LOC104756004 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104756004
Entrez Gene ID	104756004
Full Name	uncharacterized LOC104756004
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010478507.2	XP_010476809.1	uncharacterized protein LOC104756004

Pathways from BioSystems
Gene Ontology

The following LOC104756004 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104756004 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
OCa200100	XM_010478507.2 Latest version!	Camelina sativa uncharacterized LOC104756004 (LOC104756004), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC104756004 ( XM_010478507.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010476809.1 Camelina sativa uncharacterized LOC104756004 (LOC104756004), mRNA.

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CloneID	OCa200100
Clone ID Related Accession (Same CDS sequence)	XM_010478507.2
Accession Version	XM_010478507.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6684bp) 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	Camelina sativa(false flax)
Product	uncharacterized protein LOC104756004
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025701.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010478507.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Camelina sativa 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##

ATGTCGAGTA AACTCTCAAG TGGAGAGCTC TTGAGCCGGT GGAGGAGAAT CGAGGAAGAC 
GAAGAGGAGA ATAACGATTC TGATCCCTCT GCAGTACGAC GTCTTAACCA GCGCAAAGAA 
CAATGGTTTA CAGATGCATT CACTTTATTG ATATCATTGC CCAAGGATAC TCATATTTGG 
TGTGGGCATG GGGATGTAAT GGGACCTCTT ATAGAGACAT TCTACAATTA CTTCAAAGAT 
GATAGAGTTG ATTCACCTCT CAAGGTCTTG TGGAAAAGAA TATCTGAAGA AATGCGGCTT 
TGTGCTCAGT GCATTTGTCA GCACCATCAG ACTCAAGAGA TGTATGAAAA AGAGTACGAG 
TGTTCTTCTG TTGGTCCACT GCTTGTTGTG TTGCGGAAAC TTGATGAGGA AAGGGTGACT 
AGGCACTTGC AAGAGATTAA CTCGAAAATT GATAAAGGAA CATATGATCC TGATCATCAT 
CATGCACAAG TTGTTAGCGT TATGTACGAG GTTTTGATGT TTCCGTTCTT CTTTGATGAT 
ATGTCCTTAT GCGCTGAGTT TGAGAAATTT ATTGAGTCAA TCGTCAACAT TCACGAGCTT 
GCATTTGCTG AGAATCAAGA ATTTCCGGGT GTGTATGCAC TCCTTTTTCT CAATAGAAGG 
GTGCGTATAA TTGGTTATCG CTTGGCAAGG GCCATGGGAA AGTTGAGGTC AGCAACCCAG 
TTGGAGCGCC TCCAGCCATT GCTCAAGAAA TTCATTGGAG TTCTGGAGAT GGAGGGACTG 
CCTTCTGCGT CTCAGGAGCC AAGAACGAGG ATTTATCTAG ATCGCTCATC CATATGGCTT 
GGGATGACAT CATTGCTTGA GTTCTTAGAA GGCCCTGCTT TTGAAGAGGG GATATTAGAG 
