LOC111155650 cDNA ORF clone, Enhydra lutris kenyoni

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111155650
Entrez Gene ID	111155650
Full Name	T cell lymphoma invasion and metastasis 1
Gene Type	protein-coding
Organism	Enhydra lutris kenyoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_022515944.1	XP_022371652.1	T-lymphoma invasion and metastasis-inducing protein 1 isoform X1
XM_022515945.1	XP_022371653.1	T-lymphoma invasion and metastasis-inducing protein 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC111155650 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111155650 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
OEn44964	XM_022515944.1 Latest version!	Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OEn44965	XM_022515945.1 Latest version!	Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
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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)

LOC111155650 ( XM_022515944.1 ) cDNA ORF clone, Enhydra lutris kenyoni -> XP_022371652.1 Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OEn44964
Clone ID Related Accession (Same CDS sequence)	XM_022515944.1
Accession Version	XM_022515944.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4776bp) 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	2017-09-19
Organism	Enhydra lutris kenyoni
Product	T-lymphoma invasion and metastasis-inducing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019154127.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Enhydra lutris kenyoni 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##

ATGGGAAACG CAGAAAGTCA AAATGTAGAG CATGAGTTTT ATGGAGAAAA GCATGCCAGC 
CTGGGCCGTA AGCACACATC CCGCTCACTG CGCCTGTCAC ACAAGGCTCG GCGGACGAGG 
CACGCGTCCT CGGGGAAGGT GATCCACAGG AACTCCGAAG TGAGCACACG ATCCAGCAGC 
ACGCCCAGCA TCCCGCAGTC CCTGGCCGAG AATGGCCTGG AGCCCTTCTC CCAGGAGGGT 
ACCCTAGAGG ACTTCGGCAG CCCCATTTGG GTGGACCGAG TGGATATGGG CTTGAGACCT 
GTGTCGTACA CCGATTCTTC TGTCACTCCC AGCGTGGACA GCAGCATCGT CCTCACAGCC 
GCCTCTGTGC AGAGCATGCC AGACTCGGAG GAGACCCGGC TCTACGGGGA TGACGCTACG 
TATTTGGCTG ACGGAGGCAG GAGGCAGCAT CTCTACACAT CCAACGGGCC CACTTTCATG 
GAGACGGCGA GCTTTAAGAA GAAACGCTCC AAATCTGCAG ACATCTGGCG GGAGGACAGC 
CTGGAATTCT CACTCTCCGA TCTGAGCCAA GAACATTTAA CAAGCAACGA AGAGATCTTG 
GGTTCCACCG AAGAGAAAGA CTGCGAGGAG GCTCGGGGCA TGGAACCCCG GGCGAGCCCC 
CGGCAGCTCA GCAGCTGTCA GCGTGCCAAT TCCCTGGGTG ACTTGTATGC TCAGAAAAAC 
TCCGGGGTGA CGGCAAACGG GGGGCCCAGG AGCAAGTTCG CAGGCTACTG TCGGAATCTG 
GTGTCTGATA TTCCCGATCT TGCAGACCAT AAGATGCCAC CAGCTGCTAC CGAAGAGTCT 
CTTCCCTACA GTAATTACAA CACACTCCCC TGTAGGAAGT CTCACTGTCT TTCTGAAGGT 
GCCACCAACC CACAGATTAG CCATAGCAAC AGCATGCAAG GCAGAAGAGC AAAAACAACT 
CAGGATGTTA ACGCCGGCGA GGGAAGTGAG TTCGCGGACA GTGGGATCGA AGGGGCCACC 
ACCGACATGG ACCTCCTGTC CAGGCGATCC AATGCCACCA ACTCCAGCTA CTCGCCCCCC 
ACCGGCCGCG CCTTCGTGGG CAGCGACAGC GGCAGCAGCT CCACCGGGGA TGCGGCCCGC 
CAGGGGGTGT ACGAGAATTT CCGCCGGGAG CTGGAGATGA GCACCACCAA CAGCGAGAGC 
CTGGAGGAGG CGGGCTCGGC GCACAGCGAC GAGCAGAGCA GCGGCACCCT GAGCTCGCCG 
GGCCAGTCGG ACATCCTGCT CACGGCCGCG CAGGGCACGG TGCGCAAGGC CGGGGCGCTG 
GCCGTCAAGA ACTTCCTCGT GCACAAGAAG AACAAGAAGG TGGAGTCGGC CACCCGGCGG 
AAGTGGAAGC ACTACTGGGT GTCCTTGAAA GGGTGCACAC TCTTTTTCTA CGAGAGCGAC 
GGCAGGTCTG GAATAGACCA CAACAGCATC CCCAAGCACG CTGTCTGGGT GGAGAACAGC 
ATTGTGCAGG CTGTGCCTGA GCACCCCAAA AAGGACTTCG TCTTCTGCCT CAGCAATTCC 
CTGGGTGACG CTTTCCTCTT TCAGACCACC AGCCAGACGG AGCTGGAGAA CTGGATCACC 
GCCATCCACT CCGCCTGCGC AGCGGCCGTC GCGAGGCACC ACCACAAGGA AGACACGCTC 
