LOC107349443 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107349443
Entrez Gene ID	107349443
Full Name	nucleoporin NUP188 homolog
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015915588.1	XP_015771074.1	nucleoporin NUP188 homolog

Pathways from BioSystems
Gene Ontology

The following LOC107349443 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107349443 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
OAc77034	XM_015915588.1 Latest version!	Acropora digitifera nucleoporin NUP188 homolog (LOC107349443), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC107349443 ( XM_015915588.1 ) cDNA ORF clone, Acropora digitifera -> XP_015771074.1 Acropora digitifera nucleoporin NUP188 homolog (LOC107349443), mRNA.

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CloneID	OAc77034
Clone ID Related Accession (Same CDS sequence)	XM_015915588.1
Accession Version	XM_015915588.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4845bp) 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	2016-03-13
Organism	Acropora digitifera
Product	nucleoporin NUP188 homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441419.1) 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 :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGACTTGCA TTGAACTATC TAACCGTGGG CTATGGCGAA TTATAACTGG ACGTTCTTCC 
CTTCAAGAAC CAGACCAGAT AGCCGGAGAG CTGGGACAGA AGAAAGGTCG CCTTCTTGAG 
GGGGTTGAAT TTCTTAAGGA GCCGAATTCC CAATCAGCTG ATACTCTTCA AAAGTATGTC 
AGTGGGAAAC CAAAGAGGGA AAAATTTGTC GCAAAAATTA GCAAGTTTTT GGATCTTGAT 
GAATCGCAAA GCTTGCAACT TTTTGGAAGC TATCTCGAAA ATGAGTTCAG AGGATCCAAG 
CAACAACTTT TGGGAATGTT GAAAGGGGAA GCTCAGACCG AAGCTCTATT GCTTAAGATT 
ATGGAATATT ACTTTGAAGA ACGTCTTCAC ATTCTACTAT GTGTTAAATT CTTATTGAGT 
TACTGGCAGG ATCCCAGACA TCCCTACAGA AAAGAGTTTG CCGATTGTGT AGAAGCAATG 
CAAGACAAAG ATGTTCTGAT TACAAAGATG ACAGAGCAGT ATAAAGCCTG CTGCTCAAGC 
ACTGTGTCTG TAAAAGATTC ATCGGGCTCA TCATTGACAA AGTGTTCGAG ATGGGCCCAA 
CAATATTTGA GAGAGCAGAT CTTGCTGTTG GAAATCATAC TTCTCTACTA CAAAGAGTTT 
GTTGTCCCAG CTGAATCCCT GTTAGAGCTC GCAAAGTTGT TTCAGGCTCA AGGGTTTGGG 
AGGAAGCAAG TCAACAGACA TCTGTTTGAA GCTCAAAGTG AAGCTCTCCT ACTTCAAATA 
