cemip cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	cemip
Entrez Gene ID	111220298
Full Name	cell migration inducing hyaluronan binding protein
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022743348.1	XP_022599069.1	cell migration-inducing and hyaluronan-binding protein

Pathways from BioSystems
Gene Ontology

The following cemip gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the cemip 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
OSe206849	XM_022743348.1 Latest version!	Seriola dumerili cell migration inducing hyaluronan binding protein (cemip), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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)

cemip ( XM_022743348.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022599069.1 Seriola dumerili cell migration inducing hyaluronan binding protein (cemip), mRNA.

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CloneID	OSe206849
Clone ID Related Accession (Same CDS sequence)	XM_022743348.1
Accession Version	XM_022743348.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4047bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	cell migration-inducing and hyaluronan-binding protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019174258.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGACAT GCGTCGTGTT TCTGGCAGCT CTGCTGCTCC CCAGCATCCA AGCAGTTTGT 
CCGGATAAGG AGCCGGGACT GCAGCCGTGG ATGCCAGGAC ACAGTGAAGA CCACCGTGTC 
ACAATCGGTT ATGGCAGGAA GGTCCTGCTC ACAACCTCCG CTACGGTCCA CTCCATTGAG 
ATTCTCAGTG GAGGAAAGTT GGTGATTGCT GACACCAGCC GGCCAATACT GCTTCGAACA 
AAACACATTC TGATTGGGAA CAAGGGGGAG CTGCACATCG GAAGCCCAGA CTGTCCTTAT 
AAAGGCAACC TCACAATCTC CCTGTTTGGA AGATTGGACG ACAAGGATCA GGAGCACAGC 
TACTTTGGGA GGAAGTACAT TGGCGTGGGG ACAGGAGGGA CACTAGAGAT CCACGGAGAG 
AAGAAGCTGT CGTGGACGTT CCTAAACAAG ACCCTCCACC CCGGAGAGAG CAACCAAAAC 
AACTATCTGT TCCAGAGAAG CTGGGGGAAC CGGGGCATCA TTATCCACGT CATCGATCCC 
AAGACCGGAG AGGTGCTGCA CGATGACAGG TTCGACACGT ACCGCAGTAA GGATGAGAGT 
