LOC104768604 cDNA ORF clone, Camelina sativa(false flax)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104768604
Entrez Gene ID	104768604
Full Name	ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like
Gene Type	protein-coding
Organism	Camelina sativa(false flax)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010492616.2	XP_010490918.1	ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like

Pathways from BioSystems
Gene Ontology

The following LOC104768604 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104768604 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
OCa216251	XM_010492616.2 Latest version!	Camelina sativa ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like (LOC104768604), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC104768604 ( XM_010492616.2 ) cDNA ORF clone, Camelina sativa(false flax) -> XP_010490918.1 Camelina sativa ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like (LOC104768604), mRNA.

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CloneID	OCa216251
Clone ID Related Accession (Same CDS sequence)	XM_010492616.2
Accession Version	XM_010492616.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4854bp) 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	ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_025704.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 29, 2016 this sequence version replaced XM_010492616.1. ##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##

ATGGCGATGA TGAAATCTCT TTCCCCTGTT CCAAAGCTTC TCTCAACAAC ACCAAGCTCT 
GTTCTTTCTT CTGACAAGAA CTTCTTCTTC GTCGATTTCG TTGGATTGTA CTGTAAGTCT 
AAGCGAACCA GACGCAGACT TCGTGGAGGA GGAGACTCCT CACGCTCTTC TTCTTCTCGC 
TTATCCTCTG TTCGTGCTGT TCTCGACCTT GAACGTGTCT CTGACAAAGA TCTCTCTTCT 
CCTTCTGTTT TAAAACCTCA GGTTGCTAAT TTGGAAGATA TATTGTCTGA GAGAGGAGCT 
TGTGGAGTTG GGTTTATAGC AAACTTAGAT AACATACCTT CACATGGAGT TGTCAAGGCT 
GCTCTTATCG CTCTTGGCTG TATGGAACAT CGTGGAGGTT GTGGTGCTGA CAATGATTCT 
GGTGATGGCT CTGGTCTTAT GTCTTCCATT CCTTGGGATT ACTTTAACGT CTGGGCCAAG 
GAACAAGGTC TTTCTCCCTT TGATAAGTTG CATACTGGTG TTGGTATGAT CTTTCTTCCT 
CAAGATGATA CCTTTATGCA AGCAGCCAAA CAAGTTACTG AAAACATATT TGAGAAAGAA 
GGATTACAAG TTCTTGGATG GAGGGAAGTT CCTGTAAATG CTCCCATAGT TGGTAAAAAC 
GCTAAGGAGA CAATGCCTAA CATACAGCAA GTGTTTGTGA AAATCGCAAA GGAAGATAGT 
