LOC111689652 cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111689652
Entrez Gene ID	111689652
Full Name	enolase-phosphatase E1
Gene Type	protein-coding
Organism	Lucilia cuprina(Australian sheep blowfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023452123.1	XP_023307891.1	enolase-phosphatase E1

Pathways from BioSystems
Gene Ontology

The following LOC111689652 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111689652 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
OLu60139	XM_023452123.1 Latest version!	Lucilia cuprina enolase-phosphatase E1 (LOC111689652), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

LOC111689652 ( XM_023452123.1 ) cDNA ORF clone, Lucilia cuprina(Australian sheep blowfly) -> XP_023307891.1 Lucilia cuprina enolase-phosphatase E1 (LOC111689652), mRNA.

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CloneID	OLu60139
Clone ID Related Accession (Same CDS sequence)	XM_023452123.1
Accession Version	XM_023452123.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4128bp) 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	2018-01-04
Organism	Lucilia cuprina(Australian sheep blowfly)
Product	enolase-phosphatase E1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019412648.1) 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 Name :: Lucilia cuprina 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##

ATGACATTTG TTGAAAAAGA AGAATACCAG TACGTTAAAA GGCCTGAGCC CGTTAAACGT 
TTGGATAATT TGAAACCAGA AGGAGAATTC TATGCCCCTG AAAAACCAAA GTTTGTTGCT 
GGAGAAAGAC CTTCCCAAGT GCGTCCGGAG GATAATCTGA AACCAGAAGG TGATTTTACA 
ATTCCAGAAA AGACTACTTA CAAACCTGCT GAAAGGGTTG AGCGTATTGT AAGAAAAGAT 
AATCTACGTA CTGAAGGAGA AATGACATTT GTCGAGAAGG AAGATTATCA ATTCGTCGTC 
AGGCCTGCCC AAGTACGTCC CGAAGATAAC TTGAGACCTG AAGGTGATTT CTATACTCCC 
GAAAAGCCTG GTTTCCGTCC AGCCGAAAGA CCTGTTCCAA AGAAGCCAGA GGATAACCTG 
AAGCCTGAGG GAGATTTTTA CACCCCTGAA AAACCTGGCT TCCGCCCTGC TGAAAGACCT 
GTACAAAAGA AACCTGAAGA TAATCTTAAG CCTGAAGGAG ATTTCTATAC GCCTGAAAAG 
