LOC107574181 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107574181
Entrez Gene ID	107574181
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016260645.1	XP_016116131.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC107574181 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107574181 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
OSi60088	XM_016260645.1 Latest version!	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107574181), 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)

LOC107574181 ( XM_016260645.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016116131.1 Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107574181), mRNA.

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CloneID	OSi60088
Clone ID Related Accession (Same CDS sequence)	XM_016260645.1
Accession Version	XM_016260645.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) 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	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_015507317.1) 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##

ATGGATGTTC AGATGGTCGT GTTTCATTGT GCGGATGGTT TCCTGAAGCA GCTGATGGTC 
ACTAAACTGT CCCAGTGTCA GTACGCTCTG CCTCTGCTTG TTCCTGATCC ATTCACACAG 
CAGATTGAGT TTCCTCTCTG GACATTCAGA CAAATCAACA AGAGCTGGAA GATGAGAAAC 
ACCAACAATG AGGTCATCAG TCAAACCCAT CCGATCTACA AGGCACAAAC TCCAATGGTG 
TTTTTTTTCA GGTTTGGCTC CGTGTCTTCA TCTAAGTCTC AGCTGATGAA CAGTCTGATC 
AATGAGAAAC ACAACACGTT CTTCCACCGG AACTGCCCAG GCGGCAGCAG AACCAGAGTC 
CTGATGGATG GAGTGGTGGA GATCGCCTGG TTCTGCCCCT CTGGGAAAAA CACAGATAAA 
TTCACTAATT GTGTTGCTTT CTGTAATCTA CACGGTGATG CAGGAGAACA TGAGAAACAG 
CAGCAGATCC TCACTGAAAT GGCCTCAGTA AATGTTATTA TTCTACCACG ACTGGACAGG 
AATGACAGAC ATGCAGAAAA GATCCAAAAC CTGTACAGGA ACAGAAAGCC ACTCATTTGT 
ATTTTTACTA AGGATGAATC TGCTGTAACC GAGATGAAAA AAAGAAGATA CAAAGTCGGT 
TTGAAAGGCA GAAATCAGTC AGATGTATCT GAAGAACTCA GACGAGTAAT AAATAAGTGT 
CTCTTGGGAT CATCTTCCAC TTTCAGACTT GAAGATGTGT CCAAACACAC AGATATCAGA 
