CFAP44 cDNA ORF clone, Tinamus guttatus(white-throated tinamou)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP44
Entrez Gene ID	104565212
Full Name	cilia and flagella associated protein 44
Gene Type	protein-coding
Organism	Tinamus guttatus(white-throated tinamou)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010211886.1	XP_010210188.1	WD repeat-containing protein 52

Pathways from BioSystems
Gene Ontology

The following CFAP44 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFAP44 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
OTi15512	XM_010211886.1 Latest version!	Tinamus guttatus cilia and flagella associated protein 44 (CFAP44), 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)

CFAP44 ( XM_010211886.1 ) cDNA ORF clone, Tinamus guttatus(white-throated tinamou) -> XP_010210188.1 Tinamus guttatus cilia and flagella associated protein 44 (CFAP44), mRNA.

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CloneID	OTi15512
Clone ID Related Accession (Same CDS sequence)	XM_010211886.1
Accession Version	XM_010211886.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	2014-11-12
Organism	Tinamus guttatus(white-throated tinamou)
Product	WD repeat-containing protein 52
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010579516.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Tinamus guttatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGAGGGGG CGCCAGATGC AGAAGATGAT GTGGAAGAGC AGCCCGATAC TGAAGTAAGC 
TCAGAGCCAG AAAAAAAGCC TGAGAAGGTA GAAAAGAAAA TCTCAGAAAC TTTCTACTAT 
AACTATGAAG ATTTATGCTC ACGGCCATTT GTCACTGAAG ACTCTGGGAT TCCAATTAAC 
CTTCTTACTC TTGAGCATTC TTTTGGATAT GACTGCATGA GAACTGTAAA CCTATCGATG 
ATGGATAGCC AAACACTGCT CTATATTGCA GGCAACTACG TGGTGCTCCT GGACCTGAAA 
GCTAAATCTC AGAGTTACCT CCGGAGCAGC AGTAATGGTG GAATTGGGGT TATCACAGCA 
CACCCTACTA AGCAGTACTT TGCAGTAGGA GAAAAAGGAA GGAAGCCAAA CCTCATCATC 
TACGAGTATC CTTCACTGAG ACCCTACAGA ATACTGCGAG GCGGAACAGA GGAAGCCTAC 
GTTTCAGCTG ATTTCAACAA TTCTGGCACT TTGCTGGCCA GTGTTGGTAG CAGTCCTGAC 
TACATGTTGA CAATCTGGGA CTGGAAACAG GAAAAGATTG TGCTGAGGTC AAAAGCTTTT 
TCCCAGGATG TTTACAAGGT CACATTTTCT CCTGATAACG AAGAGCAGCT AACCACGTCT 
GGGACAGGAC ACATCAAGTT CTGGAAGATG GCCCTCACGT TCACTGGTCT CAAGTTACAA 
GGAGCCTTGG GCAGATTTGG AAAAACGGCA GTCACTGATG TGATAGGGTA CGTGGAGCTG 
CCTGACGGGA AGGTTATCTC AGGGGCTGAG TGGGGCAACT TGCTGCTTTG GGAAGGAGGC 
CTCATCAAAG TAGAGCTCTG CCGAACTGGC CGCAAGCCTT GTCACAGCGG CCCAGTGAGC 
