LOC18603531 cDNA ORF clone, Theobroma cacao(cacao)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC18603531
Entrez Gene ID	18603531
Full Name	Fanconi anemia group I protein homolog
Gene Type	protein-coding
Organism	Theobroma cacao(cacao)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018120399.1	XP_017975888.1	Fanconi anemia group I protein homolog isoform X1
XM_018120401.1	XP_017975890.1	Fanconi anemia group I protein homolog isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC18603531 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC18603531 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
OTh44651	XM_018120399.1 Latest version!	Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OTh44652	XM_018120401.1 Latest version!	Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC18603531 ( XM_018120399.1 ) cDNA ORF clone, Theobroma cacao(cacao) -> XP_017975888.1 Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTh44651
Clone ID Related Accession (Same CDS sequence)	XM_018120399.1
Accession Version	XM_018120399.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4233bp) 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	2016-09-11
Organism	Theobroma cacao(cacao)
Product	Fanconi anemia group I protein homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030853.1) 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 :: Theobroma cacao Annotation Release 100 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##

ATGGCCGCCA CGGAATCGCC GCCGCCGTTA AACGACGTCG ATATCGTGTG TTTAGCCCAA 
CAAAAGCGTC CCACCAACAA CCACCACTAC CAACCCAACG TTTCACTGCC TCCATTTCTC 
CGCTCTCCTC ACTCTCACGA GTCCCTCCTC GCTTACCTCC ACTCACGCGC CACTTCTCCT 
TCTCCGTCCT CCGCCGTTTC CGAATACGTC ATCTCTCTCC TCTCCCTCAT TTCCCTCTCA 
CCCGAAACCC CTTCTGTCTC TTCTCTCCTC TCCTCTCTTC TCTCATCCTA CGCGCAAATC 
TTCCCTTCGC TTCCCCACGA CTCGAATTCC CTCAAAACAA TCAGTTTTTT CAACACCCTT 
TTAATCCACG TCCCTTTTGA CGACCTCAAA TCGGTTATCG ATTCGGTTGT ATTAACTTTA 
TCCGAGGTTG TTTCAGTGGA CGATGCGCAA CTGTTCGATC TTTTCCCCCA ATGTTTCGAG 
TTGATTCGAA ACGCAGAGGA AAAAGGTGGG GATTATGTCA ATTCCGTCCT GGATAAGATC 
CTTGATTCCA AATGGTCAAA AGGGTCGTTG CTTAAAATGG TTTCCATCGT GAAAGATTTC 
AGCTTTCTAG ATAAATCGCG AGGGAAGGAG TTTTTGGAGA AAGTTTTCGT GGGGATTAAA 
AATGTGGATT TGATGGACTT GCCTTCACTT GTTTATCAGT TGTTAGTTTT GGCTTCGAAA 
GGCTTCAATA AAAGGGAGGT TATTGAAGGG ATTGTGTGGT TTTTTGGGTC TCAATTGGGT 
TCGAAAATGA CTTCCACAGT TAGGCAAGTT GAAGGGACTG TTTTGTTGCA TGTGAATTTC 
GCAGTCAAGC AGGATCCTTC TTTGGGGAAA GAGGTTATGG GGTTAGTCAA AACAGATCTT 
AGAGTATTCA ATCATTTCAC TGTGGCTGTT TTATTGTCGG TGTCGAGGGT ACGAAGGTTC 
AGTGAAAGCT CAATCACTAT TTTGAAAACA GCACTGCTTA CTGCTTACCG TGACTACAAA 
TTTACCAAAG ACTGTAAGTG GATACCAGAT GATATGAAGG AAGAATATCT GAAGAGTGTT 
AAAGTCGTTG AGAAGTCTGT GTTAAGAGCT GTGAATGAAA GCAACTATGG GGGGGAGCAC 
ATGGTGCCTA GCATGGTTCA GTTTGGTTTC ATCTTGCTGG AGTCAGTTGG AGACGTAAAC 
TGCACAGAAC TCTGCAATTC TAATGGTCTC CTGGGCATTG AAGAGCTTGG TATTCAGATG 
CTGAAAACTC TATTTGAGGT TCATGATATG GCAAGAAATG AGATTATTGA GCAAATCAAG 
TTTCGCATTC TCTCTTTGAA GCCAGAACAG AGTAGGCCAA TAATAAGGCT GCTCGGTCAT 
CTTATTCAGT GTTACCCTTA CCCCATGGTG GAACACGTTC CCCGTCTGAA GGAATTGTTG 
