LOC112291314 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC112291314 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC112291314 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
OPn56264	XM_024538516.1 Latest version!	Physcomitrella patens DNA-directed RNA polymerase II subunit 1-like (LOC112291314), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC112291314 ( XM_024538516.1 ) cDNA ORF clone, -> XP_024394284.1 Physcomitrella patens DNA-directed RNA polymerase II subunit 1-like (LOC112291314), mRNA.

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CloneID	OPn56264
Clone ID Related Accession (Same CDS sequence)	XM_024538516.1
Accession Version	XM_024538516.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5463bp) 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	2018-04-03
Organism	Physcomitrella patens
Product	DNA-directed RNA polymerase II subunit 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037266.1) 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 :: Physcomitrella patens Annotation Release 100 Annotation Version :: 100 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##

ATGGACCAAC GCTTTGCGTT TTCTCCTGCC GACTTGGCCC GGGTTAAAAC CGTGCAGTTC 
GGCATCCTCA GCCCCGATGA AATCCGTCAA ATGGCAGTAT GCAAAATAGA GAGCAGTGAG 
ACATATGACA GGGGCAAGCC CAAGATTGGG GGTCTTAGTG ATCCGCGGCT GGGTACGATC 
GATCGGCATA CCAAGTGTGA AACGTGTGCC GGGAGCATGA CGGAATGTCC TGGTCATTTT 
GGGTATCTGG AGCTCGCGAA ACCTATGTTT CACATTGGTT TTTTAAAAAC CGTCCTTTCC 
ATCTTGCGCT GTGTTTGCTA CAACTGTTCC CGATGTCTTG CGGACGAGGA AGATCATCGT 
TTCAAGCAAG CAAAGAAAGT GCGTAATCCG AAGCACAGGT TGAAGAAAGT GTTGGATTGT 
TGTAAAAGCA AAACAAAGTG TGACACAGGC GATGACATTG ATGAGAATGA TGTTATGAAT 
GGAGAGGAAA ACGAGAAGAA GAAATCCCAT GGAGGTTGTG GTGCACAGCA GCCCAAGATA 
TCTATAGATG GCATGAAAAT TGTGGCTGAA TTTAAGCCTA GCCGGAAAAA GGGTGAAGAA 
CCGGAGCAGC ATATGCCCGA GCCTGTGGAG CGCAAACAGC AGCTTAGTGC AGAAAAGGTT 
TTAAGTATTC TTAAGAGGAT AAGCGACGAA GAATGTACTT TATTGGGTCT TAATCCAAAG 
