UGGT1 cDNA ORF clone, Gekko japonicus

Gene
Clones
gRNAs

Summary

Gene Symbol	UGGT1
Entrez Gene ID	107123573
Full Name	UDP-glucose glycoprotein glucosyltransferase 1
Gene Type	protein-coding
Organism	Gekko japonicus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015426821.1	XP_015282307.1	UDP-glucose:glycoprotein glucosyltransferase 1

Pathways from BioSystems
Gene Ontology

The following UGGT1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UGGT1 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
OGe34531	XM_015426821.1 Latest version!	Gekko japonicus UDP-glucose glycoprotein glucosyltransferase 1 (UGGT1), 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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** 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)

UGGT1 ( XM_015426821.1 ) cDNA ORF clone, Gekko japonicus -> XP_015282307.1 Gekko japonicus UDP-glucose glycoprotein glucosyltransferase 1 (UGGT1), mRNA.

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CloneID	OGe34531
Clone ID Related Accession (Same CDS sequence)	XM_015426821.1
Accession Version	XM_015426821.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4605bp) 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	2016-01-19
Organism	Gekko japonicus
Product	UDP-glucose:glycoprotein glucosyltransferase 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015176452.1) 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 :: Gekko japonicus 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##

ATGGGAACTC TTATTGCACT TATTGGAATT TGGGTGAGCT GTTCCCTAGT AAATGCAGAT 
TCAAAAGCAG TGACGACCTC CCTGACTACT AAGTGGTTTT CCACACCTTT ATTACTTGAA 
GCAAGTGAAT TTTTAGCAGA AGAAAGTCAA GAGAAATTCT GGAGTTTTGT TGAAACCTGT 
CAAGACTTTG GTTCATCTAA TCGTGATGGT ACTGAGTACT CCTATCATAA TGCAGTCCTG 
AAGGCGGCTT CCCAGAATCT TTCACCTTTG CAGCAAAACT TGTTGAAATT TGCTTTGTCT 
TTGCGTTCCT ATTCTGCTAC CGTCCAGGCC TTTCAGCAGA TAGCTGCTGA TGAGCCCTCA 
CTGAAGGGAT GCAATGCATT CTTTGTTGTC CATGGAGAGA AGACTTGTGA ATTTGACAAA 
CTTGGAATAC TTTTACAAAC AGCTTCAGAA AGGCCAAAGC CTTTTATGTT CAAAGGGGAC 
CACAAGTATC CAGTTTCAAA CCCTGAAAGT CCTGTTGTAA TAATGTATGC TGAAATTGGT 
TCTGAGGAGT TGTCTAGATA CCACAGACTA CTTGTGTCAC AAGCCAAGGC AGGAGAAATC 
ACTTACATCC TTAGGCATTA CATTGCTAAT CCAAGCAAAG AAAAAGTCTA CCTGTCAGGC 
