nup153 cDNA ORF clone, Seriola lalandi dorsalis

Gene
Clones
gRNAs

Summary

Gene Symbol	nup153
Entrez Gene ID	111659304
Full Name	nucleoporin 153
Gene Type	protein-coding
Organism	Seriola lalandi dorsalis

mRNA and Protein(s)

mRNA	Protein	Name
XM_023412197.1	XP_023267965.1	nuclear pore complex protein Nup153 isoform X2
XM_023412196.1	XP_023267964.1	nuclear pore complex protein Nup153 isoform X1

Pathways from BioSystems
Gene Ontology

The following nup153 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the nup153 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
OSe157640	XM_023412196.1 Latest version!	Seriola lalandi dorsalis nucleoporin 153 (nup153), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
OSe157641	XM_023412197.1 Latest version!	Seriola lalandi dorsalis nucleoporin 153 (nup153), 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)

nup153 ( XM_023412196.1 ) cDNA ORF clone, Seriola lalandi dorsalis -> XP_023267964.1 Seriola lalandi dorsalis nucleoporin 153 (nup153), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OSe157640
Clone ID Related Accession (Same CDS sequence)	XM_023412196.1
Accession Version	XM_023412196.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4617bp) 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	2017-12-25
Organism	Seriola lalandi dorsalis
Product	nuclear pore complex protein Nup153 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019525029.1) 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 Name :: Seriola lalandi dorsalis Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCCA CGGGTGGAGG GAAAATTAGA AGCAGGAGAT ATCACATCGC CTCTAAACCT 
TACGCCAAGA GTAAACAGCA GCAGTCAGGC CTCATCAGTC GAGTGACAGA CACAGTAAAG 
AGCATCGTTC CTTCCTGGCT TCAGAAATAC TTCAAGAATG AAGATGCTCC TGAAGGAGGG 
GGGGCTGTAC AAGGGACAGA CCAGAACTGC CAGCCTCCTC CTACTCCACC TCCTCCTAAT 
GGCAGTGAAG AGGGACCTCC TCCCCTTGAT GGACGTGACT CCCCAGAGCC TAGCACCAGT 
AACACAGAGC CCTCAACCAG TCGGGCATCC CTGAACTTTC AGGAGTATGT GCTTTCTCGA 
CCACCTCTGA GTCGCTCCCA CCTCCATTTT CCCCCGCTAG ATGCCTCCTC CCCAATGCTG 
GGGGCTTCCA GCAGTCTCTT CTCCCAGCCC TCCACCTCCT CAGCCCCTGG CCCCTTTTCC 
ACAGGCTTTT CCTTGGTCAA AGAAATCAAG GACAACCTCT CGCAGCATGA AGATGATAAC 
ATTTCCACCA CGAGCGGGTT CTCCTCTCGC GCCTCTGACA AAGATGTCCC CACTTCCAAA 
ACGGCATCAC TTCCCCAGCT TTGGTCACCA GAGATGGACA GAACAAACTC TGGGCCCCAG 
CCCTCCCACT CCAGTCTGAA AAAGCCTGCT TTCAACCTGT CCGTTTTCGG AAATTCCTCC 
AATTCAACAT TAAACAGCAC AGCGCTGAAC TCCAGCCAGC TTGGAGATTC TCCCTTCTAC 
CCCGGGAAGA CCACGTATGG TGGGGCAGCT GCAGTCAGGA GCTCTCGCAC ACGTCCTGGA 
ACGCCATACC AGGCCCCGGT GAGGAGACAG ATCAAGGCCA AGCCTGCTGG TGCTCAGCCC 
TGTGGCGTGA CCAGTGCTAC AGCCAGACGC ATCTTGCAGT CCTTGGAGCG CATGTCGAGC 
CCTCTGGCTG ATGCCAAGAG AATCCCAGCA GCAGCCTCAT CCCCCATGTC ACCATCGATG 
GATGGCACAA ACCTAGATGT TTCACATTTC CAGTCGAAAA AGAAACGGAT GGATCCTACC 
CTCCCGCCGG TTCAGAAGTT GGTGGTTCCT GCTGCAGCCT CTGTGTCAGG AAACCGCTCT 
GTGTCCTTCA GGCCTACTTT GACTCCTGGA GGAGTGAGCC GAACTCTGGA CAGGACCCTA 
CGAGAGACGC CCACAAGACA ATCACCGCAA CTACCTAAAG CAACCCCCGG TCCATCTCAA 
AGCACAATGG GTTCCAGTGG GCCAGCCTAT CCTCTGTCCA GCACGCCTGC AGCCAGCAGC 
GTCGGTTCTG GAGGGGGCAA GATGAAGAGA GAGCGGACCA GTACACGACC CTCCTCCAAA 
CGCCCTGAAG AGGATGAGGT GGCTGAGATA CCCGACCTTC CAACCATTTC ACTTCCCATC 
AGCACCTCCG CCTTGCCCAC CTTCAGCTTC TCCTCCCCTC TTCCACCTCT CACCACCTCC 
ACAACCATCA GCACCCCCTC CAAGGCCACG GCCATTACTC CTGCGAAGGA AACATTCACA 
AATAAGGAGC CTCCAACGGC CACGACACCC CCCTGTGTAC CTTTTACATT TTCCTCCCCT 
