LOC100255355 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100255355
Entrez Gene ID	100255355
Full Name	golgin subfamily B member 1
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019226111.1	XP_019081656.1	golgin subfamily B member 1

Pathways from BioSystems
Gene Ontology

The following LOC100255355 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100255355 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
OVa44156	XM_019226111.1 Latest version!	Vitis vinifera golgin subfamily B member 1 (LOC100255355), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

LOC100255355 ( XM_019226111.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019081656.1 Vitis vinifera golgin subfamily B member 1 (LOC100255355), mRNA.

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CloneID	OVa44156
Clone ID Related Accession (Same CDS sequence)	XM_019226111.1
Accession Version	XM_019226111.1 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	2016-11-24
Organism	Vitis vinifera(wine grape)
Product	golgin subfamily B member 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012008.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Vitis vinifera Annotation Release 102 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGACGAAGC ACCACCGGAG AGATTCAATA AAGTCCTTGC TTTGGAGTCA CATTGACCCC 
GACAAGGATG AACAGCTGCA AGGGACCAAA ATAGAAGTAG AGCATAAAGT GACAAAAATC 
TTGAAGATCA TCAAGAACGT AGACCAAGAT GGAGGTGGTG GGAGCCGTGA GGGAGACTCT 
GGGTTGGAAC TAGTTGAACT CGTTGAAGAT TTGCATGGAC AATACCAGAC TCTATATGCC 
CTTTATGATA ATCTCAAAAA AGAGCTAAGG AAAAAGGTTC ATGGAAGAAA GGAAAAGGAC 
AGTTCTTCGT CTTCCTCCAG CTCAGATTCA GAGTCATTTT ATTCATCAAA GGAAGTAGAC 
AGTAACAATG GCAACTTGGA AAATGAGCTC CAGAAGCAGA CCGGCCACAT CAAGCAAGAA 
CCTGAAGCTG GAAATTCAGA GGGCACTACA ATGGAGGAAA ATAAAGCTTT GAGCTCGGAA 
GCTAAAGCAG GGGATACAGA AGGGGAAGTT TCAACTCTGA CTGAGTCGAA TAGAGCTCAG 
GCATACGAAG CATCAGCTCG GATAGAGGAG TTGGAGAGCC AGGTGAGTAG CTTGCAGCTT 
GAGCTGGAAT CCGTTTTGGC CCAGGAGAGA TCACTGGAAG AACGGGTTGA GCGTACAGCA 
GCTGAAGCAA AAGAACAATT CGAGGAAATT TTAGGACTAA GAGCCCGGAT TTCAGAACTG 
GAAATGACAT CAAAAGAAAA AGGAGATGAT GAAATTGAGG GCGGAGAGAA TGATGCTTAC 
