LOC105270608 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105270608
Entrez Gene ID	105270608
Full Name	Down syndrome cell adhesion molecule-like protein Dscam2
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011311650.1	XP_011309952.1	Down syndrome cell adhesion molecule-like protein Dscam2

Pathways from BioSystems
Gene Ontology

The following LOC105270608 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105270608 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
OFo53872	XM_011311650.1 Latest version!	Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105270608), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

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

LOC105270608 ( XM_011311650.1 ) cDNA ORF clone, Fopius arisanus -> XP_011309952.1 Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105270608), mRNA.

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CloneID	OFo53872
Clone ID Related Accession (Same CDS sequence)	XM_011311650.1
Accession Version	XM_011311650.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5889bp) 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	2015-02-09
Organism	Fopius arisanus
Product	Down syndrome cell adhesion molecule-like protein Dscam2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011887830.1) 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 Version :: Fopius arisanus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 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##

ATGAATCTGA CATCGCATTT GCTGCTACTC ACAGTGGCCT GCAGCTGCAC TGGTGTCTTA 
GGTCAGCAGG GGCCAGTCTT CGTGCTAGAA CCCCCCAGTA CTTTAGTGTT TTCCAATACA 
ACTGGGTCAC AGCTGAGCTG TTCAGCCCAT GGCAGCCCAA CACCGCACGT CACGTGGATT 
ACAAGCCCAG ATCAGCGTCC GGTAACTGCA GTTCCAGGTC TCAGACAACT ATTGGGTAAT 
GGGACTCTGT ACTTTCCTCC ATTTCTCGCA CAAGACTTCC GAGCAGAAGT CCATAATGCT 
CGGTACAGAT GCCGTGCAGT CAACTCCGTG GGAGCGGTGC TGTCCAGAGA AGTCACACTT 
CGTGCTGTCC TGACTGTATC CACATATGAT GTAAGAGTGA ACAGATCGCC AATTCTGCAA 
GGCTGTAATG CAGTACTGTC TTGCACGGCG AGGGAGGATG TTAAAGAGCA TCTGACAGTT 
