Spata31e1 cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Spata31e1
Entrez Gene ID	100911971
Full Name	SPATA31 subfamily E, member 1
General protein information	Preferred Names SPATA31 subfamily E, member 1 Names uncharacterized protein Spata31e1
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: 9 Map Location: 9q21

mRNA and Protein(s)

mRNA	Protein	Name
XM_003750671.4	XP_003750719.2	uncharacterized protein Spata31e1
XM_003754510.4	XP_003754558.2	uncharacterized protein Spata31e1

Pathways from BioSystems

Homologies

Rattus norvegicus (Norway rat)	LOC100911971	XP_003750719.2
Rattus norvegicus (Norway rat)	LOC689725	XP_001071792.3
Mus musculus (house mouse)	4931408C20Rik	NP_001028936.2

Gene Ontology

The following Spata31e1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Spata31e1 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
ORa18337	XM_003754510.4 Latest version!	Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
ORa32080	XM_003750671.4 Latest version!	Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00

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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)

Spata31e1 ( XM_003754510.4 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_003754558.2 Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.

Price & Availability↑

CloneID	ORa18337
Clone ID Related Accession (Same CDS sequence)	XM_003754510.4
Accession Version	XM_003754510.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4122bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	uncharacterized protein Spata31e1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000077.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_003754510.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACTT TCCTCCTTCT GATGAATAGC ATTAGTGACT TCTGGATGAG CTCCAGCTCC 
ATGTCCACAG TAATGGACAT GATCTTCGCC ATTCTGTGTG GAGTGGGGTT CTTTTTCCTA 
CTGATCCCAT TCCTGAAGGA GTATCCAGGG TCACCACCAC CCGGGAGCAA AAAGAACATC 
TCAGAGGTGG TGAAGAGGAG GCAGAGCAAG GACAGGAAGA AATCTGTTAC TGTAGACGGT 
TGCAGAGATA GTCAAAAGAA TTCTCTGGAT ATCCAACATG ATTTACAGAC TATGGAAAGC 
CCCATCCAGC ATCTTTTACT GGACTCTTCT CCCCACCCCT TTTGGAACTC TAAGGAGAAA 
CTAAATCAGC TTTCCCTCCC TCAGCTGTTT TCTTACCTTA AGGTCTTAGA GGCTCTCATA 
CAGCAGAAAT TTAACCAACT TTTATTGGGT TTATCCTCTG TGCTCTCTGA GTCAGTTGTG 
GCTACTGCCT GGGTCTCCAG AGAACCTTCC TCAGGAGAAC GTAAAACTGT GAGGTTTAGT 
GATTCACTTG GCTTTGACCA AGCTCTACCC CTAGCTAAAG GACCACCACA GAGATGCCTG 
GACCAGCCAT TGCCCCACCA ACTTGTGACA CCAAGTTTGG TAGGTATGAC AGAAATTCAG 
GAACAAGAAA ACCTCCCAAA CTCTATATCA TATCAAACAC CTTCGATATT CCAGAGTAGG 
GCACGTGGAA CAGCATATCC TACCACTGCG ACAGGGATAC AGGTACCCCT TCCAACTACA 
AATGAACCCT GTCACCCTGG ATTGAATTGG AAAGATATTC CAAGTTGTAA AGTCCAAAAC 
TGTCAAGGAG CCAGTAGCCA GCCCACTGAG AGCTTAGCCA GGTGCACGCT GCCCACTAAA 
AATACCAGGT CAGCCTCCAT CCCTCCTGAG CATTATCTAA TGGTCCACCA TCATGAGCAG 
CCACAGCATG AAGAGAAGGC AATTAATTTA GGAGAACAAC AAAGAACCCA TGCCAGATTC 
CTCCCTTCTA AGGAACCAGC ACAGCTCCAG GGAGATTCCC CACCAAACAG TAATGGTTAT 
GGCAAGAACT GGCCTGAACT CAACCAACCT GCCCAGCCCT CCACCCTCAA CTCCAAAACT 
TACAAGTGGA ACCAGATGAT GGGGCCTGTG CCCACTGGGA TGTTATTAAA GAAGGTCATA 
GCAAAGTATG GCATACCTAA CACCATCAAG AAGGACCTTA AACTTAGGGT TAAAGACCTG 
