UGGT2 cDNA ORF clone, Myotis brandtii(Brandt's bat)

Gene
Clones
gRNAs

Summary

Gene Symbol	UGGT2
Entrez Gene ID	102261441
Full Name	UDP-glucose glycoprotein glucosyltransferase 2
Gene Type	protein-coding
Organism	Myotis brandtii(Brandt's bat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005882398.2	XP_005882460.1	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
OMy60972	XM_005882398.2 Latest version!	Myotis brandtii 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_005882398.2 ) cDNA ORF clone, Myotis brandtii(Brandt's bat) -> XP_005882460.1 Myotis brandtii UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), mRNA.

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CloneID	OMy60972
Clone ID Related Accession (Same CDS sequence)	XM_005882398.2
Accession Version	XM_005882398.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4491bp) 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	2015-11-03
Organism	Myotis brandtii(Brandt's bat)
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_005370787.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2015 this sequence version replaced XM_005882398.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Myotis brandtii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGACTTTCG TCGTTCCACC AAAGCAAGAG GTTATGGTCC TGAAAGGAGA GTCCATCACC 
CCACACCACA CTGCATATTA TCAAATCCAA AAGAATCACC AAGACCAATG TGAATTTATG 
GCAGAAGAAA GTAATGAAAA ATTTTGGCAG TTTTTGGACA CCGTAAAAGA ATTAGCAATT 
TATAAGAAAA GAGAGTCAGG TTATTCTTAT TACAACTTAA TCCTGAAGAA AGCTGGACAA 
TTCTTAGACA ATTTACATAT CAATCTCTTA AAGTTTGCTT TCTCTATAAG AGCATACTCT 
CCAACTATTC AGATGTTTCA ACAGATTGCA GCTGATGAGC CACCACCAGA TGGTTGTGAT 
GCATTTGTGG TTATCCATAA GAAACACACC TGTAAAATTA ATGAGATTAA AAAGCTGCTG 
AAGAAGGCTA CTTCAAGGCC CAGACCTTAT CTTTTTGAAG GGGATCATAA ATTTCCTACA 
AATAAAGAGA ACTTACCAGT GATTATTCTC TATGCAGAAA TGGGTACCAG ATCATTTAGT 
AAATTCCACA CAGTATTGTC TGAAAAAGCT CAAAATGGAG AAATTCTGTA TGTTCTTCGT 
CATTATATTC AGAAACCAAC CTCAAGGAAA ATGTACTTAT CTGGATATGG TGTGGAGTTA 
GCAATTAAGA GTACAGAATA CAAAACACTG GATGATACTC AAGTTAAAAC TGTGACTAAT 
ACCACTGTAG AAGGTGAGAT TGAAACAAAT GAAGTTCAAG GATTTTTCTT TGGGAAACTA 
AAAGAAAGAT ATTCAGATCT CAGAGATAAT CTGACAGCAT TCCAGAAATA CCTGATTGAG 
