LOC106640339 cDNA ORF clone, Copidosoma floridanum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106640339
Entrez Gene ID	106640339
Full Name	uveal autoantigen with coiled-coil domains and ankyrin repeats
Gene Type	protein-coding
Organism	Copidosoma floridanum

mRNA and Protein(s)

mRNA	Protein	Name
XM_014354339.1	XP_014209825.1	uveal autoantigen with coiled-coil domains and ankyrin repeats

Pathways from BioSystems
Gene Ontology

The following LOC106640339 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106640339 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
OCo14496	XM_014354339.1 Latest version!	Copidosoma floridanum uveal autoantigen with coiled-coil domains and ankyrin repeats (LOC106640339), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

ORF Online Only Promotion

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)

LOC106640339 ( XM_014354339.1 ) cDNA ORF clone, Copidosoma floridanum -> XP_014209825.1 Copidosoma floridanum uveal autoantigen with coiled-coil domains and ankyrin repeats (LOC106640339), mRNA.

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CloneID	OCo14496
Clone ID Related Accession (Same CDS sequence)	XM_014354339.1
Accession Version	XM_014354339.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6081bp) 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	2017-12-25
Organism	Copidosoma floridanum
Product	uveal autoantigen with coiled-coil domains and ankyrin repeats
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019379481.1) 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 Name :: Copidosoma floridanum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 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##

