NUP153 cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	NUP153
Entrez Gene ID	102103739
Full Name	nucleoporin 153
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014254532.1	XP_014110007.1	nuclear pore complex protein Nup153 isoform X1
XM_005525276.2	XP_005525333.1	nuclear pore complex protein Nup153 isoform X2

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
OPs16689	XM_014254532.1 Latest version!	Pseudopodoces humilis nucleoporin 153kDa (NUP153), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OPs16690	XM_005525276.2 Latest version!	Pseudopodoces humilis nucleoporin 153kDa (NUP153), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

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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)

NUP153 ( XM_014254532.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014110007.1 Pseudopodoces humilis nucleoporin 153kDa (NUP153), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPs16689
Clone ID Related Accession (Same CDS sequence)	XM_014254532.1
Accession Version	XM_014254532.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
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_005087577.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCGG GTGGCAGCGG CGGCGGCGGC GGCAAGATCC GGACCCGACG GCACCACCTG 
GGAGCCGCGA AGCCGCCCTA CGCGAGGGGC AAGCAGCAGC TGGGGCTCCT TAGCAGAGTG 
ACTGAATCAG TGAAAAACAT TGTACCAGGA TGGTTGCAGA AGTATTTCAA TAAAAGGGAA 
GATAAATGTG TAGATATGAA TGAATCTGCA AGCGAGGAAG AGAATCCAGT AAACTATCAC 
CATGATTATG CAAATGAAGA TGCCATGGTA ATTGATGGGA GAGTCACGCC TGAATCAGCA 
AGAATTAATT TAGAAGAGCC ATCCACGAGC AGGTCTGCGC TGAACTTCTC GGATGTGTTA 
ACAAGGCCCT CCCTTCACCG GAGCCATTTG AACTGCACCG TGTTGGATTC CACAGTCCCA 
CACTGTCAGC CCTCCACATC TTCCACACTT GGCATTGGCA GTCCTGGGCT GTCCCTCGTA 
AAGGAAATAA AAGATTCTAC CTCTCAGCAT GATGACGATA ACATCTCAAC AACCAGTGGC 
TTCTCCTCTA GAGCATCTGA TAAAGATATC ACAGTTTCAA AAAATACTTC AGCACCACTG 
CTCTGGTCCC CAGAGGCTGA AAGATCTCAT TCCCTCTCAC AACATCCTGC ATCTAGCTCT 
AAAAAACCTG CATTCAATTT ATCTGCTTTT GGATCTCCCT CTCCTTCACT TGGAAACACT 
TCTGTCTTTA AGACAAGACA GCTTGGGGAT TCTCCATTTT ACCCTGGAAA GACCTCTTAC 
GGTGGTGCAG CTGCAGCAGC AAGGCAGACA AAAGTACAGA TTTCTGCTTA CCAGCCACCG 
GTAAAAAGAC AAATGAAAGC TAAACAAGCA AATGTGCAAT CCTATGGTGT GACAAGTTCC 
ACTGCGCGGC GCATCTTGCA GACATTGGAG AAGATGTCAA GCCCTTTGGC AGATGCTAAA 
AGGATTCCAT CTTCTGTTTC TAGTCCACTG TCTTCTCCTG TGGACAGGAG TGTGCTGAAT 
GTGACTGGCT TCCAATCCAG ACAAAACCAG ATGGATTCGC AACATCCACC TGTGCAGAAA 
CTTGTGACAC CAAAGCCAAT CTCCCTGACA GGGAGTCGGA TTACGTATTT TAAACCATCT 
CTGAAATCAG CTACTAATTC CAGAAAAATT CACCAAAGGG TAGATACAGA CCATCAAGAC 
ATAATAGACG AGAGTTTTCC TGCAGAAAAG CCTGTAAAAT CATCTGAAAG CAATTTGAGC 
TACCCCAAAC TTGATACTCC CGCATCCAAC GGTCTGTCTT CAGGAGGAAG GATGGATAGT 
GCCTGCGGCA AGATGAGAAG GGAAAGGGAG CGATACTGTG CATCAAGACC TGGACAAAAA 
CAACAACTGG AGATGGAGCA GGAAGAGCTA CCTGAGGTAC CCCTGCCCAT CAGTACTGCA 
TCGCTGCCGA CGTTCAGCTT CAGTTTCCCC GCCAGTAGTG CTGTGTCCTC ATCACCCAGC 
ATTGTTTCAA AAGCAGTGAT GAACAAGGTA CAACCAGCAA GTAATGTTGG CAGTCCTACA 
TTTGTATTTT CATCTCCAAT TGTGAAATCT ACCGAGGTGG AAGTGCTACC TCCATTATCT 
