TRIP11 cDNA ORF clone, Parus major(Great Tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	TRIP11
Entrez Gene ID	107205585
Full Name	thyroid hormone receptor interactor 11
Gene Type	protein-coding
Organism	Parus major(Great Tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015630136.2	XP_015485622.1	thyroid receptor-interacting protein 11

Pathways from BioSystems
Gene Ontology

The following TRIP11 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRIP11 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
OPa178748	XM_015630136.2 Latest version!	Parus major thyroid hormone receptor interactor 11 (TRIP11), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

TRIP11 ( XM_015630136.2 ) cDNA ORF clone, Parus major(Great Tit) -> XP_015485622.1 Parus major thyroid hormone receptor interactor 11 (TRIP11), transcript variant X1, mRNA.

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CloneID	OPa178748
Clone ID Related Accession (Same CDS sequence)	XM_015630136.2
Accession Version	XM_015630136.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5856bp) 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	2016-11-13
Organism	Parus major(Great Tit)
Product	thyroid receptor-interacting protein 11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_031774.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 4, 2016 this sequence version replaced XM_015630136.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Parus major Annotation Release 101 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##

ATGGCGTCGT GGCTGGGCGG GCTGGGCTCG GGGCTGGGCC AGTCCCTGGG GCAGGTGGGC 
GACAGCCTGT CGTCGCTCAC CGGGCAGATC TCTAGTTTCA CCAAGGACAT CCTTCTGGAA 
GGCGCGGAGG AAGTGGGCGA TGCAGCGACA GAACTGCATG TGTCCAATTC TAGACTCAGA 
GAAATAGAAA GTATTAATGC AGCACAAAAG TTTGAAAATG ACAGACTGAA AAAAGTCTGT 
AGTGACTTAG AAGAAAAGCA TGAAGCTGCA GAGCTGCAAA TAAAACAGTT GTCCATTGAG 
TACCGGAATC AGCTTCAACA GAAAGAGGTG GAAATCAGCC ATCTAAAAGC CAGACAGAAT 
GCACTACAGG AGCAACTGCA GAAAGTACAG ACAGCTGCTC AGAATTCTCA GTTGGGAGCT 
GGTGTTTTGC CAGCAGCCAC TGCATCGGCC TCCTATGTTC CAGAGGTCAG ACATTCCTCA 
GGTTTTGAAA GAGATGACAT GGATTTTGGA GATATAATCT GGTCACAACA AGAGATAAAC 
