LOC103334797 cDNA ORF clone, Prunus mume(Japanese apricot)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103334797
Entrez Gene ID	103334797
Full Name	translocase of chloroplast 120, chloroplastic
Gene Type	protein-coding
Organism	Prunus mume(Japanese apricot)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008237763.1	XP_008235985.1	translocase of chloroplast 120, chloroplastic

Pathways from BioSystems
Gene Ontology

The following LOC103334797 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103334797 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
OPr61838	XM_008237763.1 Latest version!	Prunus mume translocase of chloroplast 120, chloroplastic (LOC103334797), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

LOC103334797 ( XM_008237763.1 ) cDNA ORF clone, Prunus mume(Japanese apricot) -> XP_008235985.1 Prunus mume translocase of chloroplast 120, chloroplastic (LOC103334797), mRNA.

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CloneID	OPr61838
Clone ID Related Accession (Same CDS sequence)	XM_008237763.1
Accession Version	XM_008237763.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3960bp) 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	2016-05-10
Organism	Prunus mume(Japanese apricot)
Product	translocase of chloroplast 120, chloroplastic
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024131.1) 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 :: Prunus mume Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAAATG GTGATAAGAT TGCTGGAGGG TCTAACGTGG GAGAAAACAA GAGTGTTGAA 
GTTGAGGTTT TTGAGAGGGT TGCAGAGGGG TCTAATGGAC TCAAGGATGA TTTAGAAGAT 
GATGTTTTTG AGGAGGCAAT AGAGATACAA GAACACTTGC AGGAGCAGGG GACCAAACGT 
GATCTTGGGG ATGCTGCTGC TGTTGATGGA GAAAGAAAGG CTGAGACAGT GGGTGGTTTG 
GGTTTGGCCG TTCTTGTTAA GAGTCCTAGT ATAGAGAATT TTGAAGAGGC AATTGGGGTT 
CCTGATGATG ATGAGGATGA GGAGGAGGAG GAGGAGGAGG AGGAGGCAAT CGTGAATGGT 
GAAGAGAAGA TGGGAAGTTT TGTGGGTGGG AACAGTGTTG ATGAGGCCGC AGTGGCAGGC 
