CC77DRAFT_929032 cDNA ORF clone, Alternaria alternata

Gene
Clones
gRNAs

Summary

Gene Symbol	CC77DRAFT_929032
Entrez Gene ID	29119682
Full Name	kinase-like protein
Gene Type	protein-coding
Organism	Alternaria alternata

mRNA and Protein(s)

mRNA	Protein	Name
XM_018534088.1	XP_018389579.1	kinase-like protein

Pathways from BioSystems
Gene Ontology

The following CC77DRAFT_929032 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CC77DRAFT_929032 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
OAl35929	XM_018534088.1 Latest version!	Alternaria alternata kinase-like protein partial 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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** 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)

CC77DRAFT_929032 ( XM_018534088.1 ) cDNA ORF clone, Alternaria alternata -> XP_018389579.1 Alternaria alternata kinase-like protein partial mRNA.

Price & Availability↑

CloneID	OAl35929
Clone ID Related Accession (Same CDS sequence)	XM_018534088.1
Accession Version	XM_018534088.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4158bp) 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	2016-09-25
Organism	Alternaria alternata
Product	kinase-like protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_017306193). ##Metadata-START## Organism Display Name :: Alternaria alternata GOLD Stamp ID :: Gp0047507 ##Metadata-END## COMPLETENESS: incomplete on both ends.

