CFAP44 cDNA ORF clone, Corvus cornix cornix

Gene
Clones
gRNAs

Summary

Gene Symbol	CFAP44
Entrez Gene ID	104687074
Full Name	cilia and flagella associated protein 44
Gene Type	protein-coding
Organism	Corvus cornix cornix

mRNA and Protein(s)

mRNA	Protein	Name
XM_010396006.3	XP_010394308.2	cilia- and flagella-associated protein 44

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
OCo101706	XM_010396006.3 Latest version!	Corvus cornix cornix cilia and flagella associated protein 44 (CFAP44), 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)

CFAP44 ( XM_010396006.3 ) cDNA ORF clone, Corvus cornix cornix -> XP_010394308.2 Corvus cornix cornix cilia and flagella associated protein 44 (CFAP44), mRNA.

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CloneID	OCo101706
Clone ID Related Accession (Same CDS sequence)	XM_010396006.3
Accession Version	XM_010396006.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4455bp) 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	2017-03-21
Organism	Corvus cornix cornix
Product	cilia- and flagella-associated protein 44
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018114014.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Mar 22, 2017 this sequence version replaced XM_010396006.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Corvus cornix cornix Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAACAGG AGGGAAACAA TGAGGAACCA GGAGAAGATG CACAGGCAGA TCCCAGTGGT 
GCAGAAGGCA ATTTGGAAGA ACAAGGCAGT AGTCAAGTAT CCTCAGAATC ACAAAAAAGG 
CCTGAGGAGG TAAAAAAGGA AATCCCAGAA AACTTCTTCT ATACGTATGA AGATGTATAT 
TCAGGCCCAT ATGCCACTGA CGACACTGAG ATACCCACTG ACCTTCTTAC CTTTAAACAT 
TCTTTTGGAT ATGACTGTAC CAGACCTGTA AATCTGATGG TAATGGATAG CCATACTGTG 
GTGTATATAG CAGGCAACCA GGTGGTGCTC CAGAACCTGA GAACTAAACA TCAGAGATAT 
GTCCGGAGCA GCCGTGGTGG TGGAATTGGG TTTATCACAG CACACCCTAG TAAGGAGTAC 
TTTGCCGTAG GAGAAAAAGG AGGGAAGCCA AACATTGTCA TCTACACATA TCCTTCAGTG 
AGGCCCTACA GAATACTGAA AGGTGGAACA GAGACAGCTT ATGTTTTTGG TGATTTCAAC 
CGTGCTGGCA CTTTGCTGGC CAGTGTTGGG AGCAGCCCTG ACTACATGTT GACTATATGG 
GACTGGAAAC AAGAAGAGAC TCTGTTGAGG TCAAAAGCTT TTGCACAGGA TGTTTACAAG 