CGTCGCCTCT CCAAGTACGT GGACGGTGTG GAAACAGGGC TCATACTGGC CATGCTGGTC 
AACGACGAGG GCTCCAACAA CCTGGAGGAC TCCGCCAAGA AGAGCCTCTC CAGGCTGGGC 
AGTCAGCACA TCAGCAGTCT GGGATTTCGC CATCCCTGGA CTTTTATAGT GACAAAGGGT 
GACACCTCAT CAGTTGTGGA AGATTACGCT GTCTATCAAG GGACCAAGGC CTCCTCGGAG 
GCCCGCAGCT CTCGTGTTTT CCGCTCGAGT TACGGGGAAC ATTTCACCGT CACCACCAGC 
AGCCAGTGGG TGCAAGAGGC TGAGTGGACA GAATGGTTTG ACAGGGATGA TGAGCAGGGA 
TCTGGAGACT GGGAGAAACT GTCTGACCTG CACGAGGCCT ATCCCGACAG ACTGTGTGGC 
AGTCCGCTGG ACATCCAGGC TGAAACCCAT GATGGCATAC CATCCAACCA GACTGGAGAT 
GTGATCCACA AGAATGACAA AGACTACGGC TTTGTCTGCC TCAACAAGGA CCAGGCTCAC 
GGCCTCTGTC GCAACTACAG GGTCCGCTTC CTTTGTGGAA AACTGGTTCG CCCACAGGCC 
TCCATCTCCA TCGACATGTT GTCCAACAGC AGTATCCTGG AGCTCGCCGA CCAACCAGAG 
GGCTGGGTGT TGGGGGATCG GGTGGTGGTG GCCAGTACCG ACTACTCCAT GCACCAGGCG 
GAAGAGTTCA CCCTGCTGCC CTGCCCTACT TGCACATCCA ACCAGGTCAA GGTCCAAGGT 
AAGGCCCAGT TCATCCACAT GGGTGAGGAG GTGGACGGGG TGGACATGAG GGCAGAGGTC 
GGCCTGCTGA GTCGTAACAT CCTGCTCCGT GGTGAGATGG AGCCTGGCTG CTACGGCAAC 
GAGGCCTGCA AATTCTTCAC CTTCGACACG TTTGGTGGAC ATTTAAAGGT GGAGCGGGGA 
TTCAGGGCAG TTCATATATC TGGGCTGGAG CTGCAGCACA TGGGCCAGCA GACAATGGGA 
CACTATCCCA TCCATTTCCA TATGAATGGA GATGTGGATG AGAGGGGAGG CTACGACCCC 
CCCACCTCTG TCAGAGATCT GTCCATCCAC CACTCCTTCT CCCGCTGCAT AACCATCCAT 
GGCTCCAACG GACTGCTGGT AAAAGACGTG GTAGGTTATG ACATGCTGGG CCACTGCTTC 
TTCATGGAGG ACGGTCCAGA AGAGAGGAAC ACGTTTGACC ACTGTCTGGG TCTGATGGTG 
CGAGCGGGGA CCCTGCTGCC TTCAGACCGA GACAGCAAAA TGTGCCGTGA TATCACTGAG 
GGAGCTTATC CAGGATATGT GGCCAACCCA CGACAAGACT GCAGCGCGAC TTCAACTTTC 
TGGATCGCCA ACCCCAATAA CAACCTCATC AACTGCGCTG CTGCAGGCTC AGAGGAAACA 
GGTTTCTGGT TCATCTTCCA CCATGTGCCC ACTGGCCCCT CAGAGGGTCT GTACTCCCCC 
GGACACACTG AACACAAACC TATGGGCCAG TTCACCAACA ACAGAGCCCA CTCCAACTAC 
AGGGCTGGGA TGATCCTTGA TAATGGAGTA AAGACCACCA AGGCTAACGA CAAGGACAAG 
AGACCCTTCT TGTCTCTGAT TGGAGCCAGG TATGGCCCCC ACCAGGATGC TGACCCCTTC 
AAACCCAGAG TCCCTGCTCT CATCCACCAC TTTGTGGCCT ACAAGAACCA GGACCACGGA 