CCTTATCCCA TTTTTGTCGA TACAGTGTTG AATCATATAA GCGGTGATTC GCCTGAATTT 
TCGCTGGCTG TTAATTGCCT AAAAGAGCTA TTTAAGACAC TTGGTTGTAA GCTCTGGCTT 
AGGTCTACCT TATCCCCAAG TGTGATGCGT AACACATTGT TGGGTCAGTG TTTCCATACA 
AAAGCTGAGA AGATCCATAA AGCCATTTTT GATCTTTTCC AGCCTCTATT ACAGTCCCTT 
GAAGCGTTGC GTGATGGTGA GCATGAAAAG CAACGTAGAC ACTTTCTCTA CTTTCTCCTT 
CATCAGGTCC CAGTTAGCAG TAACTTCAGC CTTTTAGCAA GAAGAATTGG CCACAAGATT 
GCTCTTCTTA TTGTACTCAG AGGTTACAAG ATGAACCCAC CTTGCCCTCC CTTTGAGTGT 
GCACACATGT GGGGCCCATC TCTTGTGTCG TCGTATAAAG ATTCTTCACT TCATATTTCA 
TTGCGGCAAC CTGCTATTGA TCTTGTCCAA GCTATCTTGG TATCTGATGC AACAGCCTTA 
CTAGCTGCAC TGCTACGTAA TAATACTGGT AAATATATGG GCGATGAGTT GCAATATGAC 
GACGATGACA GTAATCTCCC ATTTTCCCAT ACTGCTGAAG ATGTAAGTGA TCGTCCCTGG 
AGTGACTTTA CCCAGCAGAG CAAAATTACC CTTGGGGAAT GCAAAGAGTG GATGTGCATC 
CCGATGCTGT GGATTTCTAC TCTTACAAAT ACAAATCTTC TAAACCTTCC AGTATCGCTA 
TCCCAAGCAG TATTTTGGTC TCGATCACGT TTTTGTTTGG TGGAATCTGA TAAGAATGAT 
GAAATGACAC TTGATATAGA AACTTGGCTT TCATCTTCTG CTGTTGAAAT CAAAGGCACG 
CTTGGGTGGA AGGTAGCAAC AGGATCTGAT GACGGGGGCC CAGGAAAGGA GTCCAAAAAC 
TCTGTGACAG TATCAAAGAT GTGTCTTACT TTGACACGAA CATTGAAGAG ATTGACCACT 
TGTTATCTGG TCCAAATGGG TGAAGAATGT CGAAAACAGT GGACCTGGGT ACCAGGGATG 
GCCGAAACCT TCATCCTTTC TCTTTCAGAC CCAGATGATA ATGTAAGGCA ATTTGGAAAG 
TCTATGCTGG AACACGTTTC AAATACCAGA GGTCTGTCTT GTGGGCTGAA GTTTCTCTGC 
TCTCAAAGTT CACACCTCCT ATTCGTTTCT TTCGGAGTTA GACATGTCTT ACAGCAGGTC 
CATTTGAGCT CCGTTCTACA AAGCTTTCAG ATCCTGCACC ATTTTTTCTT TTTATTGTTT 
AAGTTGCTGA AGGAAGAGGA GGTGGCCATA ACTGAGGGAG TGAAGAGTTC GGCAGGGGGA 
TTTTTGAGGC AACCGAACTT TAATGCTTTG CCCGTGAGTG AGGGCAGAAA TTCCTCGAGT 
GCTACGCCGG AATTGCTGAA GTTTCATTAC TTGCTGGCAG AAGTTGCATG GGGCGTGATA 
AGGAAGTGCC TAGTTGAGGG AAAGGCTTTT ATCCATCAAA GTCTTTGCCA GATGACATGT 
GTGCGTTTGC TTGAGATTCT TCCTGTTGTT CTGGGAAAAC TTAGAGTAAG CGGTGAAGAC 
TCCTGTGATA CTAGAGGAAG TTTGAAAGAT GCATCTGATC TTAAATGGCT TCCTGATCTC 
ATTGATTGGG GAAGGTCACA ACTTAAGGTT GTTGTTGCGT ATTGGAAACG AGCATTAGTG 
GCTCTGCTAG ACATCTTACA AGGTTCAAAC AGTGACGCTT GTTCCTCGGC TGTCCAAGCT 
ATCAGAAATG TTCTACTCTC TGATGATGTT GACATCGACC AATTAGCAGA ACAAATCTCA 
CGCCTGGTTC CCAAGGCAAA TGAGTACCAG ATTCTCAAAC CTGTTGATGT TGTTGGCAAA 
GTACTAGATA ATATGATGGA TCTAACAGTG GATGGGGCAG AAAAGGAATC ATTGAAAGAG 
TTGCCTAGTC TGCAAAAGTC CCATCTACCT GAAATCAATA AAGCTCCTCC ACCTATCAAA 
AGTATCTCAC AGGTCTCTTC CAAGAGTACT TCTAGTATGG ATGCTTCAAA GCTTTCAGCG 
