UGGT2 cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog)

Gene
Clones
gRNAs

Summary

Gene Symbol	UGGT2
Entrez Gene ID	101656422
Full Name	UDP-glucose glycoprotein glucosyltransferase 2
Gene Type	protein-coding
Organism	Echinops telfairi(small Madagascar hedgehog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004714079.1	XP_004714136.1	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
OEc21066	XM_004714079.1 Latest version!	Echinops telfairi UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

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

UGGT2 ( XM_004714079.1 ) cDNA ORF clone, Echinops telfairi(small Madagascar hedgehog) -> XP_004714136.1 Echinops telfairi UDP-glucose glycoprotein glucosyltransferase 2 (UGGT2), mRNA.

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CloneID	OEc21066
Clone ID Related Accession (Same CDS sequence)	XM_004714079.1
Accession Version	XM_004714079.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4800bp) 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	2019-09-18
Organism	Echinops telfairi(small Madagascar hedgehog)
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_022103921.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Echinops telfairi Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 8% of CDS bases ##RefSeq-Attributes-END##

ATGCGCGGGC CGCACGCGGG AGCCACGCTC CTCGTAACGG TCTCGCGCTG CCCCTCCCCC 
ACCGGAAGTG GGCGGCCTCG CGGCGGGAGG AGCCGCCGGC CGGAGCGTGG CGTCTGCGGG 
CCCGGGGCGC CGCGCTGCGA GGGGCTCGGC CCCGCCTCAC CGCGCTATGG CGACGTCGAA 
GGCTCGGTCC GCGGCGCGAC TGCTCCTGGG CCGCCCTCTC CAGGGACCCT TCCAGCATCA 
CCTCCTGTCC GCTCCTCCGC TGCTTCTCTG ATCCTCTGCT TCTGGTTGAC TTTGCAGCAC 
TCTCTCGCGA CCACTGTCCC CTCTGTGCGG AGCCTGGCAA CTGTGGCTTG CCACGTTTTT 
GGAAAGCTCC GCTGCCCTGG CGTTATTCCT GAATTTCTGG CAGAAGAAAG TAATGAGAAA 
TTTTGGCAGT TTTTGGAAAC TGTACAAGAA TTAGCAATTT ATAAGAAAAC AGAATCAGCT 
TACTCTTACT ACAATTTAAT CCTGAAGAAA GCTGGACAAT TCCTGGACAA CTTGCACATC 
AATCTCTTAA AGTTTGCTTT GTCTATAAGG GCATACTCTC CCACGATTCA GATGTTTCAA 
CAGATTGCAG CTGATGAGCC ACCACCAGAT GGCTGTAATG CATTTGTGGT TATCCATCAG 
GAACACACCT GTAAAATTAA CAATATTAAA AAGCTTCTGA AGAAGGCTAC TTCAAGGCCC 
AGACCTTATC TGTTTAAAGG TGATCATAAA TTCCCAACAA ACAAAGAGAA CCTACCCGTG 