ACTGATGACA TTGAAAGGGA GCTTTACATC TGCAGGAAAC TAATCGAAAG GGCGGTGGCT 
ACTGAGAGTT GGGGAACTGA GCTTTACTTC TGTTCACTTT CCAATCAAAC CATAGTGTAC 
AAGGGGATGC TTCGATCCGA AGCTCTTGGA TTGTTTTATC TTGACCTTCA GAATGAGCTT 
TATACGTCTC CTTTTGCTAT TTATCACCGA AGGTACAGTA CAAACACTAG TCCTAGGTGG 
CCTCTTGCTC AACCAATGAG GTTTCTTGGA CATAACGGAG AGATCAATAC AATACAGGGG 
AACTTAAACT GGATGCAGTC TCGAGAAGCT TCCTTGAAGT CCTCTGTTTG GAATGGCCGT 
GAAAATGAAA TTCGTCCATT TGGTAATCCC AGGGGTTCAG ACTCTGCTAA TCTTGATAGT 
GCTGCAGAAA TAATGATTAG AAGTGGTCGA ACTCCAGAAG AAGCTCTTAT GATTCTTGTC 
CCTGAGGCAT ACAAAAACCA TCCAACTTTA TCTGACAAAT ATCCTGAGGT TATAGATTTC 
TATGACTACT ACAAAGGACA AATGGAGGCT TGGGATGGTC CTGCCTTACT TTTGTTCAGT 
GATGGAAAAA CAGTTGGGGC TTGTCTTGAC CGTAATGGAC TTCGTCCTGC TCGATATTGG 
CGGACTAGTG ACAATTTCGT CTATGTAGCA TCTGAGGTCG GAGTTGTACC AGTTGATGAG 
GCAAAAGTCA CAATGAAAGG CCGTTTAGGA CCCGGAATGA TGATTGCTGC TGACCTAGTG 
AATGGCCAGG TATATGAGAA TACAGAGGTA AAGAAGAGAA TATCTTCATT TAATCCATAT 
GGAAAGTGGA TCAAAGAAAA TTCCAGGTCC TTGAAGCCTG TGAATTTCAA ATCCGCAACT 
GTCATGGAAA ATGAAGAAAT CCTAAGAAGC CAACAGGCAT TTGGTTATTC AAGTGAAGAT 
GTGCAAATGG TTATTGAGTC TATGGCTTCC CAAGGAAAAG AACCAACATT CTGCATGGGA 
GATGATATTC CGCTGGCTGG ATTGTCTCAA AGACCACATA TGCTTTACGA TTATTTCAAA 
CAAAGATTTG CCCAGGTTAC AAACCCTGCC ATTGATCCCC TTAGGGAAGG TTTGGTTATG 
TCTCTTGAAG TTAATATTGG AAAACGTGGA AACATATTAG AGCTTGGGCC TGAGAACGCC 
TCACAGGTTA TACTGTCTAA CCCTGTGTTA AACGAAGGAG CATTGGAGGA GTTAATGAAG 
GATACATACT TGAAACCCAA GGTTCTGTCA ACATATTTCG ATATAAGAAA AGGAGTTGAA 
GGTTCCTTGC AAAAGGCTAT ATATTATCTT TGTGAAGCAG CTGATGATGC TGTCCGAAGT 
GGCTCTCAGC TCCTCGTTCT TTCAGACCGA TCCGATAGCC TGGAACCAAC CCGGCCTGCA 
ATTCCCATAA TGTTAGCTGT TGGTGCTGTC CATCAACATC TTATTCAGAA CGGGTTGCGG 
ATGTCAGCTT CCATTGTTGC TGATACTGCC CAGTGCTTCA GCACACATCA TTTTGCATGT 
CTGGTTGGAT ATGGTGCAAG TGCTGTATGC CCATACTTGG CACTAGAGAC ATGTAGGCAA 
TGGCGCTTAA GTAACAAAAC TGTAGCCTTT ATGCGGAATG GGAAAATTCC TACTGTAACC 
ATTGAGCAAG CTCAGAAGAA TTATACCAAG GCGGTTAATG CAGGACTTCT TAAAATTCTT 
TCTAAGATGG GCATCTCATT GCTTTCAAGT TATTGTGGTG CTCAGATATT TGAGATATAT 
GGTTTGGGAA AGGACGTTGT TGATCTTGCA TTCACTGGAA GTGTGTCCAA AATCAGTGGA 
CTCACCTTTG ATGAGTTGGC AAGGGAGACA TTGTCTTTCT GGGTGAAGGC CTTTTCTGAG 
GATACAACTA AACGATTAGA AAATTTTGGA TTTATTCAAT TTAGGCCTGG AGGTGAGTAT 
CATTCAAACA ACCCAGAGAT GTCAAAGTTG CTACACAAGG CTGTCCGTGA AAAGAGTGAA 
ACTGCATATG CAGTCTATCA ACAGCATCTC TCTAACCGAC CTGTTAATGT CCTCCGTGAT 
