LOC107188989 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107188989
Entrez Gene ID	107188989
Full Name	phosphoinositide 3-kinase regulatory subunit 4
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015577404.1	XP_015432890.1	phosphoinositide 3-kinase regulatory subunit 4

Pathways from BioSystems
Gene Ontology

The following LOC107188989 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107188989 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
ODu06885	XM_015577404.1 Latest version!	Dufourea novaeangliae phosphoinositide 3-kinase regulatory subunit 4 (LOC107188989), 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)

LOC107188989 ( XM_015577404.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015432890.1 Dufourea novaeangliae phosphoinositide 3-kinase regulatory subunit 4 (LOC107188989), mRNA.

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CloneID	ODu06885
Clone ID Related Accession (Same CDS sequence)	XM_015577404.1
Accession Version	XM_015577404.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4305bp) 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	phosphoinositide 3-kinase regulatory subunit 4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015374020.1) 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##

ATGGGAAATC AGTTAGTTGG CATCGCGCCT AGTCAAATAT TTCCAGTAGA ACATTACTTG 
ACGGATCACA GTGACTTATT ATTTGATGTA AACTTAGGAA GTACCAGATT TTTTAAAGTC 
GCCCGAGCTA GGAGCCAAGA AGGTCTTATA GTGGTGAAAG TTTTTGTTAT ACATGATCCG 
ACACTACCAT TATCTGCTTA TAAAGATAAA CTTGAAGAAA TTAGATCTAA ATTAGCATCT 
GCTGTAAATT GCCTACCATT CCAAAGAATG ATTCTCACAG AAAAGTCAGG GTCAATTATG 
AGGGAATATG TGAAGTACTC CCTTTATGAT AGAATCAGTA CCAGGCCATT TTTATCAAGT 
ATAGAAAAAA AGTGGATTAC CTTTCAAGTT TTATATGCAT TGCACCAAGC TCATAAGTTT 
GGAGTCTGCC ACGGTGATAT AAAACTAGAA AATATTATGA TTACCAGCTG GAACTGGATT 
TTACTAACAG ACTTTGCAAG TTTTAAACCA ACTTACTTGC CTGAAGATAA TCCAGCTGAT 
TTTTCGTATT TCTTTGACAC ATCTAGGAGA AGAACATGTT ATATTGCCCC TGAACGGTTT 
GTGAAAACAT TATCTTCAGA ATTAAGCAAT ACATTATTAT TATCAGAACA AGAGCTAAAG 
ACAGGTGATT TGCATCCAAT GATGGATATT TTTTCTGCAG GCTGTGCTTT AACAGAATTG 
TATAACGAAG GACATCCTCC GTTTGACTTT TCTCAACTAT TAGCATATAG AAACAATGAG 
TATTCGGTGA GCAAGCATTT GGATACAATA GAGGATTCAG GGATACGTGA ATTGCTTGCA 
TCTATGCTGG AGAGAAATCC AGCAAACAGG AAAAGTGCCG AAATTTATTT GGCCCAGGCT 
CGTGGCACAA TATTTCCAGA ATATTTTTAT TCATTTCTGC AATCTTACAT GCTTATTTTC 
TCTGCCGCTC CAATTCTTTC GCCAGATGAA AAAATTAATA GACTTAAGAA AGATATTGGT 
AACATTATCA ATATTTTGAA AGCAGAAGAA AGTGAAAGAA TGAAGAATAA TAGAAAAACT 
ACAGAGACCA ATAGAAATAA TCAGTATGAC AATAACATAG AATCAACTAA AGATGATTCT 
GGTCACAGTG AAGAGAATAC CATTGTAGAT CTTGATAGTG ATCAAAGTTT TGATAAAAGT 
GAATTAAATC AGGTTGATGC AAAAACAGTT TCAATGCAAG GGAGTAAAAC TGAGAATCAT 
GCAGTTCCGC AACCAGATAC TAAAGTACAT GAAGAACAAA AACAAAAAGT AGACATGGAA 
AGTGACAAGA AATCTTTTTT AACTCCGGAA CCTCTCGAGG GATTGGTTAT CATAACTCAG 
CTAGTGACCT CGTGTATACG AGGCTTACAT CATTCTCAAT CCAAATTGCA AAGTCTAGAA 
ATATTACTTG AACTAGCTGA GAATACATCA GATGAAACGA TACTAGATCG AATTTTGCCT 
TATATTTTTC ATTTAGTTCA CGATCCTGCT CCACGAGTAA GAGTATCAGC TATACATACA 
TTGACAAAAT GTTTACATCT CGTGAAATCA ATTCCACCGT CAGATGTAAA CATTTTCCCG 
GAATATATTT TGCCAGGTCT AGCACATATT ACGCAAGACG AAGCGGTGAT CGTTAGAGCT 
GCTTATGCGG AGAATATTGC ACATCTAGCG CATATTGCGC TACGTTATTT GGAGAATTCA 
CACTTATCTA ACTTAGGTAA TAAGGAAGGC CCAAGACCAA GTTATGACAG TGAACTTCAG 
ACATTGCATG AAATGGTACA ACAGTCTGTG TCCATGTTAT TAACAGATCC CCAAAATTTA 
GTAAAACAAA CATTAATGGA GAGTGGTATA AATAAACTGT GTGTATTCTT TGGCAAGCAA 
AAGGCAAATG ATATCTTGCT TAGTCATGTT ATTACTTTCT TAAATGATAA GGAAGATAAG 
GAACTGAGAG GTTCCTTTTT TGAATGCATT GTGGGCGTAG CTGCATATGT TGGATGGCAT 
AGTAGTCCTA TACTCATGCC CCTTCTTCAA CAAGGATTAG CAGACCCTGA GGAATTTGTG 
ACGACGAAGG CGATTAATGC AATGGCGACG CTCACAGAAT TAGGTCTTTT ACATAAATCT 
GCCCTTTATC AACTTTTAAA CGAGACTATG GTCTTTTTAG TACATCCAAA TTTGTGGATA 
AGACATGCAA CAGTTGGTTT TATATCCGCT GCAGCAAGAA CGCTTAACTT AGTGGATGTT 
CAGTGCAAAG TCCAGACAAT GATTCAGCCG TACTTAAAGC ACCCTCTAAT TCAGATAGAA 
AAAGAGATAT TACTATTAGA AGCTTTGGTA CCACCTATAC CAAGAATAGT TTATGATTCT 
GTGGTGAAAT ATAACGATAT AGAAGAATTG TTCCAAGTTC TTGAGCAAAG ACAAGCAGCT 
CGAGTTAAAG CGGCGACGGG AATAGTATCA CAATACAGCG AAATGAGTAC ATCGTTACGA 
AACCTTTTCA GACGATTAAG TTCGGAATCG ATGACCGAGA CTGTCGAAGA TCAATTAATA 
GTAATGAAGC CGCACCTAAT GAAAATTAAT AAATATCGGA ATTCGATGGA CGCGAAACAA 
AGCACGACTA AATCTGTGGA TGGGAAATTA GAATTAAATT CTATGAAGGA TAGAATACGA 
CATCATATCG TAATATTGTA TCCCGACACA AAAGCGGATC TAGGTTTGCC GCCATTTAAA 
CGATTAGATC GCAGAACTTC GGACAGTGTT GGCACATACG CGACGATGAA CCAAGAATGG 
CGTACAATGT TCGCAGCTCA AGATAATGTT CAACATACTG TTAAAATGTC AGATATGACG 
GGAAGTAGTG GAAGTCCTAG CCAAAGTTTG CATGGCGGAG ATATACATTT ATCGCCTCAG 
CACAGTTTGT CTGATATGAA CAGCATAAAT GATCACTCCC TTCATGAACG TTCATATATT 
CAATACAGGT GTGCACCTTG TAGATTAGAG GTGAGACAGT TGACATACAG AAAGCAAGAA 
CAGCATGCTG CAGCATTAAG AGCACAGCAC TGGGCTGATA ACATTGCATG GCAAACTGGT 
TCAAGATTAT TACCAAGTGG TTGGAGACCT CGAGGTGTAC CAGTTGCTCA TCTTTATGAA 
CACAGAGCTG CTGTAAATAG GCTAGTTTCT ATACCGGATA CTAGTCTTTT CGCGAGTAGC 
TCCGCGGATG GATGTATTAA AATTTGGGAT GCCAATAAAA TGGAAGGCCG CAACATAGCT 
AATCGCTCTA GGCAAACTTA CATGCATAGA GGTGGTTCTC TAGTTGGCTT AGCAGTGTGT 
GATCAAGGAC AGTCATTAGC AAGTTCTGCT AGCCAATCAG CCACAGTGTT TGTTTTACGT 
ATCGAATCGA ATTCTAGCAA AATGAGTGTT ATTGGAACCA GACAATTAGA TCTTCAGGAA 
GAAGGATGTG CTGTTGATCT ACAGTATTTA GATTCTGGAT CACAATCAGT TCTTGTATAT 
GCTTCCTTGT ATGGATCGTT AGTGGGCTGG GATTTACGGT GTCGTGGTAC AACGTGGCGT 
TTAGAAAACG ATCTGAAGCA TGGCGTGATC ACCTCCTTTT GCGTGAATAA TTATCAACAA 
TGGTTGACTC TCGGTACAAG TTCAGGCGTG CATACATGTT GGGATTTGCG ATTTCAGTTG 
CCAATAACCA GCATTAAACA TCCCACTGGC GCGAGAGTCA GAAGGGTAAT TACACATCCG 
TCAGAGCACT CGTGGATAAT ATCTGCTATG CAAGGTAACA ACGAAATCTC CATGTGGAAT 
CTTGAAACTG ATTTTCGGCA AATGGTCCTT TGGGCGTCCA GTGCCCCTCC ACTCAGCCAC 
TCCCAAGGCG GTCACAGCGT GTGTGCGATG TATTCCGGAT GCATCGATCG TTCTGGCTTT 
CTGTTGGCTG GTGGTACCGA CATGAGATTA CGTTTCTGGG ATTTGAATAC TCCCAACGAA 
TCGTATGTCG CGTTGCCCGC AGCTAATGAC GTCACCTCCC CAAATTCGTT AGCGTATGAG 
CAACGTCTGA TAGATGGAAC AAACGTAGTA CAAGAAGTCT TGGCCAGCGG TGGGCCCACA 
CCGTCGTCAG GTGGAAGCAG TGTTCGAACA AGAAACTCCG AGGAAGGCGG CCAGGGACCG 
GAAACACCAC CGTCAGGACA TCACGACACG ATCTCCGCCG TGGCGATGTC GAACACGTGT 
ATTCTGACTG GCAGTACAGA CGGCTTGATA CAAGTTTGGA AATGA

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

RefSeq	XP_015432890.1
CDS	62..4366
Translation	MGNQLVGIAPSQIFPVEHYLTDHSDLLFDVNLGSTRFFKVARARSQEGLIVVKVFVIHDPTLPLSAYKDKLEEIRSKLASAVNCLPFQRMILTEKSGSIMREYVKYSLYDRISTRPFLSSIEKKWITFQVLYALHQAHKFGVCHGDIKLENIMITSWNWILLTDFASFKPTYLPEDNPADFSYFFDTSRRRTCYIAPERFVKTLSSELSNTLLLSEQELKTGDLHPMMDIFSAGCALTELYNEGHPPFDFSQLLAYRNNEYSVSKHLDTIEDSGIRELLASMLERNPANRKSAEIYLAQARGTIFPEYFYSFLQSYMLIFSAAPILSPDEKINRLKKDIGNIINILKAEESERMKNNRKTTETNRNNQYDNNIESTKDDSGHSEENTIVDLDSDQSFDKSELNQVDAKTVSMQGSKTENHAVPQPDTKVHEEQKQKVDMESDKKSFLTPEPLEGLVIITQLVTSCIRGLHHSQSKLQSLEILLELAENTSDETILDRILPYIFHLVHDPAPRVRVSAIHTLTKCLHLVKSIPPSDVNIFPEYILPGLAHITQDEAVIVRAAYAENIAHLAHIALRYLENSHLSNLGNKEGPRPSYDSELQTLHEMVQQSVSMLLTDPQNLVKQTLMESGINKLCVFFGKQKANDILLSHVITFLNDKEDKELRGSFFECIVGVAAYVGWHSSPILMPLLQQGLADPEEFVTTKAINAMATLTELGLLHKSALYQLLNETMVFLVHPNLWIRHATVGFISAAARTLNLVDVQCKVQTMIQPYLKHPLIQIEKEILLLEALVPPIPRIVYDSVVKYNDIEELFQVLEQRQAARVKAATGIVSQYSEMSTSLRNLFRRLSSESMTETVEDQLIVMKPHLMKINKYRNSMDAKQSTTKSVDGKLELNSMKDRIRHHIVILYPDTKADLGLPPFKRLDRRTSDSVGTYATMNQEWRTMFAAQDNVQHTVKMSDMTGSSGSPSQSLHGGDIHLSPQHSLSDMNSINDHSLHERSYIQYRCAPCRLEVRQLTYRKQEQHAAALRAQHWADNIAWQTGSRLLPSGWRPRGVPVAHLYEHRAAVNRLVSIPDTSLFASSSADGCIKIWDANKMEGRNIANRSRQTYMHRGGSLVGLAVCDQGQSLASSASQSATVFVLRIESNSSKMSVIGTRQLDLQEEGCAVDLQYLDSGSQSVLVYASLYGSLVGWDLRCRGTTWRLENDLKHGVITSFCVNNYQQWLTLGTSSGVHTCWDLRFQLPITSIKHPTGARVRRVITHPSEHSWIISAMQGNNEISMWNLETDFRQMVLWASSAPPLSHSQGGHSVCAMYSGCIDRSGFLLAGGTDMRLRFWDLNTPNESYVALPAANDVTSPNSLAYEQRLIDGTNVVQEVLASGGPTPSSGGSSVRTRNSEEGGQGPETPPSGHHDTISAVAMSNTCILTGSTDGLIQVWK

Target ORF information:

RefSeq Version	XM_015577404.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae phosphoinositide 3-kinase regulatory subunit 4 (LOC107188989), mRNA.

Target ORF information:

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

XM_015577404.1

ORF Insert Sequence:

ATGGGAAATC AGTTAGTTGG CATCGCGCCT AGTCAAATAT TTCCAGTAGA ACATTACTTG 
ACGGATCACA GTGACTTATT ATTTGATGTA AACTTAGGAA GTACCAGATT TTTTAAAGTC 
GCCCGAGCTA GGAGCCAAGA AGGTCTTATA GTGGTGAAAG TTTTTGTTAT ACATGATCCG 
ACACTACCAT TATCTGCTTA TAAAGATAAA CTTGAAGAAA TTAGATCTAA ATTAGCATCT 
GCTGTAAATT GCCTACCATT CCAAAGAATG ATTCTCACAG AAAAGTCAGG GTCAATTATG 
AGGGAATATG TGAAGTACTC CCTTTATGAT AGAATCAGTA CCAGGCCATT TTTATCAAGT 
ATAGAAAAAA AGTGGATTAC CTTTCAAGTT TTATATGCAT TGCACCAAGC TCATAAGTTT 
GGAGTCTGCC ACGGTGATAT AAAACTAGAA AATATTATGA TTACCAGCTG GAACTGGATT 
TTACTAACAG ACTTTGCAAG TTTTAAACCA ACTTACTTGC CTGAAGATAA TCCAGCTGAT 
TTTTCGTATT TCTTTGACAC ATCTAGGAGA AGAACATGTT ATATTGCCCC TGAACGGTTT 
GTGAAAACAT TATCTTCAGA ATTAAGCAAT ACATTATTAT TATCAGAACA AGAGCTAAAG 
ACAGGTGATT TGCATCCAAT GATGGATATT TTTTCTGCAG GCTGTGCTTT AACAGAATTG 
TATAACGAAG GACATCCTCC GTTTGACTTT TCTCAACTAT TAGCATATAG AAACAATGAG 
TATTCGGTGA GCAAGCATTT GGATACAATA GAGGATTCAG GGATACGTGA ATTGCTTGCA 
TCTATGCTGG AGAGAAATCC AGCAAACAGG AAAAGTGCCG AAATTTATTT GGCCCAGGCT 
CGTGGCACAA TATTTCCAGA ATATTTTTAT TCATTTCTGC AATCTTACAT GCTTATTTTC 
TCTGCCGCTC CAATTCTTTC GCCAGATGAA AAAATTAATA GACTTAAGAA AGATATTGGT 
AACATTATCA ATATTTTGAA AGCAGAAGAA AGTGAAAGAA TGAAGAATAA TAGAAAAACT 
ACAGAGACCA ATAGAAATAA TCAGTATGAC AATAACATAG AATCAACTAA AGATGATTCT 
GGTCACAGTG AAGAGAATAC CATTGTAGAT CTTGATAGTG ATCAAAGTTT TGATAAAAGT 
GAATTAAATC AGGTTGATGC AAAAACAGTT TCAATGCAAG GGAGTAAAAC TGAGAATCAT 
GCAGTTCCGC AACCAGATAC TAAAGTACAT GAAGAACAAA AACAAAAAGT AGACATGGAA 
AGTGACAAGA AATCTTTTTT AACTCCGGAA CCTCTCGAGG GATTGGTTAT CATAACTCAG 
CTAGTGACCT CGTGTATACG AGGCTTACAT CATTCTCAAT CCAAATTGCA AAGTCTAGAA 
ATATTACTTG AACTAGCTGA GAATACATCA GATGAAACGA TACTAGATCG AATTTTGCCT 
TATATTTTTC ATTTAGTTCA CGATCCTGCT CCACGAGTAA GAGTATCAGC TATACATACA 
TTGACAAAAT GTTTACATCT CGTGAAATCA ATTCCACCGT CAGATGTAAA CATTTTCCCG 
GAATATATTT TGCCAGGTCT AGCACATATT ACGCAAGACG AAGCGGTGAT CGTTAGAGCT 
GCTTATGCGG AGAATATTGC ACATCTAGCG CATATTGCGC TACGTTATTT GGAGAATTCA 
CACTTATCTA ACTTAGGTAA TAAGGAAGGC CCAAGACCAA GTTATGACAG TGAACTTCAG 
ACATTGCATG AAATGGTACA ACAGTCTGTG TCCATGTTAT TAACAGATCC CCAAAATTTA 
GTAAAACAAA CATTAATGGA GAGTGGTATA AATAAACTGT GTGTATTCTT TGGCAAGCAA 
AAGGCAAATG ATATCTTGCT TAGTCATGTT ATTACTTTCT TAAATGATAA GGAAGATAAG 
GAACTGAGAG GTTCCTTTTT TGAATGCATT GTGGGCGTAG CTGCATATGT TGGATGGCAT 
AGTAGTCCTA TACTCATGCC CCTTCTTCAA CAAGGATTAG CAGACCCTGA GGAATTTGTG 
ACGACGAAGG CGATTAATGC AATGGCGACG CTCACAGAAT TAGGTCTTTT ACATAAATCT 
GCCCTTTATC AACTTTTAAA CGAGACTATG GTCTTTTTAG TACATCCAAA TTTGTGGATA 
AGACATGCAA CAGTTGGTTT TATATCCGCT GCAGCAAGAA CGCTTAACTT AGTGGATGTT 
CAGTGCAAAG TCCAGACAAT GATTCAGCCG TACTTAAAGC ACCCTCTAAT TCAGATAGAA 
AAAGAGATAT TACTATTAGA AGCTTTGGTA CCACCTATAC CAAGAATAGT TTATGATTCT 
GTGGTGAAAT ATAACGATAT AGAAGAATTG TTCCAAGTTC TTGAGCAAAG ACAAGCAGCT 
CGAGTTAAAG CGGCGACGGG AATAGTATCA CAATACAGCG AAATGAGTAC ATCGTTACGA 
AACCTTTTCA GACGATTAAG TTCGGAATCG ATGACCGAGA CTGTCGAAGA TCAATTAATA 
GTAATGAAGC CGCACCTAAT GAAAATTAAT AAATATCGGA ATTCGATGGA CGCGAAACAA 
AGCACGACTA AATCTGTGGA TGGGAAATTA GAATTAAATT CTATGAAGGA TAGAATACGA 
CATCATATCG TAATATTGTA TCCCGACACA AAAGCGGATC TAGGTTTGCC GCCATTTAAA 
CGATTAGATC GCAGAACTTC GGACAGTGTT GGCACATACG CGACGATGAA CCAAGAATGG 
CGTACAATGT TCGCAGCTCA AGATAATGTT CAACATACTG TTAAAATGTC AGATATGACG 
GGAAGTAGTG GAAGTCCTAG CCAAAGTTTG CATGGCGGAG ATATACATTT ATCGCCTCAG 
CACAGTTTGT CTGATATGAA CAGCATAAAT GATCACTCCC TTCATGAACG TTCATATATT 
CAATACAGGT GTGCACCTTG TAGATTAGAG GTGAGACAGT TGACATACAG AAAGCAAGAA 
CAGCATGCTG CAGCATTAAG AGCACAGCAC TGGGCTGATA ACATTGCATG GCAAACTGGT 
TCAAGATTAT TACCAAGTGG TTGGAGACCT CGAGGTGTAC CAGTTGCTCA TCTTTATGAA 
CACAGAGCTG CTGTAAATAG GCTAGTTTCT ATACCGGATA CTAGTCTTTT CGCGAGTAGC 
TCCGCGGATG GATGTATTAA AATTTGGGAT GCCAATAAAA TGGAAGGCCG CAACATAGCT 
AATCGCTCTA GGCAAACTTA CATGCATAGA GGTGGTTCTC TAGTTGGCTT AGCAGTGTGT 
GATCAAGGAC AGTCATTAGC AAGTTCTGCT AGCCAATCAG CCACAGTGTT TGTTTTACGT 
ATCGAATCGA ATTCTAGCAA AATGAGTGTT ATTGGAACCA GACAATTAGA TCTTCAGGAA 
GAAGGATGTG CTGTTGATCT ACAGTATTTA GATTCTGGAT CACAATCAGT TCTTGTATAT 
GCTTCCTTGT ATGGATCGTT AGTGGGCTGG GATTTACGGT GTCGTGGTAC AACGTGGCGT 
TTAGAAAACG ATCTGAAGCA TGGCGTGATC ACCTCCTTTT GCGTGAATAA TTATCAACAA 
TGGTTGACTC TCGGTACAAG TTCAGGCGTG CATACATGTT GGGATTTGCG ATTTCAGTTG 
CCAATAACCA GCATTAAACA TCCCACTGGC GCGAGAGTCA GAAGGGTAAT TACACATCCG 
TCAGAGCACT CGTGGATAAT ATCTGCTATG CAAGGTAACA ACGAAATCTC CATGTGGAAT 
CTTGAAACTG ATTTTCGGCA AATGGTCCTT TGGGCGTCCA GTGCCCCTCC ACTCAGCCAC 
TCCCAAGGCG GTCACAGCGT GTGTGCGATG TATTCCGGAT GCATCGATCG TTCTGGCTTT 
CTGTTGGCTG GTGGTACCGA CATGAGATTA CGTTTCTGGG ATTTGAATAC TCCCAACGAA 
TCGTATGTCG CGTTGCCCGC AGCTAATGAC GTCACCTCCC CAAATTCGTT AGCGTATGAG 
CAACGTCTGA TAGATGGAAC AAACGTAGTA CAAGAAGTCT TGGCCAGCGG TGGGCCCACA 
CCGTCGTCAG GTGGAAGCAG TGTTCGAACA AGAAACTCCG AGGAAGGCGG CCAGGGACCG 
GAAACACCAC CGTCAGGACA TCACGACACG ATCTCCGCCG TGGCGATGTC GAACACGTGT 
ATTCTGACTG GCAGTACAGA CGGCTTGATA CAAGTTTGGA AATGA