CAGTTGATTC TGGATGAAGG AGAGCTTGTG ACTGTTGGAA AAGATGGCTT CATTCGCGTG 
TGGGACATTG AGGCAGTAGA TGCTGCTGAT ACTGTGGATG AAACAGGTTT ACTGGAGATA 
GAACCTATGA ATGAACTTCT GGTTGGCAAG ACTGTCAATC TGAGTTTCAT GGTGAAAATT 
CATGATCGTG GACAGCCCAT TTGGTACGCT CAGGATGCCA ATGGAGCACT ATGGAAGCTG 
GATTTGACTT TTACAAATAT TACACATGAT CCAGAGTGCC TGTATACCTT TCACTCTGGC 
AAGATTGAGG CCATGAGTGT CTCTCCTGTC ACCTATCTTA TGGCCACCAC TGCTCTTGAC 
CGATCAGTCC GTATCTATGA TTTCATCAGC AAAAGTCAAT TGAGTGAAAT GAAGTTTAAA 
CAAGGAGGAA CAGCACTGAC ATGGGCACCT CGTGTAGTAA ATCCTAAAGG AGGTCTGATT 
GCTGTGGGCT TTGAAGATGG TGTTGTGCGC ATCATTGAAG TTTATGACCC CAAAGGATTG 
GCCATTGTGG CAGGACGGGC TAATATAGGG AAAGCAGAGA TGAATCTGAA ACAAGCTTTC 
AAACCTCACA CCACTGCAGT TACAGCCTTG GCATATGAAC GAAATGGAGA TGTGCTTGCT 
ACAGGGAGTA AAGACAAAAC TGTTTTCTTT TTTGCTGTTG AAGACAAGTA TGAGCCAATT 
GGATTCATCT GTGTTCCTGG GCCTGTGCAG GCATTGCAGT GGTCTCCACC TTCTCATGTG 
AAGAGTACTC TGCTCATCCT CTGTGAGAAC GGCTTTGCTC TCCAGGTTCC CACCCCTCAC 
CCTGAGGAAG AGAGCACCGT GTCCACCTAT GAAATCAAAA ACCTGCCCAC GCAGTGCTTC 
CACTTTTACA GCATTAAATC ACGAATCAAG CTGGAAGAGG AGATTGCACG TAGAGAGGAA 
AAAAGGAAGG AGAAAGAGAA AGCAAAGCTC GAATGGATAA AGCAGCAACA GGAGATGGGA 
ACAGAGGTAG AAGAAGAGCC TGAGGAGGAA TCTGAAGAAG AGGAGCCTTT GCCACCTCTC 
TACATACCGG AGGAGCCCAG TCCCATCCTC TGTGGGTTTT ATTCAACACC AGGGAAATTT 
TGGCTCTCCT TGGGAGGATA TGACTCTGGG TTCCTCTATC ACTGTACGTT CTCCCCAAAT 
GAGCACCAAG ATGACATTGA AAAGAGGCAA GATGAACCCT TTGAAGTGAT TCCTATGGAG 
GAAACTGATG ACAATCCCAT CCACCAGATC TCTTTCTGTA CCAGCAGACT GTTAATGTTC 
TGTGGGATGC AGAATGGGGC ACTGCGTGTT TATCCTCTCC GAGACAAAGA CCTCTCAGCA 
AATACCCTCA AGGAATACTG GTCCTTCAAT GTACATGACA ATGATTATGG CCAGATCCGG 
GGGATCAGTT CTAGCTATGA TGACAGGTTT CTGATTACCT GTGGTGGAGA TGGAAACATT 
TTTGCCTTCA ATATCTTGTC TCCAGAGGCT GTTCACAAAG AGCTAAAAGC TAAAATCCCC 
TCTCCGAGGA GTGGTCTTGA GAAGGAGAAG GCTGCTGAAG ATATTGAGGA TCCCAATGCT 
TACAGCATTG AGAAAGCCAG GCAGAGAAAG GAGTATGAAC AGATAATGAA GGAGGCTGAA 
GACAAGAAAA ACAAGAAAAG AGAAGAGATA AGTGCACTGA GACAGGAGTT TCTTTCTTTG 
CTTCGAAAGA ATCAGGAGTT GCCAAAGCAT ATGCAGCTGC ACAGAGAGCA GTATGAGATG 
GACCATAGGA TCTTTGAGGA GCTGGATAGG CAGAAAGCAC AGAGAATCCA GTTAGTGCAA 
AAGGAGATGG CTTGGGAGCA AGAGAAACAA TTAATTGGAC TGCGGAAGCT ACAAAATCGG 
TTTCGGGACT CCTTGGAATT CGACACTGTC ATTGTTCACG CTATTCAAAG TGATCATAAA 
ATTTCTACCT ATAGACTTCT AGCACTCTCT GAGAAATGCT ACCAAGACAA GCAGCGTGAG 
ACATGGAAGA AGACAGTACT TAAACAAGAA TGGAAAGAGA CAGAGCAAAA TGACATTATG 
AGCGAAGGTA TGGAGGGGGA ATCAGAGGCA GAAAAGCGGA AAAAGTCAGA GGCAAGAACG 