AGCAACCTTC AAGTGTTAGT TCTGATCATT TCAATGGACT TGGAGAGCTT GCGAAAGGGG 
ATACAAGAGG ATAGCTGTTC TAATCATCAT CTTGTTCAAG AGAAGGACAA ATTAGAGAAA 
CAAACCAACA GCCACTTGTT ATCAGTAGAA GGAGGCCTCC TTTCCCAATA TTTATTATGT 
GCCAAAATAA CGCCAGCTTT TCTGTTCACT TTGCAGTTTG TCCGAAAAAT TGGCAGCAAG 
GCCTTGCAGT GCTCGGTTTT CCAGTACCTA CTGGGGCTGT TGAAAAGTGA TGAAATGTCA 
AGAAGTTCTC CAGTGTCAAA CACCTGCAAA AGCCTTATTT ATGGGTTGAT GGTGGTTGTG 
TTGGCACTCT TTCACGAAGA CACGTTAGGA GATTTACAGC TTCTGGTATC TGTTATTTCG 
CAAACTTTGA CTGAGAAAGG ACTCTGTCTA GATTTCTGGG ACTCGGACCT AAGTACAGGT 
GCTGGACTTC TCTTAAACTC CGCCAGAAGC TGGTTGATGT TGGCAACGCC CGCTTTTAAA 
GAATTTAGTT TCTATATGCT TCATATTTTA GCTCTGGACG GTCAGAATGT GATTTGCATT 
GTGGATTTGG TAAAAGAGAT CTTGCTCAAT AACTGGAGCA AAGCAGTTCG ACTGAAGCCA 
ATCATCACTC GTTTGTATTT GATTATACAA AGGTGTACAG TATCACCTCA CCCACCTTTG 
CAATTGATTG GCAGCTGCTT GTCATGTTTG GCCACTGCAG CTCTCAGAGA GCCTCATCAG 
GTGTGGCATC ATCTTCAACA GACCAGCTTC CTTCCTCGTT GCGTTTCTGT CAAATTTTCC 
GAGACAGACA AAACTAAAAT CGATTTTCTC AGTCCCTCAC CTGGAAACTT TGGCTCAATT 
CTAAGCACCA AAGAGAGGCC AACGGGGAAT TACCCTGTTA CCACGGCAAC TTTGAATTTA 
CTCCTCAAGT TGATTCAAGG GATCAGTGTT GCTAAGGTTA CAAACATCCA ACCGATCAAC 
TTTCTCGATC TTGCGGCGTG CAATTTGTTT GTGATGAGAG AGATATTCAC TGGATTTCAC 
AAATGGAGAT ATGTGAGAGT CAAGGATAGA GAAGAAATAG GACTAAGAAG TCTCCAATTA 
TTCAATGTTG TACTCGGCCT CCACTTTGAG CACAAAAACG CCGAAGACAT GGGGGACAAA 
ATGGAGCTGG AGATTACAGA TTTATCGAGA ACTCCGACAG TGCTGCAAGA CAGCTTGGTT 
CCTTGCTTGT TATTCACCGA AGCAGGACAG TCCTTGCTGA ACATCCTTGG TACTGGGGTA 
GACACCGTCG ACCGACTTGT TTCTCTTGGA AGTTCGACTG GTGGTTACGC CTTGACCCTT 
GTGGAACTCA TCAAGCTGGC ATTCTCAGTA CTGAATAGAC TGCTTGCCAG AAAGGAAGAG 
AATGACGAGA TTTCACCCTT AGAAGAGGCC TTATCAACCC AAGTTGTTCA TCAGTTAAAG 
GACAAAGCTC ATACTTTTTC CACAAGCTGG GGTCATTGTC AGCTTGTTAC TGTGATAGCA 
TCGTACATTT ACCACAGACT GGACAGTCAA TTGCCAACTT TGGCGACACT TCTGCTCAAG 
AGAATGTGCG TGGTGGCTCC TATGTCGATG CATGCAAGCT TTGGTGCAGA AGCTACTCCC 
TTGAGAGATG CTTTTGTGTC CAGGCTGACG ACTTTAACTG AGGATGTGAA ACTAAAAGTG 
GTGGTACTTG AATTTATATC CACCGCCGTT GAAACTCAGC CTGGTCTTGT CGAACTGTTC 
CTCGATCTGT CGTCCAAGGA AAATAAAGAA TTTGTCATCG GAGAGAACAG CTGTCTTGTG 
GCAGTTTTGG ATTTTATTGA TCCAGAAAAG CAGGTCGAGC ATTACATCCC TCCGCAACTA 