AGATTGTCCA ATGAAGTTTC CAGGCTTGAA TCGGAGGTTG ACCACTGGAA GCAGATTGCA 
GTGTCTTCCA AAGTTCAAGG CACAAACGAT GCTGAACAAA GTGAAATATG CAAACTACAA 
AATGTAGTTA AGGAGCTCAG ACAGAATTTA AGTCGAGAAA TAGATGAACA TCAGCATGAG 
CTGTCAGTAT TGCAGGATGC CCAGAGACAG AAGTTAGTAG AGATAAGTCG CCGACACCGA 
GAAGAGCTGC GTGAATATGA AGAGCGAATT GAAGAACTTG AGACTCGGTT ACAGCAAGAT 
GGTGTGAGCA CTGATGCCAT GGATGACTCT AAAATTACTG AACAGAAAAA AAAAGCTCAG 
AGTCTAGATG GAGGACGGGT AGAAGAGTTG CAGGTTGTAA AGGACCTAGA GGATGAAATA 
AGAAAATTAA ATCACAAACT GTCTTCTGCC AAAGCGGAAA ACAAAAATCT CCTGAAAGAG 
CAAGAATTTG TAAAGCTAGA AAAAACCCAA ATAGCACAAG ATTATGAAAA GCTTAAATCT 
GACTTCAATG TGCTTCAAAA ATCTGTGGCA GAGCAAGATG CTCTCCTGAA GGAACAGAAG 
CAGCTCCAGT CAAAGACATC ACTACCACAA GATGTTGTCA GCCTACAGCA AGCATTGTTA 
GAAGCAGAAA ATGAAATAGC AAGACTTTCC AGTTTAAATC AGGGTCTTGA GAAGGAACTG 
ACAAGTGCAC AGCATAAACT TGAGAATATT CTTTCTTCGA ATACAGAGAA TCAAAATTCA 
GAAATAAATC AGTTAAGACA AGATTTGGAA AGGAAAGAAC ATGAATTAGA TGAAAGTGTT 
GCTGAAAGAG AAACTTTAAT AGCAGAGTTG GAAGAACTAG ACAAGCAGAA TCAAGAAGCT 
ACTCAGCATA TGATTATACT GAAGGAGCAG CTATCAAAGC AACACACAGA AACTGATAGC 
ATCATCAAAC AGCTGAAACT TGACATCGAT TATGAAAGAA AGAAAGTATC AGAATTAGAA 
ACTGAGAAGA CGAAAACTAT GAAAGAGTTA GAGAGTCAGA AAGAAAAGCT AAGCCACTGT 
TCATATGCAC TTAATGATTT GCATGTAACT AAGCAGGAGC TACAAGATAA TATTATAGAT 
CTTCAGGAGC AATTAAGGAA AGCTCAGGAC TGTAATTCAC AAAGTAAAAA AGAAATTGGA 
GAGTTGCAGC AGAGACTAAA AGAAAGAGAG GAAGAACTTC ATGTATCCTT GAGCAAGTTA 
ACAGAAAAAA GTAATGAGGA ATCTAACTTT ACTTGTCAAG ATCTGATTCT TAAAGAAAGA 
GAAGTAGAAA TTGCAAAACT ACAGAATGAT GTTTCAGAAA ATAAACAAAT AAACGAAGAT 
CTACAGAAAT CTCTGTCTAA TCTCAGAACA GAAAATGGAA AGCTGATAGC AGCCATTGAA 
GAACTAAAAC AGGAGTTAAA TGATGCCATT TCTGAGAAAA AGAAAGTTTA CTTGGAAAAA 
GACACTGCTG TGGAGGCTTT GAAAATGGAA AAAAGACAGT TAGAGAGTGA ATTAAATGAG 
ACAGAGAAGA GGCTTTTGGA GCAAGCACAT AATTATAAGC AAACTATTGA AGAGTTATCA 
AATGCACGTA GTATGGATAC CACTGCATTG CAGCTTGAGC ATGAGCGCCT GGTTAAGCTC 
CATCAAGAGA AAGACTTTAA GATTGCTGAG CTTAAAAGGA CCATTGAGCA GATGGAAACT 
GACCATCAAG AAACAAAAGA GATGTTGACT ACTAGCTTAG GAGGACAAAA GCAGTTGACA 
GATCTCATAA AAGAGAAAGA GGTATTCATT GAAAAATACA GAAATCAAGC CTTAGAGGTG 
