FNDC1 cDNA ORF clone, Opisthocomus hoazin

Gene
Clones
gRNAs

Summary

Gene Symbol	FNDC1
Entrez Gene ID	104334719
Full Name	fibronectin type III domain containing 1
Gene Type	protein-coding
Organism	Opisthocomus hoazin

mRNA and Protein(s)

mRNA	Protein	Name
XM_009940379.1	XP_009938681.1	fibronectin type III domain-containing protein 1

Pathways from BioSystems
Gene Ontology

The following FNDC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FNDC1 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
OOp23796	XM_009940379.1 Latest version!	Opisthocomus hoazin fibronectin type III domain containing 1 (FNDC1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

FNDC1 ( XM_009940379.1 ) cDNA ORF clone, Opisthocomus hoazin -> XP_009938681.1 Opisthocomus hoazin fibronectin type III domain containing 1 (FNDC1), mRNA.

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CloneID	OOp23796
Clone ID Related Accession (Same CDS sequence)	XM_009940379.1
Accession Version	XM_009940379.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5076bp) 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	2014-10-27
Organism	Opisthocomus hoazin
Product	fibronectin type III domain-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009902679.1) 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 :: Opisthocomus hoazin 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 :: 27% of CDS bases ##RefSeq-Attributes-END##

ATGCCCCAGG AGCTGCTCAC CCTGGCCTAC AGCATCCCTG AGATCGCCAA TGCCATCCTG 
GGCCTCGACC AGTTCATCAT GCATTTACTC TTCTGTAAAT TAACATCTGG CCATGAAAAA 
GACAAGGACA TGCCAAACAG ACCTCTGAGA GTGCGCGCCA TGTCTCCAGA TGGCAAGTTA 
TCTTTTCGGT GGAAGTCACC TTATGGAGCA GGCTTCAGGG GTCCACGCAG CAGATCCCAA 
GGTTACCTCC GTGGGTACGG AGAGAGCAGC CGACGGATGA GCTATGCTCC GCTGCCGCAA 
GAGCGACAAA ACCAGGAAGC GAGAAAATTA GCCTCTGAAT CAGTTCACGT GGTTTCGCTG 
CCATCGAGGA GCTCCCAAGG ACGGAGCCAA CCTGTCTATA GATCGTCTTT AGCTAAAAGA 
AAAGTCACAG AGGAGGAAGA GGTGGAGCTG GCACAAGACA TAACTGTTCG AGTTATGTCC 
TCTCAGTCTG TGCTCGTTGC TTGGACAGAC CCACTGTATG AAAAACAGAA GGTTGCAGCA 
AATAGGCAAT ACAGTGTTCG GTATCGTGAG AAGGGGGAGT CAGCAAGGTG GGATTACAAG 
CAGGTGTCCA ACCGGCGGGC ACTGGTGGAG AATCTGGTGC CAGACACCAT GTACGAGTTC 
GCCGTCCAAA TCTTGGAGGG AGAAAAGGAA GGCAAATGGA GCGCATCTGT TTACCAACGG 
ACCCCAGAGG CGGCTCCTGC CAGTGCACCT GAAAATTTGG ATGTTTGGCC ACTGAAGGGG 
AAACCAACCT CTGTAGCAGC ATCCTGGGAT GCTCTCCCAG AGAGTGAAGG AAAAGTCAAA 
