nexmif cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	nexmif
Entrez Gene ID	111226506
Full Name	neurite extension and migration factor
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022751693.1	XP_022607414.1	protein KIAA2022 homolog

Pathways from BioSystems
Gene Ontology

The following nexmif gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the nexmif 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
OSe198888	XM_022751693.1 Latest version!	Seriola dumerili neurite extension and migration factor (nexmif), 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)

nexmif ( XM_022751693.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022607414.1 Seriola dumerili neurite extension and migration factor (nexmif), mRNA.

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CloneID	OSe198888
Clone ID Related Accession (Same CDS sequence)	XM_022751693.1
Accession Version	XM_022751693.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4305bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	protein KIAA2022 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174416.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGTGT TAACAGACAG CAGTCTCACA TTGATTGTGA AGACTTCAGA ACCAGAGAAT 
GCAAATGTTC TGGAGAATAC AGGGGTATGT GAGCAGGGTG GTGATCTGAG TCTGTGCGGG 
CTCGTTGATG CTGCTCTCCC TCCATCCTCA CCTCCTCCTG CCGCAGAGAC TTCCCAGCAG 
GCCTGTCCAA CACACCAGAG GACCACACCT TCATCGCCAA CCCTCCCCCT GCCCATTGGC 
ACTGACCCCT CTCTGGGCCT AACAGTGGCC CCCTGCCCTG CCTCCGATGA CTCTCCAACT 
GTAGTCCCCC ACCTTCACCA CACTCCCACT CCTACATCAC TTCCCACCCC AGCTTTAACT 
TCCTGGGGCT CAACAGGAGA GACCCAGAAA ACTCCCCTTC CGCTACCCAT TGCCCTCCCT 
CTGTCAGCTA CAATGATGGA GCCTGGCACT GTGTCTGCCC TGACAGAGGA GTGTCTTCTT 
CAGCCTTCCC GCACCTGCCT CGGCTGCTTC ATTGAAACCC GTGATGCTAC TGACCCTAAT 
TCCATCCAGA ACCCGCCTCA TGACCCTAAC GCCAACCCTG ACACAGAGTC CGGGCTAAGC 
GTAAGGATAG GGGATGTGAG CCGAGAGGAT TTCTCCGACA TCAACAACAT CAGCATCCAG 
TGCCTGAGCC ATGCGGGGGA GGCAGTGAGT CACTACGGAG AACAACTCCT CTCTGACCAG 