CTTTGTACTT CTAGCAGCAC CCCCGGGGAG AGTCTGGAAA CCAAGAATCT TACGCTGAGG 
ACAGATGAGC ACTCTATGAA CACCACTGAG AACCTTTCCT TCCTTGACCC AAAGACTACA 
ATGATGAAAT CAAACATCAT GCAGCTTCCC ATGAAACACA GACAATTACC CTGTGATTCC 
AAGGCCGAAC CCTATACCAA GGCTGCCTTT ATCCTGGAAA ACTTGCATCA CCAAGATCCA 
GGGGGAATAA GGGTAGAAAC TGCATCATCT GCCAGGCTGC GAAGTCCTCT GTTTGAACAA 
TCACCTCCAG AGGTACAGAA GACCCAAAGT TCCCCCCCAC CTATTGACAG CCATGGTCAC 
TCAAGGTCCC ATCCAGATCA ATGGCAGAGA TACCAGAGTG TTCAGCCCCA TGCTCTCTGC 
TCCCAGGCAC AACCCCAGCA GAGCAGGAGT ATCCAAGGAA CTGGGAGAAG TATCCTGCAA 
CCAAATATCA GCGTATGGAT GTCCAAGCAT GAACGCTGGA TGAGGTCTGA GGATGTGGCT 
TCAGGACATA CCAGCTGGAG TTCAAGAACT GTGGGCTATA GAGACAGAGT TTCACCATCA 
GTGGCCAAAC AAACCAACAT ATTGAAGATA AAAGAAGAGT CACCTCATGT GTGGAGAGCA 
AATCTGGGAT CTGGTGAGAT TACCAATGAA CAAGCCTTAA ATAACAGTAA TGAGGACTTT 
GAGCCCATAG AGGCCAAAAG AAGTCAAGGC CATCTCCAAA TGCCTACCCA ACAAAACACA 
GGGTACTTGC ATTTAAAAAC AGAAGAGTAT AGTAACAATG ACTTGAAAGT AAACAAGCAG 
CCACAGGCCT GGTCTGTGAG CCATCATGCA GATGGCTCTA ATACAGTACA CCATGCCATG 
GTCAAATTGC CTTCACAGCA CTCATTGCCC AGCCTCCAGA ATGGGTGGCA AGACCCCAAG 
ACTTCCCAGG GCTTAGGTGA TCTCCTCATG AATAGAGATC AGAGTGTGGA GACTCAGTTC 
AGAGTCCACA AGGATAAAAC TGAAGCAACG AATGACAGTG TATTTCATCC CTCTGAAAAG 
AGGCCCAGTA ATTTGAAATA TGGAGGCATA AGCCAGGGAG AAAGGCTTGG AAGAGTAAAG 
TCTTCTATTT CAAGTTTCAC CCAGCTCAAG GATTCAGCCA AGACTGAAAG TAAGTCCTCC 
CCTAATATAG GAGGAAAAAG AGAGGCTCCT TCTAAAAGCT CCTTGAAGTT CATCTGGAAT 
GGTGCACAAT ATGAAAACCT CAGCACAAAA CTCAAGGGGC AGAGGGATTC TTTGAAGAAA 
GACATTCCCC CACCAGTTAC TGAGCAGACA CAGGAGGTAG TACATAGAAT AAACGTCATT 
TACAGTACAG CAGTTGAACT ACAATCCCTC ATGGACTCTC TAGTTCATAA ACTGGTGAAA 
ACTGTAGGTG AGCCTTCAGA GTTGACCAGA AAGCACATGA CAAAGGTACA AGAGTATAAA 
ATGGAATCAT TGCCATTCCA GCTGGGCAGC TCTTCCCAAC CTTCTAAGGG ACTCCATGAC 
CCAAACAAAA GCCGATCAGT AAGAAGAATG AGCGATGACC ACACCAGCCC CAAGGAGCCC 
AACAACCATA CTTTCACATA TAGAGGAAAT AGAGACAAAA TGCAGGCAGG CGTGGATGTC 
CAGAGAGTCT GTTACCAACA TCTGGACAAA GTGAAGATAG GCTTTGGCCA GCACTCCACT 
CCCATGAGGA ATGGCAATCC ATGTTTTCAC AAGAAAGCTG GAGACAAGCA GGAGTCAAGT 
CTTGCTGATC AGAGCACTGG TGACGCAGAT CAAACTAAAC CAAAGAATGA AATTGTAGGC 
TCTCCACATA GAATCCCAGA AAGGCACAAC CAGTCATCCA GATACAGAGA AATTAGAGAC 
AATCAGGAGC CTAGTGTGGA CCATAAAGCC ATTGACCCAC ATCAAAATAC TAAGAAAGGA 
ATGGGCTACA GTCAACTTAT GAGTCCTAAA GAGAACCACC CAGTCAAGAT CAGTGGAACT 
GCTGCCCAGG GAGCCTCTGA CCCAGAAGAA ATTAGAACAA AGAGTGGAAA GGAGTGCTCT 
CCACATAGAA GCCCCAAGAT GCATGACCAC TCACTCAGAC ACAGAGAAGT TAGAGATAAA 
CCACAGCCCG GTATTAATAC CCAGAGAGCC TATGATCAAC ATCTGAACAG TCCAAAGAAA 
AGAATGACCT CTGAAAACCT CCTCACTCCC AAGGGGACCA ACCATCCTTG TTGGCACAGG 
GTAACTGGAG ACAAGCAACA GTCAAGTCTC TCTGACCAGA GAGCCTGTGA CCCAGAACAA 
ATGAGAAGGA GTGGAATGAG CTCCTATCCA CAAAGAAGTC CCAAGGTGTA TCACCTTTCA 
TGCAGTTCTG AAAAAATTGG AGAAAAATTG CTGCCATTGG TTAATGACCA GAGAACTCAT 
GACAAACACC CAAATAGTGT GAAGACAAGA GGCTGTGACA ACCTCCCCAC TCCCAAGGGG 
AGCAACCATC CACAGGGTTA CAGAGTAATT GAAGACAAGC AGCAGTTAGG TCTTGCTTAC 
CGGAGAACCT GTGACCCAGG TCAAATTAAA AAGAGTGGAA TGGGCAAGGG TCCATGCAAA 
GACACCGAGG AATGCAACCT TTTATACAGA TATAAGATAA TTGGAAATAA ACAGCAGCCA 
GGCATTGTCC ATAGAGCCTG TGACCGACAT CAAAGTTCAA AAGAAGGAAT GGGCCAGGGT 
CAACCTATGA ACCCCAAAGT GTGCCATTCA GCCAAGCACA GGAGAACTGG AGGCCAGGAC 
CAGTCAGGTG TTGCTGCACA AGGAGCCTCT AACCCAAGGT AG

