IL16 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	102568189
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019477796.1	XP_019333341.1	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
OAl75593	XM_019477796.1 Latest version!	Alligator mississippiensis interleukin 16 (IL16), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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_019477796.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019333341.1 Alligator mississippiensis interleukin 16 (IL16), mRNA.

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CloneID	OAl75593
Clone ID Related Accession (Same CDS sequence)	XM_019477796.1
Accession Version	XM_019477796.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
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_017713709.1) 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 :: Alligator mississippiensis Annotation Release 102 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##

ATGCCACATA AATGGGAGCA CGAGAGGAAA AAAGGCAGTG TCAACAGCTC CCTGAAGATG 
GATCGAAAGA GCAATGCTGG GAGCAGGAAA GCAAAAAAGT TACGTTCACT TTCAAGATCC 
CTCATCCTCT GCAACTCCAA GAACAGTGAT GATGGGTCCA GCCCTGATGA GAAATGCCCT 
GATCCCTTTG AGATGTCGAC CAGCTGGGGT CCAGAGGGAA TTGACATTTA CCCTAGACCC 
CAACTGCTGT GTGGATCAGA CATGGATGGC AACATGCCTG AGCCTCTGGC ACTCTCAAGT 
GTGGTCCAGT GCAAGGCTGC TGTGAGCAAG AACTGCAAGA ACATGAGAAA ACAGTTATTC 
ATCAAGGACA GCTCCATCTG CAGACTTTGC ATAGCTACAG GAAGCGAGGG CTTGGGGATC 
CAAGTCTCCA GAAATCCAAA TTGCACCTCT CCTGGGAAAG TCTTCACTGT CAGCCAAGTG 
CTTGCTGGAG GCGCTGCCCA CAGGGATGGT CGTCTAAGTC CAGGGGATGA ACTTTTATCA 
CTAAATGGAC AATCACTTAA AGACCTTTCC TGCAAAGAGG CTGAATCTCT CATTCAGTCA 
GCAACAGGCT TGGTGACCTT AGTGATTGCC AACAAGAATT TACTGAAGGA AGCAAACCAG 
CAAGAACAAG TATTTTTTTG TGACTTAGCA ATGGCACCAC CTGCTGCTGA AGAGGAAAAT 
TACCACTCAT TTACTCATCG TGATAGGACT TCTCCCAACT CTGCTAAAAT TAGACTTCAA 
GAAGAATCCC CAACTGGTGT CTGTAAAGAA AGGCCTTTGG AAACACAGAA TAATTGTTTT 
CTGCACTGTA AAGCTACCTG TCAGAGGACT CGCAGTAATT CAACCAGTGT AAATCCTTAC 
TGGATAGGGG AAATTGACTG TCCAATGGCC AAGAAAGCAG CAGCATACAG AGACAGACAG 
CCCCATTCTC TTTACTGTAA CCAGAAATCA CTCTCTCAAC AGCTAGACTG TTCGGCAGGA 
