arhgap35 cDNA ORF clone, Seriola dumerili(greater amberjack)

Gene
Clones
gRNAs

Summary

Gene Symbol	arhgap35
Entrez Gene ID	111238883
Full Name	Rho GTPase activating protein 35
Gene Type	protein-coding
Organism	Seriola dumerili(greater amberjack)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022768594.1	XP_022624315.1	rho GTPase-activating protein 35

Pathways from BioSystems
Gene Ontology

The following arhgap35 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the arhgap35 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
OSe197616	XM_022768594.1 Latest version!	Seriola dumerili Rho GTPase activating protein 35 (arhgap35), 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)

arhgap35 ( XM_022768594.1 ) cDNA ORF clone, Seriola dumerili(greater amberjack) -> XP_022624315.1 Seriola dumerili Rho GTPase activating protein 35 (arhgap35), mRNA.

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CloneID	OSe197616
Clone ID Related Accession (Same CDS sequence)	XM_022768594.1
Accession Version	XM_022768594.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4716bp) 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	2017-10-03
Organism	Seriola dumerili(greater amberjack)
Product	rho GTPase-activating protein 35
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019175986.1) 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 :: Seriola dumerili Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGATGG CCAAAAAGCA AGATGTCCGG GCACCCACCT ACAACCTGGT CGTGGTTGGG 
CTGTCCGGCA CGGAGAAGGA GAAAGGCCAG TGTGGTGTGG GCAAGTCCTG CCTGTGTAAC 
CGCTTTGTCC GGCCAAGTGC AGATGACTTC TACCTAGACC ACACCTCCGT TCTCAGCACC 
AGTGACTTTG GAGGCCGTGT GGTGAACAAT GACCACTTCC TGTTCTGGGG TGAGGCTGGG 
CGGACGATGG AGGAGGGGCC AGAATGCCGT ATGAATGTGG TGGAGCAGAC GGAGTTCATT 
GATGATCAGA CGTTCCAGCC ACACCGAAGC ACGGCACTCC AGCCTTACAT CAAGAGGGCA 
GCTTCCACCA AGCTAGCTTC AGCTGAGAAA CTGATGTACT TTTGCACAGA TCAGCTGGGG 