TCAGTTCTCT CAGAGAGAGA TGTCATAGTT AGCTCAGGTA ATATTGTTAA GGATCTTCCC 
CCGACAAACG CTGAACCAAG CAAGGCTGCT AGTATGAGTA GGGAAGCGGA AAAAAGACAG 
AATATGGAAG ATCCTGTTTC AGTTGGAAAC AGACACAACT TAAAGAAGGC TACTGATGAA 
TTCGTCCCTC GTGGAACTTC AAAAGAGGCT CAGAAATCTG TGACTTCTTC CAAAGCAAAA 
GGCATGGATT TGAGAAAGGT AGTGAACGAG ACGGAGGCTG ATCCACTGGA CTTGGCTCTT 
AAACCTCGGA AAGTGCAGCC ATTACCCCTG GCAAAACCAG GGCCCATTGT TCCCAAAAGA 
CAAGTCATTC AACTTTGTGC ACCTGTCAAT AAGACATCCG ATCGTTGGCA GAGGCAAGAA 
GCCGGATTCA AACGTTTCAG ACCACCAAGG CTTGAAGATT GGTTTAGAAA GATATTGCAA 
ATGGACTACT ATGCGATAGT GGGATTGGCA TCAACAAAGA AAGATGAGAA TCAGAATGTT 
GGAAAGTTTA GGGAAGTTCC TGTACGCTTT GGTTCACCTG AGCAATATAT TCAGATTTTT 
CAACCCTTGG TTCTGGAGGA GTTTAAAGCA CAGTTGCAAA GTTGCTTCCA GGAGATATCG 
TCACTGGAGG AGATATATTA TGGTGTTTTG TCAGTTTTAT CGATTGAAAG GGTTGACGAT 
TTTCACTTTG TTCGTTTTAT GCAAGACGAA AATGATGCTA CCAACTCGAA AAGTTTCTCT 
GAGAATGACT TAATTTTGTT TACAAAAGAG CATCCAGAAA ACAGTAATGT TGGTGTTAAT 
ATGATGGGAA AGGTGGAAGG AAGGGAATGG GATGACAAAA AACGGTCCAG CATTTTGAAT 
GTACGCTTGT ATCTTCAGAA TGCGTCTTCA CGTCTGAATC TAGCTAGAAG GAATCTCTTG 
GAACGTAGCC AGTGGCATGC AAGTCGCATT CTCAACATTA CATCCCAAGT TCGCGAATTT 
CAAGCTCTGT CATCCATAAA GGATATACCT GTACTTCCTC TGATCTTAAG TCCTATGAGT 
GATGCTAATT ATGATTCCGA AGTTAAAAGA TCAGATCTGC GTTCACTACC ACATTCTCTA 
CAGCAAATAC TTAAATCATC TTTCAATGAG AGTCAACTTC AGGCTATTAG TGTTGCTATT 
GGCTCATCCA ATTTGATGAA AGCTTTTGAC ATTTCACTTA TTCAGGGTCC TCCAGGGACT 
GGCAAAACTC GCACTATTGT TGCCATTATA AGTGGCTTGC TTGCATCCGT TTCACATAAA 
GCAAGTGGTA GGGGAAATTC TGAACAAGAT CATAGTTCTT CAACTTCTAG GCAGAGAATG 
AATCCGAATG TCGCTATTGC AAGGGCATGG CAAGATGCAG CTATGGCTAA ACAGCTTAAT 
GATGACGGGG AAACAAAAAA AAAGATAGCA GAAAAGATTG GTAGAGGAAG GGTGCTGATC 
TGTGCTCAGT CAAATGCTGC AGTTGATGAA TTAGTTTCAA GAATATCCAG TCTAGGTATA 
TATGGCGGGG ATGGGAAGAT GTTCAAACCT TATCTTGTAA GGGTTGGAAA TGCAAAAACT 
GTTCATCCAA ATTCATTGCC CTTCTTTCTT GATACCCTTG TTGATCAGCG TTTGGGAGAA 
GAGAGAATGC GGATAAACGA ATCTAAGAGT AATAAGGGTG CAGATTCTTC TGCAATACTG 
CGCTCTAGTC TAGAAAAGAT TGTCGATCAG ATCACGCATT TTGAAGCTAA GCGTGCAAAC 
ATAAATCAAG AAAGTTTAGA CGCCAAAGAT AAGCCGGAGA ATGAACACCT CAACAAAGAT 
GATGATGGGA AGCCAATGTC CGATGCGGAG CTAGGAATAA GATTGCGGAG GTTATATGAG 
CAAAAGAGAA AGATTTACAA AGATCTAAGT GCTGTTCAGG CTCAAGAGAG AAAAGCTAAC 
AATGAATTAA GAGCATTGAA ACATAAGTTG CGGAAGTCCA TTCTTAAGGA AGCCCAAATA 
GTCGTTACAA CTTTAAGTGG TTGTGGAGGA GACTTGTACA ATGTGTGTGC TGAATCTTTA 
TCAGCCCATA AATTCGGTAG TCCATCTGAA GATAATTTAT TTGATGCGGT AGTGATTGAC 