AGAGCTCCGC CTGTTTCAAG ACCTTCTAGA TCACTCAGCA GTGCTCAGTT AATGCATGCA 
TCTTGCAGTT CCCAAGCATC TGTAATCTCA AACATTGTGT TGATGAAAGG CCAAGGGAAG 
GGTCTGGGTT TCAGCATTGT CGGAGGGAAG GACAGTATTT ATGGACCTAT AGGCATCTAC 
GTTAAGACTA TCTTTCCAGG TGGAGCTGCT GCTGCTGATG GGAGGTTACA AGAAGGTGAT 
GAAATTCTGG AACTGAATGG AGAATCGATG TATGGATTAA CGCATTATGA TGCTTTACAA 
AAGTTCAAGC AGGCAAAAAA GGGTCTTCTC ACACTTACAG TCAGGACAAG CCTCAGCACA 
CCTCATTCTG CTTCTAGCTA TCAATCGTCC CAATTATGCC GGTCACTAAG TGCTAGCACA 
TGCATAACCA AAGAAAACAG CTCCTTCAGT TCAGAAGGTA CAACGTTCTC ATTAATGACT 
ACAAAACCCA ATGACAGGGT CATAATGGAA GTTACCCTCA ACAAAGAGCC TGGGGTTGGC 
CTAGGAATTG GCTTGTGCAA CATCCCTTAC TTCCAGTGTA TTTCGGGGAT ATTTATCCAT 
ACACTCTCAC CGGGGTCCGT GGCTCATATG GATGGGAGAC TCAGGTGTGG AGATGAAATC 
CTAGAAATTA ATGAAGCAGC TGTCCAAAAC ATGACACTTA ATGAAGTTTA TGCTGTTCTA 
AGCCACTGCA GTCCTGGTGC TGTACAGATT ATTATTAGCA GACACCCAGA TCCACAGGTC 
TCTGAACAAC AGCTAAAGGA AGCTGTTGCA CAAGCCGTGG AGAATAACCG ATTTGGAAGG 
GAAAGGCATC AATGGAGCAC TGAAGGTGTC AAAAGACTAG AAACCAACTG GAATGGCAGA 
TACCAGTGTG AAAAAAATTA CATTGAGAGA AATGTTACTT ATTGCAACCA CAGATCTCAA 
AAACTAATGA CCCGTTCCAG CAGTGACAGT AGTTACAACC CCAGGTCATC TTGCAACAAT 
GGTACTCCAT ACCAGCTGGC TGACTTGAAG GCAAGAGTAC ATAGTATTGA TGTACCAATT 
ACCAGGCAAC CTGGCTTGTT GTGTTCATCG TCTAGAACCA GCTTGGAGAA CCAGTCCCCT 
CCCACTAGCA ACGAAGGAAA CCGTCCCTCA CAGAGCATTA AAAAGTCTAC AGAGATTCTT 
GTTAGAAAAC CTAAATCATC AAAGCCCAAA CCTCCACCAA GGAAGTATTT CAAACAAGAT 
TGCACAGACA ATGACCAGAG TAACACAGAT GTGAACAAGA AGCCCGCACC ACAAGATGAT 
AGGAGTCCAC CTTCTACAAA TGTTCAGTTC ACAAAAATTG CTCAGAAGAT TACAATGCAG 
CAGATGCAGG AAACAGGAGA CCTACTGCTA CAGGGAAATA AAACAGTTAT AACCCACAGC 
TTCTTTGCAA CTCCTCTAGC ACCAAGAGAC ACTGAACAGA CAGCTGCATT TTCAGCAGAT 
AGAGACCAAG TGAGGAAAGC AAACCCAGGA AATCCTCTCT CATCAATACA AAGGCCTGTA 
CTTAGAAGAC AAGCACGGGT AGATTACGGT CTTGATACTA CAGCGGAAGA CCCCTGGGTT 
AGAATTTCTG ACTGCATAAA GAGCTTGTTT AATCCTACCA TGAGTGAAGA TAACAGCCAC 
ATAGACTTGC AAGCCAACAG CAACCCAAAT GAAGAAAGTC AAAACACAGG CTGTCCAGAG 
GCAGTTCTGC AGAAATCGGA AACAGAAGCA GCCAGTTCAA AAGAACACAA GTCACCTGAA 
CACGACTCCA TGAAGAAGGG GCCTCCAGTG GCACCCAAGC CAGCCTGGTT TCGCCAAAGT 
CTAAAATGTT TGAGGAAGGC ACATTCAGAT ACAAAACCAC AGGCAGATCA GAATTCTGCT 
