LOC110952528 cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110952528
Entrez Gene ID	110952528
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Acanthochromis polyacanthus(spiny chromis)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022196105.1	XP_022051797.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC110952528 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110952528 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
OAc193632	XM_022196105.1 Latest version!	Acanthochromis polyacanthus interferon-induced very large GTPase 1-like (LOC110952528), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC110952528 ( XM_022196105.1 ) cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis) -> XP_022051797.1 Acanthochromis polyacanthus interferon-induced very large GTPase 1-like (LOC110952528), mRNA.

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CloneID	OAc193632
Clone ID Related Accession (Same CDS sequence)	XM_022196105.1
Accession Version	XM_022196105.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5016bp) 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	2017-08-06
Organism	Acanthochromis polyacanthus(spiny chromis)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019029362.1) 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 :: Acanthochromis polyacanthus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGTCA GGCTTCCCAA GAGACTGAGC GGCAGGAAGA AAAAACCTCC AAAGGACAAT 
GCCCAGACTG ACATTCTCCA TAAGCTCGGC CTGGAGGCCT GCAGGACTAC ACCACTGGAC 
CCAGTGTCTA TGTTAGACAT TAGTACTTGG GCTCTGGAAA ACCATACTCC TCTAGAGCCA 
AAAGATCTAC CAAATGCTTT CCTCCGACGC CTTTGGCTGC TTAGCCGAGA TGCCCGGAGT 
CCTTGTTGTC AGCATCTAAA TGATGCTCTA AACAATAGCA AATCACCTGA GGAGATGCTA 
GGTGGTTCTG AAGGAGAAAA CCAGGGTGTC ATCAACCCCC TTGATCTAGT AACAGCTGTC 
TTTATGTCTG CCAACACTTT CCTTCAGCAG GAGATAACTA TGCGAATGGC ACAATGCCAG 
TTTGCTGTCC CTCTGGTCCT TCCAAACATA GATCCAGAAG AAGCCAGTCA CTTCCTACTT 
TGGCCTTTAC GAGCAGTCAT GAGCCAATGG AAGTCTCACA CTCAGGATAA CAACAGCAGA 
GTCCAAGAAG GAGATTTGGC CAGAACATGC ATGGCAGTAG TTTCTTGCGT GAAACTTGGT 
CATTGCAGTG TCTCTAAGTC ACAGGTGCTA AACCATGTCC TAAGTGGACT CAGATCTGAC 
AGTGAAACAT TTCTCCACAG AGGGATGGAT GGAGGGCAGC TGCCTCGAAG ACTGTCCAAT 
GGCCTGGTAG AGGTTGGATG GTCTCTACCC ACCGACGATA TTGTCAGGGA TGTTTTTCCT 