TATGGAGTGG AGCTGGCCAT TAAAAGCACA GAATATAAGG CCAAGGATGA TACCCAGGTG 
AAAGGTGCAG ATACGAATGC AACAGTAATA GGGGAAAATG ACCCCATTGA TGAAGTACTA 
GGATTTCTGT TTGGAAAATT AAGGCAGCTA TATCCGACCT TGCAAGAAGA ATTAAAAGAA 
TTCAGAAAAT ATCTTGTCGA AAGTACCAAT GAAATGGCAC CATTAAAAGT TTGGCAATTA 
CAAGATCTAA GTTTCCAAAC GGCTGCCCGT ATTCTAACTG CTCCCACTGT GGATGCTTTG 
ATGGTCATGA AAGATTTAAG CCAGAATTTT CCAACCAAGG CCAGAGCAAT AACAAAGACA 
GTTGTGTCGT CAGAACTCAG GTCAGAAGCT GAAGGAAACC AAAAGTACTT TAAAGGGACA 
TTAGGATTAC AACCTGGAGA TTCTGCCCTG TTCATCAATG GACTTCAGAT AGATCTAGAC 
ACACAGGACA TATTTAGTTT GTTTGATGTG CTGCGGAATG AAGCTCGTGT TATGGAAGGG 
CTGCACAGTT TAGGAATCGT AGGTCATTCT ATGCATAGTG TGTTAAAGCT AAACATCCAG 
CCATCAGACT CTGACTATGC AGTAGATATC AGAAGTCCTG CTATTTATTG GATCAATAAT 
CTTGAAGTTG ACAGCAAGTA CAGTTCTTGG CCTTCCAGCG TCCAGGAGCT TCTGCGCCCT 
ACCTTTCCTG GTGTAATCAG ACAGATAAGA AAGAACTTTC ATAATTTTGT TCTCATAGTG 
GACCCATCCC ATGAAAACAC GGTAGAATTG CTCAGTTTGG CTGAAATGTT CCTTAGTAAC 
CACATACCTC TGAGGATTGG TCTAGTCTTT GTGGTTGATG ACTCAGAAGA TGTTGATGGG 
TTACAAGATG CTGGGGTTGC CCTCCTTCGA GCATACAATT ATGTTGCACA GGAAGTAGAT 
CATAATTATG CCTTTCAGAC AGTTATATCT ATATATAATA AAGTAAGCAC AGGGGAGAGG 
CTGAAAGTGG AGCATGTGGT TAGTGTTCTT GAGAAGCAGT ATCCCTATGT AGAAGTAACC 
AGCATCCTGG GAGTTGATTC CGCTTATGAT CAAAACCGGA AGGAAGGACA CGGTTATTAT 
AAGCAGACTG GTGTGGGCCC CCTACCGATT GTGCTTTTTA ATGGGATGCC CTTTCAGAAA 
GAACAGCTAG ATCCTGATGA ACTGGAAACT GTGACCATGC ATAAAATACT GGAAACCACT 
AGCTTTTTCC AAAGGGCTGT GTACTTGGGT GAACTGTCGA ATGATCAAGA TGTGGTTGAA 
TATATCATGA ACCAGCCTAA TGTTGTTCCA AGGATCAACT CTCGAATCTT GATGGCTGAC 
AGAGAATACC TGGATTTGAC TGCAACTAAT AACTTCTATG TGGATGATTT TGCCAGATTT 
ACAGTTCTGG ACTCCAAAGA CAAGACAGCA GCTATAGCTA ACAGTATGAC TTACTTATCC 
AAGAAAGGGA TGTCCTCCAA GGAAATCTAT GATGATTCTT TTGTTAGACC AGTGACTTTC 
TGGATTGTTG GAGACCTTGA CAAACCATCT GGCAGGCAGT TGTTATATGA TGCAATCAAA 
CACCAGAAAT CCAGTAACCA TGTCCGGATT GGCATGATTA ACAACCCCAC TGAAGACCCA 
GCTCGTGAGA ACACAGTCAT TGCCAGGGCC ATATGGGCAG CCTTGCAGAC ACAAACATCT 
AACATTGCCA AAAACTTCAT CACAAAATTG GCCAAAGAGG AAAATGCCAA GGAGCTGAAG 
GCTGGAGCTG CTATCACTGA ATTTGCTGTT GGAGGTATGG ACATGGATAC CTTTGAAGAT 
GCCTTTCAGT CTCCTAAAGT GGATTTTATT CTTTCTCATG CTATGTACAG CAGGGATGTT 
CTTAAGCTGA GGAAAGGGCA GAGGGCAGTG ATCAGCAATG GAAGGATTAT TGGCCCATTG 