GACTCTCAGG GTATTTCCGG TATAGGACTG GGTTCTAGTT TATCCCGGGT CTCACCCAGA 
GGATCATCAA TAAAACAGAG AATAAGCTCC TTTGAAACTT TGAGTGCTCC TCAGTCCCCT 
GAAAAAGGAA ACAGAAAACT TAGCCCAAAC TCATCAGTGC AAAAAGACAA TTCTCCCTGT 
ACAAAAGAGC CAGAATCATC TACAGCTTCT TTAAACAAAG CCACTTTCAG CTACATGGAA 
GATCAAGGAT CTGAAAACAG CCAGTTACAT CCAAAGACTT CTGTGGTTTC AGACACAAAG 
AGCCTAGATA GGTGTTGCTC TCCCAAAGAG CCACTTCCCT CTGTCCCAAA GAGAAGCAGC 
AGCAGCACAG ATATGGGAGT TGCCTTAGGT TTACTACCAT CACCAGTCAC TGAAACTCCA 
GTAGCAAAAG CACAAAGCCT AAGAACACGG AGCTTCCCAC TTACTGCTAC CCAATCTTGT 
GAGATGATAA AGACAAACGA TGAAAAATAT AGCAACATCT ATTCCATCAG TAGCCACGTG 
TCATCTGCTT TAATGAAATC TTTGCTTTGC CTTCCTCAGT CTCCACTCTA TTGTGGAAAC 
AATCCAATGG ACACTCTGGC TGGGTCATCT CAGTCCTCCA TGGAGGAAAA TGGGGCTCCT 
CTCTCACCCA TGAGTGAGAG TCATCATTCA GACACTGGAT TTTCTCTTAA CCTCTCTGAG 
CTGAGAGACT ACACAGAGAG TTTAGCAGAT AATGGAAAAG AGGAAGAGAG ACAGGAACAC 
TGTTTACCTC AAGCATCCGG TATGTCAGGA CAGTCAGTCA TCTCTCTGCT TTCCCCTGAA 
GAACTGAAGA AACTTATAGA GGAAGTAAAA TCATTGGATG AGGCAACCTT AAAGCAATTT 
GATGATATTC ATGTTACAAT CTTGCATAAA GAAGAAGATG CTGGTCTTGG ATTCAGCTTG 
GCAGGAGGAG CTGATCTAGA AAACAAAGTT ATTACTGTCC ACAGAGTGTT TCCTAATGGA 
CTGGCATTTC AGGAAGGAAC TATTCAGAAA GGAGATGAAG TATTGTCAAT TAATGGAAAG 
TCTTTGAAAG GTGTCACACA CAATGATGCC TTGGCAATCT TGCGTCAGGC TCGACAACCA 
AAGCAAGCTG TTGTTGTCAC TAGAAAAGCC AAAGAGGGAG AAAAAAGTCT TAATGTTTCA 
TTTGATTCTA CTACCTCTTC TATGGCAAGC GAAGCTTCAA CAGAATCAAC AACTGAAGAC 
ACAGTCTGCA CTGTAACTCT AGAAAAGACA GCTGCTGGTT TAGGATTCAG CCTGGAAGGA 
GGGAAGGGCT CCATCCATGG AGATAAACCC ATTGTCATCA ACAGGATTTT TAAAGGGGTT 
GCCTCAGAAC AAAGCAGCCC TGTTCAGCCT GGTGATGAGC TATTGCAAGT GCACACAACT 
GTCATGCAGG GACTCACCCG TTTTGAAGCT TGGAATATCA TCAAGGCATT ACCCGATGGG 
CCTATCACTG CTATCATCAA GCGGAAAAAT CCAAGTCCTG CTGCTGCTAA ATCAGCTGAA 
ATTTTGCAAG GAGAGGAATA A

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

RefSeq	XP_019333341.1
CDS	295..4815