GTAGATGAGG AATATGATGA TGACTGCAGG AGAGGAAGAG AAGCAGCACA GCAGATGATG 
AGTTTACTGG AGAAGAAAGA TCTGACAGAA ATCAAGGAAT CATGTCTGCC TCATCAGGGG 
AAACTGTGGC ATCAGTGGAG TCAGATGAAC AAAGAACTAC ATCGACCTCG AGCAGATGAG 
ACAGAAATGG ACTTCAGTAG GAAACACACG GAAATGAAGA AAATCCGTGA GCAACAGCAT 
AAATCTGATG TCAGCAGGTT TATGAAGCTC TTTATTAGAG AAATGAACTC AGATACCACA 
AACAAGACGT TTTTCCTCAA ATGGCTCAGA ATCCTCCTGG ATGAACATAC ATCAGCTGAT 
CTTTCTGCTC TACATCACAA ATATGATGAA AAATGTTCAA CGATCCTAAA ACTGAGGGGG 
AATCATGATA AACCTGAACA ACTTAAAGCT GAACAGACTG AACTTGAGAG AATATCTGAG 
AAACTTCAAG CTGCAGCCTT TGGTTTGGAG CACGTCATGA GGGAGGTTGG CCAGATTTAC 
GAATCATGTT CATCTGTCAA GAAGAACAAG GAAGACTTGC AGTTTCACTT CTCTTCTCTC 
CCGAGTCTTG CAGCAGAGAT GATGATCTCT GGATTTCCAC TGGAGTTGAT GGATGGAGAT 
GCTGCTCATG TGCCTGTGAT CTGGATCTCT GCTGTTCTAG ATCAACTCAT CCAGAAACTG 
GGAGACCAGA GAGTCTTTGT GCTGTCAGTT TTAGGGATTC AGAGCACTGG GAAATCAACC 
ATGCTGAATG CAATGTTTGG ACTACAGTTT GCCGTCAGTG CTGGCAGGTG CACCAGAGGA 
GCTTTCATGC AGCTGCTCAG AGTGTCAGAC GAGATGAAAA CACAGATGAA CTTTGACTAT 
ATTCTGGTTG CTGATACTGA AGGTCTTTAT GCTCCAGAAC TGGCTGGAAA ATCAACAAGA 
CATCATGACA GTGAATTGGC CACATTTGTT GTTGGTCTTG CAAATCTGAC CTTGATCAAC 
ATCTTTGGAG AAAACCCATC TGAGATGCAG GACATTCTTC AGATTATTGT TCAGGCCTTC 
CTGAGGATGA AGAAGATCAG ACTGAATTCC AGCTGTGTGT TTGTGCATCA AAACGTTTCA 
GACGTTACAA CTGGAGAGAA AAACATGGAG GGAAGGAGAC GACTGCAGGA GACACTGGAT 
GAAATGACAA AACTCGCTGC TAACGATGAA ATATGTGATG CAGAAAGTTT CAGCGATATC 
AGTAGATTTG ATGTTCAGAA AGATGTTAAG TATTTTGCTC ATCTCTGGGA AGGAAACCCA 
CCCATGGCAC CACCAAACCC AAACTATTGT GAGAACATTC AAGATTTAAA GGAAACTATA 
ATAATTCATG CATCAAAATC ACATGGAATA ATGCTGAAAG ATTTCAACGA TTATATTAAA 
AAGTTCTATA CAGACTTATT GAAGGAACGA TTCATCTTCA GCTTCAGAAA TTCTCTGGAG 
ATTTCAGCTT ACAGGAAACT GGAGACTAAA TACAGGAAGT GGTCCTGCAG TCTTCGCAGT 
GCCATGATGG AAACTGAGAA CAAACTACAC AACAAAATAG AATATAAAAT AATTAATGAG 
GTTGAGGAAA CTGACCTTCA AAGAGAAATG AAGGAGACAA GTGAAGAAGT GAAAAAATCA 
ATGTCAGAAT TCTTTGAGAA AGACAGAGAT AAAGATATAC TGATTCAGTG GAAAACATCA 
TTTGAAATAA AAATCAGAGA CCTTCAGGAA AACATTGTGA GAGAAACAAA GAGGAAATTA 