ATTGTCAAAG CAACTGCTGC TAGCCCCCCT TGCTTTTCCC CCTCGGCTGG ATTTACTTTT 
AGTGCACCTG TAGCAAAAAT GGGTCCCTCC ATGTCAAACG GGAAGCTCGC CACTCCCATT 
GCAGCAGCAG TGAAGCCAGC AGCAAACAAA AGCACAGAAG ACTTTGAAGG GCCCTTTAAA 
CCAGCCAAGG TCCTGAAGCA GGGCAGCGTG CTGGATCTTC TCAAAGCACC TGGTTTTGCC 
TCTCCTGTTG CTCGGACTTC CCCAGGCCCA GACAACTCTC CCCACCAGAC CTCCACACAA 
TCCACTGCCC CCTCCTCCTC CTCCACTTCC ACAACCACCT CTTCCCTCTC TTCTTCAACA 
GGGCTCAGTG ATTTGTTTAA AGCCCCGCTA AACTGGAGCT GTGATGTGTG CTTGGTGCAG 
AACAAGCCAT CAGATGCAAA GTGTGTTTGC TGTATGGCCC CCCAGCCCAA CTCCTCCTCA 
TCTAAATCTA TGGACAGTAA GCCTTCACCC ACAACCTCGG TTGGGCTGGA GAGCAGCATC 
ACGAACACCA CCTCCACCAC TACAACCACC ACAGGTTTCG GCACAATGTT TTCCAAACCT 
GCAGGAACCT GGGACTGTGA TACGTGTCTT GTTCTAAATA AACCTGATGC AGTAAAGTGT 
GTGGCCTGTG AAACGGCCAA ACCCGGGACA GGACTGAAAC CCTCACTGAC TCTTCCTTCT 
GCCTTCTCAG CTGTTAAGAC TGTACCCACC TCCACAGCCC CTGTTTCCAC AGGGTTCATC 
GGATTTGGAG ACAAGTTCAA AAAACCTGAA GGTTCATGGG AGTGTGATAT ATGTTTGGTA 
CAGAACAAGG CAGGGGACAC AAAGTGTGTG GCCTGCATGA GCGCTAAACC AGGAGCATCA 
GCAGGAACAT CATCAGGAGC TTCAGCAGAA TCCTCTTCAG CCAGCACTGC TCCAGTGTTT 
GGTTTGGGAG ATAAATTCAA GAAGCCAGAG GGTGCCTGGG ATTGTGATGT CTGTCTTGTA 
CAGAATAAGG CTGCTGATGT TCAGTGTGTT GCTTGTCAGA CAGCCAAACC TGGAGCTAAC 
GTGGAGCCTA AAGCTTTTGG TTCGTCTTTT GGTTCGTCAT CTGGTGGGAC TTCAGGCTCT 
TCTACCTCTA GTTCTGGAGG TTTTAAGTTT GGCACATCAG ACAGTACCTC TGGGTCTGGA 
TCTGGAGGTT TCAAGTTTGG GGGCTCATTT TCAGAAACCT CCTCGTCTTC ATCATCAGGT 
GGATTCAAAT TTGGAATCCC ATTTGGAAGC TCCTCATCAG AAACCACTTC TCAAGACACT 
AATGCCTCAT CAGGGTTTAA ATTTGGCAGC TCATCTGAGG GCTTTAAATT TGGGGCTGCC 
TCTAGTGATG ACAAAAAGTC AGACCAACCT GCCACAGGTT CTGGGTTTAA ATTTGGAACC 
AGTGGTGGGA TAGTGTTTGG AAATGGATCG TCTAGCACAG AAAGCAACTC TTCTAAGGGC 
GGCTTCACCT TTGGACTGTC AAAACCTGAA GAGAAAACAT CAGACACCAC CACCGCCACC 
ACCACCACGT CATCCTCTGT TAGTTTCACT CCTCCCGCTT CCTCTCAAGG AAAGAGCGAC 
AGTGCTGCAT CATCAAACGA CACCACATCA ACAATCACCA ATTTAACCAC CACAACCACC 
ACCACTGGGT CTGTTTTTGG GAGACTGGGA GAGCCAAGTT TGGCAACAAC GACACCACAA 
GGGGGCTCTA CGTTTGGATC CTTACAGGCA GACAAAGATC CAGCTGCTCC CACGTTTACC 
TTTGGGAAGC CAGAGGAAAA GAAGGAAGTC GCTGCCTCCT CAGCTCCATC TTCCTTCCTC 
TTTGGTGCTT CTAGTAAGGA TGTAGATGCG ACACCAGCAG CGGCCACTTC TGGTGGCTTT 
TCCTTCAGCA AGCCCAGTGC TCCAACAGAA CAACCTCCAC CCGCATACAC CTTTGGAAAG 
CCAGCAGATA AGAGCGAAAC ATCTACTGCA GAGGCCCCAA AGCCCTCTTT CACCTTTGGA 
CAAAGTGCTA CAGATTCAAC TGCTGCTGCT CCAAAACCAG CATTTTCCTT TATAGCTAGT 
AATCCTACCA ACACCACCAA CTCCACCACT TCGTCATCCT CAACTCCAAC TCCCAGTCTG 
TTCGGCAGCA GCGGCAGCAA CAGCTCCACC CAGGCTCCAG CTCCCTCTGC AGCGCCCGGC 
ACTTTCATGT TTGGTCAGCC TGCTGCAACC TCCAGTGATA CTGCTCCAGC TAAAGCGTTT 
GTCTTTGGCC AGAACCAGGA TGGCCAGCTG CCTGCTCCCT CAGCTGCTCC TCTGAACTCT 
GTTCCCGCCC CAGCTCAAGC TCAGCCCTTC ATCTTTGGTG CTCCTGCCAG TGCTGCTGCC 
CCTGCCCCTG CCCCTGCCCC TGCCCCTGCC CCTGCCCCTG CCCCTGCTCC TGCTGCTCCA 
TCCTTCAGTT TTGGAGCAGC AGCACCCTCT GCTGTCTCAT CTTCAGCTCC GTCTGCAGCT 
CCCTCTCCAT TTGTGTTCAG CTCAGCCCCC GCTGGTGGGT TTGGGGCCAA CCAGACTCCT 
TCATTTGGCT CATCTTTCGG ATCCCCTTTC ACAGCTGCAC CCTCCCAGAG CCCAGCCTTT 
GGGGCCAAAC CCAATGCCGC ACCTGTCTTT GGACAGCAGG CCAACTCCAC ACCTGTATTT 
GGGGCGGCTG CTAATTCTGC ACCAGGTGGA GGCTTTCAGT TTGGAGGAGC CAGTGCATTC 
GGAGCTACAA ACAACACCTC AGGTGTATTT ACTTTTGGAG TCGGTTCCAC AGCATCTCCC 
GCCCCCCCTG CCAACCCTCC CATTGCACCC CAGTCAGGAG CACCTGGAGG TGGATTCAAC 
TTCTCACAAC CCCCTACATT CAATATTGGG TCAGCTAAAT CCTTCACCGC CTCTCCTGCT 
GGACAGCAAG CGATTGCTGG GCGCAAGATC AAGACAGCAG TGCGGCGCAG AAAGTAG