TATGCCCGAC CGGATTGGAT GATTTTACAG GTACTCCCCA TTCCACCTCC TCCAGTCCGT 
CCCTCTGTCA TGATGGACAG TTCGGCTCGC AGTGAGGACG ACTTAACGCA TCAGTTGGCA 
ATGATCATTC GCCACAACAA CAATTTAAAG AGGCAGGAGC AAAATGGTGC CCCTACTCAT 
ATCATCAACG AGTTTGCGCA GCTTCTGCAA TTTCACATAG CAACATACTT CGACAATGAC 
CTTCCAGGAC AGCCAAGGGC TACTCAAAGG TCTGGGCGAC CTATCAAATC AATTTGCCAA 
CGCTTGAAGG CCAAAGAGGG TCGAATCCGA GGAAATTTGA TGGGAAAACG TGTGGATTTT 
TCTGCACGTA CTGTGATCAC GCCAGATCCG AATATTAATA TTGATGAATT AGGAGTGCCT 
TGGAGTATTG CCCTCAATTT AACTTATCCG GAAACTGTGA CTCCCTACAA CATGGAGAGG 
CTGAAGGAGC TTGTAGAGTA CGGGCCTCAT CCACCCCCTG GCAAGACTGG TGCGAAATAC 
ATCATTAGAG AAGATGGTCA ACGACTGGAT CTGCGGTTCT TGAAGAAAAG CAGCGATCGA 
CACTTGGAGC TTGGGTATAA GGTGGAAAGG CATATGAATG ATGGCGATTT TGTGTTGTTC 
AACCGACAAC CCAGTCTGCA CAAGATGTCC ATTATGGGAC ACCGGATTCG CATAATGCCA 
TATTCCACTT TCCGGTTAAA CTTGTCTGTA ACATCGCCAT ACAATGCTGA TTTTGATGGA 
GATGAAATGA ATATGCATGT GCCTCAGTCC TTTGAGACTC GAGCGGAGGT TCTGGAACTT 
ATGATGGTTC CAAAGTGTAT TGTATCTCCT CAGTCAAATC GTCCAGTCAT TGGCATTGTG 
CAAGACACAC TTTTGGGATG TCGAAAAGTG ACGAAGAGGG ACACTTTTAT AGAGAAGGAT 
GTGTTCTATA ACATACTTAT GTGGTGGGAG GAATTTGATG GGAAAATACC CATTCCGACC 
ATTTTAAAGC CGCGCCCTCT CTGGACAGGG AAACAAATTT TTAGCTTGAT TATTCCAAAA 
CAAATCAACC TGATGCGTCA GGCATTTTGG CATCCTGATG GGGAATATGG TGATCTTTCA 
CCCGGTGACA CACAGGTGCG TATTGAAAAG GGTGAGGTGG TGGCTGGCAC GCTCTGTAAG 
AAGACTTTGG GTACGGGTCA AGGCAGTCTT ATTCATGTCA TTTGGGAGGA GGTTGGGCCT 
GATGCAGCTC GGAAATTTCT GGGGCATACT CAGTGGCTAG TAAATTACTG GCTATTGCAG 
CAAGGTTTCA GTATTGGTAT TGGGGACACA ATTGCTGATG CAGCAACTAT GGAGAAAATT 
AATGAAACCA TCACCAAAGC AAAACATGAC GTCAAGGATC TTATCAAGAA GGCTCAAGAC 
AAGCAGCTTG AAGCGCAGCC AGGTCGGACT ATGAAAGAAT CTTTTGAGAA CAGGGTCAAC 
GGAATATTGA ATAAGGCCCG TGATGACGCT GGAGCTAGTG CACAAAAGAG TCTTGCTGAG 
AGCAACAATC TCAAGGCCAT GGTTACAGCT GGGTCGAAGG GTACATTTAT CAATATTTCC 
CAAATGACTG CCTGTGTGGG GCAGCAAAAT GTTGAGGGGA AGCGTATTCC GTACGGTTTT 
GTGGACCGTA CGCTACCACA TTTTACAAAG GACGACTATG GGCCTGAGAG TCGTGGATTT 
