IL16 cDNA ORF clone, Aptenodytes forsteri(emperor penguin)

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	103896654
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Aptenodytes forsteri(emperor penguin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009276547.1	XP_009274822.1	pro-interleukin-16

Pathways from BioSystems
Gene Ontology

The following IL16 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IL16 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
OAp50056	XM_009276547.1 Latest version!	Aptenodytes forsteri interleukin 16 (IL16), 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)

IL16 ( XM_009276547.1 ) cDNA ORF clone, Aptenodytes forsteri(emperor penguin) -> XP_009274822.1 Aptenodytes forsteri interleukin 16 (IL16), mRNA.

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CloneID	OAp50056
Clone ID Related Accession (Same CDS sequence)	XM_009276547.1
Accession Version	XM_009276547.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4365bp) 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	2016-12-04
Organism	Aptenodytes forsteri(emperor penguin)
Product	pro-interleukin-16
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008795035.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aptenodytes forsteri Annotation Release 101 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##

ATGAAGAGGA ACAGCCTTCT GCAGGAGTCA GGTTTGTCTG CCTCGCTGTT GATATTTAGC 
ACCAGAGAAG CAAAGAAAGT TATTGAAAGT ATCATGCCGC ATAAATGGGA GAATGATAGG 
AAAAAGAGCA GCACCACCAG CTCTCTGAAG ATGGATCGAA AGAGCAACGC TGGGAACAGG 
AAGCCCAGAA AGTTTCGCTC CATTTCAAGA TCACTTATAC TTTGCAATGC CAAAAACAGT 
GACGATGGGT CAAGTCCTGA TGAGAAATGC CCTGATCCCT TTGAGATCTC TACCAGTTGG 
GGTCAACAGG ATTTTGACTG CTGTCCTAGA ACACAACTGC CATGCACATC AGAGACAGAA 
GACAGCCTAC CTAATGCTCC GCGTGTGATC ACCAGCGTGG TCCAGTCCAA AGCTGCAGCA 
AATGAGAACT GCAACAACAT GAGAAGAAAG TTACTCACCA AGGACAGCTG CATCTGCAGG 
CTGTGTACAA CCACAGGGAA CAGCAGCTCA GGGATCAAGC TCTCTAGGAG TCTGAACTGT 
GCATCTCTCT GGAAAGGGTT CACAGGGAGC CACGTGCCTG CCGGTGGCAC AGCAAACAGG 
GATGGTTGTC TGAGCCCAAG GGATGAACTG TTAACACTAA ATGGACAATC GCTTAAAGAT 
