LOC104904479 cDNA ORF clone, Beta vulgaris subsp. vulgaris

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104904479
Entrez Gene ID	104904479
Full Name	autophagy-related protein 2
Gene Type	protein-coding
Organism	Beta vulgaris subsp. vulgaris

mRNA and Protein(s)

mRNA	Protein	Name
XM_010692735.2	XP_010691037.1	autophagy-related protein 2

Pathways from BioSystems
Gene Ontology

The following LOC104904479 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104904479 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
OBe47065	XM_010692735.2 Latest version!	Beta vulgaris subsp. vulgaris autophagy-related protein 2 (LOC104904479), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC104904479 ( XM_010692735.2 ) cDNA ORF clone, Beta vulgaris subsp. vulgaris -> XP_010691037.1 Beta vulgaris subsp. vulgaris autophagy-related protein 2 (LOC104904479), mRNA.

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CloneID	OBe47065
Clone ID Related Accession (Same CDS sequence)	XM_010692735.2
Accession Version	XM_010692735.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5919bp) 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	2016-11-28
Organism	Beta vulgaris subsp. vulgaris
Product	autophagy-related protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025820.2) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010692735.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Beta vulgaris subsp. vulgaris 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##

ATGTTTTCGT GGAATTTCGC GAAATCGGCG GAGGCAATTT TGTCTCGTTT CGCCATTAAA 
AGATTGTGTA AGTTCTTGCT GAAGAAGAAA TTAGGACAAT TTATACTCGG AGAAATCGAT 
CTTGATCAAC TCGATGTTCA ACTTTCTGCT GGTATAATTC AGCTTACTGA TGTCGCTCTT 
AATGTTGATT TTCTTAATCA AAAGTTGGCG CAAGCATCGA TATTTAGATT GAAAGAAGGA 
TCAATCCGCT CGCTGTTAGT AAAAATGCCT TGGAACGGTA AAGGATGTGA AGTTGAGGTG 
GATGAGCTTG AGCTTGTGAT TTTCCCATGC TCCAATGACA GTTCATGCGA GGGCTCTAAA 
ACTCATGACT CGAGTGAAGA GTGCTGTGTA AGTCATGACT CGGGAAAGGG TGAACATGAT 
TTTGTCCACA AGTCCTCTAC TGCTTCTGTC AATGTACATG AAGGAGTCAA GATAGTTGCT 