Translation	MPHKWEHERKKGSVNSSLKMDRKSNAGSRKAKKLRSLSRSLILCNSKNSDDGSSPDEKCPDPFEMSTSWGPEGIDIYPRPQLLCGSDMDGNMPEPLALSSVVQCKAAVSKNCKNMRKQLFIKDSSICRLCIATGSEGLGIQVSRNPNCTSPGKVFTVSQVLAGGAAHRDGRLSPGDELLSLNGQSLKDLSCKEAESLIQSATGLVTLVIANKNLLKEANQQEQVFFCDLAMAPPAAEEENYHSFTHRDRTSPNSAKIRLQEESPTGVCKERPLETQNNCFLHCKATCQRTRSNSTSVNPYWIGEIDCPMAKKAAAYRDRQPHSLYCNQKSLSQQLDCSAGRAPPVSRPSRSLSSAQLMHASCSSQASVISNIVLMKGQGKGLGFSIVGGKDSIYGPIGIYVKTIFPGGAAAADGRLQEGDEILELNGESMYGLTHYDALQKFKQAKKGLLTLTVRTSLSTPHSASSYQSSQLCRSLSASTCITKENSSFSSEGTTFSLMTTKPNDRVIMEVTLNKEPGVGLGIGLCNIPYFQCISGIFIHTLSPGSVAHMDGRLRCGDEILEINEAAVQNMTLNEVYAVLSHCSPGAVQIIISRHPDPQVSEQQLKEAVAQAVENNRFGRERHQWSTEGVKRLETNWNGRYQCEKNYIERNVTYCNHRSQKLMTRSSSDSSYNPRSSCNNGTPYQLADLKARVHSIDVPITRQPGLLCSSSRTSLENQSPPTSNEGNRPSQSIKKSTEILVRKPKSSKPKPPPRKYFKQDCTDNDQSNTDVNKKPAPQDDRSPPSTNVQFTKIAQKITMQQMQETGDLLLQGNKTVITHSFFATPLAPRDTEQTAAFSADRDQVRKANPGNPLSSIQRPVLRRQARVDYGLDTTAEDPWVRISDCIKSLFNPTMSEDNSHIDLQANSNPNEESQNTGCPEAVLQKSETEAASSKEHKSPEHDSMKKGPPVAPKPAWFRQSLKCLRKAHSDTKPQADQNSADSQGISGIGLGSSLSRVSPRGSSIKQRISSFETLSAPQSPEKGNRKLSPNSSVQKDNSPCTKEPESSTASLNKATFSYMEDQGSENSQLHPKTSVVSDTKSLDRCCSPKEPLPSVPKRSSSSTDMGVALGLLPSPVTETPVAKAQSLRTRSFPLTATQSCEMIKTNDEKYSNIYSISSHVSSALMKSLLCLPQSPLYCGNNPMDTLAGSSQSSMEENGAPLSPMSESHHSDTGFSLNLSELRDYTESLADNGKEEERQEHCLPQASGMSGQSVISLLSPEELKKLIEEVKSLDEATLKQFDDIHVTILHKEEDAGLGFSLAGGADLENKVITVHRVFPNGLAFQEGTIQKGDEVLSINGKSLKGVTHNDALAILRQARQPKQAVVVTRKAKEGEKSLNVSFDSTTSSMASEASTESTTEDTVCTVTLEKTAAGLGFSLEGGKGSIHGDKPIVINRIFKGVASEQSSPVQPGDELLQVHTTVMQGLTRFEAWNIIKALPDGPITAIIKRKNPSPAAAKSAEILQGEE

Target ORF information:

RefSeq Version	XM_019477796.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_019477796.1

ORF Insert Sequence:

ATGCCACATA AATGGGAGCA CGAGAGGAAA AAAGGCAGTG TCAACAGCTC CCTGAAGATG 
GATCGAAAGA GCAATGCTGG GAGCAGGAAA GCAAAAAAGT TACGTTCACT TTCAAGATCC 
CTCATCCTCT GCAACTCCAA GAACAGTGAT GATGGGTCCA GCCCTGATGA GAAATGCCCT 
GATCCCTTTG AGATGTCGAC CAGCTGGGGT CCAGAGGGAA TTGACATTTA CCCTAGACCC 
CAACTGCTGT GTGGATCAGA CATGGATGGC AACATGCCTG AGCCTCTGGC ACTCTCAAGT 
GTGGTCCAGT GCAAGGCTGC TGTGAGCAAG AACTGCAAGA ACATGAGAAA ACAGTTATTC 
ATCAAGGACA GCTCCATCTG CAGACTTTGC ATAGCTACAG GAAGCGAGGG CTTGGGGATC 
CAAGTCTCCA GAAATCCAAA TTGCACCTCT CCTGGGAAAG TCTTCACTGT CAGCCAAGTG 
CTTGCTGGAG GCGCTGCCCA CAGGGATGGT CGTCTAAGTC CAGGGGATGA ACTTTTATCA 
CTAAATGGAC AATCACTTAA AGACCTTTCC TGCAAAGAGG CTGAATCTCT CATTCAGTCA 
GCAACAGGCT TGGTGACCTT AGTGATTGCC AACAAGAATT TACTGAAGGA AGCAAACCAG 
CAAGAACAAG TATTTTTTTG TGACTTAGCA ATGGCACCAC CTGCTGCTGA AGAGGAAAAT 