CTACTTAGCT TTCCTCTGCC GAAAGCCCCA GGTGAGGGCA AGAGAGTGGA TGGAAACAAA 
ACAACAGAGG ATTGTGATGA TCCAGAGGAT GATGCAACAG CTAAGAACCT GTATGAGGGA 
CTGTTACTGG ACAAAGTGAG CGGAGAGGAG GTTCTGCTGG CTAATGCCGG CCAGGACTGG 
GGCTATTTTG AGTCCTTCAT CAGTGAGAGT AAGATGGAGC TGCTGGACCT TTGTTCTAAG 
AACGAACTGT CAGTCAACCT CTTCTCTGAG GAAGATGTTG ACAATCTATT TGATGACGAA 
GACGATGATT CAACTTTAAG CAGCGATGTC TGTTCGCTGA AGATTCGTTA TGAGTCTTTC 
CAGGACAACA TGAGGGAAAA AACAAATGTG CTCCAGGAGG AGACACAGTT CAACTTCTTC 
CCTAGTGTCC TGGCCAACTG TGCCAAGAAA GAGGAAGGAG TGGGAGTATT GAGGAGGAGT 
GCTGAGGAGC TTCAGCCCAA AACTGATGAG CTCATCCTGG AGACAGGACA GGAAGGAAAG 
GCTGGGGACT GCAGTGGTAG GAGCCCCCTT GATGGCTCCC AGGGCTCACC CATGTCCACT 
CCCAAAGTCA ATTACCTAAT GGACTTCAAT TCTACAGAGG AGTCGGGAGA GTTCAGCGAT 
GACAGCTCCT GCACTGGCTC CTCCTCAGAC ACCCTGCAGG AGGGCAAATT TAAAAAGGGC 
CACTCAAAGA GATTCCTCAG CCCCTCCAAC CCTCTTAACT ACGGCTTGCG CTCCAAGAGA 
AAGGTTCGAT ACAGTGATGA TTACTTGTAT GATGTTGACT CGCTCGAGAG TGAGAAGAAC 
GCAGAGAAAA AGGAGAAAGC TCCTGCTGGT CAGAAAGAGG AGGAGGATGT TGACTGGTGC 
CCCAAAAAAC GTCGGAAATC CTGTCGCAAA GAGCCACCCG TGGTCATCAA GTACATCATC 
ATCAACAGGT TTAAAGGAGA GAGACTCATG TCAGTGAAAC TGGGCAAGTT AGACCCTGTG 
GATGCTACTG TGAGCTTAAC CGCCGACTCA GTAAGCAAAT ATGAGACACT GGCTCCTTTG 
AAGGATTTCT GGCAGGAGAG GCAAAGAGAG AGACAGGAAC AGCTTAAGCT GGCTGCCAGA 
GATAAACAAC AACGAGGTTT TCATCTAAAC GGACGCCATC ATCGCCCTTT TAATTCTAGT 
CATCCCAAAA GGAAATACAA GATTGCAAAC AGGCTTAAGG TTCAGAGGAT TCACGCTGTG 
GAGCAATCAG CAACAGCACA GGGCTCCCCT CTCTCTGATC AGGGCCAGGG AGGTGTCACT 
AAAGAGGAGG CCACCCCCAC GGTAGGGGGA ATAATAGCAG CCCCAGGCCT CCCAGTCACA 
TTAGACACAA ACTCCATCAC GCACACAGTC ACGGCCAAGA GCCGCTCCCA GGAGAGAGAG 
GAGAGGGAGG GGAGGAGATT GGGAGGAAAT AAAACAGTCA GGATAAGGAA ATTCAAAAGC 
GAAGCCAGGC TGAGGAGCAA GAAAATGAAA GAGGCAGAAG GAGAGGAGGG GAGGAGCGTG 
ACAAATGAAA CGGATGCCTG TGTTGCTGCA GCACAGATTG AGGACCCTAC TGCTGGGTTA 
GAAGAGGCAG GCATTAGCTC TACTACAGTC AAACCCCATT TCTCTGACAG TACCGCCACT 
GCTCACACAA CTGAGGAGAA ATTCCCCTTT GTTTCGTCCA CCTGCTCTCC TGACAAAGCT 
TCCTCCTCAG AGGAAGTGGA AGCGGGTGTC CCTGTCATCC CGGGGGGCTA CCTGCAGACC 
