGCTGTACG AGGACGACAA GATTTTCTGT CTTCACTTGT TGCAGGTTTT GGTGAAGAGA 
GTTGTAGCCG GATACGAAGA TAGCAATTCT GAGGAGTTTA ACATGGTTAT GAAACGAACG 
GAGGAAAGGT TTAAAACGAA TTTCCCCGCC GTTAGTGAGA ACCGTCCAAC CATAACAACA 
ATGGACAAAA ATCGACAGAT TGTTGCTGCA AGGGTGATTA CGCGCGGAAT TAGAAGACAC 
CGAGAGAGGA AACGGAGAGA AGCTTTCAGA CAAAGTCTTG GTGAAGCAAG AAGTTCCATA 
GATATGGGAA TGATCACGCA CTTGGGGGAA ACAAAAAGCC GTGTAGCCGA CTTAGTTTTA 
ACTGAGAAGA GACTAAGCGA TTCTCTTCCA GATTTATGCA AAACTTCTCG CCAAGCTTGC 
TGA

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

RefSeq	XP_022778140.1
CDS	129..4931
Translation	MDALNGTWEDFLDKFNSSETFIVITSRFGRPHVHRLNKAKSVYIFGQNHPVRKFALYITTNQYFENFVLVTILVNCVFLALTNPPEEPEYVFAAIYTIEMILKIISKGFALHKYAYLRDPWNWLDFVVVILGYITLAPGVLANLSGIRTFRVFRALRTISAVKGLKMMVNTLLVSMKMFWDVLILTMFFICIYALVGMQVFVGVLRNKCAEPVPDNLQTPYQEYASNQNVWIVNPDGHPTVCGNISGAMHCTANQSCLPDAGANPNYGFTSFDHFGWAIMTSFQLVTLDFWENVYNNIIFAMGPWTVIYFLSIVLFGRFYLINLVLAVVAASYENEVQNSKQDNDSLRFQQKQQGSTFSLRSRRSIMSLVYGEQDVVLNESIQRTMIDVAAYDKTRNSLALTHAESVSVFQINQSARESKQTKATDQTTENNNSGENRIKTVKKCCSCCGAGVVLKCGFWRPFRKGVRRIVEHKMFEAGIIVIILINTLFMSLQYHGMNEDLALAVDIVNLVCTFIFLMEMILKLIALKPSGYIKSRWNIFDGVVVIISLIDTVLTLSNLIDNTGTSVLRSFRLVRILKLAKSWSTMSSLLATIAHSLGALANLSVILAIIIYIFAVVGMQLFGSSYTADKFDGEVPRWRFTDFWHSFLLIFRIICGEWIEPLWDCMRAAGPAPIILFIPAFLLGHFIILNLFLALLLSSFDGQASLSSARGNKKNRILGRLKKVVIASSFIKRMKSKVWPAKTKDTQRDEVIETCNGGHAEAVSPVSKKASCVASPNAPPPRKLCCCSLNIREYEVDSCFPTIHSCCTRFDESTCHVIWIWVRYKVKCFVEHKYFEWFIVFLIAASSIALAFEDVHLDSRPTLKESLRVLNIFFAVVFVLEFILKLVGLGFTKYFSSAWNWLDVAIIVVSLIALFGNEEVMSIRSLRTLRALRPLRAISRFERMRVVISSLFHAIPGIANVLLVCLVFWLIFSIMGVNLFGGKFYKCVDARGVKYDVSVVPNKTVCLQRGDRWINSNVNFDNSGNGFLVLLQVATFEGWMEIMEDAIDATKVDQQPVRENNMAAYLYFIIFIISGSFFILNLFIGVIIDNFNHLKQQMEVCGSMHIFLTPNQRSWMNAIKNAAAIKPKKKVERPQNRCQAMVFDLVENRKFEIFIILVITVNMIVMMVHHYVQPPEVTQVLEMLNIIFTCIFIIEALLRIIALRWGYFLQRWNVFDFVIVLLSIVGIIVESLNKTGIIITPNFLRVIRIFRVGRLLRFFEKAKGIQRLMFSLVVSLPALFNVGAILLLIVFIYAIIGMSFFAHVKKTGVLNEVVNFETFLNSMLLIFRLMTAAGWNDVLEPLMIKPPDCDPNYKGLSNGNCGNGWIAVCYFSSFIVIIFLVLINMYVAVILENYNNVMEQEKIGITGEDVDLFYQHWKLYDPDGTQYIYYKDLSDFLHTLEGNLKIKKPNKAACALLNIPLYEDDKIFCLHLLQVLVKRVVAGYEDSNSEEFNMVMKRTEERFKTNFPAVSENRPTITTMDKNRQIVAARVITRGIRRHRERKRREAFRQSLGEARSSIDMGMITHLGETKSRVADLVLTEKRLSDSLPDLCKTSRQAC