GTCCCTGTAG CCATCGCCAA TCTACGAGGC GATGCCAGTA CACATGAAAA ATGTCTCAGC 
CTTTTATGTC AAGCATCTTC AGCTGTAGTA GTTTTCTGTG GGGATCTTAG AGAGAAAGAC 
AGACAACTTC TTGCTTTCTG CAAAGATACT GCAAGCAAAC TGATACTGGT TGATCTTGCA 
GACGCTAAGA GAAATGAAAA CAGAGCTGTG GGGTTTGTTG ATGAGAACCT TGAAGAGGAC 
ATGAAGCTTT CCAAAGGGCT TGCACTTCCA GGAAGAGGTT TGAGTGAGGA GGAACTGGCT 
AATAAGCTTC GTGACACCCT GAAAAACATG CTACCAGATG AATTGAAACT TGTTACACTA 
GAGGCAGCAG CAAAGTTAGC AGTGGAGGTT GGCCTAAATG TGGATGAAGG CTCAGTCTGT 
AAAAAAGCAA TGGCCGCAGT GGAGGAAATG TTGAACGGTT TAGATGAGGG ATCTGATGAA 
TTTAGGCAGA AACAGCTTCC TTTGCAGGGG CATTTGTGGA CCAAACTGGC AGAACTGGAG 
AAAGAGGAGA GTAAACAGAG AAAAGAATGT AAAGATCTTG ACCCCAAAAT AAAAAAGGCC 
AAGAAAGATA TTTTGGCTGA GTTGAGCAGC TACGAAATGA CCCCAACTAT GAAGATTTTC 
ACTGATTCTC TATTCACCAC AGACAAAGTA GAGAGGACTT ATTTTCTCAC TTGGATCAAA 
CTGAGACTTC AGCTGATGCA AACCAAAAAA CAAAACAGTC CACAAGATCT GCTCACAGAT 
CTGCCGAAAG AAAAGACAAA TGGCATGCCT GAACATTCGG ATGATCTTGA ACATGGAGAC 
AGTGACCTCA TGGACAGCGA TAGTTTCTGC ACGGATTCAT CATTTGAAGA GGAAACTGAA 
ATGCAGAATG AAGATGCTGG ATTGCAAGTT TCGCAGCAAC AGTGTGAAAT AGAGGAAGAG 
TTACAGAATG TTTTGCAGTC CACAAAAAAG ACCATAGAAT CACCTTCACA ACAGGAACAT 
CATCTTGAGT CCCTACATGG GCCAGTGCCG GAGTTAAATG TGGCATCAAA TGAAACAGAG 
AGTCAAGGTG AAGAAATTAC TCAAAGCGAA GACTCCTCAT GGTCACAATC TTTTGAACCC 
AATCCATCCT CATTGGGACT TGAGCACTTC CTGCGTGAGA TGGGTCTCAT TTTTGAGCTA 
ACCCACATCA GTCCCGGCAG TGGGAGCCAC AATGTGTTGC GTCTCCCTAG CTTAGCAGCA 
GACCTTCTTC TCTACGGTAT TCCACTTGAA CTAATGGATG GAGATGCCTC AAATATCCCC 
ATCCACTGGC TGAGCTCTGT CTTTGCAGAG CTTAAACATC GCCTACCTCA GGAGCAGTGT 
AGGACCAGAG TGCTGACAAA CCTTGGCATT CATCATGCCA GGAATGCTGA AGTTCTTTCT 
GCATTGTTTG GGGTGAAATT CCCAGAAGGA CGGAAAAGAT CCACTTGTGG GGTGTACATG 
GTTGCCCTGT GTCTCCCTGA CAATCTTAGA AGTGAAATGG AGTGTGATTT TCTGTTGCTG 
ATTGATGTAG AAGGACTCTG CTCGGTCTCA CTAGACAGCA AAAGAAATGC ACTGACCCAC 
AACAATGAGA TGGCCACTGT TGCAGCAGGA TTGAGTGATG TTTTATTACA GAACATTTCA 
TCACATGCCA GCTGTGAGTT TGAAACACAC TTCACCATCA TAGTTAATGC TCTCCTGCGC 
ATCAAAGAAT CTGGCTCCAT GCCCATTTGT CAACTTCTGC TCCAGGATGA AGGAATTAAG 
AGCCTATTAC AAGCCTCACA GTTGCGCCAT GTTTCTGAAA TGCTTCAGAT TGAGACTGAG 
GACAGCGAGA CCAGCAGTGT TGATAAATAT TCTGCAAACA TGGCAACATG CTCCACCTGT 
ATCAAAGGGC CTTGGTCCAA TATGTCTCTC TCTGAACCAG TTGATACACA GTACAGTAAC 
