ADAMTS16 cDNA ORF clone, Gekko japonicus

Gene
Clones
gRNAs

Summary

Gene Symbol	ADAMTS16
Entrez Gene ID	107123745
Full Name	ADAM metallopeptidase with thrombospondin type 1 motif 16
Gene Type	protein-coding
Organism	Gekko japonicus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015427082.1	XP_015282568.1	A disintegrin and metalloproteinase with thrombospondin motifs 16

Pathways from BioSystems
Gene Ontology

The following ADAMTS16 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADAMTS16 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
OGe34730	XM_015427082.1 Latest version!	Gekko japonicus ADAM metallopeptidase with thrombospondin type 1 motif 16 (ADAMTS16), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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)

ADAMTS16 ( XM_015427082.1 ) cDNA ORF clone, Gekko japonicus -> XP_015282568.1 Gekko japonicus ADAM metallopeptidase with thrombospondin type 1 motif 16 (ADAMTS16), mRNA.

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CloneID	OGe34730
Clone ID Related Accession (Same CDS sequence)	XM_015427082.1
Accession Version	XM_015427082.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3855bp) 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	2016-01-19
Organism	Gekko japonicus
Product	A disintegrin and metalloproteinase with thrombospondin motifs 16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015176465.1) 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 :: Gekko japonicus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 8% of CDS bases ##RefSeq-Attributes-END##