AGTAGCAAAG AAATGATGCC TTTGAAAGTC TGGGAACTAC AAGATCTTAG TTTTCAAGCA 
GCTTCTCAAA TAATGGCCAC TCCAGTTTAT GATGCCTTAA AGTTAATGAA AGACATTTCA 
CAGAACTTCC CCATAAAAGC CAGATCTCTG ACCAGAATTT CCATAAATCA ACATATGAAG 
AAGGAAATAC AGAAAAATCA ACAGGATCTT CATAATAGAT TTGAAATTCA GCCAGGTGAT 
GCTCGTCTGT ATATAAATGG ACTTCCTGTT GACATGGATG CTCTTGATCC CTTTAGTATT 
TTGGATATGC TGAAGCTAGA AGGAAAAATG ATGAATGGCC TTCACAAGCT TGGGATAAAC 
GGAGAAGATA TGAGTGAATT TTTAAAATTA AATTCACATG TTTGGGACAA TAACTATGTA 
TTAGATATTA GACATTCTTC AATAATGTGG ATTAATGACT TAGAAAATGA TGATTTGTAT 
GTTACATGGC CTGCAAGTTG CCAGGAACTT CTGAAATCAG TATTCCCTGG AAAAATACCT 
TCCATAAGGC GTAATTTTCA TAATTTGGTT CTGTTTATTG ATCCTGCTCA AGAATATACC 
TTGGATTTTA TTAAACTTGC TGAACTTTTA TATTATCATA AAATTCCTCT TAGAATTGGT 
TTTGTGTTCA TTGTTAATAC AGATGATGAA GTTGATGGAA CAAATGATGC TGGAGTTGCT 
CTTTGGCGGA CTTTCAACTA TATTGCAAAA GAACATGATG TATTACAAGC ATTTATTTCC 
GTAACACATA TGTACCAAAA AGTAAAGAAT CAAAATATAC TCACAGTGGA TAATGTGAAG 
AGTGTTCTCC AAGATAAATT TCCTCATGCT AATATTTTGG ATATTTTGGG AATTGATTCT 
AGATATGATA ATAAAAGAAA GGCAGGAGCA AGCTTTTATA AGATGACTGG CCTGGGTCCT 
TTGCCTCAAG CTCTTTATAA TGGCGAATCC TTTAACCATG AGGAGTTAAA TATTCAAAAA 
CTAGAAAGAG CTCTTCTTCA AAAAATGATG GATATGACCA TATATTTACA AAGGGAAGTT 
TTTATGGGCA CATTAAATGA TCGAACAAAT GCAATTGATT TCCTTATGGA TAAAAATAAT 
GTTGTACCTC GTATAAATCC TTTGATTTTG TACAGTGAAG GGCAGTACCT TAATTTAATA 
TCTACATCAG TAACTACAGA TGTTGAAGAT TTCTCTACTT TCTTTTTCTT GGACTCACAA 
GATAAGAGTG CTGTAATTGC AGAGAACATG TATTATTTAA CCCATGAAGA TGAAGATGTA 
ATTTCTTCCA TTACTCTCTG GATTATTGCT GATTTTGACA AACCATCTGG GAGAAAACTG 
CTTTTGAATG CATTAAAGCA CATGAAAAAA AGTTTTCATA GTCGGTTGGG CGTTATTTAT 
AATCCTACAT CAAAAATAAA TGAAGAGAAC ACAGCTATTT CTAGAGGAAT TTTGGCAGCT 
TTTCTTACAC AGAAAAACAG CTTTTTGAGA AACTTTCTCA GGAAACTGGC AAGGGAAGAA 
ACTGCTACAG CTATTTACTC TGGAGATAAA ATTAAAACAT TCCTTACTGA GGAGATGGAT 
AAGAATGCTT TTGAGAAAAA ATATAATACC ATTGGGGTGA ATATTTTTCG AACTCACCAG 
TTGTTCTGTC AAGACGTACT TAAGTTGGGT CCCGGAGAAA TGGGTATTGT CAGCAATGGG 
AAATACTTAG GACCTTTGAA TGAAGATTTC TGTGCAGAAG ATTTCTCCTT ATTGGAAAAG 
ATAACATTTA CTAATTTATC AGAGAAAATT AAAGGCATTG TTGAAAATAT GGCAATCAAC 
TCAAAGAAAA AGAGTGACCT TGTTATGAAA GTTGATGCCC TTGTTTCCTC TTTGCCTACA 