GTGACTACAC GGCTTATAGA AAGCCAGCGC GAGAGAATCA AAAAAATTAT GGAGAAATCT 
GACAAGATCA AAGCTAAAAT CATGAAGAGA AAGGAGGAAT GGGAAGAACT ATACAAGAAC 
AAACCTAGTG ATGACTATGA GAATCCCAAA GATGCCCAGG ACATCAAAGA AGCACAGGAA 
AATATGGGAG ATTATAAACT GAAGACAGCT GCTGACTACA AAGTCCCTGA ACACAAGCGT 
ATGAACACTG AGAAGAAGAT GGTGCAACTT GCATCCCTGG AAGTGTTGAT CCATGAGAAG 
AAAGCAAATA TGAACAAGCA GATCATGTCT CTGCGGGATC TTAAGGTTTC TATTATTGAC 
GAAATCAAGT GTTTAGTGCA AGAACTGAAA TCTGTGCAGG CAGCCTTGGA TTTATCTGAA 
AAGCTCCCTG TTCCCCCAGT TCCTCAGTTA CACCCAGAGG AAGTTCCAGA AAAAAAATTC 
CAGTTTGACA GTGACATCCT CATGAAGTTC AAACATGAGC AGGAGGCCAA GAGAAAACTC 
CATGAACAGC TGGAAGGATC TCCATCCCTT GGTGTTTTCA AGGAAAGGTT TCTTCATGGT 
CCTTCCATCA GAGAGCCTGA GCCTATGTCG CGGGCCACAA GTGTGCGGTC AATAAAACCA 
GCACCATCTG TCGTCACAGA GCAGGCAAAA CAGCCAAAGG TTTTTGAGAT TGAGAAGGCA 
GAGCCTACAG AAATGGAACT GGAAGTTTTG CAGAGGGAGA AGATAAGAAA CTTGTACTTA 
CAGGAGACCT TGATAAAAAG GATCAATGCA CTGGTCATCA ACTTTGATGC TGAGCTCCGC 
TTCCTGCGAC ACATGAAACT GAAGCTAGAT GTGCAGATGA AATGTGCTGA CCTGTGCCAC 
GTCACATGGT TTGAAGAGCT GCTTCTCCTG AAGAACTTTG AAAAACATGA GGACCTTCTA 
CAGGGCCGTG TTAATACTCT CCTCAGTGAG CAGAAGGCCA TGCAACAGAA ATTAAATAAC 
TACCATGCAC AGATGGAGGA TAGAAAACAT GAGATTGCAA GGCTTCAGGA CTGTGAGAAA 
GCTCTTTATG CCACCTTCCA TGCATCTCTG GGAGAAAATA ACAAGTTTGC CCGTTTCCTG 
ACCAAAGTTC TGAAGAAAAA AATCAAGCGC ATTAAAAAGA AAGAAGTAGT AAAAGAAGCA 
GAGGAAGAAG ATGAGAGTGA AGAAGAGAGT GAGGAAGAAT CCAGCTTAGA GAGCGATGAA 
GAAGATTCAG GATCTGAAGA TGAAGTCTTT GATGACTCTG TTTGCCCCAA AAACTGTGAT 
GAGGCGCTCT TCCAAAATAC CATCCAGCTC CGAGAGAAGC GGTTAGACCT CGAGGAAGCC 
TTAATAGAGG AGAAGAAAGT TGCTGATAAC CTCAGAAAGG AATATGATGC CTTGGCCAAA 
AAGGCAAAAG TAATAGAAGC CAGCCTGGAC ACAGCAGTGG GGGAACTGGA GACCTTTCAG 
AGGGAAAAGC AGCAGAAGCT GAATGAGTTG CATGTAGCTG TGCCTTTGAA ACTTCATCAG 
GTGGAGTACT TGGTTAATGG AGAGATACCC AATGACTTCT CCCAAGCTTT GGTTTTTACC 
AACCAGTCCT TGGAGTATCT GCAGAAGAGA ATTGTGGACC TACAGAATGA AAAGATAATG 
CAGAGGGAGA TCTTCAAGAA GGCCAGGCAG CAACATAAAC AGCTTCTCCA GGACAAGAAG 
GAGATGGAGA CAAAGATTCA GCGACTGGAA GAGAAGTGTA ATCAGCTGAT GATGACAAAG 
TTTGGCCGGC TGGTTGATTT GGAAGCTCTC CAGGCACACT CCATTAACAC ACGCTTGGAA 
GAGTTAAAGG TGCAAATGAT GGAGAAGGAA CATGTGCACT CCCAGGAACT CAAGGAATGG 
GAGGAAAGAA TCTTAGACCT GCGGCAGCAG CTAATGATGC TGACAAAAGA AAACACCAGC 
AAGCTGCAGC AGCTGAACCA GTTCTGCCTT GAAAAGCAGC GACTTGAAAC CAAGCTGGAT 
TCCCTGAAGA ATGATCTGGG AGCAGAATTC CAGGGCCCCC GAAGTACTGA AACCATGGAG 
GAAGCCAAAC TGGAGTCACA GCTTACCTGC AAGGCCAGAC TCTCAGACAC CAGCTGA

