UGGT2 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	UGGT2
Entrez Gene ID	105407255
Full Name	UDP-glucose glycoprotein glucosyltransferase 2
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011586373.1	XP_011584675.1	UDP-glucose:glycoprotein glucosyltransferase 2

Pathways from BioSystems
Gene Ontology

The following UGGT2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UGGT2 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
OAq23107	XM_011586373.1 Latest version!	Aquila chrysaetos canadensis UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), 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)

UGGT2 ( XM_011586373.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011584675.1 Aquila chrysaetos canadensis UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), mRNA.

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CloneID	OAq23107
Clone ID Related Accession (Same CDS sequence)	XM_011586373.1
Accession Version	XM_011586373.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4215bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	UDP-glucose:glycoprotein glucosyltransferase 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950926.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTCAGC AGATTGCCGC TGATGAACCT CCACCAGAAG GCTGCAGTGC ATTTGTGGTT 
ATCCATGAGA AGCACACCTG TAAGACTAAT GAAATAAAAA AGCTGCTGAA GAAGGCTACT 
AAGAGACCCA GGCCATATCT TTTTAAGGGA GATCATAAAT TCCCAACTCT CAAAGAGGAT 
GGCCCAGTGG TTGTTCTTTA CGCAGAAATG GGTACGAAAG ACTTTGTCAA ATTCCACAAG 
ATTTTATCTG AGAAGGCGCA AAGGGAGGAA ATTGTTTATG TTCTCCGACA TTATGTTCAG 
AAACCAAGTT CCAAAAAAAT GTATTTATCC GGATATGGTG TAGAACTTGC AATAAAGAGC 
ACAGAATATA AAGCAGTAGA TGACACACAG GTTAAAGGGG CAAATGAGAC AAAAGAAGAG 
GAAGATGATG ATGAGGAAAG TGATGTCCAA GGATTTCTCT TTGGCAAGTT AAAACAGATG 
CATCCTGAAC TGAAAAATAA TCTGAAAGAG TTTAAAAAAC ATCTAATTGA AACTACTAAC 
AACATGGAAC CGCTGAAGGT TTGGGAGCTA CAGGATCTTA GTTTTCAAGC AGCTGCTCGA 
ATTATGTCTA CCCCTGTTTA TGATGCCTTA AAGGTAATGA AAGACATAGC ACAGAACTTC 