GTCATGTTTT CTGCTGAGAA TGAAGAGCAT CTAACTACAG GTGGATCAGG ACACATCAGG 
TTCTGGAAGA TGGCTCTCAC ATTAACTGGT CTCAAGTTAC AAGGAGCTTT AGGCAGGTTT 
GGAAAAACAG CAGTGTCCGA CATTACGGGT TTTGTGGAGC TGCCCGATGG GAAGGTTGTC 
TCAGGAACTG AGTGGGGCAA TTTTCTGCTT TGGGAAGCTG GCCTCATTAA AGTAGAGCTC 
TGTCAAGTTG GACACAAGCC CTGTCACAAG GGCCCTATCA CCCAGTTAGT TCTTGATGAA 
GGAGATCTTT ACTCTGTTGG AAAAGATGGT GTCATTCGGG TGTGGAACTT CGAGGTAATA 
GATACTGCTG ATCCTGTGGA TGACACAGGG TTAGTGGAGG TGGAGCCTAT GAGTGAACTT 
TGGGTTGGCA AGAATGTCAG CCTGAATTTC ATGACAAAAA TTCATGACCA TGGACAGCCC 
TTTTGGTATG CTCAGGATAC AAGTGGAGCA ATATGGAAGC TGGATTTGAC TTTTTCCAAT 
ATGACCCATG ACCCAGAGCG CGTGTGTACC TTCCACTCGG GGAGGATTGA GGCCATTGGT 
GTCTCTCCCT TTACATGCCT GATGGCCACC ACGGCTCTTG ACCGGTCAGT GCGCATCTAT 
GATTTTGGCA GCAACAGCCA ACTGAGTGTA ATCAAGTTTA AACAGGGAGG AACAGCGCTG 
ACATGGGCAC CGGCTGTTGT AAATCCTGAA GGAGGTCTGA TTGCTGTGGG GTTTGAAGAT 
GGTGTTGTCC GCATAATTGA GGTTTATGAT CCCAGACTGC TGCCTGGTCA TGCCAGACAG 
GCCAGTCAGA GTGCAGAGAT AAATCTGAAA CAAGTCTTCA AACCTCATGC TGCTGCAGTT 
ACAGCCTTGG CATATGAACG AAAGGGATGT GTGTTTGCCA CGGGGAGTAA AGACAAAACA 
GTTTTCTTTT TTGCTATTGA GGATGAATAC AAGCCTATTG GATTCATCTG TGTCCCTGGG 
CCTGTACAGG CATTACAGTG GTCTCCACCT TCTCATGACA AGAGCACATT GCTCATCCTT 
TGTGAGAATG GCTTTGCTGT CCAGGTTCCT GCCCCTCTCC CTGGGAAGCA GGATACAGTG 
ACCACCTATC ACATAAAAAA CCTGCCAACA CAGTACTTCC ATTTTTATAG CATTAAATCC 
CGAATCAAGC TGGCGGAGGA GATTGCACGG AGAGAGAAAG AAAAGCAGGA GAAAGAGAAA 
GCAAAGCTTG AATGGATAAA GCAACAAAAG GAGATGGGAC TTGAGATAGA AGAAACTAAA 
GAGGAAGAAC CCGAAGAAGA ACCATTGCCA CCTCTCTACA TACCAGAGGA GCCCAGTCCC 
ATCCTCTGTG GCTTTTATTC AGCACCAGGA AAATTTTGGC TTTCCTTGGG TGGGTACGAC 
TCAGGGTTTC TCTATCATTG TGAATTCTCA CATGATGATG AAGAGGACCC TGAGAAGAGG 
AAAGATGAAC CCTTTGAAGT GATTCCTATG GAGGACACCG ATGACAATCC CATTCACCAA 
ATCTCCTTCT GTACCAGCAG CCGCTTGCTG TTCTGTGGGA TGCAGGATGG CTCACTGCGT 
GCTTATCCTC TCAATGACAA AGACCTGTCC GTGGATGCCC TGAAGGACTA CTGGTACCTG 
AACGTACATG ACAATGATTA TGGGCAGATC CAGGGCATCT GCTGTAGTCG TGATGATCGG 
TGTCTGGTTA CCTGTGGTGG AGATGGAAAC ATTTTTACAT TCGACATCTG TTCAGAGGAA 
GAGCTTCCGC AAGCGCTTCC TGAAGAGCTT CCCAAAGAGC TAAAAGTCAT AATCCCCCCT 
CCTAGGCGTG GTCTTGAGAA GGAGAAGGCT ACTGAAGATA TTAAGGATCC TGATGCCTAC 
