LOC107194493 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107194493
Entrez Gene ID	107194493
Full Name	host cell factor 1
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015584134.1	XP_015439620.1	host cell factor 1 isoform X2
XM_015584133.1	XP_015439619.1	host cell factor 1 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC107194493 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107194493 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
ODu02381	XM_015584133.1 Latest version!	Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
ODu02382	XM_015584134.1 Latest version!	Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC107194493 ( XM_015584133.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015439619.1 Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODu02381
Clone ID Related Accession (Same CDS sequence)	XM_015584133.1
Accession Version	XM_015584133.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4683bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	host cell factor 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015373921.1) 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 :: Dufourea novaeangliae 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##

ATGACCATCA TGGCGGCATC CATGCTAAAG TGGAAGAGAA TCACAAATAC GACCGGGCCC 
CAGCCAAGAC CCAGGCATGG GCACAGGGCA GTGGCTATTA AAGACCTTAT GGTTGTTTTC 
GGCGGTGGAA ACGAGGGCAT CGTTGACGAG CTTCACGTCT ACAACACAGC AACTAATCAA 
TGGTTTGTAC CATCAACAAA AGGTGATATT CCACCAGGCT GTGCCGCATA TGGATTTGTT 
GTTGATGGGA CCCGAATTTT GGTCTTCGGT GGTATGGTAG AGTATGGAAA ATACTCAAAT 
GAGCTGTATG AACTTCAAGC AAGTAGGTGG GAATGGAAAA GATTAAGACC AAAGCCACCA 
AAAGTTGGTC ACCCACCATG TCCTCGTCTA GGACATAGTT TTACCCTTAT TCGTAATAAG 
GTCTTCCTTT TTGGAGGATT AGCTAATGAC AGTGATGACC CTAAGAACAA TATACCAAGA 
TATTTACATG ATTTGTATAC CCTTGAACTG TGCCCTAATG GGTCAACAGC TTGGGAAATA 
CCAGAGACCA ATGGGCAAAC ACCACCACCT AGAGAATCCC ATACTGGAGT AGCTTATACT 
GATCGGAACA CAGGAAAATC CTGTTTAGTA ATTTATGGTG GAATGAGTGG CTGTCGTTTG 
GGCGATTTAT GGTTTCTTGA TGTTGATACA ATGACTTGGA ACAAGCCAGT GGTTCATGGA 
CTTAGTCCAT TACCGCGTTC TCTTCACACT GCAACTTTAA TTGGTCATGA AATGTATGTT 
TTTGGAGGAT GGGTACCACT TGTCGACGAT GTTAAAGTTG CAACCCATGA AAAAGAATGG 
AAATGTACAA ATACATTGGC TTGTTTAAAC TTAGAAACAA TGACGTGGCA GCATTTTGCC 
CTTGACACTT TGGAAGAAAA TATTCCTCGT GCTCGAGCTG GTCACTGTGC AGTTGGAGTG 
CATTGCAGGC TCTATGTATG GTCTGGTAGA GATGGATATC GCAAGGCTTG GAACAATCAG 
GTTAGGGTTT GTTGCAAAGA CTTATGGTAT CTTGAAGTCA GTAAACCGTC TGCTCCATCC 
AGAGTGCAGT TAGTGAGGGC TTCTACTCAG ACATTGGAAG TTAGTTGGAC AGCAACACCA 
TCAGCACAAT ATTACATACT GCAAATTCAA AAATATGATA TGCCTCCAGC TACAACTGGC 
ACATTTCCTA CAGTCAACAC ACCGACCAAT ACAGTACCTA CTCCTGCACC AGCAGTGGTC 
ACACCTGCAA CTGTTCCTGT TACATCTCCA CCCATTACCA CTGTTGCTGC TCTTCCATCA 
ACTACAACAA CTGCTAGGCC AACTTTAGCA CAGACTCCAG TACGAATACA ATCAACTGTA 
CAAAGCCCGA TCCAGAAACC TGTTTCATCA CAAGCTGTGA CAAAACCATC GAGTCCAATG 
ACACCAAGAG TACCTGGAAA TCTTATCCGA ATTCGTTCGC CAATAGTTAC TACAGCACCG 
ACAACTACAG AACAGACTCC ACCTACTAAT ACCACAGTGA CAGGTCAAAC GCCAGCCGCT 
ATGTCAGGTA TTGCTGCGTT GGCGGCAGCA GCTGCTGCTA CACCGAAAAT AAGTATGAAT 
AATGTACCAA TCCTTCCACA AGCTACAGCT AATACGATTA GAATGAAAAA CGTTCAACCC 
GGGCAACAAA TTCGTTTCGC TGCACCCGGA GCAACAGTGC TAAGAACTAC GTCTCCGCAG 
CAGAGCAAGC AAATTATTCT CCAGAAGCCA GGCCAAAATA TATCTGGTCA GCCACAAATT 