CCAATAAGAG CCAGATCACT GACCAGAGTG CCTGTAGACA AGAAAATGCG GAGTGAAATA 
GAAGAAAACC AGAAGCATTT TCATGAAGTA CTTGGAATCC AACCTGGAGA AGCACGTTTG 
TTTCTAAATG GCCTTCATAT TGACCTGGAT TTTCATGATC CTTTTAGCAT CTTAGAGACT 
CTTAAACTGG AAGGAAAAGT GATGCATGGC CTTCATGAAC TTGGAATCAA AGAGGAGATC 
CTGAGTAAAT TTATGAGGTT GCATATACAT CCTACAGATG ACACTTATGC GCTAGATATT 
CGTCACTCTT CAATCATATG GGTTAATAAT ATAGAACAAG ATCACAGCTA CAGCACATGG 
CCTGCAAGCT ATCAGGAACT GCTAAGACCC GCATTTCCTG GCGTTATACA GCAGATTAGA 
CGCAATTTAT TTAATTTGGT ACTTTTTGTT GATCCTGTCC AAGAAGGCAC AGGTGATTAT 
ATGAAACTGG CAGAATTATT CTATCATCAT AATGTACCAC TTAGAGTTGG ATTTGTTTTC 
ATTTTAAGTA CAAAAGAAGA AATTGATGGA AATGAAGATG CTGGAATAGC TCTTTGGAGA 
ACTTTTAATT ACATTGCAGA GGAATCTGAC ACCTCTCAAG CCTTTACCTC GATAATTAAT 
ATGTACCATG AAGTGAAAGA TGGAAATGTT CTAACAGTAA ATCATGTGAA AGATGTTCTT 
AGAAGCGAAT ACCCACACGC TGATGTTCAG AGTATACTAG ATGTTCATTC TGAATACGAT 
GAAGGGAGGA AGGCAGGAGC AACCTTTTAT AAAAAGACTG GCCTGGGTCC ATTGCCTCAA 
GCTCTGTTTA ATGGCGTGCC CTTTAACAGA GAAGAGATGG ATGCTGCAGA GTTAGAGACA 
GTTATTCTTC AGAGGATTAT TGATGCCACC GGGTTCTTCC AGAGGGCAGT GTTCATGGGG 
TTGTTAAATG ATCATATAAA TGCAATGGAT TTTCTTATGG ATCAGCACAA TGTAGTTTCC 
CGTATAAACC CCACTATTCT TGGTGCAGAA AGAAGATACA TACATTTCAG ATCCACAACT 
GTTCCATTTG ATGTGGAAGA CTTCTCTACT TTCTCCTTTT TGGACTCACA AGATAAAAGT 
GCTGTAATTT CAGACAACAT GAAGTATTTA ACAAAAAAGG ATGAAGATGC ATTATATGCT 
GTTACTATCT GGGTTATTGC TGATTTTGAT AAGCCAGCTG GGAGACAACT GCTTTCTAAT 
GCCTTGAAAC ACCTGAAAAC AAGCAGTCAT ATACGTGTTG GGATTTTGAA CAATCCTTCA 
TCAAAAATAA ATGAAGATAA CACAGCCATT GCAAGAGGAA TTTTGACCGC TTTTCTAACC 
CAAAACAACA GCAACTTAAA AAGTTTCCTA AGTAAACTCA GTAAGGAAGA GACAGCAAAA 
TCCCTTGCTG CTGGAACTAA AATTGCTAAG TTCCTCATCC CAGGAATGGA TGATGACACT 
TTTGAGAAGA AGTACAACAC TTTAGGACTG GATTTAATTA AAACCCACCA GATGTTCTGC 
CAGGAGGTTC TTAAGCTGCT TCCAGGGCAA ATGGCTGTTA TGAGCAATGG CAGGGTACTG 
GGTCCTTTAG ATGAAAATGA ATTCTATGCA GAAGACTTTA ATTTGTTGGA AAAAATAACA 
TACAGTACCT CAGCAGAGAA GATTAAAGCT ATTGTCAAAG AGATGGGAGG CAGTAGTAAA 
AGTGGCAGTG ATTTGATTAT GAAAATAGAT GCCCTACTGT CATCTTTGCC TAAAACAGAG 