GTAGAAAATT CATATTTGCG AGGCCTGACT CCACAGGAAT TCTTTTTCCA TGCTATGGGA 
GGAAGAGAAG GTCTCATTGA TACAGCTGTA AAAACTTCGG AGACCGGTTA CATCCAAAGG 
CGACTGGTGA AAGCTATGGA GGATGTCATG GTGAAGTATG ATGGGACAGT CCGTAATTCT 
CTTGGAGATG TGATTCAATT TCTCTATGGA GAGGATGGAA TGGACTCAGT ATGGATTGAG 
TCCCAGAAAT TGGATTCATT AAAAATGAAG AAGGCAGAGT TCAATAGGGT GTACAGGTTT 
GAGATTGATA GAGACGATTG GGCACCTGAT TACATGTCTG CTGAAGCTGC TGAGGATATA 
AAGACTATCC AAGAAATCAG AAATGTCTTT GACGCAGAAG TATCCAAGCT TGAAGCTGAT 
CGCAGGCAAA TGGGGTTGGA GATTGCTCCA ACCGGGGAGT CAAATTGGCC TCTTCCTGTC 
AATCTGAAGC GACTAATTTG GAATGCGCAG AAAATCTTCA AAGTGGATCT TCGTAAGTCT 
TCAGATATGC ATCCTATGGA GATTGTGGAG GCAGTGGAAA ATCTTCAAGA AAGACTAAGA 
GTTGTACCAG GGAATGACCA AATATCAATG GAAGCGCAAA GAAATGCAAC TCTGTTTTTT 
GGCTGTCTTC TGCGCAGCAC TTTAGCTAGC AAGAGGGTTC TCAAGGATTA CCGTCTGACA 
AGAGAGGCGT TCGAGTGGGT TATAGGCGAG GTTGAGACTC GCTTCCTCAT GTCTCTTGTG 
GCTCCCGGAG AAATGATCGG TTGTGTTGCT GCTCAGTCGA TTGGCGAGCC AGCTACACAG 
ATGACACTAA ACACGTTCCA TTTTGCTGGT GTGAGTGCGA AGAATGTGAC TCTGGGTGTC 
CCACGTTTGC GTGAGATTAT CAATGTCGCA AAGAAGATTA AGACCCCGTC CTTAACAGTG 
TATCTGAAAC CTGGGGTGAA CAAAGAAAAA GAAAGGGCCA AGAATGTTCA GTGTGCCCTG 
GAGTATACTA CTCTTCGTTC TGTTACCCAG GCAACCGAGA TTTGGTACGA TCCAGAGCCA 
ATGAGCACAT TGATCGAGGA GGACATGGAG TTTGTGAAAT CGTACTACGA AATGCCGGAT 
GAAGATGTGG CTCCTGAAAA GATTTCACCG TGGCTGCTAC GTATCGAGCT CAATCGCGAG 
ATGATGGTTG ACAAGAAGCT TAGCATGGCC GATATTGCAG AGAAAATCAA CCTTGAATTT 
GATGATGATT TGACCTGTAT TTTTAATGAT GATAATGCTG AGAAACTCAT TCTTCGCATT 
CGAATCATGA ATGATGAGGC TCCCAAAGGA GAAATGACTG AACAATCAGA GGATGATGTC 
TTCCTGAAAA AGATTGAAAG CAACATGCTC ACAGAGATGG CACTGCGAGG AATACCTGAT 
ATCCGGAAGG TATTTATCAA GGAAGACAAG AAGAATCGGT TTGATGAGAA CTTGGCCTTT 
GTGGTGGAGC AGGAATGGGT ACTTGACACG GAGGGTGTTA ACATGCTTGC GGTGATGTGT 
CACGAAGATG TAGATGCTTC TCGAACTACC AGTAACCACT TGATTGAAGT TATTGAGGTG 
CTGGGCATTG AAGCAGTTCG AAATTCTCTT CTGAAGGAGT TGCGTGATGT CATCTCTTTC 
GATGGCTCAT ACGTGAACTA CAGGCATCTT GCGATCCTCT GTGATGTCAT GACGTACCGT 