CCTGGTTACC GTCCGGCTGA AAGACCCGTT CAAAAGAAAC CAGAAGATAA TCTAAAGCCA 
GAGGGCGATT TTTACACTCC CGAGAAGCCT AAATTCGTTT CGGGTGAAAG ACCTTCCCAA 
GTTCGTCCTG AGGATAACCT TAAACCAGAA GGAGACTTTT ATACTCCTGA GAAGACAGGT 
TTTCGACCGG CTGAAAGGCC TGTTCAAAAG AAACCTGAAG ATAATCTTAA ACCGGAAGGA 
GATTTCTACA CGCCTGAAAA GCCTGGTTTC CGACCGGCCG AAAGACCTGT TCAAAAGAAA 
CCAGAAGATA ACCTTAAACC TGAAGGAGAT TTCTATACTC CCGAAAAACC TGGTTTCCGT 
CCTGCTGAAA GACCTGTTCA AAAGAAACCG GAGGATAATC TGAAGCCTGA AGGAGATTTC 
TACACACCTG AAAAGCCTGG TTTCCGCCCT GCAGAAAGAC CAGTACAAAA GAAACCCGAA 
GATAATCTTA AGCCAGAGGG TGAGTTTACT GTTCCAGAAA AGGCAGTTTT TAAACCGGCT 
GAGAAAACGC AAAGAATAAT TCGTAAGGAC AATCTACGTA CTGAGGGTGA AATGACCTTT 
GTTGAAAAAG AAGAATATAA ATATGTTAGA AGACCTGAAC CTGTTAAGAA AGGAGACAAT 
CTTAAACCAG AAGGCGAATT TTATGCCCCT GAAAAACCGA AATTCATTCC TGGTGAACGG 
CCATCCCAAG TTCGACATGA AGATAACCTT AAGCCTGAAG GCGACTTTTA TTCTCCCGAA 
AAGACAGGTT ATAAGCCTGC AGAAAAGGTG GTACAAAAGA AACCCAAGGA TAACCTTAAG 
CCTGAAGGTG AATTTACAGT TCCTGATAAG CCAACATTCA AACCAGCTGA AAAAACTGAA 
CGGATTATAA GAAAAGACAA TTTACGCACT GAAGGCGAAA TGACATTTAT TGAAAAAGAG 
GAGTATCAAT ATGTGAAGAG GCCTGAACCC GTAAAAATGA AAGATAACCT TAAACCAGAG 
GGTGACTTCT ATACCCCAGA GAAAGAAGGG TTTAAACCAG CAGAAAGACC TGTACAAAAG 
AAACCACAAG ATAATCTTAA ACCAGAGGGT GATTTCTATA CCCCAGAGAA GCAAGGCTTT 
AAACCGGCAG AGAGACCAGT TCAAAAGAAA CCACAAGATA ATTTGAAACC AGAGGGTGAT 
TTTACCGTTC CGGATAAACC TACCTATAAG CCAGGAGAAA AAACAACACG TATTATTAGA 
AAAGATAATT TGCGTACAGA AGGTGAGATG ACATTTGTTG AAAAAGAGGA ATACAAATAT 
GTTAAGAGGC CAGAGCCGAT CAAACAGTCC GATAATCTTA AGCCTGAAGG TGAATTTTAC 
TCACCAGAAA AAAGTGGATT TAAACCAGCT GAACGACCAT CACAAAAGAA GCCTGTTGAT 
AATCTAAAAC CAGAAGGTGA TTTCTATGCT CCCAGCAAAC CTGGTTTTAA ACCTGCCGAA 
CGTCCTGTTG CAAAGAAACC GGTTGATAAT TTAAAACCTG AGGGAGATTT TACAACTCCT 
GAAAAACCTT CTTATAAGCC AGCTGATAAA GTTCAGCGAG TCATACACAA AGACAATTTG 
CGAACGGAGG GTGAAATGAC ATTTGAGCAA AAAGAAATAT ACCAACATGT GAAGAGGCCA 
ACTCCTATTA AACCCACTGA CAATCTGAAG CCCGAGGGAG AGTTTGTTAC ACCAGAAAAG 
CCTTTATATA AACCGGGTGA AAGAGTAGAG CGCGTTATAC ACAAGGATAA CCTGCGTACA 
