LOC108825452 cDNA ORF clone, Raphanus sativus(radish)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108825452
Entrez Gene ID	108825452
Full Name	UDP-glucose:glycoprotein glucosyltransferase
Gene Type	protein-coding
Organism	Raphanus sativus(radish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018598738.1	XP_018454240.1	UDP-glucose:glycoprotein glucosyltransferase

Pathways from BioSystems
Gene Ontology

The following LOC108825452 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108825452 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
ORc41812	XM_018598738.1 Latest version!	Raphanus sativus UDP-glucose:glycoprotein glucosyltransferase (LOC108825452), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC108825452 ( XM_018598738.1 ) cDNA ORF clone, Raphanus sativus(radish) -> XP_018454240.1 Raphanus sativus UDP-glucose:glycoprotein glucosyltransferase (LOC108825452), mRNA.

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CloneID	ORc41812
Clone ID Related Accession (Same CDS sequence)	XM_018598738.1
Accession Version	XM_018598738.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4833bp) 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	2016-10-03
Organism	Raphanus sativus(radish)
Product	UDP-glucose:glycoprotein glucosyltransferase
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017353147.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Raphanus sativus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGACCA ATCTGAGATC CGTGCTCTGT GCATTACTTC TCCTCTTCGT CGTCTTCACC 
GTCAACGCTC AGAATCGGAG ACCTAAGAAT GTTCAGGTGG CCGTTAAAGC TAAGTGGCAG 
GGCACTCCTC TTCTCCTCGA GGCTGGAGAG TTGATTTCGA AAGAATCGAA GCAGCTTTTC 
TGGGAGTTCA ACGAAGCTTG GCTTGGTTCC GATGGAGACT CCGATTGCAA ATCTGCTAGA 
GATTGTCTCC TCAAGATATC AACACAGGCC TCGACGTTAT TGGCGAAGCC CGTGGCTTCT 
CTTTTTCAAT TCTCGCTTAC TCTGAGATCC GCGTCGCCCA GGGTTGTGCT CTACCGTCAA 
TTGGCTGATG AGTCTCTCTC TTCCTTCCCT CACGGAGATG ATCCGTCCGC TAGTCACTGC 
TGTTGGGTTG ATACTGGCTC TTCCCTGTTT TACGACGTTA CCGATCTTCT CGCCTGGCTC 
GCTTCTCCTA CTGCTGGAGG TGCTGCTCAA GGGCCTGAGC TCTTTGACTT TGATCATGTT 
CATTTTGATT CAAAAGCTGG AACACCGGTG GCTGTTCTAT ACGGGGCTGT TGGGACTGGT 
TGCTTTAGGG AATTTCACCT CTCGCTTGCT CAAGCAGCTA AGGAGGGGAA AGTTACGTAT 