GATTATTTCA CTTTCATGGA TGGAAAGGTT GCCTCTTATC TTGTTAGTGC TCTATTACCT 
CTCATCAGAT TCAGTCGTGA TCTTCAGGAT TACACTATTT TGGTTGTCCG CAAGGCTATG 
TTCAGAAGAG AAGATACAGT TCGTGTTGCA GCAACAAATT CTATTATTGA TCTTATACTG 
GCAGAGAAGC AACCTAAGAG GGATGGCTTG TTTTCTTTCC AAGACTCATC AAGCCAAGCC 
AGCTGCAGTC AACAAGCTGA TATACCCTGC AGCATGGGGG AAGGTCTCTT TCAGGAATTG 
AGTGCTTTGC TGCAGAGATG TTTTCATCAA CAGGCAAAGG TCAAGGAAGT CGTGTATCAA 
GGACTGGTGA AGCTCATTTT AGTAAATCCA TCAATTGGAG GGCTTGTCTT TGATTTTCTA 
TTGCCTCATT TTCTCCAGTT TTTTAAAGAG CAGGATGAAG ATGTCCAACT TGGAGTCAGC 
TGTTGTATTA AGTCAGAAAG TGGCAAAGTA CTTATTCAGG AGCCACTGGA TTGTCTTCTT 
TCTTGCGTCT CTTGGATTTT ACTTCTTCAG CCACATGGAA GAACTGATCA GCTCTCAGAT 
TCTATCGGGC CATGTTTTGG TTTCTCCCTT TCACAAGAGA ACGAGGATGG TAGGAACTTG 
TCTAGTGAGG TGTTTTCTAG TGCTTTATTG AAGATTCGGA AGTTTCTAAG GAATGCAAAT 
TTGGAAGAAA TTCTTGGTCA AACTCACGAT GCAAGCTCCA CAGTTGTTCA TGAAGAGAAA 
AGAAAATGTT GTGCATTAAT TTTGTCAGGA ATTGAAGAGG TGCTAATGAA TACCATTGCT 
ATGGATTTGG AGAAAGCAAC AGATCAAAAG AAGGTCGAAC TTGAGAAGGA GCTTATAGAG 
TTTGTTGGCC TTCATGACTC ATTGTCAAAG GATACATGTA CTTCAAGAAG CAATGTTACC 
AAAAAAGTGA ATTTACGTGC TACATTGACT CAGACACCAG ATAACATTGA CTCAGGCAAC 
ACCAAATTGA TTCAAGAGCA TATTCCTTTC TTGGCAACTT CAAGCATCTA TCAACTATTG 
CAAATAGCAT TGAAGCTATA CAGTAGTGAA AGCTCTAACA GTGAAGCAAC TTCACAGAGT 
CATAGCCAGT CATCCTTGGG CAAAGCATCG AAAAGTTGTT TTAAGATTGT TTCGTTCGCT 
TTGAATGCTT CTCTTCATAA TATAAAATCT TCAGCCCTTG TGGGAAATGA AGATCCCTTG 
AAGAAATTGA TATATGGGGA TATCAATATG CTGGGGTCCC AATTGCTGAG TTTAACTCTC 
TCGCTCAAAT CAGGGTCCAA TGTTGCAACT AGTCAGAAGA AGAAAGAAAG CAAGGCAAAG 
AAAGATGTTG AAGAGAGAAA GGAACATCTC CATCTAGCAT TACTTTGCTT GAAGGAAATG 
ATAACAATCA GTTTGTGCAG CTCCCGTTTG ACTGGCTTGC TTGAAAATCT GTTGTCAGTT 
CCCCAACTTG AAAATGCTGG TTTGCATGAT GAATGTGTTT TGGCCTCTGA AATTGATGAC 
CGAGATATAA GAAACAAAGA GTTGTTCATT CTGAAATTTT TGAAGCCGAT GCTCTCTGAG 
CTCATGAAAG TATCAGCTTT TCGCAATATT GAGGTTCTTT GTGGTATCAT GTTGATGATT 
GGGCACAAAT TGCCCTGCAA GTGGAGGAAC TCTCATGCAG CCTGGGCTAT TCATATTTGC 
AAAACCAGCA ACACAACAGA CTCCAACATT GCTAAAAGCA TGGTTAGACT TGCCATCAGT 
TTAAGCTCAC CTCCAACTGA TTTACATGTG GCTCAAGACA TGTTAAAGGA GCTATTAAAA 
TTCATCGGAT CTAACAGTAG TGACTCATCG CAAGTATCTG AATACCTTCT GATAAACCAG 
TCAACAACCA CTGCTGTAGC TTCTTGTCTA CTACAAATAA CTGACGCTGT CATTGTGGAC 
ATGGACTGGG CAACTAAAAA ATTAAAGGCA GCTTCACAAG TAGCTCAGAA AAGCACTCAT 
CTTAACCAGA ATGGAGAACA TAATTCTGGG TTGGTGTTTG AGGAAAATCT TTACTCGAGG 
GTCAAAGCAG TTGTTGAAGT GTTATCTTCC TTTGTTTTGA TGAGCCTCAA GGATAGTCAA 
GCAGAGCATT TTCTTAGATT GACAGCAAGG TTTTACAAGC ATTTAGCTCA AATGTCAAAG 
CTCAGGATTG CTCCAAAAGG TCACAAGCAG CCTTTACCAA GCCTTCAATT CCAGAAGCTC 
GTGGAGCTAA CCTGCAAGCT GCTAACCAAT CCACTCTATA ACTTTGTGGC AGAGATGCAA 
CAAGCTCAAC AAGAAAATAC TAATAGCAAG GGCATCATAA ACAAGATCAA GAGGGAGAAT 
AAATGCATCC CAGACCTAAT ATTCCAGATA GAAGATTACG AGAAACATCT CATTCGACTT 
AGCAAGGCAA CCAAGGTCAA CTTACTGAAG CATGCCAAGC GTAGCACTTC AAGGGACTTC 
AAAATATTGG ACCCAATAAC TGTTCCCAGA GAAGATCCCC CAAACCATGA CCCTAATCCC 
AACAACTCTG CTGCAGATGG AAATGAATCA TGCAGTGATT CTGAAGATGA TGAAGGAAAT 
GGATCAGAGA AAGTGCTGTC ACCTCAATCT GGCAGTCCTT TAGCTGAAGA GGAGTCTGAA 
TCTGATGCTG AAGATAGAGC TTCTGTTCCC ACTGTCAAAA GGGTCAAAAG GAGTAGAATT 
GTGCATGACT CTGAAGATGA AGGACAGGAA TAG