CTGCTTGAGT TCAAGAGTGA CCGTGCACCA ATCCCAGTAG GAAAAGTCGA ACCAGCCGTT 
GCTATTGTTA AGAGATTTTG TACAGGTGGA ATGTCACTTG GTGCTATTTC AAGAGAAACT 
CATGAAGCAA TTGCTATTGC AATGAACAGA ATTGGTGGTA AATCAAACTC TGGAGAAGGT 
GGAGAGGATC CTATCCGTTG GAAGCCACTT ACAGATGTGG TTGATGGATA TTCACCAACA 
TTGCCACATC TCAAAGGTCT TCAAAACGGA GATATTGCAA CAAGTGCTAT CAAGCAGGTT 
GCTTCAGGGC GTTTTGGAGT CACACCAACA TTCTTGGTGA ATGCAGATCA GTTGGAAATC 
AAAGTCGCAC AAGGTGCTAA GCCTGGGGAA GGCGGTCAGC TTCCAGGAAA GAAAGTTAGT 
GCGTATATCG CAAGGCTAAG AAGCTCCAAA CCTGGTGTTC CGCTTATATC ACCACCTCCT 
CACCACGATA TTTACTCTAT AGAGGATCTT GCTCAGTTGA TCTTTGATCT ACACCAGATT 
AATCCAAATG CAAAAGTATC AGTCAAGCTG GTCGCAGAAG CTGGAATAGG AACAGTTGCT 
TCTGGAGTTG CAAAGGGTAA CGCTGATATC ATTCAGATAT CAGGGCATGA TGGTGGAACT 
GGTGCTAGTC CAATAAGTTC CATAAAACAT GCTGGTGGAC CATGGGAACT TGGACTAACA 
GAAACTCACC AAACACTTAT TGAAAACGGA CTCAGAGAAA GAGTCATATT AAGAGTCGAT 
GGAGGCTTAA AGAGTGGCGT TGATGTTCTA ATGGCTGCAG CTATGGGTGC TGATGAATAC 
GGTTTTGGTT CCTTGGCCAT GATTGCTACT GGTTGTGTTA TGGCTCGTAT TTGCCACACT 
AATAATTGCC CAGTGGGTGT AGCAAGTCAG AGAGAAGAGT TACGTGCAAG ATTCCCCGGT 
GTGCCTGGTG ATCTTGTCAA TTACTTCTTA TACGTAGCAG AAGAGGTGAG AGGCATCTTA 
GCACAGTTGG GATACAGCAA GTTAGATGAT ATCATTGGAC GAACAGAGCT ACTGAAACCA 
CGAGACATTT CGCTAGTTAA AACTCAGCAT CTTGATTTGA GTTATCTTCT TTCGTCTGTT 
GGAACACCTT CAATGAGCAG TACTGAAATC AGGAAGCAGG ATGTTCATAC AAATGGACCT 
GTTCTAGATG ACGATATTCT TGCAGATCCA TTGGTGATAG ATGCAATAGA GAACGAAAAG 
GTGGTTGAGA AAACCGTCAA AATATGCAAC GTAGACCGTG CGGCTTGTGG TCGCGTTGCT 
GGTGTTATCG CAAAGAAGTA TGGAGACACT GGTTTCGCCG GACAAGTGAA TCTAACTTTC 
CTTGGGAGCG CAGGACAGTC CTTTGGGTGC TTTTTGATTC CCGGTATGAA CATCCGGCTC 
ATAGGAGAGT CAAATGACTA CGTTGGAAAG GGAATGGCTG GTGGTGAAAT AGTAGTAACT 
CCTGTGGACA CAATTGGTTT TGTGCCTGAG GAAGCAACCA TAGTTGGGAA CACTTGCTTG 
TATGGTGCTA CGGGAGGTCA GATATTCGCT AGAGGCAAAG CTGGAGAGAG ATTTGCAGTG 
AGAAACTCAC TCGCTGAAGC AGTAGTTGAA GGCACTGGAG ACCATTGCTG TGAGTACATG 
ACTGGTGGCT GTGTAGTCGT GCTTGGAAAG GTTGGAAGAA ACGTGGCTGC GGGTATGACA 
GGAGGCATAG CTTACCTTCT TGATGAAGAT GACACTCTTC TTCCTAAGAT CAACCGAGAG 
ATAGTGAAGA TGCAGAGAGT AACTGCACCT GCAGGGGAAT TGCAGCTGAA GAGCTTAATT 
GAAGCCCATG TCGAAAAAAC CGGAAGCAGC AAAGGTGCAA CGATTCTGAA TGAATGGGAC 
AAGTATCTAC CTCTCTTCTG GCAACTGGTT CCACCGAGCG AGGAAGACAC TCCTGAAGCT 
TCTGCTGCTT ATGTAAGAAC AGCCACAGGC GAAGTCACAT TTCAATCGGC ATAG