CGTGAATCCC GTCATAATGT CAAATTTTTA AAAGAGAATC ACAGCATTAT AAAGATCAAT 
CCTCAAGAGA ATGATATGTT CTTTGATGTT ATTGCTATTG TTGATCCATT GACAAGAGAA 
GGACAGATGA TGGCACAGTT ATTGATTGTA CTTGGAAAGA TTATCAACAT GAAGTTAAAG 
TTGTTCATGA ACTGCAGGGA TAAGCTTTCA GAAGCCCCTT TAAAGAGTTT TTACCGATTT 
GTTCTGGAAC CAGAACTGAC ATTAGTGACT AATGACCTTA TTGAACCAGT AGCAAAATTC 
TTGGATATCC CTGAATCACC CCTTCTAACC CTCAACATGA TTACTCCTGA AGGCTGGCTG 
GTTGAAACAG TACACAGCAA CTGTGACCTT GATAATATCC ACTTAAAGGA CATCGAGAGA 
ACTGTTATAG CAGAATATGA ACTAGAGTAC CTACTACTTG AAGGACATTG CTTTGATAGA 
ACAACAGAAC AACCTCCTCG AGGTCTGCAG TTTACACTCG GCACAAAAAG TCAACCTGTT 
GCAGTTGATA CAATAGTGAT GGCCAATCTT GGATATTTTC AATTAAAAGC AAACCCAGGT 
GCTTGGATAC TGAAATTACG CCAAGGAAAA TCTGAAGATA TCTATCAAAT AGTTGGGCAT 
GAAGGAACTG ACTCTCAATC AGACCTAGGA GATGTCATTG TTGTATTAAA CAGCTTCAAA 
AGCAAAATAC TGGAAATACA AGTGCAAAAA AAGCCAGACA AAATTAAGGA AGATATCCTT 
ACTGATGAAG AAAAAACAGG AATGTGGGAT TCCATTAAAA GTTTCACAAG AAGTTTGCAT 
AAAGAAAAAG ACAAAAAGGA AACAGACGTT CTGAACATTT TCTCAGTTGC TTCTGGCCAT 
TTATATGAAC GCTTTTTAAG AATTATGATG CTTTCTGTTT TACGTAACAC CAAAACACCA 
GTGAAATTTT GGTTCCTAAA AAATTATCTG TCACCAACAT TTAAAGAGGT AATTCCTTAC 
ATGGCTAAGG AATACGGATT CCAATATGAA CTAGTCCAAT ATAAGTGGCC TCGCTGGCTT 
CACCAACAGA CAGAAAAACA AAGGATTATC TGGGGATACA AAATTCTTTT CCTTGATGTC 
CTTTTTCCTC TAGCAGTGGA CAAAATCATT TTTGTTGATG CTGATCAGAT TGTGAGACAC 
GACCTGAAAG AACTTCGAGA TTTCGATCTG GGTGGAGCTC CTTATGGGTA TACTCCATTT 
TGTGATAGCC GCACTGACAT GGATGGATAT CGTTTCTGGA AGAAAGGATA TTGGGCATCA 
CATCTTTTAA GGAGGAAATA CCATATCAGT GCCTTATACG TAGTGGATCT CAAGAGATTT 
AGGAGAATTG CAGCAGGTGA CAGGCTCCGA GGCCAGTACC AAGCTCTCAG TCAAGATCCA 
AACAGTCTTT CAAACCTAGA TCAGGATCTT CCCAATAATA TGATTTACCA AGTCGCTATT 
AAGTCTCTTC CTCAAGATTG GCTGTGGTGT GAAACCTGGT GTGATGATGA ATCCAAACAA 
AGAGCCAAAA CAATTGATCT GTGCAATAAT CCCAAAACAA AAGAACCCAA ACTGAAAGCT 
GCTGCCAGGA TTGTCCCAGA GTGGGTGGAG TATGATACTG AGATACGACA ACTGCTAGAT 
CACCTTGAAA ACAAGAAGGA AAATGCAATT TTGACACATG ATGAACTCTA G

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

RefSeq	XP_005882460.1
CDS	1..4491