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

RefSeq	XP_003754558.2
CDS	21..4142
Translation	METFLLLMNSISDFWMSSSSMSTVMDMIFAILCGVGFFFLLIPFLKEYPGSPPPGSKKNISEVVKRRQSKDRKKSVTVDGCRDSQKNSLDIQHDLQTMESPIQHLLLDSSPHPFWNSKEKLNQLSLPQLFSYLKVLEALIQQKFNQLLLGLSSVLSESVVATAWVSREPSSGERKTVRFSDSLGFDQALPLAKGPPQRCLDQPLPHQLVTPSLVGMTEIQEQENLPNSISYQTPSIFQSRARGTAYPTTATGIQVPLPTTNEPCHPGLNWKDIPSCKVQNCQGASSQPTESLARCTLPTKNTRSASIPPEHYLMVHHHEQPQHEEKAINLGEQQRTHARFLPSKEPAQLQGDSPPNSNGYGKNWPELNQPAQPSTLNSKTYKWNQMMGPVPTGMLLKKVIAKYGIPNTIKKDLKLRVKDLLCTSSSTPGESLETKNLTLRTDEHSMNTTENLSFLDPKTTMMKSNIMQLPMKHRQLPCDSKAEPYTKAAFILENLHHQDPGGIRVETASSARLRSPLFEQSPPEVQKTQSSPPPIDSHGHSRSHPDQWQRYQSVQPHALCSQAQPQQSRSIQGTGRSILQPNISVWMSKHERWMRSEDVASGHTSWSSRTVGYRDRVSPSVAKQTNILKIKEESPHVWRANLGSGEITNEQALNNSNEDFEPIEAKRSQGHLQMPTQQNTGYLHLKTEEYSNNDLKVNKQPQAWSVSHHADGSNTVHHAMVKLPSQHSLPSLQNGWQDPKTSQGLGDLLMNRDQSVETQFRVHKDKTEATNDSVFHPSEKRPSNLKYGGISQGERLGRVKSSISSFTQLKDSAKTESKSSPNIGGKREAPSKSSLKFIWNGAQYENLSTKLKGQRDSLKKDIPPPVTEQTQEVVHRINVIYSTAVELQSLMDSLVHKLVKTVGEPSELTRKHMTKVQEYKMESLPFQLGSSSQPSKGLHDPNKSRSVRRMSDDHTSPKEPNNHTFTYRGNRDKMQAGVDVQRVCYQHLDKVKIGFGQHSTPMRNGNPCFHKKAGDKQESSLADQSTGDADQTKPKNEIVGSPHRIPERHNQSSRYREIRDNQEPSVDHKAIDPHQNTKKGMGYSQLMSPKENHPVKISGTAAQGASDPEEIRTKSGKECSPHRSPKMHDHSLRHREVRDKPQPGINTQRAYDQHLNSPKKRMTSENLLTPKGTNHPCWHRVTGDKQQSSLSDQRACDPEQMRRSGMSSYPQRSPKVYHLSCSSEKIGEKLLPLVNDQRTHDKHPNSVKTRGCDNLPTPKGSNHPQGYRVIEDKQQLGLAYRRTCDPGQIKKSGMGKGPCKDTEECNLLYRYKIIGNKQQPGIVHRACDRHQSSKEGMGQGQPMNPKVCHSAKHRRTGGQDQSGVAAQGASNPR

Target ORF information:

RefSeq Version	XM_003754510.4
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.

Target ORF information:

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

XM_003754510.4

ORF Insert Sequence:

ATGGAGACTT TCCTCCTTCT GATGAATAGC ATTAGTGACT TCTGGATGAG CTCCAGCTCC 
ATGTCCACAG TAATGGACAT GATCTTCGCC ATTCTGTGTG GAGTGGGGTT CTTTTTCCTA 
CTGATCCCAT TCCTGAAGGA GTATCCAGGG TCACCACCAC CCGGGAGCAA AAAGAACATC 
TCAGAGGTGG TGAAGAGGAG GCAGAGCAAG GACAGGAAGA AATCTGTTAC TGTAGACGGT 
TGCAGAGATA GTCAAAAGAA TTCTCTGGAT ATCCAACATG ATTTACAGAC TATGGAAAGC 
CCCATCCAGC ATCTTTTACT GGACTCTTCT CCCCACCCCT TTTGGAACTC TAAGGAGAAA 
CTAAATCAGC TTTCCCTCCC TCAGCTGTTT TCTTACCTTA AGGTCTTAGA GGCTCTCATA 
CAGCAGAAAT TTAACCAACT TTTATTGGGT TTATCCTCTG TGCTCTCTGA GTCAGTTGTG 
GCTACTGCCT GGGTCTCCAG AGAACCTTCC TCAGGAGAAC GTAAAACTGT GAGGTTTAGT 
GATTCACTTG GCTTTGACCA AGCTCTACCC CTAGCTAAAG GACCACCACA GAGATGCCTG 
GACCAGCCAT TGCCCCACCA ACTTGTGACA CCAAGTTTGG TAGGTATGAC AGAAATTCAG 
GAACAAGAAA ACCTCCCAAA CTCTATATCA TATCAAACAC CTTCGATATT CCAGAGTAGG 
GCACGTGGAA CAGCATATCC TACCACTGCG ACAGGGATAC AGGTACCCCT TCCAACTACA 
AATGAACCCT GTCACCCTGG ATTGAATTGG AAAGATATTC CAAGTTGTAA AGTCCAAAAC 
TGTCAAGGAG CCAGTAGCCA GCCCACTGAG AGCTTAGCCA GGTGCACGCT GCCCACTAAA 
AATACCAGGT CAGCCTCCAT CCCTCCTGAG CATTATCTAA TGGTCCACCA TCATGAGCAG 
CCACAGCATG AAGAGAAGGC AATTAATTTA GGAGAACAAC AAAGAACCCA TGCCAGATTC 
CTCCCTTCTA AGGAACCAGC ACAGCTCCAG GGAGATTCCC CACCAAACAG TAATGGTTAT 
GGCAAGAACT GGCCTGAACT CAACCAACCT GCCCAGCCCT CCACCCTCAA CTCCAAAACT 
TACAAGTGGA ACCAGATGAT GGGGCCTGTG CCCACTGGGA TGTTATTAAA GAAGGTCATA 
GCAAAGTATG GCATACCTAA CACCATCAAG AAGGACCTTA AACTTAGGGT TAAAGACCTG 
CTTTGTACTT CTAGCAGCAC CCCCGGGGAG AGTCTGGAAA CCAAGAATCT TACGCTGAGG 
ACAGATGAGC ACTCTATGAA CACCACTGAG AACCTTTCCT TCCTTGACCC AAAGACTACA 
ATGATGAAAT CAAACATCAT GCAGCTTCCC ATGAAACACA GACAATTACC CTGTGATTCC 
AAGGCCGAAC CCTATACCAA GGCTGCCTTT ATCCTGGAAA ACTTGCATCA CCAAGATCCA 
GGGGGAATAA GGGTAGAAAC TGCATCATCT GCCAGGCTGC GAAGTCCTCT GTTTGAACAA 
TCACCTCCAG AGGTACAGAA GACCCAAAGT TCCCCCCCAC CTATTGACAG CCATGGTCAC 
TCAAGGTCCC ATCCAGATCA ATGGCAGAGA TACCAGAGTG TTCAGCCCCA TGCTCTCTGC 
TCCCAGGCAC AACCCCAGCA GAGCAGGAGT ATCCAAGGAA CTGGGAGAAG TATCCTGCAA 
CCAAATATCA GCGTATGGAT GTCCAAGCAT GAACGCTGGA TGAGGTCTGA GGATGTGGCT 
TCAGGACATA CCAGCTGGAG TTCAAGAACT GTGGGCTATA GAGACAGAGT TTCACCATCA 
GTGGCCAAAC AAACCAACAT ATTGAAGATA AAAGAAGAGT CACCTCATGT GTGGAGAGCA 
AATCTGGGAT CTGGTGAGAT TACCAATGAA CAAGCCTTAA ATAACAGTAA TGAGGACTTT 
GAGCCCATAG AGGCCAAAAG AAGTCAAGGC CATCTCCAAA TGCCTACCCA ACAAAACACA 
GGGTACTTGC ATTTAAAAAC AGAAGAGTAT AGTAACAATG ACTTGAAAGT AAACAAGCAG 
CCACAGGCCT GGTCTGTGAG CCATCATGCA GATGGCTCTA ATACAGTACA CCATGCCATG 
GTCAAATTGC CTTCACAGCA CTCATTGCCC AGCCTCCAGA ATGGGTGGCA AGACCCCAAG 
ACTTCCCAGG GCTTAGGTGA TCTCCTCATG AATAGAGATC AGAGTGTGGA GACTCAGTTC 
AGAGTCCACA AGGATAAAAC TGAAGCAACG AATGACAGTG TATTTCATCC CTCTGAAAAG 
AGGCCCAGTA ATTTGAAATA TGGAGGCATA AGCCAGGGAG AAAGGCTTGG AAGAGTAAAG 
TCTTCTATTT CAAGTTTCAC CCAGCTCAAG GATTCAGCCA AGACTGAAAG TAAGTCCTCC 
CCTAATATAG GAGGAAAAAG AGAGGCTCCT TCTAAAAGCT CCTTGAAGTT CATCTGGAAT 
GGTGCACAAT ATGAAAACCT CAGCACAAAA CTCAAGGGGC AGAGGGATTC TTTGAAGAAA 
GACATTCCCC CACCAGTTAC TGAGCAGACA CAGGAGGTAG TACATAGAAT AAACGTCATT 
TACAGTACAG CAGTTGAACT ACAATCCCTC ATGGACTCTC TAGTTCATAA ACTGGTGAAA 
ACTGTAGGTG AGCCTTCAGA GTTGACCAGA AAGCACATGA CAAAGGTACA AGAGTATAAA 
ATGGAATCAT TGCCATTCCA GCTGGGCAGC TCTTCCCAAC CTTCTAAGGG ACTCCATGAC 
CCAAACAAAA GCCGATCAGT AAGAAGAATG AGCGATGACC ACACCAGCCC CAAGGAGCCC 
AACAACCATA CTTTCACATA TAGAGGAAAT AGAGACAAAA TGCAGGCAGG CGTGGATGTC 
CAGAGAGTCT GTTACCAACA TCTGGACAAA GTGAAGATAG GCTTTGGCCA GCACTCCACT 
CCCATGAGGA ATGGCAATCC ATGTTTTCAC AAGAAAGCTG GAGACAAGCA GGAGTCAAGT 
CTTGCTGATC AGAGCACTGG TGACGCAGAT CAAACTAAAC CAAAGAATGA AATTGTAGGC 
TCTCCACATA GAATCCCAGA AAGGCACAAC CAGTCATCCA GATACAGAGA AATTAGAGAC 
AATCAGGAGC CTAGTGTGGA CCATAAAGCC ATTGACCCAC ATCAAAATAC TAAGAAAGGA 
ATGGGCTACA GTCAACTTAT GAGTCCTAAA GAGAACCACC CAGTCAAGAT CAGTGGAACT 
GCTGCCCAGG GAGCCTCTGA CCCAGAAGAA ATTAGAACAA AGAGTGGAAA GGAGTGCTCT 
CCACATAGAA GCCCCAAGAT GCATGACCAC TCACTCAGAC ACAGAGAAGT TAGAGATAAA 
CCACAGCCCG GTATTAATAC CCAGAGAGCC TATGATCAAC ATCTGAACAG TCCAAAGAAA 
AGAATGACCT CTGAAAACCT CCTCACTCCC AAGGGGACCA ACCATCCTTG TTGGCACAGG 
GTAACTGGAG ACAAGCAACA GTCAAGTCTC TCTGACCAGA GAGCCTGTGA CCCAGAACAA 
ATGAGAAGGA GTGGAATGAG CTCCTATCCA CAAAGAAGTC CCAAGGTGTA TCACCTTTCA 
TGCAGTTCTG AAAAAATTGG AGAAAAATTG CTGCCATTGG TTAATGACCA GAGAACTCAT 
GACAAACACC CAAATAGTGT GAAGACAAGA GGCTGTGACA ACCTCCCCAC TCCCAAGGGG 
AGCAACCATC CACAGGGTTA CAGAGTAATT GAAGACAAGC AGCAGTTAGG TCTTGCTTAC 
CGGAGAACCT GTGACCCAGG TCAAATTAAA AAGAGTGGAA TGGGCAAGGG TCCATGCAAA 
GACACCGAGG AATGCAACCT TTTATACAGA TATAAGATAA TTGGAAATAA ACAGCAGCCA 
GGCATTGTCC ATAGAGCCTG TGACCGACAT CAAAGTTCAA AAGAAGGAAT GGGCCAGGGT 
CAACCTATGA ACCCCAAAGT GTGCCATTCA GCCAAGCACA GGAGAACTGG AGGCCAGGAC 
CAGTCAGGTG TTGCTGCACA AGGAGCCTCT AACCCAAGGT AG

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

Spata31e1 ( XM_003750671.4 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_003750719.2 Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.