ACAATGGTGA AGTGGTTATT GACAAGCTTC TGTATCAAAA TAAAGAGTGT GATTGTTGCA 
TTGGATGTTG GGTTAGAAGG AGATATGGAG AAAGAAAGGC CTCATGACGC ATTGGTATTG 
CGAGTTGCTG AAATTGAATG TGGAGCTTGC ATTTCTGAAG AGAGGAACTT AACTGATTGT 
TCAAATGCTG AAAATTTTCT GGGGATAAGC CACCTGACAA ATTTTCTGAA ATTCCAAGGA 
GCTACTGTTG AACTTCTTAA CATGAATAGA GGTGACAGTC AAACATATCC TGCTCCTCAA 
GCTGCAGCCA TCGACTCCTG TCTGCCTAAT GCTTCAAAAC ATCTGTTGAC TGGGGAAAGA 
GATGGTTTTG GTGGCTCTAT GAAGCTGTCT ATTCCTTGGG AGAACGGCTC TTTAGATACT 
CGCAAAATGG ATGCAGATGT TAATTTGGAT GCTTTAATAT TAAAATTACA ACCCGACACC 
CTAAAGTGGA TACTGGGTAC CTGGGAATTG CTTGAGAACT ATGAGAATAA CAAGTTTGAT 
AATATTATTA ACGAGCCTTT GGATCCAGCT CTCTCTGATT CAACATCTCA GTGCAATCTA 
CCAGCTTTAC CTTCTTCCGC ACAGTCTATT GAAAATAGTA CACCAGGTTT TATGAGTTCA 
GTTAATGTCA ACATTCCACC GAGAGAAGAA ATCGTTACAG ATGTTCTTTT GAAAGAATCA 
TGTTTCATTT TGGATTGGGT GCCCTTTTCT ACTGGAAACT GTGAGAACAA GGGAATTGAA 
GAGGCAGATT TAGGAGCCAG TGTAGATCAA TTTTTCGAAT GTTTCGATGA GATGAGGAGT 
TCCCAGTTCG CCTTGGGGAG CAGTGGAATG TGGAATTGGA CATGCTCTGT TTTCAGCGCG 
ATATCTGCTG CATCAAATCT TGCTTCTGGA TCTTTCTATG TTTCTACTGA GCAGCAGCAT 
GTGGAAACAA ATCTCAAGAT AAATCTTGTT GGACTGTCAA CAAATTTTTC CTTTTCTGAT 
GAAGATCAGT TGGCTCAGCA CAAGCCAGCT GATGAGCAAG TTGATACATA TTTTGATGTC 
CATTATCTGG GTTTGAGATG TGAAGACATT CTCATAGGCG TCCTGGTACA TCCTCAAGAG 
TGGAAATTGG AAGCTACTGT CAAGCACATC GTGTTAGATG AGTACTTTAG TCGAAATGCA 
AATTCTGTAG ATTTCAATCT GCGTGGTAAT GAGGAAAGAT TTAGTGGTCA AAATGGTATG 
ATCCGAGCGT TGCAAGATGA GGTTCTAGGT GTTCTTCCTT CAAGGTGCTT CTTTTCTGGG 
TCATCATTTG ATGCATCCAA GATTGGGAAT GGTCCCTCTA GTTTATCAAG TACACAAAAC 
TGTGCTTGCG GCAGCAATAC AGTGAAGGCT ACCCTGTTTG AAACTTCTGG TGTAAATAGT 
TTTCTTTTTG CTGCAAGTTC AAAATCCTCT GATGATCGGC TTACTAGGCG TGTTTCCTTT 
TCATTAAAGC TTCCACCTTT CATCTTGTGG TTGAATTTTG ACTTAGTGAA AATGGCATTG 
GATATTTCAA GGGAAGTTGT AAATTGTGAC AGACTGGACA CATCTGGGGC TGAGTTTTCT 
TCTGCAGCCT TTGAAGAGAA GCATAGATGT TATCCTCCTC CTAATGTCCC GGTTGCATCT 
TGGAAGGGAA GCGTGGGAGG AAGCATATTT CTTCCTCAAG CTAGAATTAT TTTATGCTTT 
CCGTTCAAAA ATACTGGAGG TTATAGAAGC TACATCTCCT GTAATCAATT TATTGCTGTT 