GTTATTCTGT ATGCTGAACT GGGTAGCAAA GCCTTCAGTA AATTTCACAA AGCATTGTCT 
GAAAAAGCTC ACCAGGGGGA AATTCTGTAT GTTTTTCGAC ATTATATTCA GAAACCAAGC 
TCACAGAAAA TGTACTTATC TGGCTATGGT GTGGAGCTCG CTATTAAAAG TACAGAATAC 
AAAGCACTGG ATGATACCCA AGTTAAAACT GCGAATAATA CTGCTGTGGA AGACGAAACT 
GAAGCAGATG ACATTCAAGG GTTTCTCTTT GGGAAGCTAA AAGAAATACA TTCAGATCTT 
AGAGAGAATC TGACAGCATT CCAAAAATAT CTGATTGAGA GTAACAAAGA AATGATGCCT 
TTGAAAGTCT GGGAGCTACA AGACCTTAGT TTTCAAGCAG CATCTCAAAT AATGTCCACT 
CCAGTTTATG ATGCCATCAA ATTAATGAAA GACATTTCAC AGAACTACCC CATAAAAGCA 
AGATCACTGA CCAGAATTGC TGTCAATCAA CAAATGAGGG AGGAAATACA GGAAAATCAA 
AAGGTTCTCC GAGATAGATA TGCTATTCAA GCAGGTGATA CGACTCTCTA TATAAATGGA 
CTTCGTATTG ATAAGGATAC AAACGATCCT TTTAGTATTT TAGATATGCT GAAATTAGAA 
GGAAAAATGA TGAATGGCCT TCAAAATCTT GGGATCAATG CAGAAGATAT AAGCAAATTT 
TTAAAATTAA ACTCACATAC TTGGGAATAC AACTATGCAT TGGATATTCG GCATTCTTCT 
ATAAGGTGGA TTAATGACTT AGAACATGAT GATTTGTATG TCACTTGGCC TACAAGTTGC 
CAGGAACTTC TGAAGTCAGC AATCCCTGGA AACATACCTT TCATAAGGCG TAATTTTCAT 
AACTTGGTTC TATTTATTGA TCCTGCTCAA GAATATACCT TGGATTTTAT AAGAATTGCT 
GAACTATTCT ATTATCATAA AATTCCTCTT AGAATTGGTT TTGTGTTTAT TCTTAATACA 
GATGAGGAAG TTGATGGAAA GAATGATGTT GGAGTTGCTC TTTGGAGAGC TTTCAACTAT 
TTTACCAAAG AACATGGTGT ATCTCAAGCA TTTATTTACA TTGTACAGAT GTACCAAAAA 
GTGAATAATC AAAATATACT CACTGTGGAT ATTGTGAAGA GTGTTCTTCA GGATAAATTT 
CCTCATGCTG ATGTTCAAGA TATTTTGGGA ATCCACTCAA AATATGATGG AGACAGACAG 
GTAGGAGCAA GCTTTTATAA GATGACTGGT CTGGGTCCTT TGCCTCAAGT TCTTTATAAT 
GGTCTGCCCT TCAAACATGA TGAAATGGAT TTTAAGAATC TAGAAATGGC AGTTTTTCAC 
AGAATGATGG ATACATGTAT ATATTTACAA AGAGAAGTTT TTACGGGTGC GTTAAATGAT 
CGAACTAATG TAATTAATTT CCTAATGGAT AAAAATACTG TTGTACCCCG TATAAATTCT 
CGGATTTTAC ACATGAAACC AAAGTACCTT AATTTAATAC CTACATCAGT AACTGCTGAT 
GTTGAAGATT CTGCTACTTT CTTTTTCTTG GATTCCCAAG ATAAGAGTGC TGTAATTGCT 
GAGAACATGT ATTACTTAAC TCAAGAAGAT GAAAACGTAA TTTCTACAGT GACTTTCTGG 
ATTATTGCTG ATTTTGATAA GCCATCTGGG AGAAAACTGC TTTCTAATGC ATTAAGGCAC 
ATGAAAACAA GTGTTCATAG TCGGCTGGGA GTTATTTATA ATCCTTCATC AAAAGTAACT 
GAAGAAAATA CAGTTATTTC TCGGGGAATT TTGACAGCTT TTCTTACACA GCAAAGCAAG 
GATTTGAGAA ACTTTCTCGG GATGCTGGCA AAGGAAGAAA TTGCTACAGC TATTTACTCT 
GGTGATAAAA TTAAAACATT CCTTACTGAG GGAATGGATA AGAATGCTTT TGAAAAAAAA 
TATAATACCG TTGGAATGAA TATATTCCGA ACTCACCAGT TGTTCTGTCA AGATGTACTG 