CTGTCCAGCA AGGAGGCTGA TTCTCTCATT CACCCAACAA CACGGCTGGA AACACCAACC 
TGTAAGGAAA GGCCTTTGGA AATACAAAAT GGTTTTCTGC ACAGTAAAGC TGCATGTCAA 
CGGACTCGCA GTAACTCAAC CAGTGTAAAC CCGTACTGGA TGGGGGAGAT GGACTGCGCG 
GTGCCCCGGA AAGCCGTGCC CTTCAGAGAC CGGCAGCCCC ATGCTCTCCA CACCAGCCGC 
AAATCTCTTT CCCAACAGCT GGACTGCTCT GGAGGGAGAA CCCCAGCAAT TTCGAGGCCA 
TCTAGATCAC TAAGTACAGC ACAGCTAGTG CACACATCCT GTGGCTCACA GGCTTCAGTA 
ATCTCAAACA TCGTATTGAT GAAAGGACAA GGGAAGGGTT TGGGCTTCAG TATTGTTGGA 
GGGAAAGACA GCATTTATGG ACCAATAGGC ATCTATGTCA AAACTATCTT TCCTGGTGGA 
GCTGCTGCTG CTGATGGAAG GCTACAAGAA GGTGATGAAA TCCTGGAACT GAATGGAGAA 
TCCATGCATG GATTAACACA TTATGATGCT TTACAAAAAT TCAAGGCCAA AAAGGGTCTT 
CTGACACTTA CAGTCAGGAC AAGCTTCAGC ACGCCTCATT CTGCTTCCAG CTGTCTGTCA 
CCCCACTTGT GTCAGCCACT GAGCTCTAGT ACATGCATCA CCAAAGAAAA CAGCTCTTTC 
AGTTCGGAAA GCGCAGCATT CTCATTAAAT GCTACAAAGC CCAATGACAG GGTCATAATG 
GAAGTTACCC TAAACAAAGA GCCAGGTGTT GGCCTTGGAA TTGGGTTATG TAGCATTCCT 
TACTTCCAGT GTATTTCAGG GATTTTTATT CACACCCTCT CACCAGGCTC AGTGGCACAT 
ATGGATGGGA GACTCAGGTG TGGAGATGAA ATTATTGAAA TCAACGAAGC TTCAGTACAA 
AATACAACTC TTAATGAAGT TTATGCTGTG CTAAGCCATT GTGATCCTGG TGCAGTGCAG 
ATTATTATTA GCAGACACCC CGAACCCCAG GTGTCTGAGC AACAGCTAAA AGAAGCTGTT 
GCACAAGCTG TGGAAAACAA CAGATTTGGA AAGGAGAGAC ACCAGTGGAG TACTGAAGGT 
GTTAAAAAAC TAGAAACGAG CTGGCATGGA AGACACCCAT GTGAAAAACA TATTGAAAGG 
AACGCTGCTC ATTGCAACCG CAGGACACAG AAGCTGATGA CCCGCTCCAG CAGTGACAGC 
AGCTACAACC CTAGGTCCTC ATGTAGTAAT GGTGCTGCAT ACCAACTGAC TGACTTGAAA 
GCAAGAGTAC ATAGCATTGA TGTACCAATT ACCAGACAGC CTGGCCTGCT GTACTCACTG 
TCTGGTAATA ATTCAGAGAG AAATTCCCCT CCTACTTGTA GTGAGGGAGG TCGACCCTTG 
CAAAACACTA AGAAATCATC AGAGATCCTC GTGAGAAAAC CTAAATCATC AAAGCCCAAA 
CCTCCACCAA GGAAATATTT TAAGCAGGAC TGTACATGTA ATGACCAGTG TAAAGCAGAC 
AGAAAAGAAA AGCTTGTATC GGAAGTGGCT GTATCACCTT CTGCAACTGT TCAGGAAGTT 
GGAGAACCAA TGCTAGAGGG ACATCAAACT GATGTAACCC ACAGTGTCTT TACCACTTCT 
CCTGCAGCAT ATGATACTGA ACACATAACT GCTGTTCCAG CGGGCAGAGA TCAAGAAAGA 
AAAGCAAACT TAGGGAATCC ACTTTCATCA GTACAAAGGC CTGTATTTAA GAGACAAGCA 
CGGGTAGATT ATAGTCTTGA TACAACAGAA GACCCTTGGG TTAAAATTTC CGACTGCATA 