ATGCCTTTCT TCTCGGCTCC CCAGGCCTTT CGCCTGCGCA GCCTCCCAAC TTCGTCTCCG 
GAATTCGTCG CCATGGCCTC CAACTCCTAC GAGTACGGCA ACAATGGCCT ATTCACAGTC 
TTCAAGAGCG GCAAGCACAG CTCGCATCCC GATTTTGCCA ACCTCACCCT TCTCGTCTTC 
GAGGCCGTCA TGGAAGTCGT TTGCGTGAGC GCGCCCGGCT ACATTGTTGC GCGAATGGGT 
CAATTCGATG CAGAGAGCCA GAAGTTTCTC GCCAACCTCA ACACGCAGCT GTTTACACCC 
TGCCTTATTT TTACCAAGCT CGCATCACAA TTGACAGCGG AGAAGCTGGC TGATCTTGCT 
GTCATTCCTG TAATCTTTGT CGTACAAACA CTCATCTCCT ACATCGCCGC ACTTCTCGTG 
TCGCGGATAT GCAGGTTCAA CAAGAGGGCG TCCAACTTTG TTGTTGCCAT GGCGGTATTC 
GGAAACTCAA ACTCGCTTCC AATCTCTCTC GTTATCTCGC TCTCCAAAAC ACTGTCCGGT 
CTACATTGGG ACAAGGTCCC TGGCGATAAC GACAACGACG TTGGCGCGCG TGGTATCCTC 
TATCTCCTTA TCTTCCAACA ACTTGGTCAG CTCGTGCGAT GGACATGGGG CTTCAATGTG 
CTTCTGGCAC CTGCCAGTGC GTACAAAGAC GATGACGGTG GCAAGAACAG CGCCATTGAA 
AACGGAGAGT ACACAGACGA CGAGGCGCAG CGTCTTCTCG ATGACTCGCA CTCCGACTAC 
GAATCTGGCA ATGTTACCAG CTACGCTACT TCTGCAGACT CAGACGAGTC CGACTCAGAC 
TCTCTGTTCA ATCGTGAAGA GGCCCAAGCC ACCACCGATT TCATCACTCC CACCAATGGT 
AACGCTACTA TTCCTGGAGC CGGCGATATG AGCGGACACA GTAATGGCAA TGGTCTTGCA 
AACGGACACC TCAATGGTGT TCTCGAGGCT CACAAGAAGA AGCAAAATGT CCCCAAAGGC 
ATCAAAGGCA TGCCAAAGCG AGCTGGCATG GCACTTAAGC GCTCTGCAAG TACCGTTTCT 
GTCTCCACCA CACGCGCTGG AAACCGAGTT TTCCAGGCCC TACCTACATG GCTACAGCGA 
CCGCTGGCTA AGATTGGCTC TGTCTTGTCA AGGTTCTTCA AGGGCGTATG GGACTTCATG 
AACCCTCCTC TATGGGCCAT GTTGATTGCT ATCCTCGTCG CCTCTATTCC TCCCCTGCAA 
CATCTCTTCT TCGATCCAGG TACATTTGTC AGCAACTCCG TCACGCGCGC TGTCAACCAA 
AGTGGACAAG TCGCCGTTCC ACTCATCTTG GTTGTTTTGG GTGCCAACCT TGCTCGTAAC 
ACATTACCCA AGGAAGACCA GCACTCGATG GAAGACCCGA GCGTGGAGAA GAAGCTTGTG 
ATTGCCTCAC TTGTTAGTCG CATGCTTATC CCGACGCTTC TCATGGCACC CATGCTAGCC 
ATGACCGCCA AATACGTTCC TGTTAGCATT CTTGACGACC CCATCTTCAT CATCGTCTGT 
TTCTTGCTCA GTGGTGCACC AAGTGCGCTG CAGTTGGCAC AAATCTGCCA AATCAACAAC 
GTGTACATGG GTGCCATGTC AAGGATTCTG TTTCAGAGTT ATGTTCCCCG TGCAACTGCC 
ATGACGACTT CCTCCAATGA GCAGTCGCAG CCCAGCGACT CTCACCCAAG CGACTCATTC 
GCCCTCCCGC AAAACACTAC GTTGACCGAT GGCACCTCGC CGCGCTCTAC AAAAGTTGTG 
TCTTTTCCCG ATGATAGCAC CATTTCCCCC TTGATGATTG GCAAGAACAA GGAGCTTGAC 
CAGAAGGATT ACCTCGATCT CGACAGGCCT ACAAGAAGTT ACCCCGCAAG CATCAGCAAG 
AAGAAACTAT CTGGACGGCC CTCAGTCGAG CGACTGGGAT CAACCAAGGT AGCGCCAAGT 
GAGGGAAATC CATCCTTATC TTCCTTGCTC TCCAACAGCT CAACAGACGC TCCCTCTGAC 
GGACAGCATC CGCACGAGAA TCTATTGAAG CAAGTGGGCA CATGGCTCAA GCATGAACGA 