AAATTGAGTC CTGGTGAAAT TGGTATTGTC AGCAATGGAA AATTCCTAGG ACCTTTAGAT 
GAAATTCTCT ATGCAGAAGA TTTTTACTTA CTGGAGAAGA TAACGTTTAG TAGTTTTGTA 
GAGCAGATTA AAGGCATCGT TAAAAATATG GAAACCAGGT CAACAAATTT GAGTGACCTT 
GTTATGAAAA TTGATGCTCT TATTTCTTCT TTGCCTAAAC CTTCATCTCG GTATGATATC 
ACATTTCTTA AAGAGAATCA CAGCATTATA AAGATAAACC CTCAAGAAAA TAATATGTTC 
TTTGATGTCA TTGCTATTGT TGATCCATTG ACAAGAGAAA CACAGAAGAT GGCACAGTTA 
TTGATTGTAC TTAACAAAAT GATCAACATG AAGCTAAAGT TGTTCATGAA TTGTAGGGGT 
AAACTTTCAG AAGCCCCTTT ACAGAGCTTC TACCGCTTTG TTTTGGAACC AGAAGTGATG 
TTAGGGGCCA ATGACATTAA TTCTCTTGGA CCAGTGGCAA AATTCCTGGA TATCCCTGAA 
TCACCCCTTC TAACCCTAAA CATGATTACT CCAGAAGGCT GGTTGGTTGA AACAGTACAC 
AGCAACTGTG ACCTGGATAA TATTCATCTA GAGGATATGG AGAGAGCTGT GACCGCAGAA 
TATGAACTAG AGTATCTGCT ACTTGAGGGA CATTGTTTTG ATGAACTCAC AGAACAACCT 
CCGAGAGGTC TACAGTTTAC ACTAGGGACA AAAAGTAAAC CTGTTATGGT TGACACGATA 
GTGATGGCCA ATCTTGGCTA TTTCCAATTA AAAGCAAACC CAGGTGCTTG GAAACTGAAA 
TTACGGCAAG GAAAATCTGA AGATATTTAT CAAATTGTTG GGCATGAAGG AACTGACTCT 
CAAAGAGACC AAGAAAATGT CATTGTTGTA CTAAACAGCT TCAAAAGCAA GATCCTGGAA 
GTGCAGGTGC AGAAAAAGCC AGGCAAAAGC AAGGAAGATA TCCTTACTGA TAAAGATGAA 
AAAACCAAAG GAATGTGGAA CTCCATTAAA AGTTTCACAA TAAGGTTGCA TAAAGAAGAA 
AAGAAAAAGG AGGAAGATGT TCTAAACGTT TTTTCAGTTG CTTCCGGCCA TTTATATGAA 
CGCTTTTTAA GAATTATGAT GCTTTCTGTT TTACGAAACA CCAAAACACC AGTGAAATTC 
TGGTTTCTAA AAAATTATCT CTCACCAACA TTTAAAGAAG TCATCCCGCA CATGGCTGAG 
GAATATGGGT TCCAGTATGA ACTCGTTCAG TATAGGTGGC CCCGTTGGTT ACATCGACAG 
ACTGAAAAAC AAAGGATTAT TTGGGGTTAC AAAATTCTTT TCCTCGATGT CCTTTTTCCT 
CTAGCTGTGA ACAAAATAAT TTTTGTTGAT GCTGACCAGA TTGTGAGACA TGACTTAAAA 
GAGCTTCGAG ATTTAGATCT GGGTGGAGCT CCTTATGGAT ATACTCCATT CTGTGATAGC 
CGCACTGAAA TGGATGGATA TCGTTTTTGG AAAACAGGAT ACTGGGCATC ACATCTTTTA 
AGAAGGAAAT ATCACATCAG TGCCTTATAT GTAGTGGACC TCCAGAAGTT CAGGAAAATT 
GCTGCAGGTG ACAGGCTCAG GGGTCAATAC CAAGCTCTCA GTCAAGATCC AAACAGTCTC 
TCAAACCTCG ATCAGGATCT TCCCAATAAC ATGATTTACC AAGTTGCCAT TAAATCTCTT 
CCTCAAGATT GGCTGTGGTG TGAAACCTGG TGTGATGATG AGTCTAAGCA GAGAGCCAAG 
ACGATTGATC TGTGCAATAA CCCCAAAACA AAGGAGCCTA AACTGAAAGC TGCGGCCAGA 
ATTATCCCAG AGTGGGCGGA GTATGACACC GAGATCCGGC AGCTCTTAGA GCTTATTGAA 
CACAAGAAGA AAGCAAGTGA GTTATCCCCT TCCGTGCCTG TCAACAGCGC CATCTGTTGA