AATGAGATTC TTCAACAGCC ACACCTAAAG AAAAAGATTG ATGCTCAGAG GACACATCAT 
GAAAACACTC TGTATGAAAA GAGCAAAGAA CTTGCCTTAA AACTCCGAGA CAAAGCAAAT 
GATGAAGAAA AACTGAAGAA AGAGTTTGAT TTGTTTTGGG AACAAAGTGT GAAGAAGATC 
AGAGACAATC CTCCAATCAA AGAGATTGAT ATCGTGAGAG ATGTGAGAGA GATTCTCAGT 
GACAACTATA AAAGTGCTCC TATAGATCAC TGGAGGGAGA CCAGGGATAT CTTCACTTTG 
CCGAGTTATT CAGATTATGT AAATTGCAAA AATTTCACAA ACAGTGAGAA AAATGAGGTT 
TTCAGAACAG CAAAAGAAAC TCTGTCTCCA GAGCATGAAG CCCAAATAAG ATCATTAGTC 
ACAGATGTTA TTCAGCAGAC AGACAACATG ATTCAGTCAT TTAACATTTC AAAGATGGGC 
TACAATAAAA GCTGCCTTAC ACAACTCATA GACTACGTCA AGACAAGAGT AACAGAACAT 
CAGAAATATG TGTTCAAGAA TGAATTCTTC ATGGATTTGG TTCTTTCCAT CTGTAAGAGA 
GCAAACAAAA TGATCACTGA CCAACACAGA CTGTTCAGAG ACGCCAATGA TCCTGAAATA 
TATGTTGAGA AGAAGAGAGA AGAGTACTAT AGTATTTTCC AGAAATACTG TCATGGAGCT 
GCTTCAGCTG CCATTTTTGG AGAGATCATC TGTCAGAAAC TCAAAGAGCC CATTGAGCAG 
AGCGTCTACA AGAAGACTGC CAAAGATCTG ACAGATGAAA TGAGATCAAA CTGTGAATCA 
CTGAATGGAA ACAGATCAAA TCTGGAGAAA CACATCCTGA AGACACTGGC AGAAGAGGAG 
GATTTTGACA AATACATGAA CTACATTAAT AATTCCAGAG ATCATTTCAA GGATTTCATA 
AGAGATGAAG TGAGTCAGTA CATCACTGAT AAGTTCAGTG TCAGTGTTTT GCCAAAGATG 
AAGGAGAATA TTAAACTCCT GCAGCAGAAG ATCATGAAAG CAGCACATGA ATCTACTGAA 
CTTGTTCAAG AGAGCAGAGG AGATGTTGGT TTGTGGTTGA AGAGTTTCAC ACAGCAGCTC 
TCAGATGAGC TGATCTTCTC TGAAAAGGAC CTCAGTGGAG TCAAACATGA TGGTGTTAAA 
GATTTCAACC TCATGGAAAA TGTGATAAAA AAAGAACTTC CTGCTATAAT GTCTGATATC 
AACAGTAGAT TCAACACAAA GTCATTTGAT GAAAAACTGG ACTATAAATT CAGGCCAGAA 
GAGCTTCTGA TTGATCACTT CTGTCAGTGC TGTTGGGTTC AGTGTCCGTT TTGTGGAGCC 
ACCTGCACCA ACACCATAGA AAACCATCCT GGAAAACACA GTACTCCTTT CCATCGTGTT 
ACTGGACTAA AAGGGATGAA ATACAGGAAT ACAACAAACT TGTCAATTAG CATCTGCACA 
TCAGCAGTAG CAAGTTATCG ATCTTTTTAT CCCAATGACT CTAAAAAGTC AGTCTCCTGG 
AGAGAATATA GAAATGCAGG AGGAATTTAT ACAAACTGGA GCATCACCCC TGATCTCTCC 
GAACTGCTCT ACTGGAAGTG GTTTGTGAGC AGATTCCAGA AATATCTGAA GAAATACTAC 
AATAAAACAT CAATAGGATA TTTTAAAATA CCAGATGAAT GGAAAACATA CTCAAAACAG 
GCTGCTATTG AAAGTTTGAA TCAGTACATG TAA

