dnmt1 cDNA ORF clone, Lates calcarifer(barramundi perch)

Gene
Clones
gRNAs

Summary

Gene Symbol	dnmt1
Entrez Gene ID	108902999
Full Name	DNA methyltransferase 1
Gene Type	protein-coding
Organism	Lates calcarifer(barramundi perch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018705069.1	XP_018560585.1	DNA (cytosine-5)-methyltransferase 1

Pathways from BioSystems
Gene Ontology

The following dnmt1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the dnmt1 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
OLa73722	XM_018705069.1 Latest version!	Lates calcarifer DNA methyltransferase 1 (dnmt1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

dnmt1 ( XM_018705069.1 ) cDNA ORF clone, Lates calcarifer(barramundi perch) -> XP_018560585.1 Lates calcarifer DNA methyltransferase 1 (dnmt1), mRNA.

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CloneID	OLa73722
Clone ID Related Accession (Same CDS sequence)	XM_018705069.1
Accession Version	XM_018705069.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	2016-10-13
Organism	Lates calcarifer(barramundi perch)
Product	DNA (cytosine-5)-methyltransferase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017366452.1) 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 :: Lates calcarifer Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAGCCA AGACTTCCCT GTCTCTGCCA GAGGATGTCA GGAAAAGGCT GCAGGTGCTG 
GATGAGGATG GATTTTCAGA CGAGGATCAT GTCAAAGAGA AGCTCAGGTT GGTGCAGGAC 
TTCCTGCATG TTGATGCTCA GGACCAGCTG ACCAGCCTGG AGGAAAAGAT GAAAAGTTCA 
GAGATCTCAA TGGAGATTTA CATCTCAAAA GTAAAATCCT TGCTCGGAAA AGAGCTTAAT 
CTTGAAAATG GCTCACATGT TGATGGCATG GAGAAGAATG GAAAGACAAA TGGTTTCACA 
AACGGTTCCC ACAAAGATGA GGACGGTGAA GATGTAACCA TGGACATGCA TGAGGAGGAG 
GAAGCAGTCA AATCACCAAC TGCTCCTAAG GGAAAGGGTG GACGCAGGAG CAAGGCAAAT 
TCCGACAATA AAAAGTCTCC GGTTAGTACC AGGGTCACAA GAAACAGTGG GAAACAGCCA 
ACCATCTTGT CAATGTTCTC TAAAGTTCAA AAGCGCAAGT CTGAAGACTT AAATGGTGAA 
GCCACTAATG GGCAAAATGA ACTGAAGAAA GAGGAAGATG ATGCTGAGGA GTCTCGGGAA 
GAGAAGCGTC TCAAAGTGGA CTCCAGTGAC AATGCTGCTC CAGAAGAATC AAAGAGTGAG 
ATGATTAAAT CGGTTTCTGC TGCAAAGACA CCACCACCCA AATGCCCAGA CTGCAGACAA 