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

RefSeq	XP_023267964.1
CDS	28..4644
Translation	MAATGGGKIRSRRYHIASKPYAKSKQQQSGLISRVTDTVKSIVPSWLQKYFKNEDAPEGGGAVQGTDQNCQPPPTPPPPNGSEEGPPPLDGRDSPEPSTSNTEPSTSRASLNFQEYVLSRPPLSRSHLHFPPLDASSPMLGASSSLFSQPSTSSAPGPFSTGFSLVKEIKDNLSQHEDDNISTTSGFSSRASDKDVPTSKTASLPQLWSPEMDRTNSGPQPSHSSLKKPAFNLSVFGNSSNSTLNSTALNSSQLGDSPFYPGKTTYGGAAAVRSSRTRPGTPYQAPVRRQIKAKPAGAQPCGVTSATARRILQSLERMSSPLADAKRIPAAASSPMSPSMDGTNLDVSHFQSKKKRMDPTLPPVQKLVVPAAASVSGNRSVSFRPTLTPGGVSRTLDRTLRETPTRQSPQLPKATPGPSQSTMGSSGPAYPLSSTPAASSVGSGGGKMKRERTSTRPSSKRPEEDEVAEIPDLPTISLPISTSALPTFSFSSPLPPLTTSTTISTPSKATAITPAKETFTNKEPPTATTPPCVPFTFSSPIVKATAASPPCFSPSAGFTFSAPVAKMGPSMSNGKLATPIAAAVKPAANKSTEDFEGPFKPAKVLKQGSVLDLLKAPGFASPVARTSPGPDNSPHQTSTQSTAPSSSSTSTTTSSLSSSTGLSDLFKAPLNWSCDVCLVQNKPSDAKCVCCMAPQPNSSSSKSMDSKPSPTTSVGLESSITNTTSTTTTTTGFGTMFSKPAGTWDCDTCLVLNKPDAVKCVACETAKPGTGLKPSLTLPSAFSAVKTVPTSTAPVSTGFIGFGDKFKKPEGSWECDICLVQNKAGDTKCVACMSAKPGASAGTSSGASAESSSASTAPVFGLGDKFKKPEGAWDCDVCLVQNKAADVQCVACQTAKPGANVEPKAFGSSFGSSSGGTSGSSTSSSGGFKFGTSDSTSGSGSGGFKFGGSFSETSSSSSSGGFKFGIPFGSSSSETTSQDTNASSGFKFGSSSEGFKFGAASSDDKKSDQPATGSGFKFGTSGGIVFGNGSSSTESNSSKGGFTFGLSKPEEKTSDTTTATTTTSSSVSFTPPASSQGKSDSAASSNDTTSTITNLTTTTTTTGSVFGRLGEPSLATTTPQGGSTFGSLQADKDPAAPTFTFGKPEEKKEVAASSAPSSFLFGASSKDVDATPAAATSGGFSFSKPSAPTEQPPPAYTFGKPADKSETSTAEAPKPSFTFGQSATDSTAAAPKPAFSFIASNPTNTTNSTTSSSSTPTPSLFGSSGSNSSTQAPAPSAAPGTFMFGQPAATSSDTAPAKAFVFGQNQDGQLPAPSAAPLNSVPAPAQAQPFIFGAPASAAAPAPAPAPAPAPAPAPAPAAPSFSFGAAAPSAVSSSAPSAAPSPFVFSSAPAGGFGANQTPSFGSSFGSPFTAAPSQSPAFGAKPNAAPVFGQQANSTPVFGAAANSAPGGGFQFGGASAFGATNNTSGVFTFGVGSTASPAPPANPPIAPQSGAPGGGFNFSQPPTFNIGSAKSFTASPAGQQAIAGRKIKTAVRRRK

Target ORF information:

RefSeq Version	XM_023412196.1
Organism	Seriola lalandi dorsalis
Definition	Seriola lalandi dorsalis nucleoporin 153 (nup153), transcript variant X1, mRNA.

Target ORF information:

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

XM_023412196.1

ORF Insert Sequence:

ATGGCGGCCA CGGGTGGAGG GAAAATTAGA AGCAGGAGAT ATCACATCGC CTCTAAACCT 
TACGCCAAGA GTAAACAGCA GCAGTCAGGC CTCATCAGTC GAGTGACAGA CACAGTAAAG 
AGCATCGTTC CTTCCTGGCT TCAGAAATAC TTCAAGAATG AAGATGCTCC TGAAGGAGGG 
GGGGCTGTAC AAGGGACAGA CCAGAACTGC CAGCCTCCTC CTACTCCACC TCCTCCTAAT 
GGCAGTGAAG AGGGACCTCC TCCCCTTGAT GGACGTGACT CCCCAGAGCC TAGCACCAGT 
AACACAGAGC CCTCAACCAG TCGGGCATCC CTGAACTTTC AGGAGTATGT GCTTTCTCGA 
CCACCTCTGA GTCGCTCCCA CCTCCATTTT CCCCCGCTAG ATGCCTCCTC CCCAATGCTG 
GGGGCTTCCA GCAGTCTCTT CTCCCAGCCC TCCACCTCCT CAGCCCCTGG CCCCTTTTCC 
ACAGGCTTTT CCTTGGTCAA AGAAATCAAG GACAACCTCT CGCAGCATGA AGATGATAAC 
ATTTCCACCA CGAGCGGGTT CTCCTCTCGC GCCTCTGACA AAGATGTCCC CACTTCCAAA 
ACGGCATCAC TTCCCCAGCT TTGGTCACCA GAGATGGACA GAACAAACTC TGGGCCCCAG 
CCCTCCCACT CCAGTCTGAA AAAGCCTGCT TTCAACCTGT CCGTTTTCGG AAATTCCTCC 
AATTCAACAT TAAACAGCAC AGCGCTGAAC TCCAGCCAGC TTGGAGATTC TCCCTTCTAC 
CCCGGGAAGA CCACGTATGG TGGGGCAGCT GCAGTCAGGA GCTCTCGCAC ACGTCCTGGA 
ACGCCATACC AGGCCCCGGT GAGGAGACAG ATCAAGGCCA AGCCTGCTGG TGCTCAGCCC 
TGTGGCGTGA CCAGTGCTAC AGCCAGACGC ATCTTGCAGT CCTTGGAGCG CATGTCGAGC 
CCTCTGGCTG ATGCCAAGAG AATCCCAGCA GCAGCCTCAT CCCCCATGTC ACCATCGATG 
GATGGCACAA ACCTAGATGT TTCACATTTC CAGTCGAAAA AGAAACGGAT GGATCCTACC 
CTCCCGCCGG TTCAGAAGTT GGTGGTTCCT GCTGCAGCCT CTGTGTCAGG AAACCGCTCT 
GTGTCCTTCA GGCCTACTTT GACTCCTGGA GGAGTGAGCC GAACTCTGGA CAGGACCCTA 
CGAGAGACGC CCACAAGACA ATCACCGCAA CTACCTAAAG CAACCCCCGG TCCATCTCAA 
AGCACAATGG GTTCCAGTGG GCCAGCCTAT CCTCTGTCCA GCACGCCTGC AGCCAGCAGC 
GTCGGTTCTG GAGGGGGCAA GATGAAGAGA GAGCGGACCA GTACACGACC CTCCTCCAAA 
CGCCCTGAAG AGGATGAGGT GGCTGAGATA CCCGACCTTC CAACCATTTC ACTTCCCATC 
AGCACCTCCG CCTTGCCCAC CTTCAGCTTC TCCTCCCCTC TTCCACCTCT CACCACCTCC 
ACAACCATCA GCACCCCCTC CAAGGCCACG GCCATTACTC CTGCGAAGGA AACATTCACA 
AATAAGGAGC CTCCAACGGC CACGACACCC CCCTGTGTAC CTTTTACATT TTCCTCCCCT 
ATTGTCAAAG CAACTGCTGC TAGCCCCCCT TGCTTTTCCC CCTCGGCTGG ATTTACTTTT 
AGTGCACCTG TAGCAAAAAT GGGTCCCTCC ATGTCAAACG GGAAGCTCGC CACTCCCATT 
GCAGCAGCAG TGAAGCCAGC AGCAAACAAA AGCACAGAAG ACTTTGAAGG GCCCTTTAAA 
CCAGCCAAGG TCCTGAAGCA GGGCAGCGTG CTGGATCTTC TCAAAGCACC TGGTTTTGCC 
TCTCCTGTTG CTCGGACTTC CCCAGGCCCA GACAACTCTC CCCACCAGAC CTCCACACAA 
TCCACTGCCC CCTCCTCCTC CTCCACTTCC ACAACCACCT CTTCCCTCTC TTCTTCAACA 
GGGCTCAGTG ATTTGTTTAA AGCCCCGCTA AACTGGAGCT GTGATGTGTG CTTGGTGCAG 
AACAAGCCAT CAGATGCAAA GTGTGTTTGC TGTATGGCCC CCCAGCCCAA CTCCTCCTCA 
TCTAAATCTA TGGACAGTAA GCCTTCACCC ACAACCTCGG TTGGGCTGGA GAGCAGCATC 
ACGAACACCA CCTCCACCAC TACAACCACC ACAGGTTTCG GCACAATGTT TTCCAAACCT 
GCAGGAACCT GGGACTGTGA TACGTGTCTT GTTCTAAATA AACCTGATGC AGTAAAGTGT 
GTGGCCTGTG AAACGGCCAA ACCCGGGACA GGACTGAAAC CCTCACTGAC TCTTCCTTCT 
GCCTTCTCAG CTGTTAAGAC TGTACCCACC TCCACAGCCC CTGTTTCCAC AGGGTTCATC 
GGATTTGGAG ACAAGTTCAA AAAACCTGAA GGTTCATGGG AGTGTGATAT ATGTTTGGTA 
CAGAACAAGG CAGGGGACAC AAAGTGTGTG GCCTGCATGA GCGCTAAACC AGGAGCATCA 
GCAGGAACAT CATCAGGAGC TTCAGCAGAA TCCTCTTCAG CCAGCACTGC TCCAGTGTTT 
GGTTTGGGAG ATAAATTCAA GAAGCCAGAG GGTGCCTGGG ATTGTGATGT CTGTCTTGTA 
CAGAATAAGG CTGCTGATGT TCAGTGTGTT GCTTGTCAGA CAGCCAAACC TGGAGCTAAC 
GTGGAGCCTA AAGCTTTTGG TTCGTCTTTT GGTTCGTCAT CTGGTGGGAC TTCAGGCTCT 
TCTACCTCTA GTTCTGGAGG TTTTAAGTTT GGCACATCAG ACAGTACCTC TGGGTCTGGA 
TCTGGAGGTT TCAAGTTTGG GGGCTCATTT TCAGAAACCT CCTCGTCTTC ATCATCAGGT 
GGATTCAAAT TTGGAATCCC ATTTGGAAGC TCCTCATCAG AAACCACTTC TCAAGACACT 
AATGCCTCAT CAGGGTTTAA ATTTGGCAGC TCATCTGAGG GCTTTAAATT TGGGGCTGCC 
TCTAGTGATG ACAAAAAGTC AGACCAACCT GCCACAGGTT CTGGGTTTAA ATTTGGAACC 
AGTGGTGGGA TAGTGTTTGG AAATGGATCG TCTAGCACAG AAAGCAACTC TTCTAAGGGC 
GGCTTCACCT TTGGACTGTC AAAACCTGAA GAGAAAACAT CAGACACCAC CACCGCCACC 
ACCACCACGT CATCCTCTGT TAGTTTCACT CCTCCCGCTT CCTCTCAAGG AAAGAGCGAC 
AGTGCTGCAT CATCAAACGA CACCACATCA ACAATCACCA ATTTAACCAC CACAACCACC 
ACCACTGGGT CTGTTTTTGG GAGACTGGGA GAGCCAAGTT TGGCAACAAC GACACCACAA 
GGGGGCTCTA CGTTTGGATC CTTACAGGCA GACAAAGATC CAGCTGCTCC CACGTTTACC 
TTTGGGAAGC CAGAGGAAAA GAAGGAAGTC GCTGCCTCCT CAGCTCCATC TTCCTTCCTC 
TTTGGTGCTT CTAGTAAGGA TGTAGATGCG ACACCAGCAG CGGCCACTTC TGGTGGCTTT 
TCCTTCAGCA AGCCCAGTGC TCCAACAGAA CAACCTCCAC CCGCATACAC CTTTGGAAAG 
CCAGCAGATA AGAGCGAAAC ATCTACTGCA GAGGCCCCAA AGCCCTCTTT CACCTTTGGA 
CAAAGTGCTA CAGATTCAAC TGCTGCTGCT CCAAAACCAG CATTTTCCTT TATAGCTAGT 
AATCCTACCA ACACCACCAA CTCCACCACT TCGTCATCCT CAACTCCAAC TCCCAGTCTG 
TTCGGCAGCA GCGGCAGCAA CAGCTCCACC CAGGCTCCAG CTCCCTCTGC AGCGCCCGGC 
ACTTTCATGT TTGGTCAGCC TGCTGCAACC TCCAGTGATA CTGCTCCAGC TAAAGCGTTT 
GTCTTTGGCC AGAACCAGGA TGGCCAGCTG CCTGCTCCCT CAGCTGCTCC TCTGAACTCT 
GTTCCCGCCC CAGCTCAAGC TCAGCCCTTC ATCTTTGGTG CTCCTGCCAG TGCTGCTGCC 
CCTGCCCCTG CCCCTGCCCC TGCCCCTGCC CCTGCCCCTG CCCCTGCTCC TGCTGCTCCA 
TCCTTCAGTT TTGGAGCAGC AGCACCCTCT GCTGTCTCAT CTTCAGCTCC GTCTGCAGCT 
CCCTCTCCAT TTGTGTTCAG CTCAGCCCCC GCTGGTGGGT TTGGGGCCAA CCAGACTCCT 
TCATTTGGCT CATCTTTCGG ATCCCCTTTC ACAGCTGCAC CCTCCCAGAG CCCAGCCTTT 
GGGGCCAAAC CCAATGCCGC ACCTGTCTTT GGACAGCAGG CCAACTCCAC ACCTGTATTT 
GGGGCGGCTG CTAATTCTGC ACCAGGTGGA GGCTTTCAGT TTGGAGGAGC CAGTGCATTC 
GGAGCTACAA ACAACACCTC AGGTGTATTT ACTTTTGGAG TCGGTTCCAC AGCATCTCCC 
GCCCCCCCTG CCAACCCTCC CATTGCACCC CAGTCAGGAG CACCTGGAGG TGGATTCAAC 
TTCTCACAAC CCCCTACATT CAATATTGGG TCAGCTAAAT CCTTCACCGC CTCTCCTGCT 
GGACAGCAAG CGATTGCTGG GCGCAAGATC AAGACAGCAG TGCGGCGCAG AAAGTAG