GCAATTGATG ATGGACAAAC TGTAAAGGAA GCAGTGACCA ATGAAACAAA TGGATTGACA 
GATGATGTGT TGGTGGGTAG CAGAGAAGAT GGAGTAAAAG AGGTTTCTCA GATTGGGGCT 
GGTGAAGAAA TAGCAGGTTT GACAGGTGGG GATGAGGTTC ATGTAAAGTC TGTAGTTCCT 
GAGTATGTGA AGTCTGAAAC AGACAATGTT GAATCAAATG GATTGACGGA TGATGGATTG 
GTGGGTAGCC AAGAAGTTGG GGTGAAAGAG GTTTCTGAGA TTGGTGCTGG TGGGGAAAAA 
GCAGTTTTGA CAGATGCTGA TGAGGTTGAT CTAAAGCTCG ATGGATTGGT GGGTAGCCAA 
GAAGTTGGGG TGGAAGAGGT TTCTGAGATT GGTGCTGGTA CAGCAGTTTT GACAGATGGG 
GATGATGTTG ATGCAAAGCC CGATGTAGTT GTTGAAAATA AGAAACCTGA GAAGGACAAT 
TTTGATAATT CAATTTCAGA GACAGTGCCT ACCGATGAAA AGTTAGATAA TGAAGCTGCT 
GATCTTGATT CTCCTCAAGT AACTGAATTT AACAAGGAGA TCTTGAAGGA AGCTGGTAAT 
GGTCAGGAAT TAGAGGAAAA TTCCTCGAGC TTAAAGATTC AGCTTGAAAA GGATGTGGGA 
CTGCTAAGTG CGTTAGATGG CTATCCTTTG AAGGTTCAAG ATGATAATGC TGCGGAGTCA 
CAAAATACAG TACATAAAGA AGGTGATAGT GCTGAATCAA AAGATGCTAT GCCCTGCATT 
GAAGCAAGGC AAGAGGATAA TAAAATTGAA GAACTAAGAG ACACTTTGAC TTGTACAGAT 
GCAGAACATC AAGATTACAG GAATGGAGAA GTGAAAGACT CTTCCACTTT GCTGGGTTCA 
GAGCATCATG GGGAAGAATC TGAACTAAAA GGCATTTCAT CTGATAAAGG GGAGGATGGG 
AAGGAAAGGG CTGTGACATC AGAGAGCTCC GCTTTTCCTG AAACATCTGC AACTGAGCAG 
ACAGAGAAGA TTCTGGATGG TGATGCTGAT TTGAGAGCAG AGAGTAACAA AGGTGATCAA 
CCTCTGCAAT CTGATGAAAT TGCTCATGAA GTTTGCAACA ATGTTGCTGC CCCTGAAGAG 
CCTGAAAAGA AAGAAAGCAT TCAGGCAGAG AAGGGAATCA ATAAAGTGAA CAGAGAACAA 
GAGATTCAGC CAGCATCAGT GCATTCTTCT TCATCTGGAA ATTCTACAAA CCCCACTCCC 
CCTCCTACTC GTCCAGCTGG CCTTGGCCGT GCTGCCCCAC TATTGGAACC TGCACCTAGG 
GTGGTACAGC ATCCTCGAGT AAATGGTACA GTATCTCATG TGCAAAACCA GCAAATTGAG 
GACCCCGCTA ATGGAGAGGC AGAGGAGTCT GATGAGACTC GTGAAAAGCT TCAAATGATA 
AGAGTGAAAT TTTTGCGTCT TGCACATAGG CTTGGGCAGA CTCCACATAA TGTTGTTGTG 
GCTCAGGTTT TGTACAGACT GGGACTAGCT GAGCAGCTGC GTGGTAGAAA TGGGGGCCGT 
GTTGGTGCTT TTAGTTTTGA CCGTGCAAGT GCCATGGCAG AGCAGCTTGA GGCATCAGGG 
AATGAACCCC TTGATTTTGC TTGCACAATT ATGGTTCTTG GAAAGACAGG AGTTGGCAAA 
AGTGCAACCA TCAATTCTAT ATTTGATGAA GTGAAGTTCA ACACTGATGC TTTTCAGATG 
GGGACAAAGA AAGTACAGGA TGTTGTTGGT ACCGTGCAAG GGATTAGAGT ACGAGTCATT 
