NUP153 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	NUP153
Entrez Gene ID	106500389
Full Name	nucleoporin 153
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013962131.1	XP_013817585.1	nuclear pore complex protein Nup153

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
OAp09278	XM_013962131.1 Latest version!	Apteryx australis mantelli nucleoporin 153kDa (NUP153), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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_013962131.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013817585.1 Apteryx australis mantelli nucleoporin 153kDa (NUP153), mRNA.

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CloneID	OAp09278
Clone ID Related Accession (Same CDS sequence)	XM_013962131.1
Accession Version	XM_013962131.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4275bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	nuclear pore complex protein Nup153
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013987126.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCCGCAGG GAATCATTAG CAGAGTGACA GAATCGGTGA AAAACATCGT GCCAGGATGG 
TTACAGAAGT ATTTCAATAA AAGCGAAGAT GAATGTGTAG ATACAAATGA ATCTACAAAC 
CGGGAAGAGA ATCCGGTAAA TTTTCATCAT GATTATCCAG ATGAAGATAC CATAGTGATT 
GATGGGAGAG TCACGCCTGA ATCAGCAAGA ATTAATTTAG AAGAACCATC CACGAGTAGA 
TCTGCATTAA ACTTTTCGGA TGTGTTAACA AGGCCTTCTC TTCATCGGAG CCACTTGAAC 
TGTACCATGT TGGATTCCAC AGTACCACAT TGTCAGCCCT CTACATCTTC TGCACTTGGC 
ATTGGCAGTC CTGGACTCTC TCTTGTAAAA GAAATAAAAG ATTCTACCTC TCAGCATGAT 
GATGATAACA TCTCAACAAC CAGTGGCTTC TCCTCTAGAG CATCTGATAA AGATATAGCA 
GTTTCAAAAA ATACATTGGC TCCACCACTC TGGTCCCCAG AGGCTGAAAG ATCTCATTCC 
CTCTCACAGC ATACTGCATC TAGTTCTAAA AAACCTGCAT TCAACTTATC TGCTTTTGGA 
GCGCTCTCTC CTTCACTTGG AAACACTTCT GTGTTTAAGA CAAGTCAGCT TGGGGATTCT 
CCGTTTTACC CTGGAAAGAC CACTTACGGT GGTGCAGCTG CAGCAGTGAG ACAGACGAAA 
GGGCGAATTG CTCCTTATCA GACACCAGTA AGAAGACAAA TGAAAGCTAA ACAAGCAAAT 