GAGGGTGAAA TGACATTCGA TAGAAAGACT ACTTACCAAC ATGTAAAGAG ACCAACACCA 
ATCAAACCTA ACGATAATTT GAAACCAGAA GGCGAATTCG TTACACCAGA AAAATCTCCA 
TTTAAACCGG GAGAGAGAGT AGAGCGTGTG GTGCGCAAAG ACAATCTTCG AACTGAAGGT 
GAAATGACAT TCGAACAAAA GGATACGTAT CAGTACGTTA AGAGACCGAC ACCAATTAAA 
CCGACTGATA ACCTAAAACC AGAAGGAGAT TTCTACAAAA AGGAAAAACC CACGGGTCCC 
AAAGATGTTG TCGATAGAGC TACTCCTAAA CGTCCAGTTG ACAATTTGAA ACTCGAAGGC 
AAAATGGAAA TTGTTAAAAA GAATGAAACT AAAACTACTC AACAAACCAC TGTGCGTCAA 
ACTAAGAGTA AATACGCACA TAATAGTTCT TCCATTAGTT TGGGATCAGA CAGTTCCATT 
CTAAAGACAA CAAGTCAAAT GAGTTTTGCA TCTGGTAAGA CAGCTGTTCC TGTTACCGAT 
TTAACAACTG AAAAACCAGC AGATGGTATG GTCATTGTCT CTACCAAAAA GGTCATCACT 
GTTGTTGGCG GTAAATCCAG AAAGGAACCC GAAACACAAT ACATCAGGAG ACAGGGCAAG 
GTAAATGTTA TTGAAAATGT GGAAAAATCA TCAACTACGA AGAATATAAA GAATGTGGAA 
AACATTCACC ACGAAGACGT TTCCCTTACC CAAAACCGTA TAACGGCAAG AAACAAAACT 
ATAGTCGATT CAACACAACA TGATAGCAAG CATATAACAA ATGGCAGCAC TTCTGTGACG 
AACAGTATTC AAAATAACTC AACAGTACAT GGTACACATA GAATAACATC CGACAATCAA 
CACCAGCACA CATGCTTGGC TGATAAACTC ACGTCTTCGA ACCAACACAT ACATACCGAT 
GGCACAACTA TAATTAGAAG AGCTACCTGT GTTAACCAGA GACATGGAAG TTCTTCTGAT 
ATGAAGAGCT TAATTAGTGG TGGAGGAAGC AGTGGTCATG TAACGCACAC CCACGATACT 
GCATCAAAGG TTGCAAAAAC CATGAATGGT AGTACCAACA ATGTGGCCCG CACTAGCTCA 
ACAAACATCA GCTCAAATAG TTTAGAAAGC TCTAGTGCCA CCTCAACTTC GACAATGTCG 
ACCAGCAAGC AGTTCCATCA TCGTAAAACA GAATTTTCAT CCGAATCCAA TGTGGCCAAT 
ACAATATTGC AACGTAAAAA TGCACCAGCC GAAACCAATC AGTTTGGTAG TCTTACATCA 
AATGCTAAGA TACAACGCAA GAGTATATTG AATCTTAACG AACAACCCTC GAGCAGTTGG 
TTACCCAGCG AAAGACAAAG TTACACCAGT ATCCATCGTC AGAAAGAAGC AGAGTCCTCA 
GTCGCAAACA ATCTAAGTGA ACGACGCAGC ATAACAACAA AACACCGTGA AATGAAAGAT 
CAACAGACTA ACAACCGGGG ATCGACGTCG CACCATACTA TGTCTATGCA TACATCCGCT 
CTCGATTTCC CATCTTACAA CCGGGCCAGC TCAGAACGTA TTGTCACACG TCAACGTGCC 
AATCAATCAT CGATTTCTTT CGGAAATGAA ACTTCCTCTT CGTCAAGCCT TTATAAAATG 
GAATATAAGA CACTTCCGGT CACAACATGT GCTGTGCATA AAGTAAAACA AGGTGCATTC 
CAACACACTA GGGATACTCA TGATCATAAA TTTTTCAAAA GCAACTAA