CAGATTAAGT TTACATTTAG TGTTCCTGTC GTGAAGTCGT CAGAGCTTTC TGGATCCACT 
GATACACCAG TGACATCCAT CCTTAGTCCA GGTAGTGCCA CTGTAAACAG CACCAGCAAT 
AAGAAGGAAG AGGAAGAAGA ATATGATGGG TTCTGCAAAC CTGCTAAATT CTTAAAGCAA 
GGAAGTGTGT TAGACATTCT AAAAAGCCCC GGCTTTATGT CTGGGAAATC ACCCTCCTGT 
TCATCTGCAC AGCCTGTTAC GAGCACAGTG GTCTATACAA GGCCTGCAAT AAGTAGTTTT 
TCTGCAGGTA AAGACACCTC TAAACAAACA TCCTCGTTCT GGCAGTCTGA CACACATGAC 
CCGTGTCTGC AGAACAAAAC CACAGATGGC AACTGTGTAA CATGTGAAGC TGCTAAAGTG 
TCCACTGTTG AGAGTACGAA GCAGACGGTC AGTGTGAGTC CGTGTGTCTC CTCCAAGACA 
GCAGTCCCTA CAGCAGGGAC ACTGGGCTTT GAAGACAAAT TTAAACCGGC ACCCAACACT 
TGGGATTGTG ATACCTGTCT GGTCCAGAAC AAACCTGAAG CTACAAAATG TATAGCATGT 
GATACACCAA AGCCTGGAAC AGGAGTGATG CCTGCTCTGA CAATGCCGAT GGTCACGGAC 
AACTCGGTGA CAGTAACATC CACCACCAGC AGCACGGGCA CAACAGTCAC TCTGGGGTTT 
GGAGACAAAT TTAAACAGCC AAAAGGCTCT TGGAACTGTT CAATGTGCCT TGTACAAAAT 
AAGGCAGAAG ACAGCAAATG TGTAGCTTGT CAGTCTGAGA AACCAGGGAG CTCAGTGCCT 
GTGAGCAGTA GCAGTGTTTC TGCATTTTCT GCTTCTTCTG GAGGTTTTCT GGATTTAGAC 
AAATTCAAGA AGCCTGAAGG AAGTTGGGAA TGTGAGGTCT GCTTGGTCCA AAACAAAGCA 
GAAGCCACAA AATGCATAGC CTGTCAAAAT GCAAAGCCAG GCACCAAAGC AGAGCTCAAA 
GGTTTTGGTA CTGCTACTGT GTCTACAAAT GCTGCAGCGC CATCATTTAC ATTCGGTGTC 
CCCTCATCAT CCTCTGAATC TTCTCAAACA TTAGGTAGCA CAGGAAATTT TAAATTTGGA 
GAACAGAGTA GCTTTAAGTT CGGCATTGCA TCCGAATCTG CATCGTCCAG CACTGTGACT 
GGAGGATTTA AGTTTCCTAC TGCTTCAGGG AACTTCAAAT TTGGAGTTTC TTCCTCAGAC 
TCTAAATCAG AAGACAGCAA AAAAGAAAGT AAAAGTAACA GTTTTACTTT TGGACTTCCA 
TCTACAAGCA GTCAGGCTCC TTCAACATTT CAGTTTGGAA CAACGAGTCT GGGACAGCAG 
GAAAAGAAAG AGGAACCAGT TTTGGGAGGT TTTGGTTTTG CTACAAGTTC TACTTCTTCC 
ATAGCTACTA ATGAGACTAA AACTGGAGTC GGTGGCTTCA CTTTTGGAAC TATGGCAGAA 
AAGGATGCAG CATCACCTGC TTTGCCATTT AAGAAGTCAG ATGAGAAAAA GGATGAAACT 
GTTTCAACGA AGGGAGGCTT CTCTTTCAGC AGCGTGGAGT CTGCCCCTGC CTCGCAGTTT 
GTTTTGGGAA GGACAGAAGA GAAGCAGGAC TCTGTCACTT CTGCTGGTCC ATTAGCATTT 
GGAAAGAAAG CTGACAATGA AGAGTTAAAG GCACAGCCTA TCTTTTCATC TGGGACAGCT 
GAGCATACCA AAGAGGAGAG CACAGCAAAA CCTGTATTCA ATTTTAGTTT CGGTAAACCA 
TCGGAAAAGG AAAGTGATCA GTCAAAGGCA CCTTTTGCAT TCGGGGCGCC AACCAGTACT 
TGCGATCAAG GAGCATCCTT CAGCTTCTTG AGCTCCAGTT CCTCCAGCAC AGTGGTACCC 
ACCACTTCAG CCAACAGCAG TGGTGTGTTT GGCAGCACCC TCTCTTCCTC AAACCCTCAG 
CCAGTTCCCA CTCCCTTTGT GTTTGGACAA CCCAGCAACA CTGTGACCAG CTCTGTTTTT 
GGCAATCCAG CAGAATCTGC AACATCTCAG TCATTCGGCT TCTCTCAAGA AAACAAGCCA 
GCAACCACAT CTTCCAGCGC TGGCTCAACT CTGACTCCGT TTCTCTTTGC TTCAGGAGAG 
AGCAGTACCA ATGCAGCAAA TTCAGGATTT ACTTTTGGAG CCACAACTAC ATCAGGTTCA 
ACAGGGTCAT CGTCTTCGTT TCTGTTTGGC TCTGGGCCTC CAGCGCCTGC TGCTGGCCCA 
GCCTTTGGCG CCAGTCAGCC ACCAGCATTT GGCCCAAGCC CAGGCTCTGG CCAGCAAAGC 
GCTCCAAGCT TTGGATCGCT GTCGACAACG TTGTTTTCTC CTGGCTCTCA CCCTGCTCCT 
TCTGCCTTCG GCTCGGTGAC AAGCAGCACT CAGCCCTCTG TGTTCGGACA ACAGGCAGCC 
AATCAGCCAA CTTTTGGCTC TGGTACCCCC AGTGCTGGTT CTGTATTCCG GTTTGGAAGT 
AGTACTACTA ATTTCAGCTT TCCAAATAAC CCAGGAGTAT TCACTTTTGG TGCAAATCCT 
CCTGCACCAG CAGCTCCTGC ACCGCCTTCT GCCACTTCAG GATTTTCATT CAACCAGCCT 
CCAGCATTTA CAGTGGGGAC TAATGGGAAA AATGTTTTCT CTGCCTCTGG ATCTTCAGTT 
GCTGGTCGGA AGATAAAGAC TGCAGTTAGA CGTAGAAAGT AA