GTATCGGCAG CGTACTTGTT GCTGTTCTCC TTGTGGCATG ATCGCAGAGA TGCTGCTCTT 
ACAGCTATTA GGAAGAGTCC TAACTTCTGG GAAAATTTAA GTCATCCGCT ATTATCTGGA 
ATTCGGTCCG AGCTGGATGA GGATTACAGA TATCACTTGG AGATCTGTTG CTACGCTTTT 
CAAATTACTT CTCTGGAAAC CTACTATGTC ACAAGAGGTC AAATTGATGA TGGCTTAAAG 
ACTTCTATGA AGAGGTTTTG CTCTGAGCAG CGGTATCACT ACTGGGGTAG ATTTCTGAAG 
GCGCCAGAGC CAGGGCCCAT CGATGACGGG ATGCAAGATC AAGGTGAAGA ATTTGAAGAC 
GAAACACTCA AACTTCTCAA AGCTTGGAGA ACATTCCTGG TAGTCTCTTC ATCATTTCAG 
GTGGGAAAAG CTAATTTCTT TGCTTTAAGC AAATATGCAT TATGTTCAGT AGTTTTTATG 
AGATCCATGG TTCCTTTCAG TTGTCTTCAA GATTTGAACC CAGTTTTCCA GTGCTTAGTA 
GATGTCTTGG AAGCAGCGCA CAAGAATGAC ACGCAACTGT TTGTTCATAT TCGTGTCACG 
ATTTTCTCGT CTATCTCAGT GTTGTTACAA CACGCAAGAT GCGAACGTTT GTCCGGTTCA 
TTGAATAGGA TTTACGCCAT GACTTTACTC CCACTGGCTT GTGAGCCCCT GGAGTACTTG 
AGAGGAAAAT TTTCCAGCCA TGAGAAACAA CAGGACAGGG TTCTTGAACT GTCCGTGTTT 
ATCATCGATG AAATTCTGAA CATTTTACTG GCAAATCCCG GTCAGTGGCT TCCTGTGCTA 
AGAGAGCATG TGCTGTTTGC GTCTCTGGTT CAAGCATTAG ATGTCTGCAT CAAGACGCGG 
GAGAAAGTGG GATTCACGGA AGCGATCCTT CATCTGTTTC TATCTCTTTC AAGACAACCT 
ATGAGTGCTG AAGCGTTGGC AATGAACGGT CTTTCACAGC CATTGTGTCT TGGATTAGCA 
ACGCTCTCGA ATGCAGCTGA AAGAGAACAG CAGCCTCTCC AACGTAAGCC TGGTTCCCAG 
TCTCAGTCCG ACCACTTTCA GCCGCAAAAC TGGAGCCGAG TCTGGCAGCT GGCTCTTGCT 
GTGATGGGCT CCATGTTGCG CACCCTCAGA CATGGCTTTC TCAAAGAAGC CTTGGATTTT 
GCCGGTGTTC ACAGGGAAAG ACTCGCAGAG GCCATGAATG CGGTGAGGCG ATCACAGTCA 
TCAGAGGTGT TGACAGAGGC AGAAGAAGTC AGTGCTTTTT TATTGGAACT TGGTCACTTC 
TTTAACGACT GGAGATTCGC TCTTCCAGAT GTGTTGAATA TCTTGAAGGT AAACGAAACA 
TCGATCTTGT CGAAGGGATC CGGTTGCTCT GCAGCCTTGT CAAGCAACGC TCAATCAGCG 
GATGTGTCAT TGTCATTAAG CGGATCCTTC TCAAGAGAGA TGCTCCGGAC CTATTCATAC 
GCCGATGATG ACTCATTCAG AAACAGCCCT CTTGTTTCCC AGACACAATC ACAGCTGTTG 
AAGATATTGT GTAACTCTCT CGCCATGCTG CGTCATTTTA CTCCAGACAT CTGTGGAATT 
TTAATTGATC AGGGTATGGA TCTCGATTCT TTTCCGCCCC TCTTGTCGCT AGGTTTCAGT 
TCCCCGACCG TTGACCACGA GGAGCCACTT TCGTTTGGTA CTCTTCTGGC TTGCCTCAAT 
ATGGCGCTTT CCAACCTTGG TCCGCCTGAC GTGAAATCAC CTGTGAGGTC ACCTGTCAGA 
ACTTTATCCG AGTCACTGTC GAGGTCTTCA CTGATGTTCA CAATGGAGAA TGCCCTGGTT 
GTCACTCTGT CTCAAGCTTG TCGGTATTTG CGGGACCCCT CGCTTGACCC GAGGGTCAAA 