Translation	MTFVVPPKQEVMVLKGESITPHHTAYYQIQKNHQDQCEFMAEESNEKFWQFLDTVKELAIYKKRESGYSYYNLILKKAGQFLDNLHINLLKFAFSIRAYSPTIQMFQQIAADEPPPDGCDAFVVIHKKHTCKINEIKKLLKKATSRPRPYLFEGDHKFPTNKENLPVIILYAEMGTRSFSKFHTVLSEKAQNGEILYVLRHYIQKPTSRKMYLSGYGVELAIKSTEYKTLDDTQVKTVTNTTVEGEIETNEVQGFFFGKLKERYSDLRDNLTAFQKYLIESSKEMMPLKVWELQDLSFQAASQIMATPVYDALKLMKDISQNFPIKARSLTRISINQHMKKEIQKNQQDLHNRFEIQPGDARLYINGLPVDMDALDPFSILDMLKLEGKMMNGLHKLGINGEDMSEFLKLNSHVWDNNYVLDIRHSSIMWINDLENDDLYVTWPASCQELLKSVFPGKIPSIRRNFHNLVLFIDPAQEYTLDFIKLAELLYYHKIPLRIGFVFIVNTDDEVDGTNDAGVALWRTFNYIAKEHDVLQAFISVTHMYQKVKNQNILTVDNVKSVLQDKFPHANILDILGIDSRYDNKRKAGASFYKMTGLGPLPQALYNGESFNHEELNIQKLERALLQKMMDMTIYLQREVFMGTLNDRTNAIDFLMDKNNVVPRINPLILYSEGQYLNLISTSVTTDVEDFSTFFFLDSQDKSAVIAENMYYLTHEDEDVISSITLWIIADFDKPSGRKLLLNALKHMKKSFHSRLGVIYNPTSKINEENTAISRGILAAFLTQKNSFLRNFLRKLAREETATAIYSGDKIKTFLTEEMDKNAFEKKYNTIGVNIFRTHQLFCQDVLKLGPGEMGIVSNGKYLGPLNEDFCAEDFSLLEKITFTNLSEKIKGIVENMAINSKKKSDLVMKVDALVSSLPTRESRHNVKFLKENHSIIKINPQENDMFFDVIAIVDPLTREGQMMAQLLIVLGKIINMKLKLFMNCRDKLSEAPLKSFYRFVLEPELTLVTNDLIEPVAKFLDIPESPLLTLNMITPEGWLVETVHSNCDLDNIHLKDIERTVIAEYELEYLLLEGHCFDRTTEQPPRGLQFTLGTKSQPVAVDTIVMANLGYFQLKANPGAWILKLRQGKSEDIYQIVGHEGTDSQSDLGDVIVVLNSFKSKILEIQVQKKPDKIKEDILTDEEKTGMWDSIKSFTRSLHKEKDKKETDVLNIFSVASGHLYERFLRIMMLSVLRNTKTPVKFWFLKNYLSPTFKEVIPYMAKEYGFQYELVQYKWPRWLHQQTEKQRIIWGYKILFLDVLFPLAVDKIIFVDADQIVRHDLKELRDFDLGGAPYGYTPFCDSRTDMDGYRFWKKGYWASHLLRRKYHISALYVVDLKRFRRIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIYQVAIKSLPQDWLWCETWCDDESKQRAKTIDLCNNPKTKEPKLKAAARIVPEWVEYDTEIRQLLDHLENKKENAILTHDEL

Target ORF information:

RefSeq Version	XM_005882398.2
Organism	Myotis brandtii(Brandt's bat)
Definition	Myotis brandtii 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_005882398.2

ORF Insert Sequence:

ATGACTTTCG TCGTTCCACC AAAGCAAGAG GTTATGGTCC TGAAAGGAGA GTCCATCACC 
CCACACCACA CTGCATATTA TCAAATCCAA AAGAATCACC AAGACCAATG TGAATTTATG 
GCAGAAGAAA GTAATGAAAA ATTTTGGCAG TTTTTGGACA CCGTAAAAGA ATTAGCAATT 
TATAAGAAAA GAGAGTCAGG TTATTCTTAT TACAACTTAA TCCTGAAGAA AGCTGGACAA 
TTCTTAGACA ATTTACATAT CAATCTCTTA AAGTTTGCTT TCTCTATAAG AGCATACTCT 
CCAACTATTC AGATGTTTCA ACAGATTGCA GCTGATGAGC CACCACCAGA TGGTTGTGAT 
GCATTTGTGG TTATCCATAA GAAACACACC TGTAAAATTA ATGAGATTAA AAAGCTGCTG 
AAGAAGGCTA CTTCAAGGCC CAGACCTTAT CTTTTTGAAG GGGATCATAA ATTTCCTACA 
AATAAAGAGA ACTTACCAGT GATTATTCTC TATGCAGAAA TGGGTACCAG ATCATTTAGT 
AAATTCCACA CAGTATTGTC TGAAAAAGCT CAAAATGGAG AAATTCTGTA TGTTCTTCGT 