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

RefSeq	XP_014110007.1
CDS	22..4383
Translation	MASGGSGGGGGKIRTRRHHLGAAKPPYARGKQQLGLLSRVTESVKNIVPGWLQKYFNKREDKCVDMNESASEEENPVNYHHDYANEDAMVIDGRVTPESARINLEEPSTSRSALNFSDVLTRPSLHRSHLNCTVLDSTVPHCQPSTSSTLGIGSPGLSLVKEIKDSTSQHDDDNISTTSGFSSRASDKDITVSKNTSAPLLWSPEAERSHSLSQHPASSSKKPAFNLSAFGSPSPSLGNTSVFKTRQLGDSPFYPGKTSYGGAAAAARQTKVQISAYQPPVKRQMKAKQANVQSYGVTSSTARRILQTLEKMSSPLADAKRIPSSVSSPLSSPVDRSVLNVTGFQSRQNQMDSQHPPVQKLVTPKPISLTGSRITYFKPSLKSATNSRKIHQRVDTDHQDIIDESFPAEKPVKSSESNLSYPKLDTPASNGLSSGGRMDSACGKMRRERERYCASRPGQKQQLEMEQEELPEVPLPISTASLPTFSFSFPASSAVSSSPSIVSKAVMNKVQPASNVGSPTFVFSSPIVKSTEVEVLPPLSQIKFTFSVPVVKSSELSGSTDTPVTSILSPGSATVNSTSNKKEEEEEYDGFCKPAKFLKQGSVLDILKSPGFMSGKSPSCSSAQPVTSTVVYTRPAISSFSAGKDTSKQTSSFWQSDTHDPCLQNKTTDGNCVTCEAAKVSTVESTKQTVSVSPCVSSKTAVPTAGTLGFEDKFKPAPNTWDCDTCLVQNKPEATKCIACDTPKPGTGVMPALTMPMVTDNSVTVTSTTSSTGTTVTLGFGDKFKQPKGSWNCSMCLVQNKAEDSKCVACQSEKPGSSVPVSSSSVSAFSASSGGFLDLDKFKKPEGSWECEVCLVQNKAEATKCIACQNAKPGTKAELKGFGTATVSTNAAAPSFTFGVPSSSSESSQTLGSTGNFKFGEQSSFKFGIASESASSSTVTGGFKFPTASGNFKFGVSSSDSKSEDSKKESKSNSFTFGLPSTSSQAPSTFQFGTTSLGQQEKKEEPVLGGFGFATSSTSSIATNETKTGVGGFTFGTMAEKDAASPALPFKKSDEKKDETVSTKGGFSFSSVESAPASQFVLGRTEEKQDSVTSAGPLAFGKKADNEELKAQPIFSSGTAEHTKEESTAKPVFNFSFGKPSEKESDQSKAPFAFGAPTSTCDQGASFSFLSSSSSSTVVPTTSANSSGVFGSTLSSSNPQPVPTPFVFGQPSNTVTSSVFGNPAESATSQSFGFSQENKPATTSSSAGSTLTPFLFASGESSTNAANSGFTFGATTTSGSTGSSSSFLFGSGPPAPAAGPAFGASQPPAFGPSPGSGQQSAPSFGSLSTTLFSPGSHPAPSAFGSVTSSTQPSVFGQQAANQPTFGSGTPSAGSVFRFGSSTTNFSFPNNPGVFTFGANPPAPAAPAPPSATSGFSFNQPPAFTVGTNGKNVFSASGSSVAGRKIKTAVRRRK

Target ORF information:

RefSeq Version	XM_014254532.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis nucleoporin 153kDa (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_014254532.1

ORF Insert Sequence:

ATGGCCTCGG GTGGCAGCGG CGGCGGCGGC GGCAAGATCC GGACCCGACG GCACCACCTG 
GGAGCCGCGA AGCCGCCCTA CGCGAGGGGC AAGCAGCAGC TGGGGCTCCT TAGCAGAGTG 
ACTGAATCAG TGAAAAACAT TGTACCAGGA TGGTTGCAGA AGTATTTCAA TAAAAGGGAA 
GATAAATGTG TAGATATGAA TGAATCTGCA AGCGAGGAAG AGAATCCAGT AAACTATCAC 
CATGATTATG CAAATGAAGA TGCCATGGTA ATTGATGGGA GAGTCACGCC TGAATCAGCA 
AGAATTAATT TAGAAGAGCC ATCCACGAGC AGGTCTGCGC TGAACTTCTC GGATGTGTTA 
ACAAGGCCCT CCCTTCACCG GAGCCATTTG AACTGCACCG TGTTGGATTC CACAGTCCCA 
CACTGTCAGC CCTCCACATC TTCCACACTT GGCATTGGCA GTCCTGGGCT GTCCCTCGTA 
AAGGAAATAA AAGATTCTAC CTCTCAGCAT GATGACGATA ACATCTCAAC AACCAGTGGC 
TTCTCCTCTA GAGCATCTGA TAAAGATATC ACAGTTTCAA AAAATACTTC AGCACCACTG 
CTCTGGTCCC CAGAGGCTGA AAGATCTCAT TCCCTCTCAC AACATCCTGC ATCTAGCTCT 
AAAAAACCTG CATTCAATTT ATCTGCTTTT GGATCTCCCT CTCCTTCACT TGGAAACACT 
TCTGTCTTTA AGACAAGACA GCTTGGGGAT TCTCCATTTT ACCCTGGAAA GACCTCTTAC 
GGTGGTGCAG CTGCAGCAGC AAGGCAGACA AAAGTACAGA TTTCTGCTTA CCAGCCACCG 
GTAAAAAGAC AAATGAAAGC TAAACAAGCA AATGTGCAAT CCTATGGTGT GACAAGTTCC 
ACTGCGCGGC GCATCTTGCA GACATTGGAG AAGATGTCAA GCCCTTTGGC AGATGCTAAA 
AGGATTCCAT CTTCTGTTTC TAGTCCACTG TCTTCTCCTG TGGACAGGAG TGTGCTGAAT 
GTGACTGGCT TCCAATCCAG ACAAAACCAG ATGGATTCGC AACATCCACC TGTGCAGAAA 
CTTGTGACAC CAAAGCCAAT CTCCCTGACA GGGAGTCGGA TTACGTATTT TAAACCATCT 
CTGAAATCAG CTACTAATTC CAGAAAAATT CACCAAAGGG TAGATACAGA CCATCAAGAC 
ATAATAGACG AGAGTTTTCC TGCAGAAAAG CCTGTAAAAT CATCTGAAAG CAATTTGAGC 
TACCCCAAAC TTGATACTCC CGCATCCAAC GGTCTGTCTT CAGGAGGAAG GATGGATAGT 
GCCTGCGGCA AGATGAGAAG GGAAAGGGAG CGATACTGTG CATCAAGACC TGGACAAAAA 
CAACAACTGG AGATGGAGCA GGAAGAGCTA CCTGAGGTAC CCCTGCCCAT CAGTACTGCA 
TCGCTGCCGA CGTTCAGCTT CAGTTTCCCC GCCAGTAGTG CTGTGTCCTC ATCACCCAGC 
ATTGTTTCAA AAGCAGTGAT GAACAAGGTA CAACCAGCAA GTAATGTTGG CAGTCCTACA 
TTTGTATTTT CATCTCCAAT TGTGAAATCT ACCGAGGTGG AAGTGCTACC TCCATTATCT 
CAGATTAAGT TTACATTTAG TGTTCCTGTC GTGAAGTCGT CAGAGCTTTC TGGATCCACT 
GATACACCAG TGACATCCAT CCTTAGTCCA GGTAGTGCCA CTGTAAACAG CACCAGCAAT 
AAGAAGGAAG AGGAAGAAGA ATATGATGGG TTCTGCAAAC CTGCTAAATT CTTAAAGCAA 
GGAAGTGTGT TAGACATTCT AAAAAGCCCC GGCTTTATGT CTGGGAAATC ACCCTCCTGT 
TCATCTGCAC AGCCTGTTAC GAGCACAGTG GTCTATACAA GGCCTGCAAT AAGTAGTTTT 
TCTGCAGGTA AAGACACCTC TAAACAAACA TCCTCGTTCT GGCAGTCTGA CACACATGAC 
CCGTGTCTGC AGAACAAAAC CACAGATGGC AACTGTGTAA CATGTGAAGC TGCTAAAGTG 
TCCACTGTTG AGAGTACGAA GCAGACGGTC AGTGTGAGTC CGTGTGTCTC CTCCAAGACA 
GCAGTCCCTA CAGCAGGGAC ACTGGGCTTT GAAGACAAAT TTAAACCGGC ACCCAACACT 
TGGGATTGTG ATACCTGTCT GGTCCAGAAC AAACCTGAAG CTACAAAATG TATAGCATGT 
GATACACCAA AGCCTGGAAC AGGAGTGATG CCTGCTCTGA CAATGCCGAT GGTCACGGAC 
AACTCGGTGA CAGTAACATC CACCACCAGC AGCACGGGCA CAACAGTCAC TCTGGGGTTT 
GGAGACAAAT TTAAACAGCC AAAAGGCTCT TGGAACTGTT CAATGTGCCT TGTACAAAAT 
AAGGCAGAAG ACAGCAAATG TGTAGCTTGT CAGTCTGAGA AACCAGGGAG CTCAGTGCCT 
GTGAGCAGTA GCAGTGTTTC TGCATTTTCT GCTTCTTCTG GAGGTTTTCT GGATTTAGAC 
AAATTCAAGA AGCCTGAAGG AAGTTGGGAA TGTGAGGTCT GCTTGGTCCA AAACAAAGCA 
GAAGCCACAA AATGCATAGC CTGTCAAAAT GCAAAGCCAG GCACCAAAGC AGAGCTCAAA 
GGTTTTGGTA CTGCTACTGT GTCTACAAAT GCTGCAGCGC CATCATTTAC ATTCGGTGTC 
CCCTCATCAT CCTCTGAATC TTCTCAAACA TTAGGTAGCA CAGGAAATTT TAAATTTGGA 
GAACAGAGTA GCTTTAAGTT CGGCATTGCA TCCGAATCTG CATCGTCCAG CACTGTGACT 
GGAGGATTTA AGTTTCCTAC TGCTTCAGGG AACTTCAAAT TTGGAGTTTC TTCCTCAGAC 
TCTAAATCAG AAGACAGCAA AAAAGAAAGT AAAAGTAACA GTTTTACTTT TGGACTTCCA 
TCTACAAGCA GTCAGGCTCC TTCAACATTT CAGTTTGGAA CAACGAGTCT GGGACAGCAG 
GAAAAGAAAG AGGAACCAGT TTTGGGAGGT TTTGGTTTTG CTACAAGTTC TACTTCTTCC 
ATAGCTACTA ATGAGACTAA AACTGGAGTC GGTGGCTTCA CTTTTGGAAC TATGGCAGAA 
AAGGATGCAG CATCACCTGC TTTGCCATTT AAGAAGTCAG ATGAGAAAAA GGATGAAACT 
GTTTCAACGA AGGGAGGCTT CTCTTTCAGC AGCGTGGAGT CTGCCCCTGC CTCGCAGTTT 
GTTTTGGGAA GGACAGAAGA GAAGCAGGAC TCTGTCACTT CTGCTGGTCC ATTAGCATTT 
GGAAAGAAAG CTGACAATGA AGAGTTAAAG GCACAGCCTA TCTTTTCATC TGGGACAGCT 
GAGCATACCA AAGAGGAGAG CACAGCAAAA CCTGTATTCA ATTTTAGTTT CGGTAAACCA 
TCGGAAAAGG AAAGTGATCA GTCAAAGGCA CCTTTTGCAT TCGGGGCGCC AACCAGTACT 
TGCGATCAAG GAGCATCCTT CAGCTTCTTG AGCTCCAGTT CCTCCAGCAC AGTGGTACCC 
ACCACTTCAG CCAACAGCAG TGGTGTGTTT GGCAGCACCC TCTCTTCCTC AAACCCTCAG 
CCAGTTCCCA CTCCCTTTGT GTTTGGACAA CCCAGCAACA CTGTGACCAG CTCTGTTTTT 
GGCAATCCAG CAGAATCTGC AACATCTCAG TCATTCGGCT TCTCTCAAGA AAACAAGCCA 
GCAACCACAT CTTCCAGCGC TGGCTCAACT CTGACTCCGT TTCTCTTTGC TTCAGGAGAG 
AGCAGTACCA ATGCAGCAAA TTCAGGATTT ACTTTTGGAG CCACAACTAC ATCAGGTTCA 
ACAGGGTCAT CGTCTTCGTT TCTGTTTGGC TCTGGGCCTC CAGCGCCTGC TGCTGGCCCA 
GCCTTTGGCG CCAGTCAGCC ACCAGCATTT GGCCCAAGCC CAGGCTCTGG CCAGCAAAGC 
GCTCCAAGCT TTGGATCGCT GTCGACAACG TTGTTTTCTC CTGGCTCTCA CCCTGCTCCT 
TCTGCCTTCG GCTCGGTGAC AAGCAGCACT CAGCCCTCTG TGTTCGGACA ACAGGCAGCC 
AATCAGCCAA CTTTTGGCTC TGGTACCCCC AGTGCTGGTT CTGTATTCCG GTTTGGAAGT 
AGTACTACTA ATTTCAGCTT TCCAAATAAC CCAGGAGTAT TCACTTTTGG TGCAAATCCT 
CCTGCACCAG CAGCTCCTGC ACCGCCTTCT GCCACTTCAG GATTTTCATT CAACCAGCCT 
CCAGCATTTA CAGTGGGGAC TAATGGGAAA AATGTTTTCT CTGCCTCTGG ATCTTCAGTT 
GCTGGTCGGA AGATAAAGAC TGCAGTTAGA CGTAGAAAGT AA