GCCTGGCTGA GAGGAGGGGA TGTGTGGCTG GATGACTGCC AATTTGCTGA TAATGGCATT 
GGCCTCACTC TCGCAAGTGG AGGGACGTTT CCAGACGATG ACGGCTCTCG CCAGCAGGTG 
AAGAATTCGC TGTTTGTGGG TGAAAGTGAC AATCACGGGA TGCCTCTCCC TGACGCCCGG 
ATCTGGGGAC CCGGGGGTTC TGACCTCACT GGCAGGACCT TGCCACGTGG CATTGATTTT 
CCTATCCGGG GCATGCAGAT CTATGACGGC CCCATCAACG TGCAGAACTG TACATTTCGG 
AAATATACAG CTCTGGATGG ACGTCACACC AGCGCCTTTG GCTTCAGGCT CAACAACTCG 
TGGCAGAGCT GCCCCAACAA CAACGTCACC GACATCACCT TCGACCACGT CCCTATCACG 
TCTCGGGTGT TTTTTGGGGA ACCAGGTCCC TGGTTTAATA AGATGCAGAT GGACGGGGAC 
AAGACGACCG TCTTCCACGA CATTGACGGC TCAGTCAGCG AGTATCCCGG AGCTTTCTTG 
GTGAAAGAGG ACAACTGGCT GCTCCGTCAC CCTGACTGCA TCGACGTGCC CGACTGGAAG 
GCTGCTATCT GCAGCGGCCG CTACGCACAG ATCTACGTCC AGACTCGTAA CCCTGCCAAC 
CTGAACATGG ACATAGTGAG GGATGAGTAC CCTGATCGGC CTCTGACACT AGAGGGCGCC 
CTTGGGAAGA GGAAACACTA CCAGCAGTTC CAACCTGTGA TCACACTTGC TAAAGGTTAC 
ACCATCCACT GGGACCAGGT GGCGCCTGCT GAGGTCACCA TCTGGCTCAT CAACTTCAAC 
AAAAATGACT GGATCAACGT GGGCCTCTGT TACCCACAAG GCACCACCTT CACCATCATC 
TCCGACATCC ACAACCGCCT GACCAAACAG ACCCGCAAGA CCGGCGTCTT CATGAGGACG 
ACGCAGAGGG AGAAGATCAA CCACTCCCAC CAGACCAGAG GATACTACTA CTGGGAGGAA 
GACACAAGCC TGCTCTTCCT GAAGGTGAAG GCCCACAACG ACAGGGAGCA GTTTGCCTTC 
TGCTCTGTCA AAGGTTGTGA GAGGGTGAAG ATCACAGCCA TCATCCCCAA AGGTAGTCCC 
CCCAGCAACT GCATGGCCCA GGCCTACCCC CGACACGCCG AGCTGCCCGT CGTGGATGTA 
CCCATGCCCA GGAAGACACC TAACGCCAGG CTGCATTCAC CAGAACATTT CTTGGAGGTC 
AAGCTGGAAT CCTACAACAC TCGCTTCTTC CACATCAAGG AGGACTTTGC CTTCACTGAG 
GTGAATGGTA AGAAGTTGTA CCAAGCAGAC GACGGGGTGC ATCTGACGGT AATTGACGGG 
CATGATGGGA AGGTGGTGGA GAGCAAGAGC TTCAAGAACT CCATCCTGCA GGGTATCCCT 
GCACAGATTG ACAACTACGT CAGTGGACTG AGAGACGGTT CCATCGTCCT CATGACGTCT 
AAAGGCCGCC TGGTCACCAG AGGATCCTGG ACTAAAGTCC TGGACAGACT TGGAGCAGAC 
AAAAGCATCA AACTGAAAGA TAAAATTGCA TTTGTGGGGT TCAAGGGCTC CTTCCACCCG 
GACTGGGTCC ATCTGGAGGT GGACGCAGAC CGAGCCAAGA TCCATCAGGT CCTGCCTGTC 
CCTGTGGTGC ACAAGATAAA ACTATGA