ATGGACGACA TAGGAAACGA GTCGGATGCG TACAGCGAGT ATGGTTCAGG AGAAGAGGCA 
GAATCGTCAA GCGGTGGTTC CATCCCAGAG CCGATTACTT ACAACACGGA AGATTTCGTA 
TCGCAGCCCA GGCTTTCCGA GCACGGGACG GTTCCTCAGA ACATACTGGA ATTCGACCAC 
TCGTTTGGCT ACGACTGTCG AAAGCGCTTC AACCTCTGCG CGGCCGATCC CGACACTCTC 
ATTTTCGCAT CCGGCAATTT GATACACTTC CTCGACGTGC CGGAAAATAA ACTCACATTC 
CGACGCTCTT CCACCGGCGG TGGTATCGGC CACATCACCA AAAATCCGGC GTTCAATCAC 
ATCGCCATCG GTGAGAACGG AATAGATCCT CCTGTAATTA TATACGAGTG GCCTGGCATG 
GAAATCGTGA GCGTCTTGCT CGGCGGCACC ACCCGTTCTT ATTCTCACTT GCGTTACAGC 
CCGGACGGCG AGCAACTGGT GACCCAGGGT GGCGAGCCGG ACTACCTGAT AACCATATGG 
AACTGGCGGT CGTCGAAGGT GGCCCTGCAG TGCAAGTCCC ACGGACAGGA CGTGTACAAC 
GTGGTGTTCT CGCCGACGAT GCCGGGCCAC ATGACCTCGT GCGGCTCGGG GCACATCAAG 
ACCTGGAAAA TGTCCGGTAC GTTCACGGGC CTGAAGCTAC AGGGGGAGCT CGGCCGGTTC 
GGCAAAACCG AGATCTCGGA TATCGTGGGC GTGTATCCGA TGCCCGACGA GAAGGTCATT 
TCGGGCTGCG AGTGGGGCAA CATACTCGTG TGGGACGAGG GATTGATAAA GATCGAGGTG 
CGCAGGAAAC AGAACAGGCC CTGCCACGCG GGCTACGTGT CCCAATTCGA ATACATCAGC 
GACGAGCTTG TTTCCATTGG CACCGACGGC CGTATAAACT TTTGGTACTA CGAGACGATC 
GATCTGGCGG AGCAGTCGGA GGACAACCAC TACCTCGAGG TCGAACCGAT CTACGAGGTC 
GTGGTAGAGG AGGGCGAGGA CACGGCGATG CTCATGCAGA TACTAAAGCG AGAGCCCGCC 
GATCCCGATG ACGCTCTGTG GTACGCTCAG GACGGCAACG GGGGCCTGTG GCTGGTCGAC 
CTGTCGACCA TGCGGACCCC CGAGGCCCCC AAAAAGCTCC TGAGATGCCA CGCGGGACCT 
ATCATGGACA TGGACGCTGC CGATTGGGGA CCATACGCCG CGACCATAGG CCAGGACGGC 
CGGCTGCACG TCTACGACTA CCTCGAGAAG AGGCTGCTGC TCGCCCACCG GTTCCTCGAT 
CCCGGCTCCT GCCTCCTCTG GCTCCCGTGT TCGGTCGAAC CGAGTGGCTC GACGCTCGTC 
TGTGCCTTCG GCACCGGAGT CCTTCGCGTG GTGATCGTTG ATCCGACAAA GGCCACGACC 
CCGAGGTTGA TCCAAGTTCT GAAGCCGCAC GTGAAGAGCG TCACTCGCGT CTCGACCAAC 
CCGTCCAACA CTGTATTGGT GACGGGGAGC GAGGATATGA CCGTGTTCGT GTTTCGAATC 
GAGAGGCAGG AGAAGTCGTA CCCGGTTCTG GTGCCGATCG GCTACCTGAG GCTCCCGTCG 
GGCGTCACTT TTGTCACCTG GAAGCCACAG ACCAAGTCAA CGGTGCTGGT CGGGTGCTCG 
AGGGGAGACT GCGTGCAAGC GGACCTCCCA GAAGAAGTCC AAGCGTACAC GACGATTTCT 
TACGAGCTGA CCGAGTGCGA GCCGATCGCG TTCAAGTTCG AGTCCGTGAA GTCGTCGATA 
CTGAGGGAAC AAGCTCGCTT GGCGAACGAG AGACGGAGGC AGGAGAGGAT AGCCGAGCTG 
ATGGCCGAGT TGGCGTCCAT GAGGGAGAAG GATCCCAACC TCGAGCTCGA CGAGGACGTT 
TTTTTCGAAT CCGAGCTGGA AGATGAGCCC CCGCTTCCGG AGATTTACGT GCCGGAAGTG 
CCCAACGGCG TGCTGGCGGC CTTTTACACG ACGAGGGACA CTCTGCTGCT GTCAATTGCC 