AGCAGACGTC ATGCACGCAG GGCAAGGCGC AAAGCTGCTA AGGAGGGCGC TGCTCAAGAA 
TCGACAAAGG CTGTTCCTGA TGAGACGATT GATGAGCCTC ATGCTCTAGC TAGAAGCAGC 
TCCGAATCGT CTCACGGCGA GGACTCCCTC GACCAACTGG CGCAAATCCT TGAAAAGACC 
CTATCCATGA AGCCGGCCGA CGCTAAGAGG AGGATGCAAC ACTTCCGCAG ATCATCAACA 
GGCTTGAAGC GACACTCCGC CATCTCTCTA GACACGGATT ACTTTGAATC CGTAGACCAG 
CTAGTCCCGA GTTGCGAGGC TATTCTAGAC AACTCGAAGA CTATGGCCTA CAACGTAGAT 
GAGTCAGACA GCGAGTCCGC CCCTCACGTA TCTGAGAAAG AAGCACGCAA AGAGAGGGAG 
GCATGGACCA AGTTCCGGGC CGAAATCCTT CGTCTAGCTC ATACACTCAA GCTCAAAGGC 
TGGCGGAAGG TGTCTATGGA ACAGAGCAAC GAGATTGATG TACAGAGGCT GAGCGGTGCC 
TTGACAAATG CTGTTTACGT TGTCTCGCCT CCCAAGAATC TACCGCTTCA AGAGCAGGGC 
GACGACGGCC AGCCGAAGCC CAAGAATCCT CCTCCCAAAC TTTTGCTTCG TATCTACGGC 
CCACAGGTAG AACATCTGAT CGACCGAGAG TCTGAATTGC AGATTCTAAC ACGCCTTGCT 
CGAAAGCGAA TTGGTCCACG TCTACTTGGC ACCTTCACCA ATGGACGCTT CGAGGAATTT 
CTTCATGCAA AGCCGTTGAC CGCGAAGGAG CTGCGCAATG CAGAGACGTC CAAGCAAATT 
GCTAAGCGTA TGCGAGAGCT TCATGAAGGC ATCGATCTCT TGAAAGAAGA GCGGGAGGCC 
GGTCCATTCG TCTGGCAAAA CTGGGACAAG TGGGTTGATC GCTGTGAGCA AATTGTCACC 
TGGCTCGATC AACAGGTTCG AGAGAGCAAC CAAGACTCTG CACAAACTCC TGGTGACAGA 
TGGAAGAAGC GGGGATACGT GTGCGGTATG GAGTGGCCAG CGTTCAGGCA GGTGGTTGAG 
AAGTATCGAA GATGGTTAGA GGAACAGTAT GGTGGCGCAG ACAAGATCAA CGAGCGGATG 
ATATTCGCTC ATAACGACAC CCAGTATGGT AACATTCTAC GTATGGTGCC GGAAGGCGAG 
TCGCCTTTAC TGCTTCCAGC AAACCAGCAC AAGCAGCTCG TGGTCATCGA TTTCGAGTAC 
GCTAACGCAA ACCTGCCCGG TTTGGAATTT GCCAACCACT TTACTGAATG GACGTACAAC 
TACCATGACG CGGAGATTCC GTGGCGTTGC AACACCAAGT ACTATCCGAC ACTTGAAGAG 
CAACACCGCT TTATCCGGGC GTACCTGATG CATAATCCCT CGTACAAAGC TGCTGGAGGC 
TATACTTCTA ACCCTGCCAC CCCGCACCTG GGTCCTCTTC CATCCTCTGG CAGCACCACC 
GCACTGGCAG CCACTGCCGC CCCTAGCAAT ATCTCTGCAT TCATGCTGGA CTCACGTGCT 
CCACCAGGCG AGAAGTATCA AGAGCAGGAG GCGCAAGCCG AGCGTCAGAT TGAAGAAGAG 
ACTCGCCGCT TACTAGCTGA AACCAAGCTC TGGCGTTTGG CCAACTCCGC TATGTGGGTA 
GCATGGGGCA TCGTCCAAGC TCATGTTCCA GGCCTTCCCG ACTTCGATGC CGAGGACAAG 
AACGCGAACG CTAACCCTAG TAAAGAAGCG GCAGAGTTAG ACAGTGCAAC AGCAGAGATT 
AGGGCTGAGG CTGAGGCTGG AGAGAAGGGG GCTGGGATCG TGAGTGAAAG GATGGCGGAA 
CAGACACAAG AGAACAAAAC ACAAGCGGAG CAAGATGCTG ACCTTTTCAA ACCGCAGGAT 
GAGGAAGAGT TCGACTACTT GGCCTATGCT AACGACCGCG CAATGTTCTT GTGGGGTGAC 
GCCATTCGCA TGGGCATAGT GAAGGCAGAG GAGGTGCCCG AGGAGTTGCG GAAGAGAGTC 
AAACTAGTGG AATATTAA