GCTGTGTTAA AGCTCAAGAA AAACCTCTTT GAGGCATTGA AGGACTGTGC AACAAAGTCT 
AAAGCCTCAA GCTTGCCTGA ATTTACCAGA CGTTTATGTG CCGTTTGGGA TTCAGTGAAA 
ACAGAATCCT TCACTATTGG TTTGCAAAAT ACAGAGATAG CTTTAGCATT TTCTTTGTTA 
TGCACAGAGT TTTCCATGTG GGTGGATGGC TTTCTGGAAA ACATTGAGAG CTGGCTAATG 
TTGGCAGCAA AGAAAATCTT TGACACAAAG GCAAAAGCAT TGGACGCTGC AGTCCAAAAT 
GAACTTCTGA GTGAACTGAA GAATGAAGCC AGAGAGGAAA TCAAAACAGA GATTGATAAA 
GTCAGGTCAC GAGTTGATGC CTACTTGATG CAAGATGACC TCAAAATGAG TTCCGAAACA 
TTCAGGCCAG CCCTAATGAG CAATATCGCT AACCTCCAGA ACCGAGTAAC TGAAGAGACC 
ATGCAAAAGT TGGAGACAGT CAATGAGAGT CACTGTTCTT CTACACAGCT GAAAAATTTT 
GAGACCTTAC TGGAAAAAGA ACAGGAGTCC AAGCTACAAG CTCTGGTAGA AAAAAGCAGG 
TCTACAAAAA TTCTCCTACA AGACACGGAG ATAGAAGAGG AGTTTGAGGG TGTGTGGAGT 
AAGACTTTAT CCAACTTTGA CTTCAGACCT TCAGAAAAAG GCAATATTAC TGCAAGAGTG 
GCAGAAATTC TGAAACAGAA TCTTATCAGC CGTGGCCTCC AGAAACACAT GAAAAAGCTT 
GAAATCACAG GCCAAAGTCA GACCGACAGC TTCCAAGTTT ATAATGAGCA TTTTGGATAC 
CGCAGCAGAT TAAGACATAT GTTTGAAGAC AACAACCGGC TCCAGAGGTT AGGAGCTCAA 
GAGGTAGCTT GCAATATCAT AGAGGAATAC AATCAGTTTG TGGCAAATAA ATGTAGCTTA 
ACAGCAGATT TCTCTGACAG CTACATTACA GAAATGTTAG AAAATGTTGA AAAAGCTTTG 
AAGGAAAAAT CCATGGATAT CAGATCAGCT TTTGAAGTGG ATCTTAAAGT TCATCTGTGT 
AATGCTGCAT GCCAGGATTT TCAGAAACTG CATGACCGCT ATGCAAAGGA CAGAGAACTT 
TTGACAGTCA TCACAGCAAA CAAGGGAATG TACTTGGCAA AATTTATCTA CCGCTTCAGG 
AAGAGAGACG AGTGCCAGAG GGTGGCCAGT GCTTTTAGCT CCATGGTCAT CAAACCCACA 
GTGTTGGACT ACATCAATAG ACCACTGGGG ATGCAGGTTG CAGAAGAAAT TCAAGCTAAA 
GCCCAGCAGT TTAAGTCCCC ACAAGCTTTC CATCAAAGCT TGCTGGAAGA ATTGATTAAA 
GAAGACCGCT TTGAAAAATT CCTTCAATAC TTGCTTTCCT ATGACGACTT CAGACGACAG 
AAGATCCAGG AGACAGTGGT TGCTCATCTC TCCGAATCAA CCAACTTAAA TAAACAGAGG 
CAACAGAGGC TTGGAGATAT TGTAGGAAAG ATTGCAGCAG CAATAAGCCA AACAGCAGAA 
GGTACCAATG GAGTACTGAG TGATACAAAG CCACTGCTGG AGAGAACGTG TCTCATTTTG 
GAGAAAGATG GGGATGTGGA TGTCAACAGG GATTCTCTGA TTGGACCTGC ATTCAGTATC 
ACCACAGAAT GGGATTGTTT TGTTAAATGT TTAATGGAAT TACTGGCTAC AATGCGATTG 
GATTTGGCCC AGGAGTTCTC CCAAAATGTG GACGTACCCC AGCTTCTGCA CAGCCTTCCA 
GTTCAACCCC AAGACTCCCT TTTCAACAGA GTGAGAGGCT GTGACAAACA GTGTCCTCGC 
TGCAGAGCTC CCTGTGAGGA GGATGGGGTA GGACATGAAG TTCACAAAGC TTTGTTCCAT 
TGGCCCAAAG GCATGCTGCC TGATGGCTCC TGTTCTATGT CCTGTATCAG TTTCCTTGAA 
AACATGGGCA AGAGCAAACT AGAAAAGAAC CAGGACACAC AAGTTACATC CAAGGACCTC 