GGATACGACG CCGGCTATAC GTACGAGTAC TCCAATCCCC AGCTCGATCA ACAGCCCGCG 
CTCGTCGGCA GTAATTTAGT CGTCGACAGC GACGACCAGG AGATTCGCAG CTTTCTGTTC 
TTGAGCGAGC GAAAGTACAT AGTCCTGGGA ATGGAACGCG GTGAGATCCG GGTGTGTCGG 
ACGAACCCGC GCGAGGAAGC GGACTTTTCC GACTATTGGC TACTGCCGAT GCACGACAAC 
GACAACGGCC ACGTGTCCAG CATGCGCTTG GGCTGCGAGG GCAACGTGCT TTTGACTTGC 
GGCTACGACG GCAGCATCTT CTCGTTTGCC GTCAACGACG ACTCGGGTAG ACGAACCGCC 
CGTGTCCGCT CCACGGCCGA TGTACCGGAT ATCGAGGATC TGGATCATCC GAGTTTGGAG 
GAGGTCATCG TGCAGGCCGA GCGGGACAGA GTCATGCGCA ACGCCAAGGA AGACAAGGAG 
CACACCCTGG CAGTACTGCG CGAATTGACC GAAGAGTTCA ACTCGATTTT GAAGAGGAAC 
GGTAGTTTGC CGCAGTCGCA GAGGCTCACC GACGACGAGC TAGAGCTGGA CCAGAGGATC 
ACGGTGGACC TGGACCGCGA GCTAGAGGCG CAGATGGAGC TCGTGCACGA CAAGTTGGCC 
CACGATCTGG AAAAGAGCAA GCTGAGGCTG AAGAAGCTCA TGGACCACTT TGTCGAGCCG 
ATCACGTGTT TGTCCTTCGT GGTGAAAAAG ATATCGGACC CGAGCTCTAT GGTTCACTCT 
CTGAGGGAGC TGAAGCTGAC GGGTGACTAT GCTGTTGGCC AATCGGACAG CTCGAGGAAC 
GACGAGCACC ATCAGGACGG CGCCGCGCCA GCGAACGATC AGCAGAGTTT GTTGACCCTG 
GATTCCGCCA GGACCGCCAG CACATTAGGC TCGGGCGGCA GCGACCGCGA GGCTGGGGCG 
CCGGTTCCCG GGATGGAGAG TTTTCTGAAG GGCCTGAGCC CGGAAACGAT CCAGTTCCAC 
TTGGGCGACG AGATAAACCA GCTCTTGAAA AAATACCGAT CCCTCAAGGG CAAGCTCGAA 
GAGCAGGAGC AGGAGTGGAA AACCCTGCAG TCGGAAAAGC CCGACCCGAA AGCCGTGAAT 
TCCGAGGACA AGGAAGCGAT CGAGCGCTCA AAGAGCACCG TGGGCGACTA CAAGCTCAAG 
GTCCTGCTGG ACGTGGACCC GGAGAACCGA GCGACCGTCG AGAGCAAGTA CAAACAGATT 
GTCGATTGCA GGCGAAAGAT ACACTTCCGC CGCGAGGACT TTAACACCAA GCTCCGAGAG 
CTACGGGCGA GGAAGGTCGA GCTGCAGGTG GAAGTCGACC TGTTGCTCAA GCGGTTGAAA 
AAAATCCACG ACGAGATACC CGAGGAACAG GCGAAGGCGC TGCCGAAACC ACCCGCCATC 
GATCACGACG AGGAGTTTCC TGAAAAAAAT CTCGAGCTCG AGTCGTACGT CCCGACGTCG 
GAGCGCATCA AAAAGTCAAA GAAGAGGCGG CTGTCGTCCA TCACGACGCA AATGACGGTC 
GACGATTCGG ACGAGGAGTA CGAGATCCTG CTGATGGACG AGGCGCGCTT TCGGCCGAAC 
GAGTGCTGCG GTGGTCCTGG AGACGGCGGG GGAAACTCCG TTTTTGCCTT GGACGAGAAG 
CAACAGGTGC AGGTGATCCC GTGCGTCGTG CCGCTGGAGC TTATAGCCGC GCTGCAACTG 
CCCGACAAGA GTGACAGCAA GTTAGAGCGC GAGATGAAGC GGGCGCGCAT GGCGCGGAAG 
ATCCACGAGC AGGACGAGAT CCTGAGCCAC ATAAGCCGGA GCTACGAGGC CTTCGACGAG 
GAGCTCGGGC GCCTCGAGGG TGAGCGGCTC GACATCGTTT ACGAGAGCGT CTACATGGAC 
CTGCACCTGC TGACGATGCA CCAGGAGCTC ATTGTCCTGA AAAAGTTCGA GGGCATGGAG 
AAGGAGTTCT CGAGAAAGGT CGACGATCAA GTCAAGACCA GGACCCTCGT GGCGAAGAAG 