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

RefSeq	XP_017975888.1
CDS	43..4275
Translation	MAATESPPPLNDVDIVCLAQQKRPTNNHHYQPNVSLPPFLRSPHSHESLLAYLHSRATSPSPSSAVSEYVISLLSLISLSPETPSVSSLLSSLLSSYAQIFPSLPHDSNSLKTISFFNTLLIHVPFDDLKSVIDSVVLTLSEVVSVDDAQLFDLFPQCFELIRNAEEKGGDYVNSVLDKILDSKWSKGSLLKMVSIVKDFSFLDKSRGKEFLEKVFVGIKNVDLMDLPSLVYQLLVLASKGFNKREVIEGIVWFFGSQLGSKMTSTVRQVEGTVLLHVNFAVKQDPSLGKEVMGLVKTDLRVFNHFTVAVLLSVSRVRRFSESSITILKTALLTAYRDYKFTKDCKWIPDDMKEEYLKSVKVVEKSVLRAVNESNYGGEHMVPSMVQFGFILLESVGDVNCTELCNSNGLLGIEELGIQMLKTLFEVHDMARNEIIEQIKFRILSLKPEQSRPIIRLLGHLIQCYPYPMVEHVPRLKELLDYFTFMDGKVASYLVSALLPLIRFSRDLQDYTILVVRKAMFRREDTVRVAATNSIIDLILAEKQPKRDGLFSFQDSSSQASCSQQADIPCSMGEGLFQELSALLQRCFHQQAKVKEVVYQGLVKLILVNPSIGGLVFDFLLPHFLQFFKEQDEDVQLGVSCCIKSESGKVLIQEPLDCLLSCVSWILLLQPHGRTDQLSDSIGPCFGFSLSQENEDGRNLSSEVFSSALLKIRKFLRNANLEEILGQTHDASSTVVHEEKRKCCALILSGIEEVLMNTIAMDLEKATDQKKVELEKELIEFVGLHDSLSKDTCTSRSNVTKKVNLRATLTQTPDNIDSGNTKLIQEHIPFLATSSIYQLLQIALKLYSSESSNSEATSQSHSQSSLGKASKSCFKIVSFALNASLHNIKSSALVGNEDPLKKLIYGDINMLGSQLLSLTLSLKSGSNVATSQKKKESKAKKDVEERKEHLHLALLCLKEMITISLCSSRLTGLLENLLSVPQLENAGLHDECVLASEIDDRDIRNKELFILKFLKPMLSELMKVSAFRNIEVLCGIMLMIGHKLPCKWRNSHAAWAIHICKTSNTTDSNIAKSMVRLAISLSSPPTDLHVAQDMLKELLKFIGSNSSDSSQVSEYLLINQSTTTAVASCLLQITDAVIVDMDWATKKLKAASQVAQKSTHLNQNGEHNSGLVFEENLYSRVKAVVEVLSSFVLMSLKDSQAEHFLRLTARFYKHLAQMSKLRIAPKGHKQPLPSLQFQKLVELTCKLLTNPLYNFVAEMQQAQQENTNSKGIINKIKRENKCIPDLIFQIEDYEKHLIRLSKATKVNLLKHAKRSTSRDFKILDPITVPREDPPNHDPNPNNSAADGNESCSDSEDDEGNGSEKVLSPQSGSPLAEEESESDAEDRASVPTVKRVKRSRIVHDSEDEGQE

Target ORF information:

RefSeq Version	XM_018120399.1
Organism	Theobroma cacao(cacao)
Definition	Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X1, mRNA.

Target ORF information:

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

XM_018120399.1

ORF Insert Sequence:

ATGGCCGCCA CGGAATCGCC GCCGCCGTTA AACGACGTCG ATATCGTGTG TTTAGCCCAA 
CAAAAGCGTC CCACCAACAA CCACCACTAC CAACCCAACG TTTCACTGCC TCCATTTCTC 
CGCTCTCCTC ACTCTCACGA GTCCCTCCTC GCTTACCTCC ACTCACGCGC CACTTCTCCT 
TCTCCGTCCT CCGCCGTTTC CGAATACGTC ATCTCTCTCC TCTCCCTCAT TTCCCTCTCA 
CCCGAAACCC CTTCTGTCTC TTCTCTCCTC TCCTCTCTTC TCTCATCCTA CGCGCAAATC 
TTCCCTTCGC TTCCCCACGA CTCGAATTCC CTCAAAACAA TCAGTTTTTT CAACACCCTT 
TTAATCCACG TCCCTTTTGA CGACCTCAAA TCGGTTATCG ATTCGGTTGT ATTAACTTTA 
TCCGAGGTTG TTTCAGTGGA CGATGCGCAA CTGTTCGATC TTTTCCCCCA ATGTTTCGAG 
TTGATTCGAA ACGCAGAGGA AAAAGGTGGG GATTATGTCA ATTCCGTCCT GGATAAGATC 
CTTGATTCCA AATGGTCAAA AGGGTCGTTG CTTAAAATGG TTTCCATCGT GAAAGATTTC 
AGCTTTCTAG ATAAATCGCG AGGGAAGGAG TTTTTGGAGA AAGTTTTCGT GGGGATTAAA 
AATGTGGATT TGATGGACTT GCCTTCACTT GTTTATCAGT TGTTAGTTTT GGCTTCGAAA 
GGCTTCAATA AAAGGGAGGT TATTGAAGGG ATTGTGTGGT TTTTTGGGTC TCAATTGGGT 
TCGAAAATGA CTTCCACAGT TAGGCAAGTT GAAGGGACTG TTTTGTTGCA TGTGAATTTC 
GCAGTCAAGC AGGATCCTTC TTTGGGGAAA GAGGTTATGG GGTTAGTCAA AACAGATCTT 
AGAGTATTCA ATCATTTCAC TGTGGCTGTT TTATTGTCGG TGTCGAGGGT ACGAAGGTTC 
AGTGAAAGCT CAATCACTAT TTTGAAAACA GCACTGCTTA CTGCTTACCG TGACTACAAA 
TTTACCAAAG ACTGTAAGTG GATACCAGAT GATATGAAGG AAGAATATCT GAAGAGTGTT 
AAAGTCGTTG AGAAGTCTGT GTTAAGAGCT GTGAATGAAA GCAACTATGG GGGGGAGCAC 
ATGGTGCCTA GCATGGTTCA GTTTGGTTTC ATCTTGCTGG AGTCAGTTGG AGACGTAAAC 
TGCACAGAAC TCTGCAATTC TAATGGTCTC CTGGGCATTG AAGAGCTTGG TATTCAGATG 
CTGAAAACTC TATTTGAGGT TCATGATATG GCAAGAAATG AGATTATTGA GCAAATCAAG 
TTTCGCATTC TCTCTTTGAA GCCAGAACAG AGTAGGCCAA TAATAAGGCT GCTCGGTCAT 
CTTATTCAGT GTTACCCTTA CCCCATGGTG GAACACGTTC CCCGTCTGAA GGAATTGTTG 
GATTATTTCA CTTTCATGGA TGGAAAGGTT GCCTCTTATC TTGTTAGTGC TCTATTACCT 
CTCATCAGAT TCAGTCGTGA TCTTCAGGAT TACACTATTT TGGTTGTCCG CAAGGCTATG 
TTCAGAAGAG AAGATACAGT TCGTGTTGCA GCAACAAATT CTATTATTGA TCTTATACTG 
GCAGAGAAGC AACCTAAGAG GGATGGCTTG TTTTCTTTCC AAGACTCATC AAGCCAAGCC 
AGCTGCAGTC AACAAGCTGA TATACCCTGC AGCATGGGGG AAGGTCTCTT TCAGGAATTG 
AGTGCTTTGC TGCAGAGATG TTTTCATCAA CAGGCAAAGG TCAAGGAAGT CGTGTATCAA 
GGACTGGTGA AGCTCATTTT AGTAAATCCA TCAATTGGAG GGCTTGTCTT TGATTTTCTA 
TTGCCTCATT TTCTCCAGTT TTTTAAAGAG CAGGATGAAG ATGTCCAACT TGGAGTCAGC 
TGTTGTATTA AGTCAGAAAG TGGCAAAGTA CTTATTCAGG AGCCACTGGA TTGTCTTCTT 
TCTTGCGTCT CTTGGATTTT ACTTCTTCAG CCACATGGAA GAACTGATCA GCTCTCAGAT 
TCTATCGGGC CATGTTTTGG TTTCTCCCTT TCACAAGAGA ACGAGGATGG TAGGAACTTG 
TCTAGTGAGG TGTTTTCTAG TGCTTTATTG AAGATTCGGA AGTTTCTAAG GAATGCAAAT 
TTGGAAGAAA TTCTTGGTCA AACTCACGAT GCAAGCTCCA CAGTTGTTCA TGAAGAGAAA 
AGAAAATGTT GTGCATTAAT TTTGTCAGGA ATTGAAGAGG TGCTAATGAA TACCATTGCT 
ATGGATTTGG AGAAAGCAAC AGATCAAAAG AAGGTCGAAC TTGAGAAGGA GCTTATAGAG 
TTTGTTGGCC TTCATGACTC ATTGTCAAAG GATACATGTA CTTCAAGAAG CAATGTTACC 
AAAAAAGTGA ATTTACGTGC TACATTGACT CAGACACCAG ATAACATTGA CTCAGGCAAC 
ACCAAATTGA TTCAAGAGCA TATTCCTTTC TTGGCAACTT CAAGCATCTA TCAACTATTG 
CAAATAGCAT TGAAGCTATA CAGTAGTGAA AGCTCTAACA GTGAAGCAAC TTCACAGAGT 
CATAGCCAGT CATCCTTGGG CAAAGCATCG AAAAGTTGTT TTAAGATTGT TTCGTTCGCT 
TTGAATGCTT CTCTTCATAA TATAAAATCT TCAGCCCTTG TGGGAAATGA AGATCCCTTG 
AAGAAATTGA TATATGGGGA TATCAATATG CTGGGGTCCC AATTGCTGAG TTTAACTCTC 
TCGCTCAAAT CAGGGTCCAA TGTTGCAACT AGTCAGAAGA AGAAAGAAAG CAAGGCAAAG 
AAAGATGTTG AAGAGAGAAA GGAACATCTC CATCTAGCAT TACTTTGCTT GAAGGAAATG 
ATAACAATCA GTTTGTGCAG CTCCCGTTTG ACTGGCTTGC TTGAAAATCT GTTGTCAGTT 
CCCCAACTTG AAAATGCTGG TTTGCATGAT GAATGTGTTT TGGCCTCTGA AATTGATGAC 
CGAGATATAA GAAACAAAGA GTTGTTCATT CTGAAATTTT TGAAGCCGAT GCTCTCTGAG 
CTCATGAAAG TATCAGCTTT TCGCAATATT GAGGTTCTTT GTGGTATCAT GTTGATGATT 
GGGCACAAAT TGCCCTGCAA GTGGAGGAAC TCTCATGCAG CCTGGGCTAT TCATATTTGC 
AAAACCAGCA ACACAACAGA CTCCAACATT GCTAAAAGCA TGGTTAGACT TGCCATCAGT 
TTAAGCTCAC CTCCAACTGA TTTACATGTG GCTCAAGACA TGTTAAAGGA GCTATTAAAA 
TTCATCGGAT CTAACAGTAG TGACTCATCG CAAGTATCTG AATACCTTCT GATAAACCAG 
TCAACAACCA CTGCTGTAGC TTCTTGTCTA CTACAAATAA CTGACGCTGT CATTGTGGAC 
ATGGACTGGG CAACTAAAAA ATTAAAGGCA GCTTCACAAG TAGCTCAGAA AAGCACTCAT 
CTTAACCAGA ATGGAGAACA TAATTCTGGG TTGGTGTTTG AGGAAAATCT TTACTCGAGG 
GTCAAAGCAG TTGTTGAAGT GTTATCTTCC TTTGTTTTGA TGAGCCTCAA GGATAGTCAA 
GCAGAGCATT TTCTTAGATT GACAGCAAGG TTTTACAAGC ATTTAGCTCA AATGTCAAAG 
CTCAGGATTG CTCCAAAAGG TCACAAGCAG CCTTTACCAA GCCTTCAATT CCAGAAGCTC 
GTGGAGCTAA CCTGCAAGCT GCTAACCAAT CCACTCTATA ACTTTGTGGC AGAGATGCAA 
CAAGCTCAAC AAGAAAATAC TAATAGCAAG GGCATCATAA ACAAGATCAA GAGGGAGAAT 
AAATGCATCC CAGACCTAAT ATTCCAGATA GAAGATTACG AGAAACATCT CATTCGACTT 
AGCAAGGCAA CCAAGGTCAA CTTACTGAAG CATGCCAAGC GTAGCACTTC AAGGGACTTC 
AAAATATTGG ACCCAATAAC TGTTCCCAGA GAAGATCCCC CAAACCATGA CCCTAATCCC 
AACAACTCTG CTGCAGATGG AAATGAATCA TGCAGTGATT CTGAAGATGA TGAAGGAAAT 
GGATCAGAGA AAGTGCTGTC ACCTCAATCT GGCAGTCCTT TAGCTGAAGA GGAGTCTGAA 
TCTGATGCTG AAGATAGAGC TTCTGTTCCC ACTGTCAAAA GGGTCAAAAG GAGTAGAATT 
GTGCATGACT CTGAAGATGA AGGACAGGAA TAG