ACTATTGAGG AATACAAGCA GAAAAAGGAG TTTGAACGGA AAATGGAGGA AGCTGAAGAA 
AAGAAAAATA AGAAGAGAGA GGAGTTAAGT GCGCTGAGAC ATGACTTTGC TTTTCTCCTT 
CAAAAGAATC AGGAGTTGCC CAAGCACATG CAGTTGCACA GAGAGGAGTT TGAGATGGAC 
CGTAGGATCT TTGAGGAGCT GGATAGGCAG AAACTACAGA GAATCCAATT AGTGCAAAAG 
GAGCTGGCTT GGGAGCACGA GAAACAATTG ATTGGACTGC AGAAACTACA AACACAGTTT 
CGGGACTCTC TGGAATTTAC TCTTATTGTT CATGCTATCC AAAGCAATCA TCAGATTTCC 
ACCTACAGCC TTCTAACAAT GTCCGAGAAA TATGCCCCAG ATAAGAAACA CGGGGACAGC 
AAGTGGGCAG TACTTAAAGA GAAGTGGACA GCACTTAAAC AGGCAGAACG AGCAGAAGAA 
ATCCCCAGAG AGACAAGTTC TGTGCATAGA GAAAGTGTAG TTTTTGAGAA TGAGGCTGAA 
AAGCTGGAGA CACCAGAGGA CCGAAAGCCA ACCACGCGTT ATATAGAAAG CAAACGTGAG 
AAAATCAGAA GAATTGTTGA GAAATATGAT GCACTGAAAG CCAAGATCAT GAAGAGGAGG 
GCAGAGTGGC ATGAATTATA CAAGAGCAAA CCTAGAGATA ACTATGAGGA TTCTGAAGAT 
GCTGAGGAGA TCAAAGAAGA ACGGGCAAAT ACTGGATGTT ACAGGCTGAA GACTGCCACT 
AACTACACAC TCACTGAACA CGAGCGAATG AACACTGAGA AGAAGATGAT GCAGCTTGTA 
TCCCTGGAAG AGTTGATCCG TAAGATGAAA ATGAATATGA ACAAAGAGAT TGTGTCTTTG 
CGGGATCTCA AGGTTTCTAT TATTGAGGAA ATCAAGGGTT TAGTGAAGGA ATTGAAATCC 
ATACAGGCAA GCTTAGATTT ATCAGAACAT CTCCCTCTTC CCCCGATCCC TCAGTTGCAC 
CCAGATGAGG TTCCTGAAAA AGTAATTGAG TACAACAGTG ACGTCCTCCT AAAGTTCAAA 
GAGGAGCAGG AGGCCAAGGC AAAGCTCAAG GAACCACTGG AAGGGTGTCC CTCATCTCGT 
GCATTTAGGC ACGTGTTTCT CCGAAGTCCT CCAGTGGAAG AGGGTGACCC CATGGCACAG 
GCTGGAGGTG CATCAGCGGT GGTCACAGAG GAGCAGAAGG CTTTCGACAT GGAGAAAGCA 
GAGCCAACAG AAATGGAACT GGAAATTTTA AAGAGGGAGA AGATAAAAAA TCTATACTTG 
CAGGAGACCT TGATTAAAAA GATCAACACA CTGGTCATCA CCTTCGATGC TGAACTTCGC 
CTTTTGCGGC ACAAGAAACT GAAGATGGAT ATGCAGATGA AAAGTGCTGA TCTGCGCTGC 
ATCACATGCT GTGATGAGCT GATTATCCTG AAGAAACTTG AGGTACATGA GAACCTTCTT 
GAGGAGCAAA TCTGTACCCT CATCAATGAA CAAGAGGACA TACAATCAAA ATTGAAGAGC 
TACATTGCAC AAATGGAGGA TAGAAAGTGT GAGATTGTAA TGCTTCAAGA ACGTGAGAAA 
GCTCTTTATG CCAGCTTCGA AGCATCCCTT GGAGAAAACA ATGAATTTGC TGATTTTCTG 
ACTGATATTT TGAAGAAGGA AGTTGAGTTT GTGGGAAAAA AAGAAGTAGG AAGAGAAGCA 
GATGAAGAAA AGGAGAACAA AGAGGAGGAT GGTGAAAAGC CTGACTTAAA GACTGATGAA 
GAAAACTGTG GATCTGAAGA TGTAGCCTTT GATGGCTCTG TTTGCCCAGA AGGCTGCAGT 
GAGGACCTCT TCTAG