GAAGATGGTG AGCTGTTTAA TCAAGATGAC TTCCACTTGC TAGAAAATAT TATGTTAAAG 
ACTTCTGGAC AGAAAATAAA ATCCCATGTT CAGGAACTAG GAGTGGAAGA AGATCTTGCA 
AGTGATCTTG TGATGAAGGT GGATGCTCTT CTGTCTGCTC AGCCAAAAGG AGAGGCGAGG 
ATGGAAAACC TGTTTTTCGA AGACAGACAT AGTGCAATTA AGTTGAGACC AAAGGAGGGA 
GAGACATATT TTGATATTGT GGCTATTGTT GACCCTGCTA CAAGAGAAGC ACAAAGGCTG 
GCTCCGTTAC TTATGGTGTT GAACAAAGTG ATAAACATGA ACCTTGTAGT TTTCATGAAT 
TGCCAGTCCA GACTCTCTGA CATGCCTTTG AAAAGTTTTT ATCGCTACGT TTTGGAGCCA 
GAGATCACTT TCACACCAGA CAAACTTTTC ATTCCTGGCC CAGTTGCCAC ATTTTTGGAT 
ATGCCTCAGT CTCCTTTGTT TACTTTGAAT CTAAATACAC CAGAGAGCTG GATGGTGGAG 
TCTGTGAGAA CAACATACGA TCTTGATAAC ATTTATTTAG AGGAGGTGGA GAGTGTAGTA 
GCAGCTGAGT ATGAATTAGA GCACCTCCTT CTGGAAGGAC ACTGCTATGA CATCACTACA 
GGGCAGCCTC CCCGAGGGCT TCAGTTTACA CTGGGAACAT CAACAAGCCC TGTGGTGGTT 
GACACCATTG TCATGGCCAA CTTAGGCTAC TTCCAGTTAA AAGCCAATCC TGGTGCCCGG 
ATTCTGAGAC TCAGAAAGGG GAGATCTGAG GATATCTATA GAATCTACAG CCATGATGGT 
ACAGATTCTC CTCCTGATGC CAGTGAAGTT GTCGTTGTTA TCAACAGTTT CAAGAGCAAA 
ATTATCAAAG TGAAGGTTCA GAAGAAACTA GATATGATAA ATGAAGATTT GCTAAGTGAT 
GGAACTAGTG AGAATGAGTC TGGATTTTGG GAATCTCTTA AATGGGGATT TACAGGTGGT 
CAGAAGAAAG AAGAGCTGAA ACAGGATAAA GATGATGTGA TCAATATATT TTCTGTGGCA 
TCAGGACATC TATATGAGAG ATTTCTCCGC ATAATGATGT TATCTGTGCT GAAACACACA 
AAGACTCCAG TGAAGTTCTG GTTCTTGAAG AACTACTTGT CACCTACGTT TAAGGAATTC 
ATCCCATATA TGGCTGAGAA GTACAGTTTC CAATATGAAC TAGTCCAGTA CAAATGGCCA 
CGATGGCTTC ACCAGCAAAC AGAGAAGCAG CGTATCATCT GGGGATACAA AATCCTTTTT 
CTGGATGTGC TTTTCCCTCT TGCAGTTGAT AAATTCCTGT TTGTAGATGC TGACCAGATT 
GTTCGGACAG ACCTCAAGGA GCTGAGAGAT TTCAACTTGG ATGGTGCACC ATATGGTTAT 
ACACCATTCT GTGACAGCCG GCGAGAGATG GATGGCTACA GATTCTGGCA GTCAGGATAC 
TGGGCAAGTC ACTTGGCTGG AAGAAAATAC CACATCAGTG CTCTCTATGT GGTAGATCTC 
AAGAAGTTCA GAAAGATAGC TGCTGGGGAC CGACTCCGAG GACAATATCA AGGTCTTAGC 
CAAGATCCCA ATAGTCTGTC CAACCTTGAT CAGGACTTGC CCAATAACAT GATCCATCAG 
GTGCCCATTA AATCACTTCC ACAAGAGTGG CTTTGGTGCG AAACGTGGTG TGATGATTCA 
TCAAAGAAGA GAGCAAAAAC CATTGATCTG TGTAATAATC CAATGACCAA AGAGCCCAAG 
CTGGAGGCAG CTGTGCGGAT TGTCCCCGAG TGGCAGGACT ATGATCAAGA AATCAAGCAG 
CTGTACAGCC GTTTCCAGCA AGAGAAAGCA ACAGGAGCAC TCTCTAAAAC AAATGAAACA 
GAACAGCCAA GTCAAGAAGG AGTGTCAGCA CACATAGAAT TATGA