GGTCACTTGA TGGCAATCAC GCGTCATGGT ATCAACAGGA ACGATACAGG GCCCATGATG 
CGGTGTTCCT TTGAAGAAAC CGTGGATATC TTATTAGACG CTGCGGTGTA TGCGGAGGCT 
GATCATCTGA AAGGAGTCAC TGAAAATATA ATGCTTGGTC AACTGGCGCC TATAGGGACT 
GGTGACTTTG GTCTACACCT GAATGAGGAC ATGCTTCAAC ACGCCATTGA GTTGCAGTTG 
CCTAGTTTCG AAGCAACTGA CTATGGCATG ACTCCATCAC GAACCCCTAT GATCGGAACG 
CCACACAATG ATGGCATGAT GTCACCCAGT TATCTGCTTA GTCCAAGTCT GCGTGCTTCT 
CCACTATCAG ATGCGCAGTT TTCGCCGTAC GTCGGGAACA TGCCCTTCTC CCCGTCATCT 
CCAGGATACA GCCCTTCCTC TCCTGGATAC AGTCCCTTGT CACCAGGTTA CAGCCCCACA 
TCACCTGGGT ATAGTCCTAC ATCACCTGGT TACAGTCCTA CTTCCCCAGG TTATAGTCCT 
ACCTCTCCTG GTTACAGTCC CACATCACCT TCTTACAGCC CTACTTCTCC TGGATATAGC 
CCAACATCAC CATCTTATTC TCCAACTTCT CCAAGTTATG CCCCCACCTC GCCTAGCTAC 
AGCCCAACCT CACCAAGTTA CAGTCCGACA TCACCAAGTT ACAGTCCGAC ATCACCAAGT 
TACAGTCCGA CGTCACCAAG TTACAGCCCA ACCTCTCCTA GCTATAGCCC GACATCTCCA 
GCATACAGTC CTACTTCACC TTCCTATGCT CCCACATCTC CTGCGTACAG TCCAACTTCT 
CCAAGTTATA GTCCCACATC TCCTGGTTAC TCACCTACAT CTCCAAGTTA CAGCCCATCG 
TCTCCGAGCT ACAGTCCTAC CTCGCCTAGT TACAGCCCCA CATCCCCTGC TTACTCTCCT 
ACCAGTCCTC GTTATTCTCC TTCCAGTCCC TCATATAGCC CAACTTCCCC CAGTTACAGT 
CCTACGTCAC CATCGTATTC TCCATCGTCA CCCTCGTACA TGCCTACGAG TCCTGCGTAT 
ACCCCAGGGT CACCTTCATA TTCTCCAACA AGTCCTGCTT ATACTCCTGG AAGTCCTTCA 
TACAGTCCTA CTTCTCCAAA TTACAGTCCC AGCGGAGGCT ATTCTCCATC AGCTCCAGGA 
TATTCCCCAT CAAAGAATGA ATATATTCCA ACTTATAGCA AAGATGACAG CAATAGTGCA 
TGA

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

RefSeq	XP_024394284.1
CDS	336..5798
Translation	MDQRFAFSPADLARVKTVQFGILSPDEIRQMAVCKIESSETYDRGKPKIGGLSDPRLGTIDRHTKCETCAGSMTECPGHFGYLELAKPMFHIGFLKTVLSILRCVCYNCSRCLADEEDHRFKQAKKVRNPKHRLKKVLDCCKSKTKCDTGDDIDENDVMNGEENEKKKSHGGCGAQQPKISIDGMKIVAEFKPSRKKGEEPEQHMPEPVERKQQLSAEKVLSILKRISDEECTLLGLNPKYARPDWMILQVLPIPPPPVRPSVMMDSSARSEDDLTHQLAMIIRHNNNLKRQEQNGAPTHIINEFAQLLQFHIATYFDNDLPGQPRATQRSGRPIKSICQRLKAKEGRIRGNLMGKRVDFSARTVITPDPNINIDELGVPWSIALNLTYPETVTPYNMERLKELVEYGPHPPPGKTGAKYIIREDGQRLDLRFLKKSSDRHLELGYKVERHMNDGDFVLFNRQPSLHKMSIMGHRIRIMPYSTFRLNLSVTSPYNADFDGDEMNMHVPQSFETRAEVLELMMVPKCIVSPQSNRPVIGIVQDTLLGCRKVTKRDTFIEKDVFYNILMWWEEFDGKIPIPTILKPRPLWTGKQIFSLIIPKQINLMRQAFWHPDGEYGDLSPGDTQVRIEKGEVVAGTLCKKTLGTGQGSLIHVIWEEVGPDAARKFLGHTQWLVNYWLLQQGFSIGIGDTIADAATMEKINETITKAKHDVKDLIKKAQDKQLEAQPGRTMKESFENRVNGILNKARDDAGASAQKSLAESNNLKAMVTAGSKGTFINISQMTACVGQQNVEGKRIPYGFVDRTLPHFTKDDYGPESRGFVENSYLRGLTPQEFFFHAMGGREGLIDTAVKTSETGYIQRRLVKAMEDVMVKYDGTVRNSLGDVIQFLYGEDGMDSVWIESQKLDSLKMKKAEFNRVYRFEIDRDDWAPDYMSAEAAEDIKTIQEIRNVFDAEVSKLEADRRQMGLEIAPTGESNWPLPVNLKRLIWNAQKIFKVDLRKSSDMHPMEIVEAVENLQERLRVVPGNDQISMEAQRNATLFFGCLLRSTLASKRVLKDYRLTREAFEWVIGEVETRFLMSLVAPGEMIGCVAAQSIGEPATQMTLNTFHFAGVSAKNVTLGVPRLREIINVAKKIKTPSLTVYLKPGVNKEKERAKNVQCALEYTTLRSVTQATEIWYDPEPMSTLIEEDMEFVKSYYEMPDEDVAPEKISPWLLRIELNREMMVDKKLSMADIAEKINLEFDDDLTCIFNDDNAEKLILRIRIMNDEAPKGEMTEQSEDDVFLKKIESNMLTEMALRGIPDIRKVFIKEDKKNRFDENLAFVVEQEWVLDTEGVNMLAVMCHEDVDASRTTSNHLIEVIEVLGIEAVRNSLLKELRDVISFDGSYVNYRHLAILCDVMTYRGHLMAITRHGINRNDTGPMMRCSFEETVDILLDAAVYAEADHLKGVTENIMLGQLAPIGTGDFGLHLNEDMLQHAIELQLPSFEATDYGMTPSRTPMIGTPHNDGMMSPSYLLSPSLRASPLSDAQFSPYVGNMPFSPSSPGYSPSSPGYSPLSPGYSPTSPGYSPTSPGYSPTSPGYSPTSPGYSPTSPSYSPTSPGYSPTSPSYSPTSPSYAPTSPSYSPTSPSYSPTSPSYSPTSPSYSPTSPSYSPTSPSYSPTSPAYSPTSPSYAPTSPAYSPTSPSYSPTSPGYSPTSPSYSPSSPSYSPTSPSYSPTSPAYSPTSPRYSPSSPSYSPTSPSYSPTSPSYSPSSPSYMPTSPAYTPGSPSYSPTSPAYTPGSPSYSPTSPNYSPSGGYSPSAPGYSPSKNEYIPTYSKDDSNSA

Target ORF information:

RefSeq Version	XM_024538516.1
Organism	Physcomitrella patens
Definition	Physcomitrella patens DNA-directed RNA polymerase II subunit 1-like (LOC112291314), mRNA.

Target ORF information:

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

XM_024538516.1

ORF Insert Sequence:

ATGGACCAAC GCTTTGCGTT TTCTCCTGCC GACTTGGCCC GGGTTAAAAC CGTGCAGTTC 
GGCATCCTCA GCCCCGATGA AATCCGTCAA ATGGCAGTAT GCAAAATAGA GAGCAGTGAG 
ACATATGACA GGGGCAAGCC CAAGATTGGG GGTCTTAGTG ATCCGCGGCT GGGTACGATC 
GATCGGCATA CCAAGTGTGA AACGTGTGCC GGGAGCATGA CGGAATGTCC TGGTCATTTT 