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

NUP153 ( XM_005525276.2 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_005525333.1 Pseudopodoces humilis nucleoporin 153kDa (NUP153), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPs16690
Clone ID Related Accession (Same CDS sequence)	XM_005525276.2
Accession Version	XM_005525276.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4359bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
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_005087577.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 21, 2015 this sequence version replaced XM_005525276.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCGG GTGGCAGCGG CGGCGGCGGC GGCAAGATCC GGACCCGACG GCACCACCTG 
GGAGCCGCGA AGCCGCCCTA CGCGAGGGGC AAGCAGCAGC TGGGGCTCCT TAGCAGAGTG 
ACTGAATCAG TGAAAAACAT TGTACCAGGA TGGTTGCAGA AGTATTTCAA TAAAAGGGAA 
GATAAATGTG TAGATATGAA TGAATCTGCA AGCGAGGAAG AGAATCCAGT AAACTATCAC 
CATGATTATG CAAATGAAGA TGCCATGGTA ATTGATGGGA GAGTCACGCC TGAATCAGCA 
AGAATTAATT TAGAAGAGCC ATCCACGAGC AGGTCTGCGC TGAACTTCTC GGATGTGTTA 
ACAAGGCCCT CCCTTCACCG GAGCCATTTG AACTGCACCG TGTTGGATTC CACAGTCCCA 
CACTGTCAGC CCTCCACATC TTCCACACTT GGCATTGGCA GTCCTGGGCT GTCCCTCGTA 
AAGGAAATAA AAGATTCTAC CTCTCAGCAT GATGACGATA ACATCTCAAC AACCAGTGGC 
TTCTCCTCTA GAGCATCTGA TAAAGATATC ACAGTTTCAA AAAATACTTC AGCACCACTG 
CTCTGGTCCC CAGAGGCTGA AAGATCTCAT TCCCTCTCAC AACATCCTGC ATCTAGCTCT 
AAAAAACCTG CATTCAATTT ATCTGCTTTT GGATCTCCCT CTCCTTCACT TGGAAACACT 
TCTGTCTTTA AGACAAGACA GCTTGGGGAT TCTCCATTTT ACCCTGGAAA GACCTCTTAC 
GGTGGTGCAG CTGCAGCAGC AAGGCAGACA AAAGTACAGA TTTCTGCTTA CCAGCCACCG 
GTAAAAAGAC AAATGAAAGC TAAACAAGCA AATGTGCAAT CCTATGGTGT GACAAGTTCC 
ACTGCGCGGC GCATCTTGCA GACATTGGAG AAGATGTCAA GCCCTTTGGC AGATGCTAAA 
AGGATTCCAT CTTCTGTTTC TAGTCCACTG TCTTCTCCTG TGGACAGGAG TGTGCTGAAT 
GTGACTGGCT TCCAATCCAG ACAAAACCAG ATGGATTCGC AACATCCACC TGTGCAGAAA 
CTTGTGACAC CAAAGCCAAT CTCCCTGACA GGGAGTCGGA TTACGTATTT TAAACCATCT 
CTGAAATCAG CTACTAATTC CAGAAAAATT CACCAAAGGG TAGATACAGA CCATCAAGAC 
ATAATAGACG AGAGTTTTCC TGCAGAAAAG CCTGTAAAAT CATCTGAAAG CAATTTGAGC 
TACCCCAAAC TTGATACTCC CGCATCCAAC GGTCTGTCTT CAGGAGGAAG GATGGATAGT 
GCCTGCGGCA AGATGAGAAG GGAAAGGGAG CGATACTGTG CATCAAGACC TGGACAAAAA 
CAACAACTGG AGATGGAGCA GGAAGAGCTA CCTGAGGTAC CCCTGCCCAT CAGTACTGCA 
TCGCTGCCGA CGTTCAGCTT CAGTTTCCCC GCCAGTAGTG CTGTGTCCTC ATCACCCAGC 
ATTGTTTCAA AAGCAGTGAT GAACAAGGTA CAACCAGCAA GTAATGTTGG CAGTCCTACA 
TTTGTATTTT CATCTCCAAT TGTGAAATCT ACCGAGGTGG AAGTGCTACC TCCATTATCT 
ATTAAGTTTA CATTTAGTGT TCCTGTCGTG AAGTCGTCAG AGCTTTCTGG ATCCACTGAT 
ACACCAGTGA CATCCATCCT TAGTCCAGGT AGTGCCACTG TAAACAGCAC CAGCAATAAG 
AAGGAAGAGG AAGAAGAATA TGATGGGTTC TGCAAACCTG CTAAATTCTT AAAGCAAGGA 
AGTGTGTTAG ACATTCTAAA AAGCCCCGGC TTTATGTCTG GGAAATCACC CTCCTGTTCA 