AAGCAGGAAC TTGAGGAATA TATTAAAGTT TCAAAAAAAC AGGATGTCTT AAAACAGAAC 
TTGGAGGAAA AAGACAGAAG TCTTGCAGTC ATGAAGGAAG AAAATAATCA TTTGAAAGAA 
GAAATTGAAC GCCTTAAGGA TCAGCAAAGT AGATCTACAC CAGGGGTGGA GCCTAAAACT 
TTAGATATTA TTATTGAACT TGAAAGTGAG GTAACACAGT TGAAAGTGAT AAAAAATAAT 
CTTGAAGAAG AAATAAAAGT TCACAAAAAA ACAATAGAAG ATCAGAATCA AGCAACAGTG 
AAACTTCAGC AATCTCTGCA GGAGCAGCGA AAGGAAATAG ATGAGTCCAG ATTTCAGTGT 
GAACAAATGA ATGTCACACA TGAAAGACTC TTCTTAGAGA AAGATGAGGA AATCAGAACT 
TTGCAGAAAA CAATTGAACA AATTAAAACC CAGTTGCACA AGGAGAGACA GATTATTCAG 
ACTGATTCTT CTGATCTTTT TCAGGAAACC AAAGTTCAGA CTCTTAATGG AGAAAATGGA 
AATGAAAAAC ATGACTTATC TAAAGCTGAA ATTGAAAGAC TGGTGAAAGG TATCAAAGAA 
AGGGAGATGG AGATTAAGCT ATTAAATGAA AAGAATGTTT CTCTAAGTCA GCAAATTGAT 
CAGTTGTCTA AGGATGAAGT TGGTAAACTT ACTCGAATCA TTCAAGAAAA GGATTTAGAA 
ATACAAGCTC TTAATGCTAG AGTTTCCTCA GCTTCCTGCA GGCAGGATGT TCTTTCCCTT 
CAGCAGCAGC TGCAAGCTTA TGTTCTGGAA AGGGAACAAG TACTAGCAGT TCTGAGTGAA 
AAGACAAGGG AAAACAGTCA GTTAAAAACA GAGTATCGTA ATATCATGGA TATGGTCGCT 
GCTAAAGAGG CAGCTTTGGT GAGGTTGCAA GAGGAGAATC GAAGGTTATC CAGTAGATCT 
GAGAACAGCA GTCAAGACAT GTCTAGAGAA ACTATTCAGA ATTTATCCCG TATCATTCGA 
GAAAAAGATA TTGAAATAGA TGCCCTAACT CAAAAATGCC AAACCTTACT GACTGTCTTG 
CAGACATCCA GCACAGGTGC TGATAATGGG GCAGGGGGTG TCAACAGTAA CCAGTTTGAG 
GAACTTCTGC AAGAACGTGA TAAACTAAAA CAGCAAGTTA AGAAAATGGA AGAGTGGAAA 
CAACAAGTAA TAACCACGGT CCAGAACATG CAGCATGAGT CAGCTCACCT CCAAGAAGAA 
TTACAGAAGC TTCAGGCACA AATTTCAGTT GAAAGCGATA GTACTTCAAG GCTGCAGGTA 
GATTATAATG GCTTGATTCA GAGTTATGAG CAGAATGAGA AAAAGCTGAA AAGTTTTAGT 
CAGGAATTAG CACAAGTTCA ACACAGCATA GGGCAGCTTT ATAACACTAA GGATCTTCTC 
CTGAGTAAAC TGGATTTGGT AACACCATCT GTGGCAACAG CTTCCACTGT TTCACAGCTT 
TCAGGTGTTC AATACAGTCC TCCTGAAGCG CTCAGTGAGG AGTGTAAACT CCTTCAAAAA 
GAGCTGGAAC AGCTGAAAAA AAAGTTACAA GAAAAAGATT CAACTATTAG GACTCTACAG 
GAGAACAACC AGCGATTATC TGATTCTGTT GCTACAGCAT CAGAGCTTGA AAGAAGGAGT 
CAAGAAGGGA CTGAATCAGA GATGAGGCAG ATCAAAGAAA AACATGATGT GTTACAGAAG 
TCACTTAGGG AAAAAGATAT ATTAATTAAA TCTAAAAGTG ATCAGTTACT TTCTGTGAGT 
GAAAATCTTA GTAACAAAGA AAATGAAAAT GAGCTTTTAA AGCAAGCTGT AACTAATCTA 
AAAGAAAGAA ATTTAATATT AGAAATGGAT ATTCAAAAAC TGAAAGAAGA AAATGAAAAA 