CAGTTTCTGA AGAGAGAGCT CGGCAGTGAA TTGGGCAACT TTCTAGGGGG TCTGTTCCGC 
CATTTTGTCC GCCGTGCCTT ACCACCCTCC CCAGCGGGTT CTACACAGAC GAGCCCAAGT 
GGCTCTATGA GGAGAACACC AACAAAGGCG TTGGCCTTTA CAGAAGCCCC TGAGCAGAAG 
TTCTTCAAAC TAGCGGACGT TTTTGTCAAA CAGGTCTTGA GATAA

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

RefSeq	XP_015771074.1
CDS	135..4979
Translation	MTCIELSNRGLWRIITGRSSLQEPDQIAGELGQKKGRLLEGVEFLKEPNSQSADTLQKYVSGKPKREKFVAKISKFLDLDESQSLQLFGSYLENEFRGSKQQLLGMLKGEAQTEALLLKIMEYYFEERLHILLCVKFLLSYWQDPRHPYRKEFADCVEAMQDKDVLITKMTEQYKACCSSTVSVKDSSGSSLTKCSRWAQQYLREQILLLEIILLYYKEFVVPAESLLELAKLFQAQGFGRKQVNRHLFEAQSEALLLQISNLQVLVLIISMDLESLRKGIQEDSCSNHHLVQEKDKLEKQTNSHLLSVEGGLLSQYLLCAKITPAFLFTLQFVRKIGSKALQCSVFQYLLGLLKSDEMSRSSPVSNTCKSLIYGLMVVVLALFHEDTLGDLQLLVSVISQTLTEKGLCLDFWDSDLSTGAGLLLNSARSWLMLATPAFKEFSFYMLHILALDGQNVICIVDLVKEILLNNWSKAVRLKPIITRLYLIIQRCTVSPHPPLQLIGSCLSCLATAALREPHQVWHHLQQTSFLPRCVSVKFSETDKTKIDFLSPSPGNFGSILSTKERPTGNYPVTTATLNLLLKLIQGISVAKVTNIQPINFLDLAACNLFVMREIFTGFHKWRYVRVKDREEIGLRSLQLFNVVLGLHFEHKNAEDMGDKMELEITDLSRTPTVLQDSLVPCLLFTEAGQSLLNILGTGVDTVDRLVSLGSSTGGYALTLVELIKLAFSVLNRLLARKEENDEISPLEEALSTQVVHQLKDKAHTFSTSWGHCQLVTVIASYIYHRLDSQLPTLATLLLKRMCVVAPMSMHASFGAEATPLRDAFVSRLTTLTEDVKLKVVVLEFISTAVETQPGLVELFLDLSSKENKEFVIGENSCLVAVLDFIDPEKQVEHYIPPQLVSAAYLLLFSLWHDRRDAALTAIRKSPNFWENLSHPLLSGIRSELDEDYRYHLEICCYAFQITSLETYYVTRGQIDDGLKTSMKRFCSEQRYHYWGRFLKAPEPGPIDDGMQDQGEEFEDETLKLLKAWRTFLVVSSSFQVGKANFFALSKYALCSVVFMRSMVPFSCLQDLNPVFQCLVDVLEAAHKNDTQLFVHIRVTIFSSISVLLQHARCERLSGSLNRIYAMTLLPLACEPLEYLRGKFSSHEKQQDRVLELSVFIIDEILNILLANPGQWLPVLREHVLFASLVQALDVCIKTREKVGFTEAILHLFLSLSRQPMSAEALAMNGLSQPLCLGLATLSNAAEREQQPLQRKPGSQSQSDHFQPQNWSRVWQLALAVMGSMLRTLRHGFLKEALDFAGVHRERLAEAMNAVRRSQSSEVLTEAEEVSAFLLELGHFFNDWRFALPDVLNILKVNETSILSKGSGCSAALSSNAQSADVSLSLSGSFSREMLRTYSYADDDSFRNSPLVSQTQSQLLKILCNSLAMLRHFTPDICGILIDQGMDLDSFPPLLSLGFSSPTVDHEEPLSFGTLLACLNMALSNLGPPDVKSPVRSPVRTLSESLSRSSLMFTMENALVVTLSQACRYLRDPSLDPRVKQFLKRELGSELGNFLGGLFRHFVRRALPPSPAGSTQTSPSGSMRRTPTKALAFTEAPEQKFFKLADVFVKQVLR

Target ORF information:

RefSeq Version	XM_015915588.1
Organism	Acropora digitifera
Definition	Acropora digitifera nucleoporin NUP188 homolog (LOC107349443), mRNA.