Price & Availability↑

CloneID	ORa32080
Clone ID Related Accession (Same CDS sequence)	XM_003750671.4
Accession Version	XM_003750671.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4122bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	uncharacterized protein Spata31e1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005108.4) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_003750671.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACTT TCCTCCTTCT GATGAATAGC ATTAGTGACT TCTGGATGAG CTCCAGCTCC 
ATGTCCACAG TAATGGACAT GATCTTCGCC ATTCTGTGCG GAGTGGGGTT CTTTTTCCTA 
CTGATCCCAT TCCTGAAGGA GTATCCAGGG TCACCACCAC CCGGGAGCAA AAAGAACATC 
TCAGAGGTGG TGAAGAGGAG GCAGAGCAAG GACAGGAAGA AATCTGTTAC TGTAGACGGT 
TGCAGAGATA GTCAAAAGAA TTCTCTGGAT ATCCAACATG ATTTACAGAC TATGGAAAGC 
CCCATCCAGC ATCTTTTACT GGACTCTTCT CCCCACCCCT TTTGGAACTC TAAGGAGAAA 
CTAAATCAGC TTTCCCTCCC TCAGCTGTTT TCTTACCTTA AGGTCTTAGA GGCTCTCATA 
CAGCAGAAAT TTAACCAACT TTTATTGGGT TTATCCTCTG TGCTCTCTGA GTCAGTTGTG 
GCTACTGCCT GGGTCTCCAG AGAACCTTCC TCAGGAGAAC GTAAAACTGT GAGGTTTAGT 
GATTCACTTG GCTTTGACCA AGCTCTACCC CTAGCTAAAG GACCACCACA GAGATGCCTG 
GACCAGCCAT TGCCCCACCA ACTTGTGACA CCAAGTTTGG TAGGTATGAC AGAAATTCAG 
GAACAAGAAA ACCTCCCAAA CTCTATATCA TATCAAACAC CTTCGATATT CCAGAGTAGG 
GCACGTGGAA CAGCATATCC TACCACTGCG ACAGGGATAC AGGTACCCCT TCCAACTACA 
AATGAACCCT GTCACCCTGG ATTGAATTGG AAAGATATTC CAAGTTGTAA AGTCCAAAAC 
TGTCAAGGAG CCAGTAGCCA GCCCACTGAG AGCTTAGCCA GGTGCACGCT GCCCACTAAA 
AATACCAGGT CAGCCTCCAT CCCTCCTGAG CATTATCTAA TGGTCCACCA TCATGAGCAG 
CCACAGCATG AAGAGAAGGC AATTAATTTA GGAGAACAAC AAAGAACCCA TGCCAGATTC 
CTCCCTTCTA AGGAACCAGC ACAGCTCCAG GGAGATTCCC CACCAAACAG TAATGGTTAT 
GGCAAGAACT GGCCTGAACT CAACCAACCT GCCCAGCCCT CCACCCTCAA CTCCAAAACT 
TACAAGTGGA ACCAGATGAT GGGGCCTGTG CCCACTGGGA TGTTATTAAA GAAGGTCATA 
GCAAAGTATG GCATACCTAA CACCATCAAG AAGGACCTTA AACTTAGGGT TAAAGACCTG 
CTTTGTACTT CTAGCAGCAC CCCCGGGGAG AGTCTGGAAA CCAAGAATCT TACGCTGAGG 
ACAGATGAGC ACTCTATGAA CACCACTGAG AACCTTTCCT TCCTTGACCC AAAGACTACA 
ATGATGAAAT CAAACATCAT GCAGCTTCCC ATGAAACACA GACAATTACC CTGTGATTCC 
AAGGCCGAAC CCTATACCAA GGCTGCCTTT ATCCTGGAAA ACTTGCATCA CCAAGATCCA 
GGGGGAATAA GGGTAGAAAC TGCATCATCT GCCAGGCTGC GAAGTCCTCT GTTTGAACAA 
TCACCTCCAG AGGTACAGAA GACCCAAAGT TCCCCCCCAC CTATTGACAG CCATGGTCAC 
TCAAGGTCCC ATCCAGATCA ATGGCAGAGA TACCAGAGTG TTCAGCCCCA TGCTCTCTGC 
TCCCAGGCAC AACCCCAGCA GAGCAGGAGT ATCCAAGGAA CTGGGAGAAG TATCCTGCAA 
CCAAATATCA GCGTATGGAT GTCCAAGCAT GAACGCTGGA TGAGGTCTGA GGATGTGGCT 
TCAGGACATA CCAGCTGGAG TTCAAGAACT GTGGGCTATA GAGACAGAGT TTCACCATCA 
