LOC113009409 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC113009409 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC113009409 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
OEa25707	XM_026147683.1 Latest version!	Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113009409), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC113009409 ( XM_026147683.1 ) cDNA ORF clone, -> XP_026003468.1 Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113009409), mRNA.

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CloneID	OEa25707
Clone ID Related Accession (Same CDS sequence)	XM_026147683.1
Accession Version	XM_026147683.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5322bp) 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	2018-09-03
Organism	Astatotilapia calliptera(eastern happy)
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 (NC_039318.1) 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 Name :: Astatotilapia calliptera Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGAGC TTGAGCAGAC AGCAGAAAAG AAAGGAGGAA AAAGAAACCG TAGACTTTGT 
AGAAAAAGAA GAAAGTGTAA AATCTTCCGT TTGTGTTGCT GTTGCTGTGC CACAGACGAT 
GAGTTGGATG AAAGTGAAAC GACAACAAAG CCTTTATTGA ATAAAACTGG TGAAGCTCAG 
CACCTAGAGC TGAACGTTAC AAGCACAGGA AGTGAAACTG AAAATGCATC TGTACCATCT 
TCCACCAATA ATAGAGTAGA AGAAAAAGTG GAGATCACAC GTGAAGTCAG AGGAAAGACT 
GAGCCACAAG ACGAAAATGA AGATCAGTCA GAGAAAAGAG AAGACACCGC AACAGGAGGA 
GGAGAATCTG AAACCTGGAC TCCATCACAA CCTTTAAACA TTGAGAAGGG AGAGGAGTCA 
GCGAAGAGCG CAGCTGAAAC AGAGAGCTAC ACTATGAATG AAGACATACA GTCAAAGAGT 
AATGACACTG CAGCACCAGC AGAAAACTCT ATAATCAAGA TTCAAGCGAC ATCTGAAGCC 
AATAAGAAGG GAACGTCAGA TAATGACGCG AGTGAAAATG AAGAGGAGAA GAAGTCATGC 
CATCGACAAT TTGAGACACT GCTCAGCAGA CTTCATCTTC AAGACAAACT CCAACTCAAG 
TTTTCAGTAG AAGATTTTTT TCAAATACGC CCACCTATAA AACTGCACCA CATCACATCT 
GAGAAAGATC TAGCTCAGAT GTTTCTCTAC AGACTGATGA TGTTAGACTA CAGGGCCAGA 
TGTATTCTTG TAAGAACAGA CAGTCTTGAG ATGGCCTATT TAAATCCCAC GGTGTCTGAA 
ATCACTGAGA CGGATGACGG TGATTTAGAG GCTTTATTGA GAACAAGCGT AGACACACAT 
GAGAAAGAAC AGACTCCTCT GCATCCAATG GATGTTCAGA TGGCAGTATA TCACTGCTCA 
GACAGCTTCC TTAAACAGAT CATAATTGCA AAGCTCGCTC AGTGTCAGTA TGCCTTACCT 
TTGCTTGTTC CTGACCCAGT ATCAAAGGAG ATTGTGTGTC CTTTGTGGAC ATTCAGACAA 