GAATACATTC TTTCATACGC CCCGGCTCTC AAGCCATTTG GAGCAAAGTC CATCACCTAC 
TCTGGAGCTA CAACATCAGC CATAATAGAT GGTCTGCAGG CCGGGGAGCG CTATGTTTTC 
AAAATTCGTG CAGCAAACAG GAGGGGACCA GGTCCTCAAT CTAAAGCCTT CAGTGTCGCC 
ATCCCAGCAG CTGCTCAAGA GGATTCACTT GCTCAGCAAC AAACAAATGT TCAAGATAAT 
TCAAAGGCTA AAAAAACTGG GAATGCTGGC TCATCTCCTT CTCAGACGAC TTCTGTTTCT 
TCGAAAGTCC AGCCATCGCT TTCCTCTAAG CAGTCGTCTG TTCGTTCACC TAATGTTAGT 
GATAAAAAGA GTCTTCTTTC TGAATATAAG AACAAAATCT TGACTCGAGG GGTCCTAAGT 
AAATCTCAGT CACCTTCTAG AAGTGCAGGA GATCTGGAAC CTGATCTCCA ATCCACTGAG 
GTGACAGACG ATCGCGATTC CTCTCAAGAA GCTCCAACGA TGCCACAGAA AGCCCAGGAT 
CAGAGGAGGA ATGTTAGACC CTTGTCCCCT AGTCGGCCAG TCCACCCTGT CCTTGCCTCA 
GGGAGGACCT CTGTTCGAAC CCACACACCA GAGGTGTCGC AGCAGACAAG CACAGAGAAA 
CATGAGCCAC CAGCACTGTT ACCATCGTCA GCACAGCACT CTTCTGCCTC GACGGTTCCC 
AAGTACACAG ATAATGAAAC AAAGCAACCG AGGCAAAGCA ACACTAATGT GCCTTCTATA 
ATCTCTTCCC ATCCTCTGCC TGCCAAAAAT AATGATCTTG CGGGTAATGT GGAAGGAAAG 
CCAGACCCCA TGCTGGTGAA AGTGTCTTCT AAAACTTCAG AGCCTAGTCA TCTGGCTTTG 
CCATCAAATC GGCAGTCTGC TATCTCTCAT GAGGTTGTCC TAAGCCATCC CAGTAGGTCT 
GGCTCTCTAG GTCATTCACA TCAACCCTCA TCCAAATCAG CAGATTCCCG TGCTCATGAT 
AGCCATAATG AGTTTGACAG TGAAGAAACA GAGGACAGAG CAGGACAGCC CAGTTCTAGG 
TCACAGCAAA CAAGGCTTCC CTCAGGCTCC AGTTCTCGCA CGTGGAAGGA TCCAAAATCA 
GCTGCGGTGG CAGTCTCATC AAGGTCTGCT GTTTCTGGTC ACACTTCACC TCACTCTCGC 
TCCTCCACCA GTGCCAAATC CACTGGGAAG GATGTTGATA AGAATTATAG GGAGGACTCC 
CAAAAAGCAA ACCCCTTCTT TCCTTCTCTA CCCTCTTCCA GGCAGTCTTC TTCAGCAATC 
TATTCCAAGA GAAGAAGTCC TCAGGTCGAT TCTGATTCTC ACCTCAGAGA GACACACGGT 
GAAAACTCAC CCCATTCTGA CTCAGAAGAG CAACAAAGTC GAGTGGCTGC TCCCGAAAAG 
CATTCTCTTT TGCAGTCTTC TCTTTCCAAA CATAAGCCTG AAGAGCAGGA CAGTCAAGAG 
GTAAAAGAAT TGCTTGCTCA ATCAAAGCCA AGTGTATCTT TGCCTAAAAA GACATTACCC 
TCTCATGTTC CGTTGGAGAA GGCCTCCCAC TCAGAGCCTC CACAGAGGGC ACAAACCAGT 
CCTTCCTTAC TACATTCAAG GGGCCGGCGC CTCCCGTCTC ATCTCTCATC CCAGAGTAAT 
GAAGAATTTC AGGAAGATGA TGATGAGGAT GTAACAGAAG GCAGTGACAG GGCAAGCAGC 
CGCTCTGTGT TTCCAAAAGA GGTGTCCTCT TCTAGGGGAT TACCTGCATC TTTCTCTCAG 
GGAAGCTCAA GTTCAACTCT ATCCAAGCAA CAGGAGCCAG GTGCTCAGGT ACCTTCCTAC 
AAACCAAAAC TTACTCAGCC ACGGTCCAGT TCTGCCAGTA ATACAGCAGA AGACAACCAG 
TATAATCCAA GGTTGTCATC CACTTCAAGA CAAGCTCGTC CTTCATTACC TACTCGCTCA 
AGGATCGCTA CAGGAACAAT GTCCGGAACA GAGAAAAAAT ACAGCCTGTT GCCTTCAAAA 
ATGTCCAAAG CTGAACTTCC TCAAAAAGTT CCTTCCTCCT CTTCATCTAA ATCTCATCAG 
