TTC3 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	TTC3
Entrez Gene ID	105408315
Full Name	tetratricopeptide repeat domain 3
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011588400.1	XP_011586702.1	E3 ubiquitin-protein ligase TTC3

Pathways from BioSystems
Gene Ontology

The following TTC3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TTC3 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
OAq24601	XM_011588400.1 Latest version!	Aquila chrysaetos canadensis tetratricopeptide repeat domain 3 (TTC3), 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)

TTC3 ( XM_011588400.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011586702.1 Aquila chrysaetos canadensis tetratricopeptide repeat domain 3 (TTC3), mRNA.

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CloneID	OAq24601
Clone ID Related Accession (Same CDS sequence)	XM_011588400.1
Accession Version	XM_011588400.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5883bp) 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	E3 ubiquitin-protein ligase TTC3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950934.1) annotated using gene prediction method: Gnomon, supported by 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGGTGAAC CTATGGCCGA ATCCGAGTTT GCAGCCTTGG CTTTTTATGC TGGTGATAAA 
TCTTGCTGTG AATTGGGTCA TGGAGTGTTT GTACAGCAAT CGCTGCATAA GCCTAAAACA 
GATGTTGATC CCTGTGAAGT ATGGTGCAGT CAGCCGGTTG ACACATTAAG AGAATATTGC 
AACGTTATTA AAATACGCAT CTTTTGGCCT CTTCTTTTCA AAAGTGAAAG TAATTCTTTG 
GTAGCTGATT GGAGCAGTTC ACAGATTTTA GACCGGAATT GGAAGAGACT TTGTGATTTA 
GAGGTTTTGG AAGACCTTGT TGATTTAATT AAAAAAGTTG TTAACGTTCC GCCTTTTATT 
GGTGGCATAC TGAGAATTGG CAGCAGAATA GAAAATGGTG TCTTTGATGT TGGGGATGCA 
CTTGATTGGG TTAGATACAC AGGTGATGTC AGTATTCTGC AGAGGCTGGA GAAGCTTGGT 
GATTTTGGTT GGATCTATCT TGAAATTTTC TTTGCTGAAT GCAAACGTTA CATTACTAAA 
GTTGCTTTGG AAGATTGTAA TTTAGTTGAA GAATTTAAAG CTGTGACCTG TGAAAACTGT 
AGGAAGAACA GTGAATCTAT GAAACAAAAA GGAAATGAGG AATTTTCCCA AGGAAACTTT 
GATCGTGCTA TAATGTCATA TACTAAAGCC ATAGAGTTTT GTCCTGCAAA CCATCTTCTG 
TATGGAAACA GAGCTCTTTG TTTAATTCTC ACAAGGCAGT ACAAGAGAGC CCTTGCTGAT 