CGGCTTCTCA AGTCTGAAAT CAAAAAACTG GAACAGAAGA TTGATATGGA TGAAAAGATG 
AAGAAAATGG GCGAGATGCA GCTGTCTTCA GTCACCGATT CAAAGAAGAA GAAAACTATA 
TTGGACCAGA TCTTTGTTTG GGAGCAAAAC CTTGAACAGT TCCAAATGGA CCTATTTCGT 
TACCGCTGTT ACTTAGCTAG CCTCCAAGGA GGGGAGCTGC CAAACCCCAA AAGGCTTCTT 
GCTTTTGCAA GCCGACCAAC AAAAGTGGCG ATGGGCCGTC TTGGGATCTT TTCTGTATCA 
TCCTTTCATG CCCTGGTGGC AGCTCGCACC GGTGAAGCTG GAGTGAGACG TCGTACTCAG 
GCCATGTCCA GATCTGCCAG CAAGCGGAGG AGCAGGTTTT CTTCCCTTTG GGGTCTGGAC 
ACTACCTCCA AAAAGAAGCA GGGACGCCCC AGCATCAATC AGGTGTTCGG TGAGGGAACG 
GATGCTGTAA AGAAATCTTT AGAGGGAATA TTTGATGACA CTGTTCCAGA TGGCAAGAGG 
GAAAAAGAAA TGGTGTTGCC CAGCGTCCAT CAGCACAATC CCGACTGCGA CATTTGGGTC 
CATGAATATT TCACTCCGTC CTGGTTCTGT CTGCCAAATA ACCAGCCAGC CCTGACCGTC 
GTCCGGCCCG GGGACACTGC CCGGGACACC CTGGAGCTGA TCTGCAAGAC ACATCAGCTG 
GATCATTCTG CTCATTACCT GCGTCTGAAA TTCCTAATAG AAAACAAAAT GCAACACTAC 
GTTCCAAAGC CCGAGGAGGA CATTTATGAG CTGCTGTACA AAGAAATTGA AATTTGCCCA 
AAAGTCACTC GGAACATCCA GATTGAGAAG TCAGATACGG CCAGTGATAA TTATGGGTTT 
TCACTTTCCT CTGTGGAAGA AGATGGTGTT CGAAGGCTGT ACGTGAATAG TGTAAAGGAA 
ACCGGTTTAG CTTCCAAGAA GGGCTTGAAA GCGGGAGATG AGATTCTCGA GATCAGTAAT 
CGTGCTGCAG GCACCCTGAA CTCCTCTGTG CTCAAAGATT TCCTCACACA GCCGTCCCTG 
GGCCTCCTGG TGAGGACCTG CCCTGAGCCC GAGGGAGGCG TGCAGCTGCT GGACTGCCCG 
CCCCACCGAG CCGACGGCCC CGTGGACCCC AGCGAGAGCC CCCTGGCCTT CCTCAGCAGC 
AACCCAGGAC ACGGGCTCTG CAGCGAGCAG GGCAGTAGCG CCGAGACCGC TCCGGAGGAG 
ACCGAGGGGC CGGACTTGGA ATCCTCAGAT GAAACTGATC ACAGCAGCAA GAGCACGGAA 
CAGGTGGCCG CGTTCTGCCG CAGTCTGCAT GAGATGAACC CCTCTGACCC CAGCCCATCT 
CCCCAGGACG CCACCGGGCC TCAGCTGGCC ACCATGAGGC AGCTCACGGA CGCCGACAAG 
CTGCGCAAGG TGATCTGCGA GCTCCTGGAG ACGGAGCGCA CCTACGTGAA AGACTTAAAC 
TGTCTCATGG AGAGATACCT AAAACCTCTT CAAAAAGAAA CTTTCCTCAC CCAAGATGAG 
CTTGATGTGC TCTTTGGAAA TCTAACCGAA ATGGTAGAGT TTCAAGTAGA ATTTCTGAAA 
ACTCTAGAAG ATGGAGTGAG GCTGGTACCT GATTTGGAAA AGCTTGAGAA AGTTGATCAG 
TTCAAGAAAG TGCTGTTCTC TCTGGGGGGA TCCTTTCTGT ATTACGCTGA CCGCTTCAAG 
CTCTATAGTG CCTTCTGCGC CAGCCACACG AAGGTCCCCA AGGTGCTGGT GAAAGCCAAG 
ACGGACCCGG CTTTCAAGGC GTTCTTAGAC GCCCAGAACC CGAAACAGCA GCACTCGGCC 
ACCCTCGAGT CTTACCTCAT CAAGCCAATC CAGAGGATCC TCAAGTACCC GCTTCTGCTG 
AAGGAGCTCT TTGCCCTGAC GGATGCCGAG AGCGAGGAGC ACTACCATCT GGATGTGGCC 
ATCAAGACCA TGAACAAGGT TGCAAGTCAT ATCAATGAAA TGCAGAAAAT TCATGAAGAA 
TTTGGGGCTG TGTTCGACCA GCTCATTGCT GAGCAGACTG GTGAGAAGAA AGAGGTTGCA 
GACCTGAGCA TGGGGGACCT GCTTTTGCAC ACCACGGTGA TATGGCCAAA CCCGCCGGCC 
TCCCTGGGAA AGTGGAAAAA GGAGCCAGAA TTAGCAGCCT TTGTCTTCAA AACTGCTGTG 
GTCCTTGTAT ATAAAGATGG CTCCAAACAG AAGAAGAAAC TTGTAGGATC TCACAGGCTT 
TCAATTTATG AGGACTGGGA CCCCTTCCGA TTTCGGCACA TGATCCCCAC TGAAGCTCTG 
CAGGTTCGAG CTTTGGCGAG CGCAGATGCA GAAGCAAACG CTGTGTGTGA AATTGTCCAT 
GTAAAATCTG AATCTGAAGG CAGGCCGGAG AGGGTCTTCC ATCTGTGCTG CAGCTCTCCA 
GAGAGCCGGA AAGACTTCCT GAAGGCTGTG CATTCAATCC TGCGCGATAA GCACAGAAGA 
CAGCTCCTTA AAACCGAAAG CCTTCCCTCA TCCCAGCAAT ACGTACCTTT CGGAGGAAAA 
AGATTGTGTG CGCTCAAAGG GGCCAGGCCG GCCATGAGCC GGGCAGTGTC TGCCCCAAGC 
AAGTCTCTTG GGAGAAGGAG GCGGCGACTG GCTCGAAACA GGTTTACCAT TGACTCTGAT 
GCCATCTCGG CCAGCAGCCC GGAGAAAGAG TCCCAGCAGC CCCCCGGTGG TGGGGACACT 
GACCGGTGGG TCGAGGAACA GTTTGATCTT GCTCAGTACG AGGAGCAGGA TGACATCAAG 
GAGACAGACA TCCTCAGTGA CGATGATGAG TTCTGCGAGT CCGTGAAGGG CGCCGCAGTG 
GACACAGACC TCCGGGAGCA GCTTCAGGCT GCCTCCATCA GTCAGCGGGA GAGAGGCCGG 
AGAGCCCTGG ATAGTCACGC GTCCCGCATG ACACAACTCA AGAAGCAAGC CGCCCTCTCG 
GGCGTCAATG GAGGCCTGGA GAGCCCGGGC GAGGAAGTCA TTTGGGTTAG GCGTGAAGAC 
TTGGCCCCAT CCAAGAAACT GAATACTGAG ATCTGA