GTGCAATCCT ATGGTGTGAC AAGTTCCACA GCACGGCGCA TCTTGCAGTC TTTGGAGAAG 
ATGTCAAGTC CTTTGGCGGA TGCTAAAAGG ATTCCATCTT CTGTTTCTAC TCCACTGTCT 
TCTCCTGTAG ACAGGAGTGT GCTGGGTATT ACTGGCTTCC ATTCAAAACG AAAACAGATG 
GAAACTCAAC ATCCACCTGT CCAGAAACTT GTGACACCGA AGGCAATCTC TCTGTCAGCG 
AGTCGGACCC AGTATTTTAA ACCATCTTTG ACTCCAGCTA CTGATTCCAC TAAAGTTCGC 
CAGAGAGTAG ATACAAAGCA CAAAGGGATG AGAGAGAAGA GTTTGCCTGC AGAACAGCAA 
GTAGAATCAC CTGAAAGCAA TTTGACATAC CCCAAATTCA GTACTCCTGC ATCCAATGGT 
CTATCTTTGG GAGGAGGAGT GAGTGGTGGT GGCAAGATGA GAAGGGAAAG AGGAGTACGT 
TATGTATCAA AGCCTGGGCA AGAACAACAG GAAGTGGAGG AACCAGTACT ACCGAAAATA 
TCCTTACCCA TCAGTACTAC ATCGTTGCCT CAGTTTAGTT TTAGTTCTCT TACAAGTAAT 
GCTGTCTCAT CATCACCAAG CACTGTTTCA ACATCAGTGA TGAACAAGGT ACAACTAGCA 
AGTAATGTTG GCAGTCCTGT GTTCAGATTT TCATCCCCAA TTGTAAAATC AACTGAGGCA 
GAAGTGCTAC CTCCATTGTC TCAGATCGGG TTTACGTTTA GTGTTCCTGT TGTAAAATCA 
GCAGAGCTTT CTGGATCCAG TGATACGCCA GTGACATCCC TACTTACCCT AGACACCACC 
ACTGTAAACA GCACCAGCAA TAAGAAGGAA GAAAACGAAG AGTACGATGG CCCCTTCAAA 
CCTGCAAAAG TCTTAAAAGA AGGGAGTGTG TTAGATATTC TAAAAAACCC TGGCTTTACT 
GCTCTGAAGG CCCACACCTC TACAGCTGCA CAGCCTGTTA CAGCAAGCAC AGTGGTCTAT 
ACAAGACCCG CAATAAGTAG TTTTTCTGCA GGTAAAGAGA CCTCTAAACA AGCTTCATCG 
TATTGGCAGT CTGACACGTG CAACCCATGT CTGCAGAACA AGGCCACGGA TAGCAAATGC 
GGAACCTGTC AAGCTGCTAA AGTGTCGACA GCTGAGAGTA CAAAACAGAC GATAAGCTCG 
AGTCCAAGCA GCATCTCTAA GTCCGCAGCC CCCACAGCAG GGGCGCTGGG CTTTGGAGAC 
AAATTTAAAA CAGCACCTGG AACATGGGAT TGTGATACGT GTCTAGTCCA GAACAAACCT 
GAAGCTACCA AATGCATCGC GTGTGAGACA CCAAAGCCTG GCACAGGAGT AATGCCTGCT 
CTTACACTGC CAGCAGTCAC GGACACCTCG GCGACAGTTA CTTCCTCCTC CAGCGGCACT 
GACGCAGCGG TCGCCCCGGG GTTTGGAGAC AAGTTTAAGA AGCCAAAAGG CTCCTGGGAC 
TGTACAGTGT GCCTTGTGTC AAATAAGGCC GAAGACAGCA AATGCGTAGC CTGCCAGTCC 
GAGAAACCAG GGAGCTCAGT GCCTGTGACC AGTAGCAGTG CTTCTGCCTT TTCTGCTTCT 
TCTGGAGGAT TGCTGGATTT AGACAAATTC AAGAAGCCTG AAGGAAGCTG GGACCGTGAG 
GTCGGCTTGG TCCAAAACAA AGCAGAAGCC ACCAAATGTG TAGCCTGTGA AAATGCAAAG 