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

RefSeq	XP_010210188.1
CDS	1..5217
Translation	MEGAPDAEDDVEEQPDTEVSSEPEKKPEKVEKKISETFYYNYEDLCSRPFVTEDSGIPINLLTLEHSFGYDCMRTVNLSMMDSQTLLYIAGNYVVLLDLKAKSQSYLRSSSNGGIGVITAHPTKQYFAVGEKGRKPNLIIYEYPSLRPYRILRGGTEEAYVSADFNNSGTLLASVGSSPDYMLTIWDWKQEKIVLRSKAFSQDVYKVTFSPDNEEQLTTSGTGHIKFWKMALTFTGLKLQGALGRFGKTAVTDVIGYVELPDGKVISGAEWGNLLLWEGGLIKVELCRTGRKPCHSGPVSQLILDEGELVTVGKDGFIRVWDIEAVDAADTVDETGLLEIEPMNELLVGKTVNLSFMVKIHDRGQPIWYAQDANGALWKLDLTFTNITHDPECLYTFHSGKIEAMSVSPVTYLMATTALDRSVRIYDFISKSQLSEMKFKQGGTALTWAPRVVNPKGGLIAVGFEDGVVRIIEVYDPKGLAIVAGRANIGKAEMNLKQAFKPHTTAVTALAYERNGDVLATGSKDKTVFFFAVEDKYEPIGFICVPGPVQALQWSPPSHVKSTLLILCENGFALQVPTPHPEEESTVSTYEIKNLPTQCFHFYSIKSRIKLEEEIARREEKRKEKEKAKLEWIKQQQEMGTEVEEEPEEESEEEEPLPPLYIPEEPSPILCGFYSTPGKFWLSLGGYDSGFLYHCTFSPNEHQDDIEKRQDEPFEVIPMEETDDNPIHQISFCTSRLLMFCGMQNGALRVYPLRDKDLSANTLKEYWSFNVHDNDYGQIRGISSSYDDRFLITCGGDGNIFAFNILSPEAVHKELKAKIPSPRSGLEKEKAAEDIEDPNAYSIEKARQRKEYEQIMKEAEDKKNKKREEISALRQEFLSLLRKNQELPKHMQLHREQYEMDHRIFEELDRQKAQRIQLVQKEMAWEQEKQLIGLRKLQNRFRDSLEFDTVIVHAIQSDHKISTYRLLALSEKCYQDKQRETWKKTVLKQEWKETEQNDIMSEGMEGESEAEKRKKSEARTVTTRLIESQRERIKKIMEKSDKIKAKIMKRKEEWEELYKNKPSDDYENPKDAQDIKEAQENMGDYKLKTAADYKVPEHKRMNTEKKMVQLASLEVLIHEKKANMNKQIMSLRDLKVSIIDEIKCLVQELKSVQAALDLSEKLPVPPVPQLHPEEVPEKKFQFDSDILMKFKHEQEAKRKLHEQLEGSPSLGVFKERFLHGPSIREPEPMSRATSVRSIKPAPSVVTEQAKQPKVFEIEKAEPTEMELEVLQREKIRNLYLQETLIKRINALVINFDAELRFLRHMKLKLDVQMKCADLCHVTWFEELLLLKNFEKHEDLLQGRVNTLLSEQKAMQQKLNNYHAQMEDRKHEIARLQDCEKALYATFHASLGENNKFARFLTKVLKKKIKRIKKKEVVKEAEEEDESEEESEEESSLESDEEDSGSEDEVFDDSVCPKNCDEALFQNTIQLREKRLDLEEALIEEKKVADNLRKEYDALAKKAKVIEASLDTAVGELETFQREKQQKLNELHVAVPLKLHQVEYLVNGEIPNDFSQALVFTNQSLEYLQKRIVDLQNEKIMQREIFKKARQQHKQLLQDKKEMETKIQRLEEKCNQLMMTKFGRLVDLEALQAHSINTRLEELKVQMMEKEHVHSQELKEWEERILDLRQQLMMLTKENTSKLQQLNQFCLEKQRLETKLDSLKNDLGAEFQGPRSTETMEEAKLESQLTCKARLSDTS

Target ORF information:

RefSeq Version	XM_010211886.1
Organism	Tinamus guttatus(white-throated tinamou)
Definition	Tinamus guttatus cilia and flagella associated protein 44 (CFAP44), mRNA.