ATAGTTGCAA GGTGCAGAGA AAAAGAAACA GAATTCCGTG CACTTCAGGA GACTAACATG 
CAATTTTCAA TGATGCTGAA AGAGAAAGAG TTTGAGTCTC ACTCAATGAA GGAAAAAGCT 
CTTGCTTTTG AGAAGCTGTT GAAAGACAAA GAACAGGGCA AGACAGGAGA ATTGAATCAG 
CTGTTAAATG AAGTTAAGTC AATGCAGGAA AAAGCTGTTA CTTTTCAGCA AGAGAGAGAT 
CAAGTCATGG TAGCACTCAA ACAGAAGCAA ATGGAGAGCA GTGCCCTGCA GAGTGAGGTA 
CAGCATTTGC ATGAGAAAGA GCAGCGCCTA AATCAGGAAC TGGAGAGGCT GCGGAATCAC 
CTTTTAGAAA TGGAAGACTC CTACACCCGA GAAGCTTTAG CTGCAGAAGA CAGAGAGGTC 
AAGCTAAGAA AAAAGGTTTT GATTTTGGAA GAAAAACTTG CATCCTCATC TACTGCAGTG 
GAGAATGCCA GTCATCAGGC TAGTCTGCAA GTTGAATCTT TGCAAGAGCA GTTAAACCTA 
GTTTCCAAGC AGAGAGATGA AACCGTGATG CAGCTGACCA TCTCCCAGGA CCAAGTGAAG 
CAGTATGCAC TGTCTCTGAC CAACCTGCAG ATGGTACTAG AGCAGTTCCA ACAGGAAGAA 
AAAGCTATGT ATTCAGCAGA ACTGGAGAGA CACCAAAAAC AGAGTGCAGA ATGGAAGAAG 
AAAGCAGAAA ACCTAGAAGA AAAAGTTTCA TCACTGCAGG TGAGTTTAGA AGAGGCAAAT 
GCTGCCCTAG ATGCAGCATC CAGGCTTACT GAGCAGCTGG ACATCAAAGA GGAGCAGATT 
GAAGAGCTTA AGAAAGAAGG TGAGATCAGA AGAGAAATGT TAGAAGATGT ACAAAATAAA 
TTAATGAACC TTATGAACAG CACAGAAGGA AAAGTGGACA AACTGTTGAT GAGAAATCTC 
TTTATTGGAC ATTTTCATAC TCCAAAAAAT AAACGTCTTG AAGTGTTAAG GTTAATGGGA 
AGTATCTTGG GACTGAAAAA GGAGGAACTT GATCAGTTGT TATCTGAAGA GCAAAGAGGG 
GTTACAAGAT GGGTGACTGG CTGGCTTGGT GGAGGAGCTG GGTCAAAGAG TGTTCCTAGT 
ACACCTTTGA GACCAACTCA TCAGAACATT TTTAATAGTT CTTTTTCAGA ACTGTTCGTG 
AAATTCCTTG AAACTGAATC TTGCCCAAGC CTTCCCCCAC CCAAGCTCTC TGTTCATCAC 
ATGAAACCTT TAGGAGCAGC AGGAACTGGT AAAAATAGCA GTACTCCACC CAACAGTCAA 
ATGCAAGATT CTCCAGTGTC AGGAATGGGT AGAAGACCAG ATGCAAATCC ATTTTTAGCA 
CCTCGATCTG CAGCAGTGCC TCTCATAACG CCAGCTAGTA GTTCTGGACA TCTGCTTATG 
AAACCTATTT CTGATGCATT GCCTACTTTT ACACCACTGC CAGTGTCCCC TGATGCCAGT 
GCTGGTGCTG TATTAAAAGA CCTCCTAAAA CAATAG

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

RefSeq	XP_015485622.1
CDS	305..6160
Translation	