GGAAAAAGAG CCACTATTTT GAAGCCTAAT TGGCCAAAGG GTCACTACCA CTTCTGTAAG 
GCGCTGTCAT TACTGGGGGA ACATGAACTG GCTTTGGAAG CTAATGAGAG AGCTCAGGAA 
CTATGCAAGA ATATTCTTGA TGGACTTAAG GATCTTATTC AACAAAATGA CAAGTTAAAG 
AAGACATTAG AAGAAATCAA TGGTATTAAA CAACATAAAC AGAAACCAAA GAAGTCGCTT 
CTTGAGAAAA AAGACTGCAG TTCTTCAGAA TCTCATTTAA TAATCTCTGA AGAACAGAAA 
GAAATAGAAA AAGACAGAAA GGGAACACAG TCTGATCCTA AAGATCATCA TTGTCATCAA 
AAACATGATA CCAGGGTGAC TGACATCCAA AGAACAGAAA GCAAAGGTTG GTCTCTGGAG 
TTTCCACCAA GTCAAAGTCA TCAGAACAAA GGAAGACCAA AAACCAAACC TGGTGACTCT 
GAAAAGACGA GAGATCACCT TGATCTGAAG ATAGAGTCTA AAGCTACCCA AGATAAACTC 
TTCTGTACTG TGCAGCAGAT GGATTTAACT ATGTTGCCAG AAGAGGTTAA ATCCCTTGTT 
CGTGATGGTT ATACAGCCTT GATGGACCAG CGGTGTCACA GTGCTGAACA AGCTTTTTCA 
CAATTGTTGA GCATTCTAAA TCCTTCAGAA TTAAAGCAAC TGAATCTTCG TATTATTAAT 
TATGTTGTAA TCATCTATGG ACATGCCACT GCTCTTCTTG GAATAGGACA ACCTGAGGCA 
TTGACAAAGG CTGAAGACCA GTTTAAGAAA ATAATTGAAC AGTACCAGGA AGAGAGATTT 
GGTTGTTTGG CATACTATGG AATTGGAAAA GTATACCTCA GACAAAACAG ATTTTCAGAT 
GCACTCGATC AGTTCATAAA ATCACAAACA ATGGTTAATC ACAAGATTGT ACCTGGAGTA 
TTAACTTGGC GAAGATTGAT TTTAAAGAAT TGTATTGAGG AATGCAAGTT CCCTCCAGAA 
CCAGATGCAG TTTGTCGGTA TCAGCAATGC CATGGCCACT CCAAAATCCA AATATTTTTT 
ACAGACCCAG ACTTTAAGGG TTTTATACGT ATTACTTGCT GTCAGCAATG TAGAGTGGAG 
TTTCATATCA GCTGTTGGAA AAAGCTGAAA ACAACAAAGT ACAGTGATAA AAATGATAAG 
GATTTTCTTC AAGAACTGTG TTTCACTCCT GATTGTACAG GCCTTATTTC AAAAATAGTT 
ATTTTTAGTT CTTCTGGTCT GGTAAAATGT GAATTTGAAC AAAAAATCAC AAAAGCCAAG 
GAACCACCAA GAGCCAGTAT TAAACAGAAA TGTTCAAGTC TTAGGAAGTT AAAAATGAAA 
CAAGAAAAAA AACTACGAAG AAAGCGTGCA CGAGAAGAGA CACAGAATTC TGCTAAGAAG 
AAAACAGAAG AAAACCAGAT GGGAAATGAA CCATCACAAT ACAGTGATCA CAGTGGTTAC 
CTTCAGGATT TATATGCTGG TGATCGAGTG CTGCAGCATA TCAGTCGAAA TGCTGAACAA 
ATAAAAACAG CTGTTCATGA TGCTTCCAAA CTATTAAAGG AATTACTTTC ATGGTTTGTA 
ATCAGTGAGG AGGATTACAC GTCATATTCC AAAACTAGTA GCATGTCACA TGAAGTGATG 
GAGCAGCTCA TCAGTTACTT AATTCAGGAA AAAAACAGAG TTAAAACAAG GGGTTTTATC 
CATGTGCTGA GTGAGCTGGA AGGAGTGGAT CCCAAATTAC ACAAATGGCT GAAACATCTT 
AACAACTTGG GTCTGACAGC TACAAAGAAC TTTCTCCTTC AATATGGACA ATTTTTAAAA 