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

RefSeq	XP_022599069.1
CDS	255..4301
Translation	MKTCVVFLAALLLPSIQAVCPDKEPGLQPWMPGHSEDHRVTIGYGRKVLLTTSATVHSIEILSGGKLVIADTSRPILLRTKHILIGNKGELHIGSPDCPYKGNLTISLFGRLDDKDQEHSYFGRKYIGVGTGGTLEIHGEKKLSWTFLNKTLHPGESNQNNYLFQRSWGNRGIIIHVIDPKTGEVLHDDRFDTYRSKDESRRLSKYVDGVETGLILAMLVNDEGSNNLEDSAKKSLSRLGSQHISSLGFRHPWTFIVTKGDTSSVVEDYAVYQGTKASSEARSSRVFRSSYGEHFTVTTSSQWVQEAEWTEWFDRDDEQGSGDWEKLSDLHEAYPDRLCGSPLDIQAETHDGIPSNQTGDVIHKNDKDYGFVCLNKDQAHGLCRNYRVRFLCGKLVRPQASISIDMLSNSSILELADQPEGWVLGDRVVVASTDYSMHQAEEFTLLPCPTCTSNQVKVQGKAQFIHMGEEVDGVDMRAEVGLLSRNILLRGEMEPGCYGNEACKFFTFDTFGGHLKVERGFRAVHISGLELQHMGQQTMGHYPIHFHMNGDVDERGGYDPPTSVRDLSIHHSFSRCITIHGSNGLLVKDVVGYDMLGHCFFMEDGPEERNTFDHCLGLMVRAGTLLPSDRDSKMCRDITEGAYPGYVANPRQDCSATSTFWIANPNNNLINCAAAGSEETGFWFIFHHVPTGPSEGLYSPGHTEHKPMGQFTNNRAHSNYRAGMILDNGVKTTKANDKDKRPFLSLIGARYGPHQDADPFKPRVPALIHHFVAYKNQDHGAWLRGGDVWLDDCQFADNGIGLTLASGGTFPDDDGSRQQVKNSLFVGESDNHGMPLPDARIWGPGGSDLTGRTLPRGIDFPIRGMQIYDGPINVQNCTFRKYTALDGRHTSAFGFRLNNSWQSCPNNNVTDITFDHVPITSRVFFGEPGPWFNKMQMDGDKTTVFHDIDGSVSEYPGAFLVKEDNWLLRHPDCIDVPDWKAAICSGRYAQIYVQTRNPANLNMDIVRDEYPDRPLTLEGALGKRKHYQQFQPVITLAKGYTIHWDQVAPAEVTIWLINFNKNDWINVGLCYPQGTTFTIISDIHNRLTKQTRKTGVFMRTTQREKINHSHQTRGYYYWEEDTSLLFLKVKAHNDREQFAFCSVKGCERVKITAIIPKGSPPSNCMAQAYPRHAELPVVDVPMPRKTPNARLHSPEHFLEVKLESYNTRFFHIKEDFAFTEVNGKKLYQADDGVHLTVIDGHDGKVVESKSFKNSILQGIPAQIDNYVSGLRDGSIVLMTSKGRLVTRGSWTKVLDRLGADKSIKLKDKIAFVGFKGSFHPDWVHLEVDADRAKIHQVLPVPVVHKIKL

Target ORF information:

RefSeq Version	XM_022743348.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili cell migration inducing hyaluronan binding protein (cemip), mRNA.

Target ORF information:

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

XM_022743348.1

ORF Insert Sequence:

ATGAAGACAT GCGTCGTGTT TCTGGCAGCT CTGCTGCTCC CCAGCATCCA AGCAGTTTGT 
CCGGATAAGG AGCCGGGACT GCAGCCGTGG ATGCCAGGAC ACAGTGAAGA CCACCGTGTC 
ACAATCGGTT ATGGCAGGAA GGTCCTGCTC ACAACCTCCG CTACGGTCCA CTCCATTGAG 
ATTCTCAGTG GAGGAAAGTT GGTGATTGCT GACACCAGCC GGCCAATACT GCTTCGAACA 
AAACACATTC TGATTGGGAA CAAGGGGGAG CTGCACATCG GAAGCCCAGA CTGTCCTTAT 
AAAGGCAACC TCACAATCTC CCTGTTTGGA AGATTGGACG ACAAGGATCA GGAGCACAGC 
TACTTTGGGA GGAAGTACAT TGGCGTGGGG ACAGGAGGGA CACTAGAGAT CCACGGAGAG 
AAGAAGCTGT CGTGGACGTT CCTAAACAAG ACCCTCCACC CCGGAGAGAG CAACCAAAAC 
AACTATCTGT TCCAGAGAAG CTGGGGGAAC CGGGGCATCA TTATCCACGT CATCGATCCC 
AAGACCGGAG AGGTGCTGCA CGATGACAGG TTCGACACGT ACCGCAGTAA GGATGAGAGT 
CGTCGCCTCT CCAAGTACGT GGACGGTGTG GAAACAGGGC TCATACTGGC CATGCTGGTC 
AACGACGAGG GCTCCAACAA CCTGGAGGAC TCCGCCAAGA AGAGCCTCTC CAGGCTGGGC 
AGTCAGCACA TCAGCAGTCT GGGATTTCGC CATCCCTGGA CTTTTATAGT GACAAAGGGT 
GACACCTCAT CAGTTGTGGA AGATTACGCT GTCTATCAAG GGACCAAGGC CTCCTCGGAG 
GCCCGCAGCT CTCGTGTTTT CCGCTCGAGT TACGGGGAAC ATTTCACCGT CACCACCAGC 
AGCCAGTGGG TGCAAGAGGC TGAGTGGACA GAATGGTTTG ACAGGGATGA TGAGCAGGGA 
TCTGGAGACT GGGAGAAACT GTCTGACCTG CACGAGGCCT ATCCCGACAG ACTGTGTGGC 
AGTCCGCTGG ACATCCAGGC TGAAACCCAT GATGGCATAC CATCCAACCA GACTGGAGAT 
GTGATCCACA AGAATGACAA AGACTACGGC TTTGTCTGCC TCAACAAGGA CCAGGCTCAC 
GGCCTCTGTC GCAACTACAG GGTCCGCTTC CTTTGTGGAA AACTGGTTCG CCCACAGGCC 
TCCATCTCCA TCGACATGTT GTCCAACAGC AGTATCCTGG AGCTCGCCGA CCAACCAGAG 
GGCTGGGTGT TGGGGGATCG GGTGGTGGTG GCCAGTACCG ACTACTCCAT GCACCAGGCG 
GAAGAGTTCA CCCTGCTGCC CTGCCCTACT TGCACATCCA ACCAGGTCAA GGTCCAAGGT 
AAGGCCCAGT TCATCCACAT GGGTGAGGAG GTGGACGGGG TGGACATGAG GGCAGAGGTC 
GGCCTGCTGA GTCGTAACAT CCTGCTCCGT GGTGAGATGG AGCCTGGCTG CTACGGCAAC 
GAGGCCTGCA AATTCTTCAC CTTCGACACG TTTGGTGGAC ATTTAAAGGT GGAGCGGGGA 
TTCAGGGCAG TTCATATATC TGGGCTGGAG CTGCAGCACA TGGGCCAGCA GACAATGGGA 
CACTATCCCA TCCATTTCCA TATGAATGGA GATGTGGATG AGAGGGGAGG CTACGACCCC 
CCCACCTCTG TCAGAGATCT GTCCATCCAC CACTCCTTCT CCCGCTGCAT AACCATCCAT 
GGCTCCAACG GACTGCTGGT AAAAGACGTG GTAGGTTATG ACATGCTGGG CCACTGCTTC 
TTCATGGAGG ACGGTCCAGA AGAGAGGAAC ACGTTTGACC ACTGTCTGGG TCTGATGGTG 
CGAGCGGGGA CCCTGCTGCC TTCAGACCGA GACAGCAAAA TGTGCCGTGA TATCACTGAG 
GGAGCTTATC CAGGATATGT GGCCAACCCA CGACAAGACT GCAGCGCGAC TTCAACTTTC 
TGGATCGCCA ACCCCAATAA CAACCTCATC AACTGCGCTG CTGCAGGCTC AGAGGAAACA 