TACCACTCAT TTACTCATCG TGATAGGACT TCTCCCAACT CTGCTAAAAT TAGACTTCAA 
GAAGAATCCC CAACTGGTGT CTGTAAAGAA AGGCCTTTGG AAACACAGAA TAATTGTTTT 
CTGCACTGTA AAGCTACCTG TCAGAGGACT CGCAGTAATT CAACCAGTGT AAATCCTTAC 
TGGATAGGGG AAATTGACTG TCCAATGGCC AAGAAAGCAG CAGCATACAG AGACAGACAG 
CCCCATTCTC TTTACTGTAA CCAGAAATCA CTCTCTCAAC AGCTAGACTG TTCGGCAGGA 
AGAGCTCCGC CTGTTTCAAG ACCTTCTAGA TCACTCAGCA GTGCTCAGTT AATGCATGCA 
TCTTGCAGTT CCCAAGCATC TGTAATCTCA AACATTGTGT TGATGAAAGG CCAAGGGAAG 
GGTCTGGGTT TCAGCATTGT CGGAGGGAAG GACAGTATTT ATGGACCTAT AGGCATCTAC 
GTTAAGACTA TCTTTCCAGG TGGAGCTGCT GCTGCTGATG GGAGGTTACA AGAAGGTGAT 
GAAATTCTGG AACTGAATGG AGAATCGATG TATGGATTAA CGCATTATGA TGCTTTACAA 
AAGTTCAAGC AGGCAAAAAA GGGTCTTCTC ACACTTACAG TCAGGACAAG CCTCAGCACA 
CCTCATTCTG CTTCTAGCTA TCAATCGTCC CAATTATGCC GGTCACTAAG TGCTAGCACA 
TGCATAACCA AAGAAAACAG CTCCTTCAGT TCAGAAGGTA CAACGTTCTC ATTAATGACT 
ACAAAACCCA ATGACAGGGT CATAATGGAA GTTACCCTCA ACAAAGAGCC TGGGGTTGGC 
CTAGGAATTG GCTTGTGCAA CATCCCTTAC TTCCAGTGTA TTTCGGGGAT ATTTATCCAT 
ACACTCTCAC CGGGGTCCGT GGCTCATATG GATGGGAGAC TCAGGTGTGG AGATGAAATC 
CTAGAAATTA ATGAAGCAGC TGTCCAAAAC ATGACACTTA ATGAAGTTTA TGCTGTTCTA 
AGCCACTGCA GTCCTGGTGC TGTACAGATT ATTATTAGCA GACACCCAGA TCCACAGGTC 
TCTGAACAAC AGCTAAAGGA AGCTGTTGCA CAAGCCGTGG AGAATAACCG ATTTGGAAGG 
GAAAGGCATC AATGGAGCAC TGAAGGTGTC AAAAGACTAG AAACCAACTG GAATGGCAGA 
TACCAGTGTG AAAAAAATTA CATTGAGAGA AATGTTACTT ATTGCAACCA CAGATCTCAA 
AAACTAATGA CCCGTTCCAG CAGTGACAGT AGTTACAACC CCAGGTCATC TTGCAACAAT 
GGTACTCCAT ACCAGCTGGC TGACTTGAAG GCAAGAGTAC ATAGTATTGA TGTACCAATT 
ACCAGGCAAC CTGGCTTGTT GTGTTCATCG TCTAGAACCA GCTTGGAGAA CCAGTCCCCT 
CCCACTAGCA ACGAAGGAAA CCGTCCCTCA CAGAGCATTA AAAAGTCTAC AGAGATTCTT 
GTTAGAAAAC CTAAATCATC AAAGCCCAAA CCTCCACCAA GGAAGTATTT CAAACAAGAT 
TGCACAGACA ATGACCAGAG TAACACAGAT GTGAACAAGA AGCCCGCACC ACAAGATGAT 
AGGAGTCCAC CTTCTACAAA TGTTCAGTTC ACAAAAATTG CTCAGAAGAT TACAATGCAG 
CAGATGCAGG AAACAGGAGA CCTACTGCTA CAGGGAAATA AAACAGTTAT AACCCACAGC 
TTCTTTGCAA CTCCTCTAGC ACCAAGAGAC ACTGAACAGA CAGCTGCATT TTCAGCAGAT 
AGAGACCAAG TGAGGAAAGC AAACCCAGGA AATCCTCTCT CATCAATACA AAGGCCTGTA 
