LOC113036395 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC113036395 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC113036395 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
OEa19898	XM_026192726.1 Latest version!	Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113036395), 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)

LOC113036395 ( XM_026192726.1 ) cDNA ORF clone, -> XP_026048511.1 Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113036395), mRNA.

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CloneID	OEa19898
Clone ID Related Accession (Same CDS sequence)	XM_026192726.1
Accession Version	XM_026192726.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5091bp) 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_039315.1) 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##

ATGTCGCTCA AGCGTCATAA AAGACTGAGC AGCAAGAAGA AAAAATCTCC AAAGGATAAT 
CTCCAGGCAG AGGTTCTGCA TGAGCTCGGC TTGGAGGCCT ACCAGGCTAT ACCACTGGAT 
GTCTCATCAA TGCTAGACAT TATTACTTGG ACTCTGGGGA ACCAATCTCC TCTAGAACCC 
TCTGATCTAC CAAAAGCTTT CCTCCAGTCC CTTTGGCTGC TCAGGAAAGA TGCCCGGACT 
CCTTGGTGTG AGTCTCTTCA TAATCTTGTT ACAAACGATG ACAACAATTC TACCGGGAAG 
GTGCTCAGTA GTTTTAAAGG AGATAGCCAG GGTGCCATCA ACCCGCTTGA TCTAATCACA 
GCTGTCTATA TGTCTGCTAG TACTTTCCTT CAGCAAGAGA TCTCCAAACG GATGATGCAG 
TGCCAATTTT CTATACCACT GGTCCTTCCA AACAAAGATC CGGAAGAGCC TAGTTGCTTC 
CTTCTTTGGC CTTTAAGAGG GATTGTGGGC CAGTGGAGAT CTCACCCCCT AAATAAATAC 
AGGCGAATCC AAGAGGGGGA TTTGGCAACC ACATGCATGC CATTAGTTTC ATTTGTCAGG 
CTTGGTTGTT GCAGTGTGTC CAAGTCACAG GTGCTAAACC ATATGTTACG TGGAGTCACA 
TCTTCCTGTC AGACATTTCT CCACAGGGGG ATGGAAGGAG GGCAGCTGCC CAAAAGGCTT 
TCGGGTGGCC TGGTAGAAAT TGGATGGCAT CTACCCACTG GAGATAGCAC CAAAGATGTC 
TTCCCAGTCC CTTTGGTCTT CTCCAACCTG CGGGGTGATG CTAGTGCGCA TGAGAAATGC 
CTTACCTTTT TATGCAAGGC ATCTTCAGCT ATAGTTGTTT TCTGTGGAAA TCTTAAGGAG 
AAGGAAAAAC TACTTCTTGC TTCCTGTAAG GATACCAACA GCAAACTAAT ACTCATTGAC 
CTTTTAGACA CTGAGAGAAA TGGGAGCAGA GTTGTTGGTT TTGTTGATGA GAACCTTGAA 
AAGTACATGG GGCTTCCCGA AGAATCTGTG ATTCAGGGCA GAGGTCTGAG TGAGGATGCA 
CTGGCTAGTA AGCTATGTGA TACTCTAAAA CATCTGCTAC CAGACAGACT GAAACTTATT 
ACGCTTGAGG AAGCAGCACA ATTTGCGGCG GATATAGGCC TAAATGTGGA CGAAGGACCC 
ATTTGTCAAA AAGCCATGGC CTCAGTGGAG GAAGTGTTGA AGGGTTTAGA TGAGGGGTCT 
GATGAATATA GGCGTAAACA GCTTCCTCTG CAGGGGCCTT TGTGGAGCAA ATTAGCAGAG 
CTAGAAAAAG CAGAGAGTAA GCAGAGAAAA GAAAGAACAG AAATTGACCC CCAGCTACAA 
AAAGAAAAGA ATGACATTAT GGCTGAGTTG AGGAGCTACA AAATGACCCC AGCTATGAAG 
ATCTTTACAG ATGCTCTCTT TACCAAAGAT AAAGTGAAGA GAGCTTACTT TCTTAGCTGG 
CTCACTCTAA GACTTAAGAA AACTACAAAA CAAAACAAGA CGAAAGATCT GCTCACAAAT 
CTACAGACAG TAAAGAAAGA AAGCATGCTG GTAGATTTGG ATAAGCTTGA ACAAAGAGTC 
AAAGACACCC CTGGAGACAC TGGTTCAATA TTTCAAGAGG GAACAGAAAT ACAATCTGCA 
GGTCTAAATT TGCAACTTTC TGAGCAACAG TCTGAAGGAA GCCATCAACT GAAGGTCTCA 
GAATCCAAAG AAAAGACCAC AGAACCACTG TCACAACAGA CAGACCATCA ACATGACGCA 
AACATGGCGC AGGAGATATC CATCACTTTA AATGAAAAAG AAAATGAATT AAATTCGGCC 
TCTGAAGACC AAAGCTGTCT TTTAGAGTCA GGAGAAAATA GCACGTTGCG CTTCAAAGAG 
AAAAAACCAA ATGAATCAGA GCTAACACTC ACTACGGACA ATTCAACTTC TGGCACGCAA 
CAAATGAGCC TTGATGATTG TGCTGATCCC TCTTATGAAC CTGATACATG CGCATTAGGT 
CCTGAGCACT TTCTGCGTGA GATAGGGCTA ATCTTTGAGC TAGCATACAT CAGCCCCAGC 
AGCGGAAGCC AAAATGTGTT ACGTCTCCCT AGCTTAGCTA CAGATCTTCT TCTTTATGGG 
ATTCCACTTG AACTAATGGA TGGAGATGCC TCAAATATCC CCATCCAGTG GCTGGGCTGT 
GTCTTTGGAG AGCTCAAACG TCGCCTACCA CAAGAACAGT GTAGGACAAG AGTGCTGACA 
AATCTTGGCG ACTATAATGC AAGGAATGCA GAGATTCTTT CTGCATTATT TGGAGTGAAA 
TTCCCTGAAT GGAAGAAACA AACTTCAAGA GGGGTGTACA TGGCTGCCCT GTGTCTTCCT 
GAAAACCTCA GAAAGGACAT GAAGTGTGAT GTTTTGTTGC TAATTGAGGT CAGAGGTCTC 
TGCTCAGTCT CACTGGACAG CAAAAGAAAT ATACTGGGCA ATGACAATGA AATGGCTACC 
TTTGCAACAG GACTGAGTGA CTTTTTAATG CACAGCATGT CTTCACACCC TGGTTCTGAT 
TTTGAAACAA ACCTCAGTGT CAGAGTCAAT GCTCTCCTGC GAATCAAAGA ATATGGCTCC 
ATGCCATTTT GCCAATTCTT TGTCCAGAAC GAAAACGTAA ATAGCAAATT ACAAGCGTCA 
CAATTAAGGT ACGTTTCTCA GGTGCTTTTG CAAACTAGCA ATATTGATAA AGATGGAAAG 
ACCACAAGCT GCACAGTCTC TGTCAAAGGA CCATGGAACA AAATGTCCCT CTCTGAACCA 
GTTGATACAG ATTATAGTGG GGATGTTTTA AAGTTTAAAG AAATCCTTTT TGAAGCATTG 
AAGAGGAGTG CCGCTAAGGC AGAAGCCCCA GTTTTGCCTG AATTTATGAG GCGTTTGTGT 
TCTGTTTGGG ATGCGATCAA AGAGGAATCA TTCTCCATTG GTCTCCAAAA CACTGATATA 
GCTTTGGCAT TTTCTTTGTT GTGCACAGAA TTTTTCTACT GGGAAAACAA TTTACTGGAC 
AACATGAAAA GTTGGCTAAC GGGTGCAACA AAAAAAAACT TTACCACAAA GGGAGAAGCT 
TTGGATGCAT CTATTCAAAA TGACCTTCTC AGTGAGTTAA AGAAGGAAGC CAGTGAGGAA 
GTCAAAGCAG AGGTGAACAA ACTCAGGTCA ATAGCAGAGA CATATGTGAT GAAAGAGGAA 
ACTCTCAAAA TGAGATCTGA CAAATTCATG CCAATCCTAA TGAGCAATAT TGACAACCTA 
CAGGACAGAG TAACTGAAGA GATAACAGAA AGGTTGGAGG CAGTCTATGA GAGCCATTAC 
TCTTCCACAC AGCTTAAAAA ATTTAAAGCA TTACTGGGAG AAGAGCAAGA ATCCAAGGTA 
GATGCACTAG TAGAAAAAAG CAAGACAACA AAAATTCTTC TGCAAGATGC AGAGATAGAG 
GATGAATTTG AGGCTGTGTG GGATAAGATA TTGTCCAACT TTGAATTCAG GCCTTCAGAA 
ACAGAAGATA TAACTCCAAG AGTAGAAGAT ATTCTGAGAC AGAATCTAAT CAGCCGTGGC 
CTCCAGAAAC ACATGAAAAA GCTTGAAATG ATTGGCCAGA ACCAGAACTC TGACTTCCAA 
GTTTGCGATG AGCATTTTGG ATACCGCAGC AGATTAAAGC AAATGTTTGA AGACAACAAC 
AAACAACACA AGGTAGAAGC TCAGCAGGTA GCAAACAATA TCATAGAGGA ATGCAAACAG 
TATATAGCAG ATAAGAGTAA CAAACAAGCA GATTTCTCTG ACGGTTACAT TACAGAGCTG 
TTACAAAATG TTGAAAAATC TTTAAATGAA AAATCTGTGG AAACTAGATC AGCTTTTGAA 
GTGGATCTAA AAGTATATCT CTGTAATGCT TCTTGCCAAG ACTTTCAAAA CCTGCATAAC 
CGCTATGCCA AAGACGCAGA ACTTTTGACA TGTATCACTA AAAGAAAAGG TATGGACTTG 
GCCGAGTTTA TCTATGACTT CAGGAAAAGA GACCAGTGTC AAAGGATGGC CCAAGCATTC 
ATCTCCATGG TCATCAAGCC CACAGTCTTG GATTACATCA ACAGACCCCT GGGGATATCT 
ATTGCAGAGG AGATCCAAAG GAAAGCTCAG CAGTATCACT CCTCACAGGC CTTCCACCAA 
AGCTTGCTGG AAGAGATGAT TAAAGAAGAT CAATTTGAAG TCTTCCTGGA ATATCTGCTC 
TTCTATGACA ACTTCAGACT CAGGAAGATC CAGGAAACAG TGACAGCTCA CCTCACTGAA 
TCAACCAACC TGGGACAATG GAGGCATCAG AGACTCTGTG AGATTGTAGG AAAAATTGAA 
GAAGCAGTGA ACGAATCCAC AGAAGGTATC AGTGGAGTCC TGAATGATAC AAAGCCACTG 
CTGGAGAGAG TGTGTCTCAC TTTAGAGAAA GGGGATGTTA ATGTGATCAG GACCTGTCTG 
ACTGGACCCC TGTTTAGCAT CACTGTAGAA TGGAACCGTT TTGCTAAATG TTTACTGGAG 
TCAGTGGCTG CAATGCAGAT GGACCTTGAT CAAGAGTTCT CCAAAAATGT GGATACTACC 
CAATTTCTTA ACTGTCTTCC AGTTCAGCCC CAAGACTACC TCTTCAAAAA AGTGAAAGGC 
TGTGACAAGC AATGTCCTCT CTGCAGAGCC CCGTGTGAGG AGGAGGATAT GGGGCATGAG 
GGTCACAATG CCTTGCTCCA TCGACCTAAA GGCATGCAGC CTTATGCCTC TAGTTCTGTA 
TCCTGCATCA GTTGCCCTGA AAGCATGAGC GAGGACAAGG ACACACATGA TACATCCACA 
ACAAGCAGTG TTCTCCATTC ACTTTACCCA GACTGGAGCT TCTCTCCTGA CAACACAAAC 
AGCTCAAAGG CCAGTGATTA CTGGAGGTAT GTGCTGGTGA AGTTCAATGA GAGGTTTGCA 
CAGGAGTTTA AACGAGAGCC GACAAAGATT CCTGAGGAAT GGAGGAAAAT CACTCAGGAA 
CAGGCCTTAA ACAGTCTGAA GGAGGTGTTC CTCACCAGAA CGAGTGTTTA A

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

RefSeq	XP_026048511.1
CDS	8..5098
Translation	MSLKRHKRLSSKKKKSPKDNLQAEVLHELGLEAYQAIPLDVSSMLDIITWTLGNQSPLEPSDLPKAFLQSLWLLRKDARTPWCESLHNLVTNDDNNSTGKVLSSFKGDSQGAINPLDLITAVYMSASTFLQQEISKRMMQCQFSIPLVLPNKDPEEPSCFLLWPLRGIVGQWRSHPLNKYRRIQEGDLATTCMPLVSFVRLGCCSVSKSQVLNHMLRGVTSSCQTFLHRGMEGGQLPKRLSGGLVEIGWHLPTGDSTKDVFPVPLVFSNLRGDASAHEKCLTFLCKASSAIVVFCGNLKEKEKLLLASCKDTNSKLILIDLLDTERNGSRVVGFVDENLEKYMGLPEESVIQGRGLSEDALASKLCDTLKHLLPDRLKLITLEEAAQFAADIGLNVDEGPICQKAMASVEEVLKGLDEGSDEYRRKQLPLQGPLWSKLAELEKAESKQRKERTEIDPQLQKEKNDIMAELRSYKMTPAMKIFTDALFTKDKVKRAYFLSWLTLRLKKTTKQNKTKDLLTNLQTVKKESMLVDLDKLEQRVKDTPGDTGSIFQEGTEIQSAGLNLQLSEQQSEGSHQLKVSESKEKTTEPLSQQTDHQHDANMAQEISITLNEKENELNSASEDQSCLLESGENSTLRFKEKKPNESELTLTTDNSTSGTQQMSLDDCADPSYEPDTCALGPEHFLREIGLIFELAYISPSSGSQNVLRLPSLATDLLLYGIPLELMDGDASNIPIQWLGCVFGELKRRLPQEQCRTRVLTNLGDYNARNAEILSALFGVKFPEWKKQTSRGVYMAALCLPENLRKDMKCDVLLLIEVRGLCSVSLDSKRNILGNDNEMATFATGLSDFLMHSMSSHPGSDFETNLSVRVNALLRIKEYGSMPFCQFFVQNENVNSKLQASQLRYVSQVLLQTSNIDKDGKTTSCTVSVKGPWNKMSLSEPVDTDYSGDVLKFKEILFEALKRSAAKAEAPVLPEFMRRLCSVWDAIKEESFSIGLQNTDIALAFSLLCTEFFYWENNLLDNMKSWLTGATKKNFTTKGEALDASIQNDLLSELKKEASEEVKAEVNKLRSIAETYVMKEETLKMRSDKFMPILMSNIDNLQDRVTEEITERLEAVYESHYSSTQLKKFKALLGEEQESKVDALVEKSKTTKILLQDAEIEDEFEAVWDKILSNFEFRPSETEDITPRVEDILRQNLISRGLQKHMKKLEMIGQNQNSDFQVCDEHFGYRSRLKQMFEDNNKQHKVEAQQVANNIIEECKQYIADKSNKQADFSDGYITELLQNVEKSLNEKSVETRSAFEVDLKVYLCNASCQDFQNLHNRYAKDAELLTCITKRKGMDLAEFIYDFRKRDQCQRMAQAFISMVIKPTVLDYINRPLGISIAEEIQRKAQQYHSSQAFHQSLLEEMIKEDQFEVFLEYLLFYDNFRLRKIQETVTAHLTESTNLGQWRHQRLCEIVGKIEEAVNESTEGISGVLNDTKPLLERVCLTLEKGDVNVIRTCLTGPLFSITVEWNRFAKCLLESVAAMQMDLDQEFSKNVDTTQFLNCLPVQPQDYLFKKVKGCDKQCPLCRAPCEEEDMGHEGHNALLHRPKGMQPYASSSVSCISCPESMSEDKDTHDTSTTSSVLHSLYPDWSFSPDNTNSSKASDYWRYVLVKFNERFAQEFKREPTKIPEEWRKITQEQALNSLKEVFLTRTSV

Target ORF information:

RefSeq Version	XM_026192726.1
Organism	Astatotilapia calliptera(eastern happy)
Definition	Astatotilapia calliptera interferon-induced very large GTPase 1-like (LOC113036395), mRNA.

Target ORF information:

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

XM_026192726.1

ORF Insert Sequence:

ATGTCGCTCA AGCGTCATAA AAGACTGAGC AGCAAGAAGA AAAAATCTCC AAAGGATAAT 
CTCCAGGCAG AGGTTCTGCA TGAGCTCGGC TTGGAGGCCT ACCAGGCTAT ACCACTGGAT 
GTCTCATCAA TGCTAGACAT TATTACTTGG ACTCTGGGGA ACCAATCTCC TCTAGAACCC 
TCTGATCTAC CAAAAGCTTT CCTCCAGTCC CTTTGGCTGC TCAGGAAAGA TGCCCGGACT 
CCTTGGTGTG AGTCTCTTCA TAATCTTGTT ACAAACGATG ACAACAATTC TACCGGGAAG 
GTGCTCAGTA GTTTTAAAGG AGATAGCCAG GGTGCCATCA ACCCGCTTGA TCTAATCACA 
GCTGTCTATA TGTCTGCTAG TACTTTCCTT CAGCAAGAGA TCTCCAAACG GATGATGCAG 
TGCCAATTTT CTATACCACT GGTCCTTCCA AACAAAGATC CGGAAGAGCC TAGTTGCTTC 
CTTCTTTGGC CTTTAAGAGG GATTGTGGGC CAGTGGAGAT CTCACCCCCT AAATAAATAC 
AGGCGAATCC AAGAGGGGGA TTTGGCAACC ACATGCATGC CATTAGTTTC ATTTGTCAGG 
CTTGGTTGTT GCAGTGTGTC CAAGTCACAG GTGCTAAACC ATATGTTACG TGGAGTCACA 
TCTTCCTGTC AGACATTTCT CCACAGGGGG ATGGAAGGAG GGCAGCTGCC CAAAAGGCTT 
TCGGGTGGCC TGGTAGAAAT TGGATGGCAT CTACCCACTG GAGATAGCAC CAAAGATGTC 
TTCCCAGTCC CTTTGGTCTT CTCCAACCTG CGGGGTGATG CTAGTGCGCA TGAGAAATGC 
CTTACCTTTT TATGCAAGGC ATCTTCAGCT ATAGTTGTTT TCTGTGGAAA TCTTAAGGAG 
AAGGAAAAAC TACTTCTTGC TTCCTGTAAG GATACCAACA GCAAACTAAT ACTCATTGAC 
CTTTTAGACA CTGAGAGAAA TGGGAGCAGA GTTGTTGGTT TTGTTGATGA GAACCTTGAA 
AAGTACATGG GGCTTCCCGA AGAATCTGTG ATTCAGGGCA GAGGTCTGAG TGAGGATGCA 
CTGGCTAGTA AGCTATGTGA TACTCTAAAA CATCTGCTAC CAGACAGACT GAAACTTATT 
ACGCTTGAGG AAGCAGCACA ATTTGCGGCG GATATAGGCC TAAATGTGGA CGAAGGACCC 
ATTTGTCAAA AAGCCATGGC CTCAGTGGAG GAAGTGTTGA AGGGTTTAGA TGAGGGGTCT 
GATGAATATA GGCGTAAACA GCTTCCTCTG CAGGGGCCTT TGTGGAGCAA ATTAGCAGAG 
CTAGAAAAAG CAGAGAGTAA GCAGAGAAAA GAAAGAACAG AAATTGACCC CCAGCTACAA 
AAAGAAAAGA ATGACATTAT GGCTGAGTTG AGGAGCTACA AAATGACCCC AGCTATGAAG 
ATCTTTACAG ATGCTCTCTT TACCAAAGAT AAAGTGAAGA GAGCTTACTT TCTTAGCTGG 
CTCACTCTAA GACTTAAGAA AACTACAAAA CAAAACAAGA CGAAAGATCT GCTCACAAAT 
CTACAGACAG TAAAGAAAGA AAGCATGCTG GTAGATTTGG ATAAGCTTGA ACAAAGAGTC 
AAAGACACCC CTGGAGACAC TGGTTCAATA TTTCAAGAGG GAACAGAAAT ACAATCTGCA 
GGTCTAAATT TGCAACTTTC TGAGCAACAG TCTGAAGGAA GCCATCAACT GAAGGTCTCA 
GAATCCAAAG AAAAGACCAC AGAACCACTG TCACAACAGA CAGACCATCA ACATGACGCA 
AACATGGCGC AGGAGATATC CATCACTTTA AATGAAAAAG AAAATGAATT AAATTCGGCC 
TCTGAAGACC AAAGCTGTCT TTTAGAGTCA GGAGAAAATA GCACGTTGCG CTTCAAAGAG 
AAAAAACCAA ATGAATCAGA GCTAACACTC ACTACGGACA ATTCAACTTC TGGCACGCAA 
CAAATGAGCC TTGATGATTG TGCTGATCCC TCTTATGAAC CTGATACATG CGCATTAGGT 
CCTGAGCACT TTCTGCGTGA GATAGGGCTA ATCTTTGAGC TAGCATACAT CAGCCCCAGC 
AGCGGAAGCC AAAATGTGTT ACGTCTCCCT AGCTTAGCTA CAGATCTTCT TCTTTATGGG 
ATTCCACTTG AACTAATGGA TGGAGATGCC TCAAATATCC CCATCCAGTG GCTGGGCTGT 
GTCTTTGGAG AGCTCAAACG TCGCCTACCA CAAGAACAGT GTAGGACAAG AGTGCTGACA 
AATCTTGGCG ACTATAATGC AAGGAATGCA GAGATTCTTT CTGCATTATT TGGAGTGAAA 
TTCCCTGAAT GGAAGAAACA AACTTCAAGA GGGGTGTACA TGGCTGCCCT GTGTCTTCCT 
GAAAACCTCA GAAAGGACAT GAAGTGTGAT GTTTTGTTGC TAATTGAGGT CAGAGGTCTC 
TGCTCAGTCT CACTGGACAG CAAAAGAAAT ATACTGGGCA ATGACAATGA AATGGCTACC 
TTTGCAACAG GACTGAGTGA CTTTTTAATG CACAGCATGT CTTCACACCC TGGTTCTGAT 
TTTGAAACAA ACCTCAGTGT CAGAGTCAAT GCTCTCCTGC GAATCAAAGA ATATGGCTCC 
ATGCCATTTT GCCAATTCTT TGTCCAGAAC GAAAACGTAA ATAGCAAATT ACAAGCGTCA 
CAATTAAGGT ACGTTTCTCA GGTGCTTTTG CAAACTAGCA ATATTGATAA AGATGGAAAG 
ACCACAAGCT GCACAGTCTC TGTCAAAGGA CCATGGAACA AAATGTCCCT CTCTGAACCA 
GTTGATACAG ATTATAGTGG GGATGTTTTA AAGTTTAAAG AAATCCTTTT TGAAGCATTG 
AAGAGGAGTG CCGCTAAGGC AGAAGCCCCA GTTTTGCCTG AATTTATGAG GCGTTTGTGT 
TCTGTTTGGG ATGCGATCAA AGAGGAATCA TTCTCCATTG GTCTCCAAAA CACTGATATA 
GCTTTGGCAT TTTCTTTGTT GTGCACAGAA TTTTTCTACT GGGAAAACAA TTTACTGGAC 
AACATGAAAA GTTGGCTAAC GGGTGCAACA AAAAAAAACT TTACCACAAA GGGAGAAGCT 
TTGGATGCAT CTATTCAAAA TGACCTTCTC AGTGAGTTAA AGAAGGAAGC CAGTGAGGAA 
GTCAAAGCAG AGGTGAACAA ACTCAGGTCA ATAGCAGAGA CATATGTGAT GAAAGAGGAA 
ACTCTCAAAA TGAGATCTGA CAAATTCATG CCAATCCTAA TGAGCAATAT TGACAACCTA 
CAGGACAGAG TAACTGAAGA GATAACAGAA AGGTTGGAGG CAGTCTATGA GAGCCATTAC 
TCTTCCACAC AGCTTAAAAA ATTTAAAGCA TTACTGGGAG AAGAGCAAGA ATCCAAGGTA 
GATGCACTAG TAGAAAAAAG CAAGACAACA AAAATTCTTC TGCAAGATGC AGAGATAGAG 
GATGAATTTG AGGCTGTGTG GGATAAGATA TTGTCCAACT TTGAATTCAG GCCTTCAGAA 
ACAGAAGATA TAACTCCAAG AGTAGAAGAT ATTCTGAGAC AGAATCTAAT CAGCCGTGGC 
CTCCAGAAAC ACATGAAAAA GCTTGAAATG ATTGGCCAGA ACCAGAACTC TGACTTCCAA 
GTTTGCGATG AGCATTTTGG ATACCGCAGC AGATTAAAGC AAATGTTTGA AGACAACAAC 
AAACAACACA AGGTAGAAGC TCAGCAGGTA GCAAACAATA TCATAGAGGA ATGCAAACAG 
TATATAGCAG ATAAGAGTAA CAAACAAGCA GATTTCTCTG ACGGTTACAT TACAGAGCTG 
TTACAAAATG TTGAAAAATC TTTAAATGAA AAATCTGTGG AAACTAGATC AGCTTTTGAA 
GTGGATCTAA AAGTATATCT CTGTAATGCT TCTTGCCAAG ACTTTCAAAA CCTGCATAAC 
CGCTATGCCA AAGACGCAGA ACTTTTGACA TGTATCACTA AAAGAAAAGG TATGGACTTG 
GCCGAGTTTA TCTATGACTT CAGGAAAAGA GACCAGTGTC AAAGGATGGC CCAAGCATTC 
ATCTCCATGG TCATCAAGCC CACAGTCTTG GATTACATCA ACAGACCCCT GGGGATATCT 
ATTGCAGAGG AGATCCAAAG GAAAGCTCAG CAGTATCACT CCTCACAGGC CTTCCACCAA 
AGCTTGCTGG AAGAGATGAT TAAAGAAGAT CAATTTGAAG TCTTCCTGGA ATATCTGCTC 
TTCTATGACA ACTTCAGACT CAGGAAGATC CAGGAAACAG TGACAGCTCA CCTCACTGAA 
TCAACCAACC TGGGACAATG GAGGCATCAG AGACTCTGTG AGATTGTAGG AAAAATTGAA 
GAAGCAGTGA ACGAATCCAC AGAAGGTATC AGTGGAGTCC TGAATGATAC AAAGCCACTG 
CTGGAGAGAG TGTGTCTCAC TTTAGAGAAA GGGGATGTTA ATGTGATCAG GACCTGTCTG 
ACTGGACCCC TGTTTAGCAT CACTGTAGAA TGGAACCGTT TTGCTAAATG TTTACTGGAG 
TCAGTGGCTG CAATGCAGAT GGACCTTGAT CAAGAGTTCT CCAAAAATGT GGATACTACC 
CAATTTCTTA ACTGTCTTCC AGTTCAGCCC CAAGACTACC TCTTCAAAAA AGTGAAAGGC 
TGTGACAAGC AATGTCCTCT CTGCAGAGCC CCGTGTGAGG AGGAGGATAT GGGGCATGAG 
GGTCACAATG CCTTGCTCCA TCGACCTAAA GGCATGCAGC CTTATGCCTC TAGTTCTGTA 
TCCTGCATCA GTTGCCCTGA AAGCATGAGC GAGGACAAGG ACACACATGA TACATCCACA 
ACAAGCAGTG TTCTCCATTC ACTTTACCCA GACTGGAGCT TCTCTCCTGA CAACACAAAC 
AGCTCAAAGG CCAGTGATTA CTGGAGGTAT GTGCTGGTGA AGTTCAATGA GAGGTTTGCA 
CAGGAGTTTA AACGAGAGCC GACAAAGATT CCTGAGGAAT GGAGGAAAAT CACTCAGGAA 
CAGGCCTTAA ACAGTCTGAA GGAGGTGTTC CTCACCAGAA CGAGTGTTTA A