AATAGACAAG ATGCTGAATT ACTCAAAGAA CAGCACAGTG TAGTAAAAGT TGATCCCCAA 
CAGAATGAAC CATTCTATGA TGTTATTGCT ATTGTGGATC CATTGACAAG AGAGGCACAG 
AAGATGGCTC ATTTATTGAT TGTACTCAAA GACATTATCA ATGTGAAACT CAGGTTGTTT 
TTGAACTGCA GATCTAAGCT GTCAGAAGTG CCACTGAAGA GCTTCTATCG TTTTGTTCTG 
GAACCAGAAT TAACTTACGG GATCAACAAG CACCTTCTTT CTGAACCTGT GGCAAAATTC 
CTAGAATTGC CAGAATCACC TCTTTTGACT CTAAACATGA TCACTCCTGA AAGCTGGTTG 
GTCGAAGCAG TAAAAAGTTC TTGTGATCTA GATAACATTC ATTTACAGGA TATAAAAGGG 
ATGGTTATAG CAGAATATGA ATTAGAATAT ATATTGCTTG AAGGACATTG CTTTGATGTG 
ACAACTGGAC AACCTCCTCG AGGGTTGCAG TTCACTCTGG GCACAAAGAA TAATCCTGTC 
ATGGTTGATA CTATTGTGAT GGCCAACCTG GGGTATTTTC AGCTGAAAGC AAATCCAGGT 
GCTTGGACAC TGAGACTGCG TAAAGGAAGA TCCGAAGAGA TTTATCAGGT TTTTTCCCAT 
GAAGGAACAG ATTCTGTAGC TGACCTGACA GATGTTATCA TCGTATTAAA CAACTTCAGA 
AGCAAAATTA TCAAAGTCCA AGTACAGAAA AAGCCTGATA AAATGAATGA GGATCTCCTT 
ACTGATGGAA CGACAAGGAA AAAGGGAAAT CAGGAATCAG TTACAAGATT TTCAGAAGAA 
ATTCCAACAG AAGAGAAGGA AAAGAAAAGT GATATTCTTA ACATTTTCTC AGTTGCTTCA 
GGCCATTTAT ATGAACGTTT TTTAAGAATT ATGATGCTTT CTGTCCTGCG TCATACAAAA 
ACACCAGTTA AGTTTTGGTT TCTGAAAAAC TATCTCTCCC CAACATTTAA GGATGTTATT 
CCTCACATGG CTAAAAAGTA TGGTTTCAAG TATGAGTTGG TACAATACAA GTGGCCCCGG 
TGGCTTTATC AGCAGATAGA AAAACAGAGA ATTATCTGGG GCTACAAAAT TCTTTTTTTG 
GATGTTCTTT TCCCTTTGGC TGTGGATAAA ATAATATTTG TCGATGCTGA CCAGATTGTG 
AGAAGTGACC TAAAAGAACT CAGAGATCTA GATCTAAATG GAGCTCCCTA CGGATACACA 
CCTTTCTGTG ACAGCCGTAA AGAAATGGAT GGGTACCGCT TCTGGAAATC AGGATACTGG 
GCATCACATC TTGGGAAAAG GAAATACCAT ATTAGTGCCT TATATGTTGT GGATCTTAAG 
AAGTTCAGAA AGATTGCAGC TGGAGATAGG CTTCGGGGCC AGTACCAGGC TCTCAGTCAA 
GATCCAAACA GTCTATCAAA TCTAGATCAG GATCTTCCCA ATAATATGAT TCATCAAGTA 
GCTATTAAGT CTCTCCCTCA GGAATGGCTT TGGTGTGAAA CCTGGTGTGA TGATGAATCC 
AAGAAAAAGG CTAAAACAAT AGACTTGTGC AACAATCCCC AAACCAAAGA ACCAAAATTA 
AAGGCTGCTG CCCGGATAGT TCCTGAGTGG ATTGACTATG ACTCTGAGAT AAGAAAGTTA 
ATACAGCAAA TTGAAAAAGA GAAGAAAAAT CTAACATCAT TCTCTCAAAA AGGTCTTAAG 
CATGATGAAC TTTAG