GATTTCTCTT CCCCATCTAA TTTCGGAGAT TTGAAAGGTG AAGAGTCTGT TCTTGTTCGA 
GAAAGTATAT CTTGGAAGAA TTATTCTCCA TCACCATCTC ACTCAGTGCA TCTAAATGTT 
GTTAATTTGG ACGTTTACCA TATTACTTGT TCTGTGGTTG ACCATATAGT TAGGTCTACT 
GAGTCGGAGA GTAGGCAATT TTATTCGTAC AAAATTCTGT CCCTTGGGAA TGGGACACAT 
TGGGTTGGCT TGATCAGTAT GCTTTGGCGC GAAGATGCAA AAACTGGTGC TTGGATCATG 
AAGAGTGCAA AGAGTTTAGT AACATCCGAT GGGCCAGCAA GTAAAGTGTC ATCTGCAACA 
AGTGATTACG ATTTTGCTTC TGTATCAACC AGGGAACATA AGGGGGATTC ATCTTCCCAA 
AAACAGAAGG AGCTGATACT GAGCTCCAAA TTCTGTATAC ATATTTGTGT ACCTGCCGTG 
GTGGTTACTC TCTGCAGGTC TGAGTATTTA TCTGTTTTTC ACCTTTTGAA TCATGCCATG 
GATGCATTGT CCAGTGCAGG TGGTGACACA GCTTATGACA TTAGAGGAAC AAGTGTAAAC 
CAATCATCAG TCGTTCTTGA ATGTGGTCTG GTGGAAGTTT ATATTGAACT GGAGCAAGGG 
GATGGGCCTA AAAGCTCATT GGAGAGGGAA CTTCCTGGGT CATGGCACAA GTTAAGGCTG 
GAAATCCAGT ATTTTCAATT GCTTTCTGTT GCTGATGTTG GGGCTGTCAA TGATGCTACC 
TTTCTCTGGG TATCCCACAG GGAAGGGAAG CTGTGGGGTT CTGTTACTTC GATGGCAGAT 
CAGGATATTC TTCTAATCTC TTGTTTCAAT AGTTCAAATG GGCGTGGAGA TGGAGAAGGT 
TCAAATGTTT TATCCTGCAA CCATGCTGGC ACTGATTTTA TGCACTTGTC CGACCCCGAG 
AGTTTCCATA ACTTTATGTC AATTGTTTTG AAATGTGGAA CTATTGTTGC GCCAGGAGGA 
CGCTTAGATT GGCTGGATAA GATAATTTGT TTTGTTAGCT TGCCATCTCC TGAAATAGGT 
GAAACAGCAG ACTGCAATGG GAAGAAAGTG GAGCCTCAGA ATGTTTCGTT ACTTTTGAAA 
TTTACCGATG GGGCATTGAG CTATGAGCCG TACTTTTCGG AGTTAGGAGT CAATGGAGAA 
TGTCTCAATC CTAAGTCTCG TATTTCTATT GGCCTTGATG ATAACCGATG TGATCCATAT 
GTTGCTTGTC TACTGGCTGC ATCATCTTTA ACACTTTCAA GTACAATGGT AGCAGGTAGT 
CTAGAAAATG ATTATCATAT CAGACTGCGA GATGTGGGTC TTCTTCTTCA TGAAGCCTCA 
AAGCAGGAAA AGGTCGTTGG TGAATATGGT GTTGGTCATC TACATGAACT TGGCTACGTC 
AAAATTGCCG GGGAGGCTGT AGTTGACGCA ATCTTGAGAA TCAATTGTGA AAATGACGTT 
TACTGGGATT TAACATGTTC TGAATCTCAT GTTGTTTTCA GTACCTGTCA TGATACAACA 
CTTGGTCTAA TACGTTTGGC TTCTCAAATT CAGCAGCTTT TTGCTCCAGA CATCGAGGAG 
TCTCTTGTGC ACTTGCAGAA CAGGTGGAAT TCTTCAAAAC AAGTGCAGGG AGAGGAGGAT 
GATATTACAA TATCAGAAAC CAGCAGCAAT TCTTCCCCAA GGATATTGCA GGCGCAGCAA 
CTTGCTCCAG ATTCAAAGGT TGAATCTCGG CTGGCTAACT TGATGGGAGA AATATCTGAA 