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

RefSeq	XP_010490918.1
CDS	83..4936
Translation	MAMMKSLSPVPKLLSTTPSSVLSSDKNFFFVDFVGLYCKSKRTRRRLRGGGDSSRSSSSRLSSVRAVLDLERVSDKDLSSPSVLKPQVANLEDILSERGACGVGFIANLDNIPSHGVVKAALIALGCMEHRGGCGADNDSGDGSGLMSSIPWDYFNVWAKEQGLSPFDKLHTGVGMIFLPQDDTFMQAAKQVTENIFEKEGLQVLGWREVPVNAPIVGKNAKETMPNIQQVFVKIAKEDSTDDIERELYICRKLIERAVATESWGTELYFCSLSNQTIVYKGMLRSEALGLFYLDLQNELYTSPFAIYHRRYSTNTSPRWPLAQPMRFLGHNGEINTIQGNLNWMQSREASLKSSVWNGRENEIRPFGNPRGSDSANLDSAAEIMIRSGRTPEEALMILVPEAYKNHPTLSDKYPEVIDFYDYYKGQMEAWDGPALLLFSDGKTVGACLDRNGLRPARYWRTSDNFVYVASEVGVVPVDEAKVTMKGRLGPGMMIAADLVNGQVYENTEVKKRISSFNPYGKWIKENSRSLKPVNFKSATVMENEEILRSQQAFGYSSEDVQMVIESMASQGKEPTFCMGDDIPLAGLSQRPHMLYDYFKQRFAQVTNPAIDPLREGLVMSLEVNIGKRGNILELGPENASQVILSNPVLNEGALEELMKDTYLKPKVLSTYFDIRKGVEGSLQKAIYYLCEAADDAVRSGSQLLVLSDRSDSLEPTRPAIPIMLAVGAVHQHLIQNGLRMSASIVADTAQCFSTHHFACLVGYGASAVCPYLALETCRQWRLSNKTVAFMRNGKIPTVTIEQAQKNYTKAVNAGLLKILSKMGISLLSSYCGAQIFEIYGLGKDVVDLAFTGSVSKISGLTFDELARETLSFWVKAFSEDTTKRLENFGFIQFRPGGEYHSNNPEMSKLLHKAVREKSETAYAVYQQHLSNRPVNVLRDLLEFKSDRAPIPVGKVEPAVAIVKRFCTGGMSLGAISRETHEAIAIAMNRIGGKSNSGEGGEDPIRWKPLTDVVDGYSPTLPHLKGLQNGDIATSAIKQVASGRFGVTPTFLVNADQLEIKVAQGAKPGEGGQLPGKKVSAYIARLRSSKPGVPLISPPPHHDIYSIEDLAQLIFDLHQINPNAKVSVKLVAEAGIGTVASGVAKGNADIIQISGHDGGTGASPISSIKHAGGPWELGLTETHQTLIENGLRERVILRVDGGLKSGVDVLMAAAMGADEYGFGSLAMIATGCVMARICHTNNCPVGVASQREELRARFPGVPGDLVNYFLYVAEEVRGILAQLGYSKLDDIIGRTELLKPRDISLVKTQHLDLSYLLSSVGTPSMSSTEIRKQDVHTNGPVLDDDILADPLVIDAIENEKVVEKTVKICNVDRAACGRVAGVIAKKYGDTGFAGQVNLTFLGSAGQSFGCFLIPGMNIRLIGESNDYVGKGMAGGEIVVTPVDTIGFVPEEATIVGNTCLYGATGGQIFARGKAGERFAVRNSLAEAVVEGTGDHCCEYMTGGCVVVLGKVGRNVAAGMTGGIAYLLDEDDTLLPKINREIVKMQRVTAPAGELQLKSLIEAHVEKTGSSKGATILNEWDKYLPLFWQLVPPSEEDTPEASAAYVRTATGEVTFQSA

Target ORF information:

RefSeq Version	XM_010492616.2
Organism	Camelina sativa(false flax)
Definition	Camelina sativa ferredoxin-dependent glutamate synthase 1, chloroplastic/mitochondrial-like (LOC104768604), mRNA.