GCTCAGATTA TGGCCTTGAC AGCAGAGATA AATACTCTGC AAGTAGAGTT GAATTCTTTG 
CAGACCTCGA AGACCCAGCT AGAGAATCAG AACAATGAGT TACAAACCAT GATTGCAGAA 
CAACAGAGAA CACTGCAAGA ACAGGATGAC ACGATCAACG AGATGAATCA GCAGTGTAAA 
CAAGTCAAAG GGCTGCGCAG ACAAACCGAG ATGAATCTCC AAGCCACAGA AAGGAAAGTT 
GAGGAAATTG CAGGACAGTT CCGCAAGAAT ATGGAAGACA GTCTCCGCCT GTTGGCCCAG 
AGGATCCGGG TTGCCGAGAG ACTTCACTAT GAGAACAGAG ACTTCTATCG GACGACGCGG 
GAGGCGTTAA AGCAAGAACA AAAAGAGCTC GAAGAAAATA TTGCAGCTCA CAAAGCAGAA 
TTCAGGAAGC TGAAGCGTAT CATAACGATA ACAAACGACA CGCTGAGTGG ATTCGACTTG 
GTGGCTGAGA GGTTAAGCGA GAGCAGTGGG ATCTTCCTGA GCCGTATTTC CAAAATTTCT 
GAGGAACTTT CATCTGCGAG GAAGTGGATC AAAGGGACAA ACAATGAGCT AAAAGAACTG 
AAGGGTGAGA AATTGAATCT GATCAAGGCC GTGACCCAAC TGGAGAAGAG AGTGGGAGAA 
TTGGAGAAGA TGGTGAAAGA GAAAGACGAG AGGGTGTTGG GTCTGGGAGA GGAGAAAAGG 
GAGGCCATAA GGCAACTCTG TATTTGGATT GATTATCACC GCACTGATCT CCATTCTCTC 
AAAATCCTTG CAAAGATGAG CTCCAGAAGA CCAAAAACTA CTTTTTTGCC TGTTGCAGAG 
ATTGACGATA AAGTGAAAAC GTTATTGGAG CTTATAAAAG AGGAAGGTTT AGATGAAAAG 
GATGGGAACG GAGATGGAAA CTTGAAAAGA CAACCACTTA TTGAACTAAT TGAGGATTTC 
CATAGAAATT ATCAATCTCT CTATGACCGA TATGATAATC TCACTGAGAT ACTAAGGAAA 
AAAATTCATG GCAAACCGGA GAAAGATACT TCATCTACCA CTAGCTCAGA CTCAGACTCA 
GATCATTCAA CAAAGGAAAG GAGTGATAAA AATGGAAAAG CTTTTAGCAA AAACCCAGAA 
ACAGAGGAAA TTATCATGCA TTGGAAATCT GAAGTTGAAA GGTTGGATGG TGAAAAAACT 
GAACTTTTGG TTGAGAATGG AAATCTGAAG CAAAAACTGG ACAATGCTAG TAATGTAGAA 
GCTGAACTGA ACCAGAGACT GGAAGATTTA AATCGGGAGA GAGAGAATTT AATCATGGAA 
AAAGAGACTG CTATCAAAAG GATTGAAGTG GGAGAGGAAA TTGCTGAAGA ATTGAAGTCG 
ACGGGTGATA AGTTGAAAGA TGAGAAACTA GTCCTCGAGC AAGAACTGGA AGCTGTGAAA 
GGAGAAATTT CCAATCTGGA GCAGCTATTG GAATCCACAA GGCAGGAAAT GAGCAGTTTA 
AGTCACACTC ATAGAGCTAT TGAGGAAGAA AAAGATTCTC TAGCCTTGAA AATTTTGGAG 
ATTTCAAATG AGTTTAAGCA GGCGGAGAAT GCAATGCAAG AACTCATGGC TGAGTCAAGT 
CAGCTAAAGG TGAAACTGGG TGACAAAGAA AGTGAACTTT CAAATCTCAT GAAGAAGCAT 
GAGGGTCATG AGAATGAAGC ATCAGCTCGA ATAAAGGGTT TAGAGGCTCA GGTAACAGGC 
TTGGAACTGG AGCTGAGTTC CCTAAGCACC CAGAGAGGAG AAATGGAAAA GCTGATTGAG 
AGTACAGCAA CTGAAGCCAA ACAGCTGGCG GAGGAAAATT TAGGACTGAA AGCCCAGATT 