AAAAGCTTAT TTAATCCTAC CATGAGTGAA GACAACGTCC ACTTAGATTT GCAACCTGGC 
ATCGACACAA ACAAAGAGAA TCAAAATCGA AGCAGCTCAG AGACAGTTCT GAAGAAATCA 
GAATCCGAAA TAGTCAGTTC AAAAGTGCTA AAATCAGATG AAAATGACAA TGTGAAAAAG 
GGTCCTCCTG TTGCACCTAA GCCAGCCTGG TTTCGACAAA GTCTGAAAGG ATTGAGGAAA 
GCAAATTCAG ATCTAAAAAC ACAGGCAGAT CAAAGTCCTC CTGACCTTGA GAGTATTTCC 
AGCAAAGAAC TGCAATCCAG CTTATCCCGT GTCTCTCCTA GGGGATCATC GATAAAACAA 
AGAATAAACT CATTTGAATC CTTGAGTGCT CCGCAGTCAC CCGAAAAAAT ACACCGAAGG 
TTTAGCCTGA AACCATCAGT CCAGAAAGAA CACACTCCCA CTGCAACAGG GTCAGAAGCG 
GCTCCAGCTC ATTTAAACCA AGCCTTTCTC CAACATTGTG AAACCAGCCA ACAACAGTCA 
AAGTCACCTG TGGTCATGGG TACGAAGAGC CTAGATAGAT CTTCCCCTCC CAGGGAGGTC 
CTTGCGGCTA GCTCAGAGAA AAGCAACAAT GCCAACACTG AAAATTCCTC GGGTCTCTTA 
ATTACAGAAG CCATTGCAAC TTCCCGTCCT GTATCGGTAG CAAAAACACA CAGCCTAAGA 
TCACGAAGCT TCCCACTTAC TGCTACCCAG TCTTGTGAGA TGATGAAGCC ATATGATGAA 
AAGTATAGCA AAATCTATTC CATCAGTAGC CAGGTGTCAT CTGCTTTAAT GAAATCTTTG 
CTTTGCCTTC CTCAGTCTCC AGCCTCTTCT GGAAACAGCG CATGGGAAAC TCTGGACACG 
TTGTCTCAGT CCTCTGTGGA GGAGGATGGG ACTTTTCTCT CACCCCCAAG TGAGAATCAT 
CACCCGGACA CTGGGTTTTC GCTAAACCTC TCTGAGTTGA GACAGTATAC TGTGAGCCTA 
GCAGACAATG AGAAAGAGGA AGAGAAACAG GAACACGGCT CACCTCAAGC ATCCGGTGTG 
TCAGGGCAGT CCGTCATCTC TCTGCTTTCC CCTGAAGAAT TAGCAAAGCT TATAGAGGAA 
GTCAAATCAC TAGACGAAGC GACCTTAAAG GAATTTGATG ATATTCATGT TACAATTTTG 
CATAAAGAAG AAGATACTGG GCTTGGATTC AGCCTGGCAG GGGGCATTGA TCTAGAAAAC 
AAAGTGATAA CAGTTCACAA AGTGTTTCCC AATGGACTAG CATCTCAGGA AGGAACTATT 
CAGAAAGGAG ATGAAGTACT ATCCATTAAT GGAAAGTCTC TTAAAGGTGC GACTCACAAC 
GATGCCTCAG CAATCATGCG ACAGGCTCGA CAACCCAGAC AAGCTGTTGT TGTCACTAGA 
AAAGCTAAAG ATGGAGAAAA AAATCTCAAC ATTTCAATCA ATTCTAGTAC ATCTTCAGTA 
GCAAGTGATG CCTCACAAGA GTCTGCAACT GAAGATACAA TCTGCACTGT AACTCTAGAA 
AAAACACCTG CCGGTTTAGG ATTCAGTCTG GAAGGAGGGA AGGGCTCTAT TCATGGAGAT 
AAACCCATCA TCATCAACAG GATATTTAAA GGGACTGCAT TAGAACAAAG CAGCCCTGTT 
CAGCCTGGTG ATGAGCTATT ACAAGTGCAC ACAACTGCCA TGCAAGGACT CACTCGTTTT 
GAAGCGTGGA ATATAATCAA GGCATTACCT GATGGGCCTA TCACAGCTAT CATCAAGAGG 
AAGAATCCAA GCTCTGTTAC CACCAAGTCA TCTGAAACTT TGTAA