GGGTATCTGG AGCTCGCGAA ACCTATGTTT CACATTGGTT TTTTAAAAAC CGTCCTTTCC 
ATCTTGCGCT GTGTTTGCTA CAACTGTTCC CGATGTCTTG CGGACGAGGA AGATCATCGT 
TTCAAGCAAG CAAAGAAAGT GCGTAATCCG AAGCACAGGT TGAAGAAAGT GTTGGATTGT 
TGTAAAAGCA AAACAAAGTG TGACACAGGC GATGACATTG ATGAGAATGA TGTTATGAAT 
GGAGAGGAAA ACGAGAAGAA GAAATCCCAT GGAGGTTGTG GTGCACAGCA GCCCAAGATA 
TCTATAGATG GCATGAAAAT TGTGGCTGAA TTTAAGCCTA GCCGGAAAAA GGGTGAAGAA 
CCGGAGCAGC ATATGCCCGA GCCTGTGGAG CGCAAACAGC AGCTTAGTGC AGAAAAGGTT 
TTAAGTATTC TTAAGAGGAT AAGCGACGAA GAATGTACTT TATTGGGTCT TAATCCAAAG 
TATGCCCGAC CGGATTGGAT GATTTTACAG GTACTCCCCA TTCCACCTCC TCCAGTCCGT 
CCCTCTGTCA TGATGGACAG TTCGGCTCGC AGTGAGGACG ACTTAACGCA TCAGTTGGCA 
ATGATCATTC GCCACAACAA CAATTTAAAG AGGCAGGAGC AAAATGGTGC CCCTACTCAT 
ATCATCAACG AGTTTGCGCA GCTTCTGCAA TTTCACATAG CAACATACTT CGACAATGAC 
CTTCCAGGAC AGCCAAGGGC TACTCAAAGG TCTGGGCGAC CTATCAAATC AATTTGCCAA 
CGCTTGAAGG CCAAAGAGGG TCGAATCCGA GGAAATTTGA TGGGAAAACG TGTGGATTTT 
TCTGCACGTA CTGTGATCAC GCCAGATCCG AATATTAATA TTGATGAATT AGGAGTGCCT 
TGGAGTATTG CCCTCAATTT AACTTATCCG GAAACTGTGA CTCCCTACAA CATGGAGAGG 
CTGAAGGAGC TTGTAGAGTA CGGGCCTCAT CCACCCCCTG GCAAGACTGG TGCGAAATAC 
ATCATTAGAG AAGATGGTCA ACGACTGGAT CTGCGGTTCT TGAAGAAAAG CAGCGATCGA 
CACTTGGAGC TTGGGTATAA GGTGGAAAGG CATATGAATG ATGGCGATTT TGTGTTGTTC 
AACCGACAAC CCAGTCTGCA CAAGATGTCC ATTATGGGAC ACCGGATTCG CATAATGCCA 
TATTCCACTT TCCGGTTAAA CTTGTCTGTA ACATCGCCAT ACAATGCTGA TTTTGATGGA 
GATGAAATGA ATATGCATGT GCCTCAGTCC TTTGAGACTC GAGCGGAGGT TCTGGAACTT 
ATGATGGTTC CAAAGTGTAT TGTATCTCCT CAGTCAAATC GTCCAGTCAT TGGCATTGTG 
CAAGACACAC TTTTGGGATG TCGAAAAGTG ACGAAGAGGG ACACTTTTAT AGAGAAGGAT 
GTGTTCTATA ACATACTTAT GTGGTGGGAG GAATTTGATG GGAAAATACC CATTCCGACC 
ATTTTAAAGC CGCGCCCTCT CTGGACAGGG AAACAAATTT TTAGCTTGAT TATTCCAAAA 
CAAATCAACC TGATGCGTCA GGCATTTTGG CATCCTGATG GGGAATATGG TGATCTTTCA 
CCCGGTGACA CACAGGTGCG TATTGAAAAG GGTGAGGTGG TGGCTGGCAC GCTCTGTAAG 
AAGACTTTGG GTACGGGTCA AGGCAGTCTT ATTCATGTCA TTTGGGAGGA GGTTGGGCCT 