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

nup153 ( XM_023412197.1 ) cDNA ORF clone, Seriola lalandi dorsalis -> XP_023267965.1 Seriola lalandi dorsalis nucleoporin 153 (nup153), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OSe157641
Clone ID Related Accession (Same CDS sequence)	XM_023412197.1
Accession Version	XM_023412197.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) 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	2017-12-25
Organism	Seriola lalandi dorsalis
Product	nuclear pore complex protein Nup153 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019525029.1) 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 Name :: Seriola lalandi dorsalis Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCCA CGGGTGGAGG GAAAATTAGA AGCAGGAGAT ATCACATCGC CTCTAAACCT 
TACGCCAAGA GTAAACAGCA GTCAGGCCTC ATCAGTCGAG TGACAGACAC AGTAAAGAGC 
ATCGTTCCTT CCTGGCTTCA GAAATACTTC AAGAATGAAG ATGCTCCTGA AGGAGGGGGG 
GCTGTACAAG GGACAGACCA GAACTGCCAG CCTCCTCCTA CTCCACCTCC TCCTAATGGC 
AGTGAAGAGG GACCTCCTCC CCTTGATGGA CGTGACTCCC CAGAGCCTAG CACCAGTAAC 
ACAGAGCCCT CAACCAGTCG GGCATCCCTG AACTTTCAGG AGTATGTGCT TTCTCGACCA 
CCTCTGAGTC GCTCCCACCT CCATTTTCCC CCGCTAGATG CCTCCTCCCC AATGCTGGGG 
GCTTCCAGCA GTCTCTTCTC CCAGCCCTCC ACCTCCTCAG CCCCTGGCCC CTTTTCCACA 
GGCTTTTCCT TGGTCAAAGA AATCAAGGAC AACCTCTCGC AGCATGAAGA TGATAACATT 
TCCACCACGA GCGGGTTCTC CTCTCGCGCC TCTGACAAAG ATGTCCCCAC TTCCAAAACG 
GCATCACTTC CCCAGCTTTG GTCACCAGAG ATGGACAGAA CAAACTCTGG GCCCCAGCCC 
TCCCACTCCA GTCTGAAAAA GCCTGCTTTC AACCTGTCCG TTTTCGGAAA TTCCTCCAAT 
TCAACATTAA ACAGCACAGC GCTGAACTCC AGCCAGCTTG GAGATTCTCC CTTCTACCCC 
GGGAAGACCA CGTATGGTGG GGCAGCTGCA GTCAGGAGCT CTCGCACACG TCCTGGAACG 
CCATACCAGG CCCCGGTGAG GAGACAGATC AAGGCCAAGC CTGCTGGTGC TCAGCCCTGT 
GGCGTGACCA GTGCTACAGC CAGACGCATC TTGCAGTCCT TGGAGCGCAT GTCGAGCCCT 
CTGGCTGATG CCAAGAGAAT CCCAGCAGCA GCCTCATCCC CCATGTCACC ATCGATGGAT 
GGCACAAACC TAGATGTTTC ACATTTCCAG TCGAAAAAGA AACGGATGGA TCCTACCCTC 
CCGCCGGTTC AGAAGTTGGT GGTTCCTGCT GCAGCCTCTG TGTCAGGAAA CCGCTCTGTG 
TCCTTCAGGC CTACTTTGAC TCCTGGAGGA GTGAGCCGAA CTCTGGACAG GACCCTACGA 
GAGACGCCCA CAAGACAATC ACCGCAACTA CCTAAAGCAA CCCCCGGTCC ATCTCAAAGC 
ACAATGGGTT CCAGTGGGCC AGCCTATCCT CTGTCCAGCA CGCCTGCAGC CAGCAGCGTC 
GGTTCTGGAG GGGGCAAGAT GAAGAGAGAG CGGACCAGTA CACGACCCTC CTCCAAACGC 
CCTGAAGAGG ATGAGGTGGC TGAGATACCC GACCTTCCAA CCATTTCACT TCCCATCAGC 
ACCTCCGCCT TGCCCACCTT CAGCTTCTCC TCCCCTCTTC CACCTCTCAC CACCTCCACA 
ACCATCAGCA CCCCCTCCAA GGCCACGGCC ATTACTCCTG CGAAGGAAAC ATTCACAAAT 
AAGGAGCCTC CAACGGCCAC GACACCCCCC TGTGTACCTT TTACATTTTC CTCCCCTATT 
GTCAAAGCAA CTGCTGCTAG CCCCCCTTGC TTTTCCCCCT CGGCTGGATT TACTTTTAGT 
GCACCTGTAG CAAAAATGGG TCCCTCCATG TCAAACGGGA AGCTCGCCAC TCCCATTGCA 
GCAGCAGTGA AGCCAGCAGC AAACAAAAGC ACAGAAGACT TTGAAGGGCC CTTTAAACCA 
GCCAAGGTCC TGAAGCAGGG CAGCGTGCTG GATCTTCTCA AAGCACCTGG TTTTGCCTCT 
CCTGTTGCTC GGACTTCCCC AGGCCCAGAC AACTCTCCCC ACCAGACCTC CACACAATCC 
ACTGCCCCCT CCTCCTCCTC CACTTCCACA ACCACCTCTT CCCTCTCTTC TTCAACAGGG 