Target ORF information:

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

XM_010492616.2

ORF Insert Sequence:

ATGGCGATGA TGAAATCTCT TTCCCCTGTT CCAAAGCTTC TCTCAACAAC ACCAAGCTCT 
GTTCTTTCTT CTGACAAGAA CTTCTTCTTC GTCGATTTCG TTGGATTGTA CTGTAAGTCT 
AAGCGAACCA GACGCAGACT TCGTGGAGGA GGAGACTCCT CACGCTCTTC TTCTTCTCGC 
TTATCCTCTG TTCGTGCTGT TCTCGACCTT GAACGTGTCT CTGACAAAGA TCTCTCTTCT 
CCTTCTGTTT TAAAACCTCA GGTTGCTAAT TTGGAAGATA TATTGTCTGA GAGAGGAGCT 
TGTGGAGTTG GGTTTATAGC AAACTTAGAT AACATACCTT CACATGGAGT TGTCAAGGCT 
GCTCTTATCG CTCTTGGCTG TATGGAACAT CGTGGAGGTT GTGGTGCTGA CAATGATTCT 
GGTGATGGCT CTGGTCTTAT GTCTTCCATT CCTTGGGATT ACTTTAACGT CTGGGCCAAG 
GAACAAGGTC TTTCTCCCTT TGATAAGTTG CATACTGGTG TTGGTATGAT CTTTCTTCCT 
CAAGATGATA CCTTTATGCA AGCAGCCAAA CAAGTTACTG AAAACATATT TGAGAAAGAA 
GGATTACAAG TTCTTGGATG GAGGGAAGTT CCTGTAAATG CTCCCATAGT TGGTAAAAAC 
GCTAAGGAGA CAATGCCTAA CATACAGCAA GTGTTTGTGA AAATCGCAAA GGAAGATAGT 
ACTGATGACA TTGAAAGGGA GCTTTACATC TGCAGGAAAC TAATCGAAAG GGCGGTGGCT 
ACTGAGAGTT GGGGAACTGA GCTTTACTTC TGTTCACTTT CCAATCAAAC CATAGTGTAC 
AAGGGGATGC TTCGATCCGA AGCTCTTGGA TTGTTTTATC TTGACCTTCA GAATGAGCTT 
TATACGTCTC CTTTTGCTAT TTATCACCGA AGGTACAGTA CAAACACTAG TCCTAGGTGG 
CCTCTTGCTC AACCAATGAG GTTTCTTGGA CATAACGGAG AGATCAATAC AATACAGGGG 
AACTTAAACT GGATGCAGTC TCGAGAAGCT TCCTTGAAGT CCTCTGTTTG GAATGGCCGT 
GAAAATGAAA TTCGTCCATT TGGTAATCCC AGGGGTTCAG ACTCTGCTAA TCTTGATAGT 
GCTGCAGAAA TAATGATTAG AAGTGGTCGA ACTCCAGAAG AAGCTCTTAT GATTCTTGTC 
CCTGAGGCAT ACAAAAACCA TCCAACTTTA TCTGACAAAT ATCCTGAGGT TATAGATTTC 
TATGACTACT ACAAAGGACA AATGGAGGCT TGGGATGGTC CTGCCTTACT TTTGTTCAGT 
GATGGAAAAA CAGTTGGGGC TTGTCTTGAC CGTAATGGAC TTCGTCCTGC TCGATATTGG 
CGGACTAGTG ACAATTTCGT CTATGTAGCA TCTGAGGTCG GAGTTGTACC AGTTGATGAG 
GCAAAAGTCA CAATGAAAGG CCGTTTAGGA CCCGGAATGA TGATTGCTGC TGACCTAGTG 
AATGGCCAGG TATATGAGAA TACAGAGGTA AAGAAGAGAA TATCTTCATT TAATCCATAT 