Target ORF information:

RefSeq Version	XM_022922405.1
Organism	Stylophora pistillata
Definition	Stylophora pistillata sodium channel protein 60E-like (LOC111319649), transcript variant X2, mRNA.

Target ORF information:

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

XM_022922405.1

ORF Insert Sequence:

ATGGATGCTC TTAATGGAAC CTGGGAAGAC TTCCTTGATA AGTTTAACTC TTCCGAGACG 
TTTATCGTAA TTACGAGTCG CTTTGGAAGA CCGCATGTCC ACAGACTTAA CAAAGCCAAG 
TCCGTCTATA TATTTGGTCA AAATCATCCT GTGAGGAAGT TTGCACTGTA CATAACTACA 
AATCAATATT TTGAAAATTT TGTCCTTGTC ACTATTTTAG TAAACTGTGT TTTTCTAGCA 
CTGACTAATC CTCCAGAGGA GCCAGAATAT GTTTTTGCAG CTATTTATAC CATTGAAATG 
ATTTTGAAAA TAATTTCTAA AGGATTTGCG CTTCACAAAT ATGCCTACCT ACGAGACCCT 
TGGAATTGGT TAGATTTTGT GGTAGTGATT TTAGGGTATA TAACACTCGC ACCTGGCGTG 
CTGGCGAATC TGTCAGGAAT CAGGACGTTT CGCGTTTTTA GAGCCCTGCG AACAATTTCA 
GCCGTGAAAG GGCTAAAAAT GATGGTAAAC ACTCTCCTAG TTTCAATGAA GATGTTCTGG 
GATGTACTTA TTCTCACTAT GTTCTTCATT TGCATTTATG CACTTGTCGG CATGCAAGTG 
TTTGTGGGTG TACTAAGAAA TAAATGCGCG GAGCCTGTGC CAGATAATCT TCAAACCCCT 
TACCAGGAAT ACGCATCCAA CCAAAATGTG TGGATAGTCA ATCCTGATGG CCATCCTACC 
GTTTGCGGAA ATATTTCTGG TGCGATGCAC TGTACAGCCA ATCAGAGTTG TCTCCCTGAC 
GCAGGCGCAA ATCCAAACTA TGGATTCACC AGCTTTGATC ACTTCGGCTG GGCCATTATG 
ACGTCATTTC AACTTGTTAC CTTGGACTTC TGGGAGAATG TGTACAATAA TATTATATTC 
GCCATGGGTC CCTGGACTGT AATTTATTTC CTAAGCATTG TGTTGTTTGG TCGATTTTAT 
CTCATCAATC TCGTCCTTGC CGTAGTAGCT GCATCTTATG AAAACGAAGT ACAAAACTCT 
AAACAGGATA ATGACAGCTT ACGTTTCCAG CAGAAACAGC AAGGCTCTAC TTTCTCATTG 
CGCAGCCGCA GAAGCATAAT GAGTCTCGTG TACGGAGAAC AAGATGTGGT CCTTAACGAA 
TCAATTCAAA GAACCATGAT CGATGTAGCA GCTTATGATA AAACTCGCAA CTCATTGGCC 
TTGACGCATG CGGAATCCGT TTCAGTGTTT CAAATAAACC AAAGCGCAAG AGAATCAAAG 
CAAACAAAAG CCACTGATCA AACTACAGAG AATAACAATT CCGGTGAGAA TCGTATTAAA 
ACTGTTAAAA AGTGCTGCTC TTGTTGCGGT GCTGGAGTCG TTCTGAAGTG TGGTTTCTGG 
AGACCGTTCA GGAAAGGCGT GAGGCGGATT GTGGAGCATA AAATGTTTGA GGCTGGTATT 