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

RefSeq	XP_009274822.1
CDS	146..4510
Translation	MKRNSLLQESGLSASLLIFSTREAKKVIESIMPHKWENDRKKSSTTSSLKMDRKSNAGNRKPRKFRSISRSLILCNAKNSDDGSSPDEKCPDPFEISTSWGQQDFDCCPRTQLPCTSETEDSLPNAPRVITSVVQSKAAANENCNNMRRKLLTKDSCICRLCTTTGNSSSGIKLSRSLNCASLWKGFTGSHVPAGGTANRDGCLSPRDELLTLNGQSLKDLSSKEADSLIHPTTRLETPTCKERPLEIQNGFLHSKAACQRTRSNSTSVNPYWMGEMDCAVPRKAVPFRDRQPHALHTSRKSLSQQLDCSGGRTPAISRPSRSLSTAQLVHTSCGSQASVISNIVLMKGQGKGLGFSIVGGKDSIYGPIGIYVKTIFPGGAAAADGRLQEGDEILELNGESMHGLTHYDALQKFKAKKGLLTLTVRTSFSTPHSASSCLSPHLCQPLSSSTCITKENSSFSSESAAFSLNATKPNDRVIMEVTLNKEPGVGLGIGLCSIPYFQCISGIFIHTLSPGSVAHMDGRLRCGDEIIEINEASVQNTTLNEVYAVLSHCDPGAVQIIISRHPEPQVSEQQLKEAVAQAVENNRFGKERHQWSTEGVKKLETSWHGRHPCEKHIERNAAHCNRRTQKLMTRSSSDSSYNPRSSCSNGAAYQLTDLKARVHSIDVPITRQPGLLYSLSGNNSERNSPPTCSEGGRPLQNTKKSSEILVRKPKSSKPKPPPRKYFKQDCTCNDQCKADRKEKLVSEVAVSPSATVQEVGEPMLEGHQTDVTHSVFTTSPAAYDTEHITAVPAGRDQERKANLGNPLSSVQRPVFKRQARVDYSLDTTEDPWVKISDCIKSLFNPTMSEDNVHLDLQPGIDTNKENQNRSSSETVLKKSESEIVSSKVLKSDENDNVKKGPPVAPKPAWFRQSLKGLRKANSDLKTQADQSPPDLESISSKELQSSLSRVSPRGSSIKQRINSFESLSAPQSPEKIHRRFSLKPSVQKEHTPTATGSEAAPAHLNQAFLQHCETSQQQSKSPVVMGTKSLDRSSPPREVLAASSEKSNNANTENSSGLLITEAIATSRPVSVAKTHSLRSRSFPLTATQSCEMMKPYDEKYSKIYSISSQVSSALMKSLLCLPQSPASSGNSAWETLDTLSQSSVEEDGTFLSPPSENHHPDTGFSLNLSELRQYTVSLADNEKEEEKQEHGSPQASGVSGQSVISLLSPEELAKLIEEVKSLDEATLKEFDDIHVTILHKEEDTGLGFSLAGGIDLENKVITVHKVFPNGLASQEGTIQKGDEVLSINGKSLKGATHNDASAIMRQARQPRQAVVVTRKAKDGEKNLNISINSSTSSVASDASQESATEDTICTVTLEKTPAGLGFSLEGGKGSIHGDKPIIINRIFKGTALEQSSPVQPGDELLQVHTTAMQGLTRFEAWNIIKALPDGPITAIIKRKNPSSVTTKSSETL

Target ORF information:

RefSeq Version	XM_009276547.1
Organism	Aptenodytes forsteri(emperor penguin)
Definition	Aptenodytes forsteri interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_009276547.1

ORF Insert Sequence:

ATGAAGAGGA ACAGCCTTCT GCAGGAGTCA GGTTTGTCTG CCTCGCTGTT GATATTTAGC 
ACCAGAGAAG CAAAGAAAGT TATTGAAAGT ATCATGCCGC ATAAATGGGA GAATGATAGG 
AAAAAGAGCA GCACCACCAG CTCTCTGAAG ATGGATCGAA AGAGCAACGC TGGGAACAGG 
AAGCCCAGAA AGTTTCGCTC CATTTCAAGA TCACTTATAC TTTGCAATGC CAAAAACAGT 
GACGATGGGT CAAGTCCTGA TGAGAAATGC CCTGATCCCT TTGAGATCTC TACCAGTTGG 
GGTCAACAGG ATTTTGACTG CTGTCCTAGA ACACAACTGC CATGCACATC AGAGACAGAA 
GACAGCCTAC CTAATGCTCC GCGTGTGATC ACCAGCGTGG TCCAGTCCAA AGCTGCAGCA 
AATGAGAACT GCAACAACAT GAGAAGAAAG TTACTCACCA AGGACAGCTG CATCTGCAGG 
CTGTGTACAA CCACAGGGAA CAGCAGCTCA GGGATCAAGC TCTCTAGGAG TCTGAACTGT 
GCATCTCTCT GGAAAGGGTT CACAGGGAGC CACGTGCCTG CCGGTGGCAC AGCAAACAGG 
GATGGTTGTC TGAGCCCAAG GGATGAACTG TTAACACTAA ATGGACAATC GCTTAAAGAT 
CTGTCCAGCA AGGAGGCTGA TTCTCTCATT CACCCAACAA CACGGCTGGA AACACCAACC 
TGTAAGGAAA GGCCTTTGGA AATACAAAAT GGTTTTCTGC ACAGTAAAGC TGCATGTCAA 
CGGACTCGCA GTAACTCAAC CAGTGTAAAC CCGTACTGGA TGGGGGAGAT GGACTGCGCG 
GTGCCCCGGA AAGCCGTGCC CTTCAGAGAC CGGCAGCCCC ATGCTCTCCA CACCAGCCGC 
AAATCTCTTT CCCAACAGCT GGACTGCTCT GGAGGGAGAA CCCCAGCAAT TTCGAGGCCA 
TCTAGATCAC TAAGTACAGC ACAGCTAGTG CACACATCCT GTGGCTCACA GGCTTCAGTA 
ATCTCAAACA TCGTATTGAT GAAAGGACAA GGGAAGGGTT TGGGCTTCAG TATTGTTGGA 
GGGAAAGACA GCATTTATGG ACCAATAGGC ATCTATGTCA AAACTATCTT TCCTGGTGGA 
GCTGCTGCTG CTGATGGAAG GCTACAAGAA GGTGATGAAA TCCTGGAACT GAATGGAGAA 
TCCATGCATG GATTAACACA TTATGATGCT TTACAAAAAT TCAAGGCCAA AAAGGGTCTT 
CTGACACTTA CAGTCAGGAC AAGCTTCAGC ACGCCTCATT CTGCTTCCAG CTGTCTGTCA 
CCCCACTTGT GTCAGCCACT GAGCTCTAGT ACATGCATCA CCAAAGAAAA CAGCTCTTTC 
AGTTCGGAAA GCGCAGCATT CTCATTAAAT GCTACAAAGC CCAATGACAG GGTCATAATG 
GAAGTTACCC TAAACAAAGA GCCAGGTGTT GGCCTTGGAA TTGGGTTATG TAGCATTCCT 
TACTTCCAGT GTATTTCAGG GATTTTTATT CACACCCTCT CACCAGGCTC AGTGGCACAT 
ATGGATGGGA GACTCAGGTG TGGAGATGAA ATTATTGAAA TCAACGAAGC TTCAGTACAA 
AATACAACTC TTAATGAAGT TTATGCTGTG CTAAGCCATT GTGATCCTGG TGCAGTGCAG 
ATTATTATTA GCAGACACCC CGAACCCCAG GTGTCTGAGC AACAGCTAAA AGAAGCTGTT 
GCACAAGCTG TGGAAAACAA CAGATTTGGA AAGGAGAGAC ACCAGTGGAG TACTGAAGGT 
GTTAAAAAAC TAGAAACGAG CTGGCATGGA AGACACCCAT GTGAAAAACA TATTGAAAGG 
AACGCTGCTC ATTGCAACCG CAGGACACAG AAGCTGATGA CCCGCTCCAG CAGTGACAGC 
AGCTACAACC CTAGGTCCTC ATGTAGTAAT GGTGCTGCAT ACCAACTGAC TGACTTGAAA 
GCAAGAGTAC ATAGCATTGA TGTACCAATT ACCAGACAGC CTGGCCTGCT GTACTCACTG 
TCTGGTAATA ATTCAGAGAG AAATTCCCCT CCTACTTGTA GTGAGGGAGG TCGACCCTTG 
CAAAACACTA AGAAATCATC AGAGATCCTC GTGAGAAAAC CTAAATCATC AAAGCCCAAA 