TCACAGCTTG AAACGATATC AAAAGAGAGA GAAGAAGAAC TTGCTGGTCT CTTGAAGAAA 
TTTAAGGATG ATGAGAATGA GTCATTGTCT AAAATAGCTG ATTTGACAGC ACAGATCAAC 
AATCTGCAGC TGGAGGTGGA TTCTCTACAA GCTCAAAAAG ACGAATTGGA AAAACAAGTG 
GTCCAGAACA GTGAAGAAGC ATCAGTTCAA GTCAAAGGCT TAACAGAACA GGTCACTGAA 
CTGAAACTGG AATTGGAATC TTTACACAGC TTGAAAATGG AAATGGAACT CATGCTTGAG 
AAGAAAACTG AGGAGAATTC AGAATATCTT ATTCAGATGG GAAATCTGAA AGAGGAGTTG 
GTGAGCAAGG CTGCCGACCA ACAGAGAATA CTGGAAGAGA AAGAGAGTTT AACAGGGAAG 
GTGAAGGACC TGGAATTGGA GATGGACTCC ATCCGGAACC ACAGAAGCAC ACTGGAGGAG 
CAGCTAAGCA GTAAACACCA TGAGTACAAT CAGTTGAGAG AGGAAAAGGA GGGCTTGCAT 
GTAAGGAGTT TCGACTTGGA GAAAACAATA ACAGAGAGAG GGGACGAGCT CTCTGCTCTG 
CAGAAGAAGT TTGAGGATAC AGAGAATGAA GCATCAGCTC GAATCGTGGC ATTAACAGCA 
GAGGTTAACA GTCTGCAAGT GGAGATGGAT TCTTTGCATG CTCAGAAAGG TGAATTGGAA 
GAACAGCTGA GACGCAATGG CGATGAAGCA TCAGATCAGA TCAAGGACTT GATGGGCCAG 
CTCAATGAAA CAAAACAGGA ATTGGAATCT CTACACAGCC AAAAAACCGA AATGGAATTG 
CTACTCAAGA AAAGAACTCT AGAAAATTCA GAGTTCCTGA TTCAGATCGG AAATCTGAAA 
GAGGAGCTAG CGAACAAGGC TGTGGATCAG CAGAGAACAA TGGAAGAGAA GGAGTGTTTG 
GTATCGAAGG TGAAGGACCT GGAATTGGAG ATGGACTCCA TAAGGAACCA CAAAAGCGAA 
CTGGATGAGC AGCTACGCAG TAAACACCAT GAGTACAATC AGTTGAGAGA GGAAAAGGAG 
GGCTTGCATG TTAGGAGTTT TGACTTGGAG AAAACAATAA CAGAGAGAGG GGACGAGCTC 
TCTGCTCTGC AGAAGAAGTT TGAGGATACA GAGAATGAAG CATCAGCTCG AATCGTGGCA 
TTAACAGCAG AGGTTAACAG TCTGCGAGTG GAGATGGATT CTTTGCAAGC TCAGAAAGGT 
GAATTGGAAG AACAGCTGAG ACGCAGGGGC GATGAAGCAT CAGATCAGAT CAAGGACTTG 
ATGGGCCAGG TCAGTGAAAC GAAACAGGAA TTGGAATCTC TACACAGCCA GAAAACAGAA 
AAGGAATTGC TACTCGAGAA AAGAACTCAA GAAAATTCAG GGTTCCTGAT TCAGATAGGA 
AATCTGAAAG AGGAGCTAGC GAACAAGACT GTGGATCAGC AGAGAATGCT GGAAGAGAAG 
GAGAGTTTGG TAGCAAAGGT GAAGGACCTG GAATTGGAGA TGGACTCCAT CCAGAACCAC 
AAAAGCGAAC TCGAGGAGCA GCTAAGCAGT AAACACCATG AGTACAATAA GTTGAGTGAG 
GAAAAGGAGG GTCTGCATGT TAGGAGTTTT GACTTAGAGA AAACATTAAC AGACAGAGGG 
AATGAGTTAT CTGCTCTCCA GAAGAAACTT GAGGATGGGG CGAGTGAAGC AACTGCTCAA 
ATTCTGGCCT TAACAACACA AGTCAACAAT CTGCAACAAG ACATGGAAAC CTTGATTGCA 
CAGAAAAGTG AATTGGAGGA TCAAATAGTG AGCAAAAGCA ATGAAGCTTC AGCTGAAATC 
AAGGGCTTAA TGGACCGGAT CACTGAGATG CAACAGGAAT TGGATTCTCT AAGCAGCCAG 
