IL16 cDNA ORF clone, Antrostomus carolinensis(chuck-will's-widow)

Gene
Clones
gRNAs

Summary

Gene Symbol	IL16
Entrez Gene ID	104522042
Full Name	interleukin 16
Gene Type	protein-coding
Organism	Antrostomus carolinensis(chuck-will's-widow)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010164219.1	XP_010162521.1	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
OAn92512	XM_010164219.1 Latest version!	Antrostomus carolinensis 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_010164219.1 ) cDNA ORF clone, Antrostomus carolinensis(chuck-will's-widow) -> XP_010162521.1 Antrostomus carolinensis interleukin 16 (IL16), mRNA.

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CloneID	OAn92512
Clone ID Related Accession (Same CDS sequence)	XM_010164219.1
Accession Version	XM_010164219.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4386bp) 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	2019-05-01
Organism	Antrostomus carolinensis(chuck-will's-widow)
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_010287800.1) 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 Name :: Antrostomus carolinensis Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAAGAGGA ACAGCCTTCT GCAGGAGTCA GGTTTGTCTG CCTCGCTGTT GATATTTAGT 
ACCAGAGAAG TGGAGGAATT TATTGAAAGT ATCATGCCAC ATAAATGGGA AAATGATAGG 
AAAAAGAGCA GCACCACCAG CTCTCTGAAG ATGGATCGAA AGAGCAACGC TGGGAACAGG 
AAATCAAGAA AGTTTCGCTC CATTTCAAGA TCACTCATAC TCTGCAATGC CAAAAACAGT 
GATGATGGGT CAAGTCCTGA TGAGAAATGC CCTGATCCCT TTGAGGTCTC TACCAGTTGT 
CGTCAAGAGG ATTTTGACTG GTGTCCTAGA ACACAACTGC CGGGCACATC AGAGACAGAA 
GACAGCCCAC CTGATCCTCC ACGTGTGATC ACTAGCTTGG TCCAGTCCAA AGCTGCAGCA 
AATGAGAACT GCAACAACAT AAGAAGAAAG TTACTCACCA AGGACAGCTG CATCTGCAGG 
CTGTGTACAA CCACAGGGAA CAACAGCTCA GGAATCAAGC TCTCCCGGAG TCCAAACTGT 
GTATCCCTCT GGAAAGGGTT CACAGGCAGC CAGGCGCCTG CTGGAGGTGC AGCAAACAGG 
GATGGCTGTC TGAGCCCGAG GGATGAACTG TTAACACAAA ATAGACAATC ACTTAAAGAT 
CTATCCAGCA AGGATGCTGA ATCTCTCATT CACCCAACAA CACGGCTGAT GAACTTCATG 
ACGGCTAGCA AAGAAACACC AACCTGTAAG GAAAGGTCTT TGGAAATACA AAATTGTTTT 
CTGCCTAGTA AAGCTGCATG TCAACGAACT CGCAGTAATT CAACTAGTGT AAACTCGTAC 
TGGATAGGGG AGATGGACTG CACGGCACCC CGGAAAGCCT TGCCCTTCAG AGATCGGCAG 
CCCCACGCTC TCCACACCAG CCTCAAATCT CTTTCTCAAC AGCTGGACTG CTCTGGAGGA 
AGAACCCCAG CAATTTCAAG ACCGTCTAGA TCACTAAGTA CAGCACAGTT AGTGCACACA 
TCCTGTGGCT CACAGGCTTC AGTAATCTCA AACATTGTAC TGATGAAAGG ACAAGGGAAG 
GGTTTGGGCT TCAGTATTGT TGGAGGGAAA GACAGCATTT ATGGACCAAT AGGCATTTAT 
GTCAAAACCA TCTTTCCTGG TGGAGCTGCT GCTGCTGATG GAAGGCTACA AGAAGGTGAT 
GAAATCCTGG AACTGAATGG AGAATCCATG CATGGATTAA CACATTATGA TGCTTTACAA 
AAATTCAAGG CCAAAAAGGG TCTTCTGACA CTTACAGTCA GGACAAGCTT CAGCACACCT 
CATTCTGCTT CCAGCTGTCT GTCACCCCAC TTGTGTCAGT CACTGAGCTC TAGTACCTGC 
ATAACCAAAG AAAACAGCTC TTTCAGTTCA GAAAGTGCAC CGTTCTCATT AAATGTTACA 
AAGCCCAATG ACAGGGTCAT AATGGAAGTT ACCTTAAACA AAGAGCCAGG TGTTGGCCTT 
GGAATTGGGT TATGTAGCAT CCCTTACTTC CAGTGTATTT CAGGGATTTT TATTCACACC 
CTCTCACCAG GCTCAGTGGC ACATATGGAT GGGAGACTCA GGTGTGGAGA TGAAATTATA 
GAAATTAATG AAGCTTCAGT ACAAAATATG ACTCTTAATG AAGTTTATGC TGTGCTAAGC 
CATTGTGATC CTGGTGCTGT GCAGATTATT ATTAGCAGAC ACCCTGAACC ACAGGTGTCT 
GAGCAACAGC TAAAAGAAGC TGTTGCACAA GCTGTGGAAA ACAACAGATT TGGAAAGGAG 
AAATACCAAT GGAGTACTGA AGGTGTTAAA AAACTAGAAA CAAGCTGGCA TGGAAGACAT 
CCATGTGAAA AGCATATTGA AAGGAGTGCT GCTCTCTGCA ACCGTGGGAC ACAGAAGCTG 
ATGACCCGCT CAAGCAGTGA CAGCAGCTAC AACCCTAGGT CCTCCTGTAG TAATGGTGCA 
GCATACCAAC TGGCTGACTT GAAAGCAAGA GTACATAGCA TTGATGTACC AATTACCAGA 
CAACCTGGCC TGCTGTACTC ATTGTCTGGT AATAATTCAG AGCGGAATTC TCCTCCTACT 
TGTAATGAGA GAGGTCGACC CTTGCAAAAC ACTAAGAAGT CATCAGAGAT CCTCGTTAGA 
AAACCTAAAT CATCAAAGCC CAAACCTCCA CCAAGGAAAT ATTTTAAGCA GGACTGTACA 
TGTAATGACC AGTGTAATGC AGAGAGAAAA GAAAAGCTTG TGTCAGAAGT GGCAGTATCA 
CCTTCTCCAG GTGTTCAGAA GGACCGTGAA CCAATGCTAG AGGGACATCA AACTGATGTA 
ACCCACAGTG TCTTTACCAC TTCTCCTACA GCGTATGATA CTGAACACAC AACTGCTGTT 
CCAGCGGGCA GAGATCAAGA AAGAAAAGCA AACTTAGGGA ATCCTCTTTC TTCAATACAA 
AGGCCTATAC TTAAAAGACA AGCACGGGTA GATTACAGTC TTGATACAAC AACAGAAGAC 
CCTTGGGTTA AAATTTCTGA CTGCATAAAA AGCTTATTTA ATCCTACCAT GAGTGAAGAC 
AACATCCACT TAGATTTGCA ACCTGGCATC GATGCAAAGA AAGAGAATCA AAATCGAAGC 
AACTCAGAGA CAGTTCTGAA GAAGTCGGAA TCAGAAATAG TTGGTTCAAA AGTGCTAAAA 
TCAGATGAAA ATGATGGTGT GAAAAAGGGT CCTCCTGTTG CACCTAAGCC AGCCTGGTTT 
CGACAAAGTC TGAAAGGATT GAGGAAAGCA AATTCAGATC TAAAAACACA GACAGATCCA 
AGTCCTCCTG ACCTTGAGAG TATTTCCAGC AAGGAACTAC AATCCAGCTT AACCCGTGTC 
TCTCCTAGAG GATCATCAAT AAAACAAAGA ATAAGCTCAT TTGAATCCTT GAGTGCTCCG 
CAGTCACCTG AAAAAGTACA TCGAAGGTTT AGCCTGAAAC CGTCAGTCCA GAAAGAACAC 
TCTTCCACTG CAACAGGGTC AGAAGTGGCT CCAGCCCACT TGAACCAAGC CTTTCTCCAA 
CATTGCGAAA CTAGCCAACA GTCAAAGTCA CGTATGGTCA TGGGTACAAA GAGCCTAGAT 
AGATCTTCCT CTCCCAGGGA GGTCCTTGTG GCTAGCTCAG AGAAGAACAA TGCCAACACT 
GAAAATTCCG TGGGTCTCTT AAGGACAGAA GCCATTGCAA CTTCCCCTCC TGTATCAGTA 
GCAAAAGCAC ACAGCCTAAG ATCACGGAGC TTCCCACTTA CTGCTACCCA GTCTTGTGAG 
ATGATGAAGA CATATGAAGA AAAGTGTAGC AAAATCTATT CCATCAGCAG CCAGGTGTCA 
TCTGCTTTAA TGAAATCTTT GCTTTGCCTT CCTCAGTCTC CAGTCTCTTC TGGAAACAGT 
GCATGGGAAA CTCTGGACAC ATTGTCTCAG TCCTCTGTGG AGGAGGATGG GACTTCTCTC 
TTACCTGCAA GTGAGAATCA TCACCTGGAC ACTGGGTTTT CTCTAAACCT CTCCGAGTTG 
AGAGAATATA CCGTGAGCCT AGCAGACAAT GAGAAAGAGG AAGAGAAACA GGAACACGGC 
TCACCTCAAG CATCCGGTGT GTCAGGGCAG TCTGTCATCT CTCTGCTTTC CCCTGAAGAG 
TTAGCAAAGC TTATAGAGGA AGTCAAGTCA CTAGATGAAG CAACCTTAAA GGAATTTGAT 
GATATCCATG TTACAATTTT GCATAAAGAA GAAGATACCG GGCTTGGATT CAGCCTTGCA 
GGGGGCATTG ATCTAGAAAA CAAAGTGATA ACAGTTCACA AAGTGTTTCC CCATGGACTA 
GCATCTCAGG AAGGAACTAT TCAGAAAGGA GATGAAGTAC TATCTATTAA TGGAAAGTCT 
CTGAAAGGTG CAACTCATAA CGATGCCTCA ACAATCATGC GACAGGCTCG ACAACCCAGA 
CAAGCTGTTG TTGTCACTAG AAAAGCTAAA GATGGAGAAA AAAAAGTCAA TGCTTCAATC 
AACTCTAGTA CATCTTCGGT AGCAAGTGAT GTCTCACAAG AGTCTGCAAC TGAAGATCCA 
ATCTGCACTG TAACTCTAGA AAAAACACCT GCTGGTTTAG GATTCAGTCT GGAAGGAGGG 
AAAGGCTCTA TTCATGGAGA TAAACCCATC ATCATCAACA GGATATTTAA AGGGACTGCA 
CTAGAACAAA GCAGCGCTGT TCAGCCTGGG GATGAGCTAT TACAAGTGCA CACCACTGCC 
ATGCAAGGAC TCACTCGTTT TGAAGCATGG AATATAATCA AGGCATTACC TGATGGGCCC 
ATCACAGCTA TCATCAAGAG GAAGAATCCA AGCTCTGTTA CCACCAAGTC ATCTGAAACT 
TTGTAA

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

RefSeq	XP_010162521.1
CDS	1..4386
Translation	MKRNSLLQESGLSASLLIFSTREVEEFIESIMPHKWENDRKKSSTTSSLKMDRKSNAGNRKSRKFRSISRSLILCNAKNSDDGSSPDEKCPDPFEVSTSCRQEDFDWCPRTQLPGTSETEDSPPDPPRVITSLVQSKAAANENCNNIRRKLLTKDSCICRLCTTTGNNSSGIKLSRSPNCVSLWKGFTGSQAPAGGAANRDGCLSPRDELLTQNRQSLKDLSSKDAESLIHPTTRLMNFMTASKETPTCKERSLEIQNCFLPSKAACQRTRSNSTSVNSYWIGEMDCTAPRKALPFRDRQPHALHTSLKSLSQQLDCSGGRTPAISRPSRSLSTAQLVHTSCGSQASVISNIVLMKGQGKGLGFSIVGGKDSIYGPIGIYVKTIFPGGAAAADGRLQEGDEILELNGESMHGLTHYDALQKFKAKKGLLTLTVRTSFSTPHSASSCLSPHLCQSLSSSTCITKENSSFSSESAPFSLNVTKPNDRVIMEVTLNKEPGVGLGIGLCSIPYFQCISGIFIHTLSPGSVAHMDGRLRCGDEIIEINEASVQNMTLNEVYAVLSHCDPGAVQIIISRHPEPQVSEQQLKEAVAQAVENNRFGKEKYQWSTEGVKKLETSWHGRHPCEKHIERSAALCNRGTQKLMTRSSSDSSYNPRSSCSNGAAYQLADLKARVHSIDVPITRQPGLLYSLSGNNSERNSPPTCNERGRPLQNTKKSSEILVRKPKSSKPKPPPRKYFKQDCTCNDQCNAERKEKLVSEVAVSPSPGVQKDREPMLEGHQTDVTHSVFTTSPTAYDTEHTTAVPAGRDQERKANLGNPLSSIQRPILKRQARVDYSLDTTTEDPWVKISDCIKSLFNPTMSEDNIHLDLQPGIDAKKENQNRSNSETVLKKSESEIVGSKVLKSDENDGVKKGPPVAPKPAWFRQSLKGLRKANSDLKTQTDPSPPDLESISSKELQSSLTRVSPRGSSIKQRISSFESLSAPQSPEKVHRRFSLKPSVQKEHSSTATGSEVAPAHLNQAFLQHCETSQQSKSRMVMGTKSLDRSSSPREVLVASSEKNNANTENSVGLLRTEAIATSPPVSVAKAHSLRSRSFPLTATQSCEMMKTYEEKCSKIYSISSQVSSALMKSLLCLPQSPVSSGNSAWETLDTLSQSSVEEDGTSLLPASENHHLDTGFSLNLSELREYTVSLADNEKEEEKQEHGSPQASGVSGQSVISLLSPEELAKLIEEVKSLDEATLKEFDDIHVTILHKEEDTGLGFSLAGGIDLENKVITVHKVFPHGLASQEGTIQKGDEVLSINGKSLKGATHNDASTIMRQARQPRQAVVVTRKAKDGEKKVNASINSSTSSVASDVSQESATEDPICTVTLEKTPAGLGFSLEGGKGSIHGDKPIIINRIFKGTALEQSSAVQPGDELLQVHTTAMQGLTRFEAWNIIKALPDGPITAIIKRKNPSSVTTKSSETL

Target ORF information:

RefSeq Version	XM_010164219.1
Organism	Antrostomus carolinensis(chuck-will's-widow)
Definition	Antrostomus carolinensis interleukin 16 (IL16), mRNA.

Target ORF information:

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

XM_010164219.1

ORF Insert Sequence:

ATGAAGAGGA ACAGCCTTCT GCAGGAGTCA GGTTTGTCTG CCTCGCTGTT GATATTTAGT 
ACCAGAGAAG TGGAGGAATT TATTGAAAGT ATCATGCCAC ATAAATGGGA AAATGATAGG 
AAAAAGAGCA GCACCACCAG CTCTCTGAAG ATGGATCGAA AGAGCAACGC TGGGAACAGG 
AAATCAAGAA AGTTTCGCTC CATTTCAAGA TCACTCATAC TCTGCAATGC CAAAAACAGT 
GATGATGGGT CAAGTCCTGA TGAGAAATGC CCTGATCCCT TTGAGGTCTC TACCAGTTGT 
CGTCAAGAGG ATTTTGACTG GTGTCCTAGA ACACAACTGC CGGGCACATC AGAGACAGAA 
GACAGCCCAC CTGATCCTCC ACGTGTGATC ACTAGCTTGG TCCAGTCCAA AGCTGCAGCA 
AATGAGAACT GCAACAACAT AAGAAGAAAG TTACTCACCA AGGACAGCTG CATCTGCAGG 
CTGTGTACAA CCACAGGGAA CAACAGCTCA GGAATCAAGC TCTCCCGGAG TCCAAACTGT 
GTATCCCTCT GGAAAGGGTT CACAGGCAGC CAGGCGCCTG CTGGAGGTGC AGCAAACAGG 
GATGGCTGTC TGAGCCCGAG GGATGAACTG TTAACACAAA ATAGACAATC ACTTAAAGAT 
CTATCCAGCA AGGATGCTGA ATCTCTCATT CACCCAACAA CACGGCTGAT GAACTTCATG 
ACGGCTAGCA AAGAAACACC AACCTGTAAG GAAAGGTCTT TGGAAATACA AAATTGTTTT 
CTGCCTAGTA AAGCTGCATG TCAACGAACT CGCAGTAATT CAACTAGTGT AAACTCGTAC 
TGGATAGGGG AGATGGACTG CACGGCACCC CGGAAAGCCT TGCCCTTCAG AGATCGGCAG 
CCCCACGCTC TCCACACCAG CCTCAAATCT CTTTCTCAAC AGCTGGACTG CTCTGGAGGA 
AGAACCCCAG CAATTTCAAG ACCGTCTAGA TCACTAAGTA CAGCACAGTT AGTGCACACA 
TCCTGTGGCT CACAGGCTTC AGTAATCTCA AACATTGTAC TGATGAAAGG ACAAGGGAAG 
GGTTTGGGCT TCAGTATTGT TGGAGGGAAA GACAGCATTT ATGGACCAAT AGGCATTTAT 
GTCAAAACCA TCTTTCCTGG TGGAGCTGCT GCTGCTGATG GAAGGCTACA AGAAGGTGAT 
GAAATCCTGG AACTGAATGG AGAATCCATG CATGGATTAA CACATTATGA TGCTTTACAA 
AAATTCAAGG CCAAAAAGGG TCTTCTGACA CTTACAGTCA GGACAAGCTT CAGCACACCT 
CATTCTGCTT CCAGCTGTCT GTCACCCCAC TTGTGTCAGT CACTGAGCTC TAGTACCTGC 
ATAACCAAAG AAAACAGCTC TTTCAGTTCA GAAAGTGCAC CGTTCTCATT AAATGTTACA 
AAGCCCAATG ACAGGGTCAT AATGGAAGTT ACCTTAAACA AAGAGCCAGG TGTTGGCCTT 
GGAATTGGGT TATGTAGCAT CCCTTACTTC CAGTGTATTT CAGGGATTTT TATTCACACC 
CTCTCACCAG GCTCAGTGGC ACATATGGAT GGGAGACTCA GGTGTGGAGA TGAAATTATA 
GAAATTAATG AAGCTTCAGT ACAAAATATG ACTCTTAATG AAGTTTATGC TGTGCTAAGC 
CATTGTGATC CTGGTGCTGT GCAGATTATT ATTAGCAGAC ACCCTGAACC ACAGGTGTCT 
GAGCAACAGC TAAAAGAAGC TGTTGCACAA GCTGTGGAAA ACAACAGATT TGGAAAGGAG 
AAATACCAAT GGAGTACTGA AGGTGTTAAA AAACTAGAAA CAAGCTGGCA TGGAAGACAT 
CCATGTGAAA AGCATATTGA AAGGAGTGCT GCTCTCTGCA ACCGTGGGAC ACAGAAGCTG 
ATGACCCGCT CAAGCAGTGA CAGCAGCTAC AACCCTAGGT CCTCCTGTAG TAATGGTGCA 
GCATACCAAC TGGCTGACTT GAAAGCAAGA GTACATAGCA TTGATGTACC AATTACCAGA 
CAACCTGGCC TGCTGTACTC ATTGTCTGGT AATAATTCAG AGCGGAATTC TCCTCCTACT 
TGTAATGAGA GAGGTCGACC CTTGCAAAAC ACTAAGAAGT CATCAGAGAT CCTCGTTAGA 
AAACCTAAAT CATCAAAGCC CAAACCTCCA CCAAGGAAAT ATTTTAAGCA GGACTGTACA 
TGTAATGACC AGTGTAATGC AGAGAGAAAA GAAAAGCTTG TGTCAGAAGT GGCAGTATCA 
CCTTCTCCAG GTGTTCAGAA GGACCGTGAA CCAATGCTAG AGGGACATCA AACTGATGTA 
ACCCACAGTG TCTTTACCAC TTCTCCTACA GCGTATGATA CTGAACACAC AACTGCTGTT 
CCAGCGGGCA GAGATCAAGA AAGAAAAGCA AACTTAGGGA ATCCTCTTTC TTCAATACAA 
AGGCCTATAC TTAAAAGACA AGCACGGGTA GATTACAGTC TTGATACAAC AACAGAAGAC 
CCTTGGGTTA AAATTTCTGA CTGCATAAAA AGCTTATTTA ATCCTACCAT GAGTGAAGAC 
AACATCCACT TAGATTTGCA ACCTGGCATC GATGCAAAGA AAGAGAATCA AAATCGAAGC 
AACTCAGAGA CAGTTCTGAA GAAGTCGGAA TCAGAAATAG TTGGTTCAAA AGTGCTAAAA 
TCAGATGAAA ATGATGGTGT GAAAAAGGGT CCTCCTGTTG CACCTAAGCC AGCCTGGTTT 
CGACAAAGTC TGAAAGGATT GAGGAAAGCA AATTCAGATC TAAAAACACA GACAGATCCA 
AGTCCTCCTG ACCTTGAGAG TATTTCCAGC AAGGAACTAC AATCCAGCTT AACCCGTGTC 
TCTCCTAGAG GATCATCAAT AAAACAAAGA ATAAGCTCAT TTGAATCCTT GAGTGCTCCG 
CAGTCACCTG AAAAAGTACA TCGAAGGTTT AGCCTGAAAC CGTCAGTCCA GAAAGAACAC 
TCTTCCACTG CAACAGGGTC AGAAGTGGCT CCAGCCCACT TGAACCAAGC CTTTCTCCAA 
CATTGCGAAA CTAGCCAACA GTCAAAGTCA CGTATGGTCA TGGGTACAAA GAGCCTAGAT 
AGATCTTCCT CTCCCAGGGA GGTCCTTGTG GCTAGCTCAG AGAAGAACAA TGCCAACACT 
GAAAATTCCG TGGGTCTCTT AAGGACAGAA GCCATTGCAA CTTCCCCTCC TGTATCAGTA 
GCAAAAGCAC ACAGCCTAAG ATCACGGAGC TTCCCACTTA CTGCTACCCA GTCTTGTGAG 
ATGATGAAGA CATATGAAGA AAAGTGTAGC AAAATCTATT CCATCAGCAG CCAGGTGTCA 
TCTGCTTTAA TGAAATCTTT GCTTTGCCTT CCTCAGTCTC CAGTCTCTTC TGGAAACAGT 
GCATGGGAAA CTCTGGACAC ATTGTCTCAG TCCTCTGTGG AGGAGGATGG GACTTCTCTC 
TTACCTGCAA GTGAGAATCA TCACCTGGAC ACTGGGTTTT CTCTAAACCT CTCCGAGTTG 
AGAGAATATA CCGTGAGCCT AGCAGACAAT GAGAAAGAGG AAGAGAAACA GGAACACGGC 
TCACCTCAAG CATCCGGTGT GTCAGGGCAG TCTGTCATCT CTCTGCTTTC CCCTGAAGAG 
TTAGCAAAGC TTATAGAGGA AGTCAAGTCA CTAGATGAAG CAACCTTAAA GGAATTTGAT 
GATATCCATG TTACAATTTT GCATAAAGAA GAAGATACCG GGCTTGGATT CAGCCTTGCA 
GGGGGCATTG ATCTAGAAAA CAAAGTGATA ACAGTTCACA AAGTGTTTCC CCATGGACTA 
GCATCTCAGG AAGGAACTAT TCAGAAAGGA GATGAAGTAC TATCTATTAA TGGAAAGTCT 
CTGAAAGGTG CAACTCATAA CGATGCCTCA ACAATCATGC GACAGGCTCG ACAACCCAGA 
CAAGCTGTTG TTGTCACTAG AAAAGCTAAA GATGGAGAAA AAAAAGTCAA TGCTTCAATC 
AACTCTAGTA CATCTTCGGT AGCAAGTGAT GTCTCACAAG AGTCTGCAAC TGAAGATCCA 
ATCTGCACTG TAACTCTAGA AAAAACACCT GCTGGTTTAG GATTCAGTCT GGAAGGAGGG 
AAAGGCTCTA TTCATGGAGA TAAACCCATC ATCATCAACA GGATATTTAA AGGGACTGCA 
CTAGAACAAA GCAGCGCTGT TCAGCCTGGG GATGAGCTAT TACAAGTGCA CACCACTGCC 
ATGCAAGGAC TCACTCGTTT TGAAGCATGG AATATAATCA AGGCATTACC TGATGGGCCC 
ATCACAGCTA TCATCAAGAG GAAGAATCCA AGCTCTGTTA CCACCAAGTC ATCTGAAACT 
TTGTAA