CCAGGCACCA AAGCAGAGCT CAAAGGGTTT GGTACTGCTC CTGTGTCCTC AAATGCTGCA 
ACGCCGTCAT TTACATTCGG TGTTCGGTCA TCATCCTCTG ACTCTTCTTG TACATTAGGC 
AGCTCAAGAA GTTTTGCATT CAGTGAACAA GGGGCCTTCA AGTTTGGTAT TGCATTTGAA 
TCTGCATCCT CCAACACTGG GACTGGGGGA TTTAAGTTTC CCAGCAGTTC AGGGGACTTC 
AAATTTGGAG TTTCCTCCTC AGACTCCAAA GCCGAAGACG GTAAGAAAGA AGAGAAAAAC 
AGCAGTTTTA CTTTTGGACT TCCACCTACG AGCAGCCAGG CTCCTTCAAC GTTTCAGTTT 
GGGGCAGGGA GCCTGGGGCA GCAGGAAAAG AAGGAGGAAC CAGTCTTGGG AGGCTTCGGT 
TTTGGCACAA GTTCTACTTC TTCCATAGCT CCCACTGAGA GTAAGACAGG AGTCAGCGGC 
TTCGGTTTTG GAACCGTGGC AGAAAAGGAG GTTGCGTCGG CTTCCTTTGC GTTTAAGAAG 
TCCGACGAGA AAAAGGACGA AACTCCTTCC ACAAAGGCAG GCTTCTCTTT TGGCAATGTG 
GAGTCCGCAC CTGCCTCACA GTTTGTTTTG GGAAGGACAG AAGAGAAACA GGACCCTGTC 
ACTTCTGCTG CTCCACTAGT GTTTGGAAAG AAAGCTGACA GTGAAGAGCC AAAGGCACAG 
CCTATCTTTT CATTTGGGAA GCCTGAGCAT ACCAAAGAGG AGAGCACAGC AAAATCTACG 
TTCAACTTTA GTTTCATAAA ACCCTCAGAG AAGGAAACTG AGCAGGCAAA GCCAGCTTTC 
GCATTCGGGG CACAAACCAG TACTTCAGAT CAAGGAGCAG TGAAGCCAGC CTTCAGCTTC 
TTGAGCTCTA GTTCCTCCAG CACAGCTGTA CCCACATCTT CAGCCGACAG CAGCAATGTG 
TTTGGCAGCT CCACCGCTTC CTCAAATCAT CAACCAGTTC CTGCTCCCTT TGTGTTTGGA 
CAAGCCAGCA ACACTGTGAG CAGCTCTGCT TTTGGCAATT CTGCGGAATC TACAGCATCT 
CAATCATTTG GCTTCTCTCA GGAAAACAAA CCAGCAACCA CATCCTCCAG CACTGGTGCG 
GCTGTTGCTC CATTTGTCTT TGGTTCGGGA GCCAGCAGTA GCAATGCAGC AAATTCTGGC 
TTTACCTTTG GAGCCACAAC CACATCAAGT TCAACAGGGT CGTCCTCTTC ATTTGTGTTT 
GGTTCTGGAT CTTCAGCGCC TGCTGCTGGC CCAGCATTTG GTGCCAGTCA GTTACCAGCC 
TTTGGCCAGA GCCAAGGGTC CAGCCAGCCA AATGCTCCAA CTTTCGGATC GCTGTCGACA 
ACGTTGTTTT CTGCTGGTTC TCAGCCTGCT CCTCCCGCTT TTGGCTCCGT GACGAGCAGT 
AGTCAGCCCC CTGTGTTTGG ACAGCAAGCA AGCCAACAGC CAGGGTTTGG CTCTGGTACT 
TCCGCCACTG GTCCTGTATT CCAGTTTGGA AGTAATACTG CTAATTTCAG CTTTCCAAAC 
AACCCAGGAG TATTTACTTT TGGTGCAAAT CCTAATGCAC CAACAGCACC GGCGCAGCCT 
TCTGGCTCTT CAGGATTTTC ATTCAACCAG CCTCCAGCAT TTACAGTGGG GACTAATGGG 
AAAAATATTT TCTCTGCCTT TGGATCTTCA GTTTCTGGTC GGAAGATAAA GACTGCAGTT 
AGACGTAGAA AATAA