TACTTGGATG ATTCAGATCT AAAATTCTTT CAAGGGGATC CTGATAATGC GCTGGATGAA 
CCAGAAATGT TAACAGATGA GCGCCTCTCC TTGTTTGACT CAAATGAAGA TGGATTTGAG 
AGCTATGAGG ATCTACCTCA GCACAAGATT ACAAACTTCA GTGTGTATGA CAAGCGTGGC 
CACCTTTGTC CATTTGACTC TGGACTGATT GAGAAGAACG TCGAGCTCTA CTTCAGCTGT 
GTTGTCAAAC CGATCTATGA TGACAACCCT TGCTTGGATG GTGGTGTTCC AGCAAAGAAA 
CTCGGACCTA TCAATGCCTG GTGGATCACA GGTTTTGATG GTGGAGAAAA AGCTTTAATT 
GGTTTCACTA CAGCTTTTGC TGATTACATC TTAATGCAGC CAAGTGAGGA GTATGCACCC 
ATCTTCGCAT TGATGCAAGA GAAGATCTAT ATGAGCAAGA TAGTGGTGGA ATTCCTCCAG 
AAGAATCCTG ATGCTACTTA TGAGGATCTT CTCAACAAGA TTGAGACAAC CGTGCCTCCT 
GCAGGGCTAA ACTTCAACTG TTTCACTGAA GATACACTGC TGCGCCACGC CCAGTTCGTG 
GTGGAGCAGG TGGAGAGCTA TGATGAGGCC GGCGACTCTG ATGAGCAGCC CATCATTGTT 
ACACCCTGCA TGAGAGACCT GATCAAGCTC GCAGGAGTCA CTCTAGGGAA GAGGAGGGCT 
GCCAGAAGAC AGGCCATTCG TCACCCGACA AAGATAGAGA AGGACAGTAA GGGACCGACT 
AAAGCGACCA CTACCAAGCT GGTCTACCAA ATCTTTGATA CCTTCTTCTC TGATCAAATA 
GAGCAGAACG ATAAAGAGAG TGGAGTCAAA AGACACCGTT GTGGAGTCTG TGAGGTTTGC 
CAATCTCCTG ACTGTGGCAA ATGTACAGCT TGCAAGGACA TGATCAAATT TGGAGGAAGT 
GGCAAAAGCA AGCAAGCTTG TAAGCAGAGA AGATGCCCAA ATCTTGCCGT AAAGGAGGCT 
GAAGACGATG AGAACATTGA AGAGGAAGAT GTTCCAGTGG AGAAGACTAA AAAGGTTGCT 
TCTGCTAAGA GGAAGAAGCA GACCCAGTGC AAACTGACAT GGATTGGAGA ACCTGTTCAG 
ACAGAGGGAA AGAAGCAGTA CTACAAGAAG GTCTCTGTGA ATGATGAAGT GCTGGAGGTG 
GGAGACTGTG TCTCAGTTTC ATCAGAGGAT CCATCCATTC CTCTGTATCT GGCAAGGATC 
ACATCACTGT GGGAGGACGC CAGTGGAAAG ATGTTCCATG CCCATTGGTT CCTGCGTGGG 
ATTCACACAG TGCTGGGAGA GTCCTCTGAT CCCCTGGAGC TTGTTATTGT GGACGAGTGT 
GAAGACATGT TGCTCAATTA TGTCCAAGGC AAAGTGAACG TCACATATAA GCCCCCATCT 
AACAACTGGT TTATGGAGGG TGGCATGGAT GTTGACCTCA AGGTGATTGA TGATGATGGC 
AAGAGTTTTT TCTATCAGTT CTGGTACGAC ACAGAGTTCG CCCGCTTTGA GACACCTCCT 
AAGACCACTC CATCAGAAGA CTGCAAGTTC AAGTTCTGTG GCAGCTGTGA TAGGACTAAG 
GAAAGAGAGC GACAGGAAAT TCCTCAGGCG TTTGAGCCCC TGGAGAATGA AGACAACGAC 
TCCAAGGCTT TGTATGCTCT GGCTTGCTTT AAGGGGGAAC AGTTCAGGGT GGGAGACGGC 
ATCTACTTGC CCCCTGAGGG TTTTAATTTC AGTGTGAAGC CAGCTAGTCC AGTGAAGCGC 
TCCCATAGGA AAGAGGATGT GGATGAGGAG TTATATCCAG AGTATTACAG GAAATCCTCA 
GACTACATTA AGGGGTCAAA TCTGGACGCT CCAGAGCCCT TCCGCATCGG GCGCATCAAG 