GACACACCTG GCCTTTTACC TTCCTGGTCT GACCAGCGTC AGAATGAGAA GATTCTCCTG 
GCTGTGAACC GCTTTATCAA GAAAACTCCC CCGGATATTG TGTTGTATCT TGATAGGTTG 
GACATGCAGA GCAGGGATTT CAGTGATATG CCACTCTTGC GCACCATCAC AGACATTTTT 
GGGGCATCTA TATGGTTCAA TGCGATTGTG GTTCTGACTC ATGCTGCGTC AGCTCCACCT 
GATGGCCCAA ATGGCACAGC TTCTAGTTAT GACATGTTTG TCACTCAACG ATCTCATGTT 
GTCCAGCAAG CCATTCGTCA GGCTGCTGGG GATATGCGGC TCATGAATCC TGTTTCATTA 
GTAGAGAACC ACTCTGCTTG CAGAACTAAT AGGGCTGGGC AGAGAGTTTT GCCAAATGGT 
CAGGTTTGGA AGCCTCATCT GTTATTGCTC TCATTTGCAT CCAAGATTCT GGCTGAAGCA 
AATGCCCTAT TGAAGTTGCA AGATAGTCCA CCTGGAAAAC CTTTTGCAAC TCGGTCTAGG 
GCACCTCCTT TACCTTTCCT TCTCTCATCC CTCCTTCAAT CAAGACCACA GTTGAAGCTG 
CCTGAGGAGC AGTTTGGTGA TGATGACAGT CTAGATGATG AACTGGATGA ATCTTCAGAT 
TCTGATGATG AATCAGAATA TGATGAATTG CCACCATTTA AACGTTTGGC AAAGGCCCAG 
GTGGAGAAAC TCTCTAAAGC TCAGAAGGCG GCATATTTTG ATGAGTTAGA GTATAGGGAA 
AAGCTTTTCA TGAAGAAACA GTTGAAGGAA GAGAAAAAGC GACGGAAGTT GATGAAAAAG 
TTGGTAGCTT CAGCAATGGA ACTGCCAAAT GATTATGGTG AAAATGTTGA AGAGGAAAGT 
TCTGGGGCAG CATCTGTTCC TGTTCCCATG CCAGATTTGG CCTTACCTGC TTCCTTTGAT 
TCTGATAATC CAAGTCACCG TTATCGATAT CTAGATTCCT CCAACCAGTG GATTGTAAGA 
CCTGTTCTAG AAACTCATGG TTGGGATCAT GATGTTGGTT ATGACGGCAT AAATGCAGAA 
AGATTGTTTG TTGTTAAAGA CAAAATACCC TTGTCTTTTT CTGGCCAGGT TACCAAGGAT 
AAAAAGGATG CCAATGTCCA AATGGAAGTA GCTAGTTCAA TAAAGTATGG GGAAGGGAAA 
GCAACTTCAT TAGGATTTGA TATGCAGACT GTTGGGAAGG ACTTGGCTTA TACCCTGCGA 
AGTGACACAA GGTTCAGTAA TTTTAAGAAG AATAAGGCAA CGGCTGGTCT CTCAGTTACT 
CTCTTGGGTG ATGCTTTATC AGCTGGGATG AAAGTCGAAG ACAAATTTAT TGCTAATAAA 
CGGTGCCAGA TGGTTATGAC TGGTGGTGCA ATGACTGCTC GTGGTGATAT TGCTTATGGA 
TGTACTTTGG AGGCCCAGTT GAGAGACAAA GATTATCCTT TGGGTCGTTC GCTATCAACT 
CTTTCGCTGT CGGTAATGGA TTGGCATGGA GATCTTGCCA TTGGAGGCAA TATACAGTCT 
CAGATTCCAG TTGGACGACA TACAAACCTG ATTGCTCGTG CCAATGTAAA TAATAGGGGG 
GCTGGACAAA TCAGCTTGCG CTTGAATAGC TCAGAACAGC TTCAAATAGC TTTGTTCGGC 
CTCATTCCTC TGCTCAGAAA GTTCTTCACG TATCCTCAAC AGTTGCAGTA TGGACAATGA