GAGCTTGACC TTTCTATTTT AACCACACTC TGGAATGAGA AGTATGGTAG TAAATTTGAC 
TATGTGACAA CTAGTTCTGA AGACAAAGAA ATTCGTGATT ATTTCTTAAA ACCACCCCTA 
GAGAAAACTC GTTGTTTCAT ATGGCTGTTA GAAGACAACA GAGAAAATTT TCCATTTCTT 
CATCAAGCAT TAGATGAATT CTTTGATAAA ATGGATGACC CTACCATTAT ATTAAAGAAG 
CAGGGAAATG AAAATATATC GACTAATGGT ATCAAAGTTA AAAACAAAAA CAGGAAGAAG 
AACTCAAAAG ACTTGAGGTC TATTTTAGTA TTATCCAGTG GAGTTAGTAC AGCACCACGA 
GAAGAAGATA AGATATTTAT AGAAGAAAAT ACTTTAGATT TTACAAATTC TTATGAACCA 
TTTGTAATCC CAGAATATCT TCGGGGGCAA CTAGAGGAAT TTGAAGCTCT CTGTGATGTT 
TCAAATAGTA GCAGTTATCA AAGACTTTTG GATAATAACC CAGATCAAAC CTGTGAGAGC 
TTATATGAAT ATTTCTCTCA AATCTTGGAA GAACATGGCC CTATGGAAAT TAATAACAAA 
TTACTAGTTG GGGAATATGA ACATTTCCCT GAAGAAGCTC AAAAGATTGT AGAAGATGAA 
GGTGGTCTGA AATCTTTTCT TCTGAAATCC CTTCGTTTCG TTATGGTGGA TAATCTTATT 
GCCTTAAGAA AGCATGCAGT TCTTATTAAA GAAGATATAA ACAGAAATGA GACTGGAGAT 
AATGAAGAAG AAAATTATAT AGTCCGTGAC GTGCAAGAAT ATTCTTCCCA GAGCAAGCTA 
CAGTTAAATC CAGCTGCTAA GGAATTCAAA CCGCTGTCTT ATCCTAAGCA ACCCCATATA 
TCAACATCTA CTGACTTAAC AGTAGCAAGT TATGAGACTC CACAATATTT GCCCTGGTCT 
TGTCCTACCT CATGTAAGTC AGTGCATTCT TTGCATAATC GGAATACTGA TATCATAGAA 
AAGGAGTCGT CATTTTCAGA CATTTTACTA AAGTGCTTTG ATTCTAAAAA TCCTGGTATA 
TTTTTGCCTC AGACTTCCTG GGGTTATCAA AATGAAAGAA TATTGCCAGT GCTTTCTCAA 
ATGCCTCTCA TGTCAAATGT TGCAGAGCAA CCTACTTATA TTTATGCTGA TCATGTAGCT 
CATCAGGATA ATGACGAATC AGCTATTTCA GACCAAAAAT ACGTCTATAG CAGTTTTACA 
GCAACTGAAA TACAAACGTA TGAAGACCCT CAGCGCCAAC TGGAGAACTC GGATAACACA 
TTTCATGAAG AAAATTTTGC TGTTGCAAAT AGTAAAAATG AAGCTGAATG TGGTATACAG 
GTTAAGACGG AAGAAGAAAC CAGAAGTATA CCTCTAAAGA AAAGCAATCC TCATACAAGG 
ATGATAGCTG TTCAGGTAAA TCATGAAGTA GCTGATAGGG AAACTAATAC CTTGCCTTTT 
CATCCATTTG AAATGCAACA AGGAGATATT CTACGTATGG AAAAAGAGCA TCAGGTATTA 
AAAGAACAAC TTAAAGAAGC ACAGGAAAAA TATGAACAGT TGCAAAGCCG AAGCTTGGAG 
GAAATTAGTG TTTTGAAAGA ACTCCTGAAG AAAAATGTTG AAGAGACAGA GGTATCAAAG 
AATGAACTGG ATTGGTTTCA TCAAGACTTA GAAATACAAG TGAAAAAATG GCAACAGGAG 
AAAAAAGAAA ATCAAGAGAA CTTAAAAGCA CTAAGGAACA CAGCTAAAAA GCATACAGAT 
ACCAATGATA GGTATTCGAA GACCATTGAT GAGAAGGAAA AGCAGTATAA CATATATTTA 