GTGGCCAAAC AAACCAACAT ATTGAAGATA AAAGAAGAGT CACCTCATGT GTGGAGAGCA 
AATCTGGGAT CTGGTGAGAT TACCAATGAA CAAGCCTTAA ATAACAGTAA TGAGGACTTT 
GAGCCCATAG AGGCCAAAAG AAGTCAAGGC CATCTCCAAA TGCCTACCCA ACAAAACACA 
GGGTACTTGC ATTTAAAAAC AGAAGAGTAT AGTAACAATG ACTTGAAAGT AAACAAGCAG 
CCACAGGCCT GGTCTGTGAG CCATCATGCA GATGGCTCTA ATACAGTACA CCATGCCATG 
GTCAAATTGC CTTCACAGCA CTCATTGCCC AGCCTCCAGA ATGGGTGGCA AGACCCCAAG 
ACTTCCCAGG GCTTAGGTGA TCTCCTCATG AATAGAGATC AGAGTGTGGA GACTCAGTTC 
AGAGTCCACA AGGATAAAAC TGAAGCAACG AATGACAGTG TATTTCATCC CTCTGAAAAG 
AGGCCCAGTA ATTTGAAATA TGGAGGCATA AGCCAGGGAG AAAGGCTTGG AAGAGTAAAG 
TCTTCTATTT CAAGTTTCAC CCAGCTCAAG GATTCAGCCA AGACTGAAAG TAAGTCCTCC 
CCTAATATAG GAGGAAAAAG AGAGGCTCCT TCTAAAAGCT CCTTGAAGTT CATCTGGAAT 
GGTGCACAAT ATGAAAACCT CAGCACAAAA CTCAAGGGGC AGAGGGATTC TTTGAAGAAA 
GACATTCCCC CACCAGTTAC TGAGCAGACA CAGGAGGTAG TACATAGAAT AAACGTCATT 
TACAGTACAG CAGTTGAACT ACAATCCCTC ATGGACTCTC TAGTTCATAA ACTGGTGAAA 
ACTGTAGGTG AGCCTTCAGA GTTGACCAGA AAGCACATGA CAAAGGTACA AGAGTATAAA 
ATGGAATCAT TGCCATTCCA GCTGGGCAGC TCTTCCCAAC CTTCTAAGGG ACTCCATGAC 
CCAAACAAAA GCCGATCAGT AAGAAGAATG AGCGATGACC ACACCAGCCC CAAGGAGCCC 
AACAACCATA CTTTCACATA TAGAGGAAAT AGAGACAAAA TGCAGGCAGG CGTGGATGTC 
CAGAGAGTCT GTTACCAACA TCTGGACAAA GTGAAGATAG GCTTTGGCCA GCACTCCACT 
CCCATGAGGA ATGGCAATCC ATGTTTTCAC AAGAAAGCTG GAGACAAGCA GGAGTCAAGT 
CTTGCTGATC AGAGCACTGG TGACGCAGAT CAAACTAAAC CAAAGAATGA AATTGTAGGC 
TCTCCACATA GAATCCCAGA AAGGCACAAC CAGTCATCCA GATACAGAGA AATTAGAGAC 
AATCAGGAGC CTAGTGTGGA CCATAAAGCC ATTGACCCAC ATCAAAATAC TAAGAAAGGA 
ATGGGCTACA GTCAACTTAT GAGTCCTAAA GAGAACCACC CAGTCAAGAT CAGTGGAACT 
GCTGCCCAGG GAGCCTCTGA CCCAGAAGAA ATTAGAACAA AGAGTGGAAA GGAGTGCTCT 
CCACATAGAA GCCCCAAGAT GCATGACCAC TCACTCAGAC ACAGAGAAGT TAGAGATAAA 
CCACAGCCCG GTATTAATAC CCAGAGAGCC TATGATCAAC ATCTGAACAG TCCAAAGAAA 
AGAATGACCT CTGAAAACCT CCTCACTCCC AAGGGGACCA ACCATCCTTG TTGGCACAGG 
GTAACTGGAG ACAAGCAACA GTCAAGTCTC TCTGACCAGA GAGCCTGTGA CCCAGAACAA 
ATGAGAAGGA GTGGAATGAG CTCCTATCCA CAAAGAAGTC CCAAGGTGTA TCACCTTTCA 
TGCAGTTCTG AAAAAATTGG AGAAAAATTG CTGCCATTGG TTAATGACCA GAGAACTCAT 
GACAAACACC CAAATAGTGT GAAGACAAGA GGCTGTGACA ACCTCCCCAC TCCCAAGGGG 
AGCAACCATC CACAGGGTTA CAGAGTAATT GAAGACAAGC AGCAGTTAGG TCTTGCTTAC 
CGGAGAACCT GTGACCCAGG TCAAATTAAA AAGAGTGGAA TGGGCAAGGG TCCATGCAAA 
GACACCGAGG AATGCAACCT TTTATACAGA TATAAGATAA TTGGAAATAA ACAGCAGCCA 
GGCATTGTCC ATAGAGCCTG TGACCGACAT CAAAGTTCAA AAGAAGGAAT GGGCCAGGGT 
CAACCTATGA ACCCCAAAGT GTGCCATTCA GCCAAGCACA GGAGAACTGG AGGCCAGGAC 
CAGTCAGGTG TTGCTGCACA AGGAGCCTCT AACCCAAGGT AG