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

RefSeq	XP_010394308.2
CDS	100..4554
Translation	MEQEGNNEEPGEDAQADPSGAEGNLEEQGSSQVSSESQKRPEEVKKEIPENFFYTYEDVYSGPYATDDTEIPTDLLTFKHSFGYDCTRPVNLMVMDSHTVVYIAGNQVVLQNLRTKHQRYVRSSRGGGIGFITAHPSKEYFAVGEKGGKPNIVIYTYPSVRPYRILKGGTETAYVFGDFNRAGTLLASVGSSPDYMLTIWDWKQEETLLRSKAFAQDVYKVMFSAENEEHLTTGGSGHIRFWKMALTLTGLKLQGALGRFGKTAVSDITGFVELPDGKVVSGTEWGNFLLWEAGLIKVELCQVGHKPCHKGPITQLVLDEGDLYSVGKDGVIRVWNFEVIDTADPVDDTGLVEVEPMSELWVGKNVSLNFMTKIHDHGQPFWYAQDTSGAIWKLDLTFSNMTHDPERVCTFHSGRIEAIGVSPFTCLMATTALDRSVRIYDFGSNSQLSVIKFKQGGTALTWAPAVVNPEGGLIAVGFEDGVVRIIEVYDPRLLPGHARQASQSAEINLKQVFKPHAAAVTALAYERKGCVFATGSKDKTVFFFAIEDEYKPIGFICVPGPVQALQWSPPSHDKSTLLILCENGFAVQVPAPLPGKQDTVTTYHIKNLPTQYFHFYSIKSRIKLAEEIARREKEKQEKEKAKLEWIKQQKEMGLEIEETKEEEPEEEPLPPLYIPEEPSPILCGFYSAPGKFWLSLGGYDSGFLYHCEFSHDDEEDPEKRKDEPFEVIPMEDTDDNPIHQISFCTSSRLLFCGMQDGSLRAYPLNDKDLSVDALKDYWYLNVHDNDYGQIQGICCSRDDRCLVTCGGDGNIFTFDICSEEELPQALPEELPKELKVIIPPPRRGLEKEKATEDIKDPDAYTIEEYKQKKEFERKMEEAEEKKNKKREELSALRHDFAFLLQKNQELPKHMQLHREEFEMDRRIFEELDRQKLQRIQLVQKELAWEHEKQLIGLQKLQTQFRDSLEFTLIVHAIQSNHQISTYSLLTMSEKYAPDKKHGDSKWAVLKEKWTALKQAERAEEIPRETSSVHRESVVFENEAEKLETPEDRKPTTRYIESKREKIRRIVEKYDALKAKIMKRRAEWHELYKSKPRDNYEDSEDAEEIKEERANTGCYRLKTATNYTLTEHERMNTEKKMMQLVSLEELIRKMKMNMNKEIVSLRDLKVSIIEEIKGLVKELKSIQASLDLSEHLPLPPIPQLHPDEVPEKVIEYNSDVLLKFKEEQEAKAKLKEPLEGCPSSRAFRHVFLRSPPVEEGDPMAQAGGASAVVTEEQKAFDMEKAEPTEMELEILKREKIKNLYLQETLIKKINTLVITFDAELRLLRHKKLKMDMQMKSADLRCITCCDELIILKKLEVHENLLEEQICTLINEQEDIQSKLKSYIAQMEDRKCEIVMLQEREKALYASFEASLGENNEFADFLTDILKKEVEFVGKKEVGREADEEKENKEEDGEKPDLKTDEENCGSEDVAFDGSVCPEGCSEDLF

Target ORF information:

RefSeq Version	XM_010396006.3
Organism	Corvus cornix cornix
Definition	Corvus cornix cornix 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_010396006.3

ORF Insert Sequence:

ATGGAACAGG AGGGAAACAA TGAGGAACCA GGAGAAGATG CACAGGCAGA TCCCAGTGGT 
GCAGAAGGCA ATTTGGAAGA ACAAGGCAGT AGTCAAGTAT CCTCAGAATC ACAAAAAAGG 
CCTGAGGAGG TAAAAAAGGA AATCCCAGAA AACTTCTTCT ATACGTATGA AGATGTATAT 
TCAGGCCCAT ATGCCACTGA CGACACTGAG ATACCCACTG ACCTTCTTAC CTTTAAACAT 
TCTTTTGGAT ATGACTGTAC CAGACCTGTA AATCTGATGG TAATGGATAG CCATACTGTG 
GTGTATATAG CAGGCAACCA GGTGGTGCTC CAGAACCTGA GAACTAAACA TCAGAGATAT 
GTCCGGAGCA GCCGTGGTGG TGGAATTGGG TTTATCACAG CACACCCTAG TAAGGAGTAC 
TTTGCCGTAG GAGAAAAAGG AGGGAAGCCA AACATTGTCA TCTACACATA TCCTTCAGTG 
AGGCCCTACA GAATACTGAA AGGTGGAACA GAGACAGCTT ATGTTTTTGG TGATTTCAAC 
CGTGCTGGCA CTTTGCTGGC CAGTGTTGGG AGCAGCCCTG ACTACATGTT GACTATATGG 
GACTGGAAAC AAGAAGAGAC TCTGTTGAGG TCAAAAGCTT TTGCACAGGA TGTTTACAAG 
GTCATGTTTT CTGCTGAGAA TGAAGAGCAT CTAACTACAG GTGGATCAGG ACACATCAGG 
TTCTGGAAGA TGGCTCTCAC ATTAACTGGT CTCAAGTTAC AAGGAGCTTT AGGCAGGTTT 
GGAAAAACAG CAGTGTCCGA CATTACGGGT TTTGTGGAGC TGCCCGATGG GAAGGTTGTC 
TCAGGAACTG AGTGGGGCAA TTTTCTGCTT TGGGAAGCTG GCCTCATTAA AGTAGAGCTC 
TGTCAAGTTG GACACAAGCC CTGTCACAAG GGCCCTATCA CCCAGTTAGT TCTTGATGAA 
GGAGATCTTT ACTCTGTTGG AAAAGATGGT GTCATTCGGG TGTGGAACTT CGAGGTAATA 
GATACTGCTG ATCCTGTGGA TGACACAGGG TTAGTGGAGG TGGAGCCTAT GAGTGAACTT 
TGGGTTGGCA AGAATGTCAG CCTGAATTTC ATGACAAAAA TTCATGACCA TGGACAGCCC 
TTTTGGTATG CTCAGGATAC AAGTGGAGCA ATATGGAAGC TGGATTTGAC TTTTTCCAAT 
ATGACCCATG ACCCAGAGCG CGTGTGTACC TTCCACTCGG GGAGGATTGA GGCCATTGGT 
GTCTCTCCCT TTACATGCCT GATGGCCACC ACGGCTCTTG ACCGGTCAGT GCGCATCTAT 
GATTTTGGCA GCAACAGCCA ACTGAGTGTA ATCAAGTTTA AACAGGGAGG AACAGCGCTG 
ACATGGGCAC CGGCTGTTGT AAATCCTGAA GGAGGTCTGA TTGCTGTGGG GTTTGAAGAT 
GGTGTTGTCC GCATAATTGA GGTTTATGAT CCCAGACTGC TGCCTGGTCA TGCCAGACAG 
GCCAGTCAGA GTGCAGAGAT AAATCTGAAA CAAGTCTTCA AACCTCATGC TGCTGCAGTT 
ACAGCCTTGG CATATGAACG AAAGGGATGT GTGTTTGCCA CGGGGAGTAA AGACAAAACA 
GTTTTCTTTT TTGCTATTGA GGATGAATAC AAGCCTATTG GATTCATCTG TGTCCCTGGG 
CCTGTACAGG CATTACAGTG GTCTCCACCT TCTCATGACA AGAGCACATT GCTCATCCTT 
TGTGAGAATG GCTTTGCTGT CCAGGTTCCT GCCCCTCTCC CTGGGAAGCA GGATACAGTG 
ACCACCTATC ACATAAAAAA CCTGCCAACA CAGTACTTCC ATTTTTATAG CATTAAATCC 
CGAATCAAGC TGGCGGAGGA GATTGCACGG AGAGAGAAAG AAAAGCAGGA GAAAGAGAAA 
GCAAAGCTTG AATGGATAAA GCAACAAAAG GAGATGGGAC TTGAGATAGA AGAAACTAAA 
GAGGAAGAAC CCGAAGAAGA ACCATTGCCA CCTCTCTACA TACCAGAGGA GCCCAGTCCC 
ATCCTCTGTG GCTTTTATTC AGCACCAGGA AAATTTTGGC TTTCCTTGGG TGGGTACGAC 
TCAGGGTTTC TCTATCATTG TGAATTCTCA CATGATGATG AAGAGGACCC TGAGAAGAGG 
AAAGATGAAC CCTTTGAAGT GATTCCTATG GAGGACACCG ATGACAATCC CATTCACCAA 