MASWLGGLGSGLGQSLGQVGDSLSSLTGQISSFTKDILLEGAEEVGDAATELHVSNSRLREIESINAAQKFENDRLKKVCSDLEEKHEAAELQIKQLSIEYRNQLQQKEVEISHLKARQNALQEQLQKVQTAAQNSQLGAGVLPAATASASYVPEVRHSSGFERDDMDFGDIIWSQQEINRLSNEVSRLESEVDHWKQIAVSSKVQGTNDAEQSEICKLQNVVKELRQNLSREIDEHQHELSVLQDAQRQKLVEISRRHREELREYEERIEELETRLQQDGVSTDAMDDSKITEQKKKAQSLDGGRVEELQVVKDLEDEIRKLNHKLSSAKAENKNLLKEQEFVKLEKTQIAQDYEKLKSDFNVLQKSVAEQDALLKEQKQLQSKTSLPQDVVSLQQALLEAENEIARLSSLNQGLEKELTSAQHKLENILSSNTENQNSEINQLRQDLERKEHELDESVAERETLIAELEELDKQNQEATQHMIILKEQLSKQHTETDSIIKQLKLDIDYERKKVSELETEKTKTMKELESQKEKLSHCSYALNDLHVTKQELQDNIIDLQEQLRKAQDCNSQSKKEIGELQQRLKEREEELHVSLSKLTEKSNEESNFTCQDLILKEREVEIAKLQNDVSENKQINEDLQKSLSNLRTENGKLIAAIEELKQELNDAISEKKKVYLEKDTAVEALKMEKRQLESELNETEKRLLEQAHNYKQTIEELSNARSMDTTALQLEHERLVKLHQEKDFKIAELKRTIEQMETDHQETKEMLTTSLGGQKQLTDLIKEKEVFIEKYRNQALEVKQELEEYIKVSKKQDVLKQNLEEKDRSLAVMKEENNHLKEEIERLKDQQSRSTPGVEPKTLDIIIELESEVTQLKVIKNNLEEEIKVHKKTIEDQNQATVKLQQSLQEQRKEIDESRFQCEQMNVTHERLFLEKDEEIRTLQKTIEQIKTQLHKERQIIQTDSSDLFQETKVQTLNGENGNEKHDLSKAEIERLVKGIKEREMEIKLLNEKNVSLSQQIDQLSKDEVGKLTRIIQEKDLEIQALNARVSSASCRQDVLSLQQQLQAYVLEREQVLAVLSEKTRENSQLKTEYRNIMDMVAAKEAALVRLQEENRRLSSRSENSSQDMSRETIQNLSRIIREKDIEIDALTQKCQTLLTVLQTSSTGADNGAGGVNSNQFEELLQERDKLKQQVKKMEEWKQQVITTVQNMQHESAHLQEELQKLQAQISVESDSTSRLQVDYNGLIQSYEQNEKKLKSFSQELAQVQHSIGQLYNTKDLLLSKLDLVTPSVATASTVSQLSGVQYSPPEALSEECKLLQKELEQLKKKLQEKDSTIRTLQENNQRLSDSVATASELERRSQEGTESEMRQIKEKHDVLQKSLREKDILIKSKSDQLLSVSENLSNKENENELLKQAVTNLKERNLILEMDIQKLKEENEKIVARCREKETEFRALQETNMQFSMMLKEKEFESHSMKEKALAFEKLLKDKEQGKTGELNQLLNEVKSMQEKAVTFQQERDQVMVALKQKQMESSALQSEVQHLHEKEQRLNQELERLRNHLLEMEDSYTREALAAEDREVKLRKKVLILEEKLASSSTAVENASHQASLQVESLQEQLNLVSKQRDETVMQLTISQDQVKQYALSLTNLQMVLEQFQQEEKAMYSAELERHQKQSAEWKKKAENLEEKVSSLQVSLEEANAALDAASRLTEQLDIKEEQIEELKKEGEIRREMLEDVQNKLMNLMNSTEGKVDKLLMRNLFIGHFHTPKNKRLEVLRLMGSILGLKKEELDQLLSEEQRGVTRWVTGWLGGGAGSKSVPSTPLRPTHQNIFNSSFSELFVKFLETESCPSLPPPKLSVHHMKPLGAAGTGKNSSTPPNSQMQDSPVSGMGRRPDANPFLAPRSAAVPLITPASSSGHLLMKPISDALPTFTPLPVSPDASAGAVLKDLLKQ

Target ORF information:

RefSeq Version	XM_015630136.2
Organism	Parus major(Great Tit)
Definition	Parus major thyroid hormone receptor interactor 11 (TRIP11), transcript variant X1, mRNA.

Target ORF information:

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

XM_015630136.2

ORF Insert Sequence:

ATGGCGTCGT GGCTGGGCGG GCTGGGCTCG GGGCTGGGCC AGTCCCTGGG GCAGGTGGGC 
GACAGCCTGT CGTCGCTCAC CGGGCAGATC TCTAGTTTCA CCAAGGACAT CCTTCTGGAA 
GGCGCGGAGG AAGTGGGCGA TGCAGCGACA GAACTGCATG TGTCCAATTC TAGACTCAGA 