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

RefSeq	XP_011584675.1
CDS	344..4558
Translation	MFQQIAADEPPPEGCSAFVVIHEKHTCKTNEIKKLLKKATKRPRPYLFKGDHKFPTLKEDGPVVVLYAEMGTKDFVKFHKILSEKAQREEIVYVLRHYVQKPSSKKMYLSGYGVELAIKSTEYKAVDDTQVKGANETKEEEDDDEESDVQGFLFGKLKQMHPELKNNLKEFKKHLIETTNNMEPLKVWELQDLSFQAAARIMSTPVYDALKVMKDIAQNFPIRARSLTRVPVDKKMRSEIEENQKHFHEVLGIQPGEARLFLNGLHIDLDFHDPFSILETLKLEGKVMHGLHELGIKEEILSKFMRLHIHPTDDTYALDIRHSSIIWVNNIEQDHSYSTWPASYQELLRPAFPGVIQQIRRNLFNLVLFVDPVQEGTGDYMKLAELFYHHNVPLRVGFVFILSTKEEIDGNEDAGIALWRTFNYIAEESDTSQAFTSIINMYHEVKDGNVLTVNHVKDVLRSEYPHADVQSILDVHSEYDEGRKAGATFYKKTGLGPLPQALFNGVPFNREEMDAAELETVILQRIIDATGFFQRAVFMGLLNDHINAMDFLMDQHNVVSRINPTILGAERRYIHFRSTTVPFDVEDFSTFSFLDSQDKSAVISDNMKYLTKKDEDALYAVTIWVIADFDKPAGRQLLSNALKHLKTSSHIRVGILNNPSSKINEDNTAIARGILTAFLTQNNSNLKSFLSKLSKEETAKSLAAGTKIAKFLIPGMDDDTFEKKYNTLGLDLIKTHQMFCQEVLKLLPGQMAVMSNGRVLGPLDENEFYAEDFNLLEKITYSTSAEKIKAIVKEMGGSSKSGSDLIMKIDALLSSLPKTENRQDAELLKEQHSVVKVDPQQNEPFYDVIAIVDPLTREAQKMAHLLIVLKDIINVKLRLFLNCRSKLSEVPLKSFYRFVLEPELTYGINKHLLSEPVAKFLELPESPLLTLNMITPESWLVEAVKSSCDLDNIHLQDIKGMVIAEYELEYILLEGHCFDVTTGQPPRGLQFTLGTKNNPVMVDTIVMANLGYFQLKANPGAWTLRLRKGRSEEIYQVFSHEGTDSVADLTDVIIVLNNFRSKIIKVQVQKKPDKMNEDLLTDGTTRKKGNQESVTRFSEEIPTEEKEKKSDILNIFSVASGHLYERFLRIMMLSVLRHTKTPVKFWFLKNYLSPTFKDVIPHMAKKYGFKYELVQYKWPRWLYQQIEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRSDLKELRDLDLNGAPYGYTPFCDSRKEMDGYRFWKSGYWASHLGKRKYHISALYVVDLKKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIHQVAIKSLPQEWLWCETWCDDESKKKAKTIDLCNNPQTKEPKLKAAARIVPEWIDYDSEIRKLIQQIEKEKKNLTSFSQKGLKHDEL

Target ORF information:

RefSeq Version	XM_011586373.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), mRNA.

Target ORF information:

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

XM_011586373.1

ORF Insert Sequence:

ATGTTTCAGC AGATTGCCGC TGATGAACCT CCACCAGAAG GCTGCAGTGC ATTTGTGGTT 
ATCCATGAGA AGCACACCTG TAAGACTAAT GAAATAAAAA AGCTGCTGAA GAAGGCTACT 
AAGAGACCCA GGCCATATCT TTTTAAGGGA GATCATAAAT TCCCAACTCT CAAAGAGGAT 
GGCCCAGTGG TTGTTCTTTA CGCAGAAATG GGTACGAAAG ACTTTGTCAA ATTCCACAAG 
ATTTTATCTG AGAAGGCGCA AAGGGAGGAA ATTGTTTATG TTCTCCGACA TTATGTTCAG 
AAACCAAGTT CCAAAAAAAT GTATTTATCC GGATATGGTG TAGAACTTGC AATAAAGAGC 
ACAGAATATA AAGCAGTAGA TGACACACAG GTTAAAGGGG CAAATGAGAC AAAAGAAGAG 
GAAGATGATG ATGAGGAAAG TGATGTCCAA GGATTTCTCT TTGGCAAGTT AAAACAGATG 
CATCCTGAAC TGAAAAATAA TCTGAAAGAG TTTAAAAAAC ATCTAATTGA AACTACTAAC 
AACATGGAAC CGCTGAAGGT TTGGGAGCTA CAGGATCTTA GTTTTCAAGC AGCTGCTCGA 
ATTATGTCTA CCCCTGTTTA TGATGCCTTA AAGGTAATGA AAGACATAGC ACAGAACTTC 
CCAATAAGAG CCAGATCACT GACCAGAGTG CCTGTAGACA AGAAAATGCG GAGTGAAATA 
GAAGAAAACC AGAAGCATTT TCATGAAGTA CTTGGAATCC AACCTGGAGA AGCACGTTTG 
TTTCTAAATG GCCTTCATAT TGACCTGGAT TTTCATGATC CTTTTAGCAT CTTAGAGACT 
CTTAAACTGG AAGGAAAAGT GATGCATGGC CTTCATGAAC TTGGAATCAA AGAGGAGATC 
CTGAGTAAAT TTATGAGGTT GCATATACAT CCTACAGATG ACACTTATGC GCTAGATATT 
CGTCACTCTT CAATCATATG GGTTAATAAT ATAGAACAAG ATCACAGCTA CAGCACATGG 
CCTGCAAGCT ATCAGGAACT GCTAAGACCC GCATTTCCTG GCGTTATACA GCAGATTAGA 
CGCAATTTAT TTAATTTGGT ACTTTTTGTT GATCCTGTCC AAGAAGGCAC AGGTGATTAT 
ATGAAACTGG CAGAATTATT CTATCATCAT AATGTACCAC TTAGAGTTGG ATTTGTTTTC 
ATTTTAAGTA CAAAAGAAGA AATTGATGGA AATGAAGATG CTGGAATAGC TCTTTGGAGA 
ACTTTTAATT ACATTGCAGA GGAATCTGAC ACCTCTCAAG CCTTTACCTC GATAATTAAT 
ATGTACCATG AAGTGAAAGA TGGAAATGTT CTAACAGTAA ATCATGTGAA AGATGTTCTT 
AGAAGCGAAT ACCCACACGC TGATGTTCAG AGTATACTAG ATGTTCATTC TGAATACGAT 
GAAGGGAGGA AGGCAGGAGC AACCTTTTAT AAAAAGACTG GCCTGGGTCC ATTGCCTCAA 
GCTCTGTTTA ATGGCGTGCC CTTTAACAGA GAAGAGATGG ATGCTGCAGA GTTAGAGACA 
GTTATTCTTC AGAGGATTAT TGATGCCACC GGGTTCTTCC AGAGGGCAGT GTTCATGGGG 
TTGTTAAATG ATCATATAAA TGCAATGGAT TTTCTTATGG ATCAGCACAA TGTAGTTTCC 
CGTATAAACC CCACTATTCT TGGTGCAGAA AGAAGATACA TACATTTCAG ATCCACAACT 
GTTCCATTTG ATGTGGAAGA CTTCTCTACT TTCTCCTTTT TGGACTCACA AGATAAAAGT 
GCTGTAATTT CAGACAACAT GAAGTATTTA ACAAAAAAGG ATGAAGATGC ATTATATGCT 
GTTACTATCT GGGTTATTGC TGATTTTGAT AAGCCAGCTG GGAGACAACT GCTTTCTAAT 
GCCTTGAAAC ACCTGAAAAC AAGCAGTCAT ATACGTGTTG GGATTTTGAA CAATCCTTCA 
TCAAAAATAA ATGAAGATAA CACAGCCATT GCAAGAGGAA TTTTGACCGC TTTTCTAACC 
CAAAACAACA GCAACTTAAA AAGTTTCCTA AGTAAACTCA GTAAGGAAGA GACAGCAAAA 