AAAACCGAAA TGGAATCACA GCTCGAGGGA AAAGTTCAAG AAAATTCAGA ATACTTTAGT 
CAAATAGGAA GTCTGAAAGA CGAGCTAGTG AGCAAGGCTG CGGATCAGCA GAGAATGCTG 
GAAGAGATAG AGAGTTTAAC AGCACGGTTA AAGCACCTGG AAATGGAGAT AGAGTTGATT 
CGGAAACACG AATGCGAACT TGAAGAGCAT ATAAGAGCCA AAGACCTGGA GTTCAATCAG 
TTGAGAGAGG AAAAGGAGGG CTTGCACGTT AGGAGTTTTG ACTTGGAGAA AACAATTACA 
GACAGAGGGG ATGAGCTGTC TGCTCTACAA CAGGAGCTGC ATTCCTTGCA GAATGAGAAA 
AGCCAATTGG AGTTAGAGAT CCAAAGACAT AAAGAAGAAT CTTCGGAAAG CCTGACGGAA 
TTGGAGAATC AGAGGATGGA GTTAACCAGC AAGGTTGAAG AACATCAGAG AATGCTAAGA 
GAACAGGAAG ATGCATTCAA CAAGTTAATG GAGGAGTACA AACAATCTGA AGGTTTGTTT 
CACGAGTTCA AGAATAACCT GCAAGTCACA GAAAGGAGGT TGGAAGAAAT GGAGGAAGAG 
TCCCGCATTC ACCTTGAATC CAAAGCCCAC ATAATTGCTG ATTTTGAAAC CATGGTTGAA 
GACCTGAAAA GAGACCTAGA AGTCAAAGGA GATGAACTCA GTACTTTGGT GGAGGAGGTC 
CGCAATATCG AAGTTAAGCT CCGCTTATCA AACCAGAAGC TCCGTGTCAC AGAACAATTA 
CTATCCGAGA AAGAAGAGAG CTACAGGAGA GCAGAAGAGA GGTTCCAGCA AGAAAACAGG 
GCACTTGAAG GAAAAGTTGC AGTATTATCA GAAGTAATTA CTTCCAACAA TGAATCCCAT 
GTCAGGATGA TCACAGATAT CTCAGAGACA GTAAACAATA CCTTAGCTGG ACTTGAATCC 
ACAGTTGGGA AATTTGAGGA AGACTCCATA AACTTCAAGA ACCGCATCTC TGAAATAGCA 
GGCGAAGTTC AGGTTGCAAG GAACTGGGTG AAGATGGCCA AAAGTGAGAA AGAACAACTG 
AAGAGTGAGG CAAGTAACCT AGTGGAACAA CTAAAATATA AAAAACGGAA GGAAGAAGGT 
GAGAAGGAGA GCCTGATAAA AGCTGTGAGC CAACTTGAGA AGAAGGTGGG AGAATTGGAG 
AAGATGATGA ATTTGAAGGA CGAAGGTATC TTGGATCTGG GGGAGCAGAA GAGGGAAGCC 
ATAAGGCAGC TATGCATCTG GATCGATTAT CACCGTGAAC GCTGTGATTA CCTAAGGGAA 
ATGCTAGCAA AGATGAATAT CAGAAGCCAG AGAACTTAG

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

RefSeq	XP_019081656.1
CDS	178..6096
Translation	MTKHHRRDSIKSLLWSHIDPDKDEQLQGTKIEVEHKVTKILKIIKNVDQDGGGGSREGDSGLELVELVEDLHGQYQTLYALYDNLKKELRKKVHGRKEKDSSSSSSSSDSESFYSSKEVDSNNGNLENELQKQTGHIKQEPEAGNSEGTTMEENKALSSEAKAGDTEGEVSTLTESNRAQAYEASARIEELESQVSSLQLELESVLAQERSLEERVERTAAEAKEQFEEILGLRARISELEMTSKEKGDDEIEGGENDAYAQIMALTAEINTLQVELNSLQTSKTQLENQNNELQTMIAEQQRTLQEQDDTINEMNQQCKQVKGLRRQTEMNLQATERKVEEIAGQFRKNMEDSLRLLAQRIRVAERLHYENRDFYRTTREALKQEQKELEENIAAHKAEFRKLKRIITITNDTLSGFDLVAERLSESSGIFLSRISKISEELSSARKWIKGTNNELKELKGEKLNLIKAVTQLEKRVGELEKMVKEKDERVLGLGEEKREAIRQLCIWIDYHRTDLHSLKILAKMSSRRPKTTFLPVAEIDDKVKTLLELIKEEGLDEKDGNGDGNLKRQPLIELIEDFHRNYQSLYDRYDNLTEILRKKIHGKPEKDTSSTTSSDSDSDHSTKERSDKNGKAFSKNPETEEIIMHWKSEVERLDGEKTELLVENGNLKQKLDNASNVEAELNQRLEDLNRERENLIMEKETAIKRIEVGEEIAEELKSTGDKLKDEKLVLEQELEAVKGEISNLEQLLESTRQEMSSLSHTHRAIEEEKDSLALKILEISNEFKQAENAMQELMAESSQLKVKLGDKESELSNLMKKHEGHENEASARIKGLEAQVTGLELELSSLSTQRGEMEKLIESTATEAKQLAEENLGLKAQISQLETISKEREEELAGLLKKFKDDENESLSKIADLTAQINNLQLEVDSLQAQKDELEKQVVQNSEEASVQVKGLTEQVTELKLELESLHSLKMEMELMLEKKTEENSEYLIQMGNLKEELVSKAADQQRILEEKESLTGKVKDLELEMDSIRNHRSTLEEQLSSKHHEYNQLREEKEGLHVRSFDLEKTITERGDELSALQKKFEDTENEASARIVALTAEVNSLQVEMDSLHAQKGELEEQLRRNGDEASDQIKDLMGQLNETKQELESLHSQKTEMELLLKKRTLENSEFLIQIGNLKEELANKAVDQQRTMEEKECLVSKVKDLELEMDSIRNHKSELDEQLRSKHHEYNQLREEKEGLHVRSFDLEKTITERGDELSALQKKFEDTENEASARIVALTAEVNSLRVEMDSLQAQKGELEEQLRRRGDEASDQIKDLMGQVSETKQELESLHSQKTEKELLLEKRTQENSGFLIQIGNLKEELANKTVDQQRMLEEKESLVAKVKDLELEMDSIQNHKSELEEQLSSKHHEYNKLSEEKEGLHVRSFDLEKTLTDRGNELSALQKKLEDGASEATAQILALTTQVNNLQQDMETLIAQKSELEDQIVSKSNEASAEIKGLMDRITEMQQELDSLSSQKTEMESQLEGKVQENSEYFSQIGSLKDELVSKAADQQRMLEEIESLTARLKHLEMEIELIRKHECELEEHIRAKDLEFNQLREEKEGLHVRSFDLEKTITDRGDELSALQQELHSLQNEKSQLELEIQRHKEESSESLTELENQRMELTSKVEEHQRMLREQEDAFNKLMEEYKQSEGLFHEFKNNLQVTERRLEEMEEESRIHLESKAHIIADFETMVEDLKRDLEVKGDELSTLVEEVRNIEVKLRLSNQKLRVTEQLLSEKEESYRRAEERFQQENRALEGKVAVLSEVITSNNESHVRMITDISETVNNTLAGLESTVGKFEEDSINFKNRISEIAGEVQVARNWVKMAKSEKEQLKSEASNLVEQLKYKKRKEEGEKESLIKAVSQLEKKVGELEKMMNLKDEGILDLGEQKREAIRQLCIWIDYHRERCDYLREMLAKMNIRSQRT

Target ORF information:

RefSeq Version	XM_019226111.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera golgin subfamily B member 1 (LOC100255355), mRNA.

Target ORF information:

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

XM_019226111.1

ORF Insert Sequence:

ATGACGAAGC ACCACCGGAG AGATTCAATA AAGTCCTTGC TTTGGAGTCA CATTGACCCC 
GACAAGGATG AACAGCTGCA AGGGACCAAA ATAGAAGTAG AGCATAAAGT GACAAAAATC 
TTGAAGATCA TCAAGAACGT AGACCAAGAT GGAGGTGGTG GGAGCCGTGA GGGAGACTCT 
GGGTTGGAAC TAGTTGAACT CGTTGAAGAT TTGCATGGAC AATACCAGAC TCTATATGCC 