CTGTTAGATG CTACAGACTC GTCTGGTGGA GCAACTATCT CTTATTTCCC CCAGCAGCCC 
TCTAGGCAGC AGTATCCTCT GGGGCTGTCC CTGGAGGAGA AACAGTTTTC GTCTCTGCAG 
CTCGCTCAGA GTTGCGTCCT CTCGCCTCCT TCTGAGTCCG AGCTCCAGCA GTCTCCGCAG 
AACTGCCCCA GCTTCCCCCA GATGTGGCAC CCACAGCTTT GCGCAAGTCA CAGCCAGAGC 
TTTGGGCCAG AGACGCCTGA GACTCCCATC TTACCCAACA ACTTCCCCAG TGCTGTGCCC 
CTGAACGACA GCCTGCCAGT GTCTAACTAC AGCCAGCTGA GCCCTGAGGC TGACAGGCTG 
CTTTATGAGA AGAGCTACCT GACTGAGGCT GGGCTGCAGC CCGGGGCAGA TCTGCAAGTG 
TGTCAGACTG TCTGTGTGGA GGGCCAGGTG CAATACCAGA GAGGGTCCCT GTGCACAGAC 
AACGGCAGGC TCATCAGCTA TGACTCAGTG GGCTCTCTGT CAGCCTCCTC TAGCAATTAC 
AGCTCCCTCA GCCTCAAGTC TTGTGAGCGG GAGGGTGAGG AGGAGGGCCG AGACAGCTTC 
TTAGCTCATT GCAGTCCTAA AGTGGTGATT CAGCAGAGTG TAGACGCCCT TACCCCACTC 
AGGGAGTCCT CAGACCTGCT GGATATCTCC AACTTCACCC CTGACAAGTT TAGACACTCA 
TCACTGTCAG AGCTTTCCCC TCCCGAGACC CCCAACCTGT CCCCCCAGGT GGTGGGGCGT 
GAGATGAAGA TAGCAGGGAA TGTTGGAGAA TTCCAGGATG TGAATGATAT GACTATGGAC 
TGCAACAGGG AGGTAAAGTG GAACTGTGAC GTTATGCAGC AACAAGAGCA CACAGCAAAT 
GCATACACAG TGGAAGAAAG CCAGTTTCCA CTGCACAACT TCAACAGTCA GGATGTGTTA 
GGTTTAGATA AAAAGGAGCT GGGAGTAACC GAATTCGACG AACAGACTGG TGAGATGCTG 
CCTGGCGCGA AAAACATTAA GTCAAAGAGG AAAGGCAATT GCAAACAGAC AGCTGCAGGA 
CAGAGCCCAA AGAAAGTCAG AGCTCCCAGA GCTCCCAAGT CAGAAAAGGT CAAGACCCCT 
AAACAGAACT CGCGTTCCAC CAAAAAGATA AAGGCCATGT TAGAGGGGAA GGCAGCAAAG 
AACCAGGCAG GTGGTTGTGG CACAGGCCTG ACTGACAGTA GCAGCACTGG GGACTGGTCT 
GGTACCGGCT GGTCAGAGAG CAACAGTCTG GTAGGGGACG ACCAGAGAGA ATTCGAGGAG 
CCCTCCAATA TTCTGTCCAA CATTGTCTCT GGCATGGCTG AGGTCCAAAG GTTCATGATG 
GCCTCCATTG AGCCACTGTG GAATCCCATG TCGGAGGCCT GTATGCCCTC CGAGGCCAAC 
AGCCTCAACC TAAAGACCCT CAAAATCTTG GCAGGCACAG AGGCTGACCT GAAGAAAAAA 
GGAGCCGTGC TAACAGGGGC TGGGAGAGGC AGAAAGGCTG GGGGAAAGGG AGTAAAAAAC 
CAGGCCAAAT TCAACCCCTC TCATCCCTTA TTCCCCCAAC TAGCTCTGGG CTGTAACATG 
TTTGATAAAC CCAACTTTAT TAACCCTGGG CCTGCACACA AAAAGCTGTA CCGCCACAAG 
ACCAGTGCAA AGTTCCCTCG GATTGAGACA CTGAAGGGGA AGCGAGGTGA GAGGGACCCA 
AATAAGGACA TAGCACTGAT GACCTCTTTT GAGAAACTGA GGTAA