TCAGTTTCTA ATGAAGATGA CGATTATTAC AGTGAATATG ATCAGAAAGA AGTGGAAGAG 
AAACCCACAC CTTTGGCAGC AAAATGGTCC CCTTCTGTTT CTAGAGGTAA CAAAAACACA 
TACGATGACA TTACTACCAA TAAAAGGAAA TCTATGGAGA CTCTTCTACC TCACAAAGCA 
AGCTCTGAAG AGGAGGAGAA GGAAAAAACT CCAACATTAA AAGTATCGTC TCCTGAATCA 
CCAAGAAGCT CTGCCATAAC ATCACGGGTT ACTCAGTCCT CAAACAAGCA TACTCCATCT 
AAACCAAGCT TTGTCTGGCC ACGTTCTTCT GCATCTACCA CCACACACAC TGTTTCTCCA 
ACAGTTTTTT CTTCCACTTT GTCCCCTCGC CAGCGACTAC TGAACTCCAG GCTACGGAGC 
CCCTCCCAAC GGCAATTTGT TAGACCTCCA TATAGACAAG GTTACAATGG CAGACCTAAT 
CTTACAACGA AAAATGGAAA TGGAAAAATA GCACCTGGTA ATAATGGGAA ACCAAGTGGA 
CAGAAAGTAA TCAATGGCCC TCAAGGAACA AAGTGGATTG TAGATCTTGA CCGAGGGCTA 
GTGTTAAATG TTGAAGGAAA ATACCTCCAA GATTCCCAAG GCAACCCTCT TCGAGTGAAA 
TTAGGAGGGG ATGGACGTAC AATTGTTGAT GAAAAGGGTG CCCCAATGGT GAGCCCTGAT 
GGATTACCTT TGTTTGGACA CGGCAGATTT AGTAAACCTG TAGCAAGTGC ACAAGACAAA 
CCAATAATAA GCCTTGGAGG GAAGCCTCTA ATTGGTCTTG AAATGATTAA GAGAACAACC 
ACTCCCTCGA CAACTACTAC AACAATACCC CCAACAACTA CTACAACCAC TACAACAACT 
GTTGCTACAA CCACCACCAC CACTCCTGAA CCAACCACCA CTGAGCCACC CACTGAGAAA 
CCGCCCCCAA CCTGTCCTCC AGGCACCTAT GGACAGTATG ATGACGAGGG CAACCTGCTG 
TTGGGGTTCG ATGGCCTACC GGAGTGCAGT ACAGAAGATA CATTCTCAGG ACTGGATTCA 
GATGTGACAG CAACTCCAGA GGCATATGTG ATATATGATG ATGACTACGA GTTTTTTGAG 
AGCACTTTGC CACCAACCAC CACCACTGTC ACCACCACCA CTGCTTCTAC AACGACAGAA 
TCAGAAGTCG TCTATCCGGA GACTAGTGTT GTTGGCACAG GCCCTGTGTC AGAATATGAT 
ATTGCTGGGA AGAAACGGTT CACTGCTCCT TATGTGACCT ATCTCAATAA AGATCCAGCA 
GCCCCCTGCT CCTTGACAGA GGCCCTGGAG CACTTCCAAG TGGAGAGCCT CGATGAAATC 
ATCCCCAATG ACCTCAGAGA GAAAGATCTG CGTCCCCTGA AAGCCCCTCA CAACATCACT 
GTTGTGGCAG TTGAAGGCTG TCACTCCTTT GTCATCGTGG ACTGGGCTAA ACCTGCTCAA 
GGAGACATGG TAACAGGCTA TCTGGTTTAC AGTGCATCCT ATGATGACTT TTTAAGGAAT 
AAGTGGTCAA CCAGGACTGC AGGGACTACT CATTTGCCAA TTGAGAACCT GAAGCCCAAC 
ACACGGTATT ATTTTAAAGT CCAAGCAAAG AATCCCTTTG GTTATGGACC TGTTAGCTCT 
TCAGTCTCAT TTATCACAGA ATCTGACAAT CCTCTCCTCA TTGTCAGACC ACCTGGTGGC 
GAGCCTATCT GGATCCCCTT CACTTTTAAG TACGACCCCA CCTATTCAGA CTGCAGTGGC 
AAGCAGTACG TGAAACGAAC TTGGTACCGC AAGTTTGTAG GAGTGGTTCT TTGCAACTCC 
TTAAGGTACA AGATTTACCT CAGCGATGAC CTGAAAGACA CCTTCTACAG CATTGGCGAT 
AGCTGGGGAA GGGGCGAGGA CCACTGCCAG TTTGTGGATT CACACCTGGA TGGAAGAACA 
GGACCTCAGT CGTACGTGGA AGCCCTGCCC ACCATCCGAG GGTATTACCG CCAGTACCGC 
CAGGAGCCTG TGTCTTTTGG ACGCATTGGA TACACAACAC CCTATTACTA CGTGGGCTGG 
TATGAGTGCG GCGTCCCTAT CCCAGGGAAA TGGTAG