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

RefSeq	XP_016116131.1
CDS	16..4368
Translation	MDVQMVVFHCADGFLKQLMVTKLSQCQYALPLLVPDPFTQQIEFPLWTFRQINKSWKMRNTNNEVISQTHPIYKAQTPMVFFFRFGSVSSSKSQLMNSLINEKHNTFFHRNCPGGSRTRVLMDGVVEIAWFCPSGKNTDKFTNCVAFCNLHGDAGEHEKQQQILTEMASVNVIILPRLDRNDRHAEKIQNLYRNRKPLICIFTKDESAVTEMKKRRYKVGLKGRNQSDVSEELRRVINKCLLGSSSTFRLEDVSKHTDIRVDEEYDDDCRRGREAAQQMMSLLEKKDLTEIKESCLPHQGKLWHQWSQMNKELHRPRADETEMDFSRKHTEMKKIREQQHKSDVSRFMKLFIREMNSDTTNKTFFLKWLRILLDEHTSADLSALHHKYDEKCSTILKLRGNHDKPEQLKAEQTELERISEKLQAAAFGLEHVMREVGQIYESCSSVKKNKEDLQFHFSSLPSLAAEMMISGFPLELMDGDAAHVPVIWISAVLDQLIQKLGDQRVFVLSVLGIQSTGKSTMLNAMFGLQFAVSAGRCTRGAFMQLLRVSDEMKTQMNFDYILVADTEGLYAPELAGKSTRHHDSELATFVVGLANLTLINIFGENPSEMQDILQIIVQAFLRMKKIRLNSSCVFVHQNVSDVTTGEKNMEGRRRLQETLDEMTKLAANDEICDAESFSDISRFDVQKDVKYFAHLWEGNPPMAPPNPNYCENIQDLKETIIIHASKSHGIMLKDFNDYIKKFYTDLLKERFIFSFRNSLEISAYRKLETKYRKWSCSLRSAMMETENKLHNKIEYKIINEVEETDLQREMKETSEEVKKSMSEFFEKDRDKDILIQWKTSFEIKIRDLQENIVRETKRKLNEILQQPHLKKKIDAQRTHHENTLYEKSKELALKLRDKANDEEKLKKEFDLFWEQSVKKIRDNPPIKEIDIVRDVREILSDNYKSAPIDHWRETRDIFTLPSYSDYVNCKNFTNSEKNEVFRTAKETLSPEHEAQIRSLVTDVIQQTDNMIQSFNISKMGYNKSCLTQLIDYVKTRVTEHQKYVFKNEFFMDLVLSICKRANKMITDQHRLFRDANDPEIYVEKKREEYYSIFQKYCHGAASAAIFGEIICQKLKEPIEQSVYKKTAKDLTDEMRSNCESLNGNRSNLEKHILKTLAEEEDFDKYMNYINNSRDHFKDFIRDEVSQYITDKFSVSVLPKMKENIKLLQQKIMKAAHESTELVQESRGDVGLWLKSFTQQLSDELIFSEKDLSGVKHDGVKDFNLMENVIKKELPAIMSDINSRFNTKSFDEKLDYKFRPEELLIDHFCQCCWVQCPFCGATCTNTIENHPGKHSTPFHRVTGLKGMKYRNTTNLSISICTSAVASYRSFYPNDSKKSVSWREYRNAGGIYTNWSITPDLSELLYWKWFVSRFQKYLKKYYNKTSIGYFKIPDEWKTYSKQAAIESLNQYM

Target ORF information:

RefSeq Version	XM_016260645.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107574181), mRNA.

Target ORF information:

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

XM_016260645.1

ORF Insert Sequence:

ATGGATGTTC AGATGGTCGT GTTTCATTGT GCGGATGGTT TCCTGAAGCA GCTGATGGTC 
ACTAAACTGT CCCAGTGTCA GTACGCTCTG CCTCTGCTTG TTCCTGATCC ATTCACACAG 
CAGATTGAGT TTCCTCTCTG GACATTCAGA CAAATCAACA AGAGCTGGAA GATGAGAAAC 
ACCAACAATG AGGTCATCAG TCAAACCCAT CCGATCTACA AGGCACAAAC TCCAATGGTG 
TTTTTTTTCA GGTTTGGCTC CGTGTCTTCA TCTAAGTCTC AGCTGATGAA CAGTCTGATC 
AATGAGAAAC ACAACACGTT CTTCCACCGG AACTGCCCAG GCGGCAGCAG AACCAGAGTC 
CTGATGGATG GAGTGGTGGA GATCGCCTGG TTCTGCCCCT CTGGGAAAAA CACAGATAAA 
TTCACTAATT GTGTTGCTTT CTGTAATCTA CACGGTGATG CAGGAGAACA TGAGAAACAG 
CAGCAGATCC TCACTGAAAT GGCCTCAGTA AATGTTATTA TTCTACCACG ACTGGACAGG 
AATGACAGAC ATGCAGAAAA GATCCAAAAC CTGTACAGGA ACAGAAAGCC ACTCATTTGT 
ATTTTTACTA AGGATGAATC TGCTGTAACC GAGATGAAAA AAAGAAGATA CAAAGTCGGT 
TTGAAAGGCA GAAATCAGTC AGATGTATCT GAAGAACTCA GACGAGTAAT AAATAAGTGT 
CTCTTGGGAT CATCTTCCAC TTTCAGACTT GAAGATGTGT CCAAACACAC AGATATCAGA 
GTAGATGAGG AATATGATGA TGACTGCAGG AGAGGAAGAG AAGCAGCACA GCAGATGATG 
AGTTTACTGG AGAAGAAAGA TCTGACAGAA ATCAAGGAAT CATGTCTGCC TCATCAGGGG 
AAACTGTGGC ATCAGTGGAG TCAGATGAAC AAAGAACTAC ATCGACCTCG AGCAGATGAG 
ACAGAAATGG ACTTCAGTAG GAAACACACG GAAATGAAGA AAATCCGTGA GCAACAGCAT 
AAATCTGATG TCAGCAGGTT TATGAAGCTC TTTATTAGAG AAATGAACTC AGATACCACA 
AACAAGACGT TTTTCCTCAA ATGGCTCAGA ATCCTCCTGG ATGAACATAC ATCAGCTGAT 
CTTTCTGCTC TACATCACAA ATATGATGAA AAATGTTCAA CGATCCTAAA ACTGAGGGGG 
AATCATGATA AACCTGAACA ACTTAAAGCT GAACAGACTG AACTTGAGAG AATATCTGAG 
AAACTTCAAG CTGCAGCCTT TGGTTTGGAG CACGTCATGA GGGAGGTTGG CCAGATTTAC 
GAATCATGTT CATCTGTCAA GAAGAACAAG GAAGACTTGC AGTTTCACTT CTCTTCTCTC 
CCGAGTCTTG CAGCAGAGAT GATGATCTCT GGATTTCCAC TGGAGTTGAT GGATGGAGAT 
GCTGCTCATG TGCCTGTGAT CTGGATCTCT GCTGTTCTAG ATCAACTCAT CCAGAAACTG 
GGAGACCAGA GAGTCTTTGT GCTGTCAGTT TTAGGGATTC AGAGCACTGG GAAATCAACC 
ATGCTGAATG CAATGTTTGG ACTACAGTTT GCCGTCAGTG CTGGCAGGTG CACCAGAGGA 
GCTTTCATGC AGCTGCTCAG AGTGTCAGAC GAGATGAAAA CACAGATGAA CTTTGACTAT 
ATTCTGGTTG CTGATACTGA AGGTCTTTAT GCTCCAGAAC TGGCTGGAAA ATCAACAAGA 
CATCATGACA GTGAATTGGC CACATTTGTT GTTGGTCTTG CAAATCTGAC CTTGATCAAC 
ATCTTTGGAG AAAACCCATC TGAGATGCAG GACATTCTTC AGATTATTGT TCAGGCCTTC 
CTGAGGATGA AGAAGATCAG ACTGAATTCC AGCTGTGTGT TTGTGCATCA AAACGTTTCA 
GACGTTACAA CTGGAGAGAA AAACATGGAG GGAAGGAGAC GACTGCAGGA GACACTGGAT 
GAAATGACAA AACTCGCTGC TAACGATGAA ATATGTGATG CAGAAAGTTT CAGCGATATC 
AGTAGATTTG ATGTTCAGAA AGATGTTAAG TATTTTGCTC ATCTCTGGGA AGGAAACCCA 
CCCATGGCAC CACCAAACCC AAACTATTGT GAGAACATTC AAGATTTAAA GGAAACTATA 