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

RefSeq	XP_008235985.1
CDS	155..4114
Translation	MENGDKIAGGSNVGENKSVEVEVFERVAEGSNGLKDDLEDDVFEEAIEIQEHLQEQGTKRDLGDAAAVDGERKAETVGGLGLAVLVKSPSIENFEEAIGVPDDDEDEEEEEEEEEAIVNGEEKMGSFVGGNSVDEAAVAGAIDDGQTVKEAVTNETNGLTDDVLVGSREDGVKEVSQIGAGEEIAGLTGGDEVHVKSVVPEYVKSETDNVESNGLTDDGLVGSQEVGVKEVSEIGAGGEKAVLTDADEVDLKLDGLVGSQEVGVEEVSEIGAGTAVLTDGDDVDAKPDVVVENKKPEKDNFDNSISETVPTDEKLDNEAADLDSPQVTEFNKEILKEAGNGQELEENSSSLKIQLEKDVGLLSALDGYPLKVQDDNAAESQNTVHKEGDSAESKDAMPCIEARQEDNKIEELRDTLTCTDAEHQDYRNGEVKDSSTLLGSEHHGEESELKGISSDKGEDGKERAVTSESSAFPETSATEQTEKILDGDADLRAESNKGDQPLQSDEIAHEVCNNVAAPEEPEKKESIQAEKGINKVNREQEIQPASVHSSSSGNSTNPTPPPTRPAGLGRAAPLLEPAPRVVQHPRVNGTVSHVQNQQIEDPANGEAEESDETREKLQMIRVKFLRLAHRLGQTPHNVVVAQVLYRLGLAEQLRGRNGGRVGAFSFDRASAMAEQLEASGNEPLDFACTIMVLGKTGVGKSATINSIFDEVKFNTDAFQMGTKKVQDVVGTVQGIRVRVIDTPGLLPSWSDQRQNEKILLAVNRFIKKTPPDIVLYLDRLDMQSRDFSDMPLLRTITDIFGASIWFNAIVVLTHAASAPPDGPNGTASSYDMFVTQRSHVVQQAIRQAAGDMRLMNPVSLVENHSACRTNRAGQRVLPNGQVWKPHLLLLSFASKILAEANALLKLQDSPPGKPFATRSRAPPLPFLLSSLLQSRPQLKLPEEQFGDDDSLDDELDESSDSDDESEYDELPPFKRLAKAQVEKLSKAQKAAYFDELEYREKLFMKKQLKEEKKRRKLMKKLVASAMELPNDYGENVEEESSGAASVPVPMPDLALPASFDSDNPSHRYRYLDSSNQWIVRPVLETHGWDHDVGYDGINAERLFVVKDKIPLSFSGQVTKDKKDANVQMEVASSIKYGEGKATSLGFDMQTVGKDLAYTLRSDTRFSNFKKNKATAGLSVTLLGDALSAGMKVEDKFIANKRCQMVMTGGAMTARGDIAYGCTLEAQLRDKDYPLGRSLSTLSLSVMDWHGDLAIGGNIQSQIPVGRHTNLIARANVNNRGAGQISLRLNSSEQLQIALFGLIPLLRKFFTYPQQLQYGQ

Target ORF information:

RefSeq Version	XM_008237763.1
Organism	Prunus mume(Japanese apricot)
Definition	Prunus mume translocase of chloroplast 120, chloroplastic (LOC103334797), mRNA.

Target ORF information:

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

XM_008237763.1

ORF Insert Sequence:

ATGGAAAATG GTGATAAGAT TGCTGGAGGG TCTAACGTGG GAGAAAACAA GAGTGTTGAA 
GTTGAGGTTT TTGAGAGGGT TGCAGAGGGG TCTAATGGAC TCAAGGATGA TTTAGAAGAT 
GATGTTTTTG AGGAGGCAAT AGAGATACAA GAACACTTGC AGGAGCAGGG GACCAAACGT 
GATCTTGGGG ATGCTGCTGC TGTTGATGGA GAAAGAAAGG CTGAGACAGT GGGTGGTTTG 
GGTTTGGCCG TTCTTGTTAA GAGTCCTAGT ATAGAGAATT TTGAAGAGGC AATTGGGGTT 
CCTGATGATG ATGAGGATGA GGAGGAGGAG GAGGAGGAGG AGGAGGCAAT CGTGAATGGT 
GAAGAGAAGA TGGGAAGTTT TGTGGGTGGG AACAGTGTTG ATGAGGCCGC AGTGGCAGGC 
GCAATTGATG ATGGACAAAC TGTAAAGGAA GCAGTGACCA ATGAAACAAA TGGATTGACA 
GATGATGTGT TGGTGGGTAG CAGAGAAGAT GGAGTAAAAG AGGTTTCTCA GATTGGGGCT 
GGTGAAGAAA TAGCAGGTTT GACAGGTGGG GATGAGGTTC ATGTAAAGTC TGTAGTTCCT 
GAGTATGTGA AGTCTGAAAC AGACAATGTT GAATCAAATG GATTGACGGA TGATGGATTG 
GTGGGTAGCC AAGAAGTTGG GGTGAAAGAG GTTTCTGAGA TTGGTGCTGG TGGGGAAAAA 
GCAGTTTTGA CAGATGCTGA TGAGGTTGAT CTAAAGCTCG ATGGATTGGT GGGTAGCCAA 
GAAGTTGGGG TGGAAGAGGT TTCTGAGATT GGTGCTGGTA CAGCAGTTTT GACAGATGGG 
GATGATGTTG ATGCAAAGCC CGATGTAGTT GTTGAAAATA AGAAACCTGA GAAGGACAAT 
TTTGATAATT CAATTTCAGA GACAGTGCCT ACCGATGAAA AGTTAGATAA TGAAGCTGCT 
GATCTTGATT CTCCTCAAGT AACTGAATTT AACAAGGAGA TCTTGAAGGA AGCTGGTAAT 
GGTCAGGAAT TAGAGGAAAA TTCCTCGAGC TTAAAGATTC AGCTTGAAAA GGATGTGGGA 
CTGCTAAGTG CGTTAGATGG CTATCCTTTG AAGGTTCAAG ATGATAATGC TGCGGAGTCA 
CAAAATACAG TACATAAAGA AGGTGATAGT GCTGAATCAA AAGATGCTAT GCCCTGCATT 
GAAGCAAGGC AAGAGGATAA TAAAATTGAA GAACTAAGAG ACACTTTGAC TTGTACAGAT 
GCAGAACATC AAGATTACAG GAATGGAGAA GTGAAAGACT CTTCCACTTT GCTGGGTTCA 
GAGCATCATG GGGAAGAATC TGAACTAAAA GGCATTTCAT CTGATAAAGG GGAGGATGGG 
AAGGAAAGGG CTGTGACATC AGAGAGCTCC GCTTTTCCTG AAACATCTGC AACTGAGCAG 
ACAGAGAAGA TTCTGGATGG TGATGCTGAT TTGAGAGCAG AGAGTAACAA AGGTGATCAA 
CCTCTGCAAT CTGATGAAAT TGCTCATGAA GTTTGCAACA ATGTTGCTGC CCCTGAAGAG 
CCTGAAAAGA AAGAAAGCAT TCAGGCAGAG AAGGGAATCA ATAAAGTGAA CAGAGAACAA 
GAGATTCAGC CAGCATCAGT GCATTCTTCT TCATCTGGAA ATTCTACAAA CCCCACTCCC 
CCTCCTACTC GTCCAGCTGG CCTTGGCCGT GCTGCCCCAC TATTGGAACC TGCACCTAGG 
GTGGTACAGC ATCCTCGAGT AAATGGTACA GTATCTCATG TGCAAAACCA GCAAATTGAG 
GACCCCGCTA ATGGAGAGGC AGAGGAGTCT GATGAGACTC GTGAAAAGCT TCAAATGATA 
AGAGTGAAAT TTTTGCGTCT TGCACATAGG CTTGGGCAGA CTCCACATAA TGTTGTTGTG 
GCTCAGGTTT TGTACAGACT GGGACTAGCT GAGCAGCTGC GTGGTAGAAA TGGGGGCCGT 