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

LOC18603531 ( XM_018120401.1 ) cDNA ORF clone, Theobroma cacao(cacao) -> XP_017975890.1 Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OTh44652
Clone ID Related Accession (Same CDS sequence)	XM_018120401.1
Accession Version	XM_018120401.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4230bp) 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	2016-09-11
Organism	Theobroma cacao(cacao)
Product	Fanconi anemia group I protein homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030853.1) 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 :: Theobroma cacao Annotation Release 100 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##

ATGGCCGCCA CGGAATCGCC GCCGCCGTTA AACGACGTCG ATATCGTGTG TTTAGCCCAA 
CAAAAGCGTC CCACCAACAA CCACCACTAC CAACCCAACG TTTCACTGCC TCCATTTCTC 
CGCTCTCCTC ACTCTCACGA GTCCCTCCTC GCTTACCTCC ACTCACGCGC CACTTCTCCT 
TCTCCGTCCT CCGCCGTTTC CGAATACGTC ATCTCTCTCC TCTCCCTCAT TTCCCTCTCA 
CCCGAAACCC CTTCTGTCTC TTCTCTCCTC TCCTCTCTTC TCTCATCCTA CGCGCAAATC 
TTCCCTTCGC TTCCCCACGA CTCGAATTCC CTCAAAACAA TCAGTTTTTT CAACACCCTT 
TTAATCCACG TCCCTTTTGA CGACCTCAAA TCGGTTATCG ATTCGGTTGT ATTAACTTTA 
TCCGAGGTTG TTTCAGTGGA CGATGCGCAA CTGTTCGATC TTTTCCCCCA ATGTTTCGAG 
TTGATTCGAA ACGCAGAGGA AAAAGGTGGG GATTATGTCA ATTCCGTCCT GGATAAGATC 
CTTGATTCCA AATGGTCAAA AGGGTCGTTG CTTAAAATGG TTTCCATCGT GAAAGATTTC 
AGCTTTCTAG ATAAATCGCG AGGGAAGGAG TTTTTGGAGA AAGTTTTCGT GGGGATTAAA 
AATGTGGATT TGATGGACTT GCCTTCACTT GTTTATCAGT TGTTAGTTTT GGCTTCGAAA 
GGCTTCAATA AAAGGGAGGT TATTGAAGGG ATTGTGTGGT TTTTTGGGTC TCAATTGGGT 
TCGAAAATGA CTTCCACAGT TAGGCAAGTT GAAGGGACTG TTTTGTTGCA TGTGAATTTC 
GCAGTCAAGC AGGATCCTTC TTTGGGGAAA GAGGTTATGG GGTTAGTCAA AACAGATCTT 
AGAGTATTCA ATCATTTCAC TGTGGCTGTT TTATTGTCGG TGTCGAGGGT ACGAAGGTTC 
AGTGAAAGCT CAATCACTAT TTTGAAAACA GCACTGCTTA CTGCTTACCG TGACTACAAA 
TTTACCAAAG ACTGTAAGTG GATACCAGAT GATATGAAGG AAGAATATCT GAAGAGTGTT 
AAAGTCGTTG AGAAGTCTGT GTTAAGAGCT GTGAATGAAA GCAACTATGG GGGGGAGCAC 
ATGGTGCCTA GCATGGTTCA GTTTGGTTTC ATCTTGCTGG AGTCAGTTGG AGACGTAAAC 
TGCACAGAAC TCTGCAATTC TAATGGTCTC CTGGGCATTG AAGAGCTTGG TATTCAGATG 
CTGAAAACTC TATTTGAGGT TCATGATATG GCAAGAAATG AGATTATTGA GCAAATCAAG 
TTTCGCATTC TCTCTTTGAA GCCAGAACAG AGTAGGCCAA TAATAAGGCT GCTCGGTCAT 
CTTATTCAGT GTTACCCTTA CCCCATGGTG GAACACGTTC CCCGTCTGAA GGAATTGTTG 
GATTATTTCA CTTTCATGGA TGGAAAGGTT GCCTCTTATC TTGTTAGTGC TCTATTACCT 
CTCATCAGAT TCAGTCGTGA TCTTCAGGAT TACACTATTT TGGTTGTCCG CAAGGCTATG 
TTCAGAAGAG AAGATACAGT TCGTGTTGCA GCAACAAATT CTATTATTGA TCTTATACTG 
GCAGAGAAGC AACCTAAGAG GGATGGCTTG TTTTCTTTCC AAGACTCATC AAGCCAAGCC 
AGCTGCAGTC AACAAGCTGA TATACCCTGC AGCATGGGGG AAGGTCTCTT TCAGGAATTG 
AGTGCTTTGC TGCAGAGATG TTTTCATCAA CAGGCAAAGG TCAAGGAAGT CGTGTATCAA 