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

RefSeq	XP_009938681.1
CDS	1..5076
Translation	MPQELLTLAYSIPEIANAILGLDQFIMHLLFCKLTSGHEKDKDMPNRPLRVRAMSPDGKLSFRWKSPYGAGFRGPRSRSQGYLRGYGESSRRMSYAPLPQERQNQEARKLASESVHVVSLPSRSSQGRSQPVYRSSLAKRKVTEEEEVELAQDITVRVMSSQSVLVAWTDPLYEKQKVAANRQYSVRYREKGESARWDYKQVSNRRALVENLVPDTMYEFAVQILEGEKEGKWSASVYQRTPEAAPASAPENLDVWPLKGKPTSVAASWDALPESEGKVKEYILSYAPALKPFGAKSITYSGATTSAIIDGLQAGERYVFKIRAANRRGPGPQSKAFSVAIPAAAQEDSLAQQQTNVQDNSKAKKTGNAGSSPSQTTSVSSKVQPSLSSKQSSVRSPNVSDKKSLLSEYKNKILTRGVLSKSQSPSRSAGDLEPDLQSTEVTDDRDSSQEAPTMPQKAQDQRRNVRPLSPSRPVHPVLASGRTSVRTHTPEVSQQTSTEKHEPPALLPSSAQHSSASTVPKYTDNETKQPRQSNTNVPSIISSHPLPAKNNDLAGNVEGKPDPMLVKVSSKTSEPSHLALPSNRQSAISHEVVLSHPSRSGSLGHSHQPSSKSADSRAHDSHNEFDSEETEDRAGQPSSRSQQTRLPSGSSSRTWKDPKSAAVAVSSRSAVSGHTSPHSRSSTSAKSTGKDVDKNYREDSQKANPFFPSLPSSRQSSSAIYSKRRSPQVDSDSHLRETHGENSPHSDSEEQQSRVAAPEKHSLLQSSLSKHKPEEQDSQEVKELLAQSKPSVSLPKKTLPSHVPLEKASHSEPPQRAQTSPSLLHSRGRRLPSHLSSQSNEEFQEDDDEDVTEGSDRASSRSVFPKEVSSSRGLPASFSQGSSSSTLSKQQEPGAQVPSYKPKLTQPRSSSASNTAEDNQYNPRLSSTSRQARPSLPTRSRIATGTMSGTEKKYSLLPSKMSKAELPQKVPSSSSSKSHQSVSNEDDDYYSEYDQKEVEEKPTPLAAKWSPSVSRGNKNTYDDITTNKRKSMETLLPHKASSEEEEKEKTPTLKVSSPESPRSSAITSRVTQSSNKHTPSKPSFVWPRSSASTTTHTVSPTVFSSTLSPRQRLLNSRLRSPSQRQFVRPPYRQGYNGRPNLTTKNGNGKIAPGNNGKPSGQKVINGPQGTKWIVDLDRGLVLNVEGKYLQDSQGNPLRVKLGGDGRTIVDEKGAPMVSPDGLPLFGHGRFSKPVASAQDKPIISLGGKPLIGLEMIKRTTTPSTTTTTIPPTTTTTTTTTVATTTTTTPEPTTTEPPTEKPPPTCPPGTYGQYDDEGNLLLGFDGLPECSTEDTFSGLDSDVTATPEAYVIYDDDYEFFESTLPPTTTTVTTTTASTTTESEVVYPETSVVGTGPVSEYDIAGKKRFTAPYVTYLNKDPAAPCSLTEALEHFQVESLDEIIPNDLREKDLRPLKAPHNITVVAVEGCHSFVIVDWAKPAQGDMVTGYLVYSASYDDFLRNKWSTRTAGTTHLPIENLKPNTRYYFKVQAKNPFGYGPVSSSVSFITESDNPLLIVRPPGGEPIWIPFTFKYDPTYSDCSGKQYVKRTWYRKFVGVVLCNSLRYKIYLSDDLKDTFYSIGDSWGRGEDHCQFVDSHLDGRTGPQSYVEALPTIRGYYRQYRQEPVSFGRIGYTTPYYYVGWYECGVPIPGKW

Target ORF information:

RefSeq Version	XM_009940379.1
Organism	Opisthocomus hoazin
Definition	Opisthocomus hoazin fibronectin type III domain containing 1 (FNDC1), mRNA.