ATCGTCATTA TTCTGATCAA CACGCTGTTT ATGTCCCTAC AATATCACGG AATGAATGAG 
GATCTGGCTT TGGCAGTCGA TATTGTAAAT TTGGTGTGTA CCTTCATTTT TTTGATGGAA 
ATGATTCTGA AGTTGATCGC TCTCAAGCCA AGTGGATACA TTAAAAGCCG GTGGAATATT 
TTTGATGGAG TTGTTGTTAT AATTAGTCTC ATAGACACGG TGTTGACATT GTCAAACCTC 
ATCGACAATA CTGGAACAAG TGTTCTAAGG TCCTTCAGAT TAGTCCGTAT TCTAAAGCTT 
GCAAAATCCT GGAGTACCAT GTCCAGTCTG TTAGCCACTA TAGCTCACAG TCTGGGAGCG 
CTTGCCAATC TGTCGGTCAT ATTAGCCATC ATCATTTATA TCTTCGCTGT GGTGGGGATG 
CAGTTATTTG GTTCGTCTTA CACAGCGGAT AAATTCGATG GTGAAGTCCC GCGCTGGAGG 
TTTACAGATT TTTGGCATTC GTTTTTGCTG ATATTTCGGA TTATTTGTGG AGAGTGGATT 
GAGCCTCTGT GGGACTGCAT GAGGGCTGCT GGACCGGCTC CTATCATACT CTTCATACCA 
GCATTTCTTT TAGGACACTT TATTATTCTC AATCTTTTCT TGGCACTATT ATTGAGTTCG 
TTTGATGGTC AAGCCTCCCT ATCTTCCGCT CGAGGAAACA AAAAGAACCG AATCTTAGGT 
CGGCTGAAAA AAGTTGTGAT TGCCTCCTCA TTTATAAAAA GGATGAAATC CAAAGTGTGG 
CCGGCTAAGA CCAAGGACAC ACAAAGAGAT GAGGTGATAG AAACCTGTAA CGGCGGCCAT 
GCAGAAGCAG TTAGTCCAGT ATCGAAGAAA GCCTCTTGTG TTGCAAGCCC GAATGCTCCG 
CCACCTAGGA AATTGTGTTG TTGTTCGCTG AACATCAGGG AATACGAAGT TGACAGCTGT 
TTTCCGACGA TACACAGCTG CTGCACGAGA TTTGATGAGT CGACTTGTCA TGTGATATGG 
ATCTGGGTTC GTTACAAGGT GAAATGCTTT GTGGAACACA AGTACTTTGA ATGGTTCATC 
GTATTTCTCA TCGCAGCAAG CAGCATTGCA CTGGCTTTTG AGGATGTGCA CTTAGACAGC 
AGACCGACAT TAAAGGAAAG CTTGAGGGTC CTTAACATCT TCTTCGCCGT TGTGTTTGTG 
CTTGAGTTTA TCCTCAAACT CGTCGGTCTT GGCTTCACGA AATATTTCTC TAGCGCCTGG 
AACTGGCTTG ATGTCGCGAT TATCGTGGTT TCTCTTATCG CCTTGTTTGG TAATGAGGAA 
GTTATGTCTA TTCGGTCCTT GAGAACACTG AGAGCTCTGC GACCACTCAG GGCGATCTCA 
AGATTTGAAA GAATGAGGGT GGTGATCAGC TCTCTGTTTC ACGCCATACC CGGGATTGCC 
AACGTTCTTC TGGTGTGCTT GGTTTTCTGG CTAATATTCA GCATCATGGG GGTCAACCTT 
TTTGGCGGGA AATTCTACAA GTGTGTTGAC GCGCGTGGCG TCAAATATGA CGTCTCTGTC 
GTGCCAAATA AGACCGTATG CCTCCAAAGG GGAGACCGTT GGATCAACTC TAATGTCAAC 
TTTGATAATT CTGGAAACGG ATTCTTAGTC CTTCTCCAAG TAGCTACTTT TGAAGGATGG 