GTTGTTAGAC CAGTATTACC TTCTGGTTGT GAAGGCAAAA CGAGACCCTG TGGTGCCATT 
GGAGCAAGGG ATAATGTTAG CTTAGCTGGT TATGGTGTGG AGCTTGCTTT GAAGAACATG 
GAGTACAAGG CAATGGATGA TAGTGCTATA AAGAAAGGTA TCACTCTTGA AGATCCGAGG 
ACTGAAGATC TTAGTCAAGA TGTTAGGGGT TTTATATTCT CTAAAATCCT GGACAGGAAA 
CCCGAGCTAA GATCAGAAGT CATGGCTTTT AGGGATTATC TCCTATCATC AACTGTATCA 
GACACGCTTG ATGTTTGGGA GCTCAAAGAT TTAGGACACC AAACAGCCCA GCGAATAGTC 
CATGCCTCTG ATCCTTTGCA ATCTATGCAA GAAATCAATC AAAACTTTCC AAGCGTTGTT 
TCTTCGTTAT CTCGCATGAA GCTCAATGAA TCAATAAAAG AAGAGATACT TTCAAACCAG 
AGAATGCTTC CCCCTGGCAA GGCTTTGTTG GCTCTTAATG GTGCCCTGTT AAACATTGAA 
GATATGGACC TATACATGTT GATGGATTTG GCTCATCAAG AGTTGTCCCT GGCCAACCAG 
TTTTCAAAGC TCAAGATACC TGATGGAGCC ATACGGAAAC TTTTACTAAC TACCCCTCTC 
CCGGAGCCGG ATTCATACCG GGTTGATTTC CGTTCTGAGC ATGTTAATTA TCTCAACAAT 
CTGGAGGAGG ATGATATGTA CAAGCGCTGG CGGAGTAATA TTAATGAGAT TTTGATGCCT 
GCCTTCCCTG GGCAACTACG CTACATCCGA AAGAACCTAT TCCATGCAGT TTACGTTATT 
GATCCAGCCA CTGTCTGCGG TCTTGAGTCC ATCGACACAC TCAGATCTTT ATACGAAAAT 
CAAGTCCCTG TGAGATTTGG GGTGATATTA TATTCCACTC AACTAATCAA GAATATCGAA 
GATAATGGTG GTCAAATCAA GTCTTATGAT GCAGAGACAA ATGCCCAAGT TAAAGAGGAC 
ATATCCACTA TGATCATACG TCTTTTTCTG TACATCAAGG AGCACCATGG GATTCAAACA 
GCTTTTCAGT TTTTGGGAAA TGTAAACAGA TTAAGGGCTG AATCTGCTGA TTCTTCCGAA 
GAGGAAACTG AGCAACAGCA TGTCGATGGA GCATTTGTTG AGACAATTTT ACCAAAAGTT 
AAATCACCCC CTCAAGAGAT ATTGCTGAAA CTGCAGCAAG AGCGCACTTT GAAGGAGGCA 
TCTGAAGCAA GCTCCTTGTT TGTATTTAAG CTAGGTCTGG CGAAACTGAA GTGTTCATTT 
TTGATGAACG GCCTCGTCTT TGATTCTGTT GAGGAAGAAA CTCTTTTAAA TGCCATGAAT 
GATGAGCTTC CCAAGATACA AGAACAAGTT TATTACGGCC AGATAGAATC CCGAACTAAT 
GTTTTGGACA AACTGCTTTC GGAAAGTGGT CTTAGCCGGT ATAATCCACA GATTATTAGC 
GGAGGAAAGA ACAAACCCAG ATATGTCTCA CTGGCTTCAT CCACCAAGAG TGGGGAATCT 
ATGCTGGATA ATATTAACTA TTTGCATTCT CCTGAAACTT CAGACGATGT AAAGTATGTG 
ACTCATCTCC TTGCTGTTGA CGTCACCACG AAGAAAGGAA TGAAATTGTT ACATGAGGGT 
GTCCGTTACC TGATTGGAGG TTCCAAAAGT GCTCGTCTTG GAGTTTTATT TAGTAGCAGC 
CCGAATGTTG ACCCATATAG CCTTCTCTTT ATAAAGTTCT TTGAAATAAC TGCATCATCA 
TTGAGTCATA AGGAAAAGGC CCTACATTTC TTGGATAAAC TTTGCTCGTT TTATGAGCGT 
GAATATCTGT TTAAAACATC AGTGGAGTCG GGTGGTTCTC AGATGCCAAT TGATAAAGTC 
CTTGAGCTTG CTGAGGAGTA TGGGTTACCT TCTAAGGCGT ACCGATCTCG TCTCGTAGAA 