AATACATACC TCGACACCAG TAATAAACTT GCTAATGAGA AAGTAAAATT GGAAGAGCTT 
ATAAAAAAGA GTCAAGATGA CTGCCAAGAG TGTGTGAAAA GAGCTGTTAA AGCAGAGATA 
GCAGTACTCA AAAACTGGAA GGAAACTGAA GTATGCAAGC TAAATGGCAT AGCTGCCAAT 
GCAGAAGCAA ACATCAAGAT GTTGAAGTCC TTGAGCAGCA GCTCAGCTTC AGCAGCACCT 
AAGTTGAAGT CACAGATTGA TTCCTGGGAA ATATTTATTT CAAATGTAAA GAAACAACTG 
GAAAAAGTAA AGGCTGAGTA TGAAGAAAAA ATTCAGATAG TGAAAAATGG TGTACGGCAC 
TGCCTCACTA AAATGGAAAC TGTGGATCTT CCTTCTCCTC CCAGCGTCTT AACAAAACAA 
GGCAGACCTC CAGTCAGTGA TCCAGCCATT GTCGTGTATT CCTCTGCATC TGCACATCTT 
AATTTACTTC CTGCATTTTC AAGTTCTGAA GATCAAGGTC TAACACATGC TTCATTTAAT 
ACACAGGCTG GAGTTAAGCC AGCACGTGCA AATTCTAAGG CTTGTTCTGC AAGTGGTGGA 
TCAGTGAAAG CACACTCCAA ACCTCTGGAA GGATCATATT CTGATAAAGT TTCAGCAACT 
TGCCTGTCAG GGATTTCTGG AAGTAAATCT CAGAATGTCC AGCCACACCA GAACCACCAA 
GATGACTCAG CTATACAACT CAGGCTTTCT GGACTTCCAA ACAACAAAAT GCTTCCAAAA 
GCGTTTGAAA ATATTATTGC ACATCTACAG AGTATATTCC CAAACTATAG CAGTTCAGAC 
TTTACTGTCT TCATAAAAGA CATACAAAGA AGAAATGGGA ATACACTGTC AGGTTTGAGC 
TTCGATGAAA TTCTAAGCAG AGTGACAGAA CTCATTCTGG ACCAACAAAA TAAGGCACCA 
ACTTCAGCAG GGAGACCTGT GAAGTCAGCA TCCTCTGCTG CACCAGCACA GACTGGAACT 
CGGGGTCGGG AAGTACCTGC AGAAGAAAAT GTACCCAGCC CACCCAAGGC AAGACCTGTG 
CATAGCAACA CCTCGAGCAA AAATCCATCT CAGCCAAATC TCCAGCCCTG GGGAAATGTT 
GGAGCAACAC CTAAATCTAA ATGGAAAAAA CTGGACTACA CAGCTTCCAG TGATGATCCT 
TGCACAATAT GTCATGATGA GCTAAGCAGA GACTCATGTG AACTAGAATG TGGGCATCAT 
TTTCACAGAG AATGCATTAG AACATGGCTT AAGCAACATT CCAGTACCTG CCCCATCTGC 
CGCGTTCATG CTCTGTTACC TGAAGATTTT CCTGAGCTTC CTGTACGGAA CAAATATGCC 
TAA

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

RefSeq	XP_011586702.1
CDS	86..5968
Translation	MGEPMAESEFAALAFYAGDKSCCELGHGVFVQQSLHKPKTDVDPCEVWCSQPVDTLREYCNVIKIRIFWPLLFKSESNSLVADWSSSQILDRNWKRLCDLEVLEDLVDLIKKVVNVPPFIGGILRIGSRIENGVFDVGDALDWVRYTGDVSILQRLEKLGDFGWIYLEIFFAECKRYITKVALEDCNLVEEFKAVTCENCRKNSESMKQKGNEEFSQGNFDRAIMSYTKAIEFCPANHLLYGNRALCLILTRQYKRALADGKRATILKPNWPKGHYHFCKALSLLGEHELALEANERAQELCKNILDGLKDLIQQNDKLKKTLEEINGIKQHKQKPKKSLLEKKDCSSSESHLIISEEQKEIEKDRKGTQSDPKDHHCHQKHDTRVTDIQRTESKGWSLEFPPSQSHQNKGRPKTKPGDSEKTRDHLDLKIESKATQDKLFCTVQQMDLTMLPEEVKSLVRDGYTALMDQRCHSAEQAFSQLLSILNPSELKQLNLRIINYVVIIYGHATALLGIGQPEALTKAEDQFKKIIEQYQEERFGCLAYYGIGKVYLRQNRFSDALDQFIKSQTMVNHKIVPGVLTWRRLILKNCIEECKFPPEPDAVCRYQQCHGHSKIQIFFTDPDFKGFIRITCCQQCRVEFHISCWKKLKTTKYSDKNDKDFLQELCFTPDCTGLISKIVIFSSSGLVKCEFEQKITKAKEPPRASIKQKCSSLRKLKMKQEKKLRRKRAREETQNSAKKKTEENQMGNEPSQYSDHSGYLQDLYAGDRVLQHISRNAEQIKTAVHDASKLLKELLSWFVISEEDYTSYSKTSSMSHEVMEQLISYLIQEKNRVKTRGFIHVLSELEGVDPKLHKWLKHLNNLGLTATKNFLLQYGQFLKELDLSILTTLWNEKYGSKFDYVTTSSEDKEIRDYFLKPPLEKTRCFIWLLEDNRENFPFLHQALDEFFDKMDDPTIILKKQGNENISTNGIKVKNKNRKKNSKDLRSILVLSSGVSTAPREEDKIFIEENTLDFTNSYEPFVIPEYLRGQLEEFEALCDVSNSSSYQRLLDNNPDQTCESLYEYFSQILEEHGPMEINNKLLVGEYEHFPEEAQKIVEDEGGLKSFLLKSLRFVMVDNLIALRKHAVLIKEDINRNETGDNEEENYIVRDVQEYSSQSKLQLNPAAKEFKPLSYPKQPHISTSTDLTVASYETPQYLPWSCPTSCKSVHSLHNRNTDIIEKESSFSDILLKCFDSKNPGIFLPQTSWGYQNERILPVLSQMPLMSNVAEQPTYIYADHVAHQDNDESAISDQKYVYSSFTATEIQTYEDPQRQLENSDNTFHEENFAVANSKNEAECGIQVKTEEETRSIPLKKSNPHTRMIAVQVNHEVADRETNTLPFHPFEMQQGDILRMEKEHQVLKEQLKEAQEKYEQLQSRSLEEISVLKELLKKNVEETEVSKNELDWFHQDLEIQVKKWQQEKKENQENLKALRNTAKKHTDTNDRYSKTIDEKEKQYNIYLNTYLDTSNKLANEKVKLEELIKKSQDDCQECVKRAVKAEIAVLKNWKETEVCKLNGIAANAEANIKMLKSLSSSSASAAPKLKSQIDSWEIFISNVKKQLEKVKAEYEEKIQIVKNGVRHCLTKMETVDLPSPPSVLTKQGRPPVSDPAIVVYSSASAHLNLLPAFSSSEDQGLTHASFNTQAGVKPARANSKACSASGGSVKAHSKPLEGSYSDKVSATCLSGISGSKSQNVQPHQNHQDDSAIQLRLSGLPNNKMLPKAFENIIAHLQSIFPNYSSSDFTVFIKDIQRRNGNTLSGLSFDEILSRVTELILDQQNKAPTSAGRPVKSASSAAPAQTGTRGREVPAEENVPSPPKARPVHSNTSSKNPSQPNLQPWGNVGATPKSKWKKLDYTASSDDPCTICHDELSRDSCELECGHHFHRECIRTWLKQHSSTCPICRVHALLPEDFPELPVRNKYA

Target ORF information:

RefSeq Version	XM_011588400.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis tetratricopeptide repeat domain 3 (TTC3), mRNA.

Target ORF information:

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

XM_011588400.1

ORF Insert Sequence:

ATGGGTGAAC CTATGGCCGA ATCCGAGTTT GCAGCCTTGG CTTTTTATGC TGGTGATAAA 
TCTTGCTGTG AATTGGGTCA TGGAGTGTTT GTACAGCAAT CGCTGCATAA GCCTAAAACA 
GATGTTGATC CCTGTGAAGT ATGGTGCAGT CAGCCGGTTG ACACATTAAG AGAATATTGC 
AACGTTATTA AAATACGCAT CTTTTGGCCT CTTCTTTTCA AAAGTGAAAG TAATTCTTTG 
GTAGCTGATT GGAGCAGTTC ACAGATTTTA GACCGGAATT GGAAGAGACT TTGTGATTTA 