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

RefSeq	XP_023307891.1
CDS	481..4608
Translation	MTFVEKEEYQYVKRPEPVKRLDNLKPEGEFYAPEKPKFVAGERPSQVRPEDNLKPEGDFTIPEKTTYKPAERVERIVRKDNLRTEGEMTFVEKEDYQFVVRPAQVRPEDNLRPEGDFYTPEKPGFRPAERPVPKKPEDNLKPEGDFYTPEKPGFRPAERPVQKKPEDNLKPEGDFYTPEKPGYRPAERPVQKKPEDNLKPEGDFYTPEKPKFVSGERPSQVRPEDNLKPEGDFYTPEKTGFRPAERPVQKKPEDNLKPEGDFYTPEKPGFRPAERPVQKKPEDNLKPEGDFYTPEKPGFRPAERPVQKKPEDNLKPEGDFYTPEKPGFRPAERPVQKKPEDNLKPEGEFTVPEKAVFKPAEKTQRIIRKDNLRTEGEMTFVEKEEYKYVRRPEPVKKGDNLKPEGEFYAPEKPKFIPGERPSQVRHEDNLKPEGDFYSPEKTGYKPAEKVVQKKPKDNLKPEGEFTVPDKPTFKPAEKTERIIRKDNLRTEGEMTFIEKEEYQYVKRPEPVKMKDNLKPEGDFYTPEKEGFKPAERPVQKKPQDNLKPEGDFYTPEKQGFKPAERPVQKKPQDNLKPEGDFTVPDKPTYKPGEKTTRIIRKDNLRTEGEMTFVEKEEYKYVKRPEPIKQSDNLKPEGEFYSPEKSGFKPAERPSQKKPVDNLKPEGDFYAPSKPGFKPAERPVAKKPVDNLKPEGDFTTPEKPSYKPADKVQRVIHKDNLRTEGEMTFEQKEIYQHVKRPTPIKPTDNLKPEGEFVTPEKPLYKPGERVERVIHKDNLRTEGEMTFDRKTTYQHVKRPTPIKPNDNLKPEGEFVTPEKSPFKPGERVERVVRKDNLRTEGEMTFEQKDTYQYVKRPTPIKPTDNLKPEGDFYKKEKPTGPKDVVDRATPKRPVDNLKLEGKMEIVKKNETKTTQQTTVRQTKSKYAHNSSSISLGSDSSILKTTSQMSFASGKTAVPVTDLTTEKPADGMVIVSTKKVITVVGGKSRKEPETQYIRRQGKVNVIENVEKSSTTKNIKNVENIHHEDVSLTQNRITARNKTIVDSTQHDSKHITNGSTSVTNSIQNNSTVHGTHRITSDNQHQHTCLADKLTSSNQHIHTDGTTIIRRATCVNQRHGSSSDMKSLISGGGSSGHVTHTHDTASKVAKTMNGSTNNVARTSSTNISSNSLESSSATSTSTMSTSKQFHHRKTEFSSESNVANTILQRKNAPAETNQFGSLTSNAKIQRKSILNLNEQPSSSWLPSERQSYTSIHRQKEAESSVANNLSERRSITTKHREMKDQQTNNRGSTSHHTMSMHTSALDFPSYNRASSERIVTRQRANQSSISFGNETSSSSSLYKMEYKTLPVTTCAVHKVKQGAFQHTRDTHDHKFFKSN

Target ORF information:

RefSeq Version	XM_023452123.1
Organism	Lucilia cuprina(Australian sheep blowfly)
Definition	Lucilia cuprina enolase-phosphatase E1 (LOC111689652), mRNA.

Target ORF information:

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

XM_023452123.1

ORF Insert Sequence:

ATGACATTTG TTGAAAAAGA AGAATACCAG TACGTTAAAA GGCCTGAGCC CGTTAAACGT 
TTGGATAATT TGAAACCAGA AGGAGAATTC TATGCCCCTG AAAAACCAAA GTTTGTTGCT 
GGAGAAAGAC CTTCCCAAGT GCGTCCGGAG GATAATCTGA AACCAGAAGG TGATTTTACA 
ATTCCAGAAA AGACTACTTA CAAACCTGCT GAAAGGGTTG AGCGTATTGT AAGAAAAGAT 
AATCTACGTA CTGAAGGAGA AATGACATTT GTCGAGAAGG AAGATTATCA ATTCGTCGTC 
AGGCCTGCCC AAGTACGTCC CGAAGATAAC TTGAGACCTG AAGGTGATTT CTATACTCCC 
GAAAAGCCTG GTTTCCGTCC AGCCGAAAGA CCTGTTCCAA AGAAGCCAGA GGATAACCTG 
AAGCCTGAGG GAGATTTTTA CACCCCTGAA AAACCTGGCT TCCGCCCTGC TGAAAGACCT 
GTACAAAAGA AACCTGAAGA TAATCTTAAG CCTGAAGGAG ATTTCTATAC GCCTGAAAAG 
CCTGGTTACC GTCCGGCTGA AAGACCCGTT CAAAAGAAAC CAGAAGATAA TCTAAAGCCA 
GAGGGCGATT TTTACACTCC CGAGAAGCCT AAATTCGTTT CGGGTGAAAG ACCTTCCCAA 
GTTCGTCCTG AGGATAACCT TAAACCAGAA GGAGACTTTT ATACTCCTGA GAAGACAGGT 
TTTCGACCGG CTGAAAGGCC TGTTCAAAAG AAACCTGAAG ATAATCTTAA ACCGGAAGGA 
GATTTCTACA CGCCTGAAAA GCCTGGTTTC CGACCGGCCG AAAGACCTGT TCAAAAGAAA 
CCAGAAGATA ACCTTAAACC TGAAGGAGAT TTCTATACTC CCGAAAAACC TGGTTTCCGT 
CCTGCTGAAA GACCTGTTCA AAAGAAACCG GAGGATAATC TGAAGCCTGA AGGAGATTTC 
TACACACCTG AAAAGCCTGG TTTCCGCCCT GCAGAAAGAC CAGTACAAAA GAAACCCGAA 
GATAATCTTA AGCCAGAGGG TGAGTTTACT GTTCCAGAAA AGGCAGTTTT TAAACCGGCT 
GAGAAAACGC AAAGAATAAT TCGTAAGGAC AATCTACGTA CTGAGGGTGA AATGACCTTT 
GTTGAAAAAG AAGAATATAA ATATGTTAGA AGACCTGAAC CTGTTAAGAA AGGAGACAAT 
CTTAAACCAG AAGGCGAATT TTATGCCCCT GAAAAACCGA AATTCATTCC TGGTGAACGG 
CCATCCCAAG TTCGACATGA AGATAACCTT AAGCCTGAAG GCGACTTTTA TTCTCCCGAA 
AAGACAGGTT ATAAGCCTGC AGAAAAGGTG GTACAAAAGA AACCCAAGGA TAACCTTAAG 
CCTGAAGGTG AATTTACAGT TCCTGATAAG CCAACATTCA AACCAGCTGA AAAAACTGAA 
CGGATTATAA GAAAAGACAA TTTACGCACT GAAGGCGAAA TGACATTTAT TGAAAAAGAG 
GAGTATCAAT ATGTGAAGAG GCCTGAACCC GTAAAAATGA AAGATAACCT TAAACCAGAG 
GGTGACTTCT ATACCCCAGA GAAAGAAGGG TTTAAACCAG CAGAAAGACC TGTACAAAAG 
AAACCACAAG ATAATCTTAA ACCAGAGGGT GATTTCTATA CCCCAGAGAA GCAAGGCTTT 
AAACCGGCAG AGAGACCAGT TCAAAAGAAA CCACAAGATA ATTTGAAACC AGAGGGTGAT 
TTTACCGTTC CGGATAAACC TACCTATAAG CCAGGAGAAA AAACAACACG TATTATTAGA 
AAAGATAATT TGCGTACAGA AGGTGAGATG ACATTTGTTG AAAAAGAGGA ATACAAATAT 
GTTAAGAGGC CAGAGCCGAT CAAACAGTCC GATAATCTTA AGCCTGAAGG TGAATTTTAC 
TCACCAGAAA AAAGTGGATT TAAACCAGCT GAACGACCAT CACAAAAGAA GCCTGTTGAT 
AATCTAAAAC CAGAAGGTGA TTTCTATGCT CCCAGCAAAC CTGGTTTTAA ACCTGCCGAA 