ACTTCTTGGT ATAGGGATGA CGCAATTCTC CTTCCCGGGA GCATTGATAC GGGGGGAAGA 
TTTGTAGTAA CGTCTCAAGG TGATCTTCAT ATACGAAATA CCAAGGTCGA GGACGGCAGA 
GCAAGTTATC ACTGCTTAAC ATTGCACACT TTGACAGGTG AACGGAGGAA GAGTGAACAC 
GTCACGTTAA CGGTAACAGA ATCAAGTGGT GCAATGCCTC CAAGACTGAT GCAACGAGCT 
CAAATAGCAA TATCTGCAGA GCGAGGTTCA GATGTTCACC TCACATGCTC AGCACAGGGG 
ACTCCTCCTC CACGATTCGC TTGGTATAGA GACGTCAACG GTCACTCGAT TTCCGTGGAA 
GCTTCCAACA AGATTCAATT CTGGGGCGAT CTAATGCAAA TAAAACGAGT GGACGGTCAA 
GATGCTGGCC GCTACGTATG TCATACAATG AATGAGTATG GTGAAGAACG TGCGGAGACG 
CATCTCTCGG TCACTTCGAA ATTGAACGCC CGAATCCAGC CAACGATCCA AGTAGTCAAT 
GCTGGTGAGC CGGCCACAAT GAATTGCACA GTTGAAGGCT ATCCAATAGA GAGTGTTGAG 
TGGTTACATG ATGGCATCCC TGTCCTGACA CCACAGGACA CCAGAATACG ATTACCCACA 
CCTTTGGTCC TTGTTGTTGG TTCAGTCGGT AGAAATGACA AGGGCATGTA CCAATGCTTA 
GTCAGAAGTG ATAAAGAAAA TGCTCAAGCC ACAGCTGAAC TTAAATTGGG TGATACTGTA 
CCCGAGTTGC AGTATACATT CATCGAACAA GCCCTTAGGC CTGGACCACC GGTTTCATTG 
AGATGCTCTG CAACAGGCTC ACCACCACCA TCCTTCACCT GGTTGTTGGA TGGTGAACCC 
TTAAACGAAC TTGGTCACAG TCACAGATAT GCTATAGGTC AATATGTCGA TCAATCAGGC 
GACGTAATAA GCCACTTAAA TATCACATCA GCTGATGCAG AGGATGGCGG TCTCTACGCT 
TGTGTAGCTC GAAACACCCT AGCAGCAGTT GAACACAAAG CTCGCTTGAA TATTTACGGT 
GCTCCCTACA TTCGTTCAAT TGGTCCTGTT AGAGCAATAG CCGGTGTAGA CATCACTATT 
GCTTGTCCTT ACTCTGGTTA CCCTATAACA TCAGTGGACT GGTCAAGGGG TACCGTTGAA 
CTACCATTAG ACATGCGTCA TCGTGTCGAT AACGAGGGCT ACCTAACAAT TACCACTGTG 
GACCCTGACG ATGCAGGGAC TTACACATGC GCTGTAAGGG CCAGCACTGG AGAAACTGCT 
AGTCGTGATA TTAAACTCAC TGTCAGCAGT CCACCCATTA TGAGCCCTTT TGGATTTCCT 
GCCAACTTGC AGGAAGGCAG CAGAGCACAG GTGACGTGTA GTATCAGTTC TGGAGATCTG 
CCCATCTATT TCTCATGGCT CAAAGATGGA GAACCTTTAC CATCGTCTCT TCGAATTGAA 
GAGCGTGGGG CTGAATTTTT CAGTCTCCTC GTGTTCAAAG CGCTCACTTC ACGACACAGC 
GGTAAATACA CATGTGTAGC CACCAACAGT GCAGCTAAAG TCAATCACAC TGCGGAATTA 
TTGGTGAAAG TACCGCCCCA GTGGATGTTC GAACCCCAGG ATATCGCAAG CCTCTTGGGT 
AACCCCCTGA ATGTTCATTG CGGTGCTAAA GGATTTCCAC CACCAAAAAT AACATGGCTG 
AGAGGTCGAG GAAAAACATC AAATGATTAT CAGCAGTTGG ATGTGACTTT GGATAGTAGG 