CAATCTCTGG GCCCAAACTG GACCATCTCC CTCGATGACC CAAACAGCCA AAAAGCCAGT 
AATTACTGGA GGTATGTGCT GACGAGGTTC AATGAAAAGT TTGCAGAAGA ATTCAAACAG 
GAGCCAGCAC AGATTCCTGA TGAGTGGAAG ACGATCACTC AGCAGGAGGC CTTAGACAGT 
CTCAAGGAAA TGTTTCTCAC CAGACAGGGT TGCTAA

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

RefSeq	XP_022051797.1
CDS	1..5016
Translation	MSVRLPKRLSGRKKKPPKDNAQTDILHKLGLEACRTTPLDPVSMLDISTWALENHTPLEPKDLPNAFLRRLWLLSRDARSPCCQHLNDALNNSKSPEEMLGGSEGENQGVINPLDLVTAVFMSANTFLQQEITMRMAQCQFAVPLVLPNIDPEEASHFLLWPLRAVMSQWKSHTQDNNSRVQEGDLARTCMAVVSCVKLGHCSVSKSQVLNHVLSGLRSDSETFLHRGMDGGQLPRRLSNGLVEVGWSLPTDDIVRDVFPVPVAIANLRGDASTHEKCLSLLCQASSAVVVFCGDLREKDRQLLAFCKDTASKLILVDLADAKRNENRAVGFVDENLEEDMKLSKGLALPGRGLSEEELANKLRDTLKNMLPDELKLVTLEAAAKLAVEVGLNVDEGSVCKKAMAAVEEMLNGLDEGSDEFRQKQLPLQGHLWTKLAELEKEESKQRKECKDLDPKIKKAKKDILAELSSYEMTPTMKIFTDSLFTTDKVERTYFLTWIKLRLQLMQTKKQNSPQDLLTDLPKEKTNGMPEHSDDLEHGDSDLMDSDSFCTDSSFEEETEMQNEDAGLQVSQQQCEIEEELQNVLQSTKKTIESPSQQEHHLESLHGPVPELNVASNETESQGEEITQSEDSSWSQSFEPNPSSLGLEHFLREMGLIFELTHISPGSGSHNVLRLPSLAADLLLYGIPLELMDGDASNIPIHWLSSVFAELKHRLPQEQCRTRVLTNLGIHHARNAEVLSALFGVKFPEGRKRSTCGVYMVALCLPDNLRSEMECDFLLLIDVEGLCSVSLDSKRNALTHNNEMATVAAGLSDVLLQNISSHASCEFETHFTIIVNALLRIKESGSMPICQLLLQDEGIKSLLQASQLRHVSEMLQIETEDSETSSVDKYSANMATCSTCIKGPWSNMSLSEPVDTQYSNAVLKLKKNLFEALKDCATKSKASSLPEFTRRLCAVWDSVKTESFTIGLQNTEIALAFSLLCTEFSMWVDGFLENIESWLMLAAKKIFDTKAKALDAAVQNELLSELKNEAREEIKTEIDKVRSRVDAYLMQDDLKMSSETFRPALMSNIANLQNRVTEETMQKLETVNESHCSSTQLKNFETLLEKEQESKLQALVEKSRSTKILLQDTEIEEEFEGVWSKTLSNFDFRPSEKGNITARVAEILKQNLISRGLQKHMKKLEITGQSQTDSFQVYNEHFGYRSRLRHMFEDNNRLQRLGAQEVACNIIEEYNQFVANKCSLTADFSDSYITEMLENVEKALKEKSMDIRSAFEVDLKVHLCNAACQDFQKLHDRYAKDRELLTVITANKGMYLAKFIYRFRKRDECQRVASAFSSMVIKPTVLDYINRPLGMQVAEEIQAKAQQFKSPQAFHQSLLEELIKEDRFEKFLQYLLSYDDFRRQKIQETVVAHLSESTNLNKQRQQRLGDIVGKIAAAISQTAEGTNGVLSDTKPLLERTCLILEKDGDVDVNRDSLIGPAFSITTEWDCFVKCLMELLATMRLDLAQEFSQNVDVPQLLHSLPVQPQDSLFNRVRGCDKQCPRCRAPCEEDGVGHEVHKALFHWPKGMLPDGSCSMSCISFLENMGKSKLEKNQDTQVTSKDLQSLGPNWTISLDDPNSQKASNYWRYVLTRFNEKFAEEFKQEPAQIPDEWKTITQQEALDSLKEMFLTRQGC

Target ORF information:

RefSeq Version	XM_022196105.1
Organism	Acanthochromis polyacanthus(spiny chromis)
Definition	Acanthochromis polyacanthus interferon-induced very large GTPase 1-like (LOC110952528), mRNA.