ATGGCTAACC ACCGGTGCCG GGTAAGCGTG GTCCTGGAGT GCCTTATTGA TTGTGCATTT 
ATATTCGGCA CATATACGCA CGTCCCCATT GGGTTTTACG GGGGCTGCTA CCCTTGGCAC 
CTCTCGTGCC AAACGCCTTT GCCGGCCAGC CCAGATCCTG ACAAATCCGT CACGGCCAGC 
AGCAAAGTAT TCTTGCTGTC AGCACTGGAG GCCGTCCAAG CATCCATCAC TCCTTTGGCA 
CTGGGCGCAC CTGTGGCGAG CGTGGCTCCG ACCGCGGCGG GGAGGCGGCC CCTTCTCCTC 
GCCTCCTGGA GCTCCGAGCT GCCGCGCTCG GGAGAAGACG GGGAGTATGA CATCGTGACG 
GCCTACGAGG TAGACCAGCA TGGGGGTTAC GTCAGTCATG CCGTTGCACA TCACGAAAGG 
AGGAAGAGGT CCACTTCCGC AGGAGGAAGT GACTCGCTCC ACCTGCGTTT CCAGGGATTT 
GGCCACGACT TCCAGCTCGA CCTTAAGACT TCTGACTTCC TCGTGGCACC AGGATTTACC 
ATACAGACGC TGGGCAAAGG GAGAACCAAG TCGGTCCGGC CCTACCCAGC AGAAGACTTT 
TGCTTCTATC AAGGTGTCTT GCGATTGCAC AAAAACTCAT CCGTAGCACT TTCAACATGT 
GGAGGCCTGT CAGGTTTGAT AAGGACGCAG GAAGCAGATT ACTTCCTGAA ACCCCTACCT 
CCAAATCTTG CACTGAAACA CAACTTCTCT GCTCCCGGCG GCGGCGGCCA CTCTCATGTA 
CTGTATAAAA GATCTACTGA ACCAGAGCTG TCGATCGAAA ACGAGGTCAC GGTGAATGAG 
AGGCAACAGG AGGCGGATGC CCTGAGCGTC TTCCGTGAGC CCCAGCACCA CCACCGCCAC 
CACTCCAAGC GGCAGCACAA ACTGCACTTT TGTGGAAGGC GTAAGAAATA CATGCCCCAG 
CCTCCCGGTG GAGATGCCTA CATCTTGCCA GATGAATACA ATTACCTGCT GAGAAACAAG 
CGCTCTCTTC TGAAAGGCTA CAAGAACAAG GAACTGAACG TGGAGACTTT GGTGGTGGTC 
GACAGGAAGA TGCTGCAGAG CCATGGGCGC GACAACGTCA CCACTTACGT CCTGACTATA 
CTTAATATGG TTTCTGCTTT GTTCCGAGAT GGAACCATCG GAGGGAATAT TAACATTGCT 
GTCGTTGGGC TGATCCTTTT GGAAGAAGAC CAGCCGGGAC TGACCATAAG TCACCACGCA 
GACCACACCT TGAGCAGTTT CTGCCAGTGG CAGTCTGGAC TGATGGGGAA AGACGGCAGC 
CGCCACGACC ACGCCATTTT GCTTACCGGC CTGGACATCT GCTCCTGGAA GGACGAGCCG 
TGTGATACCT TAGGATTTGC TCCAATCAGT GGGATGTGCA GCAAATATCG CAGCTGCACC 
GTTAACGAAG ACAGTGGACT GGGGCTGGCG TTCACCATCG CTCACGAGTC TGGGCACAAC 
TTCGGCATGG TCCATGACGG GGAAGGGAAT ATTTGCAAAA AGTCTGAAGG TAACATCATG 
TCCCCCACTC TGGCAGGACA CAACGGGGTC TTCTCGTGGT CAGCTTGCAG TCGTCAGTAT 
CTCTACAAAT TTCTAAGCTC CACCCAGTCC TTGTGTCTTG CTGATCAGCC GAAACCTGTG 
CAGGAGTACA AGTACCCGGA GAAGCTTCCC GGAGAGCTGT ACGATGCGGC CACGCAGTGC 
AAGTGGCAGT TTGGGGAGAA GGCCAAGCTG TGCATGATGG ACTTCAAAAA GGATATTTGC 
AAAGCACTGT GGTGCCATCG GGTTGGAAGG AAATGTGAAA CCAAATTTAT GCCCGCTGCA 
GAAGGCACCA TGTGTGGTTA TGACATGTGG TGTCGTGGAG GCCAGTGTGT GAAATACGGT 