TTTACAATTC TACCGAATGG TTCCTTATGG ACAGCATCAG CGGCACCACA GGATGAGGGG 
TACTATCTCT GCAGAGCCAA TAATGGGATT GGATTAGGAC TCAGTAAAGT CATATACCTC 
TCGGTCAATG AACCAGCGCG GTTCGAGTCT CAAAGCCAGA ATGTAACAAT AAGACGTGGA 
GATTCCGTGA CACTCGATTG CGCTGTCATT GGTGATAATC CCATTGAAGT CAAATGGATG 
CACAACAATG ATTATTTGGA CACGAACACT CATCGTCTGG GCATTGCACA AGTTAAGATT 
GACAGCGGAT TGAAATCTCA GCTGACGATT GGCAGCAGTG ATAGACAGGA TTCGGGTGCT 
TTCCGATGCA CTGCTGATAA TGCTTATGGG CGCAGTGAAC ATTTTATTTA TCTAGCTGTA 
CAAGAGCGCC CTGATCCGCC AACGGCTCTC GAGGTAATAG AGATCGGATC AAGATCAATA 
CGTTTGTCGT GGAAGCGTTC TTTCGATGGC AATAGTCCAA TCAGAAACTA CATAATCCAA 
TACCGCGCTC TGGGATATGG TTTGGCAAAT GACTGGGAGC CATCCAAGAC CCACAATGTC 
ACCTTCACAC CGGGAAATTT GAATGCAGCC TCAGCCAATC CAGCTCAGTA CAGCCTATCC 
AGATACGAAA CAACAAGTGA TGGTCAAGAA ATAGCACTCG TTGGAGGCTT GCATCCAGCC 
GTCACCTACA CTTTTCGCAT ATTTGCGATT AATTCTATAG ACATTAGTGA ACCGACTGAT 
CCTGTAGTAG CGAAAACCCA GGAGGAGGCC CCGACAGAAC CTCCGCAAAA CGTCAAAGTC 
CAGTCAGCAG GACCTGGTGA GTTGATTGTC CATTGGCAAG CACCACCGAA AGAGGCATGC 
AATGGAGATT TACTTGGGTA CATTGTCACG TGGTCTGAAC ACTCGTCATC GACATCTGGG 
GTCAACCAGA GCAAAAGCTT AACGGTCAAT GGTTGGGCTA CGACGAAGGT GCAGTTGACA 
GGACTCAGAA AATTCACCAA GTATGATATC TCCATCAAAG CATTCAACAG CATTGCTAGT 
GGACCTGGAA GCCCTTCCAT CATTGGGACT ACTCAAGAAG GAGTGCCAGA AGCTTCACCG 
ACTCAAGTCA CCTGTTCTCC TCTTTCCTCG CAAAGTGTGA AAGTTTCTTG GAGTGCACCA 
CCTCCACATC AGCATGGGGG CATCATTCAA GGGTATAAAG TGTATTATAG ACCTGTGCCG 
ACTGATAACA TGGAGATTTC AACTGTCGGC GAAATCAAAA GGACTTCCAG TGAAGAGACT 
TATCTCCATA CATTGTATAA ATATACGAAC TACTCAATCA GAGTTCTAGC TTATACCGGC 
GCGGGTGATG GAGTCTTTAG TCCTGCGATT TATTGTACCA CCGAAGAAGA TGTGCCTGGA 
CCACCTGCTG GTATCAAAGC TCTTGCTTTG ACAGCAGAGA GCATCTTAGT GTCTTGGCTG 
CCGCCTCTAC AACCAAACGG AAAAGTCGCT CAGTATACAG TTTACAGCAA AGAAGCTGGA 
GCCAGCAGGC ATAATACGCA TACAATGCAC GAACCACCGT TATCATCAAC TAATACTCTT 
ATCATGGAAC TACGAGGCTT GACTGAAAGT CAACTCTATG AATTCTGGGT GTCAGCTACA 
ACAGGCCTGG GAGAGGGTGA ACCGACGACC ACGATAACCC AAACCACAAA TACCAGAGCA 
CCAGCACGAG TTGCTTCATT CTCGCAGCTT CTGCGTCGTG CAGTGAAATC ATCGGTTACT 