CTCAGTGATT TGTTTAAAGC CCCGCTAAAC TGGAGCTGTG ATGTGTGCTT GGTGCAGAAC 
AAGCCATCAG ATGCAAAGTG TGTTTGCTGT ATGGCCCCCC AGCCCAACTC CTCCTCATCT 
AAATCTATGG ACAGTAAGCC TTCACCCACA ACCTCGGTTG GGCTGGAGAG CAGCATCACG 
AACACCACCT CCACCACTAC AACCACCACA GGTTTCGGCA CAATGTTTTC CAAACCTGCA 
GGAACCTGGG ACTGTGATAC GTGTCTTGTT CTAAATAAAC CTGATGCAGT AAAGTGTGTG 
GCCTGTGAAA CGGCCAAACC CGGGACAGGA CTGAAACCCT CACTGACTCT TCCTTCTGCC 
TTCTCAGCTG TTAAGACTGT ACCCACCTCC ACAGCCCCTG TTTCCACAGG GTTCATCGGA 
TTTGGAGACA AGTTCAAAAA ACCTGAAGGT TCATGGGAGT GTGATATATG TTTGGTACAG 
AACAAGGCAG GGGACACAAA GTGTGTGGCC TGCATGAGCG CTAAACCAGG AGCATCAGCA 
GGAACATCAT CAGGAGCTTC AGCAGAATCC TCTTCAGCCA GCACTGCTCC AGTGTTTGGT 
TTGGGAGATA AATTCAAGAA GCCAGAGGGT GCCTGGGATT GTGATGTCTG TCTTGTACAG 
AATAAGGCTG CTGATGTTCA GTGTGTTGCT TGTCAGACAG CCAAACCTGG AGCTAACGTG 
GAGCCTAAAG CTTTTGGTTC GTCTTTTGGT TCGTCATCTG GTGGGACTTC AGGCTCTTCT 
ACCTCTAGTT CTGGAGGTTT TAAGTTTGGC ACATCAGACA GTACCTCTGG GTCTGGATCT 
GGAGGTTTCA AGTTTGGGGG CTCATTTTCA GAAACCTCCT CGTCTTCATC ATCAGGTGGA 
TTCAAATTTG GAATCCCATT TGGAAGCTCC TCATCAGAAA CCACTTCTCA AGACACTAAT 
GCCTCATCAG GGTTTAAATT TGGCAGCTCA TCTGAGGGCT TTAAATTTGG GGCTGCCTCT 
AGTGATGACA AAAAGTCAGA CCAACCTGCC ACAGGTTCTG GGTTTAAATT TGGAACCAGT 
GGTGGGATAG TGTTTGGAAA TGGATCGTCT AGCACAGAAA GCAACTCTTC TAAGGGCGGC 
TTCACCTTTG GACTGTCAAA ACCTGAAGAG AAAACATCAG ACACCACCAC CGCCACCACC 
ACCACGTCAT CCTCTGTTAG TTTCACTCCT CCCGCTTCCT CTCAAGGAAA GAGCGACAGT 
GCTGCATCAT CAAACGACAC CACATCAACA ATCACCAATT TAACCACCAC AACCACCACC 
ACTGGGTCTG TTTTTGGGAG ACTGGGAGAG CCAAGTTTGG CAACAACGAC ACCACAAGGG 
GGCTCTACGT TTGGATCCTT ACAGGCAGAC AAAGATCCAG CTGCTCCCAC GTTTACCTTT 
GGGAAGCCAG AGGAAAAGAA GGAAGTCGCT GCCTCCTCAG CTCCATCTTC CTTCCTCTTT 
GGTGCTTCTA GTAAGGATGT AGATGCGACA CCAGCAGCGG CCACTTCTGG TGGCTTTTCC 
TTCAGCAAGC CCAGTGCTCC AACAGAACAA CCTCCACCCG CATACACCTT TGGAAAGCCA 
GCAGATAAGA GCGAAACATC TACTGCAGAG GCCCCAAAGC CCTCTTTCAC CTTTGGACAA 
AGTGCTACAG ATTCAACTGC TGCTGCTCCA AAACCAGCAT TTTCCTTTAT AGCTAGTAAT 
CCTACCAACA CCACCAACTC CACCACTTCG TCATCCTCAA CTCCAACTCC CAGTCTGTTC 
GGCAGCAGCG GCAGCAACAG CTCCACCCAG GCTCCAGCTC CCTCTGCAGC GCCCGGCACT 
TTCATGTTTG GTCAGCCTGC TGCAACCTCC AGTGATACTG CTCCAGCTAA AGCGTTTGTC 
TTTGGCCAGA ACCAGGATGG CCAGCTGCCT GCTCCCTCAG CTGCTCCTCT GAACTCTGTT 
CCCGCCCCAG CTCAAGCTCA GCCCTTCATC TTTGGTGCTC CTGCCAGTGC TGCTGCCCCT 
GCCCCTGCCC CTGCCCCTGC CCCTGCCCCT GCCCCTGCCC CTGCTCCTGC TGCTCCATCC 
TTCAGTTTTG GAGCAGCAGC ACCCTCTGCT GTCTCATCTT CAGCTCCGTC TGCAGCTCCC 
TCTCCATTTG TGTTCAGCTC AGCCCCCGCT GGTGGGTTTG GGGCCAACCA GACTCCTTCA 
TTTGGCTCAT CTTTCGGATC CCCTTTCACA GCTGCACCCT CCCAGAGCCC AGCCTTTGGG 
GCCAAACCCA ATGCCGCACC TGTCTTTGGA CAGCAGGCCA ACTCCACACC TGTATTTGGG 
GCGGCTGCTA ATTCTGCACC AGGTGGAGGC TTTCAGTTTG GAGGAGCCAG TGCATTCGGA 
GCTACAAACA ACACCTCAGG TGTATTTACT TTTGGAGTCG GTTCCACAGC ATCTCCCGCC 
CCCCCTGCCA ACCCTCCCAT TGCACCCCAG TCAGGAGCAC CTGGAGGTGG ATTCAACTTC 
TCACAACCCC CTACATTCAA TATTGGGTCA GCTAAATCCT TCACCGCCTC TCCTGCTGGA 
CAGCAAGCGA TTGCTGGGCG CAAGATCAAG ACAGCAGTGC GGCGCAGAAA GTAG