GATGCCTTTT TGTTTTGTCA AAAAACCATG AACTCCCTTG ACAGGTCAGA ATTCGGTGCA 
GTTGAGGGAA TCGATGGAGG TATATGTCAT GAGAGGCATA GCGTCACTTA TCCGTATCAT 
GAAAATTATA TGGAAGATGG TCATTCGCCA ATTCTGCAGA AATCGAAGAT TATGGAAGGC 
TATAGCCTGT CAGGTTTAAG ATCATTGTCA GAACTAACAG TTAACAGCCA TTTTACAGAA 
GGTAATATTC GGTCAAATTC GGACAGGGGA AATGTTGATG TTCAAAGAGG AAAAAGTGGA 
TGGTATGGGA GTAACTCTTT GAGAATTTTC GAAAATTATG TTCCAGATAG AACAAGTCAA 
TCTCGTTCGA AACAGCTGTT GGAAGGCCAT CTTAAGGAAG ATAATGTTTG CCAAAGATTT 
AAAGGACGCT TATCTCTGAG AAATGTTGAT ATTAAATGGC GTATGTACGC GGGTTCTGAC 
TGGCATGACT TGGGGAAAAC CGTCCGGCAT TCTGAAGATA TCTATGGAAG GGACGGATCT 
GTATGTCTGG AGCTTGCACT ATCTAACATG AATATCCATT GTGACATCTT TCCAGATGGG 
GACTTGTGTG TATCTAAACT TTGTCTTTCT ATCCAAGATC TTCACCTTTA TGACAAAAGC 
AGAAATGCTC CTTGGAAACT GATGCTCGGG TATTATAATT CTAAGGAACG GCCTAGACAA 
TCGTTTTCGA AGGCATTCAA ACTTGACTTG GAAGCTGTCA GACCAGATCC CATGACTCCT 
CTTGAGGAAT ACCGGTTACG TGTAGCTGTC CTTCCAATAT TATTGCATCT TCACCAAAGC 
CAGCTTGATT TTCTTATCTC CTTCTTTGGA GGTCAGTGCC CGCCAGATGA TCCCTCTCAG 
AGCGATACAC AAGATTCGAA TTCATTAGAT ATAACCTTAG CTAAAGATAA CAAGTTGAAA 
GGTGTTGGCC TCGCTGATGA GGCATTGCTT CCATTTTTTC AGAAGTTTGA CATATGGCCT 
ATTATACTTC GAGTTGACTA CTGTCCTAGC CGTGTTGACC TCGCGGCGTT AAGTGGAGGG 
AAATATGTGG AACTTGTAAA CCTTGTGCCG TGGAAGGGAG TTGAGCTACA TCTTAAGCAT 
GTTCAAGCTG CTGGTGTTTA TGGCTGGGGT AATGTATGTG AAACAGCAAT CGGGGAATGG 
CTGGAAGATA TTTCTCAAAA TCAGATCCAT AAGCTATTGC AAGGCCTTCC TACTGTTCGA 
TCAATTGTTT CTGTAAGCTC TGGTGCTGCA AAGTTCGTTT CATTGCCGGT GAAGAATTAT 
AGAAAGGATC ATAGATTAGT GAAGGGTTTA CAAAGAGGGA CTGCGGCATT CCTCAAGAGC 
ATTTCACTTG AAGCTCTTGG ACTTGGTGTG AATTTGGCAG CAGGGGCTCA TGAGATTTTG 
CTTCACGCGG AATGTATTCT CACGAAAATT CAGCCATCTT TACCCCATCC TATTAGAAGC 
AATCTCAAGG CTAACCTGGG ATCTGTAGGG TCTGATCAGC CAGAAGATGC TCAACATGGA 
CTTAAGCAGG CTTATGAAAG TCTTAGTGAC GGCCTTGGAA AGACTGCCTC GGCATTAATT 
CATACTCCCA TGAAAACATA TCAGCGAGGT GGTGGTGCTG GTTCTGCTTT TGTGAGTGCA 
GTCAGGGGAG CTCCTGCTGC TGCCATAGCT CCTGCTTCCG CTGCTGCACA AGCTCTGCGC 
TGTGCCCTTC TTGGTGTCAG AAACAGCCTT GATCCCGAAC ATAAGGAAGA ATCTCTGAAC 
AAGTATTTGG GGTCATCTCG ATCCTGGAAG AAAAGTTGA