CTCTCCTGTC TCGTAGTGGG GAATCCCACA CCGCGTCCCG TGTGGACCCA CAGGAACACT 
CAGATCTCTA CGGGACGCCT TTACGAGATC ACATCCGAGG GCCATCTAAA CATTCACGGA 
ATAGAACAAT CAATTTCCGG AAACTACACG TGTTCAGCTT CCAATCTTTT TGGTGATGAC 
TCTATCACTT ACACTCTTAT TGTTGTCATG CCTCCCAAGG CACCTGTCCT TGAACTACAA 
TACACAACAA CGCACAGCGT GAAATTAAGA TGGAATCATC CAGAAAATGG AGGGGCAACG 
ATTCAGGGAT ATGTTCTGAG TTACAAGCGA GATCCTGGAA ATTGGGAAGA GATTATGCTG 
TCACCGGAGC AGACAGAGTT CACTCTCAAT GGATTGAAAT GTGGATCTTC ATACATGGGA 
CATCTTACTG CTCATAATCG AGTAGGTACA GGTGCACCTA GCTCGACAAT CAGCACTAAC 
ACCAAGGGAT CGGCACCAAA ACTTCCGAAG GAACGGGAAA TCATTACTGC AAATGCAACT 
TCCTTTCGAT TGAATTTACT GCAGTGGCCT AACGGTGGAT GTCCGATTCA TTATTACACG 
GTTGAATATC GAAGAAGAAT GAATACCGAA CCGTGGGTTT TGGTCGCCAG CAAAGCAACT 
GAGAATCTGA TAATAAGGGA CTTAAAGCCG GCCGCCTGGT ATACATTACG ATTAACTGCT 
CACAATGATG CTGGAAAGAC TCAAACACAG ATGGAGTTTG CCACGACAAC ACTAAGTGGA 
ATCAGCATCG CACCACTCAA TGATTTAATT CTGGATGATG AGATGAACAA AACTCCGTCA 
AATCATAAAG TGCTGTACGT GGTGGTGCCA CTAGTTTGCG CTATTGTACT GATTTTATCA 
GCTGTTACTC TTGGGTACGT CATGTTGAAG AAAACTGACA GATCAAGTTA TCTGGGTGAA 
ATTTTTACCG GTCAACAAGG GCCACCCGGT GGCCTGGGAA TCGGTCAGCA ACTACCTCCG 
AATCATCATC ACATGAGCAG CTGCATGTCC ACGGTCCAAT TGAAAACCGC AGAGAGGGAT 
AATCGAAGGA ATCATCAGGT CTACACGAGT TCACCTGTCA AACAGGATAA TCATAAATCT 
AATGATCATG AAATGTATGA AATAAGTCCA TATGCAACAT TTAGTGTCCC CGGTCGAGAG 
AATCGCTCCG TAACGACAGC TACGTTGGAT TACACAATGC AATTCAAAAC ATTCGGTCAT 
CTAGAGAACG AAGACATCAA TACAATAGAT TATGGTCGTT CCAGTGTTGA TTTTGAACGG 
TCTAAAACCC CGAGGTGGCA TAAACAGCGG TATTTCCCGA GTATAGCTGA AGCAGAAAGT 
AAATTGAGAT CCAGTCGACC AGGATCTGGT AGCGATACGT CGGGGAGCCC TTGTGGCGAG 
TGTGCTGGAC CTAGTTATCG TGTTCCTGTA AAACCTTGTA GAGATGTTTT TTCACATGGA 
GTTGAATCGA GTACCGAATC GAATAATGAA GGTTCCCCAT CACTAGCTCG TCGACGTAGT 
CGACAGCCTA GCCGATCCAC TCGCAGCTCG GCGGACGATA TGACCCTGAT GCCACCGAGT 
GGTTTCAGCG ACAGCCGTGA ATTGAGTGAA GCAGAGTGCG ATCGTGATCG TGATTGGCAG 
GGGCGGTCTA TTGCCACCCG ACATGGTGGT AGTCTTGGCA GATTGCCAAT TGAAGCCGTC 
GAAACTATGC TCGCCAGGTA TCAGCTGAAA AAGGAACAGG AAAGACAGGA ATTTACGATA 
CATGTATAA