GAAATAGAAA GTATTAATGC AGCACAAAAG TTTGAAAATG ACAGACTGAA AAAAGTCTGT 
AGTGACTTAG AAGAAAAGCA TGAAGCTGCA GAGCTGCAAA TAAAACAGTT GTCCATTGAG 
TACCGGAATC AGCTTCAACA GAAAGAGGTG GAAATCAGCC ATCTAAAAGC CAGACAGAAT 
GCACTACAGG AGCAACTGCA GAAAGTACAG ACAGCTGCTC AGAATTCTCA GTTGGGAGCT 
GGTGTTTTGC CAGCAGCCAC TGCATCGGCC TCCTATGTTC CAGAGGTCAG ACATTCCTCA 
GGTTTTGAAA GAGATGACAT GGATTTTGGA GATATAATCT GGTCACAACA AGAGATAAAC 
AGATTGTCCA ATGAAGTTTC CAGGCTTGAA TCGGAGGTTG ACCACTGGAA GCAGATTGCA 
GTGTCTTCCA AAGTTCAAGG CACAAACGAT GCTGAACAAA GTGAAATATG CAAACTACAA 
AATGTAGTTA AGGAGCTCAG ACAGAATTTA AGTCGAGAAA TAGATGAACA TCAGCATGAG 
CTGTCAGTAT TGCAGGATGC CCAGAGACAG AAGTTAGTAG AGATAAGTCG CCGACACCGA 
GAAGAGCTGC GTGAATATGA AGAGCGAATT GAAGAACTTG AGACTCGGTT ACAGCAAGAT 
GGTGTGAGCA CTGATGCCAT GGATGACTCT AAAATTACTG AACAGAAAAA AAAAGCTCAG 
AGTCTAGATG GAGGACGGGT AGAAGAGTTG CAGGTTGTAA AGGACCTAGA GGATGAAATA 
AGAAAATTAA ATCACAAACT GTCTTCTGCC AAAGCGGAAA ACAAAAATCT CCTGAAAGAG 
CAAGAATTTG TAAAGCTAGA AAAAACCCAA ATAGCACAAG ATTATGAAAA GCTTAAATCT 
GACTTCAATG TGCTTCAAAA ATCTGTGGCA GAGCAAGATG CTCTCCTGAA GGAACAGAAG 
CAGCTCCAGT CAAAGACATC ACTACCACAA GATGTTGTCA GCCTACAGCA AGCATTGTTA 
GAAGCAGAAA ATGAAATAGC AAGACTTTCC AGTTTAAATC AGGGTCTTGA GAAGGAACTG 
ACAAGTGCAC AGCATAAACT TGAGAATATT CTTTCTTCGA ATACAGAGAA TCAAAATTCA 
GAAATAAATC AGTTAAGACA AGATTTGGAA AGGAAAGAAC ATGAATTAGA TGAAAGTGTT 
GCTGAAAGAG AAACTTTAAT AGCAGAGTTG GAAGAACTAG ACAAGCAGAA TCAAGAAGCT 
ACTCAGCATA TGATTATACT GAAGGAGCAG CTATCAAAGC AACACACAGA AACTGATAGC 
ATCATCAAAC AGCTGAAACT TGACATCGAT TATGAAAGAA AGAAAGTATC AGAATTAGAA 
ACTGAGAAGA CGAAAACTAT GAAAGAGTTA GAGAGTCAGA AAGAAAAGCT AAGCCACTGT 
TCATATGCAC TTAATGATTT GCATGTAACT AAGCAGGAGC TACAAGATAA TATTATAGAT 
CTTCAGGAGC AATTAAGGAA AGCTCAGGAC TGTAATTCAC AAAGTAAAAA AGAAATTGGA 
GAGTTGCAGC AGAGACTAAA AGAAAGAGAG GAAGAACTTC ATGTATCCTT GAGCAAGTTA 
ACAGAAAAAA GTAATGAGGA ATCTAACTTT ACTTGTCAAG ATCTGATTCT TAAAGAAAGA 
GAAGTAGAAA TTGCAAAACT ACAGAATGAT GTTTCAGAAA ATAAACAAAT AAACGAAGAT 
CTACAGAAAT CTCTGTCTAA TCTCAGAACA GAAAATGGAA AGCTGATAGC AGCCATTGAA 
GAACTAAAAC AGGAGTTAAA TGATGCCATT TCTGAGAAAA AGAAAGTTTA CTTGGAAAAA 