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

RefSeq	XP_013817585.1
CDS	1..4275
Translation	MPQGIISRVTESVKNIVPGWLQKYFNKSEDECVDTNESTNREENPVNFHHDYPDEDTIVIDGRVTPESARINLEEPSTSRSALNFSDVLTRPSLHRSHLNCTMLDSTVPHCQPSTSSALGIGSPGLSLVKEIKDSTSQHDDDNISTTSGFSSRASDKDIAVSKNTLAPPLWSPEAERSHSLSQHTASSSKKPAFNLSAFGALSPSLGNTSVFKTSQLGDSPFYPGKTTYGGAAAAVRQTKGRIAPYQTPVRRQMKAKQANVQSYGVTSSTARRILQSLEKMSSPLADAKRIPSSVSTPLSSPVDRSVLGITGFHSKRKQMETQHPPVQKLVTPKAISLSASRTQYFKPSLTPATDSTKVRQRVDTKHKGMREKSLPAEQQVESPESNLTYPKFSTPASNGLSLGGGVSGGGKMRRERGVRYVSKPGQEQQEVEEPVLPKISLPISTTSLPQFSFSSLTSNAVSSSPSTVSTSVMNKVQLASNVGSPVFRFSSPIVKSTEAEVLPPLSQIGFTFSVPVVKSAELSGSSDTPVTSLLTLDTTTVNSTSNKKEENEEYDGPFKPAKVLKEGSVLDILKNPGFTALKAHTSTAAQPVTASTVVYTRPAISSFSAGKETSKQASSYWQSDTCNPCLQNKATDSKCGTCQAAKVSTAESTKQTISSSPSSISKSAAPTAGALGFGDKFKTAPGTWDCDTCLVQNKPEATKCIACETPKPGTGVMPALTLPAVTDTSATVTSSSSGTDAAVAPGFGDKFKKPKGSWDCTVCLVSNKAEDSKCVACQSEKPGSSVPVTSSSASAFSASSGGLLDLDKFKKPEGSWDREVGLVQNKAEATKCVACENAKPGTKAELKGFGTAPVSSNAATPSFTFGVRSSSSDSSCTLGSSRSFAFSEQGAFKFGIAFESASSNTGTGGFKFPSSSGDFKFGVSSSDSKAEDGKKEEKNSSFTFGLPPTSSQAPSTFQFGAGSLGQQEKKEEPVLGGFGFGTSSTSSIAPTESKTGVSGFGFGTVAEKEVASASFAFKKSDEKKDETPSTKAGFSFGNVESAPASQFVLGRTEEKQDPVTSAAPLVFGKKADSEEPKAQPIFSFGKPEHTKEESTAKSTFNFSFIKPSEKETEQAKPAFAFGAQTSTSDQGAVKPAFSFLSSSSSSTAVPTSSADSSNVFGSSTASSNHQPVPAPFVFGQASNTVSSSAFGNSAESTASQSFGFSQENKPATTSSSTGAAVAPFVFGSGASSSNAANSGFTFGATTTSSSTGSSSSFVFGSGSSAPAAGPAFGASQLPAFGQSQGSSQPNAPTFGSLSTTLFSAGSQPAPPAFGSVTSSSQPPVFGQQASQQPGFGSGTSATGPVFQFGSNTANFSFPNNPGVFTFGANPNAPTAPAQPSGSSGFSFNQPPAFTVGTNGKNIFSAFGSSVSGRKIKTAVRRRK

Target ORF information:

RefSeq Version	XM_013962131.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli nucleoporin 153kDa (NUP153), mRNA.

Target ORF information:

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

XM_013962131.1

ORF Insert Sequence:

ATGCCGCAGG GAATCATTAG CAGAGTGACA GAATCGGTGA AAAACATCGT GCCAGGATGG 
TTACAGAAGT ATTTCAATAA AAGCGAAGAT GAATGTGTAG ATACAAATGA ATCTACAAAC 
CGGGAAGAGA ATCCGGTAAA TTTTCATCAT GATTATCCAG ATGAAGATAC CATAGTGATT 
GATGGGAGAG TCACGCCTGA ATCAGCAAGA ATTAATTTAG AAGAACCATC CACGAGTAGA 
TCTGCATTAA ACTTTTCGGA TGTGTTAACA AGGCCTTCTC TTCATCGGAG CCACTTGAAC 
TGTACCATGT TGGATTCCAC AGTACCACAT TGTCAGCCCT CTACATCTTC TGCACTTGGC 
ATTGGCAGTC CTGGACTCTC TCTTGTAAAA GAAATAAAAG ATTCTACCTC TCAGCATGAT 
GATGATAACA TCTCAACAAC CAGTGGCTTC TCCTCTAGAG CATCTGATAA AGATATAGCA 
GTTTCAAAAA ATACATTGGC TCCACCACTC TGGTCCCCAG AGGCTGAAAG ATCTCATTCC 
CTCTCACAGC ATACTGCATC TAGTTCTAAA AAACCTGCAT TCAACTTATC TGCTTTTGGA 
GCGCTCTCTC CTTCACTTGG AAACACTTCT GTGTTTAAGA CAAGTCAGCT TGGGGATTCT 
CCGTTTTACC CTGGAAAGAC CACTTACGGT GGTGCAGCTG CAGCAGTGAG ACAGACGAAA 
GGGCGAATTG CTCCTTATCA GACACCAGTA AGAAGACAAA TGAAAGCTAA ACAAGCAAAT 
GTGCAATCCT ATGGTGTGAC AAGTTCCACA GCACGGCGCA TCTTGCAGTC TTTGGAGAAG 
ATGTCAAGTC CTTTGGCGGA TGCTAAAAGG ATTCCATCTT CTGTTTCTAC TCCACTGTCT 
TCTCCTGTAG ACAGGAGTGT GCTGGGTATT ACTGGCTTCC ATTCAAAACG AAAACAGATG 
GAAACTCAAC ATCCACCTGT CCAGAAACTT GTGACACCGA AGGCAATCTC TCTGTCAGCG 
AGTCGGACCC AGTATTTTAA ACCATCTTTG ACTCCAGCTA CTGATTCCAC TAAAGTTCGC 
CAGAGAGTAG ATACAAAGCA CAAAGGGATG AGAGAGAAGA GTTTGCCTGC AGAACAGCAA 
GTAGAATCAC CTGAAAGCAA TTTGACATAC CCCAAATTCA GTACTCCTGC ATCCAATGGT 
CTATCTTTGG GAGGAGGAGT GAGTGGTGGT GGCAAGATGA GAAGGGAAAG AGGAGTACGT 
TATGTATCAA AGCCTGGGCA AGAACAACAG GAAGTGGAGG AACCAGTACT ACCGAAAATA 
TCCTTACCCA TCAGTACTAC ATCGTTGCCT CAGTTTAGTT TTAGTTCTCT TACAAGTAAT 
GCTGTCTCAT CATCACCAAG CACTGTTTCA ACATCAGTGA TGAACAAGGT ACAACTAGCA 
AGTAATGTTG GCAGTCCTGT GTTCAGATTT TCATCCCCAA TTGTAAAATC AACTGAGGCA 
GAAGTGCTAC CTCCATTGTC TCAGATCGGG TTTACGTTTA GTGTTCCTGT TGTAAAATCA 
GCAGAGCTTT CTGGATCCAG TGATACGCCA GTGACATCCC TACTTACCCT AGACACCACC 
ACTGTAAACA GCACCAGCAA TAAGAAGGAA GAAAACGAAG AGTACGATGG CCCCTTCAAA 
CCTGCAAAAG TCTTAAAAGA AGGGAGTGTG TTAGATATTC TAAAAAACCC TGGCTTTACT 
GCTCTGAAGG CCCACACCTC TACAGCTGCA CAGCCTGTTA CAGCAAGCAC AGTGGTCTAT 
ACAAGACCCG CAATAAGTAG TTTTTCTGCA GGTAAAGAGA CCTCTAAACA AGCTTCATCG 
TATTGGCAGT CTGACACGTG CAACCCATGT CTGCAGAACA AGGCCACGGA TAGCAAATGC 
GGAACCTGTC AAGCTGCTAA AGTGTCGACA GCTGAGAGTA CAAAACAGAC GATAAGCTCG 
AGTCCAAGCA GCATCTCTAA GTCCGCAGCC CCCACAGCAG GGGCGCTGGG CTTTGGAGAC 
AAATTTAAAA CAGCACCTGG AACATGGGAT TGTGATACGT GTCTAGTCCA GAACAAACCT 
GAAGCTACCA AATGCATCGC GTGTGAGACA CCAAAGCCTG GCACAGGAGT AATGCCTGCT 