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

RefSeq	XP_011309952.1
CDS	101..5989
Translation	MNLTSHLLLLTVACSCTGVLGQQGPVFVLEPPSTLVFSNTTGSQLSCSAHGSPTPHVTWITSPDQRPVTAVPGLRQLLGNGTLYFPPFLAQDFRAEVHNARYRCRAVNSVGAVLSREVTLRAVLTVSTYDVRVNRSPILQGCNAVLSCTAREDVKEHLTVTSWYRDDAILLPGSIDTGGRFVVTSQGDLHIRNTKVEDGRASYHCLTLHTLTGERRKSEHVTLTVTESSGAMPPRLMQRAQIAISAERGSDVHLTCSAQGTPPPRFAWYRDVNGHSISVEASNKIQFWGDLMQIKRVDGQDAGRYVCHTMNEYGEERAETHLSVTSKLNARIQPTIQVVNAGEPATMNCTVEGYPIESVEWLHDGIPVLTPQDTRIRLPTPLVLVVGSVGRNDKGMYQCLVRSDKENAQATAELKLGDTVPELQYTFIEQALRPGPPVSLRCSATGSPPPSFTWLLDGEPLNELGHSHRYAIGQYVDQSGDVISHLNITSADAEDGGLYACVARNTLAAVEHKARLNIYGAPYIRSIGPVRAIAGVDITIACPYSGYPITSVDWSRGTVELPLDMRHRVDNEGYLTITTVDPDDAGTYTCAVRASTGETASRDIKLTVSSPPIMSPFGFPANLQEGSRAQVTCSISSGDLPIYFSWLKDGEPLPSSLRIEERGAEFFSLLVFKALTSRHSGKYTCVATNSAAKVNHTAELLVKVPPQWMFEPQDIASLLGNPLNVHCGAKGFPPPKITWLRGRGKTSNDYQQLDVTLDSRFTILPNGSLWTASAAPQDEGYYLCRANNGIGLGLSKVIYLSVNEPARFESQSQNVTIRRGDSVTLDCAVIGDNPIEVKWMHNNDYLDTNTHRLGIAQVKIDSGLKSQLTIGSSDRQDSGAFRCTADNAYGRSEHFIYLAVQERPDPPTALEVIEIGSRSIRLSWKRSFDGNSPIRNYIIQYRALGYGLANDWEPSKTHNVTFTPGNLNAASANPAQYSLSRYETTSDGQEIALVGGLHPAVTYTFRIFAINSIDISEPTDPVVAKTQEEAPTEPPQNVKVQSAGPGELIVHWQAPPKEACNGDLLGYIVTWSEHSSSTSGVNQSKSLTVNGWATTKVQLTGLRKFTKYDISIKAFNSIASGPGSPSIIGTTQEGVPEASPTQVTCSPLSSQSVKVSWSAPPPHQHGGIIQGYKVYYRPVPTDNMEISTVGEIKRTSSEETYLHTLYKYTNYSIRVLAYTGAGDGVFSPAIYCTTEEDVPGPPAGIKALALTAESILVSWLPPLQPNGKVAQYTVYSKEAGASRHNTHTMHEPPLSSTNTLIMELRGLTESQLYEFWVSATTGLGEGEPTTTITQTTNTRAPARVASFSQLLRRAVKSSVTLSCLVVGNPTPRPVWTHRNTQISTGRLYEITSEGHLNIHGIEQSISGNYTCSASNLFGDDSITYTLIVVMPPKAPVLELQYTTTHSVKLRWNHPENGGATIQGYVLSYKRDPGNWEEIMLSPEQTEFTLNGLKCGSSYMGHLTAHNRVGTGAPSSTISTNTKGSAPKLPKEREIITANATSFRLNLLQWPNGGCPIHYYTVEYRRRMNTEPWVLVASKATENLIIRDLKPAAWYTLRLTAHNDAGKTQTQMEFATTTLSGISIAPLNDLILDDEMNKTPSNHKVLYVVVPLVCAIVLILSAVTLGYVMLKKTDRSSYLGEIFTGQQGPPGGLGIGQQLPPNHHHMSSCMSTVQLKTAERDNRRNHQVYTSSPVKQDNHKSNDHEMYEISPYATFSVPGRENRSVTTATLDYTMQFKTFGHLENEDINTIDYGRSSVDFERSKTPRWHKQRYFPSIAEAESKLRSSRPGSGSDTSGSPCGECAGPSYRVPVKPCRDVFSHGVESSTESNNEGSPSLARRRSRQPSRSTRSSADDMTLMPPSGFSDSRELSEAECDRDRDWQGRSIATRHGGSLGRLPIEAVETMLARYQLKKEQERQEFTIHV

Target ORF information:

RefSeq Version	XM_011311650.1
Organism	Fopius arisanus
Definition	Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105270608), mRNA.

Target ORF information:

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

XM_011311650.1

ORF Insert Sequence:

ATGAATCTGA CATCGCATTT GCTGCTACTC ACAGTGGCCT GCAGCTGCAC TGGTGTCTTA 
GGTCAGCAGG GGCCAGTCTT CGTGCTAGAA CCCCCCAGTA CTTTAGTGTT TTCCAATACA 
ACTGGGTCAC AGCTGAGCTG TTCAGCCCAT GGCAGCCCAA CACCGCACGT CACGTGGATT 
ACAAGCCCAG ATCAGCGTCC GGTAACTGCA GTTCCAGGTC TCAGACAACT ATTGGGTAAT 
GGGACTCTGT ACTTTCCTCC ATTTCTCGCA CAAGACTTCC GAGCAGAAGT CCATAATGCT 
CGGTACAGAT GCCGTGCAGT CAACTCCGTG GGAGCGGTGC TGTCCAGAGA AGTCACACTT 
CGTGCTGTCC TGACTGTATC CACATATGAT GTAAGAGTGA ACAGATCGCC AATTCTGCAA 
GGCTGTAATG CAGTACTGTC TTGCACGGCG AGGGAGGATG TTAAAGAGCA TCTGACAGTT 
ACTTCTTGGT ATAGGGATGA CGCAATTCTC CTTCCCGGGA GCATTGATAC GGGGGGAAGA 
TTTGTAGTAA CGTCTCAAGG TGATCTTCAT ATACGAAATA CCAAGGTCGA GGACGGCAGA 
GCAAGTTATC ACTGCTTAAC ATTGCACACT TTGACAGGTG AACGGAGGAA GAGTGAACAC 
GTCACGTTAA CGGTAACAGA ATCAAGTGGT GCAATGCCTC CAAGACTGAT GCAACGAGCT 
CAAATAGCAA TATCTGCAGA GCGAGGTTCA GATGTTCACC TCACATGCTC AGCACAGGGG 
ACTCCTCCTC CACGATTCGC TTGGTATAGA GACGTCAACG GTCACTCGAT TTCCGTGGAA 
GCTTCCAACA AGATTCAATT CTGGGGCGAT CTAATGCAAA TAAAACGAGT GGACGGTCAA 
GATGCTGGCC GCTACGTATG TCATACAATG AATGAGTATG GTGAAGAACG TGCGGAGACG 
CATCTCTCGG TCACTTCGAA ATTGAACGCC CGAATCCAGC CAACGATCCA AGTAGTCAAT 
GCTGGTGAGC CGGCCACAAT GAATTGCACA GTTGAAGGCT ATCCAATAGA GAGTGTTGAG 
TGGTTACATG ATGGCATCCC TGTCCTGACA CCACAGGACA CCAGAATACG ATTACCCACA 
CCTTTGGTCC TTGTTGTTGG TTCAGTCGGT AGAAATGACA AGGGCATGTA CCAATGCTTA 
GTCAGAAGTG ATAAAGAAAA TGCTCAAGCC ACAGCTGAAC TTAAATTGGG TGATACTGTA 
CCCGAGTTGC AGTATACATT CATCGAACAA GCCCTTAGGC CTGGACCACC GGTTTCATTG 
AGATGCTCTG CAACAGGCTC ACCACCACCA TCCTTCACCT GGTTGTTGGA TGGTGAACCC 
TTAAACGAAC TTGGTCACAG TCACAGATAT GCTATAGGTC AATATGTCGA TCAATCAGGC 
GACGTAATAA GCCACTTAAA TATCACATCA GCTGATGCAG AGGATGGCGG TCTCTACGCT 
TGTGTAGCTC GAAACACCCT AGCAGCAGTT GAACACAAAG CTCGCTTGAA TATTTACGGT 
GCTCCCTACA TTCGTTCAAT TGGTCCTGTT AGAGCAATAG CCGGTGTAGA CATCACTATT 
GCTTGTCCTT ACTCTGGTTA CCCTATAACA TCAGTGGACT GGTCAAGGGG TACCGTTGAA 
CTACCATTAG ACATGCGTCA TCGTGTCGAT AACGAGGGCT ACCTAACAAT TACCACTGTG 
GACCCTGACG ATGCAGGGAC TTACACATGC GCTGTAAGGG CCAGCACTGG AGAAACTGCT 
AGTCGTGATA TTAAACTCAC TGTCAGCAGT CCACCCATTA TGAGCCCTTT TGGATTTCCT 
GCCAACTTGC AGGAAGGCAG CAGAGCACAG GTGACGTGTA GTATCAGTTC TGGAGATCTG 
CCCATCTATT TCTCATGGCT CAAAGATGGA GAACCTTTAC CATCGTCTCT TCGAATTGAA 