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

RefSeq	XP_004714136.1
CDS	1..4800
Translation	MRGPHAGATLLVTVSRCPSPTGSGRPRGGRSRRPERGVCGPGAPRCEGLGPASPRYGDVEGSVRGATAPGPPSPGTLPASPPVRSSAASLILCFWLTLQHSLATTVPSVRSLATVACHVFGKLRCPGVIPEFLAEESNEKFWQFLETVQELAIYKKTESAYSYYNLILKKAGQFLDNLHINLLKFALSIRAYSPTIQMFQQIAADEPPPDGCNAFVVIHQEHTCKINNIKKLLKKATSRPRPYLFKGDHKFPTNKENLPVVILYAELGSKAFSKFHKALSEKAHQGEILYVFRHYIQKPSSQKMYLSGYGVELAIKSTEYKALDDTQVKTANNTAVEDETEADDIQGFLFGKLKEIHSDLRENLTAFQKYLIESNKEMMPLKVWELQDLSFQAASQIMSTPVYDAIKLMKDISQNYPIKARSLTRIAVNQQMREEIQENQKVLRDRYAIQAGDTTLYINGLRIDKDTNDPFSILDMLKLEGKMMNGLQNLGINAEDISKFLKLNSHTWEYNYALDIRHSSIRWINDLEHDDLYVTWPTSCQELLKSAIPGNIPFIRRNFHNLVLFIDPAQEYTLDFIRIAELFYYHKIPLRIGFVFILNTDEEVDGKNDVGVALWRAFNYFTKEHGVSQAFIYIVQMYQKVNNQNILTVDIVKSVLQDKFPHADVQDILGIHSKYDGDRQVGASFYKMTGLGPLPQVLYNGLPFKHDEMDFKNLEMAVFHRMMDTCIYLQREVFTGALNDRTNVINFLMDKNTVVPRINSRILHMKPKYLNLIPTSVTADVEDSATFFFLDSQDKSAVIAENMYYLTQEDENVISTVTFWIIADFDKPSGRKLLSNALRHMKTSVHSRLGVIYNPSSKVTEENTVISRGILTAFLTQQSKDLRNFLGMLAKEEIATAIYSGDKIKTFLTEGMDKNAFEKKYNTVGMNIFRTHQLFCQDVLKLSPGEIGIVSNGKFLGPLDEILYAEDFYLLEKITFSSFVEQIKGIVKNMETRSTNLSDLVMKIDALISSLPKPSSRYDITFLKENHSIIKINPQENNMFFDVIAIVDPLTRETQKMAQLLIVLNKMINMKLKLFMNCRGKLSEAPLQSFYRFVLEPEVMLGANDINSLGPVAKFLDIPESPLLTLNMITPEGWLVETVHSNCDLDNIHLEDMERAVTAEYELEYLLLEGHCFDELTEQPPRGLQFTLGTKSKPVMVDTIVMANLGYFQLKANPGAWKLKLRQGKSEDIYQIVGHEGTDSQRDQENVIVVLNSFKSKILEVQVQKKPGKSKEDILTDKDEKTKGMWNSIKSFTIRLHKEEKKKEEDVLNVFSVASGHLYERFLRIMMLSVLRNTKTPVKFWFLKNYLSPTFKEVIPHMAEEYGFQYELVQYRWPRWLHRQTEKQRIIWGYKILFLDVLFPLAVNKIIFVDADQIVRHDLKELRDLDLGGAPYGYTPFCDSRTEMDGYRFWKTGYWASHLLRRKYHISALYVVDLQKFRKIAAGDRLRGQYQALSQDPNSLSNLDQDLPNNMIYQVAIKSLPQDWLWCETWCDDESKQRAKTIDLCNNPKTKEPKLKAAARIIPEWAEYDTEIRQLLELIEHKKKASELSPSVPVNSAIC