ATCGAAAAAC TAGCGAGGAA AGTTGAGGAG AAGAAAAACT CCGTGGCGAG GCTGCGGGAA 
AAAATCAAGG AGAACACGGC GCGCTACCTA AACTCCATCG CCGGGCACAA GTACTACGTT 
TTCCTCAAGA AAATCTGCAA GAAAAAGTAC AGCGCTCCAA AACCCCACGA CGACCACGAC 
GACGATGCCT CATCCTTTTC GTTCGAGAAT AACAGCAGCA GCAGCAGCAG CAGCAGCAGT 
AGCTCCGAAG ACGACCCGAA CGACCCAAGG TACTCGAGCT CGAGTGATTT CGACAGCGAG 
AGGGTCGCGC TACTACACAT GACAGAGACC GAGTGCCCGG ACGATCTCGA GCGCGAGATC 
TACGACGAGG CGTTTGCGGT GCGCGAGACT CGATACGCGG AGGAGCACCG GATACAGGAC 
GAGTGGCGCA GTGCGGAGCT GCTGCAGGAG GAGCTTGATG CTCAGCGCAA TAGGATCGAG 
ACCACGGAGA TCGAGCTAAA GGCCGATCGC GCCCAATTGC AGGCCCTCCT GCGGGAAAAA 
CAAAAACAGC TCAACGACAT CGACGTCACG GTTATCATGA AGCTCGACCA ACTGCAGCTG 
TTCACCGGCG AGGCTGACAA GCCGGAGAGC ATTCAAAACT GCATAGTCTT CGACAAGGAT 
CGGCTCTCTC GGCTCTACGC GAGGGTCGGC GAACTGGAGC AGGATACGAG GGAGCTGCAG 
GAGAAGCACA GGAACGACAA AGGGCACCTC CGCAAGATCA AGGTAGATTG CGAGTCCATG 
AGGAAGGAGC TGGAAGCTCT GAAGGAGCAG ACACAGAGGG AGATGGAGCA AAAGTTTGGC 
CAGCAAGTGT CCCTCGTCTC ACTGTACGAG GCGGTGCTCA AGAGGTTGAT CCACAACATC 
AAGGCCAATA CGAGCTCGCT GATGAAGTTT TACGACGACA AGATCAAAGT TATCAGGAAG 
GAGTACAAGG AGCAACTCCA GGTGCTCAAG GATTTGATTC AAGACAATAC GGAGAAGCTG 
AGTTTTCTCA CGGTTTTGGA GGAGGAGCTC TTCAAGCTGC ACAAGATGCA AAAACTCAAA 
ATCATACCCG AGGAAGAGAT AAGCAAAATA GAATCGCAAT ACAAGTCGGA TCTGAGCAAA 
CTCAAGGCCA TGCTGAAGAA CCAAGAGAAG CAGAAGGAGA GCATTTCCAG GGACATAAGA 
TCTCTGAGCC TCAAAACAAA GTGTTTGCAA CCGGAGGTTA CTGAACGCAA AAAGCCGGAC 
AAGCCAACGG GATCTGGGCC GAAAAGTGCG GGGAAAGTGG ACGAATCGAA GCCAGCGAGT 
TTCGAAGACA AAGAAATCAC CGTCGACGAC TGTGAACACT TTAAAAAAGT CATAGCTATA 
CGGCACCTGT TGTCGCAAAT CACAGCCGTG GACGATGTCA ATACCAAGGA AACGGTGGAA 
AAAATGTTGA GAGAAGTCAT TGGCAAACTG AAACGGGCCG GCTGCTGCGA AGAGGAGATT 
AAAAAAAATA TCAGCGAGAT CATGCACATG TCGGATGAAG AGCAAGAATC GTCTCAAATT 
GACAACCTGT TTAGCAGCGA GAGTCTCGCT GACATAATTC ACCAGTACGA TGAAAAGACA 
AATGATATTT CGTTTGCCGA GGAAATCAAT CCCGAAACTT ACGGTAGATT GAGAGAATTG 
TTTTCCAGTG TGGGCATTAA AGACGAAACT GGAAGTATAG CACTGACGAT AGTGAAGAAT 
TTGAAAACGA GCGGAGAGGT GGCTTCTGCC TTGAAGTATA CCTTGAGAAA ATTACCGAAT 
ACCAGCTACG AAGTAAAAAC AACTCTGCGG GAACATATAA AGCACTCGTT GATGGAAATC 
ATGAATAACA TCACACTACA GTTATTTACA ATTAAATCTA GTAGTAATGT TATTCTCAAC 
ATAACAGTTT CCATCTACAC ATATTCTAAA CGAATCTATC TTGTCTTTAC ATTGATTTAT 
TTTACAAGTC CTTACAAATA A