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

RefSeq	XP_015282307.1
CDS	5..4609
Translation	MGTLIALIGIWVSCSLVNADSKAVTTSLTTKWFSTPLLLEASEFLAEESQEKFWSFVETCQDFGSSNRDGTEYSYHNAVLKAASQNLSPLQQNLLKFALSLRSYSATVQAFQQIAADEPSLKGCNAFFVVHGEKTCEFDKLGILLQTASERPKPFMFKGDHKYPVSNPESPVVIMYAEIGSEELSRYHRLLVSQAKAGEITYILRHYIANPSKEKVYLSGYGVELAIKSTEYKAKDDTQVKGADTNATVIGENDPIDEVLGFLFGKLRQLYPTLQEELKEFRKYLVESTNEMAPLKVWQLQDLSFQTAARILTAPTVDALMVMKDLSQNFPTKARAITKTVVSSELRSEAEGNQKYFKGTLGLQPGDSALFINGLQIDLDTQDIFSLFDVLRNEARVMEGLHSLGIVGHSMHSVLKLNIQPSDSDYAVDIRSPAIYWINNLEVDSKYSSWPSSVQELLRPTFPGVIRQIRKNFHNFVLIVDPSHENTVELLSLAEMFLSNHIPLRIGLVFVVDDSEDVDGLQDAGVALLRAYNYVAQEVDHNYAFQTVISIYNKVSTGERLKVEHVVSVLEKQYPYVEVTSILGVDSAYDQNRKEGHGYYKQTGVGPLPIVLFNGMPFQKEQLDPDELETVTMHKILETTSFFQRAVYLGELSNDQDVVEYIMNQPNVVPRINSRILMADREYLDLTATNNFYVDDFARFTVLDSKDKTAAIANSMTYLSKKGMSSKEIYDDSFVRPVTFWIVGDLDKPSGRQLLYDAIKHQKSSNHVRIGMINNPTEDPARENTVIARAIWAALQTQTSNIAKNFITKLAKEENAKELKAGAAITEFAVGGMDMDTFEDAFQSPKVDFILSHAMYSRDVLKLRKGQRAVISNGRIIGPLEDGELFNQDDFHLLENIMLKTSGQKIKSHVQELGVEEDLASDLVMKVDALLSAQPKGEARMENLFFEDRHSAIKLRPKEGETYFDIVAIVDPATREAQRLAPLLMVLNKVINMNLVVFMNCQSRLSDMPLKSFYRYVLEPEITFTPDKLFIPGPVATFLDMPQSPLFTLNLNTPESWMVESVRTTYDLDNIYLEEVESVVAAEYELEHLLLEGHCYDITTGQPPRGLQFTLGTSTSPVVVDTIVMANLGYFQLKANPGARILRLRKGRSEDIYRIYSHDGTDSPPDASEVVVVINSFKSKIIKVKVQKKLDMINEDLLSDGTSENESGFWESLKWGFTGGQKKEELKQDKDDVINIFSVASGHLYERFLRIMMLSVLKHTKTPVKFWFLKNYLSPTFKEFIPYMAEKYSFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKFLFVDADQIVRTDLKELRDFNLDGAPYGYTPFCDSRREMDGYRFWQSGYWASHLAGRKYHISALYVVDLKKFRKIAAGDRLRGQYQGLSQDPNSLSNLDQDLPNNMIHQVPIKSLPQEWLWCETWCDDSSKKRAKTIDLCNNPMTKEPKLEAAVRIVPEWQDYDQEIKQLYSRFQQEKATGALSKTNETEQPSQEGVSAHIEL

Target ORF information:

RefSeq Version	XM_015426821.1
Organism	Gekko japonicus
Definition	Gekko japonicus UDP-glucose glycoprotein glucosyltransferase 1 (UGGT1), mRNA.

Target ORF information:

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

XM_015426821.1

ORF Insert Sequence:

ATGGGAACTC TTATTGCACT TATTGGAATT TGGGTGAGCT GTTCCCTAGT AAATGCAGAT 
TCAAAAGCAG TGACGACCTC CCTGACTACT AAGTGGTTTT CCACACCTTT ATTACTTGAA 
GCAAGTGAAT TTTTAGCAGA AGAAAGTCAA GAGAAATTCT GGAGTTTTGT TGAAACCTGT 
CAAGACTTTG GTTCATCTAA TCGTGATGGT ACTGAGTACT CCTATCATAA TGCAGTCCTG 
AAGGCGGCTT CCCAGAATCT TTCACCTTTG CAGCAAAACT TGTTGAAATT TGCTTTGTCT 
TTGCGTTCCT ATTCTGCTAC CGTCCAGGCC TTTCAGCAGA TAGCTGCTGA TGAGCCCTCA 
CTGAAGGGAT GCAATGCATT CTTTGTTGTC CATGGAGAGA AGACTTGTGA ATTTGACAAA 
CTTGGAATAC TTTTACAAAC AGCTTCAGAA AGGCCAAAGC CTTTTATGTT CAAAGGGGAC 
CACAAGTATC CAGTTTCAAA CCCTGAAAGT CCTGTTGTAA TAATGTATGC TGAAATTGGT 
TCTGAGGAGT TGTCTAGATA CCACAGACTA CTTGTGTCAC AAGCCAAGGC AGGAGAAATC 
ACTTACATCC TTAGGCATTA CATTGCTAAT CCAAGCAAAG AAAAAGTCTA CCTGTCAGGC 
TATGGAGTGG AGCTGGCCAT TAAAAGCACA GAATATAAGG CCAAGGATGA TACCCAGGTG 
AAAGGTGCAG ATACGAATGC AACAGTAATA GGGGAAAATG ACCCCATTGA TGAAGTACTA 
GGATTTCTGT TTGGAAAATT AAGGCAGCTA TATCCGACCT TGCAAGAAGA ATTAAAAGAA 
TTCAGAAAAT ATCTTGTCGA AAGTACCAAT GAAATGGCAC CATTAAAAGT TTGGCAATTA 
CAAGATCTAA GTTTCCAAAC GGCTGCCCGT ATTCTAACTG CTCCCACTGT GGATGCTTTG 
ATGGTCATGA AAGATTTAAG CCAGAATTTT CCAACCAAGG CCAGAGCAAT AACAAAGACA 
GTTGTGTCGT CAGAACTCAG GTCAGAAGCT GAAGGAAACC AAAAGTACTT TAAAGGGACA 
TTAGGATTAC AACCTGGAGA TTCTGCCCTG TTCATCAATG GACTTCAGAT AGATCTAGAC 
ACACAGGACA TATTTAGTTT GTTTGATGTG CTGCGGAATG AAGCTCGTGT TATGGAAGGG 
CTGCACAGTT TAGGAATCGT AGGTCATTCT ATGCATAGTG TGTTAAAGCT AAACATCCAG 
CCATCAGACT CTGACTATGC AGTAGATATC AGAAGTCCTG CTATTTATTG GATCAATAAT 
CTTGAAGTTG ACAGCAAGTA CAGTTCTTGG CCTTCCAGCG TCCAGGAGCT TCTGCGCCCT 
ACCTTTCCTG GTGTAATCAG ACAGATAAGA AAGAACTTTC ATAATTTTGT TCTCATAGTG 
GACCCATCCC ATGAAAACAC GGTAGAATTG CTCAGTTTGG CTGAAATGTT CCTTAGTAAC 
CACATACCTC TGAGGATTGG TCTAGTCTTT GTGGTTGATG ACTCAGAAGA TGTTGATGGG 
TTACAAGATG CTGGGGTTGC CCTCCTTCGA GCATACAATT ATGTTGCACA GGAAGTAGAT 
CATAATTATG CCTTTCAGAC AGTTATATCT ATATATAATA AAGTAAGCAC AGGGGAGAGG 
CTGAAAGTGG AGCATGTGGT TAGTGTTCTT GAGAAGCAGT ATCCCTATGT AGAAGTAACC 
AGCATCCTGG GAGTTGATTC CGCTTATGAT CAAAACCGGA AGGAAGGACA CGGTTATTAT 
AAGCAGACTG GTGTGGGCCC CCTACCGATT GTGCTTTTTA ATGGGATGCC CTTTCAGAAA 
GAACAGCTAG ATCCTGATGA ACTGGAAACT GTGACCATGC ATAAAATACT GGAAACCACT 
AGCTTTTTCC AAAGGGCTGT GTACTTGGGT GAACTGTCGA ATGATCAAGA TGTGGTTGAA 
TATATCATGA ACCAGCCTAA TGTTGTTCCA AGGATCAACT CTCGAATCTT GATGGCTGAC 
AGAGAATACC TGGATTTGAC TGCAACTAAT AACTTCTATG TGGATGATTT TGCCAGATTT 
ACAGTTCTGG ACTCCAAAGA CAAGACAGCA GCTATAGCTA ACAGTATGAC TTACTTATCC 
AAGAAAGGGA TGTCCTCCAA GGAAATCTAT GATGATTCTT TTGTTAGACC AGTGACTTTC 
TGGATTGTTG GAGACCTTGA CAAACCATCT GGCAGGCAGT TGTTATATGA TGCAATCAAA 