CTTTATGATA ATCTCAAAAA AGAGCTAAGG AAAAAGGTTC ATGGAAGAAA GGAAAAGGAC 
AGTTCTTCGT CTTCCTCCAG CTCAGATTCA GAGTCATTTT ATTCATCAAA GGAAGTAGAC 
AGTAACAATG GCAACTTGGA AAATGAGCTC CAGAAGCAGA CCGGCCACAT CAAGCAAGAA 
CCTGAAGCTG GAAATTCAGA GGGCACTACA ATGGAGGAAA ATAAAGCTTT GAGCTCGGAA 
GCTAAAGCAG GGGATACAGA AGGGGAAGTT TCAACTCTGA CTGAGTCGAA TAGAGCTCAG 
GCATACGAAG CATCAGCTCG GATAGAGGAG TTGGAGAGCC AGGTGAGTAG CTTGCAGCTT 
GAGCTGGAAT CCGTTTTGGC CCAGGAGAGA TCACTGGAAG AACGGGTTGA GCGTACAGCA 
GCTGAAGCAA AAGAACAATT CGAGGAAATT TTAGGACTAA GAGCCCGGAT TTCAGAACTG 
GAAATGACAT CAAAAGAAAA AGGAGATGAT GAAATTGAGG GCGGAGAGAA TGATGCTTAC 
GCTCAGATTA TGGCCTTGAC AGCAGAGATA AATACTCTGC AAGTAGAGTT GAATTCTTTG 
CAGACCTCGA AGACCCAGCT AGAGAATCAG AACAATGAGT TACAAACCAT GATTGCAGAA 
CAACAGAGAA CACTGCAAGA ACAGGATGAC ACGATCAACG AGATGAATCA GCAGTGTAAA 
CAAGTCAAAG GGCTGCGCAG ACAAACCGAG ATGAATCTCC AAGCCACAGA AAGGAAAGTT 
GAGGAAATTG CAGGACAGTT CCGCAAGAAT ATGGAAGACA GTCTCCGCCT GTTGGCCCAG 
AGGATCCGGG TTGCCGAGAG ACTTCACTAT GAGAACAGAG ACTTCTATCG GACGACGCGG 
GAGGCGTTAA AGCAAGAACA AAAAGAGCTC GAAGAAAATA TTGCAGCTCA CAAAGCAGAA 
TTCAGGAAGC TGAAGCGTAT CATAACGATA ACAAACGACA CGCTGAGTGG ATTCGACTTG 
GTGGCTGAGA GGTTAAGCGA GAGCAGTGGG ATCTTCCTGA GCCGTATTTC CAAAATTTCT 
GAGGAACTTT CATCTGCGAG GAAGTGGATC AAAGGGACAA ACAATGAGCT AAAAGAACTG 
AAGGGTGAGA AATTGAATCT GATCAAGGCC GTGACCCAAC TGGAGAAGAG AGTGGGAGAA 
TTGGAGAAGA TGGTGAAAGA GAAAGACGAG AGGGTGTTGG GTCTGGGAGA GGAGAAAAGG 
GAGGCCATAA GGCAACTCTG TATTTGGATT GATTATCACC GCACTGATCT CCATTCTCTC 
AAAATCCTTG CAAAGATGAG CTCCAGAAGA CCAAAAACTA CTTTTTTGCC TGTTGCAGAG 
ATTGACGATA AAGTGAAAAC GTTATTGGAG CTTATAAAAG AGGAAGGTTT AGATGAAAAG 
GATGGGAACG GAGATGGAAA CTTGAAAAGA CAACCACTTA TTGAACTAAT TGAGGATTTC 
CATAGAAATT ATCAATCTCT CTATGACCGA TATGATAATC TCACTGAGAT ACTAAGGAAA 
AAAATTCATG GCAAACCGGA GAAAGATACT TCATCTACCA CTAGCTCAGA CTCAGACTCA 
GATCATTCAA CAAAGGAAAG GAGTGATAAA AATGGAAAAG CTTTTAGCAA AAACCCAGAA 
ACAGAGGAAA TTATCATGCA TTGGAAATCT GAAGTTGAAA GGTTGGATGG TGAAAAAACT 
GAACTTTTGG TTGAGAATGG AAATCTGAAG CAAAAACTGG ACAATGCTAG TAATGTAGAA 
GCTGAACTGA ACCAGAGACT GGAAGATTTA AATCGGGAGA GAGAGAATTT AATCATGGAA 
AAAGAGACTG CTATCAAAAG GATTGAAGTG GGAGAGGAAA TTGCTGAAGA ATTGAAGTCG 