GAAGCAGCTC AGGCTTTGGA GCCCGCTACT TTGATTCCTC TACAGTTGTT GAAGTCAAGA 
GGAACGAAAT GTATAATGGT TGGAGACCCA AAGCAGCTTC CAGCAACCGT TCTCTCTAAC 
GTTGCAAGTA AATTTATGTA TGAATGCAGC ATGTTTGAAC GTCTTCAAAG GGCTGGGTAT 
CCTATCCTTA TGCTTACTCA ACAGTATAGG ATGCATCCAG ACATTTGTAG ATTCCCGTCC 
ATGCACTTCT ACGATGGCAA GTTACTAAAC GGCGTCGACA TGTCAAACAA GTCAGCCCCG 
TTTCACGGAA CTCGTCATCT TGGACCATAC GTTTTCTATG ATATTGTTGA TGGCCAAGAG 
CATCGAAGTG GAGATTCTAG CTCCGTTTGC AATGAACAAG AAGCTGAAGC TGCTGTTCAG 
CTACTTAGAT TTTTCAAGAA GAGATACCCC TCTGAATTTG TGGCTGGAAG GATTGGCATT 
ATAACTCCTT ACAAACGTCA GCTTGCCTTT TTGCGTTCGC GTTTCACTGG TGCATTTGGG 
GCTCAAGTAA CAGCAGATAT GGAACTGAAT ACTGTGGATG GTTTTCAAGG CAGAGAAGTT 
GACATATTAG TGTTATCCAC TGTAAGAGCT ACACATTCTG CTCCTGAAGG GATCAATCAG 
AGTCGAATTG GTTTTGTTTC AGATGTTAGA CGCATGAATG TTGCCCTCAC TAGAGCGAAA 
CTCTCCCTTT GGGTTTTGGG TAACACACGA ACCTTGCAAA GAGACCGTAA CTGGGCTGCT 
CTTGTGGAAG ATGCAAAAGA AAGAGGTGTC ATCATACCAG TTAAGCGACC GTACAACTCC 
ATGTTTGGCG AAAAAGTGAT GGATCAAAAC CATTCTGAGA ATGTTCCAAA GAAATTTCCT 
AACCCTGAGA AGCAGCATTC ACGTCGTAAG GAACAGAAAG CAGGGACATT TGATGATAGA 
AAAAAGAGGA AATCTGATGA AGAAGTTGTG CCTCTCTCAT CAAAAGGATC AGAGAGCAAG 
CACAGCAAAG GAAAAGCCAA AGAAGAAGCT TCTTCTAAAA GGGGAAAACA AGTAGCAAAC 
AGTGAGAAAG TAACATCCGA AGAGACTCTG AGAGGGAGCC ATGAAAAGAA AGAAAAAATG 
AAAGGTAGGG AAAAAAGCAG TAATCCAGAG AATACAGATG CAACTAGTTC GAAGAAAGAA 
AATTCAAATG AGTGGAAGAA ATCCAAGAAG GCTTCATCAA AGCTTGACGG TAGCAAGATG 
GGAAATCCGA CAGATGAAGT TGGACAGAAA GATAGACAGA TAAACAAAGG CAATGCTTCA 
AATCAAGGAG GTGTTGAAGA TATGATATCC AAACGAAAGC AACAGCGTGA AGCTGTTGCT 
GCCATTCTAA ATTCGTCTCT GATTCCTTCA CATAAGCCCA AACCTGCAAA GCGACCATTG 
TCTCCAGGTT CAACCGCTGG CAGTCATACA AGACCGCCTA AGGCTATCAA AGAGTCTAGC 
AAGAACAACA GTAAACAAAG ATAA

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

RefSeq	XP_010476809.1
CDS	217..6900
Translation	MSSKLSSGELLSRWRRIEEDEEENNDSDPSAVRRLNQRKEQWFTDAFTLLISLPKDTHIWCGHGDVMGPLIETFYNYFKDDRVDSPLKVLWKRISEEMRLCAQCICQHHQTQEMYEKEYECSSVGPLLVVLRKLDEERVTRHLQEINSKIDKGTYDPDHHHAQVVSVMYEVLMFPFFFDDMSLCAEFEKFIESIVNIHELAFAENQEFPGVYALLFLNRRVRIIGYRLARAMGKLRSATQLERLQPLLKKFIGVLEMEGLPSASQEPRTRIYLDRSSIWLGMTSLLEFLEGPAFEEGILEPYPIFVDTVLNHISGDSPEFSLAVNCLKELFKTLGCKLWLRSTLSPSVMRNTLLGQCFHTKAEKIHKAIFDLFQPLLQSLEALRDGEHEKQRRHFLYFLLHQVPVSSNFSLLARRIGHKIALLIVLRGYKMNPPCPPFECAHMWGPSLVSSYKDSSLHISLRQPAIDLVQAILVSDATALLAALLRNNTGKYMGDELQYDDDDSNLPFSHTAEDVSDRPWSDFTQQSKITLGECKEWMCIPMLWISTLTNTNLLNLPVSLSQAVFWSRSRFCLVESDKNDEMTLDIETWLSSSAVEIKGTLGWKVATGSDDGGPGKESKNSVTVSKMCLTLTRTLKRLTTCYLVQMGEECRKQWTWVPGMAETFILSLSDPDDNVRQFGKSMLEHVSNTRGLSCGLKFLCSQSSHLLFVSFGVRHVLQQVHLSSVLQSFQILHHFFFLLFKLLKEEEVAITEGVKSSAGGFLRQPNFNALPVSEGRNSSSATPELLKFHYLLAEVAWGVIRKCLVEGKAFIHQSLCQMTCVRLLEILPVVLGKLRVSGEDSCDTRGSLKDASDLKWLPDLIDWGRSQLKVVVAYWKRALVALLDILQGSNSDACSSAVQAIRNVLLSDDVDIDQLAEQISRLVPKANEYQILKPVDVVGKVLDNMMDLTVDGAEKESLKELPSLQKSHLPEINKAPPPIKSISQVSSKSTSSMDASKLSASVLSERDVIVSSGNIVKDLPPTNAEPSKAASMSREAEKRQNMEDPVSVGNRHNLKKATDEFVPRGTSKEAQKSVTSSKAKGMDLRKVVNETEADPLDLALKPRKVQPLPLAKPGPIVPKRQVIQLCAPVNKTSDRWQRQEAGFKRFRPPRLEDWFRKILQMDYYAIVGLASTKKDENQNVGKFREVPVRFGSPEQYIQIFQPLVLEEFKAQLQSCFQEISSLEEIYYGVLSVLSIERVDDFHFVRFMQDENDATNSKSFSENDLILFTKEHPENSNVGVNMMGKVEGREWDDKKRSSILNVRLYLQNASSRLNLARRNLLERSQWHASRILNITSQVREFQALSSIKDIPVLPLILSPMSDANYDSEVKRSDLRSLPHSLQQILKSSFNESQLQAISVAIGSSNLMKAFDISLIQGPPGTGKTRTIVAIISGLLASVSHKASGRGNSEQDHSSSTSRQRMNPNVAIARAWQDAAMAKQLNDDGETKKKIAEKIGRGRVLICAQSNAAVDELVSRISSLGIYGGDGKMFKPYLVRVGNAKTVHPNSLPFFLDTLVDQRLGEERMRINESKSNKGADSSAILRSSLEKIVDQITHFEAKRANINQESLDAKDKPENEHLNKDDDGKPMSDAELGIRLRRLYEQKRKIYKDLSAVQAQERKANNELRALKHKLRKSILKEAQIVVTTLSGCGGDLYNVCAESLSAHKFGSPSEDNLFDAVVIDEAAQALEPATLIPLQLLKSRGTKCIMVGDPKQLPATVLSNVASKFMYECSMFERLQRAGYPILMLTQQYRMHPDICRFPSMHFYDGKLLNGVDMSNKSAPFHGTRHLGPYVFYDIVDGQEHRSGDSSSVCNEQEAEAAVQLLRFFKKRYPSEFVAGRIGIITPYKRQLAFLRSRFTGAFGAQVTADMELNTVDGFQGREVDILVLSTVRATHSAPEGINQSRIGFVSDVRRMNVALTRAKLSLWVLGNTRTLQRDRNWAALVEDAKERGVIIPVKRPYNSMFGEKVMDQNHSENVPKKFPNPEKQHSRRKEQKAGTFDDRKKRKSDEEVVPLSSKGSESKHSKGKAKEEASSKRGKQVANSEKVTSEETLRGSHEKKEKMKGREKSSNPENTDATSSKKENSNEWKKSKKASSKLDGSKMGNPTDEVGQKDRQINKGNASNQGGVEDMISKRKQQREAVAAILNSSLIPSHKPKPAKRPLSPGSTAGSHTRPPKAIKESSKNNSKQR

Target ORF information:

RefSeq Version	XM_010478507.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa uncharacterized LOC104756004 (LOC104756004), mRNA.

Target ORF information:

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

XM_010478507.2

ORF Insert Sequence:

ATGTCGAGTA AACTCTCAAG TGGAGAGCTC TTGAGCCGGT GGAGGAGAAT CGAGGAAGAC 
GAAGAGGAGA ATAACGATTC TGATCCCTCT GCAGTACGAC GTCTTAACCA GCGCAAAGAA 
CAATGGTTTA CAGATGCATT CACTTTATTG ATATCATTGC CCAAGGATAC TCATATTTGG 
TGTGGGCATG GGGATGTAAT GGGACCTCTT ATAGAGACAT TCTACAATTA CTTCAAAGAT 
GATAGAGTTG ATTCACCTCT CAAGGTCTTG TGGAAAAGAA TATCTGAAGA AATGCGGCTT 
TGTGCTCAGT GCATTTGTCA GCACCATCAG ACTCAAGAGA TGTATGAAAA AGAGTACGAG 