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

RefSeq	XP_022607414.1
CDS	114..4418
Translation	MDVLTDSSLTLIVKTSEPENANVLENTGVCEQGGDLSLCGLVDAALPPSSPPPAAETSQQACPTHQRTTPSSPTLPLPIGTDPSLGLTVAPCPASDDSPTVVPHLHHTPTPTSLPTPALTSWGSTGETQKTPLPLPIALPLSATMMEPGTVSALTEECLLQPSRTCLGCFIETRDATDPNSIQNPPHDPNANPDTESGLSVRIGDVSREDFSDINNISIQCLSHAGEAVSHYGEQLLSDQLLSFPLPKAPGEGKRVDGNKTTEDCDDPEDDATAKNLYEGLLLDKVSGEEVLLANAGQDWGYFESFISESKMELLDLCSKNELSVNLFSEEDVDNLFDDEDDDSTLSSDVCSLKIRYESFQDNMREKTNVLQEETQFNFFPSVLANCAKKEEGVGVLRRSAEELQPKTDELILETGQEGKAGDCSGRSPLDGSQGSPMSTPKVNYLMDFNSTEESGEFSDDSSCTGSSSDTLQEGKFKKGHSKRFLSPSNPLNYGLRSKRKVRYSDDYLYDVDSLESEKNAEKKEKAPAGQKEEEDVDWCPKKRRKSCRKEPPVVIKYIIINRFKGERLMSVKLGKLDPVDATVSLTADSVSKYETLAPLKDFWQERQRERQEQLKLAARDKQQRGFHLNGRHHRPFNSSHPKRKYKIANRLKVQRIHAVEQSATAQGSPLSDQGQGGVTKEEATPTVGGIIAAPGLPVTLDTNSITHTVTAKSRSQEREEREGRRLGGNKTVRIRKFKSEARLRSKKMKEAEGEEGRSVTNETDACVAAAQIEDPTAGLEEAGISSTTVKPHFSDSTATAHTTEEKFPFVSSTCSPDKASSSEEVEAGVPVIPGGYLQTLLDATDSSGGATISYFPQQPSRQQYPLGLSLEEKQFSSLQLAQSCVLSPPSESELQQSPQNCPSFPQMWHPQLCASHSQSFGPETPETPILPNNFPSAVPLNDSLPVSNYSQLSPEADRLLYEKSYLTEAGLQPGADLQVCQTVCVEGQVQYQRGSLCTDNGRLISYDSVGSLSASSSNYSSLSLKSCEREGEEEGRDSFLAHCSPKVVIQQSVDALTPLRESSDLLDISNFTPDKFRHSSLSELSPPETPNLSPQVVGREMKIAGNVGEFQDVNDMTMDCNREVKWNCDVMQQQEHTANAYTVEESQFPLHNFNSQDVLGLDKKELGVTEFDEQTGEMLPGAKNIKSKRKGNCKQTAAGQSPKKVRAPRAPKSEKVKTPKQNSRSTKKIKAMLEGKAAKNQAGGCGTGLTDSSSTGDWSGTGWSESNSLVGDDQREFEEPSNILSNIVSGMAEVQRFMMASIEPLWNPMSEACMPSEANSLNLKTLKILAGTEADLKKKGAVLTGAGRGRKAGGKGVKNQAKFNPSHPLFPQLALGCNMFDKPNFINPGPAHKKLYRHKTSAKFPRIETLKGKRGERDPNKDIALMTSFEKLR

Target ORF information:

RefSeq Version	XM_022751693.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili neurite extension and migration factor (nexmif), mRNA.

Target ORF information:

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

XM_022751693.1

ORF Insert Sequence:

ATGGATGTGT TAACAGACAG CAGTCTCACA TTGATTGTGA AGACTTCAGA ACCAGAGAAT 
GCAAATGTTC TGGAGAATAC AGGGGTATGT GAGCAGGGTG GTGATCTGAG TCTGTGCGGG 
CTCGTTGATG CTGCTCTCCC TCCATCCTCA CCTCCTCCTG CCGCAGAGAC TTCCCAGCAG 
GCCTGTCCAA CACACCAGAG GACCACACCT TCATCGCCAA CCCTCCCCCT GCCCATTGGC 
ACTGACCCCT CTCTGGGCCT AACAGTGGCC CCCTGCCCTG CCTCCGATGA CTCTCCAACT 
GTAGTCCCCC ACCTTCACCA CACTCCCACT CCTACATCAC TTCCCACCCC AGCTTTAACT 
TCCTGGGGCT CAACAGGAGA GACCCAGAAA ACTCCCCTTC CGCTACCCAT TGCCCTCCCT 
CTGTCAGCTA CAATGATGGA GCCTGGCACT GTGTCTGCCC TGACAGAGGA GTGTCTTCTT 
CAGCCTTCCC GCACCTGCCT CGGCTGCTTC ATTGAAACCC GTGATGCTAC TGACCCTAAT 
TCCATCCAGA ACCCGCCTCA TGACCCTAAC GCCAACCCTG ACACAGAGTC CGGGCTAAGC 
GTAAGGATAG GGGATGTGAG CCGAGAGGAT TTCTCCGACA TCAACAACAT CAGCATCCAG 
TGCCTGAGCC ATGCGGGGGA GGCAGTGAGT CACTACGGAG AACAACTCCT CTCTGACCAG 
CTACTTAGCT TTCCTCTGCC GAAAGCCCCA GGTGAGGGCA AGAGAGTGGA TGGAAACAAA 
ACAACAGAGG ATTGTGATGA TCCAGAGGAT GATGCAACAG CTAAGAACCT GTATGAGGGA 
CTGTTACTGG ACAAAGTGAG CGGAGAGGAG GTTCTGCTGG CTAATGCCGG CCAGGACTGG 
GGCTATTTTG AGTCCTTCAT CAGTGAGAGT AAGATGGAGC TGCTGGACCT TTGTTCTAAG 
AACGAACTGT CAGTCAACCT CTTCTCTGAG GAAGATGTTG ACAATCTATT TGATGACGAA 
GACGATGATT CAACTTTAAG CAGCGATGTC TGTTCGCTGA AGATTCGTTA TGAGTCTTTC 
CAGGACAACA TGAGGGAAAA AACAAATGTG CTCCAGGAGG AGACACAGTT CAACTTCTTC 
CCTAGTGTCC TGGCCAACTG TGCCAAGAAA GAGGAAGGAG TGGGAGTATT GAGGAGGAGT 
GCTGAGGAGC TTCAGCCCAA AACTGATGAG CTCATCCTGG AGACAGGACA GGAAGGAAAG 
GCTGGGGACT GCAGTGGTAG GAGCCCCCTT GATGGCTCCC AGGGCTCACC CATGTCCACT 
CCCAAAGTCA ATTACCTAAT GGACTTCAAT TCTACAGAGG AGTCGGGAGA GTTCAGCGAT 
GACAGCTCCT GCACTGGCTC CTCCTCAGAC ACCCTGCAGG AGGGCAAATT TAAAAAGGGC 
CACTCAAAGA GATTCCTCAG CCCCTCCAAC CCTCTTAACT ACGGCTTGCG CTCCAAGAGA 
AAGGTTCGAT ACAGTGATGA TTACTTGTAT GATGTTGACT CGCTCGAGAG TGAGAAGAAC 
GCAGAGAAAA AGGAGAAAGC TCCTGCTGGT CAGAAAGAGG AGGAGGATGT TGACTGGTGC 
CCCAAAAAAC GTCGGAAATC CTGTCGCAAA GAGCCACCCG TGGTCATCAA GTACATCATC 
ATCAACAGGT TTAAAGGAGA GAGACTCATG TCAGTGAAAC TGGGCAAGTT AGACCCTGTG 
GATGCTACTG TGAGCTTAAC CGCCGACTCA GTAAGCAAAT ATGAGACACT GGCTCCTTTG 
AAGGATTTCT GGCAGGAGAG GCAAAGAGAG AGACAGGAAC AGCTTAAGCT GGCTGCCAGA 
GATAAACAAC AACGAGGTTT TCATCTAAAC GGACGCCATC ATCGCCCTTT TAATTCTAGT 
CATCCCAAAA GGAAATACAA GATTGCAAAC AGGCTTAAGG TTCAGAGGAT TCACGCTGTG 
GAGCAATCAG CAACAGCACA GGGCTCCCCT CTCTCTGATC AGGGCCAGGG AGGTGTCACT 
AAAGAGGAGG CCACCCCCAC GGTAGGGGGA ATAATAGCAG CCCCAGGCCT CCCAGTCACA 
TTAGACACAA ACTCCATCAC GCACACAGTC ACGGCCAAGA GCCGCTCCCA GGAGAGAGAG 