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

RefSeq	XP_014209825.1
CDS	1..6081
Translation	MDDIGNESDAYSEYGSGEEAESSSGGSIPEPITYNTEDFVSQPRLSEHGTVPQNILEFDHSFGYDCRKRFNLCAADPDTLIFASGNLIHFLDVPENKLTFRRSSTGGGIGHITKNPAFNHIAIGENGIDPPVIIYEWPGMEIVSVLLGGTTRSYSHLRYSPDGEQLVTQGGEPDYLITIWNWRSSKVALQCKSHGQDVYNVVFSPTMPGHMTSCGSGHIKTWKMSGTFTGLKLQGELGRFGKTEISDIVGVYPMPDEKVISGCEWGNILVWDEGLIKIEVRRKQNRPCHAGYVSQFEYISDELVSIGTDGRINFWYYETIDLAEQSEDNHYLEVEPIYEVVVEEGEDTAMLMQILKREPADPDDALWYAQDGNGGLWLVDLSTMRTPEAPKKLLRCHAGPIMDMDAADWGPYAATIGQDGRLHVYDYLEKRLLLAHRFLDPGSCLLWLPCSVEPSGSTLVCAFGTGVLRVVIVDPTKATTPRLIQVLKPHVKSVTRVSTNPSNTVLVTGSEDMTVFVFRIERQEKSYPVLVPIGYLRLPSGVTFVTWKPQTKSTVLVGCSRGDCVQADLPEEVQAYTTISYELTECEPIAFKFESVKSSILREQARLANERRRQERIAELMAELASMREKDPNLELDEDVFFESELEDEPPLPEIYVPEVPNGVLAAFYTTRDTLLLSIAGYDAGYTYEYSNPQLDQQPALVGSNLVVDSDDQEIRSFLFLSERKYIVLGMERGEIRVCRTNPREEADFSDYWLLPMHDNDNGHVSSMRLGCEGNVLLTCGYDGSIFSFAVNDDSGRRTARVRSTADVPDIEDLDHPSLEEVIVQAERDRVMRNAKEDKEHTLAVLRELTEEFNSILKRNGSLPQSQRLTDDELELDQRITVDLDRELEAQMELVHDKLAHDLEKSKLRLKKLMDHFVEPITCLSFVVKKISDPSSMVHSLRELKLTGDYAVGQSDSSRNDEHHQDGAAPANDQQSLLTLDSARTASTLGSGGSDREAGAPVPGMESFLKGLSPETIQFHLGDEINQLLKKYRSLKGKLEEQEQEWKTLQSEKPDPKAVNSEDKEAIERSKSTVGDYKLKVLLDVDPENRATVESKYKQIVDCRRKIHFRREDFNTKLRELRARKVELQVEVDLLLKRLKKIHDEIPEEQAKALPKPPAIDHDEEFPEKNLELESYVPTSERIKKSKKRRLSSITTQMTVDDSDEEYEILLMDEARFRPNECCGGPGDGGGNSVFALDEKQQVQVIPCVVPLELIAALQLPDKSDSKLEREMKRARMARKIHEQDEILSHISRSYEAFDEELGRLEGERLDIVYESVYMDLHLLTMHQELIVLKKFEGMEKEFSRKVDDQVKTRTLVAKKIEKLARKVEEKKNSVARLREKIKENTARYLNSIAGHKYYVFLKKICKKKYSAPKPHDDHDDDASSFSFENNSSSSSSSSSSSEDDPNDPRYSSSSDFDSERVALLHMTETECPDDLEREIYDEAFAVRETRYAEEHRIQDEWRSAELLQEELDAQRNRIETTEIELKADRAQLQALLREKQKQLNDIDVTVIMKLDQLQLFTGEADKPESIQNCIVFDKDRLSRLYARVGELEQDTRELQEKHRNDKGHLRKIKVDCESMRKELEALKEQTQREMEQKFGQQVSLVSLYEAVLKRLIHNIKANTSSLMKFYDDKIKVIRKEYKEQLQVLKDLIQDNTEKLSFLTVLEEELFKLHKMQKLKIIPEEEISKIESQYKSDLSKLKAMLKNQEKQKESISRDIRSLSLKTKCLQPEVTERKKPDKPTGSGPKSAGKVDESKPASFEDKEITVDDCEHFKKVIAIRHLLSQITAVDDVNTKETVEKMLREVIGKLKRAGCCEEEIKKNISEIMHMSDEEQESSQIDNLFSSESLADIIHQYDEKTNDISFAEEINPETYGRLRELFSSVGIKDETGSIALTIVKNLKTSGEVASALKYTLRKLPNTSYEVKTTLREHIKHSLMEIMNNITLQLFTIKSSSNVILNITVSIYTYSKRIYLVFTLIYFTSPYK

Target ORF information:

RefSeq Version	XM_014354339.1
Organism	Copidosoma floridanum
Definition	Copidosoma floridanum uveal autoantigen with coiled-coil domains and ankyrin repeats (LOC106640339), mRNA.

Target ORF information:

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

XM_014354339.1

ORF Insert Sequence:

ATGGACGACA TAGGAAACGA GTCGGATGCG TACAGCGAGT ATGGTTCAGG AGAAGAGGCA 
GAATCGTCAA GCGGTGGTTC CATCCCAGAG CCGATTACTT ACAACACGGA AGATTTCGTA 
TCGCAGCCCA GGCTTTCCGA GCACGGGACG GTTCCTCAGA ACATACTGGA ATTCGACCAC 
TCGTTTGGCT ACGACTGTCG AAAGCGCTTC AACCTCTGCG CGGCCGATCC CGACACTCTC 
ATTTTCGCAT CCGGCAATTT GATACACTTC CTCGACGTGC CGGAAAATAA ACTCACATTC 
CGACGCTCTT CCACCGGCGG TGGTATCGGC CACATCACCA AAAATCCGGC GTTCAATCAC 
ATCGCCATCG GTGAGAACGG AATAGATCCT CCTGTAATTA TATACGAGTG GCCTGGCATG 
GAAATCGTGA GCGTCTTGCT CGGCGGCACC ACCCGTTCTT ATTCTCACTT GCGTTACAGC 
CCGGACGGCG AGCAACTGGT GACCCAGGGT GGCGAGCCGG ACTACCTGAT AACCATATGG 
AACTGGCGGT CGTCGAAGGT GGCCCTGCAG TGCAAGTCCC ACGGACAGGA CGTGTACAAC 
GTGGTGTTCT CGCCGACGAT GCCGGGCCAC ATGACCTCGT GCGGCTCGGG GCACATCAAG 
ACCTGGAAAA TGTCCGGTAC GTTCACGGGC CTGAAGCTAC AGGGGGAGCT CGGCCGGTTC 
GGCAAAACCG AGATCTCGGA TATCGTGGGC GTGTATCCGA TGCCCGACGA GAAGGTCATT 
TCGGGCTGCG AGTGGGGCAA CATACTCGTG TGGGACGAGG GATTGATAAA GATCGAGGTG 
CGCAGGAAAC AGAACAGGCC CTGCCACGCG GGCTACGTGT CCCAATTCGA ATACATCAGC 
GACGAGCTTG TTTCCATTGG CACCGACGGC CGTATAAACT TTTGGTACTA CGAGACGATC 
GATCTGGCGG AGCAGTCGGA GGACAACCAC TACCTCGAGG TCGAACCGAT CTACGAGGTC 
GTGGTAGAGG AGGGCGAGGA CACGGCGATG CTCATGCAGA TACTAAAGCG AGAGCCCGCC 
GATCCCGATG ACGCTCTGTG GTACGCTCAG GACGGCAACG GGGGCCTGTG GCTGGTCGAC 
CTGTCGACCA TGCGGACCCC CGAGGCCCCC AAAAAGCTCC TGAGATGCCA CGCGGGACCT 
ATCATGGACA TGGACGCTGC CGATTGGGGA CCATACGCCG CGACCATAGG CCAGGACGGC 
CGGCTGCACG TCTACGACTA CCTCGAGAAG AGGCTGCTGC TCGCCCACCG GTTCCTCGAT 
CCCGGCTCCT GCCTCCTCTG GCTCCCGTGT TCGGTCGAAC CGAGTGGCTC GACGCTCGTC 
TGTGCCTTCG GCACCGGAGT CCTTCGCGTG GTGATCGTTG ATCCGACAAA GGCCACGACC 
CCGAGGTTGA TCCAAGTTCT GAAGCCGCAC GTGAAGAGCG TCACTCGCGT CTCGACCAAC 
CCGTCCAACA CTGTATTGGT GACGGGGAGC GAGGATATGA CCGTGTTCGT GTTTCGAATC 
GAGAGGCAGG AGAAGTCGTA CCCGGTTCTG GTGCCGATCG GCTACCTGAG GCTCCCGTCG 
GGCGTCACTT TTGTCACCTG GAAGCCACAG ACCAAGTCAA CGGTGCTGGT CGGGTGCTCG 
AGGGGAGACT GCGTGCAAGC GGACCTCCCA GAAGAAGTCC AAGCGTACAC GACGATTTCT 
TACGAGCTGA CCGAGTGCGA GCCGATCGCG TTCAAGTTCG AGTCCGTGAA GTCGTCGATA 
CTGAGGGAAC AAGCTCGCTT GGCGAACGAG AGACGGAGGC AGGAGAGGAT AGCCGAGCTG 
ATGGCCGAGT TGGCGTCCAT GAGGGAGAAG GATCCCAACC TCGAGCTCGA CGAGGACGTT 
TTTTTCGAAT CCGAGCTGGA AGATGAGCCC CCGCTTCCGG AGATTTACGT GCCGGAAGTG 
CCCAACGGCG TGCTGGCGGC CTTTTACACG ACGAGGGACA CTCTGCTGCT GTCAATTGCC 