GGAAAGTGGA TCAAAGAAAA TTCCAGGTCC TTGAAGCCTG TGAATTTCAA ATCCGCAACT 
GTCATGGAAA ATGAAGAAAT CCTAAGAAGC CAACAGGCAT TTGGTTATTC AAGTGAAGAT 
GTGCAAATGG TTATTGAGTC TATGGCTTCC CAAGGAAAAG AACCAACATT CTGCATGGGA 
GATGATATTC CGCTGGCTGG ATTGTCTCAA AGACCACATA TGCTTTACGA TTATTTCAAA 
CAAAGATTTG CCCAGGTTAC AAACCCTGCC ATTGATCCCC TTAGGGAAGG TTTGGTTATG 
TCTCTTGAAG TTAATATTGG AAAACGTGGA AACATATTAG AGCTTGGGCC TGAGAACGCC 
TCACAGGTTA TACTGTCTAA CCCTGTGTTA AACGAAGGAG CATTGGAGGA GTTAATGAAG 
GATACATACT TGAAACCCAA GGTTCTGTCA ACATATTTCG ATATAAGAAA AGGAGTTGAA 
GGTTCCTTGC AAAAGGCTAT ATATTATCTT TGTGAAGCAG CTGATGATGC TGTCCGAAGT 
GGCTCTCAGC TCCTCGTTCT TTCAGACCGA TCCGATAGCC TGGAACCAAC CCGGCCTGCA 
ATTCCCATAA TGTTAGCTGT TGGTGCTGTC CATCAACATC TTATTCAGAA CGGGTTGCGG 
ATGTCAGCTT CCATTGTTGC TGATACTGCC CAGTGCTTCA GCACACATCA TTTTGCATGT 
CTGGTTGGAT ATGGTGCAAG TGCTGTATGC CCATACTTGG CACTAGAGAC ATGTAGGCAA 
TGGCGCTTAA GTAACAAAAC TGTAGCCTTT ATGCGGAATG GGAAAATTCC TACTGTAACC 
ATTGAGCAAG CTCAGAAGAA TTATACCAAG GCGGTTAATG CAGGACTTCT TAAAATTCTT 
TCTAAGATGG GCATCTCATT GCTTTCAAGT TATTGTGGTG CTCAGATATT TGAGATATAT 
GGTTTGGGAA AGGACGTTGT TGATCTTGCA TTCACTGGAA GTGTGTCCAA AATCAGTGGA 
CTCACCTTTG ATGAGTTGGC AAGGGAGACA TTGTCTTTCT GGGTGAAGGC CTTTTCTGAG 
GATACAACTA AACGATTAGA AAATTTTGGA TTTATTCAAT TTAGGCCTGG AGGTGAGTAT 
CATTCAAACA ACCCAGAGAT GTCAAAGTTG CTACACAAGG CTGTCCGTGA AAAGAGTGAA 
ACTGCATATG CAGTCTATCA ACAGCATCTC TCTAACCGAC CTGTTAATGT CCTCCGTGAT 
CTGCTTGAGT TCAAGAGTGA CCGTGCACCA ATCCCAGTAG GAAAAGTCGA ACCAGCCGTT 
GCTATTGTTA AGAGATTTTG TACAGGTGGA ATGTCACTTG GTGCTATTTC AAGAGAAACT 
CATGAAGCAA TTGCTATTGC AATGAACAGA ATTGGTGGTA AATCAAACTC TGGAGAAGGT 
GGAGAGGATC CTATCCGTTG GAAGCCACTT ACAGATGTGG TTGATGGATA TTCACCAACA 
TTGCCACATC TCAAAGGTCT TCAAAACGGA GATATTGCAA CAAGTGCTAT CAAGCAGGTT 
GCTTCAGGGC GTTTTGGAGT CACACCAACA TTCTTGGTGA ATGCAGATCA GTTGGAAATC 