CTTAGAAGAC AAGCACGGGT AGATTACGGT CTTGATACTA CAGCGGAAGA CCCCTGGGTT 
AGAATTTCTG ACTGCATAAA GAGCTTGTTT AATCCTACCA TGAGTGAAGA TAACAGCCAC 
ATAGACTTGC AAGCCAACAG CAACCCAAAT GAAGAAAGTC AAAACACAGG CTGTCCAGAG 
GCAGTTCTGC AGAAATCGGA AACAGAAGCA GCCAGTTCAA AAGAACACAA GTCACCTGAA 
CACGACTCCA TGAAGAAGGG GCCTCCAGTG GCACCCAAGC CAGCCTGGTT TCGCCAAAGT 
CTAAAATGTT TGAGGAAGGC ACATTCAGAT ACAAAACCAC AGGCAGATCA GAATTCTGCT 
GACTCTCAGG GTATTTCCGG TATAGGACTG GGTTCTAGTT TATCCCGGGT CTCACCCAGA 
GGATCATCAA TAAAACAGAG AATAAGCTCC TTTGAAACTT TGAGTGCTCC TCAGTCCCCT 
GAAAAAGGAA ACAGAAAACT TAGCCCAAAC TCATCAGTGC AAAAAGACAA TTCTCCCTGT 
ACAAAAGAGC CAGAATCATC TACAGCTTCT TTAAACAAAG CCACTTTCAG CTACATGGAA 
GATCAAGGAT CTGAAAACAG CCAGTTACAT CCAAAGACTT CTGTGGTTTC AGACACAAAG 
AGCCTAGATA GGTGTTGCTC TCCCAAAGAG CCACTTCCCT CTGTCCCAAA GAGAAGCAGC 
AGCAGCACAG ATATGGGAGT TGCCTTAGGT TTACTACCAT CACCAGTCAC TGAAACTCCA 
GTAGCAAAAG CACAAAGCCT AAGAACACGG AGCTTCCCAC TTACTGCTAC CCAATCTTGT 
GAGATGATAA AGACAAACGA TGAAAAATAT AGCAACATCT ATTCCATCAG TAGCCACGTG 
TCATCTGCTT TAATGAAATC TTTGCTTTGC CTTCCTCAGT CTCCACTCTA TTGTGGAAAC 
AATCCAATGG ACACTCTGGC TGGGTCATCT CAGTCCTCCA TGGAGGAAAA TGGGGCTCCT 
CTCTCACCCA TGAGTGAGAG TCATCATTCA GACACTGGAT TTTCTCTTAA CCTCTCTGAG 
CTGAGAGACT ACACAGAGAG TTTAGCAGAT AATGGAAAAG AGGAAGAGAG ACAGGAACAC 
TGTTTACCTC AAGCATCCGG TATGTCAGGA CAGTCAGTCA TCTCTCTGCT TTCCCCTGAA 
GAACTGAAGA AACTTATAGA GGAAGTAAAA TCATTGGATG AGGCAACCTT AAAGCAATTT 
GATGATATTC ATGTTACAAT CTTGCATAAA GAAGAAGATG CTGGTCTTGG ATTCAGCTTG 
GCAGGAGGAG CTGATCTAGA AAACAAAGTT ATTACTGTCC ACAGAGTGTT TCCTAATGGA 
CTGGCATTTC AGGAAGGAAC TATTCAGAAA GGAGATGAAG TATTGTCAAT TAATGGAAAG 
TCTTTGAAAG GTGTCACACA CAATGATGCC TTGGCAATCT TGCGTCAGGC TCGACAACCA 
AAGCAAGCTG TTGTTGTCAC TAGAAAAGCC AAAGAGGGAG AAAAAAGTCT TAATGTTTCA 
TTTGATTCTA CTACCTCTTC TATGGCAAGC GAAGCTTCAA CAGAATCAAC AACTGAAGAC 
ACAGTCTGCA CTGTAACTCT AGAAAAGACA GCTGCTGGTT TAGGATTCAG CCTGGAAGGA 
GGGAAGGGCT CCATCCATGG AGATAAACCC ATTGTCATCA ACAGGATTTT TAAAGGGGTT 
GCCTCAGAAC AAAGCAGCCC TGTTCAGCCT GGTGATGAGC TATTGCAAGT GCACACAACT 
GTCATGCAGG GACTCACCCG TTTTGAAGCT TGGAATATCA TCAAGGCATT ACCCGATGGG 
CCTATCACTG CTATCATCAA GCGGAAAAAT CCAAGTCCTG CTGCTGCTAA ATCAGCTGAA 
ATTTTGCAAG GAGAGGAATA A