Target ORF information:

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

XM_010211886.1

ORF Insert Sequence:

ATGGAGGGGG CGCCAGATGC AGAAGATGAT GTGGAAGAGC AGCCCGATAC TGAAGTAAGC 
TCAGAGCCAG AAAAAAAGCC TGAGAAGGTA GAAAAGAAAA TCTCAGAAAC TTTCTACTAT 
AACTATGAAG ATTTATGCTC ACGGCCATTT GTCACTGAAG ACTCTGGGAT TCCAATTAAC 
CTTCTTACTC TTGAGCATTC TTTTGGATAT GACTGCATGA GAACTGTAAA CCTATCGATG 
ATGGATAGCC AAACACTGCT CTATATTGCA GGCAACTACG TGGTGCTCCT GGACCTGAAA 
GCTAAATCTC AGAGTTACCT CCGGAGCAGC AGTAATGGTG GAATTGGGGT TATCACAGCA 
CACCCTACTA AGCAGTACTT TGCAGTAGGA GAAAAAGGAA GGAAGCCAAA CCTCATCATC 
TACGAGTATC CTTCACTGAG ACCCTACAGA ATACTGCGAG GCGGAACAGA GGAAGCCTAC 
GTTTCAGCTG ATTTCAACAA TTCTGGCACT TTGCTGGCCA GTGTTGGTAG CAGTCCTGAC 
TACATGTTGA CAATCTGGGA CTGGAAACAG GAAAAGATTG TGCTGAGGTC AAAAGCTTTT 
TCCCAGGATG TTTACAAGGT CACATTTTCT CCTGATAACG AAGAGCAGCT AACCACGTCT 
GGGACAGGAC ACATCAAGTT CTGGAAGATG GCCCTCACGT TCACTGGTCT CAAGTTACAA 
GGAGCCTTGG GCAGATTTGG AAAAACGGCA GTCACTGATG TGATAGGGTA CGTGGAGCTG 
CCTGACGGGA AGGTTATCTC AGGGGCTGAG TGGGGCAACT TGCTGCTTTG GGAAGGAGGC 
CTCATCAAAG TAGAGCTCTG CCGAACTGGC CGCAAGCCTT GTCACAGCGG CCCAGTGAGC 
CAGTTGATTC TGGATGAAGG AGAGCTTGTG ACTGTTGGAA AAGATGGCTT CATTCGCGTG 
TGGGACATTG AGGCAGTAGA TGCTGCTGAT ACTGTGGATG AAACAGGTTT ACTGGAGATA 
GAACCTATGA ATGAACTTCT GGTTGGCAAG ACTGTCAATC TGAGTTTCAT GGTGAAAATT 
CATGATCGTG GACAGCCCAT TTGGTACGCT CAGGATGCCA ATGGAGCACT ATGGAAGCTG 
GATTTGACTT TTACAAATAT TACACATGAT CCAGAGTGCC TGTATACCTT TCACTCTGGC 
AAGATTGAGG CCATGAGTGT CTCTCCTGTC ACCTATCTTA TGGCCACCAC TGCTCTTGAC 
CGATCAGTCC GTATCTATGA TTTCATCAGC AAAAGTCAAT TGAGTGAAAT GAAGTTTAAA 
CAAGGAGGAA CAGCACTGAC ATGGGCACCT CGTGTAGTAA ATCCTAAAGG AGGTCTGATT 
GCTGTGGGCT TTGAAGATGG TGTTGTGCGC ATCATTGAAG TTTATGACCC CAAAGGATTG 
GCCATTGTGG CAGGACGGGC TAATATAGGG AAAGCAGAGA TGAATCTGAA ACAAGCTTTC 
AAACCTCACA CCACTGCAGT TACAGCCTTG GCATATGAAC GAAATGGAGA TGTGCTTGCT 
ACAGGGAGTA AAGACAAAAC TGTTTTCTTT TTTGCTGTTG AAGACAAGTA TGAGCCAATT 
GGATTCATCT GTGTTCCTGG GCCTGTGCAG GCATTGCAGT GGTCTCCACC TTCTCATGTG 