Target ORF information:

RefSeq Version	XM_004714079.1
Organism	Echinops telfairi(small Madagascar hedgehog)
Definition	Echinops telfairi 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_004714079.1

ORF Insert Sequence:

ATGCGCGGGC CGCACGCGGG AGCCACGCTC CTCGTAACGG TCTCGCGCTG CCCCTCCCCC 
ACCGGAAGTG GGCGGCCTCG CGGCGGGAGG AGCCGCCGGC CGGAGCGTGG CGTCTGCGGG 
CCCGGGGCGC CGCGCTGCGA GGGGCTCGGC CCCGCCTCAC CGCGCTATGG CGACGTCGAA 
GGCTCGGTCC GCGGCGCGAC TGCTCCTGGG CCGCCCTCTC CAGGGACCCT TCCAGCATCA 
CCTCCTGTCC GCTCCTCCGC TGCTTCTCTG ATCCTCTGCT TCTGGTTGAC TTTGCAGCAC 
TCTCTCGCGA CCACTGTCCC CTCTGTGCGG AGCCTGGCAA CTGTGGCTTG CCACGTTTTT 
GGAAAGCTCC GCTGCCCTGG CGTTATTCCT GAATTTCTGG CAGAAGAAAG TAATGAGAAA 
TTTTGGCAGT TTTTGGAAAC TGTACAAGAA TTAGCAATTT ATAAGAAAAC AGAATCAGCT 
TACTCTTACT ACAATTTAAT CCTGAAGAAA GCTGGACAAT TCCTGGACAA CTTGCACATC 
AATCTCTTAA AGTTTGCTTT GTCTATAAGG GCATACTCTC CCACGATTCA GATGTTTCAA 
CAGATTGCAG CTGATGAGCC ACCACCAGAT GGCTGTAATG CATTTGTGGT TATCCATCAG 
GAACACACCT GTAAAATTAA CAATATTAAA AAGCTTCTGA AGAAGGCTAC TTCAAGGCCC 
AGACCTTATC TGTTTAAAGG TGATCATAAA TTCCCAACAA ACAAAGAGAA CCTACCCGTG 
GTTATTCTGT ATGCTGAACT GGGTAGCAAA GCCTTCAGTA AATTTCACAA AGCATTGTCT 
GAAAAAGCTC ACCAGGGGGA AATTCTGTAT GTTTTTCGAC ATTATATTCA GAAACCAAGC 
TCACAGAAAA TGTACTTATC TGGCTATGGT GTGGAGCTCG CTATTAAAAG TACAGAATAC 
AAAGCACTGG ATGATACCCA AGTTAAAACT GCGAATAATA CTGCTGTGGA AGACGAAACT 
GAAGCAGATG ACATTCAAGG GTTTCTCTTT GGGAAGCTAA AAGAAATACA TTCAGATCTT 
AGAGAGAATC TGACAGCATT CCAAAAATAT CTGATTGAGA GTAACAAAGA AATGATGCCT 
TTGAAAGTCT GGGAGCTACA AGACCTTAGT TTTCAAGCAG CATCTCAAAT AATGTCCACT 
CCAGTTTATG ATGCCATCAA ATTAATGAAA GACATTTCAC AGAACTACCC CATAAAAGCA 
AGATCACTGA CCAGAATTGC TGTCAATCAA CAAATGAGGG AGGAAATACA GGAAAATCAA 
AAGGTTCTCC GAGATAGATA TGCTATTCAA GCAGGTGATA CGACTCTCTA TATAAATGGA 
CTTCGTATTG ATAAGGATAC AAACGATCCT TTTAGTATTT TAGATATGCT GAAATTAGAA 