GAGGTTTTGG AAGACCTTGT TGATTTAATT AAAAAAGTTG TTAACGTTCC GCCTTTTATT 
GGTGGCATAC TGAGAATTGG CAGCAGAATA GAAAATGGTG TCTTTGATGT TGGGGATGCA 
CTTGATTGGG TTAGATACAC AGGTGATGTC AGTATTCTGC AGAGGCTGGA GAAGCTTGGT 
GATTTTGGTT GGATCTATCT TGAAATTTTC TTTGCTGAAT GCAAACGTTA CATTACTAAA 
GTTGCTTTGG AAGATTGTAA TTTAGTTGAA GAATTTAAAG CTGTGACCTG TGAAAACTGT 
AGGAAGAACA GTGAATCTAT GAAACAAAAA GGAAATGAGG AATTTTCCCA AGGAAACTTT 
GATCGTGCTA TAATGTCATA TACTAAAGCC ATAGAGTTTT GTCCTGCAAA CCATCTTCTG 
TATGGAAACA GAGCTCTTTG TTTAATTCTC ACAAGGCAGT ACAAGAGAGC CCTTGCTGAT 
GGAAAAAGAG CCACTATTTT GAAGCCTAAT TGGCCAAAGG GTCACTACCA CTTCTGTAAG 
GCGCTGTCAT TACTGGGGGA ACATGAACTG GCTTTGGAAG CTAATGAGAG AGCTCAGGAA 
CTATGCAAGA ATATTCTTGA TGGACTTAAG GATCTTATTC AACAAAATGA CAAGTTAAAG 
AAGACATTAG AAGAAATCAA TGGTATTAAA CAACATAAAC AGAAACCAAA GAAGTCGCTT 
CTTGAGAAAA AAGACTGCAG TTCTTCAGAA TCTCATTTAA TAATCTCTGA AGAACAGAAA 
GAAATAGAAA AAGACAGAAA GGGAACACAG TCTGATCCTA AAGATCATCA TTGTCATCAA 
AAACATGATA CCAGGGTGAC TGACATCCAA AGAACAGAAA GCAAAGGTTG GTCTCTGGAG 
TTTCCACCAA GTCAAAGTCA TCAGAACAAA GGAAGACCAA AAACCAAACC TGGTGACTCT 
GAAAAGACGA GAGATCACCT TGATCTGAAG ATAGAGTCTA AAGCTACCCA AGATAAACTC 
TTCTGTACTG TGCAGCAGAT GGATTTAACT ATGTTGCCAG AAGAGGTTAA ATCCCTTGTT 
CGTGATGGTT ATACAGCCTT GATGGACCAG CGGTGTCACA GTGCTGAACA AGCTTTTTCA 
CAATTGTTGA GCATTCTAAA TCCTTCAGAA TTAAAGCAAC TGAATCTTCG TATTATTAAT 
TATGTTGTAA TCATCTATGG ACATGCCACT GCTCTTCTTG GAATAGGACA ACCTGAGGCA 
TTGACAAAGG CTGAAGACCA GTTTAAGAAA ATAATTGAAC AGTACCAGGA AGAGAGATTT 
GGTTGTTTGG CATACTATGG AATTGGAAAA GTATACCTCA GACAAAACAG ATTTTCAGAT 
GCACTCGATC AGTTCATAAA ATCACAAACA ATGGTTAATC ACAAGATTGT ACCTGGAGTA 
TTAACTTGGC GAAGATTGAT TTTAAAGAAT TGTATTGAGG AATGCAAGTT CCCTCCAGAA 
CCAGATGCAG TTTGTCGGTA TCAGCAATGC CATGGCCACT CCAAAATCCA AATATTTTTT 
ACAGACCCAG ACTTTAAGGG TTTTATACGT ATTACTTGCT GTCAGCAATG TAGAGTGGAG 
TTTCATATCA GCTGTTGGAA AAAGCTGAAA ACAACAAAGT ACAGTGATAA AAATGATAAG 
GATTTTCTTC AAGAACTGTG TTTCACTCCT GATTGTACAG GCCTTATTTC AAAAATAGTT 
ATTTTTAGTT CTTCTGGTCT GGTAAAATGT GAATTTGAAC AAAAAATCAC AAAAGCCAAG 
GAACCACCAA GAGCCAGTAT TAAACAGAAA TGTTCAAGTC TTAGGAAGTT AAAAATGAAA 