CACCAGAAAT CCAGTAACCA TGTCCGGATT GGCATGATTA ACAACCCCAC TGAAGACCCA 
GCTCGTGAGA ACACAGTCAT TGCCAGGGCC ATATGGGCAG CCTTGCAGAC ACAAACATCT 
AACATTGCCA AAAACTTCAT CACAAAATTG GCCAAAGAGG AAAATGCCAA GGAGCTGAAG 
GCTGGAGCTG CTATCACTGA ATTTGCTGTT GGAGGTATGG ACATGGATAC CTTTGAAGAT 
GCCTTTCAGT CTCCTAAAGT GGATTTTATT CTTTCTCATG CTATGTACAG CAGGGATGTT 
CTTAAGCTGA GGAAAGGGCA GAGGGCAGTG ATCAGCAATG GAAGGATTAT TGGCCCATTG 
GAAGATGGTG AGCTGTTTAA TCAAGATGAC TTCCACTTGC TAGAAAATAT TATGTTAAAG 
ACTTCTGGAC AGAAAATAAA ATCCCATGTT CAGGAACTAG GAGTGGAAGA AGATCTTGCA 
AGTGATCTTG TGATGAAGGT GGATGCTCTT CTGTCTGCTC AGCCAAAAGG AGAGGCGAGG 
ATGGAAAACC TGTTTTTCGA AGACAGACAT AGTGCAATTA AGTTGAGACC AAAGGAGGGA 
GAGACATATT TTGATATTGT GGCTATTGTT GACCCTGCTA CAAGAGAAGC ACAAAGGCTG 
GCTCCGTTAC TTATGGTGTT GAACAAAGTG ATAAACATGA ACCTTGTAGT TTTCATGAAT 
TGCCAGTCCA GACTCTCTGA CATGCCTTTG AAAAGTTTTT ATCGCTACGT TTTGGAGCCA 
GAGATCACTT TCACACCAGA CAAACTTTTC ATTCCTGGCC CAGTTGCCAC ATTTTTGGAT 
ATGCCTCAGT CTCCTTTGTT TACTTTGAAT CTAAATACAC CAGAGAGCTG GATGGTGGAG 
TCTGTGAGAA CAACATACGA TCTTGATAAC ATTTATTTAG AGGAGGTGGA GAGTGTAGTA 
GCAGCTGAGT ATGAATTAGA GCACCTCCTT CTGGAAGGAC ACTGCTATGA CATCACTACA 
GGGCAGCCTC CCCGAGGGCT TCAGTTTACA CTGGGAACAT CAACAAGCCC TGTGGTGGTT 
GACACCATTG TCATGGCCAA CTTAGGCTAC TTCCAGTTAA AAGCCAATCC TGGTGCCCGG 
ATTCTGAGAC TCAGAAAGGG GAGATCTGAG GATATCTATA GAATCTACAG CCATGATGGT 
ACAGATTCTC CTCCTGATGC CAGTGAAGTT GTCGTTGTTA TCAACAGTTT CAAGAGCAAA 
ATTATCAAAG TGAAGGTTCA GAAGAAACTA GATATGATAA ATGAAGATTT GCTAAGTGAT 
GGAACTAGTG AGAATGAGTC TGGATTTTGG GAATCTCTTA AATGGGGATT TACAGGTGGT 
CAGAAGAAAG AAGAGCTGAA ACAGGATAAA GATGATGTGA TCAATATATT TTCTGTGGCA 
TCAGGACATC TATATGAGAG ATTTCTCCGC ATAATGATGT TATCTGTGCT GAAACACACA 
AAGACTCCAG TGAAGTTCTG GTTCTTGAAG AACTACTTGT CACCTACGTT TAAGGAATTC 
ATCCCATATA TGGCTGAGAA GTACAGTTTC CAATATGAAC TAGTCCAGTA CAAATGGCCA 
CGATGGCTTC ACCAGCAAAC AGAGAAGCAG CGTATCATCT GGGGATACAA AATCCTTTTT 
CTGGATGTGC TTTTCCCTCT TGCAGTTGAT AAATTCCTGT TTGTAGATGC TGACCAGATT 
GTTCGGACAG ACCTCAAGGA GCTGAGAGAT TTCAACTTGG ATGGTGCACC ATATGGTTAT 
ACACCATTCT GTGACAGCCG GCGAGAGATG GATGGCTACA GATTCTGGCA GTCAGGATAC 
TGGGCAAGTC ACTTGGCTGG AAGAAAATAC CACATCAGTG CTCTCTATGT GGTAGATCTC 
AAGAAGTTCA GAAAGATAGC TGCTGGGGAC CGACTCCGAG GACAATATCA AGGTCTTAGC 
CAAGATCCCA ATAGTCTGTC CAACCTTGAT CAGGACTTGC CCAATAACAT GATCCATCAG 
GTGCCCATTA AATCACTTCC ACAAGAGTGG CTTTGGTGCG AAACGTGGTG TGATGATTCA 
TCAAAGAAGA GAGCAAAAAC CATTGATCTG TGTAATAATC CAATGACCAA AGAGCCCAAG 
CTGGAGGCAG CTGTGCGGAT TGTCCCCGAG TGGCAGGACT ATGATCAAGA AATCAAGCAG 
CTGTACAGCC GTTTCCAGCA AGAGAAAGCA ACAGGAGCAC TCTCTAAAAC AAATGAAACA 
GAACAGCCAA GTCAAGAAGG AGTGTCAGCA CACATAGAAT TATGA