AAGAGTACTC TGCTCATCCT CTGTGAGAAC GGCTTTGCTC TCCAGGTTCC CACCCCTCAC 
CCTGAGGAAG AGAGCACCGT GTCCACCTAT GAAATCAAAA ACCTGCCCAC GCAGTGCTTC 
CACTTTTACA GCATTAAATC ACGAATCAAG CTGGAAGAGG AGATTGCACG TAGAGAGGAA 
AAAAGGAAGG AGAAAGAGAA AGCAAAGCTC GAATGGATAA AGCAGCAACA GGAGATGGGA 
ACAGAGGTAG AAGAAGAGCC TGAGGAGGAA TCTGAAGAAG AGGAGCCTTT GCCACCTCTC 
TACATACCGG AGGAGCCCAG TCCCATCCTC TGTGGGTTTT ATTCAACACC AGGGAAATTT 
TGGCTCTCCT TGGGAGGATA TGACTCTGGG TTCCTCTATC ACTGTACGTT CTCCCCAAAT 
GAGCACCAAG ATGACATTGA AAAGAGGCAA GATGAACCCT TTGAAGTGAT TCCTATGGAG 
GAAACTGATG ACAATCCCAT CCACCAGATC TCTTTCTGTA CCAGCAGACT GTTAATGTTC 
TGTGGGATGC AGAATGGGGC ACTGCGTGTT TATCCTCTCC GAGACAAAGA CCTCTCAGCA 
AATACCCTCA AGGAATACTG GTCCTTCAAT GTACATGACA ATGATTATGG CCAGATCCGG 
GGGATCAGTT CTAGCTATGA TGACAGGTTT CTGATTACCT GTGGTGGAGA TGGAAACATT 
TTTGCCTTCA ATATCTTGTC TCCAGAGGCT GTTCACAAAG AGCTAAAAGC TAAAATCCCC 
TCTCCGAGGA GTGGTCTTGA GAAGGAGAAG GCTGCTGAAG ATATTGAGGA TCCCAATGCT 
TACAGCATTG AGAAAGCCAG GCAGAGAAAG GAGTATGAAC AGATAATGAA GGAGGCTGAA 
GACAAGAAAA ACAAGAAAAG AGAAGAGATA AGTGCACTGA GACAGGAGTT TCTTTCTTTG 
CTTCGAAAGA ATCAGGAGTT GCCAAAGCAT ATGCAGCTGC ACAGAGAGCA GTATGAGATG 
GACCATAGGA TCTTTGAGGA GCTGGATAGG CAGAAAGCAC AGAGAATCCA GTTAGTGCAA 
AAGGAGATGG CTTGGGAGCA AGAGAAACAA TTAATTGGAC TGCGGAAGCT ACAAAATCGG 
TTTCGGGACT CCTTGGAATT CGACACTGTC ATTGTTCACG CTATTCAAAG TGATCATAAA 
ATTTCTACCT ATAGACTTCT AGCACTCTCT GAGAAATGCT ACCAAGACAA GCAGCGTGAG 
ACATGGAAGA AGACAGTACT TAAACAAGAA TGGAAAGAGA CAGAGCAAAA TGACATTATG 
AGCGAAGGTA TGGAGGGGGA ATCAGAGGCA GAAAAGCGGA AAAAGTCAGA GGCAAGAACG 
GTGACTACAC GGCTTATAGA AAGCCAGCGC GAGAGAATCA AAAAAATTAT GGAGAAATCT 
GACAAGATCA AAGCTAAAAT CATGAAGAGA AAGGAGGAAT GGGAAGAACT ATACAAGAAC 
AAACCTAGTG ATGACTATGA GAATCCCAAA GATGCCCAGG ACATCAAAGA AGCACAGGAA 
AATATGGGAG ATTATAAACT GAAGACAGCT GCTGACTACA AAGTCCCTGA ACACAAGCGT 
ATGAACACTG AGAAGAAGAT GGTGCAACTT GCATCCCTGG AAGTGTTGAT CCATGAGAAG 
AAAGCAAATA TGAACAAGCA GATCATGTCT CTGCGGGATC TTAAGGTTTC TATTATTGAC 