GGAAAAATGA TGAATGGCCT TCAAAATCTT GGGATCAATG CAGAAGATAT AAGCAAATTT 
TTAAAATTAA ACTCACATAC TTGGGAATAC AACTATGCAT TGGATATTCG GCATTCTTCT 
ATAAGGTGGA TTAATGACTT AGAACATGAT GATTTGTATG TCACTTGGCC TACAAGTTGC 
CAGGAACTTC TGAAGTCAGC AATCCCTGGA AACATACCTT TCATAAGGCG TAATTTTCAT 
AACTTGGTTC TATTTATTGA TCCTGCTCAA GAATATACCT TGGATTTTAT AAGAATTGCT 
GAACTATTCT ATTATCATAA AATTCCTCTT AGAATTGGTT TTGTGTTTAT TCTTAATACA 
GATGAGGAAG TTGATGGAAA GAATGATGTT GGAGTTGCTC TTTGGAGAGC TTTCAACTAT 
TTTACCAAAG AACATGGTGT ATCTCAAGCA TTTATTTACA TTGTACAGAT GTACCAAAAA 
GTGAATAATC AAAATATACT CACTGTGGAT ATTGTGAAGA GTGTTCTTCA GGATAAATTT 
CCTCATGCTG ATGTTCAAGA TATTTTGGGA ATCCACTCAA AATATGATGG AGACAGACAG 
GTAGGAGCAA GCTTTTATAA GATGACTGGT CTGGGTCCTT TGCCTCAAGT TCTTTATAAT 
GGTCTGCCCT TCAAACATGA TGAAATGGAT TTTAAGAATC TAGAAATGGC AGTTTTTCAC 
AGAATGATGG ATACATGTAT ATATTTACAA AGAGAAGTTT TTACGGGTGC GTTAAATGAT 
CGAACTAATG TAATTAATTT CCTAATGGAT AAAAATACTG TTGTACCCCG TATAAATTCT 
CGGATTTTAC ACATGAAACC AAAGTACCTT AATTTAATAC CTACATCAGT AACTGCTGAT 
GTTGAAGATT CTGCTACTTT CTTTTTCTTG GATTCCCAAG ATAAGAGTGC TGTAATTGCT 
GAGAACATGT ATTACTTAAC TCAAGAAGAT GAAAACGTAA TTTCTACAGT GACTTTCTGG 
ATTATTGCTG ATTTTGATAA GCCATCTGGG AGAAAACTGC TTTCTAATGC ATTAAGGCAC 
ATGAAAACAA GTGTTCATAG TCGGCTGGGA GTTATTTATA ATCCTTCATC AAAAGTAACT 
GAAGAAAATA CAGTTATTTC TCGGGGAATT TTGACAGCTT TTCTTACACA GCAAAGCAAG 
GATTTGAGAA ACTTTCTCGG GATGCTGGCA AAGGAAGAAA TTGCTACAGC TATTTACTCT 
GGTGATAAAA TTAAAACATT CCTTACTGAG GGAATGGATA AGAATGCTTT TGAAAAAAAA 
TATAATACCG TTGGAATGAA TATATTCCGA ACTCACCAGT TGTTCTGTCA AGATGTACTG 
AAATTGAGTC CTGGTGAAAT TGGTATTGTC AGCAATGGAA AATTCCTAGG ACCTTTAGAT 
GAAATTCTCT ATGCAGAAGA TTTTTACTTA CTGGAGAAGA TAACGTTTAG TAGTTTTGTA 
GAGCAGATTA AAGGCATCGT TAAAAATATG GAAACCAGGT CAACAAATTT GAGTGACCTT 
GTTATGAAAA TTGATGCTCT TATTTCTTCT TTGCCTAAAC CTTCATCTCG GTATGATATC 
ACATTTCTTA AAGAGAATCA CAGCATTATA AAGATAAACC CTCAAGAAAA TAATATGTTC 