Target ORF information:

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

XM_015915588.1

ORF Insert Sequence:

ATGACTTGCA TTGAACTATC TAACCGTGGG CTATGGCGAA TTATAACTGG ACGTTCTTCC 
CTTCAAGAAC CAGACCAGAT AGCCGGAGAG CTGGGACAGA AGAAAGGTCG CCTTCTTGAG 
GGGGTTGAAT TTCTTAAGGA GCCGAATTCC CAATCAGCTG ATACTCTTCA AAAGTATGTC 
AGTGGGAAAC CAAAGAGGGA AAAATTTGTC GCAAAAATTA GCAAGTTTTT GGATCTTGAT 
GAATCGCAAA GCTTGCAACT TTTTGGAAGC TATCTCGAAA ATGAGTTCAG AGGATCCAAG 
CAACAACTTT TGGGAATGTT GAAAGGGGAA GCTCAGACCG AAGCTCTATT GCTTAAGATT 
ATGGAATATT ACTTTGAAGA ACGTCTTCAC ATTCTACTAT GTGTTAAATT CTTATTGAGT 
TACTGGCAGG ATCCCAGACA TCCCTACAGA AAAGAGTTTG CCGATTGTGT AGAAGCAATG 
CAAGACAAAG ATGTTCTGAT TACAAAGATG ACAGAGCAGT ATAAAGCCTG CTGCTCAAGC 
ACTGTGTCTG TAAAAGATTC ATCGGGCTCA TCATTGACAA AGTGTTCGAG ATGGGCCCAA 
CAATATTTGA GAGAGCAGAT CTTGCTGTTG GAAATCATAC TTCTCTACTA CAAAGAGTTT 
GTTGTCCCAG CTGAATCCCT GTTAGAGCTC GCAAAGTTGT TTCAGGCTCA AGGGTTTGGG 
AGGAAGCAAG TCAACAGACA TCTGTTTGAA GCTCAAAGTG AAGCTCTCCT ACTTCAAATA 
AGCAACCTTC AAGTGTTAGT TCTGATCATT TCAATGGACT TGGAGAGCTT GCGAAAGGGG 
ATACAAGAGG ATAGCTGTTC TAATCATCAT CTTGTTCAAG AGAAGGACAA ATTAGAGAAA 
CAAACCAACA GCCACTTGTT ATCAGTAGAA GGAGGCCTCC TTTCCCAATA TTTATTATGT 
GCCAAAATAA CGCCAGCTTT TCTGTTCACT TTGCAGTTTG TCCGAAAAAT TGGCAGCAAG 
GCCTTGCAGT GCTCGGTTTT CCAGTACCTA CTGGGGCTGT TGAAAAGTGA TGAAATGTCA 
AGAAGTTCTC CAGTGTCAAA CACCTGCAAA AGCCTTATTT ATGGGTTGAT GGTGGTTGTG 
TTGGCACTCT TTCACGAAGA CACGTTAGGA GATTTACAGC TTCTGGTATC TGTTATTTCG 
CAAACTTTGA CTGAGAAAGG ACTCTGTCTA GATTTCTGGG ACTCGGACCT AAGTACAGGT 
GCTGGACTTC TCTTAAACTC CGCCAGAAGC TGGTTGATGT TGGCAACGCC CGCTTTTAAA 
GAATTTAGTT TCTATATGCT TCATATTTTA GCTCTGGACG GTCAGAATGT GATTTGCATT 
GTGGATTTGG TAAAAGAGAT CTTGCTCAAT AACTGGAGCA AAGCAGTTCG ACTGAAGCCA 
ATCATCACTC GTTTGTATTT GATTATACAA AGGTGTACAG TATCACCTCA CCCACCTTTG 
CAATTGATTG GCAGCTGCTT GTCATGTTTG GCCACTGCAG CTCTCAGAGA GCCTCATCAG 