GGATACGACG CCGGCTATAC GTACGAGTAC TCCAATCCCC AGCTCGATCA ACAGCCCGCG 
CTCGTCGGCA GTAATTTAGT CGTCGACAGC GACGACCAGG AGATTCGCAG CTTTCTGTTC 
TTGAGCGAGC GAAAGTACAT AGTCCTGGGA ATGGAACGCG GTGAGATCCG GGTGTGTCGG 
ACGAACCCGC GCGAGGAAGC GGACTTTTCC GACTATTGGC TACTGCCGAT GCACGACAAC 
GACAACGGCC ACGTGTCCAG CATGCGCTTG GGCTGCGAGG GCAACGTGCT TTTGACTTGC 
GGCTACGACG GCAGCATCTT CTCGTTTGCC GTCAACGACG ACTCGGGTAG ACGAACCGCC 
CGTGTCCGCT CCACGGCCGA TGTACCGGAT ATCGAGGATC TGGATCATCC GAGTTTGGAG 
GAGGTCATCG TGCAGGCCGA GCGGGACAGA GTCATGCGCA ACGCCAAGGA AGACAAGGAG 
CACACCCTGG CAGTACTGCG CGAATTGACC GAAGAGTTCA ACTCGATTTT GAAGAGGAAC 
GGTAGTTTGC CGCAGTCGCA GAGGCTCACC GACGACGAGC TAGAGCTGGA CCAGAGGATC 
ACGGTGGACC TGGACCGCGA GCTAGAGGCG CAGATGGAGC TCGTGCACGA CAAGTTGGCC 
CACGATCTGG AAAAGAGCAA GCTGAGGCTG AAGAAGCTCA TGGACCACTT TGTCGAGCCG 
ATCACGTGTT TGTCCTTCGT GGTGAAAAAG ATATCGGACC CGAGCTCTAT GGTTCACTCT 
CTGAGGGAGC TGAAGCTGAC GGGTGACTAT GCTGTTGGCC AATCGGACAG CTCGAGGAAC 
GACGAGCACC ATCAGGACGG CGCCGCGCCA GCGAACGATC AGCAGAGTTT GTTGACCCTG 
GATTCCGCCA GGACCGCCAG CACATTAGGC TCGGGCGGCA GCGACCGCGA GGCTGGGGCG 
CCGGTTCCCG GGATGGAGAG TTTTCTGAAG GGCCTGAGCC CGGAAACGAT CCAGTTCCAC 
TTGGGCGACG AGATAAACCA GCTCTTGAAA AAATACCGAT CCCTCAAGGG CAAGCTCGAA 
GAGCAGGAGC AGGAGTGGAA AACCCTGCAG TCGGAAAAGC CCGACCCGAA AGCCGTGAAT 
TCCGAGGACA AGGAAGCGAT CGAGCGCTCA AAGAGCACCG TGGGCGACTA CAAGCTCAAG 
GTCCTGCTGG ACGTGGACCC GGAGAACCGA GCGACCGTCG AGAGCAAGTA CAAACAGATT 
GTCGATTGCA GGCGAAAGAT ACACTTCCGC CGCGAGGACT TTAACACCAA GCTCCGAGAG 
CTACGGGCGA GGAAGGTCGA GCTGCAGGTG GAAGTCGACC TGTTGCTCAA GCGGTTGAAA 
AAAATCCACG ACGAGATACC CGAGGAACAG GCGAAGGCGC TGCCGAAACC ACCCGCCATC 
GATCACGACG AGGAGTTTCC TGAAAAAAAT CTCGAGCTCG AGTCGTACGT CCCGACGTCG 
GAGCGCATCA AAAAGTCAAA GAAGAGGCGG CTGTCGTCCA TCACGACGCA AATGACGGTC 
GACGATTCGG ACGAGGAGTA CGAGATCCTG CTGATGGACG AGGCGCGCTT TCGGCCGAAC 
GAGTGCTGCG GTGGTCCTGG AGACGGCGGG GGAAACTCCG TTTTTGCCTT GGACGAGAAG 
CAACAGGTGC AGGTGATCCC GTGCGTCGTG CCGCTGGAGC TTATAGCCGC GCTGCAACTG 
CCCGACAAGA GTGACAGCAA GTTAGAGCGC GAGATGAAGC GGGCGCGCAT GGCGCGGAAG 
ATCCACGAGC AGGACGAGAT CCTGAGCCAC ATAAGCCGGA GCTACGAGGC CTTCGACGAG 
GAGCTCGGGC GCCTCGAGGG TGAGCGGCTC GACATCGTTT ACGAGAGCGT CTACATGGAC 
CTGCACCTGC TGACGATGCA CCAGGAGCTC ATTGTCCTGA AAAAGTTCGA GGGCATGGAG 
AAGGAGTTCT CGAGAAAGGT CGACGATCAA GTCAAGACCA GGACCCTCGT GGCGAAGAAG 