Target ORF information:

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

XM_009940379.1

ORF Insert Sequence:

ATGCCCCAGG AGCTGCTCAC CCTGGCCTAC AGCATCCCTG AGATCGCCAA TGCCATCCTG 
GGCCTCGACC AGTTCATCAT GCATTTACTC TTCTGTAAAT TAACATCTGG CCATGAAAAA 
GACAAGGACA TGCCAAACAG ACCTCTGAGA GTGCGCGCCA TGTCTCCAGA TGGCAAGTTA 
TCTTTTCGGT GGAAGTCACC TTATGGAGCA GGCTTCAGGG GTCCACGCAG CAGATCCCAA 
GGTTACCTCC GTGGGTACGG AGAGAGCAGC CGACGGATGA GCTATGCTCC GCTGCCGCAA 
GAGCGACAAA ACCAGGAAGC GAGAAAATTA GCCTCTGAAT CAGTTCACGT GGTTTCGCTG 
CCATCGAGGA GCTCCCAAGG ACGGAGCCAA CCTGTCTATA GATCGTCTTT AGCTAAAAGA 
AAAGTCACAG AGGAGGAAGA GGTGGAGCTG GCACAAGACA TAACTGTTCG AGTTATGTCC 
TCTCAGTCTG TGCTCGTTGC TTGGACAGAC CCACTGTATG AAAAACAGAA GGTTGCAGCA 
AATAGGCAAT ACAGTGTTCG GTATCGTGAG AAGGGGGAGT CAGCAAGGTG GGATTACAAG 
CAGGTGTCCA ACCGGCGGGC ACTGGTGGAG AATCTGGTGC CAGACACCAT GTACGAGTTC 
GCCGTCCAAA TCTTGGAGGG AGAAAAGGAA GGCAAATGGA GCGCATCTGT TTACCAACGG 
ACCCCAGAGG CGGCTCCTGC CAGTGCACCT GAAAATTTGG ATGTTTGGCC ACTGAAGGGG 
AAACCAACCT CTGTAGCAGC ATCCTGGGAT GCTCTCCCAG AGAGTGAAGG AAAAGTCAAA 
GAATACATTC TTTCATACGC CCCGGCTCTC AAGCCATTTG GAGCAAAGTC CATCACCTAC 
TCTGGAGCTA CAACATCAGC CATAATAGAT GGTCTGCAGG CCGGGGAGCG CTATGTTTTC 
AAAATTCGTG CAGCAAACAG GAGGGGACCA GGTCCTCAAT CTAAAGCCTT CAGTGTCGCC 
ATCCCAGCAG CTGCTCAAGA GGATTCACTT GCTCAGCAAC AAACAAATGT TCAAGATAAT 
TCAAAGGCTA AAAAAACTGG GAATGCTGGC TCATCTCCTT CTCAGACGAC TTCTGTTTCT 
TCGAAAGTCC AGCCATCGCT TTCCTCTAAG CAGTCGTCTG TTCGTTCACC TAATGTTAGT 
GATAAAAAGA GTCTTCTTTC TGAATATAAG AACAAAATCT TGACTCGAGG GGTCCTAAGT 
AAATCTCAGT CACCTTCTAG AAGTGCAGGA GATCTGGAAC CTGATCTCCA ATCCACTGAG 
GTGACAGACG ATCGCGATTC CTCTCAAGAA GCTCCAACGA TGCCACAGAA AGCCCAGGAT 
CAGAGGAGGA ATGTTAGACC CTTGTCCCCT AGTCGGCCAG TCCACCCTGT CCTTGCCTCA 
GGGAGGACCT CTGTTCGAAC CCACACACCA GAGGTGTCGC AGCAGACAAG CACAGAGAAA 
CATGAGCCAC CAGCACTGTT ACCATCGTCA GCACAGCACT CTTCTGCCTC GACGGTTCCC 
AAGTACACAG ATAATGAAAC AAAGCAACCG AGGCAAAGCA ACACTAATGT GCCTTCTATA 