CATTATATTC AGAAACCAAC CTCAAGGAAA ATGTACTTAT CTGGATATGG TGTGGAGTTA 
GCAATTAAGA GTACAGAATA CAAAACACTG GATGATACTC AAGTTAAAAC TGTGACTAAT 
ACCACTGTAG AAGGTGAGAT TGAAACAAAT GAAGTTCAAG GATTTTTCTT TGGGAAACTA 
AAAGAAAGAT ATTCAGATCT CAGAGATAAT CTGACAGCAT TCCAGAAATA CCTGATTGAG 
AGTAGCAAAG AAATGATGCC TTTGAAAGTC TGGGAACTAC AAGATCTTAG TTTTCAAGCA 
GCTTCTCAAA TAATGGCCAC TCCAGTTTAT GATGCCTTAA AGTTAATGAA AGACATTTCA 
CAGAACTTCC CCATAAAAGC CAGATCTCTG ACCAGAATTT CCATAAATCA ACATATGAAG 
AAGGAAATAC AGAAAAATCA ACAGGATCTT CATAATAGAT TTGAAATTCA GCCAGGTGAT 
GCTCGTCTGT ATATAAATGG ACTTCCTGTT GACATGGATG CTCTTGATCC CTTTAGTATT 
TTGGATATGC TGAAGCTAGA AGGAAAAATG ATGAATGGCC TTCACAAGCT TGGGATAAAC 
GGAGAAGATA TGAGTGAATT TTTAAAATTA AATTCACATG TTTGGGACAA TAACTATGTA 
TTAGATATTA GACATTCTTC AATAATGTGG ATTAATGACT TAGAAAATGA TGATTTGTAT 
GTTACATGGC CTGCAAGTTG CCAGGAACTT CTGAAATCAG TATTCCCTGG AAAAATACCT 
TCCATAAGGC GTAATTTTCA TAATTTGGTT CTGTTTATTG ATCCTGCTCA AGAATATACC 
TTGGATTTTA TTAAACTTGC TGAACTTTTA TATTATCATA AAATTCCTCT TAGAATTGGT 
TTTGTGTTCA TTGTTAATAC AGATGATGAA GTTGATGGAA CAAATGATGC TGGAGTTGCT 
CTTTGGCGGA CTTTCAACTA TATTGCAAAA GAACATGATG TATTACAAGC ATTTATTTCC 
GTAACACATA TGTACCAAAA AGTAAAGAAT CAAAATATAC TCACAGTGGA TAATGTGAAG 
AGTGTTCTCC AAGATAAATT TCCTCATGCT AATATTTTGG ATATTTTGGG AATTGATTCT 
AGATATGATA ATAAAAGAAA GGCAGGAGCA AGCTTTTATA AGATGACTGG CCTGGGTCCT 
TTGCCTCAAG CTCTTTATAA TGGCGAATCC TTTAACCATG AGGAGTTAAA TATTCAAAAA 
CTAGAAAGAG CTCTTCTTCA AAAAATGATG GATATGACCA TATATTTACA AAGGGAAGTT 
TTTATGGGCA CATTAAATGA TCGAACAAAT GCAATTGATT TCCTTATGGA TAAAAATAAT 
GTTGTACCTC GTATAAATCC TTTGATTTTG TACAGTGAAG GGCAGTACCT TAATTTAATA 
TCTACATCAG TAACTACAGA TGTTGAAGAT TTCTCTACTT TCTTTTTCTT GGACTCACAA 
GATAAGAGTG CTGTAATTGC AGAGAACATG TATTATTTAA CCCATGAAGA TGAAGATGTA 
ATTTCTTCCA TTACTCTCTG GATTATTGCT GATTTTGACA AACCATCTGG GAGAAAACTG 
CTTTTGAATG CATTAAAGCA CATGAAAAAA AGTTTTCATA GTCGGTTGGG CGTTATTTAT 
AATCCTACAT CAAAAATAAA TGAAGAGAAC ACAGCTATTT CTAGAGGAAT TTTGGCAGCT 
TTTCTTACAC AGAAAAACAG CTTTTTGAGA AACTTTCTCA GGAAACTGGC AAGGGAAGAA 
ACTGCTACAG CTATTTACTC TGGAGATAAA ATTAAAACAT TCCTTACTGA GGAGATGGAT 
AAGAATGCTT TTGAGAAAAA ATATAATACC ATTGGGGTGA ATATTTTTCG AACTCACCAG 