TCTGCACAGC CTGTTACGAG CACAGTGGTC TATACAAGGC CTGCAATAAG TAGTTTTTCT 
GCAGGTAAAG ACACCTCTAA ACAAACATCC TCGTTCTGGC AGTCTGACAC ACATGACCCG 
TGTCTGCAGA ACAAAACCAC AGATGGCAAC TGTGTAACAT GTGAAGCTGC TAAAGTGTCC 
ACTGTTGAGA GTACGAAGCA GACGGTCAGT GTGAGTCCGT GTGTCTCCTC CAAGACAGCA 
GTCCCTACAG CAGGGACACT GGGCTTTGAA GACAAATTTA AACCGGCACC CAACACTTGG 
GATTGTGATA CCTGTCTGGT CCAGAACAAA CCTGAAGCTA CAAAATGTAT AGCATGTGAT 
ACACCAAAGC CTGGAACAGG AGTGATGCCT GCTCTGACAA TGCCGATGGT CACGGACAAC 
TCGGTGACAG TAACATCCAC CACCAGCAGC ACGGGCACAA CAGTCACTCT GGGGTTTGGA 
GACAAATTTA AACAGCCAAA AGGCTCTTGG AACTGTTCAA TGTGCCTTGT ACAAAATAAG 
GCAGAAGACA GCAAATGTGT AGCTTGTCAG TCTGAGAAAC CAGGGAGCTC AGTGCCTGTG 
AGCAGTAGCA GTGTTTCTGC ATTTTCTGCT TCTTCTGGAG GTTTTCTGGA TTTAGACAAA 
TTCAAGAAGC CTGAAGGAAG TTGGGAATGT GAGGTCTGCT TGGTCCAAAA CAAAGCAGAA 
GCCACAAAAT GCATAGCCTG TCAAAATGCA AAGCCAGGCA CCAAAGCAGA GCTCAAAGGT 
TTTGGTACTG CTACTGTGTC TACAAATGCT GCAGCGCCAT CATTTACATT CGGTGTCCCC 
TCATCATCCT CTGAATCTTC TCAAACATTA GGTAGCACAG GAAATTTTAA ATTTGGAGAA 
CAGAGTAGCT TTAAGTTCGG CATTGCATCC GAATCTGCAT CGTCCAGCAC TGTGACTGGA 
GGATTTAAGT TTCCTACTGC TTCAGGGAAC TTCAAATTTG GAGTTTCTTC CTCAGACTCT 
AAATCAGAAG ACAGCAAAAA AGAAAGTAAA AGTAACAGTT TTACTTTTGG ACTTCCATCT 
ACAAGCAGTC AGGCTCCTTC AACATTTCAG TTTGGAACAA CGAGTCTGGG ACAGCAGGAA 
AAGAAAGAGG AACCAGTTTT GGGAGGTTTT GGTTTTGCTA CAAGTTCTAC TTCTTCCATA 
GCTACTAATG AGACTAAAAC TGGAGTCGGT GGCTTCACTT TTGGAACTAT GGCAGAAAAG 
GATGCAGCAT CACCTGCTTT GCCATTTAAG AAGTCAGATG AGAAAAAGGA TGAAACTGTT 
TCAACGAAGG GAGGCTTCTC TTTCAGCAGC GTGGAGTCTG CCCCTGCCTC GCAGTTTGTT 
TTGGGAAGGA CAGAAGAGAA GCAGGACTCT GTCACTTCTG CTGGTCCATT AGCATTTGGA 
AAGAAAGCTG ACAATGAAGA GTTAAAGGCA CAGCCTATCT TTTCATCTGG GACAGCTGAG 
CATACCAAAG AGGAGAGCAC AGCAAAACCT GTATTCAATT TTAGTTTCGG TAAACCATCG 
GAAAAGGAAA GTGATCAGTC AAAGGCACCT TTTGCATTCG GGGCGCCAAC CAGTACTTGC 
GATCAAGGAG CATCCTTCAG CTTCTTGAGC TCCAGTTCCT CCAGCACAGT GGTACCCACC 
ACTTCAGCCA ACAGCAGTGG TGTGTTTGGC AGCACCCTCT CTTCCTCAAA CCCTCAGCCA 
GTTCCCACTC CCTTTGTGTT TGGACAACCC AGCAACACTG TGACCAGCTC TGTTTTTGGC 
AATCCAGCAG AATCTGCAAC ATCTCAGTCA TTCGGCTTCT CTCAAGAAAA CAAGCCAGCA 
ACCACATCTT CCAGCGCTGG CTCAACTCTG ACTCCGTTTC TCTTTGCTTC AGGAGAGAGC 
AGTACCAATG CAGCAAATTC AGGATTTACT TTTGGAGCCA CAACTACATC AGGTTCAACA 
GGGTCATCGT CTTCGTTTCT GTTTGGCTCT GGGCCTCCAG CGCCTGCTGC TGGCCCAGCC 
TTTGGCGCCA GTCAGCCACC AGCATTTGGC CCAAGCCCAG GCTCTGGCCA GCAAAGCGCT 
CCAAGCTTTG GATCGCTGTC GACAACGTTG TTTTCTCCTG GCTCTCACCC TGCTCCTTCT 
GCCTTCGGCT CGGTGACAAG CAGCACTCAG CCCTCTGTGT TCGGACAACA GGCAGCCAAT 
CAGCCAACTT TTGGCTCTGG TACCCCCAGT GCTGGTTCTG TATTCCGGTT TGGAAGTAGT 
ACTACTAATT TCAGCTTTCC AAATAACCCA GGAGTATTCA CTTTTGGTGC AAATCCTCCT 
GCACCAGCAG CTCCTGCACC GCCTTCTGCC ACTTCAGGAT TTTCATTCAA CCAGCCTCCA 
GCATTTACAG TGGGGACTAA TGGGAAAAAT GTTTTCTCTG CCTCTGGATC TTCAGTTGCT 
GGTCGGAAGA TAAAGACTGC AGTTAGACGT AGAAAGTAA