GTACATCTTC TTAAAACTGT GCCGAAAGTC AGTCTCATTC CTGGCAAGAC CGTTCAAGCA 
ACAGGTGCGA AACCTCTTAA CCAAGGGGCG ACGATATTAA GATTAGTGAA TCCTAATACC 
GTAGCAGGAT CGAAAATTCT TACGACTATG AAAACGTCTA GTATTGTTGC GATGAGCAAA 
GGACAGAACA TCAACGGCAA ACAGATAATG CTCACGAAAC CTGGGGCTAA TGGAGGGCTA 
GTGGGTCGTA ATCAAATAAT TGTTGTAACG ACAGGTTCTG GTTTAAGAGC TGTGCAGGCT 
GTTACTACCT CTCAGGCTGG TGGTGGGCAA GCTGGTAATA TCACTACACC CGTAAACGTT 
TTACCGTTGT CAGCTACTAA TCACGTAACC AATCAGCAAG GCGTGAAAAT GATTGTTGTT 
TCATCCGGAG CAATGGGAGG TGGAACTGCT GGAAAGCCTA TCACTATAAC AGTACCACTC 
CAGGGTGGTG TGTCAAAGAC AATGACACTC TCCACAAAAG GTAGCCCGCA AGCCATTTTC 
AATCCTGGAA AGAGTCAGAT TGTTACTGTG CCTCAAATGC AGAAAACACC AGAATCAGTT 
ACCGTGTCCG GTAAACCTGT AACGTTACAG ATGTCTGGTG GAATAGGCGC GAAAACAGTT 
ACTTTAATGC CTCAAAGTAA TTCAATAGTA ACTACTTCTA GCGCATCAGA TGTGATAGAT 
ACAAGCAAGA TGTTGTTTGT TCCATCACAA AAGCAACCGT CAGCATCATT AGCATCTACG 
TCTGATGGTC CCGCTACAAC TGATGCAGCA CTAGCTGCAT TAGCTGCAGA GGCTGGTTTG 
ATAGATCCCG TTCAAGAACC GTCTGGTGGC TTATCTTTTA TGGTGGCTAC AGATGATGGA 
GGAGCGGGGG ATGGTAAGGT GGATGATAGT TGCAATGGTA ACGAAGCTAC CACAGCCGCC 
GCTTTGGTCT CCCAACTGGG AGCTGGTGAA CATATGCAAG TTGACGACGA TGATAACTTC 
GTGATTCCTC AAGTCGATGG TGCAGCAGGT GATCTTTTGT CCGAGGACGA AGGGAACGAT 
GAAGTTCATA TAGAAGAAAG TCCCTCACCC AAAAATCAGG AGCCAGCAGC AACCATACAG 
TCTACAGACG TGAAGGGTGA CAATAATGCT GCAGATACGG AAGATGTGCA CGTAGAAGAG 
AACGACGCGA AAAATGCAGA AGCTGCAGAG GCAACACCTG AATTACCTGT TTCAGAAAAC 
ACTGAAACAG AACTTCCAGC AAAGTCAGAG CCTTCGATTG ACTCACAACC GGATGAAAGT 
GGAGTATCTG CAGAAGCTAC TAATGATCCA GAACCAGCAA GCGAAAATGA CGCTGAAATT 
GTAAATAATT CACCATCCGA GGTGGAACAA ATTAAAGCTG AAATTGCTAG TATGCAAGTA 
CCCACGGAAA CTCCTCCGGA AGAGACATCC ATGCCAGACA CTATGGAGCA ATCAGAAAAC 
GATGAAGTCG AACAAATTGA AAATAACGAT GCGAAAAATG TACCTGTTGA TACACACGAT 
TCTGATCATG AAAAATCACC AGCTCCTGAA CATTTGTCAC CCGAAGATAG TATATCTCAA 
CTTTCTCAGG AGAATAGTCA AGATGAAACG AAAGTAAAAG ATGATGTTGA TGATGATGAT 
GATGATGCAG AACCATCGAC GAATCTCCCT GAGGAAAATT CTTCAATAGA GAAATTAGAA 
GATAGTGATG ATGTACCCAT GGACACAAAT TCTCCTGTGG CTTCCGCCGA TGTAAATATG 
CCATTAGCAA CACCCATTAC AACACCCATT ACAACCCCAG ATATCCAAAT AAAGTTAGAA 
CAATCCGATG CGCCGACGGA AAAGGTGAAA ATACCAGAAC CAGCAATAGC ATCTACGAAT 
ACTAGTGTTC CACCTCCTGA AAAGGCAATC GCTGTTCAGA AAGTAGTGGC CCCGGCCAAA 
ATGGACACGA ACGAAGAATC TGTTAAAAAA GATATTTCGA AGCACAATAA AATAAATGAC 
TGTAGATCAG AAAATGGAGA TGATGCTACA GCGTTGACTA CATTGGCTAC AGCTGCCTTA 
GGTTCAGCGG AACAACCAGT GAAAATAAAA GCTGAGTTGA CTGAAGAAGA AAAGAAGGAG 
GCAGAATGGT ATAATGTCGG TATAGTCAAA GGGACAAGTT TTACTGTACA ACATTATTAT 
TTATCTGGCG ATGATCCGTT AAACCTTGAT GTTTCTGCGG AACAGTTAAG TATGGATATG 
TTCAAAGGAA AGACTAGGGT TGTCTTAGAA CCTGGAACTG CGTATAAGTT CAGAGTCGCT 
GCTGCGAATA ATTGTGGACG AGGTCCTTGG AGCGAGGTAT CTGCATTCAA AACGTGTCTT 
CCGGGATACC CCGGTGCACC TAGCGCTATT AAAATTTCCA AATCTACGGA GGGTGCTCAA 
ATTTCGTGGG AACCGCCATC CAGCAACGTT GGACCTATTT TAGAATATTC TGTCTATTTA 
GCAGTGCGGA GTGCTAGTAC TGCGTTGAAT AACGACGGAG AACCAAGAAC AATTCTGTCG 
ACTCCGAATC AGTTAGCCTT TATTAGAGTC TATTGCGGTT CGAATAATTC TTGTTCGGTG 
ACAAATAGTT CTCTTAGTGC CGCTCACGTC GATACCACTA CAAAACCGGC CATAATATTT 
AGAATAGCAG CACGAAATGA TAAAGGATAC GGACCAGCGA CGCAAGTTAG GTGGTTGCAG 
GATCCAACCA CTGCTGTGAA GAGTAATCCT CAGGTGAAGA GACCTGGTAC AGACATACGC 
TCACAGACAA TCTCCCCTCA GAAGAAGATA AAACAAGAAC CACCAAGTGA TAACTTTTCG 
TAA