GAGCGTGGGG CTGAATTTTT CAGTCTCCTC GTGTTCAAAG CGCTCACTTC ACGACACAGC 
GGTAAATACA CATGTGTAGC CACCAACAGT GCAGCTAAAG TCAATCACAC TGCGGAATTA 
TTGGTGAAAG TACCGCCCCA GTGGATGTTC GAACCCCAGG ATATCGCAAG CCTCTTGGGT 
AACCCCCTGA ATGTTCATTG CGGTGCTAAA GGATTTCCAC CACCAAAAAT AACATGGCTG 
AGAGGTCGAG GAAAAACATC AAATGATTAT CAGCAGTTGG ATGTGACTTT GGATAGTAGG 
TTTACAATTC TACCGAATGG TTCCTTATGG ACAGCATCAG CGGCACCACA GGATGAGGGG 
TACTATCTCT GCAGAGCCAA TAATGGGATT GGATTAGGAC TCAGTAAAGT CATATACCTC 
TCGGTCAATG AACCAGCGCG GTTCGAGTCT CAAAGCCAGA ATGTAACAAT AAGACGTGGA 
GATTCCGTGA CACTCGATTG CGCTGTCATT GGTGATAATC CCATTGAAGT CAAATGGATG 
CACAACAATG ATTATTTGGA CACGAACACT CATCGTCTGG GCATTGCACA AGTTAAGATT 
GACAGCGGAT TGAAATCTCA GCTGACGATT GGCAGCAGTG ATAGACAGGA TTCGGGTGCT 
TTCCGATGCA CTGCTGATAA TGCTTATGGG CGCAGTGAAC ATTTTATTTA TCTAGCTGTA 
CAAGAGCGCC CTGATCCGCC AACGGCTCTC GAGGTAATAG AGATCGGATC AAGATCAATA 
CGTTTGTCGT GGAAGCGTTC TTTCGATGGC AATAGTCCAA TCAGAAACTA CATAATCCAA 
TACCGCGCTC TGGGATATGG TTTGGCAAAT GACTGGGAGC CATCCAAGAC CCACAATGTC 
ACCTTCACAC CGGGAAATTT GAATGCAGCC TCAGCCAATC CAGCTCAGTA CAGCCTATCC 
AGATACGAAA CAACAAGTGA TGGTCAAGAA ATAGCACTCG TTGGAGGCTT GCATCCAGCC 
GTCACCTACA CTTTTCGCAT ATTTGCGATT AATTCTATAG ACATTAGTGA ACCGACTGAT 
CCTGTAGTAG CGAAAACCCA GGAGGAGGCC CCGACAGAAC CTCCGCAAAA CGTCAAAGTC 
CAGTCAGCAG GACCTGGTGA GTTGATTGTC CATTGGCAAG CACCACCGAA AGAGGCATGC 
AATGGAGATT TACTTGGGTA CATTGTCACG TGGTCTGAAC ACTCGTCATC GACATCTGGG 
GTCAACCAGA GCAAAAGCTT AACGGTCAAT GGTTGGGCTA CGACGAAGGT GCAGTTGACA 
GGACTCAGAA AATTCACCAA GTATGATATC TCCATCAAAG CATTCAACAG CATTGCTAGT 
GGACCTGGAA GCCCTTCCAT CATTGGGACT ACTCAAGAAG GAGTGCCAGA AGCTTCACCG 
ACTCAAGTCA CCTGTTCTCC TCTTTCCTCG CAAAGTGTGA AAGTTTCTTG GAGTGCACCA 
CCTCCACATC AGCATGGGGG CATCATTCAA GGGTATAAAG TGTATTATAG ACCTGTGCCG 
ACTGATAACA TGGAGATTTC AACTGTCGGC GAAATCAAAA GGACTTCCAG TGAAGAGACT 
TATCTCCATA CATTGTATAA ATATACGAAC TACTCAATCA GAGTTCTAGC TTATACCGGC 
GCGGGTGATG GAGTCTTTAG TCCTGCGATT TATTGTACCA CCGAAGAAGA TGTGCCTGGA 
CCACCTGCTG GTATCAAAGC TCTTGCTTTG ACAGCAGAGA GCATCTTAGT GTCTTGGCTG 
CCGCCTCTAC AACCAAACGG AAAAGTCGCT CAGTATACAG TTTACAGCAA AGAAGCTGGA 
GCCAGCAGGC ATAATACGCA TACAATGCAC GAACCACCGT TATCATCAAC TAATACTCTT 