CCTCCACCAA GGAAATATTT TAAGCAGGAC TGTACATGTA ATGACCAGTG TAAAGCAGAC 
AGAAAAGAAA AGCTTGTATC GGAAGTGGCT GTATCACCTT CTGCAACTGT TCAGGAAGTT 
GGAGAACCAA TGCTAGAGGG ACATCAAACT GATGTAACCC ACAGTGTCTT TACCACTTCT 
CCTGCAGCAT ATGATACTGA ACACATAACT GCTGTTCCAG CGGGCAGAGA TCAAGAAAGA 
AAAGCAAACT TAGGGAATCC ACTTTCATCA GTACAAAGGC CTGTATTTAA GAGACAAGCA 
CGGGTAGATT ATAGTCTTGA TACAACAGAA GACCCTTGGG TTAAAATTTC CGACTGCATA 
AAAAGCTTAT TTAATCCTAC CATGAGTGAA GACAACGTCC ACTTAGATTT GCAACCTGGC 
ATCGACACAA ACAAAGAGAA TCAAAATCGA AGCAGCTCAG AGACAGTTCT GAAGAAATCA 
GAATCCGAAA TAGTCAGTTC AAAAGTGCTA AAATCAGATG AAAATGACAA TGTGAAAAAG 
GGTCCTCCTG TTGCACCTAA GCCAGCCTGG TTTCGACAAA GTCTGAAAGG ATTGAGGAAA 
GCAAATTCAG ATCTAAAAAC ACAGGCAGAT CAAAGTCCTC CTGACCTTGA GAGTATTTCC 
AGCAAAGAAC TGCAATCCAG CTTATCCCGT GTCTCTCCTA GGGGATCATC GATAAAACAA 
AGAATAAACT CATTTGAATC CTTGAGTGCT CCGCAGTCAC CCGAAAAAAT ACACCGAAGG 
TTTAGCCTGA AACCATCAGT CCAGAAAGAA CACACTCCCA CTGCAACAGG GTCAGAAGCG 
GCTCCAGCTC ATTTAAACCA AGCCTTTCTC CAACATTGTG AAACCAGCCA ACAACAGTCA 
AAGTCACCTG TGGTCATGGG TACGAAGAGC CTAGATAGAT CTTCCCCTCC CAGGGAGGTC 
CTTGCGGCTA GCTCAGAGAA AAGCAACAAT GCCAACACTG AAAATTCCTC GGGTCTCTTA 
ATTACAGAAG CCATTGCAAC TTCCCGTCCT GTATCGGTAG CAAAAACACA CAGCCTAAGA 
TCACGAAGCT TCCCACTTAC TGCTACCCAG TCTTGTGAGA TGATGAAGCC ATATGATGAA 
AAGTATAGCA AAATCTATTC CATCAGTAGC CAGGTGTCAT CTGCTTTAAT GAAATCTTTG 
CTTTGCCTTC CTCAGTCTCC AGCCTCTTCT GGAAACAGCG CATGGGAAAC TCTGGACACG 
TTGTCTCAGT CCTCTGTGGA GGAGGATGGG ACTTTTCTCT CACCCCCAAG TGAGAATCAT 
CACCCGGACA CTGGGTTTTC GCTAAACCTC TCTGAGTTGA GACAGTATAC TGTGAGCCTA 
GCAGACAATG AGAAAGAGGA AGAGAAACAG GAACACGGCT CACCTCAAGC ATCCGGTGTG 
TCAGGGCAGT CCGTCATCTC TCTGCTTTCC CCTGAAGAAT TAGCAAAGCT TATAGAGGAA 
GTCAAATCAC TAGACGAAGC GACCTTAAAG GAATTTGATG ATATTCATGT TACAATTTTG 
CATAAAGAAG AAGATACTGG GCTTGGATTC AGCCTGGCAG GGGGCATTGA TCTAGAAAAC 
AAAGTGATAA CAGTTCACAA AGTGTTTCCC AATGGACTAG CATCTCAGGA AGGAACTATT 
CAGAAAGGAG ATGAAGTACT ATCCATTAAT GGAAAGTCTC TTAAAGGTGC GACTCACAAC 
GATGCCTCAG CAATCATGCG ACAGGCTCGA CAACCCAGAC AAGCTGTTGT TGTCACTAGA 
AAAGCTAAAG ATGGAGAAAA AAATCTCAAC ATTTCAATCA ATTCTAGTAC ATCTTCAGTA 
GCAAGTGATG CCTCACAAGA GTCTGCAACT GAAGATACAA TCTGCACTGT AACTCTAGAA 
AAAACACCTG CCGGTTTAGG ATTCAGTCTG GAAGGAGGGA AGGGCTCTAT TCATGGAGAT 
AAACCCATCA TCATCAACAG GATATTTAAA GGGACTGCAT TAGAACAAAG CAGCCCTGTT 
CAGCCTGGTG ATGAGCTATT ACAAGTGCAC ACAACTGCCA TGCAAGGACT CACTCGTTTT 
GAAGCGTGGA ATATAATCAA GGCATTACCT GATGGGCCTA TCACAGCTAT CATCAAGAGG 
AAGAATCCAA GCTCTGTTAC CACCAAGTCA TCTGAAACTT TGTAA