TCTTTGGATG AGGAGTTGCG TAAGCGTATG ATAAAGGTCG CCCAATTTTT ATCTTGGGAA 
GTTGGGCTTG AATCTGATGC AAATGCAATA ATTTCAAATG GAAGGGTGAT TTTTCCTGTG 
GATGAGAGAA CATTTATGGG TCATGATTTG CACCTTCTTG AGTCGATGGA GTTCAATCAA 
AGAGTAAAGC CTGTTCAAGA AATTATTGAA GGCATTGAAT GGCAGGGTGT GGATCCTGAT 
TTACTGACTA GTAAATATTT TAGCGATGTC TTCATGCTTG TGTCATCTGC AATGGCAACA 
CGTGACCGTA GTTCTGAAAG TGCACGCTTT GAGGTGTTGA GTTCGGAATA CAGTGCGGTT 
ATGCTGGGAA ATGAAAATGC AACTATACAC ATTGATGCTG TTGTCGATCC TTTAAGCCCT 
ACTGGTCAAA AATTAGCATC ACTTCTTCAA GTTTTACAGA AGCATGTTCA GACAAGCATG 
AGGATTGTTC TGAATCCCAT GAGCTCCCTT GTGGACATTC CTCTGAAGAA TTACTACAGA 
TATGTCTTAC CCAATACGGA CGATTACAGC AGTACAAACT TTGATGTAGA TGGGCCCAAG 
GCATTTTTCG CAAATATGCC ATTATCCAAG ACACTTACCA TGAATCTTGA CGTTCCAGAG 
CCATGGCTTG TTGAACCAGT AATTGCCATT CACGATCTCG ACAATATTTT GCTTGAGAAC 
CTGGGAGATA CCACTACGCT GCAGGCAGTT TTTGAGGTTG AATCTCTTGT CCTTACAGGT 
CATTGCTCGG AAAAGGATCA TGAGGCTCCT CGCGGCCTTC AGCTCATTTT GGGAACGAAA 
AATAAACCGC ATTTGGTTGA TACACTTGTA ATGGCTAATT TAGGTTACTG GCAGATGAAA 
GTATCCCCGG GGGTTTGGTA TTTGCAACTT GCTCCGGGTA GAAGCTCTGA GTTATACGTT 
TTGAAAGGAG GTAATGATGG GAGTCAAGAT CAATCCTCGT TGAAACGTAT TACCATCGAT 
GATCTGCGTG GAAAAGTTGT TCATTTAGAA GTAGTTAAGA AAAGGGGTAA GGAGCATGAA 
AAGCTGTTAG TTCCTACAGA CGGTGATGAT GGTCCGCAGC AAAGCAACGA ACGGGGAAGC 
TGGAACTCAA AGTTCTTGAA TTGGGCGTCT GGTTTAGTTG GTGGTCGTCA ACAATCGATG 
AAGGAAGTTA CCAAAAAGGA GAACGAGAAG GGTGGGCGAC ATGGTAAAAC GATAAATATA 
TTCTCTATCG CTTCAGGACA TTTATATGAG CGTTTCCTTA AGATCATGAT TCTCAGTGTC 
CTGAAGAACA CTAATCGTCC TGTAAAATTC TGGTTCATAA AGAATTATCT TTCTCCTCAA 
TTTAAGGATG TGATTCCACA TATGGCACAA GAATATAACT TTGAGTACGA GCTGATTACG 
TACAAATGGC CTTCCTGGTT GCATAAACAG AAAGAAAAGC AACGAATTAT TTGGGCCTAC 
AAAATCCTTT TCCTTGATGT TATATTTCCT CTCTCATTGG AAAAGGTTAT ATTTGTCGAC 
GCCGATCAAA TTATAAGGAC AGACATGGGC GAACTGTACG ATATGGATAT AAAAGGAAGA 
CCTCTCGCGT ATACTCCTTT TTGTGACAAC AACAGGGAAA TGGATGGCTA TCGGTTTTGG 
AGACAGGGTT TCTGGAGAGA ACATTTACGT GGTAGGCCAT ACCATATCAG TGCTCTGTAC 
GTTGTTGACT TGGTTAAATT CCGAGAGACG GCGGCAGGAG ATAATCTAAG AGTATTCTAT 
GAGACGCTTA GCAAGGATCC AAACAGTTTG TCTAATCTAG ATCAGGATCT TCCTAATTAT 
GCTCAGCACA CTGTTCCTAT ATTTTCACTT CCCCAAGAGT GGTTATGGTG TGAATCATGG 