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

RefSeq	XP_015439619.1
CDS	197..4879
Translation	MTIMAASMLKWKRITNTTGPQPRPRHGHRAVAIKDLMVVFGGGNEGIVDELHVYNTATNQWFVPSTKGDIPPGCAAYGFVVDGTRILVFGGMVEYGKYSNELYELQASRWEWKRLRPKPPKVGHPPCPRLGHSFTLIRNKVFLFGGLANDSDDPKNNIPRYLHDLYTLELCPNGSTAWEIPETNGQTPPPRESHTGVAYTDRNTGKSCLVIYGGMSGCRLGDLWFLDVDTMTWNKPVVHGLSPLPRSLHTATLIGHEMYVFGGWVPLVDDVKVATHEKEWKCTNTLACLNLETMTWQHFALDTLEENIPRARAGHCAVGVHCRLYVWSGRDGYRKAWNNQVRVCCKDLWYLEVSKPSAPSRVQLVRASTQTLEVSWTATPSAQYYILQIQKYDMPPATTGTFPTVNTPTNTVPTPAPAVVTPATVPVTSPPITTVAALPSTTTTARPTLAQTPVRIQSTVQSPIQKPVSSQAVTKPSSPMTPRVPGNLIRIRSPIVTTAPTTTEQTPPTNTTVTGQTPAAMSGIAALAAAAAATPKISMNNVPILPQATANTIRMKNVQPGQQIRFAAPGATVLRTTSPQQSKQIILQKPGQNISGQPQIVHLLKTVPKVSLIPGKTVQATGAKPLNQGATILRLVNPNTVAGSKILTTMKTSSIVAMSKGQNINGKQIMLTKPGANGGLVGRNQIIVVTTGSGLRAVQAVTTSQAGGGQAGNITTPVNVLPLSATNHVTNQQGVKMIVVSSGAMGGGTAGKPITITVPLQGGVSKTMTLSTKGSPQAIFNPGKSQIVTVPQMQKTPESVTVSGKPVTLQMSGGIGAKTVTLMPQSNSIVTTSSASDVIDTSKMLFVPSQKQPSASLASTSDGPATTDAALAALAAEAGLIDPVQEPSGGLSFMVATDDGGAGDGKVDDSCNGNEATTAAALVSQLGAGEHMQVDDDDNFVIPQVDGAAGDLLSEDEGNDEVHIEESPSPKNQEPAATIQSTDVKGDNNAADTEDVHVEENDAKNAEAAEATPELPVSENTETELPAKSEPSIDSQPDESGVSAEATNDPEPASENDAEIVNNSPSEVEQIKAEIASMQVPTETPPEETSMPDTMEQSENDEVEQIENNDAKNVPVDTHDSDHEKSPAPEHLSPEDSISQLSQENSQDETKVKDDVDDDDDDAEPSTNLPEENSSIEKLEDSDDVPMDTNSPVASADVNMPLATPITTPITTPDIQIKLEQSDAPTEKVKIPEPAIASTNTSVPPPEKAIAVQKVVAPAKMDTNEESVKKDISKHNKINDCRSENGDDATALTTLATAALGSAEQPVKIKAELTEEEKKEAEWYNVGIVKGTSFTVQHYYLSGDDPLNLDVSAEQLSMDMFKGKTRVVLEPGTAYKFRVAAANNCGRGPWSEVSAFKTCLPGYPGAPSAIKISKSTEGAQISWEPPSSNVGPILEYSVYLAVRSASTALNNDGEPRTILSTPNQLAFIRVYCGSNNSCSVTNSSLSAAHVDTTTKPAIIFRIAARNDKGYGPATQVRWLQDPTTAVKSNPQVKRPGTDIRSQTISPQKKIKQEPPSDNFS

Target ORF information:

RefSeq Version	XM_015584133.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X1, mRNA.

Target ORF information:

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

XM_015584133.1

ORF Insert Sequence:

ATGACCATCA TGGCGGCATC CATGCTAAAG TGGAAGAGAA TCACAAATAC GACCGGGCCC 
CAGCCAAGAC CCAGGCATGG GCACAGGGCA GTGGCTATTA AAGACCTTAT GGTTGTTTTC 
GGCGGTGGAA ACGAGGGCAT CGTTGACGAG CTTCACGTCT ACAACACAGC AACTAATCAA 
TGGTTTGTAC CATCAACAAA AGGTGATATT CCACCAGGCT GTGCCGCATA TGGATTTGTT 
GTTGATGGGA CCCGAATTTT GGTCTTCGGT GGTATGGTAG AGTATGGAAA ATACTCAAAT 
GAGCTGTATG AACTTCAAGC AAGTAGGTGG GAATGGAAAA GATTAAGACC AAAGCCACCA 
AAAGTTGGTC ACCCACCATG TCCTCGTCTA GGACATAGTT TTACCCTTAT TCGTAATAAG 
GTCTTCCTTT TTGGAGGATT AGCTAATGAC AGTGATGACC CTAAGAACAA TATACCAAGA 
TATTTACATG ATTTGTATAC CCTTGAACTG TGCCCTAATG GGTCAACAGC TTGGGAAATA 
CCAGAGACCA ATGGGCAAAC ACCACCACCT AGAGAATCCC ATACTGGAGT AGCTTATACT 
GATCGGAACA CAGGAAAATC CTGTTTAGTA ATTTATGGTG GAATGAGTGG CTGTCGTTTG 
GGCGATTTAT GGTTTCTTGA TGTTGATACA ATGACTTGGA ACAAGCCAGT GGTTCATGGA 
CTTAGTCCAT TACCGCGTTC TCTTCACACT GCAACTTTAA TTGGTCATGA AATGTATGTT 
TTTGGAGGAT GGGTACCACT TGTCGACGAT GTTAAAGTTG CAACCCATGA AAAAGAATGG 
AAATGTACAA ATACATTGGC TTGTTTAAAC TTAGAAACAA TGACGTGGCA GCATTTTGCC 
CTTGACACTT TGGAAGAAAA TATTCCTCGT GCTCGAGCTG GTCACTGTGC AGTTGGAGTG 
CATTGCAGGC TCTATGTATG GTCTGGTAGA GATGGATATC GCAAGGCTTG GAACAATCAG 
GTTAGGGTTT GTTGCAAAGA CTTATGGTAT CTTGAAGTCA GTAAACCGTC TGCTCCATCC 
AGAGTGCAGT TAGTGAGGGC TTCTACTCAG ACATTGGAAG TTAGTTGGAC AGCAACACCA 
TCAGCACAAT ATTACATACT GCAAATTCAA AAATATGATA TGCCTCCAGC TACAACTGGC 
ACATTTCCTA CAGTCAACAC ACCGACCAAT ACAGTACCTA CTCCTGCACC AGCAGTGGTC 
ACACCTGCAA CTGTTCCTGT TACATCTCCA CCCATTACCA CTGTTGCTGC TCTTCCATCA 
ACTACAACAA CTGCTAGGCC AACTTTAGCA CAGACTCCAG TACGAATACA ATCAACTGTA 
CAAAGCCCGA TCCAGAAACC TGTTTCATCA CAAGCTGTGA CAAAACCATC GAGTCCAATG 
ACACCAAGAG TACCTGGAAA TCTTATCCGA ATTCGTTCGC CAATAGTTAC TACAGCACCG 
ACAACTACAG AACAGACTCC ACCTACTAAT ACCACAGTGA CAGGTCAAAC GCCAGCCGCT 
ATGTCAGGTA TTGCTGCGTT GGCGGCAGCA GCTGCTGCTA CACCGAAAAT AAGTATGAAT 
AATGTACCAA TCCTTCCACA AGCTACAGCT AATACGATTA GAATGAAAAA CGTTCAACCC 
GGGCAACAAA TTCGTTTCGC TGCACCCGGA GCAACAGTGC TAAGAACTAC GTCTCCGCAG 
CAGAGCAAGC AAATTATTCT CCAGAAGCCA GGCCAAAATA TATCTGGTCA GCCACAAATT 
GTACATCTTC TTAAAACTGT GCCGAAAGTC AGTCTCATTC CTGGCAAGAC CGTTCAAGCA 
ACAGGTGCGA AACCTCTTAA CCAAGGGGCG ACGATATTAA GATTAGTGAA TCCTAATACC 
GTAGCAGGAT CGAAAATTCT TACGACTATG AAAACGTCTA GTATTGTTGC GATGAGCAAA 
GGACAGAACA TCAACGGCAA ACAGATAATG CTCACGAAAC CTGGGGCTAA TGGAGGGCTA 
GTGGGTCGTA ATCAAATAAT TGTTGTAACG ACAGGTTCTG GTTTAAGAGC TGTGCAGGCT 
GTTACTACCT CTCAGGCTGG TGGTGGGCAA GCTGGTAATA TCACTACACC CGTAAACGTT 
TTACCGTTGT CAGCTACTAA TCACGTAACC AATCAGCAAG GCGTGAAAAT GATTGTTGTT 
TCATCCGGAG CAATGGGAGG TGGAACTGCT GGAAAGCCTA TCACTATAAC AGTACCACTC 
CAGGGTGGTG TGTCAAAGAC AATGACACTC TCCACAAAAG GTAGCCCGCA AGCCATTTTC 
AATCCTGGAA AGAGTCAGAT TGTTACTGTG CCTCAAATGC AGAAAACACC AGAATCAGTT 
ACCGTGTCCG GTAAACCTGT AACGTTACAG ATGTCTGGTG GAATAGGCGC GAAAACAGTT 
ACTTTAATGC CTCAAAGTAA TTCAATAGTA ACTACTTCTA GCGCATCAGA TGTGATAGAT 
ACAAGCAAGA TGTTGTTTGT TCCATCACAA AAGCAACCGT CAGCATCATT AGCATCTACG 
TCTGATGGTC CCGCTACAAC TGATGCAGCA CTAGCTGCAT TAGCTGCAGA GGCTGGTTTG 
ATAGATCCCG TTCAAGAACC GTCTGGTGGC TTATCTTTTA TGGTGGCTAC AGATGATGGA 
GGAGCGGGGG ATGGTAAGGT GGATGATAGT TGCAATGGTA ACGAAGCTAC CACAGCCGCC 
GCTTTGGTCT CCCAACTGGG AGCTGGTGAA CATATGCAAG TTGACGACGA TGATAACTTC 
GTGATTCCTC AAGTCGATGG TGCAGCAGGT GATCTTTTGT CCGAGGACGA AGGGAACGAT 
GAAGTTCATA TAGAAGAAAG TCCCTCACCC AAAAATCAGG AGCCAGCAGC AACCATACAG 
TCTACAGACG TGAAGGGTGA CAATAATGCT GCAGATACGG AAGATGTGCA CGTAGAAGAG 
AACGACGCGA AAAATGCAGA AGCTGCAGAG GCAACACCTG AATTACCTGT TTCAGAAAAC 
ACTGAAACAG AACTTCCAGC AAAGTCAGAG CCTTCGATTG ACTCACAACC GGATGAAAGT 
GGAGTATCTG CAGAAGCTAC TAATGATCCA GAACCAGCAA GCGAAAATGA CGCTGAAATT 
GTAAATAATT CACCATCCGA GGTGGAACAA ATTAAAGCTG AAATTGCTAG TATGCAAGTA 
CCCACGGAAA CTCCTCCGGA AGAGACATCC ATGCCAGACA CTATGGAGCA ATCAGAAAAC 
GATGAAGTCG AACAAATTGA AAATAACGAT GCGAAAAATG TACCTGTTGA TACACACGAT 
TCTGATCATG AAAAATCACC AGCTCCTGAA CATTTGTCAC CCGAAGATAG TATATCTCAA 
CTTTCTCAGG AGAATAGTCA AGATGAAACG AAAGTAAAAG ATGATGTTGA TGATGATGAT 
GATGATGCAG AACCATCGAC GAATCTCCCT GAGGAAAATT CTTCAATAGA GAAATTAGAA 
GATAGTGATG ATGTACCCAT GGACACAAAT TCTCCTGTGG CTTCCGCCGA TGTAAATATG 
CCATTAGCAA CACCCATTAC AACACCCATT ACAACCCCAG ATATCCAAAT AAAGTTAGAA 
CAATCCGATG CGCCGACGGA AAAGGTGAAA ATACCAGAAC CAGCAATAGC ATCTACGAAT 
ACTAGTGTTC CACCTCCTGA AAAGGCAATC GCTGTTCAGA AAGTAGTGGC CCCGGCCAAA 
ATGGACACGA ACGAAGAATC TGTTAAAAAA GATATTTCGA AGCACAATAA AATAAATGAC 
TGTAGATCAG AAAATGGAGA TGATGCTACA GCGTTGACTA CATTGGCTAC AGCTGCCTTA 
GGTTCAGCGG AACAACCAGT GAAAATAAAA GCTGAGTTGA CTGAAGAAGA AAAGAAGGAG 
GCAGAATGGT ATAATGTCGG TATAGTCAAA GGGACAAGTT TTACTGTACA ACATTATTAT 
TTATCTGGCG ATGATCCGTT AAACCTTGAT GTTTCTGCGG AACAGTTAAG TATGGATATG 
TTCAAAGGAA AGACTAGGGT TGTCTTAGAA CCTGGAACTG CGTATAAGTT CAGAGTCGCT 
GCTGCGAATA ATTGTGGACG AGGTCCTTGG AGCGAGGTAT CTGCATTCAA AACGTGTCTT 
CCGGGATACC CCGGTGCACC TAGCGCTATT AAAATTTCCA AATCTACGGA GGGTGCTCAA 
ATTTCGTGGG AACCGCCATC CAGCAACGTT GGACCTATTT TAGAATATTC TGTCTATTTA 
GCAGTGCGGA GTGCTAGTAC TGCGTTGAAT AACGACGGAG AACCAAGAAC AATTCTGTCG 
ACTCCGAATC AGTTAGCCTT TATTAGAGTC TATTGCGGTT CGAATAATTC TTGTTCGGTG 
ACAAATAGTT CTCTTAGTGC CGCTCACGTC GATACCACTA CAAAACCGGC CATAATATTT 
AGAATAGCAG CACGAAATGA TAAAGGATAC GGACCAGCGA CGCAAGTTAG GTGGTTGCAG 
GATCCAACCA CTGCTGTGAA GAGTAATCCT CAGGTGAAGA GACCTGGTAC AGACATACGC 
TCACAGACAA TCTCCCCTCA GAAGAAGATA AAACAAGAAC CACCAAGTGA TAACTTTTCG 
TAA