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

RefSeq	XP_005525333.1
CDS	22..4380
Translation	MASGGSGGGGGKIRTRRHHLGAAKPPYARGKQQLGLLSRVTESVKNIVPGWLQKYFNKREDKCVDMNESASEEENPVNYHHDYANEDAMVIDGRVTPESARINLEEPSTSRSALNFSDVLTRPSLHRSHLNCTVLDSTVPHCQPSTSSTLGIGSPGLSLVKEIKDSTSQHDDDNISTTSGFSSRASDKDITVSKNTSAPLLWSPEAERSHSLSQHPASSSKKPAFNLSAFGSPSPSLGNTSVFKTRQLGDSPFYPGKTSYGGAAAAARQTKVQISAYQPPVKRQMKAKQANVQSYGVTSSTARRILQTLEKMSSPLADAKRIPSSVSSPLSSPVDRSVLNVTGFQSRQNQMDSQHPPVQKLVTPKPISLTGSRITYFKPSLKSATNSRKIHQRVDTDHQDIIDESFPAEKPVKSSESNLSYPKLDTPASNGLSSGGRMDSACGKMRRERERYCASRPGQKQQLEMEQEELPEVPLPISTASLPTFSFSFPASSAVSSSPSIVSKAVMNKVQPASNVGSPTFVFSSPIVKSTEVEVLPPLSIKFTFSVPVVKSSELSGSTDTPVTSILSPGSATVNSTSNKKEEEEEYDGFCKPAKFLKQGSVLDILKSPGFMSGKSPSCSSAQPVTSTVVYTRPAISSFSAGKDTSKQTSSFWQSDTHDPCLQNKTTDGNCVTCEAAKVSTVESTKQTVSVSPCVSSKTAVPTAGTLGFEDKFKPAPNTWDCDTCLVQNKPEATKCIACDTPKPGTGVMPALTMPMVTDNSVTVTSTTSSTGTTVTLGFGDKFKQPKGSWNCSMCLVQNKAEDSKCVACQSEKPGSSVPVSSSSVSAFSASSGGFLDLDKFKKPEGSWECEVCLVQNKAEATKCIACQNAKPGTKAELKGFGTATVSTNAAAPSFTFGVPSSSSESSQTLGSTGNFKFGEQSSFKFGIASESASSSTVTGGFKFPTASGNFKFGVSSSDSKSEDSKKESKSNSFTFGLPSTSSQAPSTFQFGTTSLGQQEKKEEPVLGGFGFATSSTSSIATNETKTGVGGFTFGTMAEKDAASPALPFKKSDEKKDETVSTKGGFSFSSVESAPASQFVLGRTEEKQDSVTSAGPLAFGKKADNEELKAQPIFSSGTAEHTKEESTAKPVFNFSFGKPSEKESDQSKAPFAFGAPTSTCDQGASFSFLSSSSSSTVVPTTSANSSGVFGSTLSSSNPQPVPTPFVFGQPSNTVTSSVFGNPAESATSQSFGFSQENKPATTSSSAGSTLTPFLFASGESSTNAANSGFTFGATTTSGSTGSSSSFLFGSGPPAPAAGPAFGASQPPAFGPSPGSGQQSAPSFGSLSTTLFSPGSHPAPSAFGSVTSSTQPSVFGQQAANQPTFGSGTPSAGSVFRFGSSTTNFSFPNNPGVFTFGANPPAPAAPAPPSATSGFSFNQPPAFTVGTNGKNVFSASGSSVAGRKIKTAVRRRK

Target ORF information:

RefSeq Version	XM_005525276.2
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis nucleoporin 153kDa (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_005525276.2

ORF Insert Sequence:

ATGGCCTCGG GTGGCAGCGG CGGCGGCGGC GGCAAGATCC GGACCCGACG GCACCACCTG 
GGAGCCGCGA AGCCGCCCTA CGCGAGGGGC AAGCAGCAGC TGGGGCTCCT TAGCAGAGTG 
ACTGAATCAG TGAAAAACAT TGTACCAGGA TGGTTGCAGA AGTATTTCAA TAAAAGGGAA 
GATAAATGTG TAGATATGAA TGAATCTGCA AGCGAGGAAG AGAATCCAGT AAACTATCAC 
CATGATTATG CAAATGAAGA TGCCATGGTA ATTGATGGGA GAGTCACGCC TGAATCAGCA 
AGAATTAATT TAGAAGAGCC ATCCACGAGC AGGTCTGCGC TGAACTTCTC GGATGTGTTA 
ACAAGGCCCT CCCTTCACCG GAGCCATTTG AACTGCACCG TGTTGGATTC CACAGTCCCA 
CACTGTCAGC CCTCCACATC TTCCACACTT GGCATTGGCA GTCCTGGGCT GTCCCTCGTA 
AAGGAAATAA AAGATTCTAC CTCTCAGCAT GATGACGATA ACATCTCAAC AACCAGTGGC 
TTCTCCTCTA GAGCATCTGA TAAAGATATC ACAGTTTCAA AAAATACTTC AGCACCACTG 
CTCTGGTCCC CAGAGGCTGA AAGATCTCAT TCCCTCTCAC AACATCCTGC ATCTAGCTCT 
AAAAAACCTG CATTCAATTT ATCTGCTTTT GGATCTCCCT CTCCTTCACT TGGAAACACT 
TCTGTCTTTA AGACAAGACA GCTTGGGGAT TCTCCATTTT ACCCTGGAAA GACCTCTTAC 
GGTGGTGCAG CTGCAGCAGC AAGGCAGACA AAAGTACAGA TTTCTGCTTA CCAGCCACCG 
GTAAAAAGAC AAATGAAAGC TAAACAAGCA AATGTGCAAT CCTATGGTGT GACAAGTTCC 
ACTGCGCGGC GCATCTTGCA GACATTGGAG AAGATGTCAA GCCCTTTGGC AGATGCTAAA 
AGGATTCCAT CTTCTGTTTC TAGTCCACTG TCTTCTCCTG TGGACAGGAG TGTGCTGAAT 
GTGACTGGCT TCCAATCCAG ACAAAACCAG ATGGATTCGC AACATCCACC TGTGCAGAAA 
CTTGTGACAC CAAAGCCAAT CTCCCTGACA GGGAGTCGGA TTACGTATTT TAAACCATCT 
CTGAAATCAG CTACTAATTC CAGAAAAATT CACCAAAGGG TAGATACAGA CCATCAAGAC 
ATAATAGACG AGAGTTTTCC TGCAGAAAAG CCTGTAAAAT CATCTGAAAG CAATTTGAGC 
TACCCCAAAC TTGATACTCC CGCATCCAAC GGTCTGTCTT CAGGAGGAAG GATGGATAGT 
GCCTGCGGCA AGATGAGAAG GGAAAGGGAG CGATACTGTG CATCAAGACC TGGACAAAAA 
CAACAACTGG AGATGGAGCA GGAAGAGCTA CCTGAGGTAC CCCTGCCCAT CAGTACTGCA 
TCGCTGCCGA CGTTCAGCTT CAGTTTCCCC GCCAGTAGTG CTGTGTCCTC ATCACCCAGC 
ATTGTTTCAA AAGCAGTGAT GAACAAGGTA CAACCAGCAA GTAATGTTGG CAGTCCTACA 
TTTGTATTTT CATCTCCAAT TGTGAAATCT ACCGAGGTGG AAGTGCTACC TCCATTATCT 
ATTAAGTTTA CATTTAGTGT TCCTGTCGTG AAGTCGTCAG AGCTTTCTGG ATCCACTGAT 
ACACCAGTGA CATCCATCCT TAGTCCAGGT AGTGCCACTG TAAACAGCAC CAGCAATAAG 
AAGGAAGAGG AAGAAGAATA TGATGGGTTC TGCAAACCTG CTAAATTCTT AAAGCAAGGA 
AGTGTGTTAG ACATTCTAAA AAGCCCCGGC TTTATGTCTG GGAAATCACC CTCCTGTTCA 
TCTGCACAGC CTGTTACGAG CACAGTGGTC TATACAAGGC CTGCAATAAG TAGTTTTTCT 
GCAGGTAAAG ACACCTCTAA ACAAACATCC TCGTTCTGGC AGTCTGACAC ACATGACCCG 
TGTCTGCAGA ACAAAACCAC AGATGGCAAC TGTGTAACAT GTGAAGCTGC TAAAGTGTCC 
ACTGTTGAGA GTACGAAGCA GACGGTCAGT GTGAGTCCGT GTGTCTCCTC CAAGACAGCA 
GTCCCTACAG CAGGGACACT GGGCTTTGAA GACAAATTTA AACCGGCACC CAACACTTGG 
GATTGTGATA CCTGTCTGGT CCAGAACAAA CCTGAAGCTA CAAAATGTAT AGCATGTGAT 
ACACCAAAGC CTGGAACAGG AGTGATGCCT GCTCTGACAA TGCCGATGGT CACGGACAAC 
TCGGTGACAG TAACATCCAC CACCAGCAGC ACGGGCACAA CAGTCACTCT GGGGTTTGGA 
GACAAATTTA AACAGCCAAA AGGCTCTTGG AACTGTTCAA TGTGCCTTGT ACAAAATAAG 
GCAGAAGACA GCAAATGTGT AGCTTGTCAG TCTGAGAAAC CAGGGAGCTC AGTGCCTGTG 
AGCAGTAGCA GTGTTTCTGC ATTTTCTGCT TCTTCTGGAG GTTTTCTGGA TTTAGACAAA 
TTCAAGAAGC CTGAAGGAAG TTGGGAATGT GAGGTCTGCT TGGTCCAAAA CAAAGCAGAA 
GCCACAAAAT GCATAGCCTG TCAAAATGCA AAGCCAGGCA CCAAAGCAGA GCTCAAAGGT 
TTTGGTACTG CTACTGTGTC TACAAATGCT GCAGCGCCAT CATTTACATT CGGTGTCCCC 
TCATCATCCT CTGAATCTTC TCAAACATTA GGTAGCACAG GAAATTTTAA ATTTGGAGAA 
CAGAGTAGCT TTAAGTTCGG CATTGCATCC GAATCTGCAT CGTCCAGCAC TGTGACTGGA 
GGATTTAAGT TTCCTACTGC TTCAGGGAAC TTCAAATTTG GAGTTTCTTC CTCAGACTCT 
AAATCAGAAG ACAGCAAAAA AGAAAGTAAA AGTAACAGTT TTACTTTTGG ACTTCCATCT 
ACAAGCAGTC AGGCTCCTTC AACATTTCAG TTTGGAACAA CGAGTCTGGG ACAGCAGGAA 
AAGAAAGAGG AACCAGTTTT GGGAGGTTTT GGTTTTGCTA CAAGTTCTAC TTCTTCCATA 
GCTACTAATG AGACTAAAAC TGGAGTCGGT GGCTTCACTT TTGGAACTAT GGCAGAAAAG 
GATGCAGCAT CACCTGCTTT GCCATTTAAG AAGTCAGATG AGAAAAAGGA TGAAACTGTT 
TCAACGAAGG GAGGCTTCTC TTTCAGCAGC GTGGAGTCTG CCCCTGCCTC GCAGTTTGTT 
TTGGGAAGGA CAGAAGAGAA GCAGGACTCT GTCACTTCTG CTGGTCCATT AGCATTTGGA 
AAGAAAGCTG ACAATGAAGA GTTAAAGGCA CAGCCTATCT TTTCATCTGG GACAGCTGAG 
CATACCAAAG AGGAGAGCAC AGCAAAACCT GTATTCAATT TTAGTTTCGG TAAACCATCG 
GAAAAGGAAA GTGATCAGTC AAAGGCACCT TTTGCATTCG GGGCGCCAAC CAGTACTTGC 
GATCAAGGAG CATCCTTCAG CTTCTTGAGC TCCAGTTCCT CCAGCACAGT GGTACCCACC 
ACTTCAGCCA ACAGCAGTGG TGTGTTTGGC AGCACCCTCT CTTCCTCAAA CCCTCAGCCA 
GTTCCCACTC CCTTTGTGTT TGGACAACCC AGCAACACTG TGACCAGCTC TGTTTTTGGC 
AATCCAGCAG AATCTGCAAC ATCTCAGTCA TTCGGCTTCT CTCAAGAAAA CAAGCCAGCA 
ACCACATCTT CCAGCGCTGG CTCAACTCTG ACTCCGTTTC TCTTTGCTTC AGGAGAGAGC 
AGTACCAATG CAGCAAATTC AGGATTTACT TTTGGAGCCA CAACTACATC AGGTTCAACA 
GGGTCATCGT CTTCGTTTCT GTTTGGCTCT GGGCCTCCAG CGCCTGCTGC TGGCCCAGCC 
TTTGGCGCCA GTCAGCCACC AGCATTTGGC CCAAGCCCAG GCTCTGGCCA GCAAAGCGCT 
CCAAGCTTTG GATCGCTGTC GACAACGTTG TTTTCTCCTG GCTCTCACCC TGCTCCTTCT 
GCCTTCGGCT CGGTGACAAG CAGCACTCAG CCCTCTGTGT TCGGACAACA GGCAGCCAAT 
CAGCCAACTT TTGGCTCTGG TACCCCCAGT GCTGGTTCTG TATTCCGGTT TGGAAGTAGT 
ACTACTAATT TCAGCTTTCC AAATAACCCA GGAGTATTCA CTTTTGGTGC AAATCCTCCT 
GCACCAGCAG CTCCTGCACC GCCTTCTGCC ACTTCAGGAT TTTCATTCAA CCAGCCTCCA 
GCATTTACAG TGGGGACTAA TGGGAAAAAT GTTTTCTCTG CCTCTGGATC TTCAGTTGCT 
GGTCGGAAGA TAAAGACTGC AGTTAGACGT AGAAAGTAA