CTTACACTGC CAGCAGTCAC GGACACCTCG GCGACAGTTA CTTCCTCCTC CAGCGGCACT 
GACGCAGCGG TCGCCCCGGG GTTTGGAGAC AAGTTTAAGA AGCCAAAAGG CTCCTGGGAC 
TGTACAGTGT GCCTTGTGTC AAATAAGGCC GAAGACAGCA AATGCGTAGC CTGCCAGTCC 
GAGAAACCAG GGAGCTCAGT GCCTGTGACC AGTAGCAGTG CTTCTGCCTT TTCTGCTTCT 
TCTGGAGGAT TGCTGGATTT AGACAAATTC AAGAAGCCTG AAGGAAGCTG GGACCGTGAG 
GTCGGCTTGG TCCAAAACAA AGCAGAAGCC ACCAAATGTG TAGCCTGTGA AAATGCAAAG 
CCAGGCACCA AAGCAGAGCT CAAAGGGTTT GGTACTGCTC CTGTGTCCTC AAATGCTGCA 
ACGCCGTCAT TTACATTCGG TGTTCGGTCA TCATCCTCTG ACTCTTCTTG TACATTAGGC 
AGCTCAAGAA GTTTTGCATT CAGTGAACAA GGGGCCTTCA AGTTTGGTAT TGCATTTGAA 
TCTGCATCCT CCAACACTGG GACTGGGGGA TTTAAGTTTC CCAGCAGTTC AGGGGACTTC 
AAATTTGGAG TTTCCTCCTC AGACTCCAAA GCCGAAGACG GTAAGAAAGA AGAGAAAAAC 
AGCAGTTTTA CTTTTGGACT TCCACCTACG AGCAGCCAGG CTCCTTCAAC GTTTCAGTTT 
GGGGCAGGGA GCCTGGGGCA GCAGGAAAAG AAGGAGGAAC CAGTCTTGGG AGGCTTCGGT 
TTTGGCACAA GTTCTACTTC TTCCATAGCT CCCACTGAGA GTAAGACAGG AGTCAGCGGC 
TTCGGTTTTG GAACCGTGGC AGAAAAGGAG GTTGCGTCGG CTTCCTTTGC GTTTAAGAAG 
TCCGACGAGA AAAAGGACGA AACTCCTTCC ACAAAGGCAG GCTTCTCTTT TGGCAATGTG 
GAGTCCGCAC CTGCCTCACA GTTTGTTTTG GGAAGGACAG AAGAGAAACA GGACCCTGTC 
ACTTCTGCTG CTCCACTAGT GTTTGGAAAG AAAGCTGACA GTGAAGAGCC AAAGGCACAG 
CCTATCTTTT CATTTGGGAA GCCTGAGCAT ACCAAAGAGG AGAGCACAGC AAAATCTACG 
TTCAACTTTA GTTTCATAAA ACCCTCAGAG AAGGAAACTG AGCAGGCAAA GCCAGCTTTC 
GCATTCGGGG CACAAACCAG TACTTCAGAT CAAGGAGCAG TGAAGCCAGC CTTCAGCTTC 
TTGAGCTCTA GTTCCTCCAG CACAGCTGTA CCCACATCTT CAGCCGACAG CAGCAATGTG 
TTTGGCAGCT CCACCGCTTC CTCAAATCAT CAACCAGTTC CTGCTCCCTT TGTGTTTGGA 
CAAGCCAGCA ACACTGTGAG CAGCTCTGCT TTTGGCAATT CTGCGGAATC TACAGCATCT 
CAATCATTTG GCTTCTCTCA GGAAAACAAA CCAGCAACCA CATCCTCCAG CACTGGTGCG 
GCTGTTGCTC CATTTGTCTT TGGTTCGGGA GCCAGCAGTA GCAATGCAGC AAATTCTGGC 
TTTACCTTTG GAGCCACAAC CACATCAAGT TCAACAGGGT CGTCCTCTTC ATTTGTGTTT 
GGTTCTGGAT CTTCAGCGCC TGCTGCTGGC CCAGCATTTG GTGCCAGTCA GTTACCAGCC 
TTTGGCCAGA GCCAAGGGTC CAGCCAGCCA AATGCTCCAA CTTTCGGATC GCTGTCGACA 
ACGTTGTTTT CTGCTGGTTC TCAGCCTGCT CCTCCCGCTT TTGGCTCCGT GACGAGCAGT 
AGTCAGCCCC CTGTGTTTGG ACAGCAAGCA AGCCAACAGC CAGGGTTTGG CTCTGGTACT 
TCCGCCACTG GTCCTGTATT CCAGTTTGGA AGTAATACTG CTAATTTCAG CTTTCCAAAC 
AACCCAGGAG TATTTACTTT TGGTGCAAAT CCTAATGCAC CAACAGCACC GGCGCAGCCT 
TCTGGCTCTT CAGGATTTTC ATTCAACCAG CCTCCAGCAT TTACAGTGGG GACTAATGGG 
AAAAATATTT TCTCTGCCTT TGGATCTTCA GTTTCTGGTC GGAAGATAAA GACTGCAGTT 
AGACGTAGAA AATAA