GAGATTTTCT GTCACAGGCG TAGCAACGGG AAACCTGACA TGTCCGAGGT CAAACTGCGA 
CTCTACAAGT TCTACAGGCC TGAGAACACT CACAAAGGTG TCAAAGCTAG TTACCACACA 
GACATCAACC AGCTGTACTG GAGTGATGAA GAAGTGACTG TCAGCATGTC TGAGGTGCTC 
GGCCGCTGTC AAGTAGAATA TGGAGAGGAC CTGAATGAGT CAGTCCAGGA CTATTCCAGT 
GGTGGACCAG ACCGTTTCTA TTTCCTAGAG GCCTATAACG CAAAATCAAA AAGCTTTGAA 
GACCCTCCAA ATCATGCTCG CTCGTCTGTT CATAAAGGCA AAGGAAAGGG CAAAGGGAAA 
GGTAAAGGCA AAGGAAAGGC ATCTGCTGCA CAGGAACCAC AGGAAACTCA GACTGAACCA 
CAGGCACCTA AAGTGCCCAA ATATCGCACA CTGGATGTGT TCTCTGGCTG TGGTGGACTC 
TCTGAAGGCT TCCACCAGGC TGGTATCTCT GAGACTCTGT GGGCCATTGA GATGTGGGAG 
CCTGCAGCAC AGGCCTTTAG GCTCAACAAC CCCGGCACCA CAGTGTTCAC TGAGGACTGC 
AACATCTTGC TGAAGTTGGT CATGTCTGGA GAGAAGACTA ATTCTCTTGG CCAGAAGCTG 
CCTCAGAAAG GTGACGTTGA GATGCTGTGT GGAGGACCTC CTTGCCAAGG GTTCAGTGGG 
ATGAACCGTT TCAACTCTCG CACTTATTCC AAATTCAAGA ATTCACTTGT GGTCTCTTAT 
CTCAGTTACT GTGATTACTA CAGACCAAAG TTTTTCCTGC TTGAGAATGT GAGGAACTTT 
GTGTCATTCA AAAACTCCAT GGTGCTAAAG CTAACTCTAC GCTGTCTTGT GCGCATGGGC 
TACCAGTGTA CTTTTGGTGT CCTTCAGGCT GGTCAGTATG GTGTTGCCCA GACCCGTCGC 
AGGGCTATCA TCCTGGCTGC GGCTCCTGGA GAGAAGCTGC CTCGCTACCC TGAGCCTCTG 
CACGTGTTTG CTCCCAGAGC TTGCTCGCTG AGCGTGGTGG TGGATGAAAA GAAATACGTC 
AGTAATGTCA CACGAGGTAA TGGAGGAATC TACAGAACCA TCACTGTCCG AGACACCATG 
TCTGACCTGC CTGAGATTCG CAATGGTGCA GCTGCATTGG AGATTTCCTA CAACGGGGAG 
CCTCAGTCTT GGTTCCAGAG GCAGATCAGG GGCACACAGT ATCAGCCTAT CCTCAGAGAT 
CATATCTGCA AGGACATGAG TGCTCTGGTT GAGGGTCGAA TGCGTCACAT CCCCTTGGCT 
CCAGGCTCCG ACTGGAGGGA TCTTCCCAAC ATCGAGGTTC GGCTCAAAGA TGGCACCATG 
ACCAAGAAAC TGCGATACAC TCACTCCGAT AAAAAGAATG GACGCAGCAG CACTGGTGCA 
CTTAGAGGTG TTTGCACTTG TGCAGGAGGG AAGCCATGTG ACCCTGCAGA CAGGCAGTTT 
AACACCTTGA TCCCCTGGTG TCTGCCCCAC ACTGGTAACC GTCACAATCA CTGGGCTGGA 
CTCTACGGTA GATTGGAGTG GGATGGCTTC TTCAGCACAA CTGTCACCAA CCCTGAACCC 
ATGGGCAAGC AGGGCCGTGT TCTGCATCCT GAGCAGCACA GAGTGGTTAG TGTGAGGGAG 
TGTGCACGCT CTCAGGGATT CCCTGACACC TACCGCTTCT TTGGAAACAT CCTGGACAAA 
CACAGACAGG TTGGAAATGC TGTGCCTCCT CCACTCTCCA GGGCCATAGG CCTGGAGCTT 
AAGAAGTGTG TCATGGAGAG AATGAAGGAA GAACAAGCAA CTGAGAATAT CAAACAAGAG 
AAGATGGAGG TCTCTGATTA G