GAAATCAAGT GTTTAGTGCA AGAACTGAAA TCTGTGCAGG CAGCCTTGGA TTTATCTGAA 
AAGCTCCCTG TTCCCCCAGT TCCTCAGTTA CACCCAGAGG AAGTTCCAGA AAAAAAATTC 
CAGTTTGACA GTGACATCCT CATGAAGTTC AAACATGAGC AGGAGGCCAA GAGAAAACTC 
CATGAACAGC TGGAAGGATC TCCATCCCTT GGTGTTTTCA AGGAAAGGTT TCTTCATGGT 
CCTTCCATCA GAGAGCCTGA GCCTATGTCG CGGGCCACAA GTGTGCGGTC AATAAAACCA 
GCACCATCTG TCGTCACAGA GCAGGCAAAA CAGCCAAAGG TTTTTGAGAT TGAGAAGGCA 
GAGCCTACAG AAATGGAACT GGAAGTTTTG CAGAGGGAGA AGATAAGAAA CTTGTACTTA 
CAGGAGACCT TGATAAAAAG GATCAATGCA CTGGTCATCA ACTTTGATGC TGAGCTCCGC 
TTCCTGCGAC ACATGAAACT GAAGCTAGAT GTGCAGATGA AATGTGCTGA CCTGTGCCAC 
GTCACATGGT TTGAAGAGCT GCTTCTCCTG AAGAACTTTG AAAAACATGA GGACCTTCTA 
CAGGGCCGTG TTAATACTCT CCTCAGTGAG CAGAAGGCCA TGCAACAGAA ATTAAATAAC 
TACCATGCAC AGATGGAGGA TAGAAAACAT GAGATTGCAA GGCTTCAGGA CTGTGAGAAA 
GCTCTTTATG CCACCTTCCA TGCATCTCTG GGAGAAAATA ACAAGTTTGC CCGTTTCCTG 
ACCAAAGTTC TGAAGAAAAA AATCAAGCGC ATTAAAAAGA AAGAAGTAGT AAAAGAAGCA 
GAGGAAGAAG ATGAGAGTGA AGAAGAGAGT GAGGAAGAAT CCAGCTTAGA GAGCGATGAA 
GAAGATTCAG GATCTGAAGA TGAAGTCTTT GATGACTCTG TTTGCCCCAA AAACTGTGAT 
GAGGCGCTCT TCCAAAATAC CATCCAGCTC CGAGAGAAGC GGTTAGACCT CGAGGAAGCC 
TTAATAGAGG AGAAGAAAGT TGCTGATAAC CTCAGAAAGG AATATGATGC CTTGGCCAAA 
AAGGCAAAAG TAATAGAAGC CAGCCTGGAC ACAGCAGTGG GGGAACTGGA GACCTTTCAG 
AGGGAAAAGC AGCAGAAGCT GAATGAGTTG CATGTAGCTG TGCCTTTGAA ACTTCATCAG 
GTGGAGTACT TGGTTAATGG AGAGATACCC AATGACTTCT CCCAAGCTTT GGTTTTTACC 
AACCAGTCCT TGGAGTATCT GCAGAAGAGA ATTGTGGACC TACAGAATGA AAAGATAATG 
CAGAGGGAGA TCTTCAAGAA GGCCAGGCAG CAACATAAAC AGCTTCTCCA GGACAAGAAG 
GAGATGGAGA CAAAGATTCA GCGACTGGAA GAGAAGTGTA ATCAGCTGAT GATGACAAAG 
TTTGGCCGGC TGGTTGATTT GGAAGCTCTC CAGGCACACT CCATTAACAC ACGCTTGGAA 
GAGTTAAAGG TGCAAATGAT GGAGAAGGAA CATGTGCACT CCCAGGAACT CAAGGAATGG 
GAGGAAAGAA TCTTAGACCT GCGGCAGCAG CTAATGATGC TGACAAAAGA AAACACCAGC 
AAGCTGCAGC AGCTGAACCA GTTCTGCCTT GAAAAGCAGC GACTTGAAAC CAAGCTGGAT 
TCCCTGAAGA ATGATCTGGG AGCAGAATTC CAGGGCCCCC GAAGTACTGA AACCATGGAG 
GAAGCCAAAC TGGAGTCACA GCTTACCTGC AAGGCCAGAC TCTCAGACAC CAGCTGA