GATGAAGGGC CCAGGCCAAC CCACGGACAA TGGTCAGAGT GGTCCAAGTG GTCATCTTGT 
TCCAGAACCT GTGGAGGAGG CATCTCTCAC CGAGAGCGAA ACTGCACCAA TCCGAGACCC 
TCTCATGGAG GAAAGTTCTG CGAAGGTTCC CCGCGGATGT TGAAACTCTG TAACAATCAG 
AAGTGCCCGA AAAACAGCAT TGGCTTCAGG GCGGCCCAGT GCGCAGAATT CAACAGCAGG 
CGCTTTAGAG GGTGGAATTA CAAATGGAAA CCTTACACGC AAGTGGAAGA CCAAGACTTG 
TGCAAGCTCT ATTGCATCGC AGAGGGCTTC GACTTCTTCT TTTCTCTGTC CAACAAAGTC 
AAAGACGGGA CACCGTGTTC CGAGGACAGC CATAACGTTT GTATAGACGG GATCTGTGAG 
ATGGTCGGCT GTGATTATGT CTTAGGCTCT GGCGCAGTGG AAGACGCTTG CGGAGTGTGC 
AGAGGAGATA ATTCGAGTTG CAGAATCTAT AAAGGGCAGC ACACGAAATA CCATCCCCCA 
AATCAATACA ATACCCTGGT CACCATCCCT GCTGGAGCAC GAAGCATTCA CGTTTATGAA 
ATGACCCTCT CCAATTCCTA CATTGCTGTC CGCAGTTCCA GCAAAAAATA CCACCTCAAC 
GGCTACTGGA CAGTGGACTG GCCAGGGAGA TACAAGTTTG CTGGAACCGT GTTTGACTAC 
CGGAGGTCAC ACAATCAACT GGAAACATTA AGGTCGCCTG GACCCACAAA TGAAAGTGTG 
GTCATAGAGC TTCTCTCTCA AGGTAAAAAC CCAGGAATTG CTTGGGAATA TTCCCTTCCT 
AAGGCAGAAA ACGAAAAGAC GACCACACTG AAGCATAACT ATACCTGGGC TGTCACCCAT 
TCCGAATGCT CAGTCTCGTG TGGAGGAGGT CAAATGGTTG CCAAAGAAAG CTGCTATAAA 
GACCGGAGAG TGCAAGTGGA GAATTCTCTT TGCAATTCCG AGAGTCGGCC AACTACTGGG 
ATTGTTCCTT GCAAGATGTC AGCTTGCCCG CCCAGTTGGT CTGTTGGCAA CTGGAGTGAG 
TGCAGCTTGA CTTGTGGCGG AGGAGAGCGA TATCGGTCTG TTCGCTGCGT GCAGAGGATT 
CAGTACAAGC CGGAGTGGGT CTCACACTCT CTTTGCCGTT CCCCTGCCCC GTCCACCAGG 
GAGTTTTGCA ACACCCCAAA CTGTCCACCT ACCTGGAGTA CTGGGACCTG GTCTGAGTGC 
TCTCGAACAT GTGGAAAAGG GTGGAGAAAA AGAGTAGTCC TATGCAAAAG CTCCAGTTCC 
TCTTTCTGGC CTCAGATTTT TCCTGATTCA GCCTGTGTGA TGGAACCAAA ACCGAATATG 
CAAGAAGCCT GCCTCCTGAA GCGATGCCAC AAACCCAAGA AGCTGCACTG GTTTGTGTCT 
GCATGGTCTG AGTGTTCTGT CACATGTGGA AAGGGAGTAC AGAGAAGAAC ACTGAACTGT 
GCAGAGAAAT CTGTTTCTGG AAAGTACAGA GAACTGGCTC CTAAAAAGTG CTCCCACCTA 
CAGAAGCCCA GCATGGACTT GGGAAAGGCC TGCGTCTTAA AGCCCTGCCC AAGACACCCT 
GGTTATTCGC CCACAAGTCA GAGCAGCTGG TTCGCATCTC CCTGGTCTCA GTGCACAGCA 
GCCTGTGGAG GTGGCACGCA AGGGCGGTTT GTTCAGTGCC TGGCCAACGG GAGACCGGCC 
ACGGGATGCC TCCTGCAGCA GAAGCCCGCT GCCTCACAAG CCTGCAACAC CAACTTCTGT 
CCTCTTCCAC AAGTGAAAGA CGCCTTCTGC AAGGATTACT TTAATTGGTG CCACTTGGTT 
CCCCAGCATG GTGTTTGTAA TCACAGTTTC TATGGTAAAC AATGCTGCAG GTCTTGTATC 
AACTCAAATT TGTGA