ATGGAAATAA TGGAGGACGC TATTGATGCT ACTAAAGTAG ATCAACAACC CGTGAGGGAA 
AACAACATGG CGGCCTACTT GTATTTTATC ATTTTCATTA TTTCTGGATC TTTTTTCATC 
TTAAATCTCT TCATCGGTGT TATTATTGAC AACTTCAATC ATCTCAAGCA GCAGATGGAA 
GTTTGTGGCT CCATGCATAT CTTTCTGACA CCAAACCAGA GAAGCTGGAT GAATGCGATC 
AAGAACGCCG CAGCTATAAA ACCAAAGAAG AAAGTTGAAA GGCCACAGAA CCGCTGTCAA 
GCGATGGTGT TTGACCTAGT GGAAAATCGT AAGTTTGAGA TTTTCATCAT CCTGGTGATC 
ACAGTAAACA TGATAGTGAT GATGGTACAC CATTATGTTC AGCCCCCAGA AGTCACACAG 
GTCCTCGAGA TGCTAAATAT CATTTTCACC TGTATATTCA TCATTGAGGC GCTGTTGCGA 
ATCATTGCAC TGCGATGGGG ATACTTCCTG CAGCGCTGGA ATGTATTTGA CTTCGTCATT 
GTTTTACTCT CCATAGTAGG TATAATCGTG GAGAGCTTGA ATAAAACTGG GATCATTATA 
ACACCCAATT TTCTACGCGT AATTCGCATA TTCCGAGTTG GAAGACTTCT ACGCTTCTTT 
GAGAAAGCCA AGGGAATTCA AAGATTAATG TTTTCATTGG TTGTTTCCTT GCCAGCTCTC 
TTCAATGTTG GTGCCATACT TCTTCTTATT GTGTTTATCT ACGCCATAAT TGGGATGTCA 
TTCTTTGCGC ATGTCAAGAA GACAGGAGTG TTAAATGAAG TGGTTAATTT TGAAACGTTT 
TTAAACTCGA TGCTGTTGAT TTTTCGCCTG ATGACAGCAG CGGGCTGGAA CGATGTTTTG 
GAGCCCTTGA TGATTAAACC ACCCGACTGT GATCCAAATT ATAAAGGACT TTCGAATGGG 
AACTGCGGGA ATGGTTGGAT TGCTGTTTGC TATTTTTCCA GCTTTATCGT AATTATTTTC 
CTAGTTCTTA TAAACATGTA TGTGGCGGTG ATATTGGAAA ATTACAACAA TGTCATGGAG 
CAGGAAAAGA TTGGAATTAC AGGAGAAGAT GTAGACTTGT TTTATCAACA TTGGAAGTTG 
TACGACCCCG ATGGGACTCA GTATATTTAT TACAAGGATC TTTCAGACTT TCTACACACC 
TTAGAGGGAA ACCTGAAAAT TAAGAAGCCA AACAAGGCCG CATGTGCGCT GTTAAACATA 
CCGCTGTACG AGGACGACAA GATTTTCTGT CTTCACTTGT TGCAGGTTTT GGTGAAGAGA 
GTTGTAGCCG GATACGAAGA TAGCAATTCT GAGGAGTTTA ACATGGTTAT GAAACGAACG 
GAGGAAAGGT TTAAAACGAA TTTCCCCGCC GTTAGTGAGA ACCGTCCAAC CATAACAACA 
ATGGACAAAA ATCGACAGAT TGTTGCTGCA AGGGTGATTA CGCGCGGAAT TAGAAGACAC 
CGAGAGAGGA AACGGAGAGA AGCTTTCAGA CAAAGTCTTG GTGAAGCAAG AAGTTCCATA 
GATATGGGAA TGATCACGCA CTTGGGGGAA ACAAAAAGCC GTGTAGCCGA CTTAGTTTTA 
ACTGAGAAGA GACTAAGCGA TTCTCTTCCA GATTTATGCA AAACTTCTCG CCAAGCTTGC 
TGA