AAAGTCGCAC AAGGTGCTAA GCCTGGGGAA GGCGGTCAGC TTCCAGGAAA GAAAGTTAGT 
GCGTATATCG CAAGGCTAAG AAGCTCCAAA CCTGGTGTTC CGCTTATATC ACCACCTCCT 
CACCACGATA TTTACTCTAT AGAGGATCTT GCTCAGTTGA TCTTTGATCT ACACCAGATT 
AATCCAAATG CAAAAGTATC AGTCAAGCTG GTCGCAGAAG CTGGAATAGG AACAGTTGCT 
TCTGGAGTTG CAAAGGGTAA CGCTGATATC ATTCAGATAT CAGGGCATGA TGGTGGAACT 
GGTGCTAGTC CAATAAGTTC CATAAAACAT GCTGGTGGAC CATGGGAACT TGGACTAACA 
GAAACTCACC AAACACTTAT TGAAAACGGA CTCAGAGAAA GAGTCATATT AAGAGTCGAT 
GGAGGCTTAA AGAGTGGCGT TGATGTTCTA ATGGCTGCAG CTATGGGTGC TGATGAATAC 
GGTTTTGGTT CCTTGGCCAT GATTGCTACT GGTTGTGTTA TGGCTCGTAT TTGCCACACT 
AATAATTGCC CAGTGGGTGT AGCAAGTCAG AGAGAAGAGT TACGTGCAAG ATTCCCCGGT 
GTGCCTGGTG ATCTTGTCAA TTACTTCTTA TACGTAGCAG AAGAGGTGAG AGGCATCTTA 
GCACAGTTGG GATACAGCAA GTTAGATGAT ATCATTGGAC GAACAGAGCT ACTGAAACCA 
CGAGACATTT CGCTAGTTAA AACTCAGCAT CTTGATTTGA GTTATCTTCT TTCGTCTGTT 
GGAACACCTT CAATGAGCAG TACTGAAATC AGGAAGCAGG ATGTTCATAC AAATGGACCT 
GTTCTAGATG ACGATATTCT TGCAGATCCA TTGGTGATAG ATGCAATAGA GAACGAAAAG 
GTGGTTGAGA AAACCGTCAA AATATGCAAC GTAGACCGTG CGGCTTGTGG TCGCGTTGCT 
GGTGTTATCG CAAAGAAGTA TGGAGACACT GGTTTCGCCG GACAAGTGAA TCTAACTTTC 
CTTGGGAGCG CAGGACAGTC CTTTGGGTGC TTTTTGATTC CCGGTATGAA CATCCGGCTC 
ATAGGAGAGT CAAATGACTA CGTTGGAAAG GGAATGGCTG GTGGTGAAAT AGTAGTAACT 
CCTGTGGACA CAATTGGTTT TGTGCCTGAG GAAGCAACCA TAGTTGGGAA CACTTGCTTG 
TATGGTGCTA CGGGAGGTCA GATATTCGCT AGAGGCAAAG CTGGAGAGAG ATTTGCAGTG 
AGAAACTCAC TCGCTGAAGC AGTAGTTGAA GGCACTGGAG ACCATTGCTG TGAGTACATG 
ACTGGTGGCT GTGTAGTCGT GCTTGGAAAG GTTGGAAGAA ACGTGGCTGC GGGTATGACA 
GGAGGCATAG CTTACCTTCT TGATGAAGAT GACACTCTTC TTCCTAAGAT CAACCGAGAG 
ATAGTGAAGA TGCAGAGAGT AACTGCACCT GCAGGGGAAT TGCAGCTGAA GAGCTTAATT 
GAAGCCCATG TCGAAAAAAC CGGAAGCAGC AAAGGTGCAA CGATTCTGAA TGAATGGGAC 
AAGTATCTAC CTCTCTTCTG GCAACTGGTT CCACCGAGCG AGGAAGACAC TCCTGAAGCT 
TCTGCTGCTT ATGTAAGAAC AGCCACAGGC GAAGTCACAT TTCAATCGGC ATAG