TGTTCTTCTG TTGGTCCACT GCTTGTTGTG TTGCGGAAAC TTGATGAGGA AAGGGTGACT 
AGGCACTTGC AAGAGATTAA CTCGAAAATT GATAAAGGAA CATATGATCC TGATCATCAT 
CATGCACAAG TTGTTAGCGT TATGTACGAG GTTTTGATGT TTCCGTTCTT CTTTGATGAT 
ATGTCCTTAT GCGCTGAGTT TGAGAAATTT ATTGAGTCAA TCGTCAACAT TCACGAGCTT 
GCATTTGCTG AGAATCAAGA ATTTCCGGGT GTGTATGCAC TCCTTTTTCT CAATAGAAGG 
GTGCGTATAA TTGGTTATCG CTTGGCAAGG GCCATGGGAA AGTTGAGGTC AGCAACCCAG 
TTGGAGCGCC TCCAGCCATT GCTCAAGAAA TTCATTGGAG TTCTGGAGAT GGAGGGACTG 
CCTTCTGCGT CTCAGGAGCC AAGAACGAGG ATTTATCTAG ATCGCTCATC CATATGGCTT 
GGGATGACAT CATTGCTTGA GTTCTTAGAA GGCCCTGCTT TTGAAGAGGG GATATTAGAG 
CCTTATCCCA TTTTTGTCGA TACAGTGTTG AATCATATAA GCGGTGATTC GCCTGAATTT 
TCGCTGGCTG TTAATTGCCT AAAAGAGCTA TTTAAGACAC TTGGTTGTAA GCTCTGGCTT 
AGGTCTACCT TATCCCCAAG TGTGATGCGT AACACATTGT TGGGTCAGTG TTTCCATACA 
AAAGCTGAGA AGATCCATAA AGCCATTTTT GATCTTTTCC AGCCTCTATT ACAGTCCCTT 
GAAGCGTTGC GTGATGGTGA GCATGAAAAG CAACGTAGAC ACTTTCTCTA CTTTCTCCTT 
CATCAGGTCC CAGTTAGCAG TAACTTCAGC CTTTTAGCAA GAAGAATTGG CCACAAGATT 
GCTCTTCTTA TTGTACTCAG AGGTTACAAG ATGAACCCAC CTTGCCCTCC CTTTGAGTGT 
GCACACATGT GGGGCCCATC TCTTGTGTCG TCGTATAAAG ATTCTTCACT TCATATTTCA 
TTGCGGCAAC CTGCTATTGA TCTTGTCCAA GCTATCTTGG TATCTGATGC AACAGCCTTA 
CTAGCTGCAC TGCTACGTAA TAATACTGGT AAATATATGG GCGATGAGTT GCAATATGAC 
GACGATGACA GTAATCTCCC ATTTTCCCAT ACTGCTGAAG ATGTAAGTGA TCGTCCCTGG 
AGTGACTTTA CCCAGCAGAG CAAAATTACC CTTGGGGAAT GCAAAGAGTG GATGTGCATC 
CCGATGCTGT GGATTTCTAC TCTTACAAAT ACAAATCTTC TAAACCTTCC AGTATCGCTA 
TCCCAAGCAG TATTTTGGTC TCGATCACGT TTTTGTTTGG TGGAATCTGA TAAGAATGAT 
GAAATGACAC TTGATATAGA AACTTGGCTT TCATCTTCTG CTGTTGAAAT CAAAGGCACG 
CTTGGGTGGA AGGTAGCAAC AGGATCTGAT GACGGGGGCC CAGGAAAGGA GTCCAAAAAC 
TCTGTGACAG TATCAAAGAT GTGTCTTACT TTGACACGAA CATTGAAGAG ATTGACCACT 
TGTTATCTGG TCCAAATGGG TGAAGAATGT CGAAAACAGT GGACCTGGGT ACCAGGGATG 
GCCGAAACCT TCATCCTTTC TCTTTCAGAC CCAGATGATA ATGTAAGGCA ATTTGGAAAG 
TCTATGCTGG AACACGTTTC AAATACCAGA GGTCTGTCTT GTGGGCTGAA GTTTCTCTGC 
TCTCAAAGTT CACACCTCCT ATTCGTTTCT TTCGGAGTTA GACATGTCTT ACAGCAGGTC 
CATTTGAGCT CCGTTCTACA AAGCTTTCAG ATCCTGCACC ATTTTTTCTT TTTATTGTTT 
AAGTTGCTGA AGGAAGAGGA GGTGGCCATA ACTGAGGGAG TGAAGAGTTC GGCAGGGGGA 
TTTTTGAGGC AACCGAACTT TAATGCTTTG CCCGTGAGTG AGGGCAGAAA TTCCTCGAGT 
GCTACGCCGG AATTGCTGAA GTTTCATTAC TTGCTGGCAG AAGTTGCATG GGGCGTGATA 
AGGAAGTGCC TAGTTGAGGG AAAGGCTTTT ATCCATCAAA GTCTTTGCCA GATGACATGT 