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

RefSeq	XP_018389579.1
CDS	1..4158
Translation	MPFFSAPQAFRLRSLPTSSPEFVAMASNSYEYGNNGLFTVFKSGKHSSHPDFANLTLLVFEAVMEVVCVSAPGYIVARMGQFDAESQKFLANLNTQLFTPCLIFTKLASQLTAEKLADLAVIPVIFVVQTLISYIAALLVSRICRFNKRASNFVVAMAVFGNSNSLPISLVISLSKTLSGLHWDKVPGDNDNDVGARGILYLLIFQQLGQLVRWTWGFNVLLAPASAYKDDDGGKNSAIENGEYTDDEAQRLLDDSHSDYESGNVTSYATSADSDESDSDSLFNREEAQATTDFITPTNGNATIPGAGDMSGHSNGNGLANGHLNGVLEAHKKKQNVPKGIKGMPKRAGMALKRSASTVSVSTTRAGNRVFQALPTWLQRPLAKIGSVLSRFFKGVWDFMNPPLWAMLIAILVASIPPLQHLFFDPGTFVSNSVTRAVNQSGQVAVPLILVVLGANLARNTLPKEDQHSMEDPSVEKKLVIASLVSRMLIPTLLMAPMLAMTAKYVPVSILDDPIFIIVCFLLSGAPSALQLAQICQINNVYMGAMSRILFQSYVPRATAMTTSSNEQSQPSDSHPSDSFALPQNTTLTDGTSPRSTKVVSFPDDSTISPLMIGKNKELDQKDYLDLDRPTRSYPASISKKKLSGRPSVERLGSTKVAPSEGNPSLSSLLSNSSTDAPSDGQHPHENLLKQVGTWLKHERSRRHARRARRKAAKEGAAQESTKAVPDETIDEPHALARSSSESSHGEDSLDQLAQILEKTLSMKPADAKRRMQHFRRSSTGLKRHSAISLDTDYFESVDQLVPSCEAILDNSKTMAYNVDESDSESAPHVSEKEARKEREAWTKFRAEILRLAHTLKLKGWRKVSMEQSNEIDVQRLSGALTNAVYVVSPPKNLPLQEQGDDGQPKPKNPPPKLLLRIYGPQVEHLIDRESELQILTRLARKRIGPRLLGTFTNGRFEEFLHAKPLTAKELRNAETSKQIAKRMRELHEGIDLLKEEREAGPFVWQNWDKWVDRCEQIVTWLDQQVRESNQDSAQTPGDRWKKRGYVCGMEWPAFRQVVEKYRRWLEEQYGGADKINERMIFAHNDTQYGNILRMVPEGESPLLLPANQHKQLVVIDFEYANANLPGLEFANHFTEWTYNYHDAEIPWRCNTKYYPTLEEQHRFIRAYLMHNPSYKAAGGYTSNPATPHLGPLPSSGSTTALAATAAPSNISAFMLDSRAPPGEKYQEQEAQAERQIEEETRRLLAETKLWRLANSAMWVAWGIVQAHVPGLPDFDAEDKNANANPSKEAAELDSATAEIRAEAEAGEKGAGIVSERMAEQTQENKTQAEQDADLFKPQDEEEFDYLAYANDRAMFLWGDAIRMGIVKAEEVPEELRKRVKLVEY

Target ORF information:

RefSeq Version	XM_018534088.1
Organism	Alternaria alternata
Definition	Alternaria alternata kinase-like protein partial mRNA.

Target ORF information:

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

XM_018534088.1

ORF Insert Sequence:

ATGCCTTTCT TCTCGGCTCC CCAGGCCTTT CGCCTGCGCA GCCTCCCAAC TTCGTCTCCG 
GAATTCGTCG CCATGGCCTC CAACTCCTAC GAGTACGGCA ACAATGGCCT ATTCACAGTC 
TTCAAGAGCG GCAAGCACAG CTCGCATCCC GATTTTGCCA ACCTCACCCT TCTCGTCTTC 
GAGGCCGTCA TGGAAGTCGT TTGCGTGAGC GCGCCCGGCT ACATTGTTGC GCGAATGGGT 
CAATTCGATG CAGAGAGCCA GAAGTTTCTC GCCAACCTCA ACACGCAGCT GTTTACACCC 
TGCCTTATTT TTACCAAGCT CGCATCACAA TTGACAGCGG AGAAGCTGGC TGATCTTGCT 
GTCATTCCTG TAATCTTTGT CGTACAAACA CTCATCTCCT ACATCGCCGC ACTTCTCGTG 
TCGCGGATAT GCAGGTTCAA CAAGAGGGCG TCCAACTTTG TTGTTGCCAT GGCGGTATTC 
GGAAACTCAA ACTCGCTTCC AATCTCTCTC GTTATCTCGC TCTCCAAAAC ACTGTCCGGT 
CTACATTGGG ACAAGGTCCC TGGCGATAAC GACAACGACG TTGGCGCGCG TGGTATCCTC 
TATCTCCTTA TCTTCCAACA ACTTGGTCAG CTCGTGCGAT GGACATGGGG CTTCAATGTG 
CTTCTGGCAC CTGCCAGTGC GTACAAAGAC GATGACGGTG GCAAGAACAG CGCCATTGAA 
AACGGAGAGT ACACAGACGA CGAGGCGCAG CGTCTTCTCG ATGACTCGCA CTCCGACTAC 
GAATCTGGCA ATGTTACCAG CTACGCTACT TCTGCAGACT CAGACGAGTC CGACTCAGAC 
TCTCTGTTCA ATCGTGAAGA GGCCCAAGCC ACCACCGATT TCATCACTCC CACCAATGGT 
AACGCTACTA TTCCTGGAGC CGGCGATATG AGCGGACACA GTAATGGCAA TGGTCTTGCA 
AACGGACACC TCAATGGTGT TCTCGAGGCT CACAAGAAGA AGCAAAATGT CCCCAAAGGC 
ATCAAAGGCA TGCCAAAGCG AGCTGGCATG GCACTTAAGC GCTCTGCAAG TACCGTTTCT 
GTCTCCACCA CACGCGCTGG AAACCGAGTT TTCCAGGCCC TACCTACATG GCTACAGCGA 
CCGCTGGCTA AGATTGGCTC TGTCTTGTCA AGGTTCTTCA AGGGCGTATG GGACTTCATG 
AACCCTCCTC TATGGGCCAT GTTGATTGCT ATCCTCGTCG CCTCTATTCC TCCCCTGCAA 
CATCTCTTCT TCGATCCAGG TACATTTGTC AGCAACTCCG TCACGCGCGC TGTCAACCAA 
AGTGGACAAG TCGCCGTTCC ACTCATCTTG GTTGTTTTGG GTGCCAACCT TGCTCGTAAC 
ACATTACCCA AGGAAGACCA GCACTCGATG GAAGACCCGA GCGTGGAGAA GAAGCTTGTG 
ATTGCCTCAC TTGTTAGTCG CATGCTTATC CCGACGCTTC TCATGGCACC CATGCTAGCC 
ATGACCGCCA AATACGTTCC TGTTAGCATT CTTGACGACC CCATCTTCAT CATCGTCTGT 
TTCTTGCTCA GTGGTGCACC AAGTGCGCTG CAGTTGGCAC AAATCTGCCA AATCAACAAC 
GTGTACATGG GTGCCATGTC AAGGATTCTG TTTCAGAGTT ATGTTCCCCG TGCAACTGCC 
ATGACGACTT CCTCCAATGA GCAGTCGCAG CCCAGCGACT CTCACCCAAG CGACTCATTC 
GCCCTCCCGC AAAACACTAC GTTGACCGAT GGCACCTCGC CGCGCTCTAC AAAAGTTGTG 
TCTTTTCCCG ATGATAGCAC CATTTCCCCC TTGATGATTG GCAAGAACAA GGAGCTTGAC 
CAGAAGGATT ACCTCGATCT CGACAGGCCT ACAAGAAGTT ACCCCGCAAG CATCAGCAAG 
AAGAAACTAT CTGGACGGCC CTCAGTCGAG CGACTGGGAT CAACCAAGGT AGCGCCAAGT 
GAGGGAAATC CATCCTTATC TTCCTTGCTC TCCAACAGCT CAACAGACGC TCCCTCTGAC 
GGACAGCATC CGCACGAGAA TCTATTGAAG CAAGTGGGCA CATGGCTCAA GCATGAACGA 
