LOC107553751 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107553751
Entrez Gene ID	107553751
Full Name	pro-interleukin-16-like
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016236063.1	XP_016091549.1	pro-interleukin-16-like

Pathways from BioSystems
Gene Ontology

The following LOC107553751 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107553751 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
OSi40510	XM_016236063.1 Latest version!	Sinocyclocheilus grahami pro-interleukin-16-like (LOC107553751), 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)

LOC107553751 ( XM_016236063.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016091549.1 Sinocyclocheilus grahami pro-interleukin-16-like (LOC107553751), mRNA.

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CloneID	OSi40510
Clone ID Related Accession (Same CDS sequence)	XM_016236063.1
Accession Version	XM_016236063.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4599bp) 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	2016-04-18
Organism	Sinocyclocheilus grahami
Product	pro-interleukin-16-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015505659.1) 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 :: Sinocyclocheilus grahami Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCAGCT TTGAGCGGCC CCCTCCATTA GCAGTGATGC ATCCTGGGAG AGAACCTCCC 
TCTGTGGCCA TCCTGCCTCT AAGAAACTCC CACCAACAGC AGCTGCATCA CAGGAGGAGA 
ACCAAGAGGA TGGAGAGGGG CAAAGCAGGA CTGCGCTCCA AGAAACTGGC CATCCTGTCT 
CGGTCGCTCA TCATCTGCAG CTCCAGCACC AATGAGGACG CGTCCAGTCC AGAAGAGAGG 
TACCGTGAGC CCTGGGACAG TGGGCTGGAG GAGACACACC GCAGGGACCC GCTGGAAGGG 
TCCATGGGAA ATTCAGAAAA ATACATGACG AGGAGCGTCA GCATCCAGCC GCCTCAGAGG 
GGCCAGGAGG ACCCCAAAAG AACTATGAGG AGGTCCTTCT CCATCAAGGA AAGCAGTTTC 
TGGAGAATGT GTGTCGCCTC GCGGGAGGAG GGTCTGCAAG CGGGTGATAA CAAACTTCAG 
TCCAGCAACA ATGGTGCGTC TGTTGGACAA GACTTACACA GGGACACTTA CATCTACTTT 
GGAGACAGAC TTGCCCCATT TAACGGACAG ATTATAAATG ATCAAACAAA ACCGGAGGCT 
GATCCAGAGA AAAGGCCCGT GCTGAAGACT GAAGGTTTCT CTCCATGTGA AAGCAGAGCT 
CTGTTCGCTA ATGCCAATGA ATCAGACCAG CTTGGCTACA CTTATGGAGA AAAGGAGGCA 
ATGGGAAACA ACAATAACTT GAAGATGCCA ATTATTAAGG TGTCAGACGA TGACAGCAAG 
AACTGCGACA ACGAGGATCA GAGCTGCCAA GAGACGTCAT GCAAGAGATC TCGCTTCAAC 
TCCACCAGCG TTCACCCATA CTGGATTGGA GACTTGGATA CCATCATTAT GAAAACGCCA 
GAGCTGTTCC CGTGTCCCGC CCACGCCACC ACAGGCTTTT ACGGCAACAG GAAGTCTCTC 
TCTCAGCAGC TGGAATTCCC TCACAGCATT CCACAGGCTG TGGTTAGACC GTCTCGCTCT 
CTAAGTTCAG CACACTTGGT CCCGTCCTGC AGCACTGTGC AGGCCTTCAT CATCTCCAAC 
ATTGTCCTCA TGAAGGGCCA TGGAAAGGGC CTGGGATTCA GTATAGTAGG AGGAAGAGAC 
AGCATGTACG GCCCAATGGG GATTTACGTG AAGACCATCT TTCCTGGAGG CGCAGCGGCC 
GCTGATGGAA GACTACAGGA AGGAGACGAG ATACTGGAAC TGAATGGCGA ATCTCTGCAT 
GGCCTGACCC ATGAAGATGC CTTACACAAG TTTAAACAAG TGAAGAAGGG TTTGTTAACG 
CTGGTGGTGA GGACCAGTCT GCGGATGGGC GCTGTGCCAG GCAGTCATGG CCAGGTGTCT 
CAGTTATGCC GATCCAGATC TCTGAGCTCC AGCACCAGTA TCAGTCGAGT CAGTGCTGAT 
CTGGGAGATT ATAACTGCCT CAATAACCCT GCAAAAGCTC AGGACAGAGT CATGATGGAG 
ATCACGCTGC AGAAGGAGTT TGGTGTAGGT TTAGGTATTG GCCTGTGCTG TGTACCTTCT 
GCTGGCGGCT GTCCAGGAAT CTACATTCAC ACGCTGTCAC CAGGATCAGT GGCCCACATG 
GATGGACGAT TAAGATGTGG CGATGAGATC ATGGAGATCA ATGACACGGT GGTTTGCAAC 
ATGACGCTGA ACGATGTGTA CACGGTTCTG AGTCAGTGCA GCCCGGGACC GGTTCAGATC 
ATCATCAGTC GACACCCCGA CCCAAAAGTT TCTGAGCAGC AGCTGAACGA GGCCATCGCT 
CAGGCGGTGG AGCACAGCAG ACTGAGGAGA GACAGGAGTC AGTGGAGTAT GGACGGATGT 
AACAGCAGTC TGAGGAGATC CGATGCCTGT TCTCACAGCA GACCGAAGTG TATCCACTGT 
CTGGACCGGA GCACGAGTCA GCTGACCTGT AGACGAGCAC AGAAACCCAT GATGCGATCA 
TGCAGTGAGG GAGCCTACAG CCAGCGCTGT ATACCGGCCA GCACCACCAC TCAATCCTTC 
CTCGAACCCC AGCATGTCAC CAGAGTACAG AGCATGGACG TCTCTTTAAC AACCAACAGT 
GAAACTTCAC TTAATAACAC ACTGTCTCCA GCCTCGTTCG CAGACGACGA CTATAACATT 
CCCTATAAAT GTCCAATGAA TTTCACTGGA CAGCAAACAT TAGATGTGCA TGCAGGTGTG 
GTGAGGATTT CAATGCAAGG AGCAACAAAC CAGGCACGGA GGTACTGCAG ACGACAGGAT 
GTCAGCAGTC AGGAAGCGCT CACTGATTCG GGCGGCTCTA GTCAAGGTTC ACCAGTGAAA 
GAGGAAGATC TGCTGCCTTC TCAAAGCAAC TGCCAGTTTT TCTGCAGTCT ATACAGGGCT 
TTGAGAAAGA TCTCAAGGCT TCTGTTTAAG AATGAAGTGG TTGAAGGCAC AGAAGTCGGA 
ACTAAAGCAT TTGCCTGTAT CTCGGAGCCT AAAAGTGACT CAACACACAG AGGGGACAGA 
CAGCACAGAG GTCCAGACTC CCCATCTAAC GTGTGTAGTC CGAGTAAGCG GGTTGGCCTG 
AGACGTCAGG CTCGTTTGGA GGTCAGTACA GATCAACCAC TTGACCCCTG GGTAAAGCTG 
ACCGAAAGCC CGGAGAACCA GTCCTACTGC TACAAAACCA TGAGTGACCA AAATGGAGAT 
AGTGAGGTTA ATGGCACGGC CTCTGAAACC ACAAACACCA CCTCAGACTC CAAATCTGAG 
CAATCTCCCA ATGGCAAAAA AGCCCCCCCG GTGGCTCCAA AGCCTGCATG GGCACGTCAG 
AGCATTAAGA GCATTAAGTC TGGGAAATCG ATAACAGAAG CTTTGAAGCA TCCGGAACCG 
AAGCATAACA GGAGCCAAGA TACTGGCAGG ACCTTTGGGA TTAGTCTGAG GTCCGCTTCA 
ACAGGAGCCA ATTTGTCAAT CAGGCAGAAG ATCAGCTCAT TTGAGACTTT CTCAAGTCCT 
GATGGAGCCG AAAGGCCAAG CAGGCGACTG GTCCCAAATG CATCTCTTCC TCCAGTGGAG 
AAGACGACTA AAACCTCATC TGCAGACTAC AGCAATGCAG GGAGAACTAA AGTTACCACA 
AGCAACTTGC ACAATAATGA TGACTGCCAG TCTACACCAA CAATTTCAGC CACCACCCAG 
CCTCCAGAAG AAGAAAAGCA AGAACCAGCT TCCCTCGGTT CAGATATCAT TTCAGAGACC 
CATCATTCCC CGGCAGAGGA AGAAAATCAA TCAACTTCTC ATGATTCAGA GCCCTGTAAG 
CCGATCCCTG TTGAGGAACC TGCTCTTGAC TCCACAAAAG AGCTTTCACC TGCTACTGAG 
ACTGAGCAAG AACCCTCACC TTCTGAAGAG GATTTGCCCC CTTCAAGCCA CGTACCGAGG 
AGATCGAGCA GCTCAAAGGA GGGTCCTATA GAAAAAACTG AAGGTGCAGG AACTCATGCG 
GTGAGCTTGA GGACCCGGAG TCTACCCCTC AGTCCCTCTT CAGATGCCCC CAACTCAAGC 
GGCTTGGATG GGGAGAGCCT GGGGATCATC TTGTCCTTCA GCAACCAAGT GTCCAATGCT 
TTGATGCGAT CAATGCAATC CCTGCCGCAG TCCCCTTGCA TTCGGTTTGG GAACCCCTGG 
AGCGCCCCAC CAGGATCCCC TCTTCATAAC CCAATAGAGG AAGACTCTCC TGGTGAAAAG 
CTCCCATCTT CAACAGCACT AGAAAACAAC GAAAAGGGTT TCTCTGTAAG CTTGGCTAAA 
CTGAGGGAGC GTACCATCGA GAGAGGGGAG GAGTGCGAGA AGGAAGAATG GAAACCTGAA 
CGACCGCTCA CTTCAGCCAC AGATGTCTGT GCCCAATCCA TGCTCTCAGC CCTTCCGCCA 
CAGGAGATTC AGCAGATGAT CCAGGAAGTC AAGGATCTGG ATGAAGACAC GCTAAGGCAA 
CTGGAAGACA TCCATGTTGT GATTCTACAT AAAGAAGAAG GAGCTGGCTT GGGTTTCAGC 
ATCGCTGGCG GTATTGATCT GGAGAACAAA GCAACTACAG TTCACAGGGT GTTTCCCAGT 
GGTCTGGCTG CTCAGGAGGG CACCATAGAA AGAGGAGATG AGGTGCTGTC CATTAACGGT 
CAAACGCTAA AAAACGTCAC ACACAGCGAC GCCACAGCGA TTCTCAGGCA GGCCCGCACC 
ATGAAGCAGG CGGTGATAGT GGTGTCCAAA AACAAAGACC CAGAAGGGAA GGGAGGCGCT 
AACGCTAATG AGTCCAGCTG CAGCAGTGGG GCAGAGAGCA GCATCACAGG GGACGATGGA 
GGTGAAGTTG TAACAATCGA GTTGGAGAAG AATGCAGGCG GAGTTGGATT TAGTCTTGAG 
GGAGGAAAAG GCTCCATTAA CGGTGACAGA CCACTAACCG TCAACAGAAT ATTTACAGGG 
AGTGATGCTG AGCAAAAGGG GCTGAAGTCT GGTGATGAGG TACTGCAGAT ACAGGACTCG 
TCTCTGCAGG GTCTCACACG CTTTGAGGCC TGGACACTCA TTAAAGGCCT TAATGATGGG 
CCGTTTACAC TCGTCATTAA GAGAAAAAAA TGCGATTAG

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

RefSeq	XP_016091549.1
CDS	226..4824
Translation	MLSFERPPPLAVMHPGREPPSVAILPLRNSHQQQLHHRRRTKRMERGKAGLRSKKLAILSRSLIICSSSTNEDASSPEERYREPWDSGLEETHRRDPLEGSMGNSEKYMTRSVSIQPPQRGQEDPKRTMRRSFSIKESSFWRMCVASREEGLQAGDNKLQSSNNGASVGQDLHRDTYIYFGDRLAPFNGQIINDQTKPEADPEKRPVLKTEGFSPCESRALFANANESDQLGYTYGEKEAMGNNNNLKMPIIKVSDDDSKNCDNEDQSCQETSCKRSRFNSTSVHPYWIGDLDTIIMKTPELFPCPAHATTGFYGNRKSLSQQLEFPHSIPQAVVRPSRSLSSAHLVPSCSTVQAFIISNIVLMKGHGKGLGFSIVGGRDSMYGPMGIYVKTIFPGGAAAADGRLQEGDEILELNGESLHGLTHEDALHKFKQVKKGLLTLVVRTSLRMGAVPGSHGQVSQLCRSRSLSSSTSISRVSADLGDYNCLNNPAKAQDRVMMEITLQKEFGVGLGIGLCCVPSAGGCPGIYIHTLSPGSVAHMDGRLRCGDEIMEINDTVVCNMTLNDVYTVLSQCSPGPVQIIISRHPDPKVSEQQLNEAIAQAVEHSRLRRDRSQWSMDGCNSSLRRSDACSHSRPKCIHCLDRSTSQLTCRRAQKPMMRSCSEGAYSQRCIPASTTTQSFLEPQHVTRVQSMDVSLTTNSETSLNNTLSPASFADDDYNIPYKCPMNFTGQQTLDVHAGVVRISMQGATNQARRYCRRQDVSSQEALTDSGGSSQGSPVKEEDLLPSQSNCQFFCSLYRALRKISRLLFKNEVVEGTEVGTKAFACISEPKSDSTHRGDRQHRGPDSPSNVCSPSKRVGLRRQARLEVSTDQPLDPWVKLTESPENQSYCYKTMSDQNGDSEVNGTASETTNTTSDSKSEQSPNGKKAPPVAPKPAWARQSIKSIKSGKSITEALKHPEPKHNRSQDTGRTFGISLRSASTGANLSIRQKISSFETFSSPDGAERPSRRLVPNASLPPVEKTTKTSSADYSNAGRTKVTTSNLHNNDDCQSTPTISATTQPPEEEKQEPASLGSDIISETHHSPAEEENQSTSHDSEPCKPIPVEEPALDSTKELSPATETEQEPSPSEEDLPPSSHVPRRSSSSKEGPIEKTEGAGTHAVSLRTRSLPLSPSSDAPNSSGLDGESLGIILSFSNQVSNALMRSMQSLPQSPCIRFGNPWSAPPGSPLHNPIEEDSPGEKLPSSTALENNEKGFSVSLAKLRERTIERGEECEKEEWKPERPLTSATDVCAQSMLSALPPQEIQQMIQEVKDLDEDTLRQLEDIHVVILHKEEGAGLGFSIAGGIDLENKATTVHRVFPSGLAAQEGTIERGDEVLSINGQTLKNVTHSDATAILRQARTMKQAVIVVSKNKDPEGKGGANANESSCSSGAESSITGDDGGEVVTIELEKNAGGVGFSLEGGKGSINGDRPLTVNRIFTGSDAEQKGLKSGDEVLQIQDSSLQGLTRFEAWTLIKGLNDGPFTLVIKRKKCD

Target ORF information:

RefSeq Version	XM_016236063.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami pro-interleukin-16-like (LOC107553751), mRNA.

Target ORF information:

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

XM_016236063.1

ORF Insert Sequence:

ATGCTCAGCT TTGAGCGGCC CCCTCCATTA GCAGTGATGC ATCCTGGGAG AGAACCTCCC 
TCTGTGGCCA TCCTGCCTCT AAGAAACTCC CACCAACAGC AGCTGCATCA CAGGAGGAGA 
ACCAAGAGGA TGGAGAGGGG CAAAGCAGGA CTGCGCTCCA AGAAACTGGC CATCCTGTCT 
CGGTCGCTCA TCATCTGCAG CTCCAGCACC AATGAGGACG CGTCCAGTCC AGAAGAGAGG 
TACCGTGAGC CCTGGGACAG TGGGCTGGAG GAGACACACC GCAGGGACCC GCTGGAAGGG 
TCCATGGGAA ATTCAGAAAA ATACATGACG AGGAGCGTCA GCATCCAGCC GCCTCAGAGG 
GGCCAGGAGG ACCCCAAAAG AACTATGAGG AGGTCCTTCT CCATCAAGGA AAGCAGTTTC 
TGGAGAATGT GTGTCGCCTC GCGGGAGGAG GGTCTGCAAG CGGGTGATAA CAAACTTCAG 
TCCAGCAACA ATGGTGCGTC TGTTGGACAA GACTTACACA GGGACACTTA CATCTACTTT 
GGAGACAGAC TTGCCCCATT TAACGGACAG ATTATAAATG ATCAAACAAA ACCGGAGGCT 
GATCCAGAGA AAAGGCCCGT GCTGAAGACT GAAGGTTTCT CTCCATGTGA AAGCAGAGCT 
CTGTTCGCTA ATGCCAATGA ATCAGACCAG CTTGGCTACA CTTATGGAGA AAAGGAGGCA 
ATGGGAAACA ACAATAACTT GAAGATGCCA ATTATTAAGG TGTCAGACGA TGACAGCAAG 
AACTGCGACA ACGAGGATCA GAGCTGCCAA GAGACGTCAT GCAAGAGATC TCGCTTCAAC 
TCCACCAGCG TTCACCCATA CTGGATTGGA GACTTGGATA CCATCATTAT GAAAACGCCA 
GAGCTGTTCC CGTGTCCCGC CCACGCCACC ACAGGCTTTT ACGGCAACAG GAAGTCTCTC 
TCTCAGCAGC TGGAATTCCC TCACAGCATT CCACAGGCTG TGGTTAGACC GTCTCGCTCT 
CTAAGTTCAG CACACTTGGT CCCGTCCTGC AGCACTGTGC AGGCCTTCAT CATCTCCAAC 
ATTGTCCTCA TGAAGGGCCA TGGAAAGGGC CTGGGATTCA GTATAGTAGG AGGAAGAGAC 
AGCATGTACG GCCCAATGGG GATTTACGTG AAGACCATCT TTCCTGGAGG CGCAGCGGCC 
GCTGATGGAA GACTACAGGA AGGAGACGAG ATACTGGAAC TGAATGGCGA ATCTCTGCAT 
GGCCTGACCC ATGAAGATGC CTTACACAAG TTTAAACAAG TGAAGAAGGG TTTGTTAACG 
CTGGTGGTGA GGACCAGTCT GCGGATGGGC GCTGTGCCAG GCAGTCATGG CCAGGTGTCT 
CAGTTATGCC GATCCAGATC TCTGAGCTCC AGCACCAGTA TCAGTCGAGT CAGTGCTGAT 
CTGGGAGATT ATAACTGCCT CAATAACCCT GCAAAAGCTC AGGACAGAGT CATGATGGAG 
ATCACGCTGC AGAAGGAGTT TGGTGTAGGT TTAGGTATTG GCCTGTGCTG TGTACCTTCT 
GCTGGCGGCT GTCCAGGAAT CTACATTCAC ACGCTGTCAC CAGGATCAGT GGCCCACATG 
GATGGACGAT TAAGATGTGG CGATGAGATC ATGGAGATCA ATGACACGGT GGTTTGCAAC 
ATGACGCTGA ACGATGTGTA CACGGTTCTG AGTCAGTGCA GCCCGGGACC GGTTCAGATC 
ATCATCAGTC GACACCCCGA CCCAAAAGTT TCTGAGCAGC AGCTGAACGA GGCCATCGCT 
CAGGCGGTGG AGCACAGCAG ACTGAGGAGA GACAGGAGTC AGTGGAGTAT GGACGGATGT 
AACAGCAGTC TGAGGAGATC CGATGCCTGT TCTCACAGCA GACCGAAGTG TATCCACTGT 
CTGGACCGGA GCACGAGTCA GCTGACCTGT AGACGAGCAC AGAAACCCAT GATGCGATCA 
TGCAGTGAGG GAGCCTACAG CCAGCGCTGT ATACCGGCCA GCACCACCAC TCAATCCTTC 
CTCGAACCCC AGCATGTCAC CAGAGTACAG AGCATGGACG TCTCTTTAAC AACCAACAGT 
GAAACTTCAC TTAATAACAC ACTGTCTCCA GCCTCGTTCG CAGACGACGA CTATAACATT 
CCCTATAAAT GTCCAATGAA TTTCACTGGA CAGCAAACAT TAGATGTGCA TGCAGGTGTG 
GTGAGGATTT CAATGCAAGG AGCAACAAAC CAGGCACGGA GGTACTGCAG ACGACAGGAT 
GTCAGCAGTC AGGAAGCGCT CACTGATTCG GGCGGCTCTA GTCAAGGTTC ACCAGTGAAA 
GAGGAAGATC TGCTGCCTTC TCAAAGCAAC TGCCAGTTTT TCTGCAGTCT ATACAGGGCT 
TTGAGAAAGA TCTCAAGGCT TCTGTTTAAG AATGAAGTGG TTGAAGGCAC AGAAGTCGGA 
ACTAAAGCAT TTGCCTGTAT CTCGGAGCCT AAAAGTGACT CAACACACAG AGGGGACAGA 
CAGCACAGAG GTCCAGACTC CCCATCTAAC GTGTGTAGTC CGAGTAAGCG GGTTGGCCTG 
AGACGTCAGG CTCGTTTGGA GGTCAGTACA GATCAACCAC TTGACCCCTG GGTAAAGCTG 
ACCGAAAGCC CGGAGAACCA GTCCTACTGC TACAAAACCA TGAGTGACCA AAATGGAGAT 
AGTGAGGTTA ATGGCACGGC CTCTGAAACC ACAAACACCA CCTCAGACTC CAAATCTGAG 
CAATCTCCCA ATGGCAAAAA AGCCCCCCCG GTGGCTCCAA AGCCTGCATG GGCACGTCAG 
AGCATTAAGA GCATTAAGTC TGGGAAATCG ATAACAGAAG CTTTGAAGCA TCCGGAACCG 
AAGCATAACA GGAGCCAAGA TACTGGCAGG ACCTTTGGGA TTAGTCTGAG GTCCGCTTCA 
ACAGGAGCCA ATTTGTCAAT CAGGCAGAAG ATCAGCTCAT TTGAGACTTT CTCAAGTCCT 
GATGGAGCCG AAAGGCCAAG CAGGCGACTG GTCCCAAATG CATCTCTTCC TCCAGTGGAG 
AAGACGACTA AAACCTCATC TGCAGACTAC AGCAATGCAG GGAGAACTAA AGTTACCACA 
AGCAACTTGC ACAATAATGA TGACTGCCAG TCTACACCAA CAATTTCAGC CACCACCCAG 
CCTCCAGAAG AAGAAAAGCA AGAACCAGCT TCCCTCGGTT CAGATATCAT TTCAGAGACC 
CATCATTCCC CGGCAGAGGA AGAAAATCAA TCAACTTCTC ATGATTCAGA GCCCTGTAAG 
CCGATCCCTG TTGAGGAACC TGCTCTTGAC TCCACAAAAG AGCTTTCACC TGCTACTGAG 
ACTGAGCAAG AACCCTCACC TTCTGAAGAG GATTTGCCCC CTTCAAGCCA CGTACCGAGG 
AGATCGAGCA GCTCAAAGGA GGGTCCTATA GAAAAAACTG AAGGTGCAGG AACTCATGCG 
GTGAGCTTGA GGACCCGGAG TCTACCCCTC AGTCCCTCTT CAGATGCCCC CAACTCAAGC 
GGCTTGGATG GGGAGAGCCT GGGGATCATC TTGTCCTTCA GCAACCAAGT GTCCAATGCT 
TTGATGCGAT CAATGCAATC CCTGCCGCAG TCCCCTTGCA TTCGGTTTGG GAACCCCTGG 
AGCGCCCCAC CAGGATCCCC TCTTCATAAC CCAATAGAGG AAGACTCTCC TGGTGAAAAG 
CTCCCATCTT CAACAGCACT AGAAAACAAC GAAAAGGGTT TCTCTGTAAG CTTGGCTAAA 
CTGAGGGAGC GTACCATCGA GAGAGGGGAG GAGTGCGAGA AGGAAGAATG GAAACCTGAA 
CGACCGCTCA CTTCAGCCAC AGATGTCTGT GCCCAATCCA TGCTCTCAGC CCTTCCGCCA 
CAGGAGATTC AGCAGATGAT CCAGGAAGTC AAGGATCTGG ATGAAGACAC GCTAAGGCAA 
CTGGAAGACA TCCATGTTGT GATTCTACAT AAAGAAGAAG GAGCTGGCTT GGGTTTCAGC 
ATCGCTGGCG GTATTGATCT GGAGAACAAA GCAACTACAG TTCACAGGGT GTTTCCCAGT 
GGTCTGGCTG CTCAGGAGGG CACCATAGAA AGAGGAGATG AGGTGCTGTC CATTAACGGT 
CAAACGCTAA AAAACGTCAC ACACAGCGAC GCCACAGCGA TTCTCAGGCA GGCCCGCACC 
ATGAAGCAGG CGGTGATAGT GGTGTCCAAA AACAAAGACC CAGAAGGGAA GGGAGGCGCT 
AACGCTAATG AGTCCAGCTG CAGCAGTGGG GCAGAGAGCA GCATCACAGG GGACGATGGA 
GGTGAAGTTG TAACAATCGA GTTGGAGAAG AATGCAGGCG GAGTTGGATT TAGTCTTGAG 
GGAGGAAAAG GCTCCATTAA CGGTGACAGA CCACTAACCG TCAACAGAAT ATTTACAGGG 
AGTGATGCTG AGCAAAAGGG GCTGAAGTCT GGTGATGAGG TACTGCAGAT ACAGGACTCG 
TCTCTGCAGG GTCTCACACG CTTTGAGGCC TGGACACTCA TTAAAGGCCT TAATGATGGG 
CCGTTTACAC TCGTCATTAA GAGAAAAAAA TGCGATTAG