GGACTGGTGA AGCTCATTTT AGTAAATCCA TCAATTGGAG GGCTTGTCTT TGATTTTCTA 
TTGCCTCATT TTCTCCAGTT TTTTAAAGAG GATGAAGATG TCCAACTTGG AGTCAGCTGT 
TGTATTAAGT CAGAAAGTGG CAAAGTACTT ATTCAGGAGC CACTGGATTG TCTTCTTTCT 
TGCGTCTCTT GGATTTTACT TCTTCAGCCA CATGGAAGAA CTGATCAGCT CTCAGATTCT 
ATCGGGCCAT GTTTTGGTTT CTCCCTTTCA CAAGAGAACG AGGATGGTAG GAACTTGTCT 
AGTGAGGTGT TTTCTAGTGC TTTATTGAAG ATTCGGAAGT TTCTAAGGAA TGCAAATTTG 
GAAGAAATTC TTGGTCAAAC TCACGATGCA AGCTCCACAG TTGTTCATGA AGAGAAAAGA 
AAATGTTGTG CATTAATTTT GTCAGGAATT GAAGAGGTGC TAATGAATAC CATTGCTATG 
GATTTGGAGA AAGCAACAGA TCAAAAGAAG GTCGAACTTG AGAAGGAGCT TATAGAGTTT 
GTTGGCCTTC ATGACTCATT GTCAAAGGAT ACATGTACTT CAAGAAGCAA TGTTACCAAA 
AAAGTGAATT TACGTGCTAC ATTGACTCAG ACACCAGATA ACATTGACTC AGGCAACACC 
AAATTGATTC AAGAGCATAT TCCTTTCTTG GCAACTTCAA GCATCTATCA ACTATTGCAA 
ATAGCATTGA AGCTATACAG TAGTGAAAGC TCTAACAGTG AAGCAACTTC ACAGAGTCAT 
AGCCAGTCAT CCTTGGGCAA AGCATCGAAA AGTTGTTTTA AGATTGTTTC GTTCGCTTTG 
AATGCTTCTC TTCATAATAT AAAATCTTCA GCCCTTGTGG GAAATGAAGA TCCCTTGAAG 
AAATTGATAT ATGGGGATAT CAATATGCTG GGGTCCCAAT TGCTGAGTTT AACTCTCTCG 
CTCAAATCAG GGTCCAATGT TGCAACTAGT CAGAAGAAGA AAGAAAGCAA GGCAAAGAAA 
GATGTTGAAG AGAGAAAGGA ACATCTCCAT CTAGCATTAC TTTGCTTGAA GGAAATGATA 
ACAATCAGTT TGTGCAGCTC CCGTTTGACT GGCTTGCTTG AAAATCTGTT GTCAGTTCCC 
CAACTTGAAA ATGCTGGTTT GCATGATGAA TGTGTTTTGG CCTCTGAAAT TGATGACCGA 
GATATAAGAA ACAAAGAGTT GTTCATTCTG AAATTTTTGA AGCCGATGCT CTCTGAGCTC 
ATGAAAGTAT CAGCTTTTCG CAATATTGAG GTTCTTTGTG GTATCATGTT GATGATTGGG 
CACAAATTGC CCTGCAAGTG GAGGAACTCT CATGCAGCCT GGGCTATTCA TATTTGCAAA 
ACCAGCAACA CAACAGACTC CAACATTGCT AAAAGCATGG TTAGACTTGC CATCAGTTTA 
AGCTCACCTC CAACTGATTT ACATGTGGCT CAAGACATGT TAAAGGAGCT ATTAAAATTC 
ATCGGATCTA ACAGTAGTGA CTCATCGCAA GTATCTGAAT ACCTTCTGAT AAACCAGTCA 
ACAACCACTG CTGTAGCTTC TTGTCTACTA CAAATAACTG ACGCTGTCAT TGTGGACATG 
GACTGGGCAA CTAAAAAATT AAAGGCAGCT TCACAAGTAG CTCAGAAAAG CACTCATCTT 
AACCAGAATG GAGAACATAA TTCTGGGTTG GTGTTTGAGG AAAATCTTTA CTCGAGGGTC 
AAAGCAGTTG TTGAAGTGTT ATCTTCCTTT GTTTTGATGA GCCTCAAGGA TAGTCAAGCA 
GAGCATTTTC TTAGATTGAC AGCAAGGTTT TACAAGCATT TAGCTCAAAT GTCAAAGCTC 
AGGATTGCTC CAAAAGGTCA CAAGCAGCCT TTACCAAGCC TTCAATTCCA GAAGCTCGTG 
GAGCTAACCT GCAAGCTGCT AACCAATCCA CTCTATAACT TTGTGGCAGA GATGCAACAA 
GCTCAACAAG AAAATACTAA TAGCAAGGGC ATCATAAACA AGATCAAGAG GGAGAATAAA 
TGCATCCCAG ACCTAATATT CCAGATAGAA GATTACGAGA AACATCTCAT TCGACTTAGC 
AAGGCAACCA AGGTCAACTT ACTGAAGCAT GCCAAGCGTA GCACTTCAAG GGACTTCAAA 
ATATTGGACC CAATAACTGT TCCCAGAGAA GATCCCCCAA ACCATGACCC TAATCCCAAC 
AACTCTGCTG CAGATGGAAA TGAATCATGC AGTGATTCTG AAGATGATGA AGGAAATGGA 
TCAGAGAAAG TGCTGTCACC TCAATCTGGC AGTCCTTTAG CTGAAGAGGA GTCTGAATCT 
GATGCTGAAG ATAGAGCTTC TGTTCCCACT GTCAAAAGGG TCAAAAGGAG TAGAATTGTG 
CATGACTCTG AAGATGAAGG ACAGGAATAG