GTTGGTGCTT TTAGTTTTGA CCGTGCAAGT GCCATGGCAG AGCAGCTTGA GGCATCAGGG 
AATGAACCCC TTGATTTTGC TTGCACAATT ATGGTTCTTG GAAAGACAGG AGTTGGCAAA 
AGTGCAACCA TCAATTCTAT ATTTGATGAA GTGAAGTTCA ACACTGATGC TTTTCAGATG 
GGGACAAAGA AAGTACAGGA TGTTGTTGGT ACCGTGCAAG GGATTAGAGT ACGAGTCATT 
GACACACCTG GCCTTTTACC TTCCTGGTCT GACCAGCGTC AGAATGAGAA GATTCTCCTG 
GCTGTGAACC GCTTTATCAA GAAAACTCCC CCGGATATTG TGTTGTATCT TGATAGGTTG 
GACATGCAGA GCAGGGATTT CAGTGATATG CCACTCTTGC GCACCATCAC AGACATTTTT 
GGGGCATCTA TATGGTTCAA TGCGATTGTG GTTCTGACTC ATGCTGCGTC AGCTCCACCT 
GATGGCCCAA ATGGCACAGC TTCTAGTTAT GACATGTTTG TCACTCAACG ATCTCATGTT 
GTCCAGCAAG CCATTCGTCA GGCTGCTGGG GATATGCGGC TCATGAATCC TGTTTCATTA 
GTAGAGAACC ACTCTGCTTG CAGAACTAAT AGGGCTGGGC AGAGAGTTTT GCCAAATGGT 
CAGGTTTGGA AGCCTCATCT GTTATTGCTC TCATTTGCAT CCAAGATTCT GGCTGAAGCA 
AATGCCCTAT TGAAGTTGCA AGATAGTCCA CCTGGAAAAC CTTTTGCAAC TCGGTCTAGG 
GCACCTCCTT TACCTTTCCT TCTCTCATCC CTCCTTCAAT CAAGACCACA GTTGAAGCTG 
CCTGAGGAGC AGTTTGGTGA TGATGACAGT CTAGATGATG AACTGGATGA ATCTTCAGAT 
TCTGATGATG AATCAGAATA TGATGAATTG CCACCATTTA AACGTTTGGC AAAGGCCCAG 
GTGGAGAAAC TCTCTAAAGC TCAGAAGGCG GCATATTTTG ATGAGTTAGA GTATAGGGAA 
AAGCTTTTCA TGAAGAAACA GTTGAAGGAA GAGAAAAAGC GACGGAAGTT GATGAAAAAG 
TTGGTAGCTT CAGCAATGGA ACTGCCAAAT GATTATGGTG AAAATGTTGA AGAGGAAAGT 
TCTGGGGCAG CATCTGTTCC TGTTCCCATG CCAGATTTGG CCTTACCTGC TTCCTTTGAT 
TCTGATAATC CAAGTCACCG TTATCGATAT CTAGATTCCT CCAACCAGTG GATTGTAAGA 
CCTGTTCTAG AAACTCATGG TTGGGATCAT GATGTTGGTT ATGACGGCAT AAATGCAGAA 
AGATTGTTTG TTGTTAAAGA CAAAATACCC TTGTCTTTTT CTGGCCAGGT TACCAAGGAT 
AAAAAGGATG CCAATGTCCA AATGGAAGTA GCTAGTTCAA TAAAGTATGG GGAAGGGAAA 
GCAACTTCAT TAGGATTTGA TATGCAGACT GTTGGGAAGG ACTTGGCTTA TACCCTGCGA 
AGTGACACAA GGTTCAGTAA TTTTAAGAAG AATAAGGCAA CGGCTGGTCT CTCAGTTACT 
CTCTTGGGTG ATGCTTTATC AGCTGGGATG AAAGTCGAAG ACAAATTTAT TGCTAATAAA 
CGGTGCCAGA TGGTTATGAC TGGTGGTGCA ATGACTGCTC GTGGTGATAT TGCTTATGGA 
TGTACTTTGG AGGCCCAGTT GAGAGACAAA GATTATCCTT TGGGTCGTTC GCTATCAACT 
CTTTCGCTGT CGGTAATGGA TTGGCATGGA GATCTTGCCA TTGGAGGCAA TATACAGTCT 
CAGATTCCAG TTGGACGACA TACAAACCTG ATTGCTCGTG CCAATGTAAA TAATAGGGGG 
GCTGGACAAA TCAGCTTGCG CTTGAATAGC TCAGAACAGC TTCAAATAGC TTTGTTCGGC 
CTCATTCCTC TGCTCAGAAA GTTCTTCACG TATCCTCAAC AGTTGCAGTA TGGACAATGA