ATCATGGAAC TACGAGGCTT GACTGAAAGT CAACTCTATG AATTCTGGGT GTCAGCTACA 
ACAGGCCTGG GAGAGGGTGA ACCGACGACC ACGATAACCC AAACCACAAA TACCAGAGCA 
CCAGCACGAG TTGCTTCATT CTCGCAGCTT CTGCGTCGTG CAGTGAAATC ATCGGTTACT 
CTCTCCTGTC TCGTAGTGGG GAATCCCACA CCGCGTCCCG TGTGGACCCA CAGGAACACT 
CAGATCTCTA CGGGACGCCT TTACGAGATC ACATCCGAGG GCCATCTAAA CATTCACGGA 
ATAGAACAAT CAATTTCCGG AAACTACACG TGTTCAGCTT CCAATCTTTT TGGTGATGAC 
TCTATCACTT ACACTCTTAT TGTTGTCATG CCTCCCAAGG CACCTGTCCT TGAACTACAA 
TACACAACAA CGCACAGCGT GAAATTAAGA TGGAATCATC CAGAAAATGG AGGGGCAACG 
ATTCAGGGAT ATGTTCTGAG TTACAAGCGA GATCCTGGAA ATTGGGAAGA GATTATGCTG 
TCACCGGAGC AGACAGAGTT CACTCTCAAT GGATTGAAAT GTGGATCTTC ATACATGGGA 
CATCTTACTG CTCATAATCG AGTAGGTACA GGTGCACCTA GCTCGACAAT CAGCACTAAC 
ACCAAGGGAT CGGCACCAAA ACTTCCGAAG GAACGGGAAA TCATTACTGC AAATGCAACT 
TCCTTTCGAT TGAATTTACT GCAGTGGCCT AACGGTGGAT GTCCGATTCA TTATTACACG 
GTTGAATATC GAAGAAGAAT GAATACCGAA CCGTGGGTTT TGGTCGCCAG CAAAGCAACT 
GAGAATCTGA TAATAAGGGA CTTAAAGCCG GCCGCCTGGT ATACATTACG ATTAACTGCT 
CACAATGATG CTGGAAAGAC TCAAACACAG ATGGAGTTTG CCACGACAAC ACTAAGTGGA 
ATCAGCATCG CACCACTCAA TGATTTAATT CTGGATGATG AGATGAACAA AACTCCGTCA 
AATCATAAAG TGCTGTACGT GGTGGTGCCA CTAGTTTGCG CTATTGTACT GATTTTATCA 
GCTGTTACTC TTGGGTACGT CATGTTGAAG AAAACTGACA GATCAAGTTA TCTGGGTGAA 
ATTTTTACCG GTCAACAAGG GCCACCCGGT GGCCTGGGAA TCGGTCAGCA ACTACCTCCG 
AATCATCATC ACATGAGCAG CTGCATGTCC ACGGTCCAAT TGAAAACCGC AGAGAGGGAT 
AATCGAAGGA ATCATCAGGT CTACACGAGT TCACCTGTCA AACAGGATAA TCATAAATCT 
AATGATCATG AAATGTATGA AATAAGTCCA TATGCAACAT TTAGTGTCCC CGGTCGAGAG 
AATCGCTCCG TAACGACAGC TACGTTGGAT TACACAATGC AATTCAAAAC ATTCGGTCAT 
CTAGAGAACG AAGACATCAA TACAATAGAT TATGGTCGTT CCAGTGTTGA TTTTGAACGG 
TCTAAAACCC CGAGGTGGCA TAAACAGCGG TATTTCCCGA GTATAGCTGA AGCAGAAAGT 
AAATTGAGAT CCAGTCGACC AGGATCTGGT AGCGATACGT CGGGGAGCCC TTGTGGCGAG 
TGTGCTGGAC CTAGTTATCG TGTTCCTGTA AAACCTTGTA GAGATGTTTT TTCACATGGA 
GTTGAATCGA GTACCGAATC GAATAATGAA GGTTCCCCAT CACTAGCTCG TCGACGTAGT 
CGACAGCCTA GCCGATCCAC TCGCAGCTCG GCGGACGATA TGACCCTGAT GCCACCGAGT 
GGTTTCAGCG ACAGCCGTGA ATTGAGTGAA GCAGAGTGCG ATCGTGATCG TGATTGGCAG 
GGGCGGTCTA TTGCCACCCG ACATGGTGGT AGTCTTGGCA GATTGCCAAT TGAAGCCGTC 
GAAACTATGC TCGCCAGGTA TCAGCTGAAA AAGGAACAGG AAAGACAGGA ATTTACGATA 
CATGTATAA