CGTCCTGTTG CAAAGAAACC GGTTGATAAT TTAAAACCTG AGGGAGATTT TACAACTCCT 
GAAAAACCTT CTTATAAGCC AGCTGATAAA GTTCAGCGAG TCATACACAA AGACAATTTG 
CGAACGGAGG GTGAAATGAC ATTTGAGCAA AAAGAAATAT ACCAACATGT GAAGAGGCCA 
ACTCCTATTA AACCCACTGA CAATCTGAAG CCCGAGGGAG AGTTTGTTAC ACCAGAAAAG 
CCTTTATATA AACCGGGTGA AAGAGTAGAG CGCGTTATAC ACAAGGATAA CCTGCGTACA 
GAGGGTGAAA TGACATTCGA TAGAAAGACT ACTTACCAAC ATGTAAAGAG ACCAACACCA 
ATCAAACCTA ACGATAATTT GAAACCAGAA GGCGAATTCG TTACACCAGA AAAATCTCCA 
TTTAAACCGG GAGAGAGAGT AGAGCGTGTG GTGCGCAAAG ACAATCTTCG AACTGAAGGT 
GAAATGACAT TCGAACAAAA GGATACGTAT CAGTACGTTA AGAGACCGAC ACCAATTAAA 
CCGACTGATA ACCTAAAACC AGAAGGAGAT TTCTACAAAA AGGAAAAACC CACGGGTCCC 
AAAGATGTTG TCGATAGAGC TACTCCTAAA CGTCCAGTTG ACAATTTGAA ACTCGAAGGC 
AAAATGGAAA TTGTTAAAAA GAATGAAACT AAAACTACTC AACAAACCAC TGTGCGTCAA 
ACTAAGAGTA AATACGCACA TAATAGTTCT TCCATTAGTT TGGGATCAGA CAGTTCCATT 
CTAAAGACAA CAAGTCAAAT GAGTTTTGCA TCTGGTAAGA CAGCTGTTCC TGTTACCGAT 
TTAACAACTG AAAAACCAGC AGATGGTATG GTCATTGTCT CTACCAAAAA GGTCATCACT 
GTTGTTGGCG GTAAATCCAG AAAGGAACCC GAAACACAAT ACATCAGGAG ACAGGGCAAG 
GTAAATGTTA TTGAAAATGT GGAAAAATCA TCAACTACGA AGAATATAAA GAATGTGGAA 
AACATTCACC ACGAAGACGT TTCCCTTACC CAAAACCGTA TAACGGCAAG AAACAAAACT 
ATAGTCGATT CAACACAACA TGATAGCAAG CATATAACAA ATGGCAGCAC TTCTGTGACG 
AACAGTATTC AAAATAACTC AACAGTACAT GGTACACATA GAATAACATC CGACAATCAA 
CACCAGCACA CATGCTTGGC TGATAAACTC ACGTCTTCGA ACCAACACAT ACATACCGAT 
GGCACAACTA TAATTAGAAG AGCTACCTGT GTTAACCAGA GACATGGAAG TTCTTCTGAT 
ATGAAGAGCT TAATTAGTGG TGGAGGAAGC AGTGGTCATG TAACGCACAC CCACGATACT 
GCATCAAAGG TTGCAAAAAC CATGAATGGT AGTACCAACA ATGTGGCCCG CACTAGCTCA 
ACAAACATCA GCTCAAATAG TTTAGAAAGC TCTAGTGCCA CCTCAACTTC GACAATGTCG 
ACCAGCAAGC AGTTCCATCA TCGTAAAACA GAATTTTCAT CCGAATCCAA TGTGGCCAAT 
ACAATATTGC AACGTAAAAA TGCACCAGCC GAAACCAATC AGTTTGGTAG TCTTACATCA 
AATGCTAAGA TACAACGCAA GAGTATATTG AATCTTAACG AACAACCCTC GAGCAGTTGG 
TTACCCAGCG AAAGACAAAG TTACACCAGT ATCCATCGTC AGAAAGAAGC AGAGTCCTCA 
GTCGCAAACA ATCTAAGTGA ACGACGCAGC ATAACAACAA AACACCGTGA AATGAAAGAT 
CAACAGACTA ACAACCGGGG ATCGACGTCG CACCATACTA TGTCTATGCA TACATCCGCT 
CTCGATTTCC CATCTTACAA CCGGGCCAGC TCAGAACGTA TTGTCACACG TCAACGTGCC 
AATCAATCAT CGATTTCTTT CGGAAATGAA ACTTCCTCTT CGTCAAGCCT TTATAAAATG 
GAATATAAGA CACTTCCGGT CACAACATGT GCTGTGCATA AAGTAAAACA AGGTGCATTC 
CAACACACTA GGGATACTCA TGATCATAAA TTTTTCAAAA GCAACTAA