GATGCAGCTC GGAAATTTCT GGGGCATACT CAGTGGCTAG TAAATTACTG GCTATTGCAG 
CAAGGTTTCA GTATTGGTAT TGGGGACACA ATTGCTGATG CAGCAACTAT GGAGAAAATT 
AATGAAACCA TCACCAAAGC AAAACATGAC GTCAAGGATC TTATCAAGAA GGCTCAAGAC 
AAGCAGCTTG AAGCGCAGCC AGGTCGGACT ATGAAAGAAT CTTTTGAGAA CAGGGTCAAC 
GGAATATTGA ATAAGGCCCG TGATGACGCT GGAGCTAGTG CACAAAAGAG TCTTGCTGAG 
AGCAACAATC TCAAGGCCAT GGTTACAGCT GGGTCGAAGG GTACATTTAT CAATATTTCC 
CAAATGACTG CCTGTGTGGG GCAGCAAAAT GTTGAGGGGA AGCGTATTCC GTACGGTTTT 
GTGGACCGTA CGCTACCACA TTTTACAAAG GACGACTATG GGCCTGAGAG TCGTGGATTT 
GTAGAAAATT CATATTTGCG AGGCCTGACT CCACAGGAAT TCTTTTTCCA TGCTATGGGA 
GGAAGAGAAG GTCTCATTGA TACAGCTGTA AAAACTTCGG AGACCGGTTA CATCCAAAGG 
CGACTGGTGA AAGCTATGGA GGATGTCATG GTGAAGTATG ATGGGACAGT CCGTAATTCT 
CTTGGAGATG TGATTCAATT TCTCTATGGA GAGGATGGAA TGGACTCAGT ATGGATTGAG 
TCCCAGAAAT TGGATTCATT AAAAATGAAG AAGGCAGAGT TCAATAGGGT GTACAGGTTT 
GAGATTGATA GAGACGATTG GGCACCTGAT TACATGTCTG CTGAAGCTGC TGAGGATATA 
AAGACTATCC AAGAAATCAG AAATGTCTTT GACGCAGAAG TATCCAAGCT TGAAGCTGAT 
CGCAGGCAAA TGGGGTTGGA GATTGCTCCA ACCGGGGAGT CAAATTGGCC TCTTCCTGTC 
AATCTGAAGC GACTAATTTG GAATGCGCAG AAAATCTTCA AAGTGGATCT TCGTAAGTCT 
TCAGATATGC ATCCTATGGA GATTGTGGAG GCAGTGGAAA ATCTTCAAGA AAGACTAAGA 
GTTGTACCAG GGAATGACCA AATATCAATG GAAGCGCAAA GAAATGCAAC TCTGTTTTTT 
GGCTGTCTTC TGCGCAGCAC TTTAGCTAGC AAGAGGGTTC TCAAGGATTA CCGTCTGACA 
AGAGAGGCGT TCGAGTGGGT TATAGGCGAG GTTGAGACTC GCTTCCTCAT GTCTCTTGTG 
GCTCCCGGAG AAATGATCGG TTGTGTTGCT GCTCAGTCGA TTGGCGAGCC AGCTACACAG 
ATGACACTAA ACACGTTCCA TTTTGCTGGT GTGAGTGCGA AGAATGTGAC TCTGGGTGTC 
CCACGTTTGC GTGAGATTAT CAATGTCGCA AAGAAGATTA AGACCCCGTC CTTAACAGTG 
TATCTGAAAC CTGGGGTGAA CAAAGAAAAA GAAAGGGCCA AGAATGTTCA GTGTGCCCTG 
GAGTATACTA CTCTTCGTTC TGTTACCCAG GCAACCGAGA TTTGGTACGA TCCAGAGCCA 
ATGAGCACAT TGATCGAGGA GGACATGGAG TTTGTGAAAT CGTACTACGA AATGCCGGAT 
GAAGATGTGG CTCCTGAAAA GATTTCACCG TGGCTGCTAC GTATCGAGCT CAATCGCGAG 
ATGATGGTTG ACAAGAAGCT TAGCATGGCC GATATTGCAG AGAAAATCAA CCTTGAATTT 