TGTGGAAACG CCACCAAATC AAAGGCTAGA ACAATAGACC TGTGCAATAA TCCCATGACA 
AAGGAGCCAA AGCTTCAGGG TGCCAGAAGA ATTGTAACTG AATGGCCCGA TCTTGATCTC 
GAGGCACGGA AGTTCACAGC AAAAATCTTG GGTGAAGATT TGGAACTCAA CGAGCCAGTA 
GCTCCTGCTG CTATAGACAC GCCTAATCCT CCTCCATCAA GCGACATCTC TGAAGATTCA 
GAACAAGACT TGGAATCTAA GGATGAACTT TAA

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

RefSeq	XP_018454240.1
CDS	21..4853
Translation	MWTNLRSVLCALLLLFVVFTVNAQNRRPKNVQVAVKAKWQGTPLLLEAGELISKESKQLFWEFNEAWLGSDGDSDCKSARDCLLKISTQASTLLAKPVASLFQFSLTLRSASPRVVLYRQLADESLSSFPHGDDPSASHCCWVDTGSSLFYDVTDLLAWLASPTAGGAAQGPELFDFDHVHFDSKAGTPVAVLYGAVGTGCFREFHLSLAQAAKEGKVTYVVRPVLPSGCEGKTRPCGAIGARDNVSLAGYGVELALKNMEYKAMDDSAIKKGITLEDPRTEDLSQDVRGFIFSKILDRKPELRSEVMAFRDYLLSSTVSDTLDVWELKDLGHQTAQRIVHASDPLQSMQEINQNFPSVVSSLSRMKLNESIKEEILSNQRMLPPGKALLALNGALLNIEDMDLYMLMDLAHQELSLANQFSKLKIPDGAIRKLLLTTPLPEPDSYRVDFRSEHVNYLNNLEEDDMYKRWRSNINEILMPAFPGQLRYIRKNLFHAVYVIDPATVCGLESIDTLRSLYENQVPVRFGVILYSTQLIKNIEDNGGQIKSYDAETNAQVKEDISTMIIRLFLYIKEHHGIQTAFQFLGNVNRLRAESADSSEEETEQQHVDGAFVETILPKVKSPPQEILLKLQQERTLKEASEASSLFVFKLGLAKLKCSFLMNGLVFDSVEEETLLNAMNDELPKIQEQVYYGQIESRTNVLDKLLSESGLSRYNPQIISGGKNKPRYVSLASSTKSGESMLDNINYLHSPETSDDVKYVTHLLAVDVTTKKGMKLLHEGVRYLIGGSKSARLGVLFSSSPNVDPYSLLFIKFFEITASSLSHKEKALHFLDKLCSFYEREYLFKTSVESGGSQMPIDKVLELAEEYGLPSKAYRSRLVESLDEELRKRMIKVAQFLSWEVGLESDANAIISNGRVIFPVDERTFMGHDLHLLESMEFNQRVKPVQEIIEGIEWQGVDPDLLTSKYFSDVFMLVSSAMATRDRSSESARFEVLSSEYSAVMLGNENATIHIDAVVDPLSPTGQKLASLLQVLQKHVQTSMRIVLNPMSSLVDIPLKNYYRYVLPNTDDYSSTNFDVDGPKAFFANMPLSKTLTMNLDVPEPWLVEPVIAIHDLDNILLENLGDTTTLQAVFEVESLVLTGHCSEKDHEAPRGLQLILGTKNKPHLVDTLVMANLGYWQMKVSPGVWYLQLAPGRSSELYVLKGGNDGSQDQSSLKRITIDDLRGKVVHLEVVKKRGKEHEKLLVPTDGDDGPQQSNERGSWNSKFLNWASGLVGGRQQSMKEVTKKENEKGGRHGKTINIFSIASGHLYERFLKIMILSVLKNTNRPVKFWFIKNYLSPQFKDVIPHMAQEYNFEYELITYKWPSWLHKQKEKQRIIWAYKILFLDVIFPLSLEKVIFVDADQIIRTDMGELYDMDIKGRPLAYTPFCDNNREMDGYRFWRQGFWREHLRGRPYHISALYVVDLVKFRETAAGDNLRVFYETLSKDPNSLSNLDQDLPNYAQHTVPIFSLPQEWLWCESWCGNATKSKARTIDLCNNPMTKEPKLQGARRIVTEWPDLDLEARKFTAKILGEDLELNEPVAPAAIDTPNPPPSSDISEDSEQDLESKDEL

Target ORF information:

RefSeq Version	XM_018598738.1
Organism	Raphanus sativus(radish)
Definition	Raphanus sativus UDP-glucose:glycoprotein glucosyltransferase (LOC108825452), mRNA.