Target ORF information:

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

XM_022196105.1

ORF Insert Sequence:

ATGTCAGTCA GGCTTCCCAA GAGACTGAGC GGCAGGAAGA AAAAACCTCC AAAGGACAAT 
GCCCAGACTG ACATTCTCCA TAAGCTCGGC CTGGAGGCCT GCAGGACTAC ACCACTGGAC 
CCAGTGTCTA TGTTAGACAT TAGTACTTGG GCTCTGGAAA ACCATACTCC TCTAGAGCCA 
AAAGATCTAC CAAATGCTTT CCTCCGACGC CTTTGGCTGC TTAGCCGAGA TGCCCGGAGT 
CCTTGTTGTC AGCATCTAAA TGATGCTCTA AACAATAGCA AATCACCTGA GGAGATGCTA 
GGTGGTTCTG AAGGAGAAAA CCAGGGTGTC ATCAACCCCC TTGATCTAGT AACAGCTGTC 
TTTATGTCTG CCAACACTTT CCTTCAGCAG GAGATAACTA TGCGAATGGC ACAATGCCAG 
TTTGCTGTCC CTCTGGTCCT TCCAAACATA GATCCAGAAG AAGCCAGTCA CTTCCTACTT 
TGGCCTTTAC GAGCAGTCAT GAGCCAATGG AAGTCTCACA CTCAGGATAA CAACAGCAGA 
GTCCAAGAAG GAGATTTGGC CAGAACATGC ATGGCAGTAG TTTCTTGCGT GAAACTTGGT 
CATTGCAGTG TCTCTAAGTC ACAGGTGCTA AACCATGTCC TAAGTGGACT CAGATCTGAC 
AGTGAAACAT TTCTCCACAG AGGGATGGAT GGAGGGCAGC TGCCTCGAAG ACTGTCCAAT 
GGCCTGGTAG AGGTTGGATG GTCTCTACCC ACCGACGATA TTGTCAGGGA TGTTTTTCCT 
GTCCCTGTAG CCATCGCCAA TCTACGAGGC GATGCCAGTA CACATGAAAA ATGTCTCAGC 
CTTTTATGTC AAGCATCTTC AGCTGTAGTA GTTTTCTGTG GGGATCTTAG AGAGAAAGAC 
AGACAACTTC TTGCTTTCTG CAAAGATACT GCAAGCAAAC TGATACTGGT TGATCTTGCA 
GACGCTAAGA GAAATGAAAA CAGAGCTGTG GGGTTTGTTG ATGAGAACCT TGAAGAGGAC 
ATGAAGCTTT CCAAAGGGCT TGCACTTCCA GGAAGAGGTT TGAGTGAGGA GGAACTGGCT 
AATAAGCTTC GTGACACCCT GAAAAACATG CTACCAGATG AATTGAAACT TGTTACACTA 
GAGGCAGCAG CAAAGTTAGC AGTGGAGGTT GGCCTAAATG TGGATGAAGG CTCAGTCTGT 
AAAAAAGCAA TGGCCGCAGT GGAGGAAATG TTGAACGGTT TAGATGAGGG ATCTGATGAA 
TTTAGGCAGA AACAGCTTCC TTTGCAGGGG CATTTGTGGA CCAAACTGGC AGAACTGGAG 
AAAGAGGAGA GTAAACAGAG AAAAGAATGT AAAGATCTTG ACCCCAAAAT AAAAAAGGCC 
AAGAAAGATA TTTTGGCTGA GTTGAGCAGC TACGAAATGA CCCCAACTAT GAAGATTTTC 
ACTGATTCTC TATTCACCAC AGACAAAGTA GAGAGGACTT ATTTTCTCAC TTGGATCAAA 
CTGAGACTTC AGCTGATGCA AACCAAAAAA CAAAACAGTC CACAAGATCT GCTCACAGAT 
CTGCCGAAAG AAAAGACAAA TGGCATGCCT GAACATTCGG ATGATCTTGA ACATGGAGAC 