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

LOC107194493 ( XM_015584134.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015439620.1 Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODu02382
Clone ID Related Accession (Same CDS sequence)	XM_015584134.1
Accession Version	XM_015584134.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	host cell factor 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015373921.1) 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 :: Dufourea novaeangliae 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##

ATGACCATCA TGGCGGCATC CATGCTAAAG TGGAAGAGAA TCACAAATAC GACCGGGCCC 
CAGCCAAGAC CCAGGCATGG GCACAGGGCA GTGGCTATTA AAGACCTTAT GGTTGTTTTC 
GGCGGTGGAA ACGAGGGCAT CGTTGACGAG CTTCACGTCT ACAACACAGC AACTAATCAA 
TGGTTTGTAC CATCAACAAA AGGTGATATT CCACCAGGCT GTGCCGCATA TGGATTTGTT 
GTTGATGGGA CCCGAATTTT GGTCTTCGGT GGTATGGTAG AGTATGGAAA ATACTCAAAT 
GAGCTGTATG AACTTCAAGC AAGTAGGTGG GAATGGAAAA GATTAAGACC AAAGCCACCA 
AAAGTTGGTC ACCCACCATG TCCTCGTCTA GGACATAGTT TTACCCTTAT TCGTAATAAG 
GTCTTCCTTT TTGGAGGATT AGCTAATGAC AGTGATGACC CTAAGAACAA TATACCAAGA 
TATTTACATG ATTTGTATAC CCTTGAACTG TGCCCTAATG GGTCAACAGC TTGGGAAATA 
CCAGAGACCA ATGGGCAAAC ACCACCACCT AGAGAATCCC ATACTGGAGT AGCTTATACT 
GATCGGAACA CAGGAAAATC CTGTTTAGTA ATTTATGGTG GAATGAGTGG CTGTCGTTTG 
GGCGATTTAT GGTTTCTTGA TGTTGATACA ATGACTTGGA ACAAGCCAGT GGTTCATGGA 
CTTAGTCCAT TACCGCGTTC TCTTCACACT GCAACTTTAA TTGGTCATGA AATGTATGTT 
TTTGGAGGAT GGGTACCACT TGTCGACGAT GTTAAAGTTG CAACCCATGA AAAAGAATGG 
AAATGTACAA ATACATTGGC TTGTTTAAAC TTAGAAACAA TGACGTGGCA GCATTTTGCC 
CTTGACACTT TGGAAGAAAA TATTCCTCGT GCTCGAGCTG GTCACTGTGC AGTTGGAGTG 
CATTGCAGGC TCTATGTATG GTCTGGTAGA GATGGATATC GCAAGGCTTG GAACAATCAG 
GTTTGTTGCA AAGACTTATG GTATCTTGAA GTCAGTAAAC CGTCTGCTCC ATCCAGAGTG 
CAGTTAGTGA GGGCTTCTAC TCAGACATTG GAAGTTAGTT GGACAGCAAC ACCATCAGCA 
CAATATTACA TACTGCAAAT TCAAAAATAT GATATGCCTC CAGCTACAAC TGGCACATTT 
CCTACAGTCA ACACACCGAC CAATACAGTA CCTACTCCTG CACCAGCAGT GGTCACACCT 
GCAACTGTTC CTGTTACATC TCCACCCATT ACCACTGTTG CTGCTCTTCC ATCAACTACA 
ACAACTGCTA GGCCAACTTT AGCACAGACT CCAGTACGAA TACAATCAAC TGTACAAAGC 
CCGATCCAGA AACCTGTTTC ATCACAAGCT GTGACAAAAC CATCGAGTCC AATGACACCA 
AGAGTACCTG GAAATCTTAT CCGAATTCGT TCGCCAATAG TTACTACAGC ACCGACAACT 
ACAGAACAGA CTCCACCTAC TAATACCACA GTGACAGGTC AAACGCCAGC CGCTATGTCA 
GGTATTGCTG CGTTGGCGGC AGCAGCTGCT GCTACACCGA AAATAAGTAT GAATAATGTA 
CCAATCCTTC CACAAGCTAC AGCTAATACG ATTAGAATGA AAAACGTTCA ACCCGGGCAA 
CAAATTCGTT TCGCTGCACC CGGAGCAACA GTGCTAAGAA CTACGTCTCC GCAGCAGAGC 
AAGCAAATTA TTCTCCAGAA GCCAGGCCAA AATATATCTG GTCAGCCACA AATTGTACAT 
CTTCTTAAAA CTGTGCCGAA AGTCAGTCTC ATTCCTGGCA AGACCGTTCA AGCAACAGGT 
GCGAAACCTC TTAACCAAGG GGCGACGATA TTAAGATTAG TGAATCCTAA TACCGTAGCA 
GGATCGAAAA TTCTTACGAC TATGAAAACG TCTAGTATTG TTGCGATGAG CAAAGGACAG 
AACATCAACG GCAAACAGAT AATGCTCACG AAACCTGGGG CTAATGGAGG GCTAGTGGGT 
CGTAATCAAA TAATTGTTGT AACGACAGGT TCTGGTTTAA GAGCTGTGCA GGCTGTTACT 
ACCTCTCAGG CTGGTGGTGG GCAAGCTGGT AATATCACTA CACCCGTAAA CGTTTTACCG 
TTGTCAGCTA CTAATCACGT AACCAATCAG CAAGGCGTGA AAATGATTGT TGTTTCATCC 
GGAGCAATGG GAGGTGGAAC TGCTGGAAAG CCTATCACTA TAACAGTACC ACTCCAGGGT 
GGTGTGTCAA AGACAATGAC ACTCTCCACA AAAGGTAGCC CGCAAGCCAT TTTCAATCCT 
GGAAAGAGTC AGATTGTTAC TGTGCCTCAA ATGCAGAAAA CACCAGAATC AGTTACCGTG 
TCCGGTAAAC CTGTAACGTT ACAGATGTCT GGTGGAATAG GCGCGAAAAC AGTTACTTTA 
ATGCCTCAAA GTAATTCAAT AGTAACTACT TCTAGCGCAT CAGATGTGAT AGATACAAGC 
AAGATGTTGT TTGTTCCATC ACAAAAGCAA CCGTCAGCAT CATTAGCATC TACGTCTGAT 
GGTCCCGCTA CAACTGATGC AGCACTAGCT GCATTAGCTG CAGAGGCTGG TTTGATAGAT 
CCCGTTCAAG AACCGTCTGG TGGCTTATCT TTTATGGTGG CTACAGATGA TGGAGGAGCG 
GGGGATGGTA AGGTGGATGA TAGTTGCAAT GGTAACGAAG CTACCACAGC CGCCGCTTTG 
GTCTCCCAAC TGGGAGCTGG TGAACATATG CAAGTTGACG ACGATGATAA CTTCGTGATT 
CCTCAAGTCG ATGGTGCAGC AGGTGATCTT TTGTCCGAGG ACGAAGGGAA CGATGAAGTT 
CATATAGAAG AAAGTCCCTC ACCCAAAAAT CAGGAGCCAG CAGCAACCAT ACAGTCTACA 
GACGTGAAGG GTGACAATAA TGCTGCAGAT ACGGAAGATG TGCACGTAGA AGAGAACGAC 
GCGAAAAATG CAGAAGCTGC AGAGGCAACA CCTGAATTAC CTGTTTCAGA AAACACTGAA 
ACAGAACTTC CAGCAAAGTC AGAGCCTTCG ATTGACTCAC AACCGGATGA AAGTGGAGTA 
TCTGCAGAAG CTACTAATGA TCCAGAACCA GCAAGCGAAA ATGACGCTGA AATTGTAAAT 
AATTCACCAT CCGAGGTGGA ACAAATTAAA GCTGAAATTG CTAGTATGCA AGTACCCACG 
GAAACTCCTC CGGAAGAGAC ATCCATGCCA GACACTATGG AGCAATCAGA AAACGATGAA 
GTCGAACAAA TTGAAAATAA CGATGCGAAA AATGTACCTG TTGATACACA CGATTCTGAT 
CATGAAAAAT CACCAGCTCC TGAACATTTG TCACCCGAAG ATAGTATATC TCAACTTTCT 
CAGGAGAATA GTCAAGATGA AACGAAAGTA AAAGATGATG TTGATGATGA TGATGATGAT 
GCAGAACCAT CGACGAATCT CCCTGAGGAA AATTCTTCAA TAGAGAAATT AGAAGATAGT 
GATGATGTAC CCATGGACAC AAATTCTCCT GTGGCTTCCG CCGATGTAAA TATGCCATTA 
GCAACACCCA TTACAACACC CATTACAACC CCAGATATCC AAATAAAGTT AGAACAATCC 
GATGCGCCGA CGGAAAAGGT GAAAATACCA GAACCAGCAA TAGCATCTAC GAATACTAGT 
GTTCCACCTC CTGAAAAGGC AATCGCTGTT CAGAAAGTAG TGGCCCCGGC CAAAATGGAC 
ACGAACGAAG AATCTGTTAA AAAAGATATT TCGAAGCACA ATAAAATAAA TGACTGTAGA 
TCAGAAAATG GAGATGATGC TACAGCGTTG ACTACATTGG CTACAGCTGC CTTAGGTTCA 
GCGGAACAAC CAGTGAAAAT AAAAGCTGAG TTGACTGAAG AAGAAAAGAA GGAGGCAGAA 
TGGTATAATG TCGGTATAGT CAAAGGGACA AGTTTTACTG TACAACATTA TTATTTATCT 
GGCGATGATC CGTTAAACCT TGATGTTTCT GCGGAACAGT TAAGTATGGA TATGTTCAAA 
GGAAAGACTA GGGTTGTCTT AGAACCTGGA ACTGCGTATA AGTTCAGAGT CGCTGCTGCG 
AATAATTGTG GACGAGGTCC TTGGAGCGAG GTATCTGCAT TCAAAACGTG TCTTCCGGGA 
TACCCCGGTG CACCTAGCGC TATTAAAATT TCCAAATCTA CGGAGGGTGC TCAAATTTCG 
TGGGAACCGC CATCCAGCAA CGTTGGACCT ATTTTAGAAT ATTCTGTCTA TTTAGCAGTG 
CGGAGTGCTA GTACTGCGTT GAATAACGAC GGAGAACCAA GAACAATTCT GTCGACTCCG 
AATCAGTTAG CCTTTATTAG AGTCTATTGC GGTTCGAATA ATTCTTGTTC GGTGACAAAT 
AGTTCTCTTA GTGCCGCTCA CGTCGATACC ACTACAAAAC CGGCCATAAT ATTTAGAATA 
GCAGCACGAA ATGATAAAGG ATACGGACCA GCGACGCAAG TTAGGTGGTT GCAGGATCCA 
ACCACTGCTG TGAAGAGTAA TCCTCAGGTG AAGAGACCTG GTACAGACAT ACGCTCACAG 
ACAATCTCCC CTCAGAAGAA GATAAAACAA GAACCACCAA GTGATAACTT TTCGTAA

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

RefSeq	XP_015439620.1
CDS	277..4953
Translation	MTIMAASMLKWKRITNTTGPQPRPRHGHRAVAIKDLMVVFGGGNEGIVDELHVYNTATNQWFVPSTKGDIPPGCAAYGFVVDGTRILVFGGMVEYGKYSNELYELQASRWEWKRLRPKPPKVGHPPCPRLGHSFTLIRNKVFLFGGLANDSDDPKNNIPRYLHDLYTLELCPNGSTAWEIPETNGQTPPPRESHTGVAYTDRNTGKSCLVIYGGMSGCRLGDLWFLDVDTMTWNKPVVHGLSPLPRSLHTATLIGHEMYVFGGWVPLVDDVKVATHEKEWKCTNTLACLNLETMTWQHFALDTLEENIPRARAGHCAVGVHCRLYVWSGRDGYRKAWNNQVCCKDLWYLEVSKPSAPSRVQLVRASTQTLEVSWTATPSAQYYILQIQKYDMPPATTGTFPTVNTPTNTVPTPAPAVVTPATVPVTSPPITTVAALPSTTTTARPTLAQTPVRIQSTVQSPIQKPVSSQAVTKPSSPMTPRVPGNLIRIRSPIVTTAPTTTEQTPPTNTTVTGQTPAAMSGIAALAAAAAATPKISMNNVPILPQATANTIRMKNVQPGQQIRFAAPGATVLRTTSPQQSKQIILQKPGQNISGQPQIVHLLKTVPKVSLIPGKTVQATGAKPLNQGATILRLVNPNTVAGSKILTTMKTSSIVAMSKGQNINGKQIMLTKPGANGGLVGRNQIIVVTTGSGLRAVQAVTTSQAGGGQAGNITTPVNVLPLSATNHVTNQQGVKMIVVSSGAMGGGTAGKPITITVPLQGGVSKTMTLSTKGSPQAIFNPGKSQIVTVPQMQKTPESVTVSGKPVTLQMSGGIGAKTVTLMPQSNSIVTTSSASDVIDTSKMLFVPSQKQPSASLASTSDGPATTDAALAALAAEAGLIDPVQEPSGGLSFMVATDDGGAGDGKVDDSCNGNEATTAAALVSQLGAGEHMQVDDDDNFVIPQVDGAAGDLLSEDEGNDEVHIEESPSPKNQEPAATIQSTDVKGDNNAADTEDVHVEENDAKNAEAAEATPELPVSENTETELPAKSEPSIDSQPDESGVSAEATNDPEPASENDAEIVNNSPSEVEQIKAEIASMQVPTETPPEETSMPDTMEQSENDEVEQIENNDAKNVPVDTHDSDHEKSPAPEHLSPEDSISQLSQENSQDETKVKDDVDDDDDDAEPSTNLPEENSSIEKLEDSDDVPMDTNSPVASADVNMPLATPITTPITTPDIQIKLEQSDAPTEKVKIPEPAIASTNTSVPPPEKAIAVQKVVAPAKMDTNEESVKKDISKHNKINDCRSENGDDATALTTLATAALGSAEQPVKIKAELTEEEKKEAEWYNVGIVKGTSFTVQHYYLSGDDPLNLDVSAEQLSMDMFKGKTRVVLEPGTAYKFRVAAANNCGRGPWSEVSAFKTCLPGYPGAPSAIKISKSTEGAQISWEPPSSNVGPILEYSVYLAVRSASTALNNDGEPRTILSTPNQLAFIRVYCGSNNSCSVTNSSLSAAHVDTTTKPAIIFRIAARNDKGYGPATQVRWLQDPTTAVKSNPQVKRPGTDIRSQTISPQKKIKQEPPSDNFS

Target ORF information:

RefSeq Version	XM_015584134.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae host cell factor 1 (LOC107194493), transcript variant X2, mRNA.

Target ORF information:

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

XM_015584134.1

ORF Insert Sequence:

ATGACCATCA TGGCGGCATC CATGCTAAAG TGGAAGAGAA TCACAAATAC GACCGGGCCC 
CAGCCAAGAC CCAGGCATGG GCACAGGGCA GTGGCTATTA AAGACCTTAT GGTTGTTTTC 
GGCGGTGGAA ACGAGGGCAT CGTTGACGAG CTTCACGTCT ACAACACAGC AACTAATCAA 
TGGTTTGTAC CATCAACAAA AGGTGATATT CCACCAGGCT GTGCCGCATA TGGATTTGTT 
GTTGATGGGA CCCGAATTTT GGTCTTCGGT GGTATGGTAG AGTATGGAAA ATACTCAAAT 
GAGCTGTATG AACTTCAAGC AAGTAGGTGG GAATGGAAAA GATTAAGACC AAAGCCACCA 
AAAGTTGGTC ACCCACCATG TCCTCGTCTA GGACATAGTT TTACCCTTAT TCGTAATAAG 
GTCTTCCTTT TTGGAGGATT AGCTAATGAC AGTGATGACC CTAAGAACAA TATACCAAGA 
TATTTACATG ATTTGTATAC CCTTGAACTG TGCCCTAATG GGTCAACAGC TTGGGAAATA 
CCAGAGACCA ATGGGCAAAC ACCACCACCT AGAGAATCCC ATACTGGAGT AGCTTATACT 
GATCGGAACA CAGGAAAATC CTGTTTAGTA ATTTATGGTG GAATGAGTGG CTGTCGTTTG 
GGCGATTTAT GGTTTCTTGA TGTTGATACA ATGACTTGGA ACAAGCCAGT GGTTCATGGA 
CTTAGTCCAT TACCGCGTTC TCTTCACACT GCAACTTTAA TTGGTCATGA AATGTATGTT 
TTTGGAGGAT GGGTACCACT TGTCGACGAT GTTAAAGTTG CAACCCATGA AAAAGAATGG 
AAATGTACAA ATACATTGGC TTGTTTAAAC TTAGAAACAA TGACGTGGCA GCATTTTGCC 
CTTGACACTT TGGAAGAAAA TATTCCTCGT GCTCGAGCTG GTCACTGTGC AGTTGGAGTG 
CATTGCAGGC TCTATGTATG GTCTGGTAGA GATGGATATC GCAAGGCTTG GAACAATCAG 
GTTTGTTGCA AAGACTTATG GTATCTTGAA GTCAGTAAAC CGTCTGCTCC ATCCAGAGTG 
CAGTTAGTGA GGGCTTCTAC TCAGACATTG GAAGTTAGTT GGACAGCAAC ACCATCAGCA 
CAATATTACA TACTGCAAAT TCAAAAATAT GATATGCCTC CAGCTACAAC TGGCACATTT 
CCTACAGTCA ACACACCGAC CAATACAGTA CCTACTCCTG CACCAGCAGT GGTCACACCT 
GCAACTGTTC CTGTTACATC TCCACCCATT ACCACTGTTG CTGCTCTTCC ATCAACTACA 
ACAACTGCTA GGCCAACTTT AGCACAGACT CCAGTACGAA TACAATCAAC TGTACAAAGC 
CCGATCCAGA AACCTGTTTC ATCACAAGCT GTGACAAAAC CATCGAGTCC AATGACACCA 
AGAGTACCTG GAAATCTTAT CCGAATTCGT TCGCCAATAG TTACTACAGC ACCGACAACT 
ACAGAACAGA CTCCACCTAC TAATACCACA GTGACAGGTC AAACGCCAGC CGCTATGTCA 
GGTATTGCTG CGTTGGCGGC AGCAGCTGCT GCTACACCGA AAATAAGTAT GAATAATGTA 
CCAATCCTTC CACAAGCTAC AGCTAATACG ATTAGAATGA AAAACGTTCA ACCCGGGCAA 
CAAATTCGTT TCGCTGCACC CGGAGCAACA GTGCTAAGAA CTACGTCTCC GCAGCAGAGC 
AAGCAAATTA TTCTCCAGAA GCCAGGCCAA AATATATCTG GTCAGCCACA AATTGTACAT 
CTTCTTAAAA CTGTGCCGAA AGTCAGTCTC ATTCCTGGCA AGACCGTTCA AGCAACAGGT 
GCGAAACCTC TTAACCAAGG GGCGACGATA TTAAGATTAG TGAATCCTAA TACCGTAGCA 
GGATCGAAAA TTCTTACGAC TATGAAAACG TCTAGTATTG TTGCGATGAG CAAAGGACAG 
AACATCAACG GCAAACAGAT AATGCTCACG AAACCTGGGG CTAATGGAGG GCTAGTGGGT 
CGTAATCAAA TAATTGTTGT AACGACAGGT TCTGGTTTAA GAGCTGTGCA GGCTGTTACT 
ACCTCTCAGG CTGGTGGTGG GCAAGCTGGT AATATCACTA CACCCGTAAA CGTTTTACCG 
TTGTCAGCTA CTAATCACGT AACCAATCAG CAAGGCGTGA AAATGATTGT TGTTTCATCC 
GGAGCAATGG GAGGTGGAAC TGCTGGAAAG CCTATCACTA TAACAGTACC ACTCCAGGGT 
GGTGTGTCAA AGACAATGAC ACTCTCCACA AAAGGTAGCC CGCAAGCCAT TTTCAATCCT 
GGAAAGAGTC AGATTGTTAC TGTGCCTCAA ATGCAGAAAA CACCAGAATC AGTTACCGTG 
TCCGGTAAAC CTGTAACGTT ACAGATGTCT GGTGGAATAG GCGCGAAAAC AGTTACTTTA 
ATGCCTCAAA GTAATTCAAT AGTAACTACT TCTAGCGCAT CAGATGTGAT AGATACAAGC 
AAGATGTTGT TTGTTCCATC ACAAAAGCAA CCGTCAGCAT CATTAGCATC TACGTCTGAT 
GGTCCCGCTA CAACTGATGC AGCACTAGCT GCATTAGCTG CAGAGGCTGG TTTGATAGAT 
CCCGTTCAAG AACCGTCTGG TGGCTTATCT TTTATGGTGG CTACAGATGA TGGAGGAGCG 
GGGGATGGTA AGGTGGATGA TAGTTGCAAT GGTAACGAAG CTACCACAGC CGCCGCTTTG 
GTCTCCCAAC TGGGAGCTGG TGAACATATG CAAGTTGACG ACGATGATAA CTTCGTGATT 
CCTCAAGTCG ATGGTGCAGC AGGTGATCTT TTGTCCGAGG ACGAAGGGAA CGATGAAGTT 
CATATAGAAG AAAGTCCCTC ACCCAAAAAT CAGGAGCCAG CAGCAACCAT ACAGTCTACA 
GACGTGAAGG GTGACAATAA TGCTGCAGAT ACGGAAGATG TGCACGTAGA AGAGAACGAC 
GCGAAAAATG CAGAAGCTGC AGAGGCAACA CCTGAATTAC CTGTTTCAGA AAACACTGAA 
ACAGAACTTC CAGCAAAGTC AGAGCCTTCG ATTGACTCAC AACCGGATGA AAGTGGAGTA 
TCTGCAGAAG CTACTAATGA TCCAGAACCA GCAAGCGAAA ATGACGCTGA AATTGTAAAT 
AATTCACCAT CCGAGGTGGA ACAAATTAAA GCTGAAATTG CTAGTATGCA AGTACCCACG 
GAAACTCCTC CGGAAGAGAC ATCCATGCCA GACACTATGG AGCAATCAGA AAACGATGAA 
GTCGAACAAA TTGAAAATAA CGATGCGAAA AATGTACCTG TTGATACACA CGATTCTGAT 
CATGAAAAAT CACCAGCTCC TGAACATTTG TCACCCGAAG ATAGTATATC TCAACTTTCT 
CAGGAGAATA GTCAAGATGA AACGAAAGTA AAAGATGATG TTGATGATGA TGATGATGAT 
GCAGAACCAT CGACGAATCT CCCTGAGGAA AATTCTTCAA TAGAGAAATT AGAAGATAGT 
GATGATGTAC CCATGGACAC AAATTCTCCT GTGGCTTCCG CCGATGTAAA TATGCCATTA 
GCAACACCCA TTACAACACC CATTACAACC CCAGATATCC AAATAAAGTT AGAACAATCC 
GATGCGCCGA CGGAAAAGGT GAAAATACCA GAACCAGCAA TAGCATCTAC GAATACTAGT 
GTTCCACCTC CTGAAAAGGC AATCGCTGTT CAGAAAGTAG TGGCCCCGGC CAAAATGGAC 
ACGAACGAAG AATCTGTTAA AAAAGATATT TCGAAGCACA ATAAAATAAA TGACTGTAGA 
TCAGAAAATG GAGATGATGC TACAGCGTTG ACTACATTGG CTACAGCTGC CTTAGGTTCA 
GCGGAACAAC CAGTGAAAAT AAAAGCTGAG TTGACTGAAG AAGAAAAGAA GGAGGCAGAA 
TGGTATAATG TCGGTATAGT CAAAGGGACA AGTTTTACTG TACAACATTA TTATTTATCT 
GGCGATGATC CGTTAAACCT TGATGTTTCT GCGGAACAGT TAAGTATGGA TATGTTCAAA 
GGAAAGACTA GGGTTGTCTT AGAACCTGGA ACTGCGTATA AGTTCAGAGT CGCTGCTGCG 
AATAATTGTG GACGAGGTCC TTGGAGCGAG GTATCTGCAT TCAAAACGTG TCTTCCGGGA 
TACCCCGGTG CACCTAGCGC TATTAAAATT TCCAAATCTA CGGAGGGTGC TCAAATTTCG 
TGGGAACCGC CATCCAGCAA CGTTGGACCT ATTTTAGAAT ATTCTGTCTA TTTAGCAGTG 
CGGAGTGCTA GTACTGCGTT GAATAACGAC GGAGAACCAA GAACAATTCT GTCGACTCCG 
AATCAGTTAG CCTTTATTAG AGTCTATTGC GGTTCGAATA ATTCTTGTTC GGTGACAAAT 
AGTTCTCTTA GTGCCGCTCA CGTCGATACC ACTACAAAAC CGGCCATAAT ATTTAGAATA 
GCAGCACGAA ATGATAAAGG ATACGGACCA GCGACGCAAG TTAGGTGGTT GCAGGATCCA 
ACCACTGCTG TGAAGAGTAA TCCTCAGGTG AAGAGACCTG GTACAGACAT ACGCTCACAG 
ACAATCTCCC CTCAGAAGAA GATAAAACAA GAACCACCAA GTGATAACTT TTCGTAA