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

RefSeq	XP_023267965.1
CDS	11..4624
Translation	MAATGGGKIRSRRYHIASKPYAKSKQQSGLISRVTDTVKSIVPSWLQKYFKNEDAPEGGGAVQGTDQNCQPPPTPPPPNGSEEGPPPLDGRDSPEPSTSNTEPSTSRASLNFQEYVLSRPPLSRSHLHFPPLDASSPMLGASSSLFSQPSTSSAPGPFSTGFSLVKEIKDNLSQHEDDNISTTSGFSSRASDKDVPTSKTASLPQLWSPEMDRTNSGPQPSHSSLKKPAFNLSVFGNSSNSTLNSTALNSSQLGDSPFYPGKTTYGGAAAVRSSRTRPGTPYQAPVRRQIKAKPAGAQPCGVTSATARRILQSLERMSSPLADAKRIPAAASSPMSPSMDGTNLDVSHFQSKKKRMDPTLPPVQKLVVPAAASVSGNRSVSFRPTLTPGGVSRTLDRTLRETPTRQSPQLPKATPGPSQSTMGSSGPAYPLSSTPAASSVGSGGGKMKRERTSTRPSSKRPEEDEVAEIPDLPTISLPISTSALPTFSFSSPLPPLTTSTTISTPSKATAITPAKETFTNKEPPTATTPPCVPFTFSSPIVKATAASPPCFSPSAGFTFSAPVAKMGPSMSNGKLATPIAAAVKPAANKSTEDFEGPFKPAKVLKQGSVLDLLKAPGFASPVARTSPGPDNSPHQTSTQSTAPSSSSTSTTTSSLSSSTGLSDLFKAPLNWSCDVCLVQNKPSDAKCVCCMAPQPNSSSSKSMDSKPSPTTSVGLESSITNTTSTTTTTTGFGTMFSKPAGTWDCDTCLVLNKPDAVKCVACETAKPGTGLKPSLTLPSAFSAVKTVPTSTAPVSTGFIGFGDKFKKPEGSWECDICLVQNKAGDTKCVACMSAKPGASAGTSSGASAESSSASTAPVFGLGDKFKKPEGAWDCDVCLVQNKAADVQCVACQTAKPGANVEPKAFGSSFGSSSGGTSGSSTSSSGGFKFGTSDSTSGSGSGGFKFGGSFSETSSSSSSGGFKFGIPFGSSSSETTSQDTNASSGFKFGSSSEGFKFGAASSDDKKSDQPATGSGFKFGTSGGIVFGNGSSSTESNSSKGGFTFGLSKPEEKTSDTTTATTTTSSSVSFTPPASSQGKSDSAASSNDTTSTITNLTTTTTTTGSVFGRLGEPSLATTTPQGGSTFGSLQADKDPAAPTFTFGKPEEKKEVAASSAPSSFLFGASSKDVDATPAAATSGGFSFSKPSAPTEQPPPAYTFGKPADKSETSTAEAPKPSFTFGQSATDSTAAAPKPAFSFIASNPTNTTNSTTSSSSTPTPSLFGSSGSNSSTQAPAPSAAPGTFMFGQPAATSSDTAPAKAFVFGQNQDGQLPAPSAAPLNSVPAPAQAQPFIFGAPASAAAPAPAPAPAPAPAPAPAPAAPSFSFGAAAPSAVSSSAPSAAPSPFVFSSAPAGGFGANQTPSFGSSFGSPFTAAPSQSPAFGAKPNAAPVFGQQANSTPVFGAAANSAPGGGFQFGGASAFGATNNTSGVFTFGVGSTASPAPPANPPIAPQSGAPGGGFNFSQPPTFNIGSAKSFTASPAGQQAIAGRKIKTAVRRRK

Target ORF information:

RefSeq Version	XM_023412197.1
Organism	Seriola lalandi dorsalis
Definition	Seriola lalandi dorsalis nucleoporin 153 (nup153), transcript variant X2, mRNA.

Target ORF information:

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

XM_023412197.1

ORF Insert Sequence:

ATGGCGGCCA CGGGTGGAGG GAAAATTAGA AGCAGGAGAT ATCACATCGC CTCTAAACCT 
TACGCCAAGA GTAAACAGCA GTCAGGCCTC ATCAGTCGAG TGACAGACAC AGTAAAGAGC 
ATCGTTCCTT CCTGGCTTCA GAAATACTTC AAGAATGAAG ATGCTCCTGA AGGAGGGGGG 
GCTGTACAAG GGACAGACCA GAACTGCCAG CCTCCTCCTA CTCCACCTCC TCCTAATGGC 
AGTGAAGAGG GACCTCCTCC CCTTGATGGA CGTGACTCCC CAGAGCCTAG CACCAGTAAC 
ACAGAGCCCT CAACCAGTCG GGCATCCCTG AACTTTCAGG AGTATGTGCT TTCTCGACCA 
CCTCTGAGTC GCTCCCACCT CCATTTTCCC CCGCTAGATG CCTCCTCCCC AATGCTGGGG 
GCTTCCAGCA GTCTCTTCTC CCAGCCCTCC ACCTCCTCAG CCCCTGGCCC CTTTTCCACA 
GGCTTTTCCT TGGTCAAAGA AATCAAGGAC AACCTCTCGC AGCATGAAGA TGATAACATT 
TCCACCACGA GCGGGTTCTC CTCTCGCGCC TCTGACAAAG ATGTCCCCAC TTCCAAAACG 
GCATCACTTC CCCAGCTTTG GTCACCAGAG ATGGACAGAA CAAACTCTGG GCCCCAGCCC 
TCCCACTCCA GTCTGAAAAA GCCTGCTTTC AACCTGTCCG TTTTCGGAAA TTCCTCCAAT 
TCAACATTAA ACAGCACAGC GCTGAACTCC AGCCAGCTTG GAGATTCTCC CTTCTACCCC 
GGGAAGACCA CGTATGGTGG GGCAGCTGCA GTCAGGAGCT CTCGCACACG TCCTGGAACG 
CCATACCAGG CCCCGGTGAG GAGACAGATC AAGGCCAAGC CTGCTGGTGC TCAGCCCTGT 
GGCGTGACCA GTGCTACAGC CAGACGCATC TTGCAGTCCT TGGAGCGCAT GTCGAGCCCT 
CTGGCTGATG CCAAGAGAAT CCCAGCAGCA GCCTCATCCC CCATGTCACC ATCGATGGAT 
GGCACAAACC TAGATGTTTC ACATTTCCAG TCGAAAAAGA AACGGATGGA TCCTACCCTC 
CCGCCGGTTC AGAAGTTGGT GGTTCCTGCT GCAGCCTCTG TGTCAGGAAA CCGCTCTGTG 
TCCTTCAGGC CTACTTTGAC TCCTGGAGGA GTGAGCCGAA CTCTGGACAG GACCCTACGA 
GAGACGCCCA CAAGACAATC ACCGCAACTA CCTAAAGCAA CCCCCGGTCC ATCTCAAAGC 
ACAATGGGTT CCAGTGGGCC AGCCTATCCT CTGTCCAGCA CGCCTGCAGC CAGCAGCGTC 
GGTTCTGGAG GGGGCAAGAT GAAGAGAGAG CGGACCAGTA CACGACCCTC CTCCAAACGC 
CCTGAAGAGG ATGAGGTGGC TGAGATACCC GACCTTCCAA CCATTTCACT TCCCATCAGC 
ACCTCCGCCT TGCCCACCTT CAGCTTCTCC TCCCCTCTTC CACCTCTCAC CACCTCCACA 
ACCATCAGCA CCCCCTCCAA GGCCACGGCC ATTACTCCTG CGAAGGAAAC ATTCACAAAT 
AAGGAGCCTC CAACGGCCAC GACACCCCCC TGTGTACCTT TTACATTTTC CTCCCCTATT 
GTCAAAGCAA CTGCTGCTAG CCCCCCTTGC TTTTCCCCCT CGGCTGGATT TACTTTTAGT 
GCACCTGTAG CAAAAATGGG TCCCTCCATG TCAAACGGGA AGCTCGCCAC TCCCATTGCA 
GCAGCAGTGA AGCCAGCAGC AAACAAAAGC ACAGAAGACT TTGAAGGGCC CTTTAAACCA 
GCCAAGGTCC TGAAGCAGGG CAGCGTGCTG GATCTTCTCA AAGCACCTGG TTTTGCCTCT 
CCTGTTGCTC GGACTTCCCC AGGCCCAGAC AACTCTCCCC ACCAGACCTC CACACAATCC 
ACTGCCCCCT CCTCCTCCTC CACTTCCACA ACCACCTCTT CCCTCTCTTC TTCAACAGGG 
CTCAGTGATT TGTTTAAAGC CCCGCTAAAC TGGAGCTGTG ATGTGTGCTT GGTGCAGAAC 
AAGCCATCAG ATGCAAAGTG TGTTTGCTGT ATGGCCCCCC AGCCCAACTC CTCCTCATCT 
AAATCTATGG ACAGTAAGCC TTCACCCACA ACCTCGGTTG GGCTGGAGAG CAGCATCACG 
AACACCACCT CCACCACTAC AACCACCACA GGTTTCGGCA CAATGTTTTC CAAACCTGCA 
GGAACCTGGG ACTGTGATAC GTGTCTTGTT CTAAATAAAC CTGATGCAGT AAAGTGTGTG 
GCCTGTGAAA CGGCCAAACC CGGGACAGGA CTGAAACCCT CACTGACTCT TCCTTCTGCC 
TTCTCAGCTG TTAAGACTGT ACCCACCTCC ACAGCCCCTG TTTCCACAGG GTTCATCGGA 
TTTGGAGACA AGTTCAAAAA ACCTGAAGGT TCATGGGAGT GTGATATATG TTTGGTACAG 
AACAAGGCAG GGGACACAAA GTGTGTGGCC TGCATGAGCG CTAAACCAGG AGCATCAGCA 
GGAACATCAT CAGGAGCTTC AGCAGAATCC TCTTCAGCCA GCACTGCTCC AGTGTTTGGT 
TTGGGAGATA AATTCAAGAA GCCAGAGGGT GCCTGGGATT GTGATGTCTG TCTTGTACAG 
AATAAGGCTG CTGATGTTCA GTGTGTTGCT TGTCAGACAG CCAAACCTGG AGCTAACGTG 
GAGCCTAAAG CTTTTGGTTC GTCTTTTGGT TCGTCATCTG GTGGGACTTC AGGCTCTTCT 
ACCTCTAGTT CTGGAGGTTT TAAGTTTGGC ACATCAGACA GTACCTCTGG GTCTGGATCT 
GGAGGTTTCA AGTTTGGGGG CTCATTTTCA GAAACCTCCT CGTCTTCATC ATCAGGTGGA 
TTCAAATTTG GAATCCCATT TGGAAGCTCC TCATCAGAAA CCACTTCTCA AGACACTAAT 
GCCTCATCAG GGTTTAAATT TGGCAGCTCA TCTGAGGGCT TTAAATTTGG GGCTGCCTCT 
AGTGATGACA AAAAGTCAGA CCAACCTGCC ACAGGTTCTG GGTTTAAATT TGGAACCAGT 
GGTGGGATAG TGTTTGGAAA TGGATCGTCT AGCACAGAAA GCAACTCTTC TAAGGGCGGC 
TTCACCTTTG GACTGTCAAA ACCTGAAGAG AAAACATCAG ACACCACCAC CGCCACCACC 
ACCACGTCAT CCTCTGTTAG TTTCACTCCT CCCGCTTCCT CTCAAGGAAA GAGCGACAGT 
GCTGCATCAT CAAACGACAC CACATCAACA ATCACCAATT TAACCACCAC AACCACCACC 
ACTGGGTCTG TTTTTGGGAG ACTGGGAGAG CCAAGTTTGG CAACAACGAC ACCACAAGGG 
GGCTCTACGT TTGGATCCTT ACAGGCAGAC AAAGATCCAG CTGCTCCCAC GTTTACCTTT 
GGGAAGCCAG AGGAAAAGAA GGAAGTCGCT GCCTCCTCAG CTCCATCTTC CTTCCTCTTT 
GGTGCTTCTA GTAAGGATGT AGATGCGACA CCAGCAGCGG CCACTTCTGG TGGCTTTTCC 
TTCAGCAAGC CCAGTGCTCC AACAGAACAA CCTCCACCCG CATACACCTT TGGAAAGCCA 
GCAGATAAGA GCGAAACATC TACTGCAGAG GCCCCAAAGC CCTCTTTCAC CTTTGGACAA 
AGTGCTACAG ATTCAACTGC TGCTGCTCCA AAACCAGCAT TTTCCTTTAT AGCTAGTAAT 
CCTACCAACA CCACCAACTC CACCACTTCG TCATCCTCAA CTCCAACTCC CAGTCTGTTC 
GGCAGCAGCG GCAGCAACAG CTCCACCCAG GCTCCAGCTC CCTCTGCAGC GCCCGGCACT 
TTCATGTTTG GTCAGCCTGC TGCAACCTCC AGTGATACTG CTCCAGCTAA AGCGTTTGTC 
TTTGGCCAGA ACCAGGATGG CCAGCTGCCT GCTCCCTCAG CTGCTCCTCT GAACTCTGTT 
CCCGCCCCAG CTCAAGCTCA GCCCTTCATC TTTGGTGCTC CTGCCAGTGC TGCTGCCCCT 
GCCCCTGCCC CTGCCCCTGC CCCTGCCCCT GCCCCTGCCC CTGCTCCTGC TGCTCCATCC 
TTCAGTTTTG GAGCAGCAGC ACCCTCTGCT GTCTCATCTT CAGCTCCGTC TGCAGCTCCC 
TCTCCATTTG TGTTCAGCTC AGCCCCCGCT GGTGGGTTTG GGGCCAACCA GACTCCTTCA 
TTTGGCTCAT CTTTCGGATC CCCTTTCACA GCTGCACCCT CCCAGAGCCC AGCCTTTGGG 
GCCAAACCCA ATGCCGCACC TGTCTTTGGA CAGCAGGCCA ACTCCACACC TGTATTTGGG 
GCGGCTGCTA ATTCTGCACC AGGTGGAGGC TTTCAGTTTG GAGGAGCCAG TGCATTCGGA 
GCTACAAACA ACACCTCAGG TGTATTTACT TTTGGAGTCG GTTCCACAGC ATCTCCCGCC 
CCCCCTGCCA ACCCTCCCAT TGCACCCCAG TCAGGAGCAC CTGGAGGTGG ATTCAACTTC 
TCACAACCCC CTACATTCAA TATTGGGTCA GCTAAATCCT TCACCGCCTC TCCTGCTGGA 
CAGCAAGCGA TTGCTGGGCG CAAGATCAAG ACAGCAGTGC GGCGCAGAAA GTAG