ATAACAAAAA GCTGGAAGGT AACTCAAATC GAACCTGACT CACAAATTGT CACCATGAAG 
AACATCCCAG TCTACAAAGC TCAGACACCC TTGGTGTCAT TTTTCCGCCT GGGTTCTTTG 
TCAGTGTCTA AATCTCAGCT GATGAACACT TTGCTCAACG ATCGTCACAG CACCTTCTTC 
CACAGAAACT GCTTAGGAAG CATCAAGTCT CGCCATCTGA TGGATGGTGT GGCAGAGATT 
GCCTGGTACT GTCCTGCTGG AAAACCCAAT GATGCCTTCA ATGACTGCAT TGCCTTTTGT 
AATCTTCATG GTGATGCGCT GTCACTTCAA GAACAGTGTG AAATATTGAT TGAAAAATCC 
TCCATCAATA TTTTTCTTGT TGAAACTCTG CAGAAAAACA AAGAAAGTAG TTCTTTCATA 
GCAACTCTTT TTAAGTCCAA GAAGTCGCTC ATTTGTGTCA CTGTTGATGA CTGCTATGAT 
GTTAAGACAA AAAATGGAAA ATACATTATC GGGCTCAAAG ATAAAAACCA AGCGGATGTA 
TCTGAACAGC TGAAAAAGAT AATTAGAGAA GTTTTATCTT CTCCAGATGG TTCCAACTTG 
AAGCCATTTT TCCATCTTGA AACCATGGCT GAGCTCTCTG GAACCAGAGT GGATGAAAGT 
GACCCAGCCT GTCAAAGAGG GAAATCTGCT GCTTTGCAAA TAATGAATCT GCTCACAAAA 
GACAACATGG ATGTCTCGAA GATCAAAGAT GAATTTCTTG CTGTTCAAGG GCAGCTCTGG 
TGTGACTGGT GCAAAATACA CAAACAGCTG TTTCATCTTA GAGGAGAAAT TGAAAAGGAG 
AGAAGTCAAA AGCAACAAGA ACTGATGAGA ATCCGTCAGA AACAATGTGC TGCTTCCTGC 
AGTAAACTGA TGGAGCTGTT CATTGGAAGC CTCTCATCAT TGCCACCAAT AGACAAAGAA 
TATTTCCTAA AATGGACTCA GATCTTAATA GATGCGCTCT CCACAAATTA TCTTTCTTTG 
ATTCTCAGAA GTTACAATAC AACATGGTCT GAGGTCTTGG TTTTGAAAAG CAAACATGAC 
AAATCAGATT TGCTATTGAG AAAACAGGCT GAGCTCGAAG GCATCTCCAA AAAACTGCAG 
TCTGCATCTT TTGGCTTGGA GCACATCTTC AGGGAAATGG GACAGCTCTA TGAAGCCCAT 
AGAGAAATAC AGCAGGAGAG AAACAACACT GACTGGTCTA AATATCCTGA GCTGGCTGCA 
CAGTTGATGA TATCAGGATA TCCAATGGAG CTGATGGATG GAGATGCAGG TCACGTGCCT 
TTAACGTGGA TCTCCAGTCT TTTAGAGGAA GTCATCAAGA AACTGGGTGA CCAGAGAGTT 
TTTGTGTTGT CAGTTTTAGG CCTACAAAGC AGTGGAAAAT CAACAATGCT GAACACCATG 
TTTGGTTTGC AGTTTGCAGT AAGTGCTGGC AGGTGCACCA AAGGTGCCTT TATGCAACTG 
CTCAAAGTAT CAGAGGAGAT GCAGAAAGAC TTTCAGACCG ACTATGTTCT AGTGGTGGAC 
ACTGAAGGAC TCTGTGCTCT TGAGTTGGAA GGTAATGCCA CTCCTCACCA TGACAATGAA 
CTGGCAACAT TTGTTGTTGG TCTGGGAAAC TTGACATTGA TCAACATCTT TGGAGAGAAT 
CCATCTGAGA TGCAGGACAT TCTGCAGATT GTTGTTCAGG CTTTCATGAG GATGAAGAAA 
GTTCATCTTT CTCCCAGTTG TGTGTTTGTT CACCAGAATG TTACAGATGT GGCAGCAGCA 
GAGAAAAACA TGGATGGAAA GAGACGCCTG CAGGAAAAAC TGGACCAGAT GACCAAGCTA 
GCAGCTGAAG AGGAGGTTTG CGATGCAGAG TGCTTCAGTG ATGTCATTGA ATTTGATGTG 
CAAAAAGATG TGAAATACTG TGCCCAGCTA TGGGAGGGCA GTCCACCCAT GGCTCCTCCA 
AATCCAGGTT ACAGTGAGAG CATCCAAGAA CTAAAGGACG TCATCCTGTC TAAAGCTTCA 
AAGTCTGCTG GAATCACACT CTCTCAGTTC AAGACCAAAG TTGAGGACCT GTGGAATGCC 
CTTCTGAATG AAAGCTTTGT TTTCAGTTTT AAAAACACAC TTGAAATCGC AGTATACAGA 
AAACTTGAGG TTCAGTATGG GAACTGGACC TGGGCCCTTA GAAGCAAGAT GTTGACCACT 
GAAGAACAGC TTCATAACAG AATTGAAAAT GGTGATCTTG ACAAGGTTGA GAAGAAGTAT 
CTTTTGGAGG AAACAAGCAA AACATTTAAA GAAATTAGGA AAGCGATAAA AACATACTTT 
GAGAGTGACA AGGATAAAGA AATGTTGACT CAGTGGAGAG GACGATTTGA AATCAAAATC 
AGTGAGTTTT ATGATGAGCA GGTGAGCAGA TTAAAAACAA AACTTGATGG AGTTATCCTC 
CAGAAGAAAG CATGTAAACA GTTGGATGAT GATAAGACAG GCTTTGAGAA CAAGCTGCTA 
CAGAAGAGCA AAGAGCTCGC TCAGCAACTG AAGGATAAAG TCAGAGATGA AGAAGAGCTT 
AACAAACAGT TCAACTCTGT TTGGAGCGGC TGGATTACTG AATTAACAGC AGATACTAAA 
ACAGTTGTAG ACGTCAACTT GGAAGAAGAT TATTGTACTA TTCTTCAAGA ACTCGGTTTT 
GAACTGGCTT TTGTAGATGA ATCAAAAAGA CGTGGGAGAT ACAAGAAAAT ATCTGAGATT 
GGTGATTATT CAGACTACCT GAAGACAAGT GGACCAAAAT TTCTGGGGAC TGTGGTAGAT 
CTTTACAAAA AATATGCTTT CAGCAGTTCT TTCTCATTTA AAGAACAACA ACAAATCAGA 
TCGCTCATTG AAAAAGCTGA AAACGAGTCC CTTGGTGCAC TGAAAAGTAA ACCTGTAGTA 
ACAAGAGGCT ACACACCAAC TTACTTGCAT GAACTTGCCA AACATGTGAA AGATGAAGTC 
GAGAAATTTG TGTCAGAAAG GAAATTTGCT TTGAAGAAGG ATTTTACAGT TGATCTCTTG 
CTGTATGTGT TCGACAGAGC AGAGACTTGG CTTCTCGAGT CCCATAAAAA ATTCAAAATG 
AGGAATGATC CACTCACATA TTTAGAAAGC AAGGAAGCAC AGTTCTCCAC AGTTTTTAGA 
AGCTTTTGCA AAGGAAACTC ATCTGCTGTT GTCCTTGGAG AACTGATCTG TGAAAAGCTG 
AAAGCTTCCA CTGTTGAGGC TCTCTACAAC AGGACTGCCA TTGATCTGGC TGACCAGATG 
AAGTGCAATT TCCCAGCATT CAGTGGCAAC ACTCTGGACT TGGAAAAACA TATACTGAAG 
TCCCTCGCTG AGAAAGAAGT CTTTGATGAT TTCATCACCT ACATCAAGAA CCCAAGGAAA 
CATACAAAAG CTTTTATCGC AGCAGCAGTA GAGAAATACA TCTTCAAAGA TCACAAGGAT 
GAAGCCATGA ATTTACTTGA GAAAAACGTT CTTGACATCA ACTCACTTGT TAGTCAAGCT 
TTATTTACTG CAACACATAA AGTCCAAACT CAGGGAGGAG AGGCAGACAG GTGGCTGAAG 
GAGTTTTCCA GTGCGCTAAA TGATAAGCTT ACTCTGGATC CCATTTGTTC TCAAAACTTC 
AGTGACATAA ATGATTTTAA CTTTCTGAAG GGAGAGATAG AGAAAGGATT TGCTGCCATC 
ATTGTGCAGA TGAGCACCAT GTCACTGGAA AACTTGAAGG AATCCAGACT GAAGCCGGAT 
GAAATCCTCA CAGATCAGCT GTGTAAGCGT TGCTGGGTAA AGTGTCCATT CTGTTCCGCT 
GTTTGTATCA ACACTATTGA CGATCACAGT CCCGATGACC ACAGCGTCCC TTTCCATCGA 
CCTAATGGGA TCCAAGGATG GCACTACAAA GGCACAGAGG AGTTGTGCAT CACTTTCTGC 
ACAACAAACG TTTCGAGCGA AGGCAGGTTT TACCCTCATC ATGATTCAGA GGAAAGCATT 
CCTTATAAAC AATACAGAAC TGCTGGCTCA AAGTATGCCA CATGGAGAAT CACTCCCGAT 
GGGTCGAGAC TATCGTACTG GAAATGGTTT GTGTGCCGAT TTCAAAACAC ACTGGAAGAG 
CACTATAATC TAAAATTCCA GGGCAGAGGA GAGATTCCTG ATGACTGGAA AAAAATCTCT 
AAAGAGGAAG CCATTAAAAG CCTTGATGAA ATGTACTGCT AA

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

RefSeq	XP_026003468.1
CDS	1..5322
Translation	MEELEQTAEKKGGKRNRRLCRKRRKCKIFRLCCCCCATDDELDESETTTKPLLNKTGEAQHLELNVTSTGSETENASVPSSTNNRVEEKVEITREVRGKTEPQDENEDQSEKREDTATGGGESETWTPSQPLNIEKGEESAKSAAETESYTMNEDIQSKSNDTAAPAENSIIKIQATSEANKKGTSDNDASENEEEKKSCHRQFETLLSRLHLQDKLQLKFSVEDFFQIRPPIKLHHITSEKDLAQMFLYRLMMLDYRARCILVRTDSLEMAYLNPTVSEITETDDGDLEALLRTSVDTHEKEQTPLHPMDVQMAVYHCSDSFLKQIIIAKLAQCQYALPLLVPDPVSKEIVCPLWTFRQITKSWKVTQIEPDSQIVTMKNIPVYKAQTPLVSFFRLGSLSVSKSQLMNTLLNDRHSTFFHRNCLGSIKSRHLMDGVAEIAWYCPAGKPNDAFNDCIAFCNLHGDALSLQEQCEILIEKSSINIFLVETLQKNKESSSFIATLFKSKKSLICVTVDDCYDVKTKNGKYIIGLKDKNQADVSEQLKKIIREVLSSPDGSNLKPFFHLETMAELSGTRVDESDPACQRGKSAALQIMNLLTKDNMDVSKIKDEFLAVQGQLWCDWCKIHKQLFHLRGEIEKERSQKQQELMRIRQKQCAASCSKLMELFIGSLSSLPPIDKEYFLKWTQILIDALSTNYLSLILRSYNTTWSEVLVLKSKHDKSDLLLRKQAELEGISKKLQSASFGLEHIFREMGQLYEAHREIQQERNNTDWSKYPELAAQLMISGYPMELMDGDAGHVPLTWISSLLEEVIKKLGDQRVFVLSVLGLQSSGKSTMLNTMFGLQFAVSAGRCTKGAFMQLLKVSEEMQKDFQTDYVLVVDTEGLCALELEGNATPHHDNELATFVVGLGNLTLINIFGENPSEMQDILQIVVQAFMRMKKVHLSPSCVFVHQNVTDVAAAEKNMDGKRRLQEKLDQMTKLAAEEEVCDAECFSDVIEFDVQKDVKYCAQLWEGSPPMAPPNPGYSESIQELKDVILSKASKSAGITLSQFKTKVEDLWNALLNESFVFSFKNTLEIAVYRKLEVQYGNWTWALRSKMLTTEEQLHNRIENGDLDKVEKKYLLEETSKTFKEIRKAIKTYFESDKDKEMLTQWRGRFEIKISEFYDEQVSRLKTKLDGVILQKKACKQLDDDKTGFENKLLQKSKELAQQLKDKVRDEEELNKQFNSVWSGWITELTADTKTVVDVNLEEDYCTILQELGFELAFVDESKRRGRYKKISEIGDYSDYLKTSGPKFLGTVVDLYKKYAFSSSFSFKEQQQIRSLIEKAENESLGALKSKPVVTRGYTPTYLHELAKHVKDEVEKFVSERKFALKKDFTVDLLLYVFDRAETWLLESHKKFKMRNDPLTYLESKEAQFSTVFRSFCKGNSSAVVLGELICEKLKASTVEALYNRTAIDLADQMKCNFPAFSGNTLDLEKHILKSLAEKEVFDDFITYIKNPRKHTKAFIAAAVEKYIFKDHKDEAMNLLEKNVLDINSLVSQALFTATHKVQTQGGEADRWLKEFSSALNDKLTLDPICSQNFSDINDFNFLKGEIEKGFAAIIVQMSTMSLENLKESRLKPDEILTDQLCKRCWVKCPFCSAVCINTIDDHSPDDHSVPFHRPNGIQGWHYKGTEELCITFCTTNVSSEGRFYPHHDSEESIPYKQYRTAGSKYATWRITPDGSRLSYWKWFVCRFQNTLEEHYNLKFQGRGEIPDDWKKISKEEAIKSLDEMYC

Target ORF information:

RefSeq Version	XM_026147683.1
Organism	Astatotilapia calliptera(eastern happy)
Definition	Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113009409), mRNA.

Target ORF information:

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

XM_026147683.1

ORF Insert Sequence:

ATGGAGGAGC TTGAGCAGAC AGCAGAAAAG AAAGGAGGAA AAAGAAACCG TAGACTTTGT 
AGAAAAAGAA GAAAGTGTAA AATCTTCCGT TTGTGTTGCT GTTGCTGTGC CACAGACGAT 
GAGTTGGATG AAAGTGAAAC GACAACAAAG CCTTTATTGA ATAAAACTGG TGAAGCTCAG 
CACCTAGAGC TGAACGTTAC AAGCACAGGA AGTGAAACTG AAAATGCATC TGTACCATCT 
TCCACCAATA ATAGAGTAGA AGAAAAAGTG GAGATCACAC GTGAAGTCAG AGGAAAGACT 
GAGCCACAAG ACGAAAATGA AGATCAGTCA GAGAAAAGAG AAGACACCGC AACAGGAGGA 
GGAGAATCTG AAACCTGGAC TCCATCACAA CCTTTAAACA TTGAGAAGGG AGAGGAGTCA 
GCGAAGAGCG CAGCTGAAAC AGAGAGCTAC ACTATGAATG AAGACATACA GTCAAAGAGT 
AATGACACTG CAGCACCAGC AGAAAACTCT ATAATCAAGA TTCAAGCGAC ATCTGAAGCC 
AATAAGAAGG GAACGTCAGA TAATGACGCG AGTGAAAATG AAGAGGAGAA GAAGTCATGC 
CATCGACAAT TTGAGACACT GCTCAGCAGA CTTCATCTTC AAGACAAACT CCAACTCAAG 
TTTTCAGTAG AAGATTTTTT TCAAATACGC CCACCTATAA AACTGCACCA CATCACATCT 
GAGAAAGATC TAGCTCAGAT GTTTCTCTAC AGACTGATGA TGTTAGACTA CAGGGCCAGA 
TGTATTCTTG TAAGAACAGA CAGTCTTGAG ATGGCCTATT TAAATCCCAC GGTGTCTGAA 
ATCACTGAGA CGGATGACGG TGATTTAGAG GCTTTATTGA GAACAAGCGT AGACACACAT 
GAGAAAGAAC AGACTCCTCT GCATCCAATG GATGTTCAGA TGGCAGTATA TCACTGCTCA 
GACAGCTTCC TTAAACAGAT CATAATTGCA AAGCTCGCTC AGTGTCAGTA TGCCTTACCT 
TTGCTTGTTC CTGACCCAGT ATCAAAGGAG ATTGTGTGTC CTTTGTGGAC ATTCAGACAA 
ATAACAAAAA GCTGGAAGGT AACTCAAATC GAACCTGACT CACAAATTGT CACCATGAAG 
AACATCCCAG TCTACAAAGC TCAGACACCC TTGGTGTCAT TTTTCCGCCT GGGTTCTTTG 
TCAGTGTCTA AATCTCAGCT GATGAACACT TTGCTCAACG ATCGTCACAG CACCTTCTTC 
CACAGAAACT GCTTAGGAAG CATCAAGTCT CGCCATCTGA TGGATGGTGT GGCAGAGATT 
GCCTGGTACT GTCCTGCTGG AAAACCCAAT GATGCCTTCA ATGACTGCAT TGCCTTTTGT 
AATCTTCATG GTGATGCGCT GTCACTTCAA GAACAGTGTG AAATATTGAT TGAAAAATCC 
TCCATCAATA TTTTTCTTGT TGAAACTCTG CAGAAAAACA AAGAAAGTAG TTCTTTCATA 
GCAACTCTTT TTAAGTCCAA GAAGTCGCTC ATTTGTGTCA CTGTTGATGA CTGCTATGAT 
GTTAAGACAA AAAATGGAAA ATACATTATC GGGCTCAAAG ATAAAAACCA AGCGGATGTA 
TCTGAACAGC TGAAAAAGAT AATTAGAGAA GTTTTATCTT CTCCAGATGG TTCCAACTTG 
AAGCCATTTT TCCATCTTGA AACCATGGCT GAGCTCTCTG GAACCAGAGT GGATGAAAGT 
GACCCAGCCT GTCAAAGAGG GAAATCTGCT GCTTTGCAAA TAATGAATCT GCTCACAAAA 
GACAACATGG ATGTCTCGAA GATCAAAGAT GAATTTCTTG CTGTTCAAGG GCAGCTCTGG 
TGTGACTGGT GCAAAATACA CAAACAGCTG TTTCATCTTA GAGGAGAAAT TGAAAAGGAG 
AGAAGTCAAA AGCAACAAGA ACTGATGAGA ATCCGTCAGA AACAATGTGC TGCTTCCTGC 
AGTAAACTGA TGGAGCTGTT CATTGGAAGC CTCTCATCAT TGCCACCAAT AGACAAAGAA 
TATTTCCTAA AATGGACTCA GATCTTAATA GATGCGCTCT CCACAAATTA TCTTTCTTTG 
ATTCTCAGAA GTTACAATAC AACATGGTCT GAGGTCTTGG TTTTGAAAAG CAAACATGAC 
AAATCAGATT TGCTATTGAG AAAACAGGCT GAGCTCGAAG GCATCTCCAA AAAACTGCAG 
TCTGCATCTT TTGGCTTGGA GCACATCTTC AGGGAAATGG GACAGCTCTA TGAAGCCCAT 
AGAGAAATAC AGCAGGAGAG AAACAACACT GACTGGTCTA AATATCCTGA GCTGGCTGCA 
CAGTTGATGA TATCAGGATA TCCAATGGAG CTGATGGATG GAGATGCAGG TCACGTGCCT 
TTAACGTGGA TCTCCAGTCT TTTAGAGGAA GTCATCAAGA AACTGGGTGA CCAGAGAGTT 
TTTGTGTTGT CAGTTTTAGG CCTACAAAGC AGTGGAAAAT CAACAATGCT GAACACCATG 
TTTGGTTTGC AGTTTGCAGT AAGTGCTGGC AGGTGCACCA AAGGTGCCTT TATGCAACTG 
CTCAAAGTAT CAGAGGAGAT GCAGAAAGAC TTTCAGACCG ACTATGTTCT AGTGGTGGAC 
ACTGAAGGAC TCTGTGCTCT TGAGTTGGAA GGTAATGCCA CTCCTCACCA TGACAATGAA 
CTGGCAACAT TTGTTGTTGG TCTGGGAAAC TTGACATTGA TCAACATCTT TGGAGAGAAT 
CCATCTGAGA TGCAGGACAT TCTGCAGATT GTTGTTCAGG CTTTCATGAG GATGAAGAAA 
GTTCATCTTT CTCCCAGTTG TGTGTTTGTT CACCAGAATG TTACAGATGT GGCAGCAGCA 
GAGAAAAACA TGGATGGAAA GAGACGCCTG CAGGAAAAAC TGGACCAGAT GACCAAGCTA 
GCAGCTGAAG AGGAGGTTTG CGATGCAGAG TGCTTCAGTG ATGTCATTGA ATTTGATGTG 
CAAAAAGATG TGAAATACTG TGCCCAGCTA TGGGAGGGCA GTCCACCCAT GGCTCCTCCA 
AATCCAGGTT ACAGTGAGAG CATCCAAGAA CTAAAGGACG TCATCCTGTC TAAAGCTTCA 
AAGTCTGCTG GAATCACACT CTCTCAGTTC AAGACCAAAG TTGAGGACCT GTGGAATGCC 
CTTCTGAATG AAAGCTTTGT TTTCAGTTTT AAAAACACAC TTGAAATCGC AGTATACAGA 
AAACTTGAGG TTCAGTATGG GAACTGGACC TGGGCCCTTA GAAGCAAGAT GTTGACCACT 
GAAGAACAGC TTCATAACAG AATTGAAAAT GGTGATCTTG ACAAGGTTGA GAAGAAGTAT 
CTTTTGGAGG AAACAAGCAA AACATTTAAA GAAATTAGGA AAGCGATAAA AACATACTTT 
GAGAGTGACA AGGATAAAGA AATGTTGACT CAGTGGAGAG GACGATTTGA AATCAAAATC 
AGTGAGTTTT ATGATGAGCA GGTGAGCAGA TTAAAAACAA AACTTGATGG AGTTATCCTC 
CAGAAGAAAG CATGTAAACA GTTGGATGAT GATAAGACAG GCTTTGAGAA CAAGCTGCTA 
CAGAAGAGCA AAGAGCTCGC TCAGCAACTG AAGGATAAAG TCAGAGATGA AGAAGAGCTT 
AACAAACAGT TCAACTCTGT TTGGAGCGGC TGGATTACTG AATTAACAGC AGATACTAAA 
ACAGTTGTAG ACGTCAACTT GGAAGAAGAT TATTGTACTA TTCTTCAAGA ACTCGGTTTT 
GAACTGGCTT TTGTAGATGA ATCAAAAAGA CGTGGGAGAT ACAAGAAAAT ATCTGAGATT 
GGTGATTATT CAGACTACCT GAAGACAAGT GGACCAAAAT TTCTGGGGAC TGTGGTAGAT 
CTTTACAAAA AATATGCTTT CAGCAGTTCT TTCTCATTTA AAGAACAACA ACAAATCAGA 
TCGCTCATTG AAAAAGCTGA AAACGAGTCC CTTGGTGCAC TGAAAAGTAA ACCTGTAGTA 
ACAAGAGGCT ACACACCAAC TTACTTGCAT GAACTTGCCA AACATGTGAA AGATGAAGTC 
GAGAAATTTG TGTCAGAAAG GAAATTTGCT TTGAAGAAGG ATTTTACAGT TGATCTCTTG 
CTGTATGTGT TCGACAGAGC AGAGACTTGG CTTCTCGAGT CCCATAAAAA ATTCAAAATG 
AGGAATGATC CACTCACATA TTTAGAAAGC AAGGAAGCAC AGTTCTCCAC AGTTTTTAGA 
AGCTTTTGCA AAGGAAACTC ATCTGCTGTT GTCCTTGGAG AACTGATCTG TGAAAAGCTG 
AAAGCTTCCA CTGTTGAGGC TCTCTACAAC AGGACTGCCA TTGATCTGGC TGACCAGATG 
AAGTGCAATT TCCCAGCATT CAGTGGCAAC ACTCTGGACT TGGAAAAACA TATACTGAAG 
TCCCTCGCTG AGAAAGAAGT CTTTGATGAT TTCATCACCT ACATCAAGAA CCCAAGGAAA 
CATACAAAAG CTTTTATCGC AGCAGCAGTA GAGAAATACA TCTTCAAAGA TCACAAGGAT 
GAAGCCATGA ATTTACTTGA GAAAAACGTT CTTGACATCA ACTCACTTGT TAGTCAAGCT 
TTATTTACTG CAACACATAA AGTCCAAACT CAGGGAGGAG AGGCAGACAG GTGGCTGAAG 
GAGTTTTCCA GTGCGCTAAA TGATAAGCTT ACTCTGGATC CCATTTGTTC TCAAAACTTC 
AGTGACATAA ATGATTTTAA CTTTCTGAAG GGAGAGATAG AGAAAGGATT TGCTGCCATC 
ATTGTGCAGA TGAGCACCAT GTCACTGGAA AACTTGAAGG AATCCAGACT GAAGCCGGAT 
GAAATCCTCA CAGATCAGCT GTGTAAGCGT TGCTGGGTAA AGTGTCCATT CTGTTCCGCT 
GTTTGTATCA ACACTATTGA CGATCACAGT CCCGATGACC ACAGCGTCCC TTTCCATCGA 
CCTAATGGGA TCCAAGGATG GCACTACAAA GGCACAGAGG AGTTGTGCAT CACTTTCTGC 
ACAACAAACG TTTCGAGCGA AGGCAGGTTT TACCCTCATC ATGATTCAGA GGAAAGCATT 
CCTTATAAAC AATACAGAAC TGCTGGCTCA AAGTATGCCA CATGGAGAAT CACTCCCGAT 
GGGTCGAGAC TATCGTACTG GAAATGGTTT GTGTGCCGAT TTCAAAACAC ACTGGAAGAG 
CACTATAATC TAAAATTCCA GGGCAGAGGA GAGATTCCTG ATGACTGGAA AAAAATCTCT 
AAAGAGGAAG CCATTAAAAG CCTTGATGAA ATGTACTGCT AA