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

RefSeq	XP_022371652.1
CDS	407..5182
Translation	MGNAESQNVEHEFYGEKHASLGRKHTSRSLRLSHKARRTRHASSGKVIHRNSEVSTRSSSTPSIPQSLAENGLEPFSQEGTLEDFGSPIWVDRVDMGLRPVSYTDSSVTPSVDSSIVLTAASVQSMPDSEETRLYGDDATYLADGGRRQHLYTSNGPTFMETASFKKKRSKSADIWREDSLEFSLSDLSQEHLTSNEEILGSTEEKDCEEARGMEPRASPRQLSSCQRANSLGDLYAQKNSGVTANGGPRSKFAGYCRNLVSDIPDLADHKMPPAATEESLPYSNYNTLPCRKSHCLSEGATNPQISHSNSMQGRRAKTTQDVNAGEGSEFADSGIEGATTDMDLLSRRSNATNSSYSPPTGRAFVGSDSGSSSTGDAARQGVYENFRRELEMSTTNSESLEEAGSAHSDEQSSGTLSSPGQSDILLTAAQGTVRKAGALAVKNFLVHKKNKKVESATRRKWKHYWVSLKGCTLFFYESDGRSGIDHNSIPKHAVWVENSIVQAVPEHPKKDFVFCLSNSLGDAFLFQTTSQTELENWITAIHSACAAAVARHHHKEDTLRLLKSEIKKLEQKIDMDEKMKKMGEMQLSSVTDSKKKKTILDQIFVWEQNLEQFQMDLFRYRCYLASLQGGELPNPKRLLAFASRPTKVAMGRLGIFSVSSFHALVAARTGEAGVRRRTQAMSRSASKRRSRFSSLWGLDTTSKKKQGRPSINQVFGEGTDAVKKSLEGIFDDTVPDGKREKEMVLPSVHQHNPDCDIWVHEYFTPSWFCLPNNQPALTVVRPGDTARDTLELICKTHQLDHSAHYLRLKFLIENKMQHYVPKPEEDIYELLYKEIEICPKVTRNIQIEKSDTASDNYGFSLSSVEEDGVRRLYVNSVKETGLASKKGLKAGDEILEISNRAAGTLNSSVLKDFLTQPSLGLLVRTCPEPEGGVQLLDCPPHRADGPVDPSESPLAFLSSNPGHGLCSEQGSSAETAPEETEGPDLESSDETDHSSKSTEQVAAFCRSLHEMNPSDPSPSPQDATGPQLATMRQLTDADKLRKVICELLETERTYVKDLNCLMERYLKPLQKETFLTQDELDVLFGNLTEMVEFQVEFLKTLEDGVRLVPDLEKLEKVDQFKKVLFSLGGSFLYYADRFKLYSAFCASHTKVPKVLVKAKTDPAFKAFLDAQNPKQQHSATLESYLIKPIQRILKYPLLLKELFALTDAESEEHYHLDVAIKTMNKVASHINEMQKIHEEFGAVFDQLIAEQTGEKKEVADLSMGDLLLHTTVIWPNPPASLGKWKKEPELAAFVFKTAVVLVYKDGSKQKKKLVGSHRLSIYEDWDPFRFRHMIPTEALQVRALASADAEANAVCEIVHVKSESEGRPERVFHLCCSSPESRKDFLKAVHSILRDKHRRQLLKTESLPSSQQYVPFGGKRLCALKGARPAMSRAVSAPSKSLGRRRRRLARNRFTIDSDAISASSPEKESQQPPGGGDTDRWVEEQFDLAQYEEQDDIKETDILSDDDEFCESVKGAAVDTDLREQLQAASISQRERGRRALDSHASRMTQLKKQAALSGVNGGLESPGEEVIWVRREDLAPSKKLNTEI

Target ORF information:

RefSeq Version	XM_022515944.1
Organism	Enhydra lutris kenyoni
Definition	Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X1, mRNA.

Target ORF information:

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

XM_022515944.1

ORF Insert Sequence:

ATGGGAAACG CAGAAAGTCA AAATGTAGAG CATGAGTTTT ATGGAGAAAA GCATGCCAGC 
CTGGGCCGTA AGCACACATC CCGCTCACTG CGCCTGTCAC ACAAGGCTCG GCGGACGAGG 
CACGCGTCCT CGGGGAAGGT GATCCACAGG AACTCCGAAG TGAGCACACG ATCCAGCAGC 
ACGCCCAGCA TCCCGCAGTC CCTGGCCGAG AATGGCCTGG AGCCCTTCTC CCAGGAGGGT 
ACCCTAGAGG ACTTCGGCAG CCCCATTTGG GTGGACCGAG TGGATATGGG CTTGAGACCT 
GTGTCGTACA CCGATTCTTC TGTCACTCCC AGCGTGGACA GCAGCATCGT CCTCACAGCC 
GCCTCTGTGC AGAGCATGCC AGACTCGGAG GAGACCCGGC TCTACGGGGA TGACGCTACG 
TATTTGGCTG ACGGAGGCAG GAGGCAGCAT CTCTACACAT CCAACGGGCC CACTTTCATG 
GAGACGGCGA GCTTTAAGAA GAAACGCTCC AAATCTGCAG ACATCTGGCG GGAGGACAGC 
CTGGAATTCT CACTCTCCGA TCTGAGCCAA GAACATTTAA CAAGCAACGA AGAGATCTTG 
GGTTCCACCG AAGAGAAAGA CTGCGAGGAG GCTCGGGGCA TGGAACCCCG GGCGAGCCCC 
CGGCAGCTCA GCAGCTGTCA GCGTGCCAAT TCCCTGGGTG ACTTGTATGC TCAGAAAAAC 
TCCGGGGTGA CGGCAAACGG GGGGCCCAGG AGCAAGTTCG CAGGCTACTG TCGGAATCTG 
GTGTCTGATA TTCCCGATCT TGCAGACCAT AAGATGCCAC CAGCTGCTAC CGAAGAGTCT 
CTTCCCTACA GTAATTACAA CACACTCCCC TGTAGGAAGT CTCACTGTCT TTCTGAAGGT 
GCCACCAACC CACAGATTAG CCATAGCAAC AGCATGCAAG GCAGAAGAGC AAAAACAACT 
CAGGATGTTA ACGCCGGCGA GGGAAGTGAG TTCGCGGACA GTGGGATCGA AGGGGCCACC 
ACCGACATGG ACCTCCTGTC CAGGCGATCC AATGCCACCA ACTCCAGCTA CTCGCCCCCC 
ACCGGCCGCG CCTTCGTGGG CAGCGACAGC GGCAGCAGCT CCACCGGGGA TGCGGCCCGC 
CAGGGGGTGT ACGAGAATTT CCGCCGGGAG CTGGAGATGA GCACCACCAA CAGCGAGAGC 
CTGGAGGAGG CGGGCTCGGC GCACAGCGAC GAGCAGAGCA GCGGCACCCT GAGCTCGCCG 
GGCCAGTCGG ACATCCTGCT CACGGCCGCG CAGGGCACGG TGCGCAAGGC CGGGGCGCTG 
GCCGTCAAGA ACTTCCTCGT GCACAAGAAG AACAAGAAGG TGGAGTCGGC CACCCGGCGG 
AAGTGGAAGC ACTACTGGGT GTCCTTGAAA GGGTGCACAC TCTTTTTCTA CGAGAGCGAC 
GGCAGGTCTG GAATAGACCA CAACAGCATC CCCAAGCACG CTGTCTGGGT GGAGAACAGC 
ATTGTGCAGG CTGTGCCTGA GCACCCCAAA AAGGACTTCG TCTTCTGCCT CAGCAATTCC 
CTGGGTGACG CTTTCCTCTT TCAGACCACC AGCCAGACGG AGCTGGAGAA CTGGATCACC 
GCCATCCACT CCGCCTGCGC AGCGGCCGTC GCGAGGCACC ACCACAAGGA AGACACGCTC 
CGGCTTCTCA AGTCTGAAAT CAAAAAACTG GAACAGAAGA TTGATATGGA TGAAAAGATG 
AAGAAAATGG GCGAGATGCA GCTGTCTTCA GTCACCGATT CAAAGAAGAA GAAAACTATA 
TTGGACCAGA TCTTTGTTTG GGAGCAAAAC CTTGAACAGT TCCAAATGGA CCTATTTCGT 
TACCGCTGTT ACTTAGCTAG CCTCCAAGGA GGGGAGCTGC CAAACCCCAA AAGGCTTCTT 
GCTTTTGCAA GCCGACCAAC AAAAGTGGCG ATGGGCCGTC TTGGGATCTT TTCTGTATCA 
TCCTTTCATG CCCTGGTGGC AGCTCGCACC GGTGAAGCTG GAGTGAGACG TCGTACTCAG 
GCCATGTCCA GATCTGCCAG CAAGCGGAGG AGCAGGTTTT CTTCCCTTTG GGGTCTGGAC 
ACTACCTCCA AAAAGAAGCA GGGACGCCCC AGCATCAATC AGGTGTTCGG TGAGGGAACG 
GATGCTGTAA AGAAATCTTT AGAGGGAATA TTTGATGACA CTGTTCCAGA TGGCAAGAGG 
GAAAAAGAAA TGGTGTTGCC CAGCGTCCAT CAGCACAATC CCGACTGCGA CATTTGGGTC 
CATGAATATT TCACTCCGTC CTGGTTCTGT CTGCCAAATA ACCAGCCAGC CCTGACCGTC 
GTCCGGCCCG GGGACACTGC CCGGGACACC CTGGAGCTGA TCTGCAAGAC ACATCAGCTG 
GATCATTCTG CTCATTACCT GCGTCTGAAA TTCCTAATAG AAAACAAAAT GCAACACTAC 
GTTCCAAAGC CCGAGGAGGA CATTTATGAG CTGCTGTACA AAGAAATTGA AATTTGCCCA 
AAAGTCACTC GGAACATCCA GATTGAGAAG TCAGATACGG CCAGTGATAA TTATGGGTTT 
TCACTTTCCT CTGTGGAAGA AGATGGTGTT CGAAGGCTGT ACGTGAATAG TGTAAAGGAA 
ACCGGTTTAG CTTCCAAGAA GGGCTTGAAA GCGGGAGATG AGATTCTCGA GATCAGTAAT 
CGTGCTGCAG GCACCCTGAA CTCCTCTGTG CTCAAAGATT TCCTCACACA GCCGTCCCTG 
GGCCTCCTGG TGAGGACCTG CCCTGAGCCC GAGGGAGGCG TGCAGCTGCT GGACTGCCCG 
CCCCACCGAG CCGACGGCCC CGTGGACCCC AGCGAGAGCC CCCTGGCCTT CCTCAGCAGC 
AACCCAGGAC ACGGGCTCTG CAGCGAGCAG GGCAGTAGCG CCGAGACCGC TCCGGAGGAG 
ACCGAGGGGC CGGACTTGGA ATCCTCAGAT GAAACTGATC ACAGCAGCAA GAGCACGGAA 
CAGGTGGCCG CGTTCTGCCG CAGTCTGCAT GAGATGAACC CCTCTGACCC CAGCCCATCT 
CCCCAGGACG CCACCGGGCC TCAGCTGGCC ACCATGAGGC AGCTCACGGA CGCCGACAAG 
CTGCGCAAGG TGATCTGCGA GCTCCTGGAG ACGGAGCGCA CCTACGTGAA AGACTTAAAC 
TGTCTCATGG AGAGATACCT AAAACCTCTT CAAAAAGAAA CTTTCCTCAC CCAAGATGAG 
CTTGATGTGC TCTTTGGAAA TCTAACCGAA ATGGTAGAGT TTCAAGTAGA ATTTCTGAAA 
ACTCTAGAAG ATGGAGTGAG GCTGGTACCT GATTTGGAAA AGCTTGAGAA AGTTGATCAG 
TTCAAGAAAG TGCTGTTCTC TCTGGGGGGA TCCTTTCTGT ATTACGCTGA CCGCTTCAAG 
CTCTATAGTG CCTTCTGCGC CAGCCACACG AAGGTCCCCA AGGTGCTGGT GAAAGCCAAG 
ACGGACCCGG CTTTCAAGGC GTTCTTAGAC GCCCAGAACC CGAAACAGCA GCACTCGGCC 
ACCCTCGAGT CTTACCTCAT CAAGCCAATC CAGAGGATCC TCAAGTACCC GCTTCTGCTG 
AAGGAGCTCT TTGCCCTGAC GGATGCCGAG AGCGAGGAGC ACTACCATCT GGATGTGGCC 
ATCAAGACCA TGAACAAGGT TGCAAGTCAT ATCAATGAAA TGCAGAAAAT TCATGAAGAA 
TTTGGGGCTG TGTTCGACCA GCTCATTGCT GAGCAGACTG GTGAGAAGAA AGAGGTTGCA 
GACCTGAGCA TGGGGGACCT GCTTTTGCAC ACCACGGTGA TATGGCCAAA CCCGCCGGCC 
TCCCTGGGAA AGTGGAAAAA GGAGCCAGAA TTAGCAGCCT TTGTCTTCAA AACTGCTGTG 
GTCCTTGTAT ATAAAGATGG CTCCAAACAG AAGAAGAAAC TTGTAGGATC TCACAGGCTT 
TCAATTTATG AGGACTGGGA CCCCTTCCGA TTTCGGCACA TGATCCCCAC TGAAGCTCTG 
CAGGTTCGAG CTTTGGCGAG CGCAGATGCA GAAGCAAACG CTGTGTGTGA AATTGTCCAT 
GTAAAATCTG AATCTGAAGG CAGGCCGGAG AGGGTCTTCC ATCTGTGCTG CAGCTCTCCA 
GAGAGCCGGA AAGACTTCCT GAAGGCTGTG CATTCAATCC TGCGCGATAA GCACAGAAGA 
CAGCTCCTTA AAACCGAAAG CCTTCCCTCA TCCCAGCAAT ACGTACCTTT CGGAGGAAAA 
AGATTGTGTG CGCTCAAAGG GGCCAGGCCG GCCATGAGCC GGGCAGTGTC TGCCCCAAGC 
AAGTCTCTTG GGAGAAGGAG GCGGCGACTG GCTCGAAACA GGTTTACCAT TGACTCTGAT 
GCCATCTCGG CCAGCAGCCC GGAGAAAGAG TCCCAGCAGC CCCCCGGTGG TGGGGACACT 
GACCGGTGGG TCGAGGAACA GTTTGATCTT GCTCAGTACG AGGAGCAGGA TGACATCAAG 
GAGACAGACA TCCTCAGTGA CGATGATGAG TTCTGCGAGT CCGTGAAGGG CGCCGCAGTG 
GACACAGACC TCCGGGAGCA GCTTCAGGCT GCCTCCATCA GTCAGCGGGA GAGAGGCCGG 
AGAGCCCTGG ATAGTCACGC GTCCCGCATG ACACAACTCA AGAAGCAAGC CGCCCTCTCG 
GGCGTCAATG GAGGCCTGGA GAGCCCGGGC GAGGAAGTCA TTTGGGTTAG GCGTGAAGAC 
TTGGCCCCAT CCAAGAAACT GAATACTGAG ATCTGA