GGTTTCTGGT TCATCTTCCA CCATGTGCCC ACTGGCCCCT CAGAGGGTCT GTACTCCCCC 
GGACACACTG AACACAAACC TATGGGCCAG TTCACCAACA ACAGAGCCCA CTCCAACTAC 
AGGGCTGGGA TGATCCTTGA TAATGGAGTA AAGACCACCA AGGCTAACGA CAAGGACAAG 
AGACCCTTCT TGTCTCTGAT TGGAGCCAGG TATGGCCCCC ACCAGGATGC TGACCCCTTC 
AAACCCAGAG TCCCTGCTCT CATCCACCAC TTTGTGGCCT ACAAGAACCA GGACCACGGA 
GCCTGGCTGA GAGGAGGGGA TGTGTGGCTG GATGACTGCC AATTTGCTGA TAATGGCATT 
GGCCTCACTC TCGCAAGTGG AGGGACGTTT CCAGACGATG ACGGCTCTCG CCAGCAGGTG 
AAGAATTCGC TGTTTGTGGG TGAAAGTGAC AATCACGGGA TGCCTCTCCC TGACGCCCGG 
ATCTGGGGAC CCGGGGGTTC TGACCTCACT GGCAGGACCT TGCCACGTGG CATTGATTTT 
CCTATCCGGG GCATGCAGAT CTATGACGGC CCCATCAACG TGCAGAACTG TACATTTCGG 
AAATATACAG CTCTGGATGG ACGTCACACC AGCGCCTTTG GCTTCAGGCT CAACAACTCG 
TGGCAGAGCT GCCCCAACAA CAACGTCACC GACATCACCT TCGACCACGT CCCTATCACG 
TCTCGGGTGT TTTTTGGGGA ACCAGGTCCC TGGTTTAATA AGATGCAGAT GGACGGGGAC 
AAGACGACCG TCTTCCACGA CATTGACGGC TCAGTCAGCG AGTATCCCGG AGCTTTCTTG 
GTGAAAGAGG ACAACTGGCT GCTCCGTCAC CCTGACTGCA TCGACGTGCC CGACTGGAAG 
GCTGCTATCT GCAGCGGCCG CTACGCACAG ATCTACGTCC AGACTCGTAA CCCTGCCAAC 
CTGAACATGG ACATAGTGAG GGATGAGTAC CCTGATCGGC CTCTGACACT AGAGGGCGCC 
CTTGGGAAGA GGAAACACTA CCAGCAGTTC CAACCTGTGA TCACACTTGC TAAAGGTTAC 
ACCATCCACT GGGACCAGGT GGCGCCTGCT GAGGTCACCA TCTGGCTCAT CAACTTCAAC 
AAAAATGACT GGATCAACGT GGGCCTCTGT TACCCACAAG GCACCACCTT CACCATCATC 
TCCGACATCC ACAACCGCCT GACCAAACAG ACCCGCAAGA CCGGCGTCTT CATGAGGACG 
ACGCAGAGGG AGAAGATCAA CCACTCCCAC CAGACCAGAG GATACTACTA CTGGGAGGAA 
GACACAAGCC TGCTCTTCCT GAAGGTGAAG GCCCACAACG ACAGGGAGCA GTTTGCCTTC 
TGCTCTGTCA AAGGTTGTGA GAGGGTGAAG ATCACAGCCA TCATCCCCAA AGGTAGTCCC 
CCCAGCAACT GCATGGCCCA GGCCTACCCC CGACACGCCG AGCTGCCCGT CGTGGATGTA 
CCCATGCCCA GGAAGACACC TAACGCCAGG CTGCATTCAC CAGAACATTT CTTGGAGGTC 
AAGCTGGAAT CCTACAACAC TCGCTTCTTC CACATCAAGG AGGACTTTGC CTTCACTGAG 
GTGAATGGTA AGAAGTTGTA CCAAGCAGAC GACGGGGTGC ATCTGACGGT AATTGACGGG 
CATGATGGGA AGGTGGTGGA GAGCAAGAGC TTCAAGAACT CCATCCTGCA GGGTATCCCT 
GCACAGATTG ACAACTACGT CAGTGGACTG AGAGACGGTT CCATCGTCCT CATGACGTCT 
AAAGGCCGCC TGGTCACCAG AGGATCCTGG ACTAAAGTCC TGGACAGACT TGGAGCAGAC 
AAAAGCATCA AACTGAAAGA TAAAATTGCA TTTGTGGGGT TCAAGGGCTC CTTCCACCCG 
GACTGGGTCC ATCTGGAGGT GGACGCAGAC CGAGCCAAGA TCCATCAGGT CCTGCCTGTC 
CCTGTGGTGC ACAAGATAAA ACTATGA