GATGATGATT TGACCTGTAT TTTTAATGAT GATAATGCTG AGAAACTCAT TCTTCGCATT 
CGAATCATGA ATGATGAGGC TCCCAAAGGA GAAATGACTG AACAATCAGA GGATGATGTC 
TTCCTGAAAA AGATTGAAAG CAACATGCTC ACAGAGATGG CACTGCGAGG AATACCTGAT 
ATCCGGAAGG TATTTATCAA GGAAGACAAG AAGAATCGGT TTGATGAGAA CTTGGCCTTT 
GTGGTGGAGC AGGAATGGGT ACTTGACACG GAGGGTGTTA ACATGCTTGC GGTGATGTGT 
CACGAAGATG TAGATGCTTC TCGAACTACC AGTAACCACT TGATTGAAGT TATTGAGGTG 
CTGGGCATTG AAGCAGTTCG AAATTCTCTT CTGAAGGAGT TGCGTGATGT CATCTCTTTC 
GATGGCTCAT ACGTGAACTA CAGGCATCTT GCGATCCTCT GTGATGTCAT GACGTACCGT 
GGTCACTTGA TGGCAATCAC GCGTCATGGT ATCAACAGGA ACGATACAGG GCCCATGATG 
CGGTGTTCCT TTGAAGAAAC CGTGGATATC TTATTAGACG CTGCGGTGTA TGCGGAGGCT 
GATCATCTGA AAGGAGTCAC TGAAAATATA ATGCTTGGTC AACTGGCGCC TATAGGGACT 
GGTGACTTTG GTCTACACCT GAATGAGGAC ATGCTTCAAC ACGCCATTGA GTTGCAGTTG 
CCTAGTTTCG AAGCAACTGA CTATGGCATG ACTCCATCAC GAACCCCTAT GATCGGAACG 
CCACACAATG ATGGCATGAT GTCACCCAGT TATCTGCTTA GTCCAAGTCT GCGTGCTTCT 
CCACTATCAG ATGCGCAGTT TTCGCCGTAC GTCGGGAACA TGCCCTTCTC CCCGTCATCT 
CCAGGATACA GCCCTTCCTC TCCTGGATAC AGTCCCTTGT CACCAGGTTA CAGCCCCACA 
TCACCTGGGT ATAGTCCTAC ATCACCTGGT TACAGTCCTA CTTCCCCAGG TTATAGTCCT 
ACCTCTCCTG GTTACAGTCC CACATCACCT TCTTACAGCC CTACTTCTCC TGGATATAGC 
CCAACATCAC CATCTTATTC TCCAACTTCT CCAAGTTATG CCCCCACCTC GCCTAGCTAC 
AGCCCAACCT CACCAAGTTA CAGTCCGACA TCACCAAGTT ACAGTCCGAC ATCACCAAGT 
TACAGTCCGA CGTCACCAAG TTACAGCCCA ACCTCTCCTA GCTATAGCCC GACATCTCCA 
GCATACAGTC CTACTTCACC TTCCTATGCT CCCACATCTC CTGCGTACAG TCCAACTTCT 
CCAAGTTATA GTCCCACATC TCCTGGTTAC TCACCTACAT CTCCAAGTTA CAGCCCATCG 
TCTCCGAGCT ACAGTCCTAC CTCGCCTAGT TACAGCCCCA CATCCCCTGC TTACTCTCCT 
ACCAGTCCTC GTTATTCTCC TTCCAGTCCC TCATATAGCC CAACTTCCCC CAGTTACAGT 
CCTACGTCAC CATCGTATTC TCCATCGTCA CCCTCGTACA TGCCTACGAG TCCTGCGTAT 
ACCCCAGGGT CACCTTCATA TTCTCCAACA AGTCCTGCTT ATACTCCTGG AAGTCCTTCA 
TACAGTCCTA CTTCTCCAAA TTACAGTCCC AGCGGAGGCT ATTCTCCATC AGCTCCAGGA 
TATTCCCCAT CAAAGAATGA ATATATTCCA ACTTATAGCA AAGATGACAG CAATAGTGCA 
TGA