GTGCGTTTGC TTGAGATTCT TCCTGTTGTT CTGGGAAAAC TTAGAGTAAG CGGTGAAGAC 
TCCTGTGATA CTAGAGGAAG TTTGAAAGAT GCATCTGATC TTAAATGGCT TCCTGATCTC 
ATTGATTGGG GAAGGTCACA ACTTAAGGTT GTTGTTGCGT ATTGGAAACG AGCATTAGTG 
GCTCTGCTAG ACATCTTACA AGGTTCAAAC AGTGACGCTT GTTCCTCGGC TGTCCAAGCT 
ATCAGAAATG TTCTACTCTC TGATGATGTT GACATCGACC AATTAGCAGA ACAAATCTCA 
CGCCTGGTTC CCAAGGCAAA TGAGTACCAG ATTCTCAAAC CTGTTGATGT TGTTGGCAAA 
GTACTAGATA ATATGATGGA TCTAACAGTG GATGGGGCAG AAAAGGAATC ATTGAAAGAG 
TTGCCTAGTC TGCAAAAGTC CCATCTACCT GAAATCAATA AAGCTCCTCC ACCTATCAAA 
AGTATCTCAC AGGTCTCTTC CAAGAGTACT TCTAGTATGG ATGCTTCAAA GCTTTCAGCG 
TCAGTTCTCT CAGAGAGAGA TGTCATAGTT AGCTCAGGTA ATATTGTTAA GGATCTTCCC 
CCGACAAACG CTGAACCAAG CAAGGCTGCT AGTATGAGTA GGGAAGCGGA AAAAAGACAG 
AATATGGAAG ATCCTGTTTC AGTTGGAAAC AGACACAACT TAAAGAAGGC TACTGATGAA 
TTCGTCCCTC GTGGAACTTC AAAAGAGGCT CAGAAATCTG TGACTTCTTC CAAAGCAAAA 
GGCATGGATT TGAGAAAGGT AGTGAACGAG ACGGAGGCTG ATCCACTGGA CTTGGCTCTT 
AAACCTCGGA AAGTGCAGCC ATTACCCCTG GCAAAACCAG GGCCCATTGT TCCCAAAAGA 
CAAGTCATTC AACTTTGTGC ACCTGTCAAT AAGACATCCG ATCGTTGGCA GAGGCAAGAA 
GCCGGATTCA AACGTTTCAG ACCACCAAGG CTTGAAGATT GGTTTAGAAA GATATTGCAA 
ATGGACTACT ATGCGATAGT GGGATTGGCA TCAACAAAGA AAGATGAGAA TCAGAATGTT 
GGAAAGTTTA GGGAAGTTCC TGTACGCTTT GGTTCACCTG AGCAATATAT TCAGATTTTT 
CAACCCTTGG TTCTGGAGGA GTTTAAAGCA CAGTTGCAAA GTTGCTTCCA GGAGATATCG 
TCACTGGAGG AGATATATTA TGGTGTTTTG TCAGTTTTAT CGATTGAAAG GGTTGACGAT 
TTTCACTTTG TTCGTTTTAT GCAAGACGAA AATGATGCTA CCAACTCGAA AAGTTTCTCT 
GAGAATGACT TAATTTTGTT TACAAAAGAG CATCCAGAAA ACAGTAATGT TGGTGTTAAT 
ATGATGGGAA AGGTGGAAGG AAGGGAATGG GATGACAAAA AACGGTCCAG CATTTTGAAT 
GTACGCTTGT ATCTTCAGAA TGCGTCTTCA CGTCTGAATC TAGCTAGAAG GAATCTCTTG 
GAACGTAGCC AGTGGCATGC AAGTCGCATT CTCAACATTA CATCCCAAGT TCGCGAATTT 
CAAGCTCTGT CATCCATAAA GGATATACCT GTACTTCCTC TGATCTTAAG TCCTATGAGT 
GATGCTAATT ATGATTCCGA AGTTAAAAGA TCAGATCTGC GTTCACTACC ACATTCTCTA 
CAGCAAATAC TTAAATCATC TTTCAATGAG AGTCAACTTC AGGCTATTAG TGTTGCTATT 
GGCTCATCCA ATTTGATGAA AGCTTTTGAC ATTTCACTTA TTCAGGGTCC TCCAGGGACT 
GGCAAAACTC GCACTATTGT TGCCATTATA AGTGGCTTGC TTGCATCCGT TTCACATAAA 
GCAAGTGGTA GGGGAAATTC TGAACAAGAT CATAGTTCTT CAACTTCTAG GCAGAGAATG 
AATCCGAATG TCGCTATTGC AAGGGCATGG CAAGATGCAG CTATGGCTAA ACAGCTTAAT 
GATGACGGGG AAACAAAAAA AAAGATAGCA GAAAAGATTG GTAGAGGAAG GGTGCTGATC 
TGTGCTCAGT CAAATGCTGC AGTTGATGAA TTAGTTTCAA GAATATCCAG TCTAGGTATA 