Target ORF information:

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

XM_018598738.1

ORF Insert Sequence:

ATGTGGACCA ATCTGAGATC CGTGCTCTGT GCATTACTTC TCCTCTTCGT CGTCTTCACC 
GTCAACGCTC AGAATCGGAG ACCTAAGAAT GTTCAGGTGG CCGTTAAAGC TAAGTGGCAG 
GGCACTCCTC TTCTCCTCGA GGCTGGAGAG TTGATTTCGA AAGAATCGAA GCAGCTTTTC 
TGGGAGTTCA ACGAAGCTTG GCTTGGTTCC GATGGAGACT CCGATTGCAA ATCTGCTAGA 
GATTGTCTCC TCAAGATATC AACACAGGCC TCGACGTTAT TGGCGAAGCC CGTGGCTTCT 
CTTTTTCAAT TCTCGCTTAC TCTGAGATCC GCGTCGCCCA GGGTTGTGCT CTACCGTCAA 
TTGGCTGATG AGTCTCTCTC TTCCTTCCCT CACGGAGATG ATCCGTCCGC TAGTCACTGC 
TGTTGGGTTG ATACTGGCTC TTCCCTGTTT TACGACGTTA CCGATCTTCT CGCCTGGCTC 
GCTTCTCCTA CTGCTGGAGG TGCTGCTCAA GGGCCTGAGC TCTTTGACTT TGATCATGTT 
CATTTTGATT CAAAAGCTGG AACACCGGTG GCTGTTCTAT ACGGGGCTGT TGGGACTGGT 
TGCTTTAGGG AATTTCACCT CTCGCTTGCT CAAGCAGCTA AGGAGGGGAA AGTTACGTAT 
GTTGTTAGAC CAGTATTACC TTCTGGTTGT GAAGGCAAAA CGAGACCCTG TGGTGCCATT 
GGAGCAAGGG ATAATGTTAG CTTAGCTGGT TATGGTGTGG AGCTTGCTTT GAAGAACATG 
GAGTACAAGG CAATGGATGA TAGTGCTATA AAGAAAGGTA TCACTCTTGA AGATCCGAGG 
ACTGAAGATC TTAGTCAAGA TGTTAGGGGT TTTATATTCT CTAAAATCCT GGACAGGAAA 
CCCGAGCTAA GATCAGAAGT CATGGCTTTT AGGGATTATC TCCTATCATC AACTGTATCA 
GACACGCTTG ATGTTTGGGA GCTCAAAGAT TTAGGACACC AAACAGCCCA GCGAATAGTC 
CATGCCTCTG ATCCTTTGCA ATCTATGCAA GAAATCAATC AAAACTTTCC AAGCGTTGTT 
TCTTCGTTAT CTCGCATGAA GCTCAATGAA TCAATAAAAG AAGAGATACT TTCAAACCAG 
AGAATGCTTC CCCCTGGCAA GGCTTTGTTG GCTCTTAATG GTGCCCTGTT AAACATTGAA 
GATATGGACC TATACATGTT GATGGATTTG GCTCATCAAG AGTTGTCCCT GGCCAACCAG 
TTTTCAAAGC TCAAGATACC TGATGGAGCC ATACGGAAAC TTTTACTAAC TACCCCTCTC 
CCGGAGCCGG ATTCATACCG GGTTGATTTC CGTTCTGAGC ATGTTAATTA TCTCAACAAT 
CTGGAGGAGG ATGATATGTA CAAGCGCTGG CGGAGTAATA TTAATGAGAT TTTGATGCCT 
GCCTTCCCTG GGCAACTACG CTACATCCGA AAGAACCTAT TCCATGCAGT TTACGTTATT 
GATCCAGCCA CTGTCTGCGG TCTTGAGTCC ATCGACACAC TCAGATCTTT ATACGAAAAT 