ATCGAAAAAC TAGCGAGGAA AGTTGAGGAG AAGAAAAACT CCGTGGCGAG GCTGCGGGAA 
AAAATCAAGG AGAACACGGC GCGCTACCTA AACTCCATCG CCGGGCACAA GTACTACGTT 
TTCCTCAAGA AAATCTGCAA GAAAAAGTAC AGCGCTCCAA AACCCCACGA CGACCACGAC 
GACGATGCCT CATCCTTTTC GTTCGAGAAT AACAGCAGCA GCAGCAGCAG CAGCAGCAGT 
AGCTCCGAAG ACGACCCGAA CGACCCAAGG TACTCGAGCT CGAGTGATTT CGACAGCGAG 
AGGGTCGCGC TACTACACAT GACAGAGACC GAGTGCCCGG ACGATCTCGA GCGCGAGATC 
TACGACGAGG CGTTTGCGGT GCGCGAGACT CGATACGCGG AGGAGCACCG GATACAGGAC 
GAGTGGCGCA GTGCGGAGCT GCTGCAGGAG GAGCTTGATG CTCAGCGCAA TAGGATCGAG 
ACCACGGAGA TCGAGCTAAA GGCCGATCGC GCCCAATTGC AGGCCCTCCT GCGGGAAAAA 
CAAAAACAGC TCAACGACAT CGACGTCACG GTTATCATGA AGCTCGACCA ACTGCAGCTG 
TTCACCGGCG AGGCTGACAA GCCGGAGAGC ATTCAAAACT GCATAGTCTT CGACAAGGAT 
CGGCTCTCTC GGCTCTACGC GAGGGTCGGC GAACTGGAGC AGGATACGAG GGAGCTGCAG 
GAGAAGCACA GGAACGACAA AGGGCACCTC CGCAAGATCA AGGTAGATTG CGAGTCCATG 
AGGAAGGAGC TGGAAGCTCT GAAGGAGCAG ACACAGAGGG AGATGGAGCA AAAGTTTGGC 
CAGCAAGTGT CCCTCGTCTC ACTGTACGAG GCGGTGCTCA AGAGGTTGAT CCACAACATC 
AAGGCCAATA CGAGCTCGCT GATGAAGTTT TACGACGACA AGATCAAAGT TATCAGGAAG 
GAGTACAAGG AGCAACTCCA GGTGCTCAAG GATTTGATTC AAGACAATAC GGAGAAGCTG 
AGTTTTCTCA CGGTTTTGGA GGAGGAGCTC TTCAAGCTGC ACAAGATGCA AAAACTCAAA 
ATCATACCCG AGGAAGAGAT AAGCAAAATA GAATCGCAAT ACAAGTCGGA TCTGAGCAAA 
CTCAAGGCCA TGCTGAAGAA CCAAGAGAAG CAGAAGGAGA GCATTTCCAG GGACATAAGA 
TCTCTGAGCC TCAAAACAAA GTGTTTGCAA CCGGAGGTTA CTGAACGCAA AAAGCCGGAC 
AAGCCAACGG GATCTGGGCC GAAAAGTGCG GGGAAAGTGG ACGAATCGAA GCCAGCGAGT 
TTCGAAGACA AAGAAATCAC CGTCGACGAC TGTGAACACT TTAAAAAAGT CATAGCTATA 
CGGCACCTGT TGTCGCAAAT CACAGCCGTG GACGATGTCA ATACCAAGGA AACGGTGGAA 
AAAATGTTGA GAGAAGTCAT TGGCAAACTG AAACGGGCCG GCTGCTGCGA AGAGGAGATT 
AAAAAAAATA TCAGCGAGAT CATGCACATG TCGGATGAAG AGCAAGAATC GTCTCAAATT 
GACAACCTGT TTAGCAGCGA GAGTCTCGCT GACATAATTC ACCAGTACGA TGAAAAGACA 
AATGATATTT CGTTTGCCGA GGAAATCAAT CCCGAAACTT ACGGTAGATT GAGAGAATTG 
TTTTCCAGTG TGGGCATTAA AGACGAAACT GGAAGTATAG CACTGACGAT AGTGAAGAAT 
TTGAAAACGA GCGGAGAGGT GGCTTCTGCC TTGAAGTATA CCTTGAGAAA ATTACCGAAT 
ACCAGCTACG AAGTAAAAAC AACTCTGCGG GAACATATAA AGCACTCGTT GATGGAAATC 
ATGAATAACA TCACACTACA GTTATTTACA ATTAAATCTA GTAGTAATGT TATTCTCAAC 
ATAACAGTTT CCATCTACAC ATATTCTAAA CGAATCTATC TTGTCTTTAC ATTGATTTAT 
TTTACAAGTC CTTACAAATA A