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

RefSeq	XP_017975890.1
CDS	43..4272
Translation	MAATESPPPLNDVDIVCLAQQKRPTNNHHYQPNVSLPPFLRSPHSHESLLAYLHSRATSPSPSSAVSEYVISLLSLISLSPETPSVSSLLSSLLSSYAQIFPSLPHDSNSLKTISFFNTLLIHVPFDDLKSVIDSVVLTLSEVVSVDDAQLFDLFPQCFELIRNAEEKGGDYVNSVLDKILDSKWSKGSLLKMVSIVKDFSFLDKSRGKEFLEKVFVGIKNVDLMDLPSLVYQLLVLASKGFNKREVIEGIVWFFGSQLGSKMTSTVRQVEGTVLLHVNFAVKQDPSLGKEVMGLVKTDLRVFNHFTVAVLLSVSRVRRFSESSITILKTALLTAYRDYKFTKDCKWIPDDMKEEYLKSVKVVEKSVLRAVNESNYGGEHMVPSMVQFGFILLESVGDVNCTELCNSNGLLGIEELGIQMLKTLFEVHDMARNEIIEQIKFRILSLKPEQSRPIIRLLGHLIQCYPYPMVEHVPRLKELLDYFTFMDGKVASYLVSALLPLIRFSRDLQDYTILVVRKAMFRREDTVRVAATNSIIDLILAEKQPKRDGLFSFQDSSSQASCSQQADIPCSMGEGLFQELSALLQRCFHQQAKVKEVVYQGLVKLILVNPSIGGLVFDFLLPHFLQFFKEDEDVQLGVSCCIKSESGKVLIQEPLDCLLSCVSWILLLQPHGRTDQLSDSIGPCFGFSLSQENEDGRNLSSEVFSSALLKIRKFLRNANLEEILGQTHDASSTVVHEEKRKCCALILSGIEEVLMNTIAMDLEKATDQKKVELEKELIEFVGLHDSLSKDTCTSRSNVTKKVNLRATLTQTPDNIDSGNTKLIQEHIPFLATSSIYQLLQIALKLYSSESSNSEATSQSHSQSSLGKASKSCFKIVSFALNASLHNIKSSALVGNEDPLKKLIYGDINMLGSQLLSLTLSLKSGSNVATSQKKKESKAKKDVEERKEHLHLALLCLKEMITISLCSSRLTGLLENLLSVPQLENAGLHDECVLASEIDDRDIRNKELFILKFLKPMLSELMKVSAFRNIEVLCGIMLMIGHKLPCKWRNSHAAWAIHICKTSNTTDSNIAKSMVRLAISLSSPPTDLHVAQDMLKELLKFIGSNSSDSSQVSEYLLINQSTTTAVASCLLQITDAVIVDMDWATKKLKAASQVAQKSTHLNQNGEHNSGLVFEENLYSRVKAVVEVLSSFVLMSLKDSQAEHFLRLTARFYKHLAQMSKLRIAPKGHKQPLPSLQFQKLVELTCKLLTNPLYNFVAEMQQAQQENTNSKGIINKIKRENKCIPDLIFQIEDYEKHLIRLSKATKVNLLKHAKRSTSRDFKILDPITVPREDPPNHDPNPNNSAADGNESCSDSEDDEGNGSEKVLSPQSGSPLAEEESESDAEDRASVPTVKRVKRSRIVHDSEDEGQE

Target ORF information:

RefSeq Version	XM_018120401.1
Organism	Theobroma cacao(cacao)
Definition	Theobroma cacao Fanconi anemia group I protein homolog (LOC18603531), transcript variant X2, mRNA.

Target ORF information:

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

XM_018120401.1

ORF Insert Sequence:

ATGGCCGCCA CGGAATCGCC GCCGCCGTTA AACGACGTCG ATATCGTGTG TTTAGCCCAA 
CAAAAGCGTC CCACCAACAA CCACCACTAC CAACCCAACG TTTCACTGCC TCCATTTCTC 
CGCTCTCCTC ACTCTCACGA GTCCCTCCTC GCTTACCTCC ACTCACGCGC CACTTCTCCT 
TCTCCGTCCT CCGCCGTTTC CGAATACGTC ATCTCTCTCC TCTCCCTCAT TTCCCTCTCA 
CCCGAAACCC CTTCTGTCTC TTCTCTCCTC TCCTCTCTTC TCTCATCCTA CGCGCAAATC 
TTCCCTTCGC TTCCCCACGA CTCGAATTCC CTCAAAACAA TCAGTTTTTT CAACACCCTT 
TTAATCCACG TCCCTTTTGA CGACCTCAAA TCGGTTATCG ATTCGGTTGT ATTAACTTTA 
TCCGAGGTTG TTTCAGTGGA CGATGCGCAA CTGTTCGATC TTTTCCCCCA ATGTTTCGAG 
TTGATTCGAA ACGCAGAGGA AAAAGGTGGG GATTATGTCA ATTCCGTCCT GGATAAGATC 
CTTGATTCCA AATGGTCAAA AGGGTCGTTG CTTAAAATGG TTTCCATCGT GAAAGATTTC 
AGCTTTCTAG ATAAATCGCG AGGGAAGGAG TTTTTGGAGA AAGTTTTCGT GGGGATTAAA 
AATGTGGATT TGATGGACTT GCCTTCACTT GTTTATCAGT TGTTAGTTTT GGCTTCGAAA 
GGCTTCAATA AAAGGGAGGT TATTGAAGGG ATTGTGTGGT TTTTTGGGTC TCAATTGGGT 
TCGAAAATGA CTTCCACAGT TAGGCAAGTT GAAGGGACTG TTTTGTTGCA TGTGAATTTC 
GCAGTCAAGC AGGATCCTTC TTTGGGGAAA GAGGTTATGG GGTTAGTCAA AACAGATCTT 
AGAGTATTCA ATCATTTCAC TGTGGCTGTT TTATTGTCGG TGTCGAGGGT ACGAAGGTTC 
AGTGAAAGCT CAATCACTAT TTTGAAAACA GCACTGCTTA CTGCTTACCG TGACTACAAA 
TTTACCAAAG ACTGTAAGTG GATACCAGAT GATATGAAGG AAGAATATCT GAAGAGTGTT 
AAAGTCGTTG AGAAGTCTGT GTTAAGAGCT GTGAATGAAA GCAACTATGG GGGGGAGCAC 
ATGGTGCCTA GCATGGTTCA GTTTGGTTTC ATCTTGCTGG AGTCAGTTGG AGACGTAAAC 
TGCACAGAAC TCTGCAATTC TAATGGTCTC CTGGGCATTG AAGAGCTTGG TATTCAGATG 
CTGAAAACTC TATTTGAGGT TCATGATATG GCAAGAAATG AGATTATTGA GCAAATCAAG 
TTTCGCATTC TCTCTTTGAA GCCAGAACAG AGTAGGCCAA TAATAAGGCT GCTCGGTCAT 
CTTATTCAGT GTTACCCTTA CCCCATGGTG GAACACGTTC CCCGTCTGAA GGAATTGTTG 
GATTATTTCA CTTTCATGGA TGGAAAGGTT GCCTCTTATC TTGTTAGTGC TCTATTACCT 
CTCATCAGAT TCAGTCGTGA TCTTCAGGAT TACACTATTT TGGTTGTCCG CAAGGCTATG 
TTCAGAAGAG AAGATACAGT TCGTGTTGCA GCAACAAATT CTATTATTGA TCTTATACTG 
GCAGAGAAGC AACCTAAGAG GGATGGCTTG TTTTCTTTCC AAGACTCATC AAGCCAAGCC 
AGCTGCAGTC AACAAGCTGA TATACCCTGC AGCATGGGGG AAGGTCTCTT TCAGGAATTG 
AGTGCTTTGC TGCAGAGATG TTTTCATCAA CAGGCAAAGG TCAAGGAAGT CGTGTATCAA 
GGACTGGTGA AGCTCATTTT AGTAAATCCA TCAATTGGAG GGCTTGTCTT TGATTTTCTA 
TTGCCTCATT TTCTCCAGTT TTTTAAAGAG GATGAAGATG TCCAACTTGG AGTCAGCTGT 
TGTATTAAGT CAGAAAGTGG CAAAGTACTT ATTCAGGAGC CACTGGATTG TCTTCTTTCT 
TGCGTCTCTT GGATTTTACT TCTTCAGCCA CATGGAAGAA CTGATCAGCT CTCAGATTCT 
ATCGGGCCAT GTTTTGGTTT CTCCCTTTCA CAAGAGAACG AGGATGGTAG GAACTTGTCT 
AGTGAGGTGT TTTCTAGTGC TTTATTGAAG ATTCGGAAGT TTCTAAGGAA TGCAAATTTG 
GAAGAAATTC TTGGTCAAAC TCACGATGCA AGCTCCACAG TTGTTCATGA AGAGAAAAGA 
AAATGTTGTG CATTAATTTT GTCAGGAATT GAAGAGGTGC TAATGAATAC CATTGCTATG 
GATTTGGAGA AAGCAACAGA TCAAAAGAAG GTCGAACTTG AGAAGGAGCT TATAGAGTTT 
GTTGGCCTTC ATGACTCATT GTCAAAGGAT ACATGTACTT CAAGAAGCAA TGTTACCAAA 
AAAGTGAATT TACGTGCTAC ATTGACTCAG ACACCAGATA ACATTGACTC AGGCAACACC 
AAATTGATTC AAGAGCATAT TCCTTTCTTG GCAACTTCAA GCATCTATCA ACTATTGCAA 
ATAGCATTGA AGCTATACAG TAGTGAAAGC TCTAACAGTG AAGCAACTTC ACAGAGTCAT 
AGCCAGTCAT CCTTGGGCAA AGCATCGAAA AGTTGTTTTA AGATTGTTTC GTTCGCTTTG 
AATGCTTCTC TTCATAATAT AAAATCTTCA GCCCTTGTGG GAAATGAAGA TCCCTTGAAG 
AAATTGATAT ATGGGGATAT CAATATGCTG GGGTCCCAAT TGCTGAGTTT AACTCTCTCG 
CTCAAATCAG GGTCCAATGT TGCAACTAGT CAGAAGAAGA AAGAAAGCAA GGCAAAGAAA 
GATGTTGAAG AGAGAAAGGA ACATCTCCAT CTAGCATTAC TTTGCTTGAA GGAAATGATA 
ACAATCAGTT TGTGCAGCTC CCGTTTGACT GGCTTGCTTG AAAATCTGTT GTCAGTTCCC 
CAACTTGAAA ATGCTGGTTT GCATGATGAA TGTGTTTTGG CCTCTGAAAT TGATGACCGA 
GATATAAGAA ACAAAGAGTT GTTCATTCTG AAATTTTTGA AGCCGATGCT CTCTGAGCTC 
ATGAAAGTAT CAGCTTTTCG CAATATTGAG GTTCTTTGTG GTATCATGTT GATGATTGGG 
CACAAATTGC CCTGCAAGTG GAGGAACTCT CATGCAGCCT GGGCTATTCA TATTTGCAAA 
ACCAGCAACA CAACAGACTC CAACATTGCT AAAAGCATGG TTAGACTTGC CATCAGTTTA 
AGCTCACCTC CAACTGATTT ACATGTGGCT CAAGACATGT TAAAGGAGCT ATTAAAATTC 
ATCGGATCTA ACAGTAGTGA CTCATCGCAA GTATCTGAAT ACCTTCTGAT AAACCAGTCA 
ACAACCACTG CTGTAGCTTC TTGTCTACTA CAAATAACTG ACGCTGTCAT TGTGGACATG 
GACTGGGCAA CTAAAAAATT AAAGGCAGCT TCACAAGTAG CTCAGAAAAG CACTCATCTT 
AACCAGAATG GAGAACATAA TTCTGGGTTG GTGTTTGAGG AAAATCTTTA CTCGAGGGTC 
AAAGCAGTTG TTGAAGTGTT ATCTTCCTTT GTTTTGATGA GCCTCAAGGA TAGTCAAGCA 
GAGCATTTTC TTAGATTGAC AGCAAGGTTT TACAAGCATT TAGCTCAAAT GTCAAAGCTC 
AGGATTGCTC CAAAAGGTCA CAAGCAGCCT TTACCAAGCC TTCAATTCCA GAAGCTCGTG 
GAGCTAACCT GCAAGCTGCT AACCAATCCA CTCTATAACT TTGTGGCAGA GATGCAACAA 
GCTCAACAAG AAAATACTAA TAGCAAGGGC ATCATAAACA AGATCAAGAG GGAGAATAAA 
TGCATCCCAG ACCTAATATT CCAGATAGAA GATTACGAGA AACATCTCAT TCGACTTAGC 
AAGGCAACCA AGGTCAACTT ACTGAAGCAT GCCAAGCGTA GCACTTCAAG GGACTTCAAA 
ATATTGGACC CAATAACTGT TCCCAGAGAA GATCCCCCAA ACCATGACCC TAATCCCAAC 
AACTCTGCTG CAGATGGAAA TGAATCATGC AGTGATTCTG AAGATGATGA AGGAAATGGA 
TCAGAGAAAG TGCTGTCACC TCAATCTGGC AGTCCTTTAG CTGAAGAGGA GTCTGAATCT 
GATGCTGAAG ATAGAGCTTC TGTTCCCACT GTCAAAAGGG TCAAAAGGAG TAGAATTGTG 
CATGACTCTG AAGATGAAGG ACAGGAATAG