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

RefSeq	XP_010691037.1
CDS	153..6071
Translation	MFSWNFAKSAEAILSRFAIKRLCKFLLKKKLGQFILGEIDLDQLDVQLSAGIIQLTDVALNVDFLNQKLAQASIFRLKEGSIRSLLVKMPWNGKGCEVEVDELELVIFPCSNDSSCEGSKTHDSSEECCVSHDSGKGEHDFVHKSSTASVNVHEGVKIVATMVKWLLTSFCIKIKSVIVALDVGLEGDMEKERPHDALVLRVAEIECGACISEERNLTDCSNAENFLGISHLTNFLKFQGATVELLNMNRGDSQTYPAPQAAAIDSCLPNASKHLLTGERDGFGGSMKLSIPWENGSLDTRKMDADVNLDALILKLQPDTLKWILGTWELLENYENNKFDNIINEPLDPALSDSTSQCNLPALPSSAQSIENSTPGFMSSVNVNIPPREEIVTDVLLKESCFILDWVPFSTGNCENKGIEEADLGASVDQFFECFDEMRSSQFALGSSGMWNWTCSVFSAISAASNLASGSFYVSTEQQHVETNLKINLVGLSTNFSFSDEDQLAQHKPADEQVDTYFDVHYLGLRCEDILIGVLVHPQEWKLEATVKHIVLDEYFSRNANSVDFNLRGNEERFSGQNGMIRALQDEVLGVLPSRCFFSGSSFDASKIGNGPSSLSSTQNCACGSNTVKATLFETSGVNSFLFAASSKSSDDRLTRRVSFSLKLPPFILWLNFDLVKMALDISREVVNCDRLDTSGAEFSSAAFEEKHRCYPPPNVPVASWKGSVGGSIFLPQARIILCFPFKNTGGYRSYISCNQFIAVDFSSPSNFGDLKGEESVLVRESISWKNYSPSPSHSVHLNVVNLDVYHITCSVVDHIVRSTESESRQFYSYKILSLGNGTHWVGLISMLWREDAKTGAWIMKSAKSLVTSDGPASKVSSATSDYDFASVSTREHKGDSSSQKQKELILSSKFCIHICVPAVVVTLCRSEYLSVFHLLNHAMDALSSAGGDTAYDIRGTSVNQSSVVLECGLVEVYIELEQGDGPKSSLERELPGSWHKLRLEIQYFQLLSVADVGAVNDATFLWVSHREGKLWGSVTSMADQDILLISCFNSSNGRGDGEGSNVLSCNHAGTDFMHLSDPESFHNFMSIVLKCGTIVAPGGRLDWLDKIICFVSLPSPEIGETADCNGKKVEPQNVSLLLKFTDGALSYEPYFSELGVNGECLNPKSRISIGLDDNRCDPYVACLLAASSLTLSSTMVAGSLENDYHIRLRDVGLLLHEASKQEKVVGEYGVGHLHELGYVKIAGEAVVDAILRINCENDVYWDLTCSESHVVFSTCHDTTLGLIRLASQIQQLFAPDIEESLVHLQNRWNSSKQVQGEEDDITISETSSNSSPRILQAQQLAPDSKVESRLANLMGEISEDAFLFCQKTMNSLDRSEFGAVEGIDGGICHERHSVTYPYHENYMEDGHSPILQKSKIMEGYSLSGLRSLSELTVNSHFTEGNIRSNSDRGNVDVQRGKSGWYGSNSLRIFENYVPDRTSQSRSKQLLEGHLKEDNVCQRFKGRLSLRNVDIKWRMYAGSDWHDLGKTVRHSEDIYGRDGSVCLELALSNMNIHCDIFPDGDLCVSKLCLSIQDLHLYDKSRNAPWKLMLGYYNSKERPRQSFSKAFKLDLEAVRPDPMTPLEEYRLRVAVLPILLHLHQSQLDFLISFFGGQCPPDDPSQSDTQDSNSLDITLAKDNKLKGVGLADEALLPFFQKFDIWPIILRVDYCPSRVDLAALSGGKYVELVNLVPWKGVELHLKHVQAAGVYGWGNVCETAIGEWLEDISQNQIHKLLQGLPTVRSIVSVSSGAAKFVSLPVKNYRKDHRLVKGLQRGTAAFLKSISLEALGLGVNLAAGAHEILLHAECILTKIQPSLPHPIRSNLKANLGSVGSDQPEDAQHGLKQAYESLSDGLGKTASALIHTPMKTYQRGGGAGSAFVSAVRGAPAAAIAPASAAAQALRCALLGVRNSLDPEHKEESLNKYLGSSRSWKKS

Target ORF information:

RefSeq Version	XM_010692735.2
Organism	Beta vulgaris subsp. vulgaris
Definition	Beta vulgaris subsp. vulgaris autophagy-related protein 2 (LOC104904479), mRNA.

Target ORF information:

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

XM_010692735.2

ORF Insert Sequence:

ATGTTTTCGT GGAATTTCGC GAAATCGGCG GAGGCAATTT TGTCTCGTTT CGCCATTAAA 
AGATTGTGTA AGTTCTTGCT GAAGAAGAAA TTAGGACAAT TTATACTCGG AGAAATCGAT 
CTTGATCAAC TCGATGTTCA ACTTTCTGCT GGTATAATTC AGCTTACTGA TGTCGCTCTT 
AATGTTGATT TTCTTAATCA AAAGTTGGCG CAAGCATCGA TATTTAGATT GAAAGAAGGA 
TCAATCCGCT CGCTGTTAGT AAAAATGCCT TGGAACGGTA AAGGATGTGA AGTTGAGGTG 
GATGAGCTTG AGCTTGTGAT TTTCCCATGC TCCAATGACA GTTCATGCGA GGGCTCTAAA 
ACTCATGACT CGAGTGAAGA GTGCTGTGTA AGTCATGACT CGGGAAAGGG TGAACATGAT 
TTTGTCCACA AGTCCTCTAC TGCTTCTGTC AATGTACATG AAGGAGTCAA GATAGTTGCT 
ACAATGGTGA AGTGGTTATT GACAAGCTTC TGTATCAAAA TAAAGAGTGT GATTGTTGCA 
TTGGATGTTG GGTTAGAAGG AGATATGGAG AAAGAAAGGC CTCATGACGC ATTGGTATTG 
CGAGTTGCTG AAATTGAATG TGGAGCTTGC ATTTCTGAAG AGAGGAACTT AACTGATTGT 
TCAAATGCTG AAAATTTTCT GGGGATAAGC CACCTGACAA ATTTTCTGAA ATTCCAAGGA 
GCTACTGTTG AACTTCTTAA CATGAATAGA GGTGACAGTC AAACATATCC TGCTCCTCAA 
GCTGCAGCCA TCGACTCCTG TCTGCCTAAT GCTTCAAAAC ATCTGTTGAC TGGGGAAAGA 
GATGGTTTTG GTGGCTCTAT GAAGCTGTCT ATTCCTTGGG AGAACGGCTC TTTAGATACT 
CGCAAAATGG ATGCAGATGT TAATTTGGAT GCTTTAATAT TAAAATTACA ACCCGACACC 
CTAAAGTGGA TACTGGGTAC CTGGGAATTG CTTGAGAACT ATGAGAATAA CAAGTTTGAT 
AATATTATTA ACGAGCCTTT GGATCCAGCT CTCTCTGATT CAACATCTCA GTGCAATCTA 
CCAGCTTTAC CTTCTTCCGC ACAGTCTATT GAAAATAGTA CACCAGGTTT TATGAGTTCA 
GTTAATGTCA ACATTCCACC GAGAGAAGAA ATCGTTACAG ATGTTCTTTT GAAAGAATCA 
TGTTTCATTT TGGATTGGGT GCCCTTTTCT ACTGGAAACT GTGAGAACAA GGGAATTGAA 
GAGGCAGATT TAGGAGCCAG TGTAGATCAA TTTTTCGAAT GTTTCGATGA GATGAGGAGT 
TCCCAGTTCG CCTTGGGGAG CAGTGGAATG TGGAATTGGA CATGCTCTGT TTTCAGCGCG 
ATATCTGCTG CATCAAATCT TGCTTCTGGA TCTTTCTATG TTTCTACTGA GCAGCAGCAT 
GTGGAAACAA ATCTCAAGAT AAATCTTGTT GGACTGTCAA CAAATTTTTC CTTTTCTGAT 
GAAGATCAGT TGGCTCAGCA CAAGCCAGCT GATGAGCAAG TTGATACATA TTTTGATGTC 
CATTATCTGG GTTTGAGATG TGAAGACATT CTCATAGGCG TCCTGGTACA TCCTCAAGAG 
TGGAAATTGG AAGCTACTGT CAAGCACATC GTGTTAGATG AGTACTTTAG TCGAAATGCA 
AATTCTGTAG ATTTCAATCT GCGTGGTAAT GAGGAAAGAT TTAGTGGTCA AAATGGTATG 
ATCCGAGCGT TGCAAGATGA GGTTCTAGGT GTTCTTCCTT CAAGGTGCTT CTTTTCTGGG 
TCATCATTTG ATGCATCCAA GATTGGGAAT GGTCCCTCTA GTTTATCAAG TACACAAAAC 
TGTGCTTGCG GCAGCAATAC AGTGAAGGCT ACCCTGTTTG AAACTTCTGG TGTAAATAGT 
TTTCTTTTTG CTGCAAGTTC AAAATCCTCT GATGATCGGC TTACTAGGCG TGTTTCCTTT 