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

RefSeq	XP_015282568.1
CDS	1..3855
Translation	MANHRCRVSVVLECLIDCAFIFGTYTHVPIGFYGGCYPWHLSCQTPLPASPDPDKSVTASSKVFLLSALEAVQASITPLALGAPVASVAPTAAGRRPLLLASWSSELPRSGEDGEYDIVTAYEVDQHGGYVSHAVAHHERRKRSTSAGGSDSLHLRFQGFGHDFQLDLKTSDFLVAPGFTIQTLGKGRTKSVRPYPAEDFCFYQGVLRLHKNSSVALSTCGGLSGLIRTQEADYFLKPLPPNLALKHNFSAPGGGGHSHVLYKRSTEPELSIENEVTVNERQQEADALSVFREPQHHHRHHSKRQHKLHFCGRRKKYMPQPPGGDAYILPDEYNYLLRNKRSLLKGYKNKELNVETLVVVDRKMLQSHGRDNVTTYVLTILNMVSALFRDGTIGGNINIAVVGLILLEEDQPGLTISHHADHTLSSFCQWQSGLMGKDGSRHDHAILLTGLDICSWKDEPCDTLGFAPISGMCSKYRSCTVNEDSGLGLAFTIAHESGHNFGMVHDGEGNICKKSEGNIMSPTLAGHNGVFSWSACSRQYLYKFLSSTQSLCLADQPKPVQEYKYPEKLPGELYDAATQCKWQFGEKAKLCMMDFKKDICKALWCHRVGRKCETKFMPAAEGTMCGYDMWCRGGQCVKYGDEGPRPTHGQWSEWSKWSSCSRTCGGGISHRERNCTNPRPSHGGKFCEGSPRMLKLCNNQKCPKNSIGFRAAQCAEFNSRRFRGWNYKWKPYTQVEDQDLCKLYCIAEGFDFFFSLSNKVKDGTPCSEDSHNVCIDGICEMVGCDYVLGSGAVEDACGVCRGDNSSCRIYKGQHTKYHPPNQYNTLVTIPAGARSIHVYEMTLSNSYIAVRSSSKKYHLNGYWTVDWPGRYKFAGTVFDYRRSHNQLETLRSPGPTNESVVIELLSQGKNPGIAWEYSLPKAENEKTTTLKHNYTWAVTHSECSVSCGGGQMVAKESCYKDRRVQVENSLCNSESRPTTGIVPCKMSACPPSWSVGNWSECSLTCGGGERYRSVRCVQRIQYKPEWVSHSLCRSPAPSTREFCNTPNCPPTWSTGTWSECSRTCGKGWRKRVVLCKSSSSSFWPQIFPDSACVMEPKPNMQEACLLKRCHKPKKLHWFVSAWSECSVTCGKGVQRRTLNCAEKSVSGKYRELAPKKCSHLQKPSMDLGKACVLKPCPRHPGYSPTSQSSWFASPWSQCTAACGGGTQGRFVQCLANGRPATGCLLQQKPAASQACNTNFCPLPQVKDAFCKDYFNWCHLVPQHGVCNHSFYGKQCCRSCINSNL

Target ORF information:

RefSeq Version	XM_015427082.1
Organism	Gekko japonicus
Definition	Gekko japonicus ADAM metallopeptidase with thrombospondin type 1 motif 16 (ADAMTS16), mRNA.

Target ORF information:

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

XM_015427082.1

ORF Insert Sequence:

ATGGCTAACC ACCGGTGCCG GGTAAGCGTG GTCCTGGAGT GCCTTATTGA TTGTGCATTT 
ATATTCGGCA CATATACGCA CGTCCCCATT GGGTTTTACG GGGGCTGCTA CCCTTGGCAC 
CTCTCGTGCC AAACGCCTTT GCCGGCCAGC CCAGATCCTG ACAAATCCGT CACGGCCAGC 
AGCAAAGTAT TCTTGCTGTC AGCACTGGAG GCCGTCCAAG CATCCATCAC TCCTTTGGCA 
CTGGGCGCAC CTGTGGCGAG CGTGGCTCCG ACCGCGGCGG GGAGGCGGCC CCTTCTCCTC 
GCCTCCTGGA GCTCCGAGCT GCCGCGCTCG GGAGAAGACG GGGAGTATGA CATCGTGACG 
GCCTACGAGG TAGACCAGCA TGGGGGTTAC GTCAGTCATG CCGTTGCACA TCACGAAAGG 
AGGAAGAGGT CCACTTCCGC AGGAGGAAGT GACTCGCTCC ACCTGCGTTT CCAGGGATTT 
GGCCACGACT TCCAGCTCGA CCTTAAGACT TCTGACTTCC TCGTGGCACC AGGATTTACC 
ATACAGACGC TGGGCAAAGG GAGAACCAAG TCGGTCCGGC CCTACCCAGC AGAAGACTTT 
TGCTTCTATC AAGGTGTCTT GCGATTGCAC AAAAACTCAT CCGTAGCACT TTCAACATGT 
GGAGGCCTGT CAGGTTTGAT AAGGACGCAG GAAGCAGATT ACTTCCTGAA ACCCCTACCT 
CCAAATCTTG CACTGAAACA CAACTTCTCT GCTCCCGGCG GCGGCGGCCA CTCTCATGTA 
CTGTATAAAA GATCTACTGA ACCAGAGCTG TCGATCGAAA ACGAGGTCAC GGTGAATGAG 
AGGCAACAGG AGGCGGATGC CCTGAGCGTC TTCCGTGAGC CCCAGCACCA CCACCGCCAC 
CACTCCAAGC GGCAGCACAA ACTGCACTTT TGTGGAAGGC GTAAGAAATA CATGCCCCAG 
CCTCCCGGTG GAGATGCCTA CATCTTGCCA GATGAATACA ATTACCTGCT GAGAAACAAG 
CGCTCTCTTC TGAAAGGCTA CAAGAACAAG GAACTGAACG TGGAGACTTT GGTGGTGGTC 
GACAGGAAGA TGCTGCAGAG CCATGGGCGC GACAACGTCA CCACTTACGT CCTGACTATA 
CTTAATATGG TTTCTGCTTT GTTCCGAGAT GGAACCATCG GAGGGAATAT TAACATTGCT 
GTCGTTGGGC TGATCCTTTT GGAAGAAGAC CAGCCGGGAC TGACCATAAG TCACCACGCA 
GACCACACCT TGAGCAGTTT CTGCCAGTGG CAGTCTGGAC TGATGGGGAA AGACGGCAGC 
CGCCACGACC ACGCCATTTT GCTTACCGGC CTGGACATCT GCTCCTGGAA GGACGAGCCG 
TGTGATACCT TAGGATTTGC TCCAATCAGT GGGATGTGCA GCAAATATCG CAGCTGCACC 
GTTAACGAAG ACAGTGGACT GGGGCTGGCG TTCACCATCG CTCACGAGTC TGGGCACAAC 
TTCGGCATGG TCCATGACGG GGAAGGGAAT ATTTGCAAAA AGTCTGAAGG TAACATCATG 
TCCCCCACTC TGGCAGGACA CAACGGGGTC TTCTCGTGGT CAGCTTGCAG TCGTCAGTAT 
CTCTACAAAT TTCTAAGCTC CACCCAGTCC TTGTGTCTTG CTGATCAGCC GAAACCTGTG 
CAGGAGTACA AGTACCCGGA GAAGCTTCCC GGAGAGCTGT ACGATGCGGC CACGCAGTGC 
AAGTGGCAGT TTGGGGAGAA GGCCAAGCTG TGCATGATGG ACTTCAAAAA GGATATTTGC 
AAAGCACTGT GGTGCCATCG GGTTGGAAGG AAATGTGAAA CCAAATTTAT GCCCGCTGCA 
GAAGGCACCA TGTGTGGTTA TGACATGTGG TGTCGTGGAG GCCAGTGTGT GAAATACGGT 
GATGAAGGGC CCAGGCCAAC CCACGGACAA TGGTCAGAGT GGTCCAAGTG GTCATCTTGT 
TCCAGAACCT GTGGAGGAGG CATCTCTCAC CGAGAGCGAA ACTGCACCAA TCCGAGACCC 
TCTCATGGAG GAAAGTTCTG CGAAGGTTCC CCGCGGATGT TGAAACTCTG TAACAATCAG 
AAGTGCCCGA AAAACAGCAT TGGCTTCAGG GCGGCCCAGT GCGCAGAATT CAACAGCAGG 
CGCTTTAGAG GGTGGAATTA CAAATGGAAA CCTTACACGC AAGTGGAAGA CCAAGACTTG 
TGCAAGCTCT ATTGCATCGC AGAGGGCTTC GACTTCTTCT TTTCTCTGTC CAACAAAGTC 
AAAGACGGGA CACCGTGTTC CGAGGACAGC CATAACGTTT GTATAGACGG GATCTGTGAG 
ATGGTCGGCT GTGATTATGT CTTAGGCTCT GGCGCAGTGG AAGACGCTTG CGGAGTGTGC 
AGAGGAGATA ATTCGAGTTG CAGAATCTAT AAAGGGCAGC ACACGAAATA CCATCCCCCA 
AATCAATACA ATACCCTGGT CACCATCCCT GCTGGAGCAC GAAGCATTCA CGTTTATGAA 
ATGACCCTCT CCAATTCCTA CATTGCTGTC CGCAGTTCCA GCAAAAAATA CCACCTCAAC 
GGCTACTGGA CAGTGGACTG GCCAGGGAGA TACAAGTTTG CTGGAACCGT GTTTGACTAC 
CGGAGGTCAC ACAATCAACT GGAAACATTA AGGTCGCCTG GACCCACAAA TGAAAGTGTG 
GTCATAGAGC TTCTCTCTCA AGGTAAAAAC CCAGGAATTG CTTGGGAATA TTCCCTTCCT 
AAGGCAGAAA ACGAAAAGAC GACCACACTG AAGCATAACT ATACCTGGGC TGTCACCCAT 
TCCGAATGCT CAGTCTCGTG TGGAGGAGGT CAAATGGTTG CCAAAGAAAG CTGCTATAAA 
GACCGGAGAG TGCAAGTGGA GAATTCTCTT TGCAATTCCG AGAGTCGGCC AACTACTGGG 
ATTGTTCCTT GCAAGATGTC AGCTTGCCCG CCCAGTTGGT CTGTTGGCAA CTGGAGTGAG 
TGCAGCTTGA CTTGTGGCGG AGGAGAGCGA TATCGGTCTG TTCGCTGCGT GCAGAGGATT 
CAGTACAAGC CGGAGTGGGT CTCACACTCT CTTTGCCGTT CCCCTGCCCC GTCCACCAGG 
GAGTTTTGCA ACACCCCAAA CTGTCCACCT ACCTGGAGTA CTGGGACCTG GTCTGAGTGC 
TCTCGAACAT GTGGAAAAGG GTGGAGAAAA AGAGTAGTCC TATGCAAAAG CTCCAGTTCC 
TCTTTCTGGC CTCAGATTTT TCCTGATTCA GCCTGTGTGA TGGAACCAAA ACCGAATATG 
CAAGAAGCCT GCCTCCTGAA GCGATGCCAC AAACCCAAGA AGCTGCACTG GTTTGTGTCT 
GCATGGTCTG AGTGTTCTGT CACATGTGGA AAGGGAGTAC AGAGAAGAAC ACTGAACTGT 
GCAGAGAAAT CTGTTTCTGG AAAGTACAGA GAACTGGCTC CTAAAAAGTG CTCCCACCTA 
CAGAAGCCCA GCATGGACTT GGGAAAGGCC TGCGTCTTAA AGCCCTGCCC AAGACACCCT 
GGTTATTCGC CCACAAGTCA GAGCAGCTGG TTCGCATCTC CCTGGTCTCA GTGCACAGCA 
GCCTGTGGAG GTGGCACGCA AGGGCGGTTT GTTCAGTGCC TGGCCAACGG GAGACCGGCC 
ACGGGATGCC TCCTGCAGCA GAAGCCCGCT GCCTCACAAG CCTGCAACAC CAACTTCTGT 
CCTCTTCCAC AAGTGAAAGA CGCCTTCTGC AAGGATTACT TTAATTGGTG CCACTTGGTT 
CCCCAGCATG GTGTTTGTAA TCACAGTTTC TATGGTAAAC AATGCTGCAG GTCTTGTATC 
AACTCAAATT TGTGA