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

LOC111155650 ( XM_022515945.1 ) cDNA ORF clone, Enhydra lutris kenyoni -> XP_022371653.1 Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OEn44965
Clone ID Related Accession (Same CDS sequence)	XM_022515945.1
Accession Version	XM_022515945.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4701bp) 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	2017-09-19
Organism	Enhydra lutris kenyoni
Product	T-lymphoma invasion and metastasis-inducing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019154127.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Enhydra lutris kenyoni 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##

ATGGGAAACG CAGAAAGTCA AAATGTAGAG CATGAGTTTT ATGGAGAAAA GCATGCCAGC 
CTGGGCCGTA AGCACACATC CCGCTCACTG CGCCTGTCAC ACAAGGCTCG GCGGACGAGG 
CACGCGTCCT CGGGGAAGGT GATCCACAGG AACTCCGAAG TGAGCACACG ATCCAGCAGC 
ACGCCCAGCA TCCCGCAGTC CCTGGCCGAG AATGGCCTGG AGCCCTTCTC CCAGGAGGGT 
ACCCTAGAGG ACTTCGGCAG CCCCATTTGG GTGGACCGAG TGGATATGGG CTTGAGACCT 
GTGTCGTACA CCGATTCTTC TGTCACTCCC AGCGTGGACA GCAGCATCGT CCTCACAGCC 
GCCTCTGTGC AGAGCATGCC AGACTCGGAG GAGACCCGGC TCTACGGGGA TGACGCTACG 
TATTTGGCTG ACGGAGGCAG GAGGCAGCAT CTCTACACAT CCAACGGGCC CACTTTCATG 
GAGACGGCGA GCTTTAAGAA GAAACGCTCC AAATCTGCAG ACATCTGGCG GGAGGACAGC 
CTGGAATTCT CACTCTCCGA TCTGAGCCAA GAACATTTAA CAAGCAACGA AGAGATCTTG 
GGTTCCACCG AAGAGAAAGA CTGCGAGGAG GCTCGGGGCA TGGAACCCCG GGCGAGCCCC 
CGGCAGCTCA GCAGCTGTCA GCGTGCCAAT TCCCTGGGTG ACTTGTATGC TCAGAAAAAC 
TCCGGGGTGA CGGCAAACGG GGGGCCCAGG AGCAAGTTCG CAGGCTACTG TCGGAATCTG 
GTGTCTGATA TTCCCGATCT TGCAGACCAT AAGATGCCAC CAGCTGCTAC CGAAGAGTCT 
CTTCCCTACA GTAATTACAA CACACTCCCC TGTAGGAAGT CTCACTGTCT TTCTGAAGGT 
GCCACCAACC CACAGATTAG CCATAGCAAC AGCATGCAAG GCAGAAGAGC AAAAACAACT 
CAGGATGTTA ACGCCGGCGA GGGAAGTGAG TTCGCGGACA GTGGGATCGA AGGGGCCACC 
ACCGACATGG ACCTCCTGTC CAGGCGATCC AATGCCACCA ACTCCAGCTA CTCGCCCCCC 
ACCGGCCGCG CCTTCGTGGG CAGCGACAGC GGCAGCAGCT CCACCGGGGA TGCGGCCCGC 
CAGGGGGTGT ACGAGAATTT CCGCCGGGAG CTGGAGATGA GCACCACCAA CAGCGAGAGC 
CTGGAGGAGG CGGGCTCGGC GCACAGCGAC GAGCAGAGCA GCGGCACCCT GAGCTCGCCG 
GGCCAGTCGG ACATCCTGCT CACGGCCGCG CAGGGCACGG TGCGCAAGGC CGGGGCGCTG 
GCCGTCAAGA ACTTCCTCGT GCACAAGAAG AACAAGAAGG TGGAGTCGGC CACCCGGCGG 
AAGTGGAAGC ACTACTGGGT GTCCTTGAAA GGGTGCACAC TCTTTTTCTA CGAGAGCGAC 
GGCAGGTCTG GAATAGACCA CAACAGCATC CCCAAGCACG CTGTCTGGGT GGAGAACAGC 
ATTGTGCAGG CTGTGCCTGA GCACCCCAAA AAGGACTTCG TCTTCTGCCT CAGCAATTCC 
CTGGGTGACG CTTTCCTCTT TCAGACCACC AGCCAGACGG AGCTGGAGAA CTGGATCACC 
GCCATCCACT CCGCCTGCGC AGCGGCCGTC GCGAGGCACC ACCACAAGGA AGACACGCTC 
CGGCTTCTCA AGTCTGAAAT CAAAAAACTG GAACAGAAGA TTGATATGGA TGAAAAGATG 
AAGAAAATGG GCGAGATGCA GCTGTCTTCA GTCACCGATT CAAAGAAGAA GAAAACTATA 
TTGGACCAGA TCTTTGTTTG GGAGCAAAAC CTTGAACAGT TCCAAATGGA CCTATTTCGT 
TACCGCTGTT ACTTAGCTAG CCTCCAAGGA GGGGAGCTGC CAAACCCCAA AAGGCTTCTT 
GCTTTTGCAA GCCGACCAAC AAAAGTGGCG ATGGGCCGTC TTGGGATCTT TTCTGTATCA 
TCCTTTCATG CCCTGGTGGC AGCTCGCACC GGTGAAGCTG GAGTGAGACG TCGTACTCAG 