AGCAGACGTC ATGCACGCAG GGCAAGGCGC AAAGCTGCTA AGGAGGGCGC TGCTCAAGAA 
TCGACAAAGG CTGTTCCTGA TGAGACGATT GATGAGCCTC ATGCTCTAGC TAGAAGCAGC 
TCCGAATCGT CTCACGGCGA GGACTCCCTC GACCAACTGG CGCAAATCCT TGAAAAGACC 
CTATCCATGA AGCCGGCCGA CGCTAAGAGG AGGATGCAAC ACTTCCGCAG ATCATCAACA 
GGCTTGAAGC GACACTCCGC CATCTCTCTA GACACGGATT ACTTTGAATC CGTAGACCAG 
CTAGTCCCGA GTTGCGAGGC TATTCTAGAC AACTCGAAGA CTATGGCCTA CAACGTAGAT 
GAGTCAGACA GCGAGTCCGC CCCTCACGTA TCTGAGAAAG AAGCACGCAA AGAGAGGGAG 
GCATGGACCA AGTTCCGGGC CGAAATCCTT CGTCTAGCTC ATACACTCAA GCTCAAAGGC 
TGGCGGAAGG TGTCTATGGA ACAGAGCAAC GAGATTGATG TACAGAGGCT GAGCGGTGCC 
TTGACAAATG CTGTTTACGT TGTCTCGCCT CCCAAGAATC TACCGCTTCA AGAGCAGGGC 
GACGACGGCC AGCCGAAGCC CAAGAATCCT CCTCCCAAAC TTTTGCTTCG TATCTACGGC 
CCACAGGTAG AACATCTGAT CGACCGAGAG TCTGAATTGC AGATTCTAAC ACGCCTTGCT 
CGAAAGCGAA TTGGTCCACG TCTACTTGGC ACCTTCACCA ATGGACGCTT CGAGGAATTT 
CTTCATGCAA AGCCGTTGAC CGCGAAGGAG CTGCGCAATG CAGAGACGTC CAAGCAAATT 
GCTAAGCGTA TGCGAGAGCT TCATGAAGGC ATCGATCTCT TGAAAGAAGA GCGGGAGGCC 
GGTCCATTCG TCTGGCAAAA CTGGGACAAG TGGGTTGATC GCTGTGAGCA AATTGTCACC 
TGGCTCGATC AACAGGTTCG AGAGAGCAAC CAAGACTCTG CACAAACTCC TGGTGACAGA 
TGGAAGAAGC GGGGATACGT GTGCGGTATG GAGTGGCCAG CGTTCAGGCA GGTGGTTGAG 
AAGTATCGAA GATGGTTAGA GGAACAGTAT GGTGGCGCAG ACAAGATCAA CGAGCGGATG 
ATATTCGCTC ATAACGACAC CCAGTATGGT AACATTCTAC GTATGGTGCC GGAAGGCGAG 
TCGCCTTTAC TGCTTCCAGC AAACCAGCAC AAGCAGCTCG TGGTCATCGA TTTCGAGTAC 
GCTAACGCAA ACCTGCCCGG TTTGGAATTT GCCAACCACT TTACTGAATG GACGTACAAC 
TACCATGACG CGGAGATTCC GTGGCGTTGC AACACCAAGT ACTATCCGAC ACTTGAAGAG 
CAACACCGCT TTATCCGGGC GTACCTGATG CATAATCCCT CGTACAAAGC TGCTGGAGGC 
TATACTTCTA ACCCTGCCAC CCCGCACCTG GGTCCTCTTC CATCCTCTGG CAGCACCACC 
GCACTGGCAG CCACTGCCGC CCCTAGCAAT ATCTCTGCAT TCATGCTGGA CTCACGTGCT 
CCACCAGGCG AGAAGTATCA AGAGCAGGAG GCGCAAGCCG AGCGTCAGAT TGAAGAAGAG 
ACTCGCCGCT TACTAGCTGA AACCAAGCTC TGGCGTTTGG CCAACTCCGC TATGTGGGTA 
GCATGGGGCA TCGTCCAAGC TCATGTTCCA GGCCTTCCCG ACTTCGATGC CGAGGACAAG 
AACGCGAACG CTAACCCTAG TAAAGAAGCG GCAGAGTTAG ACAGTGCAAC AGCAGAGATT 
AGGGCTGAGG CTGAGGCTGG AGAGAAGGGG GCTGGGATCG TGAGTGAAAG GATGGCGGAA 
CAGACACAAG AGAACAAAAC ACAAGCGGAG CAAGATGCTG ACCTTTTCAA ACCGCAGGAT 
GAGGAAGAGT TCGACTACTT GGCCTATGCT AACGACCGCG CAATGTTCTT GTGGGGTGAC 
GCCATTCGCA TGGGCATAGT GAAGGCAGAG GAGGTGCCCG AGGAGTTGCG GAAGAGAGTC 
AAACTAGTGG AATATTAA