ACGGGTGATA AGTTGAAAGA TGAGAAACTA GTCCTCGAGC AAGAACTGGA AGCTGTGAAA 
GGAGAAATTT CCAATCTGGA GCAGCTATTG GAATCCACAA GGCAGGAAAT GAGCAGTTTA 
AGTCACACTC ATAGAGCTAT TGAGGAAGAA AAAGATTCTC TAGCCTTGAA AATTTTGGAG 
ATTTCAAATG AGTTTAAGCA GGCGGAGAAT GCAATGCAAG AACTCATGGC TGAGTCAAGT 
CAGCTAAAGG TGAAACTGGG TGACAAAGAA AGTGAACTTT CAAATCTCAT GAAGAAGCAT 
GAGGGTCATG AGAATGAAGC ATCAGCTCGA ATAAAGGGTT TAGAGGCTCA GGTAACAGGC 
TTGGAACTGG AGCTGAGTTC CCTAAGCACC CAGAGAGGAG AAATGGAAAA GCTGATTGAG 
AGTACAGCAA CTGAAGCCAA ACAGCTGGCG GAGGAAAATT TAGGACTGAA AGCCCAGATT 
TCACAGCTTG AAACGATATC AAAAGAGAGA GAAGAAGAAC TTGCTGGTCT CTTGAAGAAA 
TTTAAGGATG ATGAGAATGA GTCATTGTCT AAAATAGCTG ATTTGACAGC ACAGATCAAC 
AATCTGCAGC TGGAGGTGGA TTCTCTACAA GCTCAAAAAG ACGAATTGGA AAAACAAGTG 
GTCCAGAACA GTGAAGAAGC ATCAGTTCAA GTCAAAGGCT TAACAGAACA GGTCACTGAA 
CTGAAACTGG AATTGGAATC TTTACACAGC TTGAAAATGG AAATGGAACT CATGCTTGAG 
AAGAAAACTG AGGAGAATTC AGAATATCTT ATTCAGATGG GAAATCTGAA AGAGGAGTTG 
GTGAGCAAGG CTGCCGACCA ACAGAGAATA CTGGAAGAGA AAGAGAGTTT AACAGGGAAG 
GTGAAGGACC TGGAATTGGA GATGGACTCC ATCCGGAACC ACAGAAGCAC ACTGGAGGAG 
CAGCTAAGCA GTAAACACCA TGAGTACAAT CAGTTGAGAG AGGAAAAGGA GGGCTTGCAT 
GTAAGGAGTT TCGACTTGGA GAAAACAATA ACAGAGAGAG GGGACGAGCT CTCTGCTCTG 
CAGAAGAAGT TTGAGGATAC AGAGAATGAA GCATCAGCTC GAATCGTGGC ATTAACAGCA 
GAGGTTAACA GTCTGCAAGT GGAGATGGAT TCTTTGCATG CTCAGAAAGG TGAATTGGAA 
GAACAGCTGA GACGCAATGG CGATGAAGCA TCAGATCAGA TCAAGGACTT GATGGGCCAG 
CTCAATGAAA CAAAACAGGA ATTGGAATCT CTACACAGCC AAAAAACCGA AATGGAATTG 
CTACTCAAGA AAAGAACTCT AGAAAATTCA GAGTTCCTGA TTCAGATCGG AAATCTGAAA 
GAGGAGCTAG CGAACAAGGC TGTGGATCAG CAGAGAACAA TGGAAGAGAA GGAGTGTTTG 
GTATCGAAGG TGAAGGACCT GGAATTGGAG ATGGACTCCA TAAGGAACCA CAAAAGCGAA 
CTGGATGAGC AGCTACGCAG TAAACACCAT GAGTACAATC AGTTGAGAGA GGAAAAGGAG 
GGCTTGCATG TTAGGAGTTT TGACTTGGAG AAAACAATAA CAGAGAGAGG GGACGAGCTC 
TCTGCTCTGC AGAAGAAGTT TGAGGATACA GAGAATGAAG CATCAGCTCG AATCGTGGCA 
TTAACAGCAG AGGTTAACAG TCTGCGAGTG GAGATGGATT CTTTGCAAGC TCAGAAAGGT 
GAATTGGAAG AACAGCTGAG ACGCAGGGGC GATGAAGCAT CAGATCAGAT CAAGGACTTG 
ATGGGCCAGG TCAGTGAAAC GAAACAGGAA TTGGAATCTC TACACAGCCA GAAAACAGAA 