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

RefSeq	XP_018560585.1
CDS	154..4674
Translation	MPAKTSLSLPEDVRKRLQVLDEDGFSDEDHVKEKLRLVQDFLHVDAQDQLTSLEEKMKSSEISMEIYISKVKSLLGKELNLENGSHVDGMEKNGKTNGFTNGSHKDEDGEDVTMDMHEEEEAVKSPTAPKGKGGRRSKANSDNKKSPVSTRVTRNSGKQPTILSMFSKVQKRKSEDLNGEATNGQNELKKEEDDAEESREEKRLKVDSSDNAAPEESKSEMIKSVSAAKTPPPKCPDCRQYLDDSDLKFFQGDPDNALDEPEMLTDERLSLFDSNEDGFESYEDLPQHKITNFSVYDKRGHLCPFDSGLIEKNVELYFSCVVKPIYDDNPCLDGGVPAKKLGPINAWWITGFDGGEKALIGFTTAFADYILMQPSEEYAPIFALMQEKIYMSKIVVEFLQKNPDATYEDLLNKIETTVPPAGLNFNCFTEDTLLRHAQFVVEQVESYDEAGDSDEQPIIVTPCMRDLIKLAGVTLGKRRAARRQAIRHPTKIEKDSKGPTKATTTKLVYQIFDTFFSDQIEQNDKESGVKRHRCGVCEVCQSPDCGKCTACKDMIKFGGSGKSKQACKQRRCPNLAVKEAEDDENIEEEDVPVEKTKKVASAKRKKQTQCKLTWIGEPVQTEGKKQYYKKVSVNDEVLEVGDCVSVSSEDPSIPLYLARITSLWEDASGKMFHAHWFLRGIHTVLGESSDPLELVIVDECEDMLLNYVQGKVNVTYKPPSNNWFMEGGMDVDLKVIDDDGKSFFYQFWYDTEFARFETPPKTTPSEDCKFKFCGSCDRTKERERQEIPQAFEPLENEDNDSKALYALACFKGEQFRVGDGIYLPPEGFNFSVKPASPVKRSHRKEDVDEELYPEYYRKSSDYIKGSNLDAPEPFRIGRIKEIFCHRRSNGKPDMSEVKLRLYKFYRPENTHKGVKASYHTDINQLYWSDEEVTVSMSEVLGRCQVEYGEDLNESVQDYSSGGPDRFYFLEAYNAKSKSFEDPPNHARSSVHKGKGKGKGKGKGKGKASAAQEPQETQTEPQAPKVPKYRTLDVFSGCGGLSEGFHQAGISETLWAIEMWEPAAQAFRLNNPGTTVFTEDCNILLKLVMSGEKTNSLGQKLPQKGDVEMLCGGPPCQGFSGMNRFNSRTYSKFKNSLVVSYLSYCDYYRPKFFLLENVRNFVSFKNSMVLKLTLRCLVRMGYQCTFGVLQAGQYGVAQTRRRAIILAAAPGEKLPRYPEPLHVFAPRACSLSVVVDEKKYVSNVTRGNGGIYRTITVRDTMSDLPEIRNGAAALEISYNGEPQSWFQRQIRGTQYQPILRDHICKDMSALVEGRMRHIPLAPGSDWRDLPNIEVRLKDGTMTKKLRYTHSDKKNGRSSTGALRGVCTCAGGKPCDPADRQFNTLIPWCLPHTGNRHNHWAGLYGRLEWDGFFSTTVTNPEPMGKQGRVLHPEQHRVVSVRECARSQGFPDTYRFFGNILDKHRQVGNAVPPPLSRAIGLELKKCVMERMKEEQATENIKQEKMEVSD

Target ORF information:

RefSeq Version	XM_018705069.1
Organism	Lates calcarifer(barramundi perch)
Definition	Lates calcarifer DNA methyltransferase 1 (dnmt1), mRNA.

Target ORF information:

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

XM_018705069.1

ORF Insert Sequence:

ATGCCAGCCA AGACTTCCCT GTCTCTGCCA GAGGATGTCA GGAAAAGGCT GCAGGTGCTG 
GATGAGGATG GATTTTCAGA CGAGGATCAT GTCAAAGAGA AGCTCAGGTT GGTGCAGGAC 
TTCCTGCATG TTGATGCTCA GGACCAGCTG ACCAGCCTGG AGGAAAAGAT GAAAAGTTCA 
GAGATCTCAA TGGAGATTTA CATCTCAAAA GTAAAATCCT TGCTCGGAAA AGAGCTTAAT 
CTTGAAAATG GCTCACATGT TGATGGCATG GAGAAGAATG GAAAGACAAA TGGTTTCACA 
AACGGTTCCC ACAAAGATGA GGACGGTGAA GATGTAACCA TGGACATGCA TGAGGAGGAG 
GAAGCAGTCA AATCACCAAC TGCTCCTAAG GGAAAGGGTG GACGCAGGAG CAAGGCAAAT 
TCCGACAATA AAAAGTCTCC GGTTAGTACC AGGGTCACAA GAAACAGTGG GAAACAGCCA 
ACCATCTTGT CAATGTTCTC TAAAGTTCAA AAGCGCAAGT CTGAAGACTT AAATGGTGAA 
GCCACTAATG GGCAAAATGA ACTGAAGAAA GAGGAAGATG ATGCTGAGGA GTCTCGGGAA 
GAGAAGCGTC TCAAAGTGGA CTCCAGTGAC AATGCTGCTC CAGAAGAATC AAAGAGTGAG 
ATGATTAAAT CGGTTTCTGC TGCAAAGACA CCACCACCCA AATGCCCAGA CTGCAGACAA 
TACTTGGATG ATTCAGATCT AAAATTCTTT CAAGGGGATC CTGATAATGC GCTGGATGAA 
CCAGAAATGT TAACAGATGA GCGCCTCTCC TTGTTTGACT CAAATGAAGA TGGATTTGAG 
AGCTATGAGG ATCTACCTCA GCACAAGATT ACAAACTTCA GTGTGTATGA CAAGCGTGGC 
CACCTTTGTC CATTTGACTC TGGACTGATT GAGAAGAACG TCGAGCTCTA CTTCAGCTGT 
GTTGTCAAAC CGATCTATGA TGACAACCCT TGCTTGGATG GTGGTGTTCC AGCAAAGAAA 
CTCGGACCTA TCAATGCCTG GTGGATCACA GGTTTTGATG GTGGAGAAAA AGCTTTAATT 
GGTTTCACTA CAGCTTTTGC TGATTACATC TTAATGCAGC CAAGTGAGGA GTATGCACCC 
ATCTTCGCAT TGATGCAAGA GAAGATCTAT ATGAGCAAGA TAGTGGTGGA ATTCCTCCAG 
AAGAATCCTG ATGCTACTTA TGAGGATCTT CTCAACAAGA TTGAGACAAC CGTGCCTCCT 
GCAGGGCTAA ACTTCAACTG TTTCACTGAA GATACACTGC TGCGCCACGC CCAGTTCGTG 
GTGGAGCAGG TGGAGAGCTA TGATGAGGCC GGCGACTCTG ATGAGCAGCC CATCATTGTT 
ACACCCTGCA TGAGAGACCT GATCAAGCTC GCAGGAGTCA CTCTAGGGAA GAGGAGGGCT 
GCCAGAAGAC AGGCCATTCG TCACCCGACA AAGATAGAGA AGGACAGTAA GGGACCGACT 
AAAGCGACCA CTACCAAGCT GGTCTACCAA ATCTTTGATA CCTTCTTCTC TGATCAAATA 
GAGCAGAACG ATAAAGAGAG TGGAGTCAAA AGACACCGTT GTGGAGTCTG TGAGGTTTGC 
CAATCTCCTG ACTGTGGCAA ATGTACAGCT TGCAAGGACA TGATCAAATT TGGAGGAAGT 
GGCAAAAGCA AGCAAGCTTG TAAGCAGAGA AGATGCCCAA ATCTTGCCGT AAAGGAGGCT 
GAAGACGATG AGAACATTGA AGAGGAAGAT GTTCCAGTGG AGAAGACTAA AAAGGTTGCT 
TCTGCTAAGA GGAAGAAGCA GACCCAGTGC AAACTGACAT GGATTGGAGA ACCTGTTCAG 
ACAGAGGGAA AGAAGCAGTA CTACAAGAAG GTCTCTGTGA ATGATGAAGT GCTGGAGGTG 
GGAGACTGTG TCTCAGTTTC ATCAGAGGAT CCATCCATTC CTCTGTATCT GGCAAGGATC 
ACATCACTGT GGGAGGACGC CAGTGGAAAG ATGTTCCATG CCCATTGGTT CCTGCGTGGG 
ATTCACACAG TGCTGGGAGA GTCCTCTGAT CCCCTGGAGC TTGTTATTGT GGACGAGTGT 
GAAGACATGT TGCTCAATTA TGTCCAAGGC AAAGTGAACG TCACATATAA GCCCCCATCT 
AACAACTGGT TTATGGAGGG TGGCATGGAT GTTGACCTCA AGGTGATTGA TGATGATGGC 
AAGAGTTTTT TCTATCAGTT CTGGTACGAC ACAGAGTTCG CCCGCTTTGA GACACCTCCT 