AGTGACCTCA TGGACAGCGA TAGTTTCTGC ACGGATTCAT CATTTGAAGA GGAAACTGAA 
ATGCAGAATG AAGATGCTGG ATTGCAAGTT TCGCAGCAAC AGTGTGAAAT AGAGGAAGAG 
TTACAGAATG TTTTGCAGTC CACAAAAAAG ACCATAGAAT CACCTTCACA ACAGGAACAT 
CATCTTGAGT CCCTACATGG GCCAGTGCCG GAGTTAAATG TGGCATCAAA TGAAACAGAG 
AGTCAAGGTG AAGAAATTAC TCAAAGCGAA GACTCCTCAT GGTCACAATC TTTTGAACCC 
AATCCATCCT CATTGGGACT TGAGCACTTC CTGCGTGAGA TGGGTCTCAT TTTTGAGCTA 
ACCCACATCA GTCCCGGCAG TGGGAGCCAC AATGTGTTGC GTCTCCCTAG CTTAGCAGCA 
GACCTTCTTC TCTACGGTAT TCCACTTGAA CTAATGGATG GAGATGCCTC AAATATCCCC 
ATCCACTGGC TGAGCTCTGT CTTTGCAGAG CTTAAACATC GCCTACCTCA GGAGCAGTGT 
AGGACCAGAG TGCTGACAAA CCTTGGCATT CATCATGCCA GGAATGCTGA AGTTCTTTCT 
GCATTGTTTG GGGTGAAATT CCCAGAAGGA CGGAAAAGAT CCACTTGTGG GGTGTACATG 
GTTGCCCTGT GTCTCCCTGA CAATCTTAGA AGTGAAATGG AGTGTGATTT TCTGTTGCTG 
ATTGATGTAG AAGGACTCTG CTCGGTCTCA CTAGACAGCA AAAGAAATGC ACTGACCCAC 
AACAATGAGA TGGCCACTGT TGCAGCAGGA TTGAGTGATG TTTTATTACA GAACATTTCA 
TCACATGCCA GCTGTGAGTT TGAAACACAC TTCACCATCA TAGTTAATGC TCTCCTGCGC 
ATCAAAGAAT CTGGCTCCAT GCCCATTTGT CAACTTCTGC TCCAGGATGA AGGAATTAAG 
AGCCTATTAC AAGCCTCACA GTTGCGCCAT GTTTCTGAAA TGCTTCAGAT TGAGACTGAG 
GACAGCGAGA CCAGCAGTGT TGATAAATAT TCTGCAAACA TGGCAACATG CTCCACCTGT 
ATCAAAGGGC CTTGGTCCAA TATGTCTCTC TCTGAACCAG TTGATACACA GTACAGTAAC 
GCTGTGTTAA AGCTCAAGAA AAACCTCTTT GAGGCATTGA AGGACTGTGC AACAAAGTCT 
AAAGCCTCAA GCTTGCCTGA ATTTACCAGA CGTTTATGTG CCGTTTGGGA TTCAGTGAAA 
ACAGAATCCT TCACTATTGG TTTGCAAAAT ACAGAGATAG CTTTAGCATT TTCTTTGTTA 
TGCACAGAGT TTTCCATGTG GGTGGATGGC TTTCTGGAAA ACATTGAGAG CTGGCTAATG 
TTGGCAGCAA AGAAAATCTT TGACACAAAG GCAAAAGCAT TGGACGCTGC AGTCCAAAAT 
GAACTTCTGA GTGAACTGAA GAATGAAGCC AGAGAGGAAA TCAAAACAGA GATTGATAAA 
GTCAGGTCAC GAGTTGATGC CTACTTGATG CAAGATGACC TCAAAATGAG TTCCGAAACA 
TTCAGGCCAG CCCTAATGAG CAATATCGCT AACCTCCAGA ACCGAGTAAC TGAAGAGACC 
ATGCAAAAGT TGGAGACAGT CAATGAGAGT CACTGTTCTT CTACACAGCT GAAAAATTTT 