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

RefSeq	XP_003750719.2
CDS	22..4143
Translation	METFLLLMNSISDFWMSSSSMSTVMDMIFAILCGVGFFFLLIPFLKEYPGSPPPGSKKNISEVVKRRQSKDRKKSVTVDGCRDSQKNSLDIQHDLQTMESPIQHLLLDSSPHPFWNSKEKLNQLSLPQLFSYLKVLEALIQQKFNQLLLGLSSVLSESVVATAWVSREPSSGERKTVRFSDSLGFDQALPLAKGPPQRCLDQPLPHQLVTPSLVGMTEIQEQENLPNSISYQTPSIFQSRARGTAYPTTATGIQVPLPTTNEPCHPGLNWKDIPSCKVQNCQGASSQPTESLARCTLPTKNTRSASIPPEHYLMVHHHEQPQHEEKAINLGEQQRTHARFLPSKEPAQLQGDSPPNSNGYGKNWPELNQPAQPSTLNSKTYKWNQMMGPVPTGMLLKKVIAKYGIPNTIKKDLKLRVKDLLCTSSSTPGESLETKNLTLRTDEHSMNTTENLSFLDPKTTMMKSNIMQLPMKHRQLPCDSKAEPYTKAAFILENLHHQDPGGIRVETASSARLRSPLFEQSPPEVQKTQSSPPPIDSHGHSRSHPDQWQRYQSVQPHALCSQAQPQQSRSIQGTGRSILQPNISVWMSKHERWMRSEDVASGHTSWSSRTVGYRDRVSPSVAKQTNILKIKEESPHVWRANLGSGEITNEQALNNSNEDFEPIEAKRSQGHLQMPTQQNTGYLHLKTEEYSNNDLKVNKQPQAWSVSHHADGSNTVHHAMVKLPSQHSLPSLQNGWQDPKTSQGLGDLLMNRDQSVETQFRVHKDKTEATNDSVFHPSEKRPSNLKYGGISQGERLGRVKSSISSFTQLKDSAKTESKSSPNIGGKREAPSKSSLKFIWNGAQYENLSTKLKGQRDSLKKDIPPPVTEQTQEVVHRINVIYSTAVELQSLMDSLVHKLVKTVGEPSELTRKHMTKVQEYKMESLPFQLGSSSQPSKGLHDPNKSRSVRRMSDDHTSPKEPNNHTFTYRGNRDKMQAGVDVQRVCYQHLDKVKIGFGQHSTPMRNGNPCFHKKAGDKQESSLADQSTGDADQTKPKNEIVGSPHRIPERHNQSSRYREIRDNQEPSVDHKAIDPHQNTKKGMGYSQLMSPKENHPVKISGTAAQGASDPEEIRTKSGKECSPHRSPKMHDHSLRHREVRDKPQPGINTQRAYDQHLNSPKKRMTSENLLTPKGTNHPCWHRVTGDKQQSSLSDQRACDPEQMRRSGMSSYPQRSPKVYHLSCSSEKIGEKLLPLVNDQRTHDKHPNSVKTRGCDNLPTPKGSNHPQGYRVIEDKQQLGLAYRRTCDPGQIKKSGMGKGPCKDTEECNLLYRYKIIGNKQQPGIVHRACDRHQSSKEGMGQGQPMNPKVCHSAKHRRTGGQDQSGVAAQGASNPR

Target ORF information:

RefSeq Version	XM_003750671.4
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus SPATA31 subfamily E, member 1 (Spata31e1), mRNA.

Target ORF information:

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

XM_003750671.4

ORF Insert Sequence:

ATGGAGACTT TCCTCCTTCT GATGAATAGC ATTAGTGACT TCTGGATGAG CTCCAGCTCC 
ATGTCCACAG TAATGGACAT GATCTTCGCC ATTCTGTGCG GAGTGGGGTT CTTTTTCCTA 
CTGATCCCAT TCCTGAAGGA GTATCCAGGG TCACCACCAC CCGGGAGCAA AAAGAACATC 
TCAGAGGTGG TGAAGAGGAG GCAGAGCAAG GACAGGAAGA AATCTGTTAC TGTAGACGGT 
TGCAGAGATA GTCAAAAGAA TTCTCTGGAT ATCCAACATG ATTTACAGAC TATGGAAAGC 
CCCATCCAGC ATCTTTTACT GGACTCTTCT CCCCACCCCT TTTGGAACTC TAAGGAGAAA 
CTAAATCAGC TTTCCCTCCC TCAGCTGTTT TCTTACCTTA AGGTCTTAGA GGCTCTCATA 
CAGCAGAAAT TTAACCAACT TTTATTGGGT TTATCCTCTG TGCTCTCTGA GTCAGTTGTG 
GCTACTGCCT GGGTCTCCAG AGAACCTTCC TCAGGAGAAC GTAAAACTGT GAGGTTTAGT 
GATTCACTTG GCTTTGACCA AGCTCTACCC CTAGCTAAAG GACCACCACA GAGATGCCTG 
GACCAGCCAT TGCCCCACCA ACTTGTGACA CCAAGTTTGG TAGGTATGAC AGAAATTCAG 
GAACAAGAAA ACCTCCCAAA CTCTATATCA TATCAAACAC CTTCGATATT CCAGAGTAGG 
GCACGTGGAA CAGCATATCC TACCACTGCG ACAGGGATAC AGGTACCCCT TCCAACTACA 
AATGAACCCT GTCACCCTGG ATTGAATTGG AAAGATATTC CAAGTTGTAA AGTCCAAAAC 
TGTCAAGGAG CCAGTAGCCA GCCCACTGAG AGCTTAGCCA GGTGCACGCT GCCCACTAAA 
AATACCAGGT CAGCCTCCAT CCCTCCTGAG CATTATCTAA TGGTCCACCA TCATGAGCAG 
CCACAGCATG AAGAGAAGGC AATTAATTTA GGAGAACAAC AAAGAACCCA TGCCAGATTC 
CTCCCTTCTA AGGAACCAGC ACAGCTCCAG GGAGATTCCC CACCAAACAG TAATGGTTAT 
GGCAAGAACT GGCCTGAACT CAACCAACCT GCCCAGCCCT CCACCCTCAA CTCCAAAACT 
TACAAGTGGA ACCAGATGAT GGGGCCTGTG CCCACTGGGA TGTTATTAAA GAAGGTCATA 
GCAAAGTATG GCATACCTAA CACCATCAAG AAGGACCTTA AACTTAGGGT TAAAGACCTG 
CTTTGTACTT CTAGCAGCAC CCCCGGGGAG AGTCTGGAAA CCAAGAATCT TACGCTGAGG 
ACAGATGAGC ACTCTATGAA CACCACTGAG AACCTTTCCT TCCTTGACCC AAAGACTACA 
ATGATGAAAT CAAACATCAT GCAGCTTCCC ATGAAACACA GACAATTACC CTGTGATTCC 
AAGGCCGAAC CCTATACCAA GGCTGCCTTT ATCCTGGAAA ACTTGCATCA CCAAGATCCA 
GGGGGAATAA GGGTAGAAAC TGCATCATCT GCCAGGCTGC GAAGTCCTCT GTTTGAACAA 
TCACCTCCAG AGGTACAGAA GACCCAAAGT TCCCCCCCAC CTATTGACAG CCATGGTCAC 
TCAAGGTCCC ATCCAGATCA ATGGCAGAGA TACCAGAGTG TTCAGCCCCA TGCTCTCTGC 
TCCCAGGCAC AACCCCAGCA GAGCAGGAGT ATCCAAGGAA CTGGGAGAAG TATCCTGCAA 
CCAAATATCA GCGTATGGAT GTCCAAGCAT GAACGCTGGA TGAGGTCTGA GGATGTGGCT 
TCAGGACATA CCAGCTGGAG TTCAAGAACT GTGGGCTATA GAGACAGAGT TTCACCATCA 
GTGGCCAAAC AAACCAACAT ATTGAAGATA AAAGAAGAGT CACCTCATGT GTGGAGAGCA 
AATCTGGGAT CTGGTGAGAT TACCAATGAA CAAGCCTTAA ATAACAGTAA TGAGGACTTT 
GAGCCCATAG AGGCCAAAAG AAGTCAAGGC CATCTCCAAA TGCCTACCCA ACAAAACACA 
GGGTACTTGC ATTTAAAAAC AGAAGAGTAT AGTAACAATG ACTTGAAAGT AAACAAGCAG 
CCACAGGCCT GGTCTGTGAG CCATCATGCA GATGGCTCTA ATACAGTACA CCATGCCATG 
GTCAAATTGC CTTCACAGCA CTCATTGCCC AGCCTCCAGA ATGGGTGGCA AGACCCCAAG 
ACTTCCCAGG GCTTAGGTGA TCTCCTCATG AATAGAGATC AGAGTGTGGA GACTCAGTTC 
AGAGTCCACA AGGATAAAAC TGAAGCAACG AATGACAGTG TATTTCATCC CTCTGAAAAG 
AGGCCCAGTA ATTTGAAATA TGGAGGCATA AGCCAGGGAG AAAGGCTTGG AAGAGTAAAG 
TCTTCTATTT CAAGTTTCAC CCAGCTCAAG GATTCAGCCA AGACTGAAAG TAAGTCCTCC 
CCTAATATAG GAGGAAAAAG AGAGGCTCCT TCTAAAAGCT CCTTGAAGTT CATCTGGAAT 
GGTGCACAAT ATGAAAACCT CAGCACAAAA CTCAAGGGGC AGAGGGATTC TTTGAAGAAA 
GACATTCCCC CACCAGTTAC TGAGCAGACA CAGGAGGTAG TACATAGAAT AAACGTCATT 
TACAGTACAG CAGTTGAACT ACAATCCCTC ATGGACTCTC TAGTTCATAA ACTGGTGAAA 
ACTGTAGGTG AGCCTTCAGA GTTGACCAGA AAGCACATGA CAAAGGTACA AGAGTATAAA 
ATGGAATCAT TGCCATTCCA GCTGGGCAGC TCTTCCCAAC CTTCTAAGGG ACTCCATGAC 
CCAAACAAAA GCCGATCAGT AAGAAGAATG AGCGATGACC ACACCAGCCC CAAGGAGCCC 
AACAACCATA CTTTCACATA TAGAGGAAAT AGAGACAAAA TGCAGGCAGG CGTGGATGTC 
CAGAGAGTCT GTTACCAACA TCTGGACAAA GTGAAGATAG GCTTTGGCCA GCACTCCACT 
CCCATGAGGA ATGGCAATCC ATGTTTTCAC AAGAAAGCTG GAGACAAGCA GGAGTCAAGT 
CTTGCTGATC AGAGCACTGG TGACGCAGAT CAAACTAAAC CAAAGAATGA AATTGTAGGC 
TCTCCACATA GAATCCCAGA AAGGCACAAC CAGTCATCCA GATACAGAGA AATTAGAGAC 
AATCAGGAGC CTAGTGTGGA CCATAAAGCC ATTGACCCAC ATCAAAATAC TAAGAAAGGA 
ATGGGCTACA GTCAACTTAT GAGTCCTAAA GAGAACCACC CAGTCAAGAT CAGTGGAACT 
GCTGCCCAGG GAGCCTCTGA CCCAGAAGAA ATTAGAACAA AGAGTGGAAA GGAGTGCTCT 
CCACATAGAA GCCCCAAGAT GCATGACCAC TCACTCAGAC ACAGAGAAGT TAGAGATAAA 
CCACAGCCCG GTATTAATAC CCAGAGAGCC TATGATCAAC ATCTGAACAG TCCAAAGAAA 
AGAATGACCT CTGAAAACCT CCTCACTCCC AAGGGGACCA ACCATCCTTG TTGGCACAGG 
GTAACTGGAG ACAAGCAACA GTCAAGTCTC TCTGACCAGA GAGCCTGTGA CCCAGAACAA 
ATGAGAAGGA GTGGAATGAG CTCCTATCCA CAAAGAAGTC CCAAGGTGTA TCACCTTTCA 
TGCAGTTCTG AAAAAATTGG AGAAAAATTG CTGCCATTGG TTAATGACCA GAGAACTCAT 
GACAAACACC CAAATAGTGT GAAGACAAGA GGCTGTGACA ACCTCCCCAC TCCCAAGGGG 
AGCAACCATC CACAGGGTTA CAGAGTAATT GAAGACAAGC AGCAGTTAGG TCTTGCTTAC 
CGGAGAACCT GTGACCCAGG TCAAATTAAA AAGAGTGGAA TGGGCAAGGG TCCATGCAAA 
GACACCGAGG AATGCAACCT TTTATACAGA TATAAGATAA TTGGAAATAA ACAGCAGCCA 
GGCATTGTCC ATAGAGCCTG TGACCGACAT CAAAGTTCAA AAGAAGGAAT GGGCCAGGGT 
CAACCTATGA ACCCCAAAGT GTGCCATTCA GCCAAGCACA GGAGAACTGG AGGCCAGGAC 
CAGTCAGGTG TTGCTGCACA AGGAGCCTCT AACCCAAGGT AG