GACACTGCTG TGGAGGCTTT GAAAATGGAA AAAAGACAGT TAGAGAGTGA ATTAAATGAG 
ACAGAGAAGA GGCTTTTGGA GCAAGCACAT AATTATAAGC AAACTATTGA AGAGTTATCA 
AATGCACGTA GTATGGATAC CACTGCATTG CAGCTTGAGC ATGAGCGCCT GGTTAAGCTC 
CATCAAGAGA AAGACTTTAA GATTGCTGAG CTTAAAAGGA CCATTGAGCA GATGGAAACT 
GACCATCAAG AAACAAAAGA GATGTTGACT ACTAGCTTAG GAGGACAAAA GCAGTTGACA 
GATCTCATAA AAGAGAAAGA GGTATTCATT GAAAAATACA GAAATCAAGC CTTAGAGGTG 
AAGCAGGAAC TTGAGGAATA TATTAAAGTT TCAAAAAAAC AGGATGTCTT AAAACAGAAC 
TTGGAGGAAA AAGACAGAAG TCTTGCAGTC ATGAAGGAAG AAAATAATCA TTTGAAAGAA 
GAAATTGAAC GCCTTAAGGA TCAGCAAAGT AGATCTACAC CAGGGGTGGA GCCTAAAACT 
TTAGATATTA TTATTGAACT TGAAAGTGAG GTAACACAGT TGAAAGTGAT AAAAAATAAT 
CTTGAAGAAG AAATAAAAGT TCACAAAAAA ACAATAGAAG ATCAGAATCA AGCAACAGTG 
AAACTTCAGC AATCTCTGCA GGAGCAGCGA AAGGAAATAG ATGAGTCCAG ATTTCAGTGT 
GAACAAATGA ATGTCACACA TGAAAGACTC TTCTTAGAGA AAGATGAGGA AATCAGAACT 
TTGCAGAAAA CAATTGAACA AATTAAAACC CAGTTGCACA AGGAGAGACA GATTATTCAG 
ACTGATTCTT CTGATCTTTT TCAGGAAACC AAAGTTCAGA CTCTTAATGG AGAAAATGGA 
AATGAAAAAC ATGACTTATC TAAAGCTGAA ATTGAAAGAC TGGTGAAAGG TATCAAAGAA 
AGGGAGATGG AGATTAAGCT ATTAAATGAA AAGAATGTTT CTCTAAGTCA GCAAATTGAT 
CAGTTGTCTA AGGATGAAGT TGGTAAACTT ACTCGAATCA TTCAAGAAAA GGATTTAGAA 
ATACAAGCTC TTAATGCTAG AGTTTCCTCA GCTTCCTGCA GGCAGGATGT TCTTTCCCTT 
CAGCAGCAGC TGCAAGCTTA TGTTCTGGAA AGGGAACAAG TACTAGCAGT TCTGAGTGAA 
AAGACAAGGG AAAACAGTCA GTTAAAAACA GAGTATCGTA ATATCATGGA TATGGTCGCT 
GCTAAAGAGG CAGCTTTGGT GAGGTTGCAA GAGGAGAATC GAAGGTTATC CAGTAGATCT 
GAGAACAGCA GTCAAGACAT GTCTAGAGAA ACTATTCAGA ATTTATCCCG TATCATTCGA 
GAAAAAGATA TTGAAATAGA TGCCCTAACT CAAAAATGCC AAACCTTACT GACTGTCTTG 
CAGACATCCA GCACAGGTGC TGATAATGGG GCAGGGGGTG TCAACAGTAA CCAGTTTGAG 
GAACTTCTGC AAGAACGTGA TAAACTAAAA CAGCAAGTTA AGAAAATGGA AGAGTGGAAA 
CAACAAGTAA TAACCACGGT CCAGAACATG CAGCATGAGT CAGCTCACCT CCAAGAAGAA 
TTACAGAAGC TTCAGGCACA AATTTCAGTT GAAAGCGATA GTACTTCAAG GCTGCAGGTA 
GATTATAATG GCTTGATTCA GAGTTATGAG CAGAATGAGA AAAAGCTGAA AAGTTTTAGT 
CAGGAATTAG CACAAGTTCA ACACAGCATA GGGCAGCTTT ATAACACTAA GGATCTTCTC 
CTGAGTAAAC TGGATTTGGT AACACCATCT GTGGCAACAG CTTCCACTGT TTCACAGCTT 
TCAGGTGTTC AATACAGTCC TCCTGAAGCG CTCAGTGAGG AGTGTAAACT CCTTCAAAAA 