TCATTAAAGC TTCCACCTTT CATCTTGTGG TTGAATTTTG ACTTAGTGAA AATGGCATTG 
GATATTTCAA GGGAAGTTGT AAATTGTGAC AGACTGGACA CATCTGGGGC TGAGTTTTCT 
TCTGCAGCCT TTGAAGAGAA GCATAGATGT TATCCTCCTC CTAATGTCCC GGTTGCATCT 
TGGAAGGGAA GCGTGGGAGG AAGCATATTT CTTCCTCAAG CTAGAATTAT TTTATGCTTT 
CCGTTCAAAA ATACTGGAGG TTATAGAAGC TACATCTCCT GTAATCAATT TATTGCTGTT 
GATTTCTCTT CCCCATCTAA TTTCGGAGAT TTGAAAGGTG AAGAGTCTGT TCTTGTTCGA 
GAAAGTATAT CTTGGAAGAA TTATTCTCCA TCACCATCTC ACTCAGTGCA TCTAAATGTT 
GTTAATTTGG ACGTTTACCA TATTACTTGT TCTGTGGTTG ACCATATAGT TAGGTCTACT 
GAGTCGGAGA GTAGGCAATT TTATTCGTAC AAAATTCTGT CCCTTGGGAA TGGGACACAT 
TGGGTTGGCT TGATCAGTAT GCTTTGGCGC GAAGATGCAA AAACTGGTGC TTGGATCATG 
AAGAGTGCAA AGAGTTTAGT AACATCCGAT GGGCCAGCAA GTAAAGTGTC ATCTGCAACA 
AGTGATTACG ATTTTGCTTC TGTATCAACC AGGGAACATA AGGGGGATTC ATCTTCCCAA 
AAACAGAAGG AGCTGATACT GAGCTCCAAA TTCTGTATAC ATATTTGTGT ACCTGCCGTG 
GTGGTTACTC TCTGCAGGTC TGAGTATTTA TCTGTTTTTC ACCTTTTGAA TCATGCCATG 
GATGCATTGT CCAGTGCAGG TGGTGACACA GCTTATGACA TTAGAGGAAC AAGTGTAAAC 
CAATCATCAG TCGTTCTTGA ATGTGGTCTG GTGGAAGTTT ATATTGAACT GGAGCAAGGG 
GATGGGCCTA AAAGCTCATT GGAGAGGGAA CTTCCTGGGT CATGGCACAA GTTAAGGCTG 
GAAATCCAGT ATTTTCAATT GCTTTCTGTT GCTGATGTTG GGGCTGTCAA TGATGCTACC 
TTTCTCTGGG TATCCCACAG GGAAGGGAAG CTGTGGGGTT CTGTTACTTC GATGGCAGAT 
CAGGATATTC TTCTAATCTC TTGTTTCAAT AGTTCAAATG GGCGTGGAGA TGGAGAAGGT 
TCAAATGTTT TATCCTGCAA CCATGCTGGC ACTGATTTTA TGCACTTGTC CGACCCCGAG 
AGTTTCCATA ACTTTATGTC AATTGTTTTG AAATGTGGAA CTATTGTTGC GCCAGGAGGA 
CGCTTAGATT GGCTGGATAA GATAATTTGT TTTGTTAGCT TGCCATCTCC TGAAATAGGT 
GAAACAGCAG ACTGCAATGG GAAGAAAGTG GAGCCTCAGA ATGTTTCGTT ACTTTTGAAA 
TTTACCGATG GGGCATTGAG CTATGAGCCG TACTTTTCGG AGTTAGGAGT CAATGGAGAA 
TGTCTCAATC CTAAGTCTCG TATTTCTATT GGCCTTGATG ATAACCGATG TGATCCATAT 
GTTGCTTGTC TACTGGCTGC ATCATCTTTA ACACTTTCAA GTACAATGGT AGCAGGTAGT 
CTAGAAAATG ATTATCATAT CAGACTGCGA GATGTGGGTC TTCTTCTTCA TGAAGCCTCA 
AAGCAGGAAA AGGTCGTTGG TGAATATGGT GTTGGTCATC TACATGAACT TGGCTACGTC 
AAAATTGCCG GGGAGGCTGT AGTTGACGCA ATCTTGAGAA TCAATTGTGA AAATGACGTT 
TACTGGGATT TAACATGTTC TGAATCTCAT GTTGTTTTCA GTACCTGTCA TGATACAACA 
CTTGGTCTAA TACGTTTGGC TTCTCAAATT CAGCAGCTTT TTGCTCCAGA CATCGAGGAG 
TCTCTTGTGC ACTTGCAGAA CAGGTGGAAT TCTTCAAAAC AAGTGCAGGG AGAGGAGGAT 