TCCCTTGCTG CTGGAACTAA AATTGCTAAG TTCCTCATCC CAGGAATGGA TGATGACACT 
TTTGAGAAGA AGTACAACAC TTTAGGACTG GATTTAATTA AAACCCACCA GATGTTCTGC 
CAGGAGGTTC TTAAGCTGCT TCCAGGGCAA ATGGCTGTTA TGAGCAATGG CAGGGTACTG 
GGTCCTTTAG ATGAAAATGA ATTCTATGCA GAAGACTTTA ATTTGTTGGA AAAAATAACA 
TACAGTACCT CAGCAGAGAA GATTAAAGCT ATTGTCAAAG AGATGGGAGG CAGTAGTAAA 
AGTGGCAGTG ATTTGATTAT GAAAATAGAT GCCCTACTGT CATCTTTGCC TAAAACAGAG 
AATAGACAAG ATGCTGAATT ACTCAAAGAA CAGCACAGTG TAGTAAAAGT TGATCCCCAA 
CAGAATGAAC CATTCTATGA TGTTATTGCT ATTGTGGATC CATTGACAAG AGAGGCACAG 
AAGATGGCTC ATTTATTGAT TGTACTCAAA GACATTATCA ATGTGAAACT CAGGTTGTTT 
TTGAACTGCA GATCTAAGCT GTCAGAAGTG CCACTGAAGA GCTTCTATCG TTTTGTTCTG 
GAACCAGAAT TAACTTACGG GATCAACAAG CACCTTCTTT CTGAACCTGT GGCAAAATTC 
CTAGAATTGC CAGAATCACC TCTTTTGACT CTAAACATGA TCACTCCTGA AAGCTGGTTG 
GTCGAAGCAG TAAAAAGTTC TTGTGATCTA GATAACATTC ATTTACAGGA TATAAAAGGG 
ATGGTTATAG CAGAATATGA ATTAGAATAT ATATTGCTTG AAGGACATTG CTTTGATGTG 
ACAACTGGAC AACCTCCTCG AGGGTTGCAG TTCACTCTGG GCACAAAGAA TAATCCTGTC 
ATGGTTGATA CTATTGTGAT GGCCAACCTG GGGTATTTTC AGCTGAAAGC AAATCCAGGT 
GCTTGGACAC TGAGACTGCG TAAAGGAAGA TCCGAAGAGA TTTATCAGGT TTTTTCCCAT 
GAAGGAACAG ATTCTGTAGC TGACCTGACA GATGTTATCA TCGTATTAAA CAACTTCAGA 
AGCAAAATTA TCAAAGTCCA AGTACAGAAA AAGCCTGATA AAATGAATGA GGATCTCCTT 
ACTGATGGAA CGACAAGGAA AAAGGGAAAT CAGGAATCAG TTACAAGATT TTCAGAAGAA 
ATTCCAACAG AAGAGAAGGA AAAGAAAAGT GATATTCTTA ACATTTTCTC AGTTGCTTCA 
GGCCATTTAT ATGAACGTTT TTTAAGAATT ATGATGCTTT CTGTCCTGCG TCATACAAAA 
ACACCAGTTA AGTTTTGGTT TCTGAAAAAC TATCTCTCCC CAACATTTAA GGATGTTATT 
CCTCACATGG CTAAAAAGTA TGGTTTCAAG TATGAGTTGG TACAATACAA GTGGCCCCGG 
TGGCTTTATC AGCAGATAGA AAAACAGAGA ATTATCTGGG GCTACAAAAT TCTTTTTTTG 
GATGTTCTTT TCCCTTTGGC TGTGGATAAA ATAATATTTG TCGATGCTGA CCAGATTGTG 
AGAAGTGACC TAAAAGAACT CAGAGATCTA GATCTAAATG GAGCTCCCTA CGGATACACA 
CCTTTCTGTG ACAGCCGTAA AGAAATGGAT GGGTACCGCT TCTGGAAATC AGGATACTGG 
GCATCACATC TTGGGAAAAG GAAATACCAT ATTAGTGCCT TATATGTTGT GGATCTTAAG 
AAGTTCAGAA AGATTGCAGC TGGAGATAGG CTTCGGGGCC AGTACCAGGC TCTCAGTCAA 
GATCCAAACA GTCTATCAAA TCTAGATCAG GATCTTCCCA ATAATATGAT TCATCAAGTA 
GCTATTAAGT CTCTCCCTCA GGAATGGCTT TGGTGTGAAA CCTGGTGTGA TGATGAATCC 
AAGAAAAAGG CTAAAACAAT AGACTTGTGC AACAATCCCC AAACCAAAGA ACCAAAATTA 
AAGGCTGCTG CCCGGATAGT TCCTGAGTGG ATTGACTATG ACTCTGAGAT AAGAAAGTTA 
ATACAGCAAA TTGAAAAAGA GAAGAAAAAT CTAACATCAT TCTCTCAAAA AGGTCTTAAG 
CATGATGAAC TTTAG