GAGCTGGAAC AGCTGAAAAA AAAGTTACAA GAAAAAGATT CAACTATTAG GACTCTACAG 
GAGAACAACC AGCGATTATC TGATTCTGTT GCTACAGCAT CAGAGCTTGA AAGAAGGAGT 
CAAGAAGGGA CTGAATCAGA GATGAGGCAG ATCAAAGAAA AACATGATGT GTTACAGAAG 
TCACTTAGGG AAAAAGATAT ATTAATTAAA TCTAAAAGTG ATCAGTTACT TTCTGTGAGT 
GAAAATCTTA GTAACAAAGA AAATGAAAAT GAGCTTTTAA AGCAAGCTGT AACTAATCTA 
AAAGAAAGAA ATTTAATATT AGAAATGGAT ATTCAAAAAC TGAAAGAAGA AAATGAAAAA 
ATAGTTGCAA GGTGCAGAGA AAAAGAAACA GAATTCCGTG CACTTCAGGA GACTAACATG 
CAATTTTCAA TGATGCTGAA AGAGAAAGAG TTTGAGTCTC ACTCAATGAA GGAAAAAGCT 
CTTGCTTTTG AGAAGCTGTT GAAAGACAAA GAACAGGGCA AGACAGGAGA ATTGAATCAG 
CTGTTAAATG AAGTTAAGTC AATGCAGGAA AAAGCTGTTA CTTTTCAGCA AGAGAGAGAT 
CAAGTCATGG TAGCACTCAA ACAGAAGCAA ATGGAGAGCA GTGCCCTGCA GAGTGAGGTA 
CAGCATTTGC ATGAGAAAGA GCAGCGCCTA AATCAGGAAC TGGAGAGGCT GCGGAATCAC 
CTTTTAGAAA TGGAAGACTC CTACACCCGA GAAGCTTTAG CTGCAGAAGA CAGAGAGGTC 
AAGCTAAGAA AAAAGGTTTT GATTTTGGAA GAAAAACTTG CATCCTCATC TACTGCAGTG 
GAGAATGCCA GTCATCAGGC TAGTCTGCAA GTTGAATCTT TGCAAGAGCA GTTAAACCTA 
GTTTCCAAGC AGAGAGATGA AACCGTGATG CAGCTGACCA TCTCCCAGGA CCAAGTGAAG 
CAGTATGCAC TGTCTCTGAC CAACCTGCAG ATGGTACTAG AGCAGTTCCA ACAGGAAGAA 
AAAGCTATGT ATTCAGCAGA ACTGGAGAGA CACCAAAAAC AGAGTGCAGA ATGGAAGAAG 
AAAGCAGAAA ACCTAGAAGA AAAAGTTTCA TCACTGCAGG TGAGTTTAGA AGAGGCAAAT 
GCTGCCCTAG ATGCAGCATC CAGGCTTACT GAGCAGCTGG ACATCAAAGA GGAGCAGATT 
GAAGAGCTTA AGAAAGAAGG TGAGATCAGA AGAGAAATGT TAGAAGATGT ACAAAATAAA 
TTAATGAACC TTATGAACAG CACAGAAGGA AAAGTGGACA AACTGTTGAT GAGAAATCTC 
TTTATTGGAC ATTTTCATAC TCCAAAAAAT AAACGTCTTG AAGTGTTAAG GTTAATGGGA 
AGTATCTTGG GACTGAAAAA GGAGGAACTT GATCAGTTGT TATCTGAAGA GCAAAGAGGG 
GTTACAAGAT GGGTGACTGG CTGGCTTGGT GGAGGAGCTG GGTCAAAGAG TGTTCCTAGT 
ACACCTTTGA GACCAACTCA TCAGAACATT TTTAATAGTT CTTTTTCAGA ACTGTTCGTG 
AAATTCCTTG AAACTGAATC TTGCCCAAGC CTTCCCCCAC CCAAGCTCTC TGTTCATCAC 
ATGAAACCTT TAGGAGCAGC AGGAACTGGT AAAAATAGCA GTACTCCACC CAACAGTCAA 
ATGCAAGATT CTCCAGTGTC AGGAATGGGT AGAAGACCAG ATGCAAATCC ATTTTTAGCA 
CCTCGATCTG CAGCAGTGCC TCTCATAACG CCAGCTAGTA GTTCTGGACA TCTGCTTATG 
AAACCTATTT CTGATGCATT GCCTACTTTT ACACCACTGC CAGTGTCCCC TGATGCCAGT 
GCTGGTGCTG TATTAAAAGA CCTCCTAAAA CAATAG