AAGACCACTC CATCAGAAGA CTGCAAGTTC AAGTTCTGTG GCAGCTGTGA TAGGACTAAG 
GAAAGAGAGC GACAGGAAAT TCCTCAGGCG TTTGAGCCCC TGGAGAATGA AGACAACGAC 
TCCAAGGCTT TGTATGCTCT GGCTTGCTTT AAGGGGGAAC AGTTCAGGGT GGGAGACGGC 
ATCTACTTGC CCCCTGAGGG TTTTAATTTC AGTGTGAAGC CAGCTAGTCC AGTGAAGCGC 
TCCCATAGGA AAGAGGATGT GGATGAGGAG TTATATCCAG AGTATTACAG GAAATCCTCA 
GACTACATTA AGGGGTCAAA TCTGGACGCT CCAGAGCCCT TCCGCATCGG GCGCATCAAG 
GAGATTTTCT GTCACAGGCG TAGCAACGGG AAACCTGACA TGTCCGAGGT CAAACTGCGA 
CTCTACAAGT TCTACAGGCC TGAGAACACT CACAAAGGTG TCAAAGCTAG TTACCACACA 
GACATCAACC AGCTGTACTG GAGTGATGAA GAAGTGACTG TCAGCATGTC TGAGGTGCTC 
GGCCGCTGTC AAGTAGAATA TGGAGAGGAC CTGAATGAGT CAGTCCAGGA CTATTCCAGT 
GGTGGACCAG ACCGTTTCTA TTTCCTAGAG GCCTATAACG CAAAATCAAA AAGCTTTGAA 
GACCCTCCAA ATCATGCTCG CTCGTCTGTT CATAAAGGCA AAGGAAAGGG CAAAGGGAAA 
GGTAAAGGCA AAGGAAAGGC ATCTGCTGCA CAGGAACCAC AGGAAACTCA GACTGAACCA 
CAGGCACCTA AAGTGCCCAA ATATCGCACA CTGGATGTGT TCTCTGGCTG TGGTGGACTC 
TCTGAAGGCT TCCACCAGGC TGGTATCTCT GAGACTCTGT GGGCCATTGA GATGTGGGAG 
CCTGCAGCAC AGGCCTTTAG GCTCAACAAC CCCGGCACCA CAGTGTTCAC TGAGGACTGC 
AACATCTTGC TGAAGTTGGT CATGTCTGGA GAGAAGACTA ATTCTCTTGG CCAGAAGCTG 
CCTCAGAAAG GTGACGTTGA GATGCTGTGT GGAGGACCTC CTTGCCAAGG GTTCAGTGGG 
ATGAACCGTT TCAACTCTCG CACTTATTCC AAATTCAAGA ATTCACTTGT GGTCTCTTAT 
CTCAGTTACT GTGATTACTA CAGACCAAAG TTTTTCCTGC TTGAGAATGT GAGGAACTTT 
GTGTCATTCA AAAACTCCAT GGTGCTAAAG CTAACTCTAC GCTGTCTTGT GCGCATGGGC 
TACCAGTGTA CTTTTGGTGT CCTTCAGGCT GGTCAGTATG GTGTTGCCCA GACCCGTCGC 
AGGGCTATCA TCCTGGCTGC GGCTCCTGGA GAGAAGCTGC CTCGCTACCC TGAGCCTCTG 
CACGTGTTTG CTCCCAGAGC TTGCTCGCTG AGCGTGGTGG TGGATGAAAA GAAATACGTC 
AGTAATGTCA CACGAGGTAA TGGAGGAATC TACAGAACCA TCACTGTCCG AGACACCATG 
TCTGACCTGC CTGAGATTCG CAATGGTGCA GCTGCATTGG AGATTTCCTA CAACGGGGAG 
CCTCAGTCTT GGTTCCAGAG GCAGATCAGG GGCACACAGT ATCAGCCTAT CCTCAGAGAT 
CATATCTGCA AGGACATGAG TGCTCTGGTT GAGGGTCGAA TGCGTCACAT CCCCTTGGCT 
CCAGGCTCCG ACTGGAGGGA TCTTCCCAAC ATCGAGGTTC GGCTCAAAGA TGGCACCATG 
ACCAAGAAAC TGCGATACAC TCACTCCGAT AAAAAGAATG GACGCAGCAG CACTGGTGCA 
CTTAGAGGTG TTTGCACTTG TGCAGGAGGG AAGCCATGTG ACCCTGCAGA CAGGCAGTTT 
AACACCTTGA TCCCCTGGTG TCTGCCCCAC ACTGGTAACC GTCACAATCA CTGGGCTGGA 
CTCTACGGTA GATTGGAGTG GGATGGCTTC TTCAGCACAA CTGTCACCAA CCCTGAACCC 
ATGGGCAAGC AGGGCCGTGT TCTGCATCCT GAGCAGCACA GAGTGGTTAG TGTGAGGGAG 
TGTGCACGCT CTCAGGGATT CCCTGACACC TACCGCTTCT TTGGAAACAT CCTGGACAAA 
CACAGACAGG TTGGAAATGC TGTGCCTCCT CCACTCTCCA GGGCCATAGG CCTGGAGCTT 
AAGAAGTGTG TCATGGAGAG AATGAAGGAA GAACAAGCAA CTGAGAATAT CAAACAAGAG 
AAGATGGAGG TCTCTGATTA G