ATCTCTTCCC ATCCTCTGCC TGCCAAAAAT AATGATCTTG CGGGTAATGT GGAAGGAAAG 
CCAGACCCCA TGCTGGTGAA AGTGTCTTCT AAAACTTCAG AGCCTAGTCA TCTGGCTTTG 
CCATCAAATC GGCAGTCTGC TATCTCTCAT GAGGTTGTCC TAAGCCATCC CAGTAGGTCT 
GGCTCTCTAG GTCATTCACA TCAACCCTCA TCCAAATCAG CAGATTCCCG TGCTCATGAT 
AGCCATAATG AGTTTGACAG TGAAGAAACA GAGGACAGAG CAGGACAGCC CAGTTCTAGG 
TCACAGCAAA CAAGGCTTCC CTCAGGCTCC AGTTCTCGCA CGTGGAAGGA TCCAAAATCA 
GCTGCGGTGG CAGTCTCATC AAGGTCTGCT GTTTCTGGTC ACACTTCACC TCACTCTCGC 
TCCTCCACCA GTGCCAAATC CACTGGGAAG GATGTTGATA AGAATTATAG GGAGGACTCC 
CAAAAAGCAA ACCCCTTCTT TCCTTCTCTA CCCTCTTCCA GGCAGTCTTC TTCAGCAATC 
TATTCCAAGA GAAGAAGTCC TCAGGTCGAT TCTGATTCTC ACCTCAGAGA GACACACGGT 
GAAAACTCAC CCCATTCTGA CTCAGAAGAG CAACAAAGTC GAGTGGCTGC TCCCGAAAAG 
CATTCTCTTT TGCAGTCTTC TCTTTCCAAA CATAAGCCTG AAGAGCAGGA CAGTCAAGAG 
GTAAAAGAAT TGCTTGCTCA ATCAAAGCCA AGTGTATCTT TGCCTAAAAA GACATTACCC 
TCTCATGTTC CGTTGGAGAA GGCCTCCCAC TCAGAGCCTC CACAGAGGGC ACAAACCAGT 
CCTTCCTTAC TACATTCAAG GGGCCGGCGC CTCCCGTCTC ATCTCTCATC CCAGAGTAAT 
GAAGAATTTC AGGAAGATGA TGATGAGGAT GTAACAGAAG GCAGTGACAG GGCAAGCAGC 
CGCTCTGTGT TTCCAAAAGA GGTGTCCTCT TCTAGGGGAT TACCTGCATC TTTCTCTCAG 
GGAAGCTCAA GTTCAACTCT ATCCAAGCAA CAGGAGCCAG GTGCTCAGGT ACCTTCCTAC 
AAACCAAAAC TTACTCAGCC ACGGTCCAGT TCTGCCAGTA ATACAGCAGA AGACAACCAG 
TATAATCCAA GGTTGTCATC CACTTCAAGA CAAGCTCGTC CTTCATTACC TACTCGCTCA 
AGGATCGCTA CAGGAACAAT GTCCGGAACA GAGAAAAAAT ACAGCCTGTT GCCTTCAAAA 
ATGTCCAAAG CTGAACTTCC TCAAAAAGTT CCTTCCTCCT CTTCATCTAA ATCTCATCAG 
TCAGTTTCTA ATGAAGATGA CGATTATTAC AGTGAATATG ATCAGAAAGA AGTGGAAGAG 
AAACCCACAC CTTTGGCAGC AAAATGGTCC CCTTCTGTTT CTAGAGGTAA CAAAAACACA 
TACGATGACA TTACTACCAA TAAAAGGAAA TCTATGGAGA CTCTTCTACC TCACAAAGCA 
AGCTCTGAAG AGGAGGAGAA GGAAAAAACT CCAACATTAA AAGTATCGTC TCCTGAATCA 
CCAAGAAGCT CTGCCATAAC ATCACGGGTT ACTCAGTCCT CAAACAAGCA TACTCCATCT 
AAACCAAGCT TTGTCTGGCC ACGTTCTTCT GCATCTACCA CCACACACAC TGTTTCTCCA 
ACAGTTTTTT CTTCCACTTT GTCCCCTCGC CAGCGACTAC TGAACTCCAG GCTACGGAGC 