GAGAGGGAGG GGAGGAGATT GGGAGGAAAT AAAACAGTCA GGATAAGGAA ATTCAAAAGC 
GAAGCCAGGC TGAGGAGCAA GAAAATGAAA GAGGCAGAAG GAGAGGAGGG GAGGAGCGTG 
ACAAATGAAA CGGATGCCTG TGTTGCTGCA GCACAGATTG AGGACCCTAC TGCTGGGTTA 
GAAGAGGCAG GCATTAGCTC TACTACAGTC AAACCCCATT TCTCTGACAG TACCGCCACT 
GCTCACACAA CTGAGGAGAA ATTCCCCTTT GTTTCGTCCA CCTGCTCTCC TGACAAAGCT 
TCCTCCTCAG AGGAAGTGGA AGCGGGTGTC CCTGTCATCC CGGGGGGCTA CCTGCAGACC 
CTGTTAGATG CTACAGACTC GTCTGGTGGA GCAACTATCT CTTATTTCCC CCAGCAGCCC 
TCTAGGCAGC AGTATCCTCT GGGGCTGTCC CTGGAGGAGA AACAGTTTTC GTCTCTGCAG 
CTCGCTCAGA GTTGCGTCCT CTCGCCTCCT TCTGAGTCCG AGCTCCAGCA GTCTCCGCAG 
AACTGCCCCA GCTTCCCCCA GATGTGGCAC CCACAGCTTT GCGCAAGTCA CAGCCAGAGC 
TTTGGGCCAG AGACGCCTGA GACTCCCATC TTACCCAACA ACTTCCCCAG TGCTGTGCCC 
CTGAACGACA GCCTGCCAGT GTCTAACTAC AGCCAGCTGA GCCCTGAGGC TGACAGGCTG 
CTTTATGAGA AGAGCTACCT GACTGAGGCT GGGCTGCAGC CCGGGGCAGA TCTGCAAGTG 
TGTCAGACTG TCTGTGTGGA GGGCCAGGTG CAATACCAGA GAGGGTCCCT GTGCACAGAC 
AACGGCAGGC TCATCAGCTA TGACTCAGTG GGCTCTCTGT CAGCCTCCTC TAGCAATTAC 
AGCTCCCTCA GCCTCAAGTC TTGTGAGCGG GAGGGTGAGG AGGAGGGCCG AGACAGCTTC 
TTAGCTCATT GCAGTCCTAA AGTGGTGATT CAGCAGAGTG TAGACGCCCT TACCCCACTC 
AGGGAGTCCT CAGACCTGCT GGATATCTCC AACTTCACCC CTGACAAGTT TAGACACTCA 
TCACTGTCAG AGCTTTCCCC TCCCGAGACC CCCAACCTGT CCCCCCAGGT GGTGGGGCGT 
GAGATGAAGA TAGCAGGGAA TGTTGGAGAA TTCCAGGATG TGAATGATAT GACTATGGAC 
TGCAACAGGG AGGTAAAGTG GAACTGTGAC GTTATGCAGC AACAAGAGCA CACAGCAAAT 
GCATACACAG TGGAAGAAAG CCAGTTTCCA CTGCACAACT TCAACAGTCA GGATGTGTTA 
GGTTTAGATA AAAAGGAGCT GGGAGTAACC GAATTCGACG AACAGACTGG TGAGATGCTG 
CCTGGCGCGA AAAACATTAA GTCAAAGAGG AAAGGCAATT GCAAACAGAC AGCTGCAGGA 
CAGAGCCCAA AGAAAGTCAG AGCTCCCAGA GCTCCCAAGT CAGAAAAGGT CAAGACCCCT 
AAACAGAACT CGCGTTCCAC CAAAAAGATA AAGGCCATGT TAGAGGGGAA GGCAGCAAAG 
AACCAGGCAG GTGGTTGTGG CACAGGCCTG ACTGACAGTA GCAGCACTGG GGACTGGTCT 
GGTACCGGCT GGTCAGAGAG CAACAGTCTG GTAGGGGACG ACCAGAGAGA ATTCGAGGAG 
CCCTCCAATA TTCTGTCCAA CATTGTCTCT GGCATGGCTG AGGTCCAAAG GTTCATGATG 
GCCTCCATTG AGCCACTGTG GAATCCCATG TCGGAGGCCT GTATGCCCTC CGAGGCCAAC 
AGCCTCAACC TAAAGACCCT CAAAATCTTG GCAGGCACAG AGGCTGACCT GAAGAAAAAA 
GGAGCCGTGC TAACAGGGGC TGGGAGAGGC AGAAAGGCTG GGGGAAAGGG AGTAAAAAAC 
CAGGCCAAAT TCAACCCCTC TCATCCCTTA TTCCCCCAAC TAGCTCTGGG CTGTAACATG 
TTTGATAAAC CCAACTTTAT TAACCCTGGG CCTGCACACA AAAAGCTGTA CCGCCACAAG 
ACCAGTGCAA AGTTCCCTCG GATTGAGACA CTGAAGGGGA AGCGAGGTGA GAGGGACCCA 
AATAAGGACA TAGCACTGAT GACCTCTTTT GAGAAACTGA GGTAA