TATGGCGGGG ATGGGAAGAT GTTCAAACCT TATCTTGTAA GGGTTGGAAA TGCAAAAACT 
GTTCATCCAA ATTCATTGCC CTTCTTTCTT GATACCCTTG TTGATCAGCG TTTGGGAGAA 
GAGAGAATGC GGATAAACGA ATCTAAGAGT AATAAGGGTG CAGATTCTTC TGCAATACTG 
CGCTCTAGTC TAGAAAAGAT TGTCGATCAG ATCACGCATT TTGAAGCTAA GCGTGCAAAC 
ATAAATCAAG AAAGTTTAGA CGCCAAAGAT AAGCCGGAGA ATGAACACCT CAACAAAGAT 
GATGATGGGA AGCCAATGTC CGATGCGGAG CTAGGAATAA GATTGCGGAG GTTATATGAG 
CAAAAGAGAA AGATTTACAA AGATCTAAGT GCTGTTCAGG CTCAAGAGAG AAAAGCTAAC 
AATGAATTAA GAGCATTGAA ACATAAGTTG CGGAAGTCCA TTCTTAAGGA AGCCCAAATA 
GTCGTTACAA CTTTAAGTGG TTGTGGAGGA GACTTGTACA ATGTGTGTGC TGAATCTTTA 
TCAGCCCATA AATTCGGTAG TCCATCTGAA GATAATTTAT TTGATGCGGT AGTGATTGAC 
GAAGCAGCTC AGGCTTTGGA GCCCGCTACT TTGATTCCTC TACAGTTGTT GAAGTCAAGA 
GGAACGAAAT GTATAATGGT TGGAGACCCA AAGCAGCTTC CAGCAACCGT TCTCTCTAAC 
GTTGCAAGTA AATTTATGTA TGAATGCAGC ATGTTTGAAC GTCTTCAAAG GGCTGGGTAT 
CCTATCCTTA TGCTTACTCA ACAGTATAGG ATGCATCCAG ACATTTGTAG ATTCCCGTCC 
ATGCACTTCT ACGATGGCAA GTTACTAAAC GGCGTCGACA TGTCAAACAA GTCAGCCCCG 
TTTCACGGAA CTCGTCATCT TGGACCATAC GTTTTCTATG ATATTGTTGA TGGCCAAGAG 
CATCGAAGTG GAGATTCTAG CTCCGTTTGC AATGAACAAG AAGCTGAAGC TGCTGTTCAG 
CTACTTAGAT TTTTCAAGAA GAGATACCCC TCTGAATTTG TGGCTGGAAG GATTGGCATT 
ATAACTCCTT ACAAACGTCA GCTTGCCTTT TTGCGTTCGC GTTTCACTGG TGCATTTGGG 
GCTCAAGTAA CAGCAGATAT GGAACTGAAT ACTGTGGATG GTTTTCAAGG CAGAGAAGTT 
GACATATTAG TGTTATCCAC TGTAAGAGCT ACACATTCTG CTCCTGAAGG GATCAATCAG 
AGTCGAATTG GTTTTGTTTC AGATGTTAGA CGCATGAATG TTGCCCTCAC TAGAGCGAAA 
CTCTCCCTTT GGGTTTTGGG TAACACACGA ACCTTGCAAA GAGACCGTAA CTGGGCTGCT 
CTTGTGGAAG ATGCAAAAGA AAGAGGTGTC ATCATACCAG TTAAGCGACC GTACAACTCC 
ATGTTTGGCG AAAAAGTGAT GGATCAAAAC CATTCTGAGA ATGTTCCAAA GAAATTTCCT 
AACCCTGAGA AGCAGCATTC ACGTCGTAAG GAACAGAAAG CAGGGACATT TGATGATAGA 
AAAAAGAGGA AATCTGATGA AGAAGTTGTG CCTCTCTCAT CAAAAGGATC AGAGAGCAAG 
CACAGCAAAG GAAAAGCCAA AGAAGAAGCT TCTTCTAAAA GGGGAAAACA AGTAGCAAAC 
AGTGAGAAAG TAACATCCGA AGAGACTCTG AGAGGGAGCC ATGAAAAGAA AGAAAAAATG 
AAAGGTAGGG AAAAAAGCAG TAATCCAGAG AATACAGATG CAACTAGTTC GAAGAAAGAA 
AATTCAAATG AGTGGAAGAA ATCCAAGAAG GCTTCATCAA AGCTTGACGG TAGCAAGATG 
GGAAATCCGA CAGATGAAGT TGGACAGAAA GATAGACAGA TAAACAAAGG CAATGCTTCA 
AATCAAGGAG GTGTTGAAGA TATGATATCC AAACGAAAGC AACAGCGTGA AGCTGTTGCT 
GCCATTCTAA ATTCGTCTCT GATTCCTTCA CATAAGCCCA AACCTGCAAA GCGACCATTG 
TCTCCAGGTT CAACCGCTGG CAGTCATACA AGACCGCCTA AGGCTATCAA AGAGTCTAGC 
AAGAACAACA GTAAACAAAG ATAA