CCCTCCCAAC GGCAATTTGT TAGACCTCCA TATAGACAAG GTTACAATGG CAGACCTAAT 
CTTACAACGA AAAATGGAAA TGGAAAAATA GCACCTGGTA ATAATGGGAA ACCAAGTGGA 
CAGAAAGTAA TCAATGGCCC TCAAGGAACA AAGTGGATTG TAGATCTTGA CCGAGGGCTA 
GTGTTAAATG TTGAAGGAAA ATACCTCCAA GATTCCCAAG GCAACCCTCT TCGAGTGAAA 
TTAGGAGGGG ATGGACGTAC AATTGTTGAT GAAAAGGGTG CCCCAATGGT GAGCCCTGAT 
GGATTACCTT TGTTTGGACA CGGCAGATTT AGTAAACCTG TAGCAAGTGC ACAAGACAAA 
CCAATAATAA GCCTTGGAGG GAAGCCTCTA ATTGGTCTTG AAATGATTAA GAGAACAACC 
ACTCCCTCGA CAACTACTAC AACAATACCC CCAACAACTA CTACAACCAC TACAACAACT 
GTTGCTACAA CCACCACCAC CACTCCTGAA CCAACCACCA CTGAGCCACC CACTGAGAAA 
CCGCCCCCAA CCTGTCCTCC AGGCACCTAT GGACAGTATG ATGACGAGGG CAACCTGCTG 
TTGGGGTTCG ATGGCCTACC GGAGTGCAGT ACAGAAGATA CATTCTCAGG ACTGGATTCA 
GATGTGACAG CAACTCCAGA GGCATATGTG ATATATGATG ATGACTACGA GTTTTTTGAG 
AGCACTTTGC CACCAACCAC CACCACTGTC ACCACCACCA CTGCTTCTAC AACGACAGAA 
TCAGAAGTCG TCTATCCGGA GACTAGTGTT GTTGGCACAG GCCCTGTGTC AGAATATGAT 
ATTGCTGGGA AGAAACGGTT CACTGCTCCT TATGTGACCT ATCTCAATAA AGATCCAGCA 
GCCCCCTGCT CCTTGACAGA GGCCCTGGAG CACTTCCAAG TGGAGAGCCT CGATGAAATC 
ATCCCCAATG ACCTCAGAGA GAAAGATCTG CGTCCCCTGA AAGCCCCTCA CAACATCACT 
GTTGTGGCAG TTGAAGGCTG TCACTCCTTT GTCATCGTGG ACTGGGCTAA ACCTGCTCAA 
GGAGACATGG TAACAGGCTA TCTGGTTTAC AGTGCATCCT ATGATGACTT TTTAAGGAAT 
AAGTGGTCAA CCAGGACTGC AGGGACTACT CATTTGCCAA TTGAGAACCT GAAGCCCAAC 
ACACGGTATT ATTTTAAAGT CCAAGCAAAG AATCCCTTTG GTTATGGACC TGTTAGCTCT 
TCAGTCTCAT TTATCACAGA ATCTGACAAT CCTCTCCTCA TTGTCAGACC ACCTGGTGGC 
GAGCCTATCT GGATCCCCTT CACTTTTAAG TACGACCCCA CCTATTCAGA CTGCAGTGGC 
AAGCAGTACG TGAAACGAAC TTGGTACCGC AAGTTTGTAG GAGTGGTTCT TTGCAACTCC 
TTAAGGTACA AGATTTACCT CAGCGATGAC CTGAAAGACA CCTTCTACAG CATTGGCGAT 
AGCTGGGGAA GGGGCGAGGA CCACTGCCAG TTTGTGGATT CACACCTGGA TGGAAGAACA 
GGACCTCAGT CGTACGTGGA AGCCCTGCCC ACCATCCGAG GGTATTACCG CCAGTACCGC 
CAGGAGCCTG TGTCTTTTGG ACGCATTGGA TACACAACAC CCTATTACTA CGTGGGCTGG 
TATGAGTGCG GCGTCCCTAT CCCAGGGAAA TGGTAG