ATAATTCATG CATCAAAATC ACATGGAATA ATGCTGAAAG ATTTCAACGA TTATATTAAA 
AAGTTCTATA CAGACTTATT GAAGGAACGA TTCATCTTCA GCTTCAGAAA TTCTCTGGAG 
ATTTCAGCTT ACAGGAAACT GGAGACTAAA TACAGGAAGT GGTCCTGCAG TCTTCGCAGT 
GCCATGATGG AAACTGAGAA CAAACTACAC AACAAAATAG AATATAAAAT AATTAATGAG 
GTTGAGGAAA CTGACCTTCA AAGAGAAATG AAGGAGACAA GTGAAGAAGT GAAAAAATCA 
ATGTCAGAAT TCTTTGAGAA AGACAGAGAT AAAGATATAC TGATTCAGTG GAAAACATCA 
TTTGAAATAA AAATCAGAGA CCTTCAGGAA AACATTGTGA GAGAAACAAA GAGGAAATTA 
AATGAGATTC TTCAACAGCC ACACCTAAAG AAAAAGATTG ATGCTCAGAG GACACATCAT 
GAAAACACTC TGTATGAAAA GAGCAAAGAA CTTGCCTTAA AACTCCGAGA CAAAGCAAAT 
GATGAAGAAA AACTGAAGAA AGAGTTTGAT TTGTTTTGGG AACAAAGTGT GAAGAAGATC 
AGAGACAATC CTCCAATCAA AGAGATTGAT ATCGTGAGAG ATGTGAGAGA GATTCTCAGT 
GACAACTATA AAAGTGCTCC TATAGATCAC TGGAGGGAGA CCAGGGATAT CTTCACTTTG 
CCGAGTTATT CAGATTATGT AAATTGCAAA AATTTCACAA ACAGTGAGAA AAATGAGGTT 
TTCAGAACAG CAAAAGAAAC TCTGTCTCCA GAGCATGAAG CCCAAATAAG ATCATTAGTC 
ACAGATGTTA TTCAGCAGAC AGACAACATG ATTCAGTCAT TTAACATTTC AAAGATGGGC 
TACAATAAAA GCTGCCTTAC ACAACTCATA GACTACGTCA AGACAAGAGT AACAGAACAT 
CAGAAATATG TGTTCAAGAA TGAATTCTTC ATGGATTTGG TTCTTTCCAT CTGTAAGAGA 
GCAAACAAAA TGATCACTGA CCAACACAGA CTGTTCAGAG ACGCCAATGA TCCTGAAATA 
TATGTTGAGA AGAAGAGAGA AGAGTACTAT AGTATTTTCC AGAAATACTG TCATGGAGCT 
GCTTCAGCTG CCATTTTTGG AGAGATCATC TGTCAGAAAC TCAAAGAGCC CATTGAGCAG 
AGCGTCTACA AGAAGACTGC CAAAGATCTG ACAGATGAAA TGAGATCAAA CTGTGAATCA 
CTGAATGGAA ACAGATCAAA TCTGGAGAAA CACATCCTGA AGACACTGGC AGAAGAGGAG 
GATTTTGACA AATACATGAA CTACATTAAT AATTCCAGAG ATCATTTCAA GGATTTCATA 
AGAGATGAAG TGAGTCAGTA CATCACTGAT AAGTTCAGTG TCAGTGTTTT GCCAAAGATG 
AAGGAGAATA TTAAACTCCT GCAGCAGAAG ATCATGAAAG CAGCACATGA ATCTACTGAA 
CTTGTTCAAG AGAGCAGAGG AGATGTTGGT TTGTGGTTGA AGAGTTTCAC ACAGCAGCTC 
TCAGATGAGC TGATCTTCTC TGAAAAGGAC CTCAGTGGAG TCAAACATGA TGGTGTTAAA 
GATTTCAACC TCATGGAAAA TGTGATAAAA AAAGAACTTC CTGCTATAAT GTCTGATATC 
AACAGTAGAT TCAACACAAA GTCATTTGAT GAAAAACTGG ACTATAAATT CAGGCCAGAA 
GAGCTTCTGA TTGATCACTT CTGTCAGTGC TGTTGGGTTC AGTGTCCGTT TTGTGGAGCC 
ACCTGCACCA ACACCATAGA AAACCATCCT GGAAAACACA GTACTCCTTT CCATCGTGTT 
ACTGGACTAA AAGGGATGAA ATACAGGAAT ACAACAAACT TGTCAATTAG CATCTGCACA 
TCAGCAGTAG CAAGTTATCG ATCTTTTTAT CCCAATGACT CTAAAAAGTC AGTCTCCTGG 
AGAGAATATA GAAATGCAGG AGGAATTTAT ACAAACTGGA GCATCACCCC TGATCTCTCC 
GAACTGCTCT ACTGGAAGTG GTTTGTGAGC AGATTCCAGA AATATCTGAA GAAATACTAC 
AATAAAACAT CAATAGGATA TTTTAAAATA CCAGATGAAT GGAAAACATA CTCAAAACAG 
GCTGCTATTG AAAGTTTGAA TCAGTACATG TAA