CAAGTCCCTG TGAGATTTGG GGTGATATTA TATTCCACTC AACTAATCAA GAATATCGAA 
GATAATGGTG GTCAAATCAA GTCTTATGAT GCAGAGACAA ATGCCCAAGT TAAAGAGGAC 
ATATCCACTA TGATCATACG TCTTTTTCTG TACATCAAGG AGCACCATGG GATTCAAACA 
GCTTTTCAGT TTTTGGGAAA TGTAAACAGA TTAAGGGCTG AATCTGCTGA TTCTTCCGAA 
GAGGAAACTG AGCAACAGCA TGTCGATGGA GCATTTGTTG AGACAATTTT ACCAAAAGTT 
AAATCACCCC CTCAAGAGAT ATTGCTGAAA CTGCAGCAAG AGCGCACTTT GAAGGAGGCA 
TCTGAAGCAA GCTCCTTGTT TGTATTTAAG CTAGGTCTGG CGAAACTGAA GTGTTCATTT 
TTGATGAACG GCCTCGTCTT TGATTCTGTT GAGGAAGAAA CTCTTTTAAA TGCCATGAAT 
GATGAGCTTC CCAAGATACA AGAACAAGTT TATTACGGCC AGATAGAATC CCGAACTAAT 
GTTTTGGACA AACTGCTTTC GGAAAGTGGT CTTAGCCGGT ATAATCCACA GATTATTAGC 
GGAGGAAAGA ACAAACCCAG ATATGTCTCA CTGGCTTCAT CCACCAAGAG TGGGGAATCT 
ATGCTGGATA ATATTAACTA TTTGCATTCT CCTGAAACTT CAGACGATGT AAAGTATGTG 
ACTCATCTCC TTGCTGTTGA CGTCACCACG AAGAAAGGAA TGAAATTGTT ACATGAGGGT 
GTCCGTTACC TGATTGGAGG TTCCAAAAGT GCTCGTCTTG GAGTTTTATT TAGTAGCAGC 
CCGAATGTTG ACCCATATAG CCTTCTCTTT ATAAAGTTCT TTGAAATAAC TGCATCATCA 
TTGAGTCATA AGGAAAAGGC CCTACATTTC TTGGATAAAC TTTGCTCGTT TTATGAGCGT 
GAATATCTGT TTAAAACATC AGTGGAGTCG GGTGGTTCTC AGATGCCAAT TGATAAAGTC 
CTTGAGCTTG CTGAGGAGTA TGGGTTACCT TCTAAGGCGT ACCGATCTCG TCTCGTAGAA 
TCTTTGGATG AGGAGTTGCG TAAGCGTATG ATAAAGGTCG CCCAATTTTT ATCTTGGGAA 
GTTGGGCTTG AATCTGATGC AAATGCAATA ATTTCAAATG GAAGGGTGAT TTTTCCTGTG 
GATGAGAGAA CATTTATGGG TCATGATTTG CACCTTCTTG AGTCGATGGA GTTCAATCAA 
AGAGTAAAGC CTGTTCAAGA AATTATTGAA GGCATTGAAT GGCAGGGTGT GGATCCTGAT 
TTACTGACTA GTAAATATTT TAGCGATGTC TTCATGCTTG TGTCATCTGC AATGGCAACA 
CGTGACCGTA GTTCTGAAAG TGCACGCTTT GAGGTGTTGA GTTCGGAATA CAGTGCGGTT 
ATGCTGGGAA ATGAAAATGC AACTATACAC ATTGATGCTG TTGTCGATCC TTTAAGCCCT 
ACTGGTCAAA AATTAGCATC ACTTCTTCAA GTTTTACAGA AGCATGTTCA GACAAGCATG 
AGGATTGTTC TGAATCCCAT GAGCTCCCTT GTGGACATTC CTCTGAAGAA TTACTACAGA 