ATCTCCTTCT GTACCAGCAG CCGCTTGCTG TTCTGTGGGA TGCAGGATGG CTCACTGCGT 
GCTTATCCTC TCAATGACAA AGACCTGTCC GTGGATGCCC TGAAGGACTA CTGGTACCTG 
AACGTACATG ACAATGATTA TGGGCAGATC CAGGGCATCT GCTGTAGTCG TGATGATCGG 
TGTCTGGTTA CCTGTGGTGG AGATGGAAAC ATTTTTACAT TCGACATCTG TTCAGAGGAA 
GAGCTTCCGC AAGCGCTTCC TGAAGAGCTT CCCAAAGAGC TAAAAGTCAT AATCCCCCCT 
CCTAGGCGTG GTCTTGAGAA GGAGAAGGCT ACTGAAGATA TTAAGGATCC TGATGCCTAC 
ACTATTGAGG AATACAAGCA GAAAAAGGAG TTTGAACGGA AAATGGAGGA AGCTGAAGAA 
AAGAAAAATA AGAAGAGAGA GGAGTTAAGT GCGCTGAGAC ATGACTTTGC TTTTCTCCTT 
CAAAAGAATC AGGAGTTGCC CAAGCACATG CAGTTGCACA GAGAGGAGTT TGAGATGGAC 
CGTAGGATCT TTGAGGAGCT GGATAGGCAG AAACTACAGA GAATCCAATT AGTGCAAAAG 
GAGCTGGCTT GGGAGCACGA GAAACAATTG ATTGGACTGC AGAAACTACA AACACAGTTT 
CGGGACTCTC TGGAATTTAC TCTTATTGTT CATGCTATCC AAAGCAATCA TCAGATTTCC 
ACCTACAGCC TTCTAACAAT GTCCGAGAAA TATGCCCCAG ATAAGAAACA CGGGGACAGC 
AAGTGGGCAG TACTTAAAGA GAAGTGGACA GCACTTAAAC AGGCAGAACG AGCAGAAGAA 
ATCCCCAGAG AGACAAGTTC TGTGCATAGA GAAAGTGTAG TTTTTGAGAA TGAGGCTGAA 
AAGCTGGAGA CACCAGAGGA CCGAAAGCCA ACCACGCGTT ATATAGAAAG CAAACGTGAG 
AAAATCAGAA GAATTGTTGA GAAATATGAT GCACTGAAAG CCAAGATCAT GAAGAGGAGG 
GCAGAGTGGC ATGAATTATA CAAGAGCAAA CCTAGAGATA ACTATGAGGA TTCTGAAGAT 
GCTGAGGAGA TCAAAGAAGA ACGGGCAAAT ACTGGATGTT ACAGGCTGAA GACTGCCACT 
AACTACACAC TCACTGAACA CGAGCGAATG AACACTGAGA AGAAGATGAT GCAGCTTGTA 
TCCCTGGAAG AGTTGATCCG TAAGATGAAA ATGAATATGA ACAAAGAGAT TGTGTCTTTG 
CGGGATCTCA AGGTTTCTAT TATTGAGGAA ATCAAGGGTT TAGTGAAGGA ATTGAAATCC 
ATACAGGCAA GCTTAGATTT ATCAGAACAT CTCCCTCTTC CCCCGATCCC TCAGTTGCAC 
CCAGATGAGG TTCCTGAAAA AGTAATTGAG TACAACAGTG ACGTCCTCCT AAAGTTCAAA 
GAGGAGCAGG AGGCCAAGGC AAAGCTCAAG GAACCACTGG AAGGGTGTCC CTCATCTCGT 
GCATTTAGGC ACGTGTTTCT CCGAAGTCCT CCAGTGGAAG AGGGTGACCC CATGGCACAG 
GCTGGAGGTG CATCAGCGGT GGTCACAGAG GAGCAGAAGG CTTTCGACAT GGAGAAAGCA 
GAGCCAACAG AAATGGAACT GGAAATTTTA AAGAGGGAGA AGATAAAAAA TCTATACTTG 
CAGGAGACCT TGATTAAAAA GATCAACACA CTGGTCATCA CCTTCGATGC TGAACTTCGC 
CTTTTGCGGC ACAAGAAACT GAAGATGGAT ATGCAGATGA AAAGTGCTGA TCTGCGCTGC 
ATCACATGCT GTGATGAGCT GATTATCCTG AAGAAACTTG AGGTACATGA GAACCTTCTT 
GAGGAGCAAA TCTGTACCCT CATCAATGAA CAAGAGGACA TACAATCAAA ATTGAAGAGC 
TACATTGCAC AAATGGAGGA TAGAAAGTGT GAGATTGTAA TGCTTCAAGA ACGTGAGAAA 
GCTCTTTATG CCAGCTTCGA AGCATCCCTT GGAGAAAACA ATGAATTTGC TGATTTTCTG 
ACTGATATTT TGAAGAAGGA AGTTGAGTTT GTGGGAAAAA AAGAAGTAGG AAGAGAAGCA 
GATGAAGAAA AGGAGAACAA AGAGGAGGAT GGTGAAAAGC CTGACTTAAA GACTGATGAA 
GAAAACTGTG GATCTGAAGA TGTAGCCTTT GATGGCTCTG TTTGCCCAGA AGGCTGCAGT 
GAGGACCTCT TCTAG