GAGACCTTAC TGGAAAAAGA ACAGGAGTCC AAGCTACAAG CTCTGGTAGA AAAAAGCAGG 
TCTACAAAAA TTCTCCTACA AGACACGGAG ATAGAAGAGG AGTTTGAGGG TGTGTGGAGT 
AAGACTTTAT CCAACTTTGA CTTCAGACCT TCAGAAAAAG GCAATATTAC TGCAAGAGTG 
GCAGAAATTC TGAAACAGAA TCTTATCAGC CGTGGCCTCC AGAAACACAT GAAAAAGCTT 
GAAATCACAG GCCAAAGTCA GACCGACAGC TTCCAAGTTT ATAATGAGCA TTTTGGATAC 
CGCAGCAGAT TAAGACATAT GTTTGAAGAC AACAACCGGC TCCAGAGGTT AGGAGCTCAA 
GAGGTAGCTT GCAATATCAT AGAGGAATAC AATCAGTTTG TGGCAAATAA ATGTAGCTTA 
ACAGCAGATT TCTCTGACAG CTACATTACA GAAATGTTAG AAAATGTTGA AAAAGCTTTG 
AAGGAAAAAT CCATGGATAT CAGATCAGCT TTTGAAGTGG ATCTTAAAGT TCATCTGTGT 
AATGCTGCAT GCCAGGATTT TCAGAAACTG CATGACCGCT ATGCAAAGGA CAGAGAACTT 
TTGACAGTCA TCACAGCAAA CAAGGGAATG TACTTGGCAA AATTTATCTA CCGCTTCAGG 
AAGAGAGACG AGTGCCAGAG GGTGGCCAGT GCTTTTAGCT CCATGGTCAT CAAACCCACA 
GTGTTGGACT ACATCAATAG ACCACTGGGG ATGCAGGTTG CAGAAGAAAT TCAAGCTAAA 
GCCCAGCAGT TTAAGTCCCC ACAAGCTTTC CATCAAAGCT TGCTGGAAGA ATTGATTAAA 
GAAGACCGCT TTGAAAAATT CCTTCAATAC TTGCTTTCCT ATGACGACTT CAGACGACAG 
AAGATCCAGG AGACAGTGGT TGCTCATCTC TCCGAATCAA CCAACTTAAA TAAACAGAGG 
CAACAGAGGC TTGGAGATAT TGTAGGAAAG ATTGCAGCAG CAATAAGCCA AACAGCAGAA 
GGTACCAATG GAGTACTGAG TGATACAAAG CCACTGCTGG AGAGAACGTG TCTCATTTTG 
GAGAAAGATG GGGATGTGGA TGTCAACAGG GATTCTCTGA TTGGACCTGC ATTCAGTATC 
ACCACAGAAT GGGATTGTTT TGTTAAATGT TTAATGGAAT TACTGGCTAC AATGCGATTG 
GATTTGGCCC AGGAGTTCTC CCAAAATGTG GACGTACCCC AGCTTCTGCA CAGCCTTCCA 
GTTCAACCCC AAGACTCCCT TTTCAACAGA GTGAGAGGCT GTGACAAACA GTGTCCTCGC 
TGCAGAGCTC CCTGTGAGGA GGATGGGGTA GGACATGAAG TTCACAAAGC TTTGTTCCAT 
TGGCCCAAAG GCATGCTGCC TGATGGCTCC TGTTCTATGT CCTGTATCAG TTTCCTTGAA 
AACATGGGCA AGAGCAAACT AGAAAAGAAC CAGGACACAC AAGTTACATC CAAGGACCTC 
CAATCTCTGG GCCCAAACTG GACCATCTCC CTCGATGACC CAAACAGCCA AAAAGCCAGT 
AATTACTGGA GGTATGTGCT GACGAGGTTC AATGAAAAGT TTGCAGAAGA ATTCAAACAG 
GAGCCAGCAC AGATTCCTGA TGAGTGGAAG ACGATCACTC AGCAGGAGGC CTTAGACAGT 
CTCAAGGAAA TGTTTCTCAC CAGACAGGGT TGCTAA