TTGTTCTGTC AAGACGTACT TAAGTTGGGT CCCGGAGAAA TGGGTATTGT CAGCAATGGG 
AAATACTTAG GACCTTTGAA TGAAGATTTC TGTGCAGAAG ATTTCTCCTT ATTGGAAAAG 
ATAACATTTA CTAATTTATC AGAGAAAATT AAAGGCATTG TTGAAAATAT GGCAATCAAC 
TCAAAGAAAA AGAGTGACCT TGTTATGAAA GTTGATGCCC TTGTTTCCTC TTTGCCTACA 
CGTGAATCCC GTCATAATGT CAAATTTTTA AAAGAGAATC ACAGCATTAT AAAGATCAAT 
CCTCAAGAGA ATGATATGTT CTTTGATGTT ATTGCTATTG TTGATCCATT GACAAGAGAA 
GGACAGATGA TGGCACAGTT ATTGATTGTA CTTGGAAAGA TTATCAACAT GAAGTTAAAG 
TTGTTCATGA ACTGCAGGGA TAAGCTTTCA GAAGCCCCTT TAAAGAGTTT TTACCGATTT 
GTTCTGGAAC CAGAACTGAC ATTAGTGACT AATGACCTTA TTGAACCAGT AGCAAAATTC 
TTGGATATCC CTGAATCACC CCTTCTAACC CTCAACATGA TTACTCCTGA AGGCTGGCTG 
GTTGAAACAG TACACAGCAA CTGTGACCTT GATAATATCC ACTTAAAGGA CATCGAGAGA 
ACTGTTATAG CAGAATATGA ACTAGAGTAC CTACTACTTG AAGGACATTG CTTTGATAGA 
ACAACAGAAC AACCTCCTCG AGGTCTGCAG TTTACACTCG GCACAAAAAG TCAACCTGTT 
GCAGTTGATA CAATAGTGAT GGCCAATCTT GGATATTTTC AATTAAAAGC AAACCCAGGT 
GCTTGGATAC TGAAATTACG CCAAGGAAAA TCTGAAGATA TCTATCAAAT AGTTGGGCAT 
GAAGGAACTG ACTCTCAATC AGACCTAGGA GATGTCATTG TTGTATTAAA CAGCTTCAAA 
AGCAAAATAC TGGAAATACA AGTGCAAAAA AAGCCAGACA AAATTAAGGA AGATATCCTT 
ACTGATGAAG AAAAAACAGG AATGTGGGAT TCCATTAAAA GTTTCACAAG AAGTTTGCAT 
AAAGAAAAAG ACAAAAAGGA AACAGACGTT CTGAACATTT TCTCAGTTGC TTCTGGCCAT 
TTATATGAAC GCTTTTTAAG AATTATGATG CTTTCTGTTT TACGTAACAC CAAAACACCA 
GTGAAATTTT GGTTCCTAAA AAATTATCTG TCACCAACAT TTAAAGAGGT AATTCCTTAC 
ATGGCTAAGG AATACGGATT CCAATATGAA CTAGTCCAAT ATAAGTGGCC TCGCTGGCTT 
CACCAACAGA CAGAAAAACA AAGGATTATC TGGGGATACA AAATTCTTTT CCTTGATGTC 
CTTTTTCCTC TAGCAGTGGA CAAAATCATT TTTGTTGATG CTGATCAGAT TGTGAGACAC 
GACCTGAAAG AACTTCGAGA TTTCGATCTG GGTGGAGCTC CTTATGGGTA TACTCCATTT 
TGTGATAGCC GCACTGACAT GGATGGATAT CGTTTCTGGA AGAAAGGATA TTGGGCATCA 
CATCTTTTAA GGAGGAAATA CCATATCAGT GCCTTATACG TAGTGGATCT CAAGAGATTT 
AGGAGAATTG CAGCAGGTGA CAGGCTCCGA GGCCAGTACC AAGCTCTCAG TCAAGATCCA 
AACAGTCTTT CAAACCTAGA TCAGGATCTT CCCAATAATA TGATTTACCA AGTCGCTATT 
AAGTCTCTTC CTCAAGATTG GCTGTGGTGT GAAACCTGGT GTGATGATGA ATCCAAACAA 
AGAGCCAAAA CAATTGATCT GTGCAATAAT CCCAAAACAA AAGAACCCAA ACTGAAAGCT 
GCTGCCAGGA TTGTCCCAGA GTGGGTGGAG TATGATACTG AGATACGACA ACTGCTAGAT 
CACCTTGAAA ACAAGAAGGA AAATGCAATT TTGACACATG ATGAACTCTA G