AAGGAATTGC TACTCGAGAA AAGAACTCAA GAAAATTCAG GGTTCCTGAT TCAGATAGGA 
AATCTGAAAG AGGAGCTAGC GAACAAGACT GTGGATCAGC AGAGAATGCT GGAAGAGAAG 
GAGAGTTTGG TAGCAAAGGT GAAGGACCTG GAATTGGAGA TGGACTCCAT CCAGAACCAC 
AAAAGCGAAC TCGAGGAGCA GCTAAGCAGT AAACACCATG AGTACAATAA GTTGAGTGAG 
GAAAAGGAGG GTCTGCATGT TAGGAGTTTT GACTTAGAGA AAACATTAAC AGACAGAGGG 
AATGAGTTAT CTGCTCTCCA GAAGAAACTT GAGGATGGGG CGAGTGAAGC AACTGCTCAA 
ATTCTGGCCT TAACAACACA AGTCAACAAT CTGCAACAAG ACATGGAAAC CTTGATTGCA 
CAGAAAAGTG AATTGGAGGA TCAAATAGTG AGCAAAAGCA ATGAAGCTTC AGCTGAAATC 
AAGGGCTTAA TGGACCGGAT CACTGAGATG CAACAGGAAT TGGATTCTCT AAGCAGCCAG 
AAAACCGAAA TGGAATCACA GCTCGAGGGA AAAGTTCAAG AAAATTCAGA ATACTTTAGT 
CAAATAGGAA GTCTGAAAGA CGAGCTAGTG AGCAAGGCTG CGGATCAGCA GAGAATGCTG 
GAAGAGATAG AGAGTTTAAC AGCACGGTTA AAGCACCTGG AAATGGAGAT AGAGTTGATT 
CGGAAACACG AATGCGAACT TGAAGAGCAT ATAAGAGCCA AAGACCTGGA GTTCAATCAG 
TTGAGAGAGG AAAAGGAGGG CTTGCACGTT AGGAGTTTTG ACTTGGAGAA AACAATTACA 
GACAGAGGGG ATGAGCTGTC TGCTCTACAA CAGGAGCTGC ATTCCTTGCA GAATGAGAAA 
AGCCAATTGG AGTTAGAGAT CCAAAGACAT AAAGAAGAAT CTTCGGAAAG CCTGACGGAA 
TTGGAGAATC AGAGGATGGA GTTAACCAGC AAGGTTGAAG AACATCAGAG AATGCTAAGA 
GAACAGGAAG ATGCATTCAA CAAGTTAATG GAGGAGTACA AACAATCTGA AGGTTTGTTT 
CACGAGTTCA AGAATAACCT GCAAGTCACA GAAAGGAGGT TGGAAGAAAT GGAGGAAGAG 
TCCCGCATTC ACCTTGAATC CAAAGCCCAC ATAATTGCTG ATTTTGAAAC CATGGTTGAA 
GACCTGAAAA GAGACCTAGA AGTCAAAGGA GATGAACTCA GTACTTTGGT GGAGGAGGTC 
CGCAATATCG AAGTTAAGCT CCGCTTATCA AACCAGAAGC TCCGTGTCAC AGAACAATTA 
CTATCCGAGA AAGAAGAGAG CTACAGGAGA GCAGAAGAGA GGTTCCAGCA AGAAAACAGG 
GCACTTGAAG GAAAAGTTGC AGTATTATCA GAAGTAATTA CTTCCAACAA TGAATCCCAT 
GTCAGGATGA TCACAGATAT CTCAGAGACA GTAAACAATA CCTTAGCTGG ACTTGAATCC 
ACAGTTGGGA AATTTGAGGA AGACTCCATA AACTTCAAGA ACCGCATCTC TGAAATAGCA 
GGCGAAGTTC AGGTTGCAAG GAACTGGGTG AAGATGGCCA AAAGTGAGAA AGAACAACTG 
AAGAGTGAGG CAAGTAACCT AGTGGAACAA CTAAAATATA AAAAACGGAA GGAAGAAGGT 
GAGAAGGAGA GCCTGATAAA AGCTGTGAGC CAACTTGAGA AGAAGGTGGG AGAATTGGAG 
AAGATGATGA ATTTGAAGGA CGAAGGTATC TTGGATCTGG GGGAGCAGAA GAGGGAAGCC 
ATAAGGCAGC TATGCATCTG GATCGATTAT CACCGTGAAC GCTGTGATTA CCTAAGGGAA 
ATGCTAGCAA AGATGAATAT CAGAAGCCAG AGAACTTAG