CAAGAAAAAA AACTACGAAG AAAGCGTGCA CGAGAAGAGA CACAGAATTC TGCTAAGAAG 
AAAACAGAAG AAAACCAGAT GGGAAATGAA CCATCACAAT ACAGTGATCA CAGTGGTTAC 
CTTCAGGATT TATATGCTGG TGATCGAGTG CTGCAGCATA TCAGTCGAAA TGCTGAACAA 
ATAAAAACAG CTGTTCATGA TGCTTCCAAA CTATTAAAGG AATTACTTTC ATGGTTTGTA 
ATCAGTGAGG AGGATTACAC GTCATATTCC AAAACTAGTA GCATGTCACA TGAAGTGATG 
GAGCAGCTCA TCAGTTACTT AATTCAGGAA AAAAACAGAG TTAAAACAAG GGGTTTTATC 
CATGTGCTGA GTGAGCTGGA AGGAGTGGAT CCCAAATTAC ACAAATGGCT GAAACATCTT 
AACAACTTGG GTCTGACAGC TACAAAGAAC TTTCTCCTTC AATATGGACA ATTTTTAAAA 
GAGCTTGACC TTTCTATTTT AACCACACTC TGGAATGAGA AGTATGGTAG TAAATTTGAC 
TATGTGACAA CTAGTTCTGA AGACAAAGAA ATTCGTGATT ATTTCTTAAA ACCACCCCTA 
GAGAAAACTC GTTGTTTCAT ATGGCTGTTA GAAGACAACA GAGAAAATTT TCCATTTCTT 
CATCAAGCAT TAGATGAATT CTTTGATAAA ATGGATGACC CTACCATTAT ATTAAAGAAG 
CAGGGAAATG AAAATATATC GACTAATGGT ATCAAAGTTA AAAACAAAAA CAGGAAGAAG 
AACTCAAAAG ACTTGAGGTC TATTTTAGTA TTATCCAGTG GAGTTAGTAC AGCACCACGA 
GAAGAAGATA AGATATTTAT AGAAGAAAAT ACTTTAGATT TTACAAATTC TTATGAACCA 
TTTGTAATCC CAGAATATCT TCGGGGGCAA CTAGAGGAAT TTGAAGCTCT CTGTGATGTT 
TCAAATAGTA GCAGTTATCA AAGACTTTTG GATAATAACC CAGATCAAAC CTGTGAGAGC 
TTATATGAAT ATTTCTCTCA AATCTTGGAA GAACATGGCC CTATGGAAAT TAATAACAAA 
TTACTAGTTG GGGAATATGA ACATTTCCCT GAAGAAGCTC AAAAGATTGT AGAAGATGAA 
GGTGGTCTGA AATCTTTTCT TCTGAAATCC CTTCGTTTCG TTATGGTGGA TAATCTTATT 
GCCTTAAGAA AGCATGCAGT TCTTATTAAA GAAGATATAA ACAGAAATGA GACTGGAGAT 
AATGAAGAAG AAAATTATAT AGTCCGTGAC GTGCAAGAAT ATTCTTCCCA GAGCAAGCTA 
CAGTTAAATC CAGCTGCTAA GGAATTCAAA CCGCTGTCTT ATCCTAAGCA ACCCCATATA 
TCAACATCTA CTGACTTAAC AGTAGCAAGT TATGAGACTC CACAATATTT GCCCTGGTCT 
TGTCCTACCT CATGTAAGTC AGTGCATTCT TTGCATAATC GGAATACTGA TATCATAGAA 
AAGGAGTCGT CATTTTCAGA CATTTTACTA AAGTGCTTTG ATTCTAAAAA TCCTGGTATA 
TTTTTGCCTC AGACTTCCTG GGGTTATCAA AATGAAAGAA TATTGCCAGT GCTTTCTCAA 
ATGCCTCTCA TGTCAAATGT TGCAGAGCAA CCTACTTATA TTTATGCTGA TCATGTAGCT 
CATCAGGATA ATGACGAATC AGCTATTTCA GACCAAAAAT ACGTCTATAG CAGTTTTACA 
GCAACTGAAA TACAAACGTA TGAAGACCCT CAGCGCCAAC TGGAGAACTC GGATAACACA 
TTTCATGAAG AAAATTTTGC TGTTGCAAAT AGTAAAAATG AAGCTGAATG TGGTATACAG 