GATATTACAA TATCAGAAAC CAGCAGCAAT TCTTCCCCAA GGATATTGCA GGCGCAGCAA 
CTTGCTCCAG ATTCAAAGGT TGAATCTCGG CTGGCTAACT TGATGGGAGA AATATCTGAA 
GATGCCTTTT TGTTTTGTCA AAAAACCATG AACTCCCTTG ACAGGTCAGA ATTCGGTGCA 
GTTGAGGGAA TCGATGGAGG TATATGTCAT GAGAGGCATA GCGTCACTTA TCCGTATCAT 
GAAAATTATA TGGAAGATGG TCATTCGCCA ATTCTGCAGA AATCGAAGAT TATGGAAGGC 
TATAGCCTGT CAGGTTTAAG ATCATTGTCA GAACTAACAG TTAACAGCCA TTTTACAGAA 
GGTAATATTC GGTCAAATTC GGACAGGGGA AATGTTGATG TTCAAAGAGG AAAAAGTGGA 
TGGTATGGGA GTAACTCTTT GAGAATTTTC GAAAATTATG TTCCAGATAG AACAAGTCAA 
TCTCGTTCGA AACAGCTGTT GGAAGGCCAT CTTAAGGAAG ATAATGTTTG CCAAAGATTT 
AAAGGACGCT TATCTCTGAG AAATGTTGAT ATTAAATGGC GTATGTACGC GGGTTCTGAC 
TGGCATGACT TGGGGAAAAC CGTCCGGCAT TCTGAAGATA TCTATGGAAG GGACGGATCT 
GTATGTCTGG AGCTTGCACT ATCTAACATG AATATCCATT GTGACATCTT TCCAGATGGG 
GACTTGTGTG TATCTAAACT TTGTCTTTCT ATCCAAGATC TTCACCTTTA TGACAAAAGC 
AGAAATGCTC CTTGGAAACT GATGCTCGGG TATTATAATT CTAAGGAACG GCCTAGACAA 
TCGTTTTCGA AGGCATTCAA ACTTGACTTG GAAGCTGTCA GACCAGATCC CATGACTCCT 
CTTGAGGAAT ACCGGTTACG TGTAGCTGTC CTTCCAATAT TATTGCATCT TCACCAAAGC 
CAGCTTGATT TTCTTATCTC CTTCTTTGGA GGTCAGTGCC CGCCAGATGA TCCCTCTCAG 
AGCGATACAC AAGATTCGAA TTCATTAGAT ATAACCTTAG CTAAAGATAA CAAGTTGAAA 
GGTGTTGGCC TCGCTGATGA GGCATTGCTT CCATTTTTTC AGAAGTTTGA CATATGGCCT 
ATTATACTTC GAGTTGACTA CTGTCCTAGC CGTGTTGACC TCGCGGCGTT AAGTGGAGGG 
AAATATGTGG AACTTGTAAA CCTTGTGCCG TGGAAGGGAG TTGAGCTACA TCTTAAGCAT 
GTTCAAGCTG CTGGTGTTTA TGGCTGGGGT AATGTATGTG AAACAGCAAT CGGGGAATGG 
CTGGAAGATA TTTCTCAAAA TCAGATCCAT AAGCTATTGC AAGGCCTTCC TACTGTTCGA 
TCAATTGTTT CTGTAAGCTC TGGTGCTGCA AAGTTCGTTT CATTGCCGGT GAAGAATTAT 
AGAAAGGATC ATAGATTAGT GAAGGGTTTA CAAAGAGGGA CTGCGGCATT CCTCAAGAGC 
ATTTCACTTG AAGCTCTTGG ACTTGGTGTG AATTTGGCAG CAGGGGCTCA TGAGATTTTG 
CTTCACGCGG AATGTATTCT CACGAAAATT CAGCCATCTT TACCCCATCC TATTAGAAGC 
AATCTCAAGG CTAACCTGGG ATCTGTAGGG TCTGATCAGC CAGAAGATGC TCAACATGGA 
CTTAAGCAGG CTTATGAAAG TCTTAGTGAC GGCCTTGGAA AGACTGCCTC GGCATTAATT 
CATACTCCCA TGAAAACATA TCAGCGAGGT GGTGGTGCTG GTTCTGCTTT TGTGAGTGCA 
GTCAGGGGAG CTCCTGCTGC TGCCATAGCT CCTGCTTCCG CTGCTGCACA AGCTCTGCGC 
TGTGCCCTTC TTGGTGTCAG AAACAGCCTT GATCCCGAAC ATAAGGAAGA ATCTCTGAAC 
AAGTATTTGG GGTCATCTCG ATCCTGGAAG AAAAGTTGA