TTTGATGTCA TTGCTATTGT TGATCCATTG ACAAGAGAAA CACAGAAGAT GGCACAGTTA 
TTGATTGTAC TTAACAAAAT GATCAACATG AAGCTAAAGT TGTTCATGAA TTGTAGGGGT 
AAACTTTCAG AAGCCCCTTT ACAGAGCTTC TACCGCTTTG TTTTGGAACC AGAAGTGATG 
TTAGGGGCCA ATGACATTAA TTCTCTTGGA CCAGTGGCAA AATTCCTGGA TATCCCTGAA 
TCACCCCTTC TAACCCTAAA CATGATTACT CCAGAAGGCT GGTTGGTTGA AACAGTACAC 
AGCAACTGTG ACCTGGATAA TATTCATCTA GAGGATATGG AGAGAGCTGT GACCGCAGAA 
TATGAACTAG AGTATCTGCT ACTTGAGGGA CATTGTTTTG ATGAACTCAC AGAACAACCT 
CCGAGAGGTC TACAGTTTAC ACTAGGGACA AAAAGTAAAC CTGTTATGGT TGACACGATA 
GTGATGGCCA ATCTTGGCTA TTTCCAATTA AAAGCAAACC CAGGTGCTTG GAAACTGAAA 
TTACGGCAAG GAAAATCTGA AGATATTTAT CAAATTGTTG GGCATGAAGG AACTGACTCT 
CAAAGAGACC AAGAAAATGT CATTGTTGTA CTAAACAGCT TCAAAAGCAA GATCCTGGAA 
GTGCAGGTGC AGAAAAAGCC AGGCAAAAGC AAGGAAGATA TCCTTACTGA TAAAGATGAA 
AAAACCAAAG GAATGTGGAA CTCCATTAAA AGTTTCACAA TAAGGTTGCA TAAAGAAGAA 
AAGAAAAAGG AGGAAGATGT TCTAAACGTT TTTTCAGTTG CTTCCGGCCA TTTATATGAA 
CGCTTTTTAA GAATTATGAT GCTTTCTGTT TTACGAAACA CCAAAACACC AGTGAAATTC 
TGGTTTCTAA AAAATTATCT CTCACCAACA TTTAAAGAAG TCATCCCGCA CATGGCTGAG 
GAATATGGGT TCCAGTATGA ACTCGTTCAG TATAGGTGGC CCCGTTGGTT ACATCGACAG 
ACTGAAAAAC AAAGGATTAT TTGGGGTTAC AAAATTCTTT TCCTCGATGT CCTTTTTCCT 
CTAGCTGTGA ACAAAATAAT TTTTGTTGAT GCTGACCAGA TTGTGAGACA TGACTTAAAA 
GAGCTTCGAG ATTTAGATCT GGGTGGAGCT CCTTATGGAT ATACTCCATT CTGTGATAGC 
CGCACTGAAA TGGATGGATA TCGTTTTTGG AAAACAGGAT ACTGGGCATC ACATCTTTTA 
AGAAGGAAAT ATCACATCAG TGCCTTATAT GTAGTGGACC TCCAGAAGTT CAGGAAAATT 
GCTGCAGGTG ACAGGCTCAG GGGTCAATAC CAAGCTCTCA GTCAAGATCC AAACAGTCTC 
TCAAACCTCG ATCAGGATCT TCCCAATAAC ATGATTTACC AAGTTGCCAT TAAATCTCTT 
CCTCAAGATT GGCTGTGGTG TGAAACCTGG TGTGATGATG AGTCTAAGCA GAGAGCCAAG 
ACGATTGATC TGTGCAATAA CCCCAAAACA AAGGAGCCTA AACTGAAAGC TGCGGCCAGA 
ATTATCCCAG AGTGGGCGGA GTATGACACC GAGATCCGGC AGCTCTTAGA GCTTATTGAA 
CACAAGAAGA AAGCAAGTGA GTTATCCCCT TCCGTGCCTG TCAACAGCGC CATCTGTTGA