GTTAAGACGG AAGAAGAAAC CAGAAGTATA CCTCTAAAGA AAAGCAATCC TCATACAAGG 
ATGATAGCTG TTCAGGTAAA TCATGAAGTA GCTGATAGGG AAACTAATAC CTTGCCTTTT 
CATCCATTTG AAATGCAACA AGGAGATATT CTACGTATGG AAAAAGAGCA TCAGGTATTA 
AAAGAACAAC TTAAAGAAGC ACAGGAAAAA TATGAACAGT TGCAAAGCCG AAGCTTGGAG 
GAAATTAGTG TTTTGAAAGA ACTCCTGAAG AAAAATGTTG AAGAGACAGA GGTATCAAAG 
AATGAACTGG ATTGGTTTCA TCAAGACTTA GAAATACAAG TGAAAAAATG GCAACAGGAG 
AAAAAAGAAA ATCAAGAGAA CTTAAAAGCA CTAAGGAACA CAGCTAAAAA GCATACAGAT 
ACCAATGATA GGTATTCGAA GACCATTGAT GAGAAGGAAA AGCAGTATAA CATATATTTA 
AATACATACC TCGACACCAG TAATAAACTT GCTAATGAGA AAGTAAAATT GGAAGAGCTT 
ATAAAAAAGA GTCAAGATGA CTGCCAAGAG TGTGTGAAAA GAGCTGTTAA AGCAGAGATA 
GCAGTACTCA AAAACTGGAA GGAAACTGAA GTATGCAAGC TAAATGGCAT AGCTGCCAAT 
GCAGAAGCAA ACATCAAGAT GTTGAAGTCC TTGAGCAGCA GCTCAGCTTC AGCAGCACCT 
AAGTTGAAGT CACAGATTGA TTCCTGGGAA ATATTTATTT CAAATGTAAA GAAACAACTG 
GAAAAAGTAA AGGCTGAGTA TGAAGAAAAA ATTCAGATAG TGAAAAATGG TGTACGGCAC 
TGCCTCACTA AAATGGAAAC TGTGGATCTT CCTTCTCCTC CCAGCGTCTT AACAAAACAA 
GGCAGACCTC CAGTCAGTGA TCCAGCCATT GTCGTGTATT CCTCTGCATC TGCACATCTT 
AATTTACTTC CTGCATTTTC AAGTTCTGAA GATCAAGGTC TAACACATGC TTCATTTAAT 
ACACAGGCTG GAGTTAAGCC AGCACGTGCA AATTCTAAGG CTTGTTCTGC AAGTGGTGGA 
TCAGTGAAAG CACACTCCAA ACCTCTGGAA GGATCATATT CTGATAAAGT TTCAGCAACT 
TGCCTGTCAG GGATTTCTGG AAGTAAATCT CAGAATGTCC AGCCACACCA GAACCACCAA 
GATGACTCAG CTATACAACT CAGGCTTTCT GGACTTCCAA ACAACAAAAT GCTTCCAAAA 
GCGTTTGAAA ATATTATTGC ACATCTACAG AGTATATTCC CAAACTATAG CAGTTCAGAC 
TTTACTGTCT TCATAAAAGA CATACAAAGA AGAAATGGGA ATACACTGTC AGGTTTGAGC 
TTCGATGAAA TTCTAAGCAG AGTGACAGAA CTCATTCTGG ACCAACAAAA TAAGGCACCA 
ACTTCAGCAG GGAGACCTGT GAAGTCAGCA TCCTCTGCTG CACCAGCACA GACTGGAACT 
CGGGGTCGGG AAGTACCTGC AGAAGAAAAT GTACCCAGCC CACCCAAGGC AAGACCTGTG 
CATAGCAACA CCTCGAGCAA AAATCCATCT CAGCCAAATC TCCAGCCCTG GGGAAATGTT 
GGAGCAACAC CTAAATCTAA ATGGAAAAAA CTGGACTACA CAGCTTCCAG TGATGATCCT 
TGCACAATAT GTCATGATGA GCTAAGCAGA GACTCATGTG AACTAGAATG TGGGCATCAT 
TTTCACAGAG AATGCATTAG AACATGGCTT AAGCAACATT CCAGTACCTG CCCCATCTGC 
CGCGTTCATG CTCTGTTACC TGAAGATTTT CCTGAGCTTC CTGTACGGAA CAAATATGCC 
TAA