GCCATGTCCA GATCTGCCAG CAAGCGGAGG AGCAGGTTTT CTTCCCTTTG GGGTCTGGAC 
ACTACCTCCA AAAAGAAGCA GGGACGCCCC AGCATCAATC AGGTGTTCGG TGAGGGAACG 
GATGCTGTAA AGAAATCTTT AGAGGGAATA TTTGATGACA CTGTTCCAGA TGGCAAGAGG 
GAAAAAGAAA TGGTGTTGCC CAGCGTCCAT CAGCACAATC CCGACTGCGA CATTTGGGTC 
CATGAATATT TCACTCCGTC CTGGTTCTGT CTGCCAAATA ACCAGCCAGC CCTGACCGTC 
GTCCGGCCCG GGGACACTGC CCGGGACACC CTGGAGCTGA TCTGCAAGAC ACATCAGCTG 
GATCATTCTG CTCATTACCT GCGTCTGAAA TTCCTAATAG AAAACAAAAT GCAACACTAC 
GTTCCAAAGC CCGAGGAGGA CATTTATGAG CTGCTGTACA AAGAAATTGA AATTTGCCCA 
AAAGTCACTC GGAACATCCA GATTGAGAAG TCAGATACGG CCAGTGATAA TTATGGGTTT 
TCACTTTCCT CTGTGGAAGA AGATGGTGTT CGAAGGCTGT ACGTGAATAG TGTAAAGGAA 
ACCGGTTTAG CTTCCAAGAA GGGCTTGAAA GCGGGAGATG AGATTCTCGA GATCAGTAAT 
CGTGCTGCAG GCACCCTGAA CTCCTCTGTG CTCAAAGATT TCCTCACACA GCCGTCCCTG 
GGCCTCCTGG TGAGGACCTG CCCTGAGCCC GAGGGAGGCG TGCAGCTGCT GGACTGCCCG 
CCCCACCGAG CCGACGGCCC CGTGGACCCC AGCGAGAGCC CCCTGGCCTT CCTCAGCAGC 
AACCCAGGAC ACGGGCTCTG CAGCGAGCAG GGCAGTAGCG CCGAGACCGC TCCGGAGGAG 
ACCGAGGGGC CGGACTTGGA ATCCTCAGAT GAAACTGATC ACAGCAGCAA GGACGCCACC 
GGGCCTCAGC TGGCCACCAT GAGGCAGCTC ACGGACGCCG ACAAGCTGCG CAAGGTGATC 
TGCGAGCTCC TGGAGACGGA GCGCACCTAC GTGAAAGACT TAAACTGTCT CATGGAGAGA 
TACCTAAAAC CTCTTCAAAA AGAAACTTTC CTCACCCAAG ATGAGCTTGA TGTGCTCTTT 
GGAAATCTAA CCGAAATGGT AGAGTTTCAA GTAGAATTTC TGAAAACTCT AGAAGATGGA 
GTGAGGCTGG TACCTGATTT GGAAAAGCTT GAGAAAGTTG ATCAGTTCAA GAAAGTGCTG 
TTCTCTCTGG GGGGATCCTT TCTGTATTAC GCTGACCGCT TCAAGCTCTA TAGTGCCTTC 
TGCGCCAGCC ACACGAAGGT CCCCAAGGTG CTGGTGAAAG CCAAGACGGA CCCGGCTTTC 
AAGGCGTTCT TAGACGCCCA GAACCCGAAA CAGCAGCACT CGGCCACCCT CGAGTCTTAC 
CTCATCAAGC CAATCCAGAG GATCCTCAAG TACCCGCTTC TGCTGAAGGA GCTCTTTGCC 
CTGACGGATG CCGAGAGCGA GGAGCACTAC CATCTGGATG TGGCCATCAA GACCATGAAC 
AAGGTTGCAA GTCATATCAA TGAAATGCAG AAAATTCATG AAGAATTTGG GGCTGTGTTC 
GACCAGCTCA TTGCTGAGCA GACTGGTGAG AAGAAAGAGG TTGCAGACCT GAGCATGGGG 
GACCTGCTTT TGCACACCAC GGTGATATGG CCAAACCCGC CGGCCTCCCT GGGAAAGTGG 
AAAAAGGAGC CAGAATTAGC AGCCTTTGTC TTCAAAACTG CTGTGGTCCT TGTATATAAA 
GATGGCTCCA AACAGAAGAA GAAACTTGTA GGATCTCACA GGCTTTCAAT TTATGAGGAC 
TGGGACCCCT TCCGATTTCG GCACATGATC CCCACTGAAG CTCTGCAGGT TCGAGCTTTG 
GCGAGCGCAG ATGCAGAAGC AAACGCTGTG TGTGAAATTG TCCATGTAAA ATCTGAATCT 
GAAGGCAGGC CGGAGAGGGT CTTCCATCTG TGCTGCAGCT CTCCAGAGAG CCGGAAAGAC 
TTCCTGAAGG CTGTGCATTC AATCCTGCGC GATAAGCACA GAAGACAGCT CCTTAAAACC 
GAAAGCCTTC CCTCATCCCA GCAATACGTA CCTTTCGGAG GAAAAAGATT GTGTGCGCTC 
AAAGGGGCCA GGCCGGCCAT GAGCCGGGCA GTGTCTGCCC CAAGCAAGTC TCTTGGGAGA 
AGGAGGCGGC GACTGGCTCG AAACAGGTTT ACCATTGACT CTGATGCCAT CTCGGCCAGC 
AGCCCGGAGA AAGAGTCCCA GCAGCCCCCC GGTGGTGGGG ACACTGACCG GTGGGTCGAG 
GAACAGTTTG ATCTTGCTCA GTACGAGGAG CAGGATGACA TCAAGGAGAC AGACATCCTC 
AGTGACGATG ATGAGTTCTG CGAGTCCGTG AAGGGCGCCG CAGTGGACAC AGACCTCCGG 
GAGCAGCTTC AGGCTGCCTC CATCAGTCAG CGGGAGAGAG GCCGGAGAGC CCTGGATAGT 
CACGCGTCCC GCATGACACA ACTCAAGAAG CAAGCCGCCC TCTCGGGCGT CAATGGAGGC 
CTGGAGAGCC CGGGCGAGGA AGTCATTTGG GTTAGGCGTG AAGACTTGGC CCCATCCAAG 
AAACTGAATA CTGAGATCTG A

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

RefSeq	XP_022371653.1
CDS	407..5107
Translation	MGNAESQNVEHEFYGEKHASLGRKHTSRSLRLSHKARRTRHASSGKVIHRNSEVSTRSSSTPSIPQSLAENGLEPFSQEGTLEDFGSPIWVDRVDMGLRPVSYTDSSVTPSVDSSIVLTAASVQSMPDSEETRLYGDDATYLADGGRRQHLYTSNGPTFMETASFKKKRSKSADIWREDSLEFSLSDLSQEHLTSNEEILGSTEEKDCEEARGMEPRASPRQLSSCQRANSLGDLYAQKNSGVTANGGPRSKFAGYCRNLVSDIPDLADHKMPPAATEESLPYSNYNTLPCRKSHCLSEGATNPQISHSNSMQGRRAKTTQDVNAGEGSEFADSGIEGATTDMDLLSRRSNATNSSYSPPTGRAFVGSDSGSSSTGDAARQGVYENFRRELEMSTTNSESLEEAGSAHSDEQSSGTLSSPGQSDILLTAAQGTVRKAGALAVKNFLVHKKNKKVESATRRKWKHYWVSLKGCTLFFYESDGRSGIDHNSIPKHAVWVENSIVQAVPEHPKKDFVFCLSNSLGDAFLFQTTSQTELENWITAIHSACAAAVARHHHKEDTLRLLKSEIKKLEQKIDMDEKMKKMGEMQLSSVTDSKKKKTILDQIFVWEQNLEQFQMDLFRYRCYLASLQGGELPNPKRLLAFASRPTKVAMGRLGIFSVSSFHALVAARTGEAGVRRRTQAMSRSASKRRSRFSSLWGLDTTSKKKQGRPSINQVFGEGTDAVKKSLEGIFDDTVPDGKREKEMVLPSVHQHNPDCDIWVHEYFTPSWFCLPNNQPALTVVRPGDTARDTLELICKTHQLDHSAHYLRLKFLIENKMQHYVPKPEEDIYELLYKEIEICPKVTRNIQIEKSDTASDNYGFSLSSVEEDGVRRLYVNSVKETGLASKKGLKAGDEILEISNRAAGTLNSSVLKDFLTQPSLGLLVRTCPEPEGGVQLLDCPPHRADGPVDPSESPLAFLSSNPGHGLCSEQGSSAETAPEETEGPDLESSDETDHSSKDATGPQLATMRQLTDADKLRKVICELLETERTYVKDLNCLMERYLKPLQKETFLTQDELDVLFGNLTEMVEFQVEFLKTLEDGVRLVPDLEKLEKVDQFKKVLFSLGGSFLYYADRFKLYSAFCASHTKVPKVLVKAKTDPAFKAFLDAQNPKQQHSATLESYLIKPIQRILKYPLLLKELFALTDAESEEHYHLDVAIKTMNKVASHINEMQKIHEEFGAVFDQLIAEQTGEKKEVADLSMGDLLLHTTVIWPNPPASLGKWKKEPELAAFVFKTAVVLVYKDGSKQKKKLVGSHRLSIYEDWDPFRFRHMIPTEALQVRALASADAEANAVCEIVHVKSESEGRPERVFHLCCSSPESRKDFLKAVHSILRDKHRRQLLKTESLPSSQQYVPFGGKRLCALKGARPAMSRAVSAPSKSLGRRRRRLARNRFTIDSDAISASSPEKESQQPPGGGDTDRWVEEQFDLAQYEEQDDIKETDILSDDDEFCESVKGAAVDTDLREQLQAASISQRERGRRALDSHASRMTQLKKQAALSGVNGGLESPGEEVIWVRREDLAPSKKLNTEI

Target ORF information:

RefSeq Version	XM_022515945.1
Organism	Enhydra lutris kenyoni
Definition	Enhydra lutris kenyoni T-cell lymphoma invasion and metastasis 1 (LOC111155650), transcript variant X2, mRNA.

Target ORF information:

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

XM_022515945.1

ORF Insert Sequence:

ATGGGAAACG CAGAAAGTCA AAATGTAGAG CATGAGTTTT ATGGAGAAAA GCATGCCAGC 
CTGGGCCGTA AGCACACATC CCGCTCACTG CGCCTGTCAC ACAAGGCTCG GCGGACGAGG 
CACGCGTCCT CGGGGAAGGT GATCCACAGG AACTCCGAAG TGAGCACACG ATCCAGCAGC 
ACGCCCAGCA TCCCGCAGTC CCTGGCCGAG AATGGCCTGG AGCCCTTCTC CCAGGAGGGT 
ACCCTAGAGG ACTTCGGCAG CCCCATTTGG GTGGACCGAG TGGATATGGG CTTGAGACCT 
GTGTCGTACA CCGATTCTTC TGTCACTCCC AGCGTGGACA GCAGCATCGT CCTCACAGCC 
GCCTCTGTGC AGAGCATGCC AGACTCGGAG GAGACCCGGC TCTACGGGGA TGACGCTACG 
TATTTGGCTG ACGGAGGCAG GAGGCAGCAT CTCTACACAT CCAACGGGCC CACTTTCATG 
GAGACGGCGA GCTTTAAGAA GAAACGCTCC AAATCTGCAG ACATCTGGCG GGAGGACAGC 
CTGGAATTCT CACTCTCCGA TCTGAGCCAA GAACATTTAA CAAGCAACGA AGAGATCTTG 
GGTTCCACCG AAGAGAAAGA CTGCGAGGAG GCTCGGGGCA TGGAACCCCG GGCGAGCCCC 
CGGCAGCTCA GCAGCTGTCA GCGTGCCAAT TCCCTGGGTG ACTTGTATGC TCAGAAAAAC 
TCCGGGGTGA CGGCAAACGG GGGGCCCAGG AGCAAGTTCG CAGGCTACTG TCGGAATCTG 
GTGTCTGATA TTCCCGATCT TGCAGACCAT AAGATGCCAC CAGCTGCTAC CGAAGAGTCT 
CTTCCCTACA GTAATTACAA CACACTCCCC TGTAGGAAGT CTCACTGTCT TTCTGAAGGT 
GCCACCAACC CACAGATTAG CCATAGCAAC AGCATGCAAG GCAGAAGAGC AAAAACAACT 
CAGGATGTTA ACGCCGGCGA GGGAAGTGAG TTCGCGGACA GTGGGATCGA AGGGGCCACC 
ACCGACATGG ACCTCCTGTC CAGGCGATCC AATGCCACCA ACTCCAGCTA CTCGCCCCCC 
ACCGGCCGCG CCTTCGTGGG CAGCGACAGC GGCAGCAGCT CCACCGGGGA TGCGGCCCGC 
CAGGGGGTGT ACGAGAATTT CCGCCGGGAG CTGGAGATGA GCACCACCAA CAGCGAGAGC 
CTGGAGGAGG CGGGCTCGGC GCACAGCGAC GAGCAGAGCA GCGGCACCCT GAGCTCGCCG 
GGCCAGTCGG ACATCCTGCT CACGGCCGCG CAGGGCACGG TGCGCAAGGC CGGGGCGCTG 
GCCGTCAAGA ACTTCCTCGT GCACAAGAAG AACAAGAAGG TGGAGTCGGC CACCCGGCGG 
AAGTGGAAGC ACTACTGGGT GTCCTTGAAA GGGTGCACAC TCTTTTTCTA CGAGAGCGAC 
GGCAGGTCTG GAATAGACCA CAACAGCATC CCCAAGCACG CTGTCTGGGT GGAGAACAGC 
ATTGTGCAGG CTGTGCCTGA GCACCCCAAA AAGGACTTCG TCTTCTGCCT CAGCAATTCC 
CTGGGTGACG CTTTCCTCTT TCAGACCACC AGCCAGACGG AGCTGGAGAA CTGGATCACC 
GCCATCCACT CCGCCTGCGC AGCGGCCGTC GCGAGGCACC ACCACAAGGA AGACACGCTC 
CGGCTTCTCA AGTCTGAAAT CAAAAAACTG GAACAGAAGA TTGATATGGA TGAAAAGATG 
AAGAAAATGG GCGAGATGCA GCTGTCTTCA GTCACCGATT CAAAGAAGAA GAAAACTATA 
TTGGACCAGA TCTTTGTTTG GGAGCAAAAC CTTGAACAGT TCCAAATGGA CCTATTTCGT 
TACCGCTGTT ACTTAGCTAG CCTCCAAGGA GGGGAGCTGC CAAACCCCAA AAGGCTTCTT 
GCTTTTGCAA GCCGACCAAC AAAAGTGGCG ATGGGCCGTC TTGGGATCTT TTCTGTATCA 
TCCTTTCATG CCCTGGTGGC AGCTCGCACC GGTGAAGCTG GAGTGAGACG TCGTACTCAG 
GCCATGTCCA GATCTGCCAG CAAGCGGAGG AGCAGGTTTT CTTCCCTTTG GGGTCTGGAC 
ACTACCTCCA AAAAGAAGCA GGGACGCCCC AGCATCAATC AGGTGTTCGG TGAGGGAACG 
GATGCTGTAA AGAAATCTTT AGAGGGAATA TTTGATGACA CTGTTCCAGA TGGCAAGAGG 
GAAAAAGAAA TGGTGTTGCC CAGCGTCCAT CAGCACAATC CCGACTGCGA CATTTGGGTC 
CATGAATATT TCACTCCGTC CTGGTTCTGT CTGCCAAATA ACCAGCCAGC CCTGACCGTC 
GTCCGGCCCG GGGACACTGC CCGGGACACC CTGGAGCTGA TCTGCAAGAC ACATCAGCTG 
GATCATTCTG CTCATTACCT GCGTCTGAAA TTCCTAATAG AAAACAAAAT GCAACACTAC 
GTTCCAAAGC CCGAGGAGGA CATTTATGAG CTGCTGTACA AAGAAATTGA AATTTGCCCA 
AAAGTCACTC GGAACATCCA GATTGAGAAG TCAGATACGG CCAGTGATAA TTATGGGTTT 
TCACTTTCCT CTGTGGAAGA AGATGGTGTT CGAAGGCTGT ACGTGAATAG TGTAAAGGAA 
ACCGGTTTAG CTTCCAAGAA GGGCTTGAAA GCGGGAGATG AGATTCTCGA GATCAGTAAT 
CGTGCTGCAG GCACCCTGAA CTCCTCTGTG CTCAAAGATT TCCTCACACA GCCGTCCCTG 
GGCCTCCTGG TGAGGACCTG CCCTGAGCCC GAGGGAGGCG TGCAGCTGCT GGACTGCCCG 
CCCCACCGAG CCGACGGCCC CGTGGACCCC AGCGAGAGCC CCCTGGCCTT CCTCAGCAGC 
AACCCAGGAC ACGGGCTCTG CAGCGAGCAG GGCAGTAGCG CCGAGACCGC TCCGGAGGAG 
ACCGAGGGGC CGGACTTGGA ATCCTCAGAT GAAACTGATC ACAGCAGCAA GGACGCCACC 
GGGCCTCAGC TGGCCACCAT GAGGCAGCTC ACGGACGCCG ACAAGCTGCG CAAGGTGATC 
TGCGAGCTCC TGGAGACGGA GCGCACCTAC GTGAAAGACT TAAACTGTCT CATGGAGAGA 
TACCTAAAAC CTCTTCAAAA AGAAACTTTC CTCACCCAAG ATGAGCTTGA TGTGCTCTTT 
GGAAATCTAA CCGAAATGGT AGAGTTTCAA GTAGAATTTC TGAAAACTCT AGAAGATGGA 
GTGAGGCTGG TACCTGATTT GGAAAAGCTT GAGAAAGTTG ATCAGTTCAA GAAAGTGCTG 
TTCTCTCTGG GGGGATCCTT TCTGTATTAC GCTGACCGCT TCAAGCTCTA TAGTGCCTTC 
TGCGCCAGCC ACACGAAGGT CCCCAAGGTG CTGGTGAAAG CCAAGACGGA CCCGGCTTTC 
AAGGCGTTCT TAGACGCCCA GAACCCGAAA CAGCAGCACT CGGCCACCCT CGAGTCTTAC 
CTCATCAAGC CAATCCAGAG GATCCTCAAG TACCCGCTTC TGCTGAAGGA GCTCTTTGCC 
CTGACGGATG CCGAGAGCGA GGAGCACTAC CATCTGGATG TGGCCATCAA GACCATGAAC 
AAGGTTGCAA GTCATATCAA TGAAATGCAG AAAATTCATG AAGAATTTGG GGCTGTGTTC 
GACCAGCTCA TTGCTGAGCA GACTGGTGAG AAGAAAGAGG TTGCAGACCT GAGCATGGGG 
GACCTGCTTT TGCACACCAC GGTGATATGG CCAAACCCGC CGGCCTCCCT GGGAAAGTGG 
AAAAAGGAGC CAGAATTAGC AGCCTTTGTC TTCAAAACTG CTGTGGTCCT TGTATATAAA 
GATGGCTCCA AACAGAAGAA GAAACTTGTA GGATCTCACA GGCTTTCAAT TTATGAGGAC 
TGGGACCCCT TCCGATTTCG GCACATGATC CCCACTGAAG CTCTGCAGGT TCGAGCTTTG 
GCGAGCGCAG ATGCAGAAGC AAACGCTGTG TGTGAAATTG TCCATGTAAA ATCTGAATCT 
GAAGGCAGGC CGGAGAGGGT CTTCCATCTG TGCTGCAGCT CTCCAGAGAG CCGGAAAGAC 
TTCCTGAAGG CTGTGCATTC AATCCTGCGC GATAAGCACA GAAGACAGCT CCTTAAAACC 
GAAAGCCTTC CCTCATCCCA GCAATACGTA CCTTTCGGAG GAAAAAGATT GTGTGCGCTC 
AAAGGGGCCA GGCCGGCCAT GAGCCGGGCA GTGTCTGCCC CAAGCAAGTC TCTTGGGAGA 
AGGAGGCGGC GACTGGCTCG AAACAGGTTT ACCATTGACT CTGATGCCAT CTCGGCCAGC 
AGCCCGGAGA AAGAGTCCCA GCAGCCCCCC GGTGGTGGGG ACACTGACCG GTGGGTCGAG 
GAACAGTTTG ATCTTGCTCA GTACGAGGAG CAGGATGACA TCAAGGAGAC AGACATCCTC 
AGTGACGATG ATGAGTTCTG CGAGTCCGTG AAGGGCGCCG CAGTGGACAC AGACCTCCGG 
GAGCAGCTTC AGGCTGCCTC CATCAGTCAG CGGGAGAGAG GCCGGAGAGC CCTGGATAGT 
CACGCGTCCC GCATGACACA ACTCAAGAAG CAAGCCGCCC TCTCGGGCGT CAATGGAGGC 
CTGGAGAGCC CGGGCGAGGA AGTCATTTGG GTTAGGCGTG AAGACTTGGC CCCATCCAAG 
AAACTGAATA CTGAGATCTG A