TATGTCTTAC CCAATACGGA CGATTACAGC AGTACAAACT TTGATGTAGA TGGGCCCAAG 
GCATTTTTCG CAAATATGCC ATTATCCAAG ACACTTACCA TGAATCTTGA CGTTCCAGAG 
CCATGGCTTG TTGAACCAGT AATTGCCATT CACGATCTCG ACAATATTTT GCTTGAGAAC 
CTGGGAGATA CCACTACGCT GCAGGCAGTT TTTGAGGTTG AATCTCTTGT CCTTACAGGT 
CATTGCTCGG AAAAGGATCA TGAGGCTCCT CGCGGCCTTC AGCTCATTTT GGGAACGAAA 
AATAAACCGC ATTTGGTTGA TACACTTGTA ATGGCTAATT TAGGTTACTG GCAGATGAAA 
GTATCCCCGG GGGTTTGGTA TTTGCAACTT GCTCCGGGTA GAAGCTCTGA GTTATACGTT 
TTGAAAGGAG GTAATGATGG GAGTCAAGAT CAATCCTCGT TGAAACGTAT TACCATCGAT 
GATCTGCGTG GAAAAGTTGT TCATTTAGAA GTAGTTAAGA AAAGGGGTAA GGAGCATGAA 
AAGCTGTTAG TTCCTACAGA CGGTGATGAT GGTCCGCAGC AAAGCAACGA ACGGGGAAGC 
TGGAACTCAA AGTTCTTGAA TTGGGCGTCT GGTTTAGTTG GTGGTCGTCA ACAATCGATG 
AAGGAAGTTA CCAAAAAGGA GAACGAGAAG GGTGGGCGAC ATGGTAAAAC GATAAATATA 
TTCTCTATCG CTTCAGGACA TTTATATGAG CGTTTCCTTA AGATCATGAT TCTCAGTGTC 
CTGAAGAACA CTAATCGTCC TGTAAAATTC TGGTTCATAA AGAATTATCT TTCTCCTCAA 
TTTAAGGATG TGATTCCACA TATGGCACAA GAATATAACT TTGAGTACGA GCTGATTACG 
TACAAATGGC CTTCCTGGTT GCATAAACAG AAAGAAAAGC AACGAATTAT TTGGGCCTAC 
AAAATCCTTT TCCTTGATGT TATATTTCCT CTCTCATTGG AAAAGGTTAT ATTTGTCGAC 
GCCGATCAAA TTATAAGGAC AGACATGGGC GAACTGTACG ATATGGATAT AAAAGGAAGA 
CCTCTCGCGT ATACTCCTTT TTGTGACAAC AACAGGGAAA TGGATGGCTA TCGGTTTTGG 
AGACAGGGTT TCTGGAGAGA ACATTTACGT GGTAGGCCAT ACCATATCAG TGCTCTGTAC 
GTTGTTGACT TGGTTAAATT CCGAGAGACG GCGGCAGGAG ATAATCTAAG AGTATTCTAT 
GAGACGCTTA GCAAGGATCC AAACAGTTTG TCTAATCTAG ATCAGGATCT TCCTAATTAT 
GCTCAGCACA CTGTTCCTAT ATTTTCACTT CCCCAAGAGT GGTTATGGTG TGAATCATGG 
TGTGGAAACG CCACCAAATC AAAGGCTAGA ACAATAGACC TGTGCAATAA TCCCATGACA 
AAGGAGCCAA AGCTTCAGGG TGCCAGAAGA ATTGTAACTG AATGGCCCGA TCTTGATCTC 
GAGGCACGGA AGTTCACAGC AAAAATCTTG GGTGAAGATT TGGAACTCAA CGAGCCAGTA 
GCTCCTGCTG CTATAGACAC GCCTAATCCT CCTCCATCAA GCGACATCTC TGAAGATTCA 
GAACAAGACT TGGAATCTAA GGATGAACTT TAA