GTGTGGCATC ATCTTCAACA GACCAGCTTC CTTCCTCGTT GCGTTTCTGT CAAATTTTCC 
GAGACAGACA AAACTAAAAT CGATTTTCTC AGTCCCTCAC CTGGAAACTT TGGCTCAATT 
CTAAGCACCA AAGAGAGGCC AACGGGGAAT TACCCTGTTA CCACGGCAAC TTTGAATTTA 
CTCCTCAAGT TGATTCAAGG GATCAGTGTT GCTAAGGTTA CAAACATCCA ACCGATCAAC 
TTTCTCGATC TTGCGGCGTG CAATTTGTTT GTGATGAGAG AGATATTCAC TGGATTTCAC 
AAATGGAGAT ATGTGAGAGT CAAGGATAGA GAAGAAATAG GACTAAGAAG TCTCCAATTA 
TTCAATGTTG TACTCGGCCT CCACTTTGAG CACAAAAACG CCGAAGACAT GGGGGACAAA 
ATGGAGCTGG AGATTACAGA TTTATCGAGA ACTCCGACAG TGCTGCAAGA CAGCTTGGTT 
CCTTGCTTGT TATTCACCGA AGCAGGACAG TCCTTGCTGA ACATCCTTGG TACTGGGGTA 
GACACCGTCG ACCGACTTGT TTCTCTTGGA AGTTCGACTG GTGGTTACGC CTTGACCCTT 
GTGGAACTCA TCAAGCTGGC ATTCTCAGTA CTGAATAGAC TGCTTGCCAG AAAGGAAGAG 
AATGACGAGA TTTCACCCTT AGAAGAGGCC TTATCAACCC AAGTTGTTCA TCAGTTAAAG 
GACAAAGCTC ATACTTTTTC CACAAGCTGG GGTCATTGTC AGCTTGTTAC TGTGATAGCA 
TCGTACATTT ACCACAGACT GGACAGTCAA TTGCCAACTT TGGCGACACT TCTGCTCAAG 
AGAATGTGCG TGGTGGCTCC TATGTCGATG CATGCAAGCT TTGGTGCAGA AGCTACTCCC 
TTGAGAGATG CTTTTGTGTC CAGGCTGACG ACTTTAACTG AGGATGTGAA ACTAAAAGTG 
GTGGTACTTG AATTTATATC CACCGCCGTT GAAACTCAGC CTGGTCTTGT CGAACTGTTC 
CTCGATCTGT CGTCCAAGGA AAATAAAGAA TTTGTCATCG GAGAGAACAG CTGTCTTGTG 
GCAGTTTTGG ATTTTATTGA TCCAGAAAAG CAGGTCGAGC ATTACATCCC TCCGCAACTA 
GTATCGGCAG CGTACTTGTT GCTGTTCTCC TTGTGGCATG ATCGCAGAGA TGCTGCTCTT 
ACAGCTATTA GGAAGAGTCC TAACTTCTGG GAAAATTTAA GTCATCCGCT ATTATCTGGA 
ATTCGGTCCG AGCTGGATGA GGATTACAGA TATCACTTGG AGATCTGTTG CTACGCTTTT 
CAAATTACTT CTCTGGAAAC CTACTATGTC ACAAGAGGTC AAATTGATGA TGGCTTAAAG 
ACTTCTATGA AGAGGTTTTG CTCTGAGCAG CGGTATCACT ACTGGGGTAG ATTTCTGAAG 
GCGCCAGAGC CAGGGCCCAT CGATGACGGG ATGCAAGATC AAGGTGAAGA ATTTGAAGAC 
GAAACACTCA AACTTCTCAA AGCTTGGAGA ACATTCCTGG TAGTCTCTTC ATCATTTCAG 
GTGGGAAAAG CTAATTTCTT TGCTTTAAGC AAATATGCAT TATGTTCAGT AGTTTTTATG 
AGATCCATGG TTCCTTTCAG TTGTCTTCAA GATTTGAACC CAGTTTTCCA GTGCTTAGTA 
GATGTCTTGG AAGCAGCGCA CAAGAATGAC ACGCAACTGT TTGTTCATAT TCGTGTCACG 
ATTTTCTCGT CTATCTCAGT GTTGTTACAA CACGCAAGAT GCGAACGTTT GTCCGGTTCA 
TTGAATAGGA TTTACGCCAT GACTTTACTC CCACTGGCTT GTGAGCCCCT GGAGTACTTG 
AGAGGAAAAT TTTCCAGCCA TGAGAAACAA CAGGACAGGG TTCTTGAACT GTCCGTGTTT 
ATCATCGATG AAATTCTGAA CATTTTACTG GCAAATCCCG GTCAGTGGCT TCCTGTGCTA 
AGAGAGCATG TGCTGTTTGC GTCTCTGGTT CAAGCATTAG ATGTCTGCAT CAAGACGCGG 
GAGAAAGTGG GATTCACGGA AGCGATCCTT CATCTGTTTC TATCTCTTTC AAGACAACCT 
ATGAGTGCTG AAGCGTTGGC AATGAACGGT CTTTCACAGC CATTGTGTCT TGGATTAGCA 
ACGCTCTCGA ATGCAGCTGA AAGAGAACAG CAGCCTCTCC AACGTAAGCC TGGTTCCCAG 
TCTCAGTCCG ACCACTTTCA GCCGCAAAAC TGGAGCCGAG TCTGGCAGCT GGCTCTTGCT 
GTGATGGGCT CCATGTTGCG CACCCTCAGA CATGGCTTTC TCAAAGAAGC CTTGGATTTT 
GCCGGTGTTC ACAGGGAAAG ACTCGCAGAG GCCATGAATG CGGTGAGGCG ATCACAGTCA 
TCAGAGGTGT TGACAGAGGC AGAAGAAGTC AGTGCTTTTT TATTGGAACT TGGTCACTTC 
TTTAACGACT GGAGATTCGC TCTTCCAGAT GTGTTGAATA TCTTGAAGGT AAACGAAACA 
TCGATCTTGT CGAAGGGATC CGGTTGCTCT GCAGCCTTGT CAAGCAACGC TCAATCAGCG 
GATGTGTCAT TGTCATTAAG CGGATCCTTC TCAAGAGAGA TGCTCCGGAC CTATTCATAC 
GCCGATGATG ACTCATTCAG AAACAGCCCT CTTGTTTCCC AGACACAATC ACAGCTGTTG 
AAGATATTGT GTAACTCTCT CGCCATGCTG CGTCATTTTA CTCCAGACAT CTGTGGAATT 
TTAATTGATC AGGGTATGGA TCTCGATTCT TTTCCGCCCC TCTTGTCGCT AGGTTTCAGT 
TCCCCGACCG TTGACCACGA GGAGCCACTT TCGTTTGGTA CTCTTCTGGC TTGCCTCAAT 
ATGGCGCTTT CCAACCTTGG TCCGCCTGAC GTGAAATCAC CTGTGAGGTC ACCTGTCAGA 
ACTTTATCCG AGTCACTGTC GAGGTCTTCA CTGATGTTCA CAATGGAGAA TGCCCTGGTT 
GTCACTCTGT CTCAAGCTTG TCGGTATTTG CGGGACCCCT CGCTTGACCC GAGGGTCAAA 
CAGTTTCTGA AGAGAGAGCT CGGCAGTGAA TTGGGCAACT TTCTAGGGGG TCTGTTCCGC 
CATTTTGTCC GCCGTGCCTT ACCACCCTCC CCAGCGGGTT CTACACAGAC GAGCCCAAGT 
GGCTCTATGA GGAGAACACC AACAAAGGCG TTGGCCTTTA CAGAAGCCCC TGAGCAGAAG 
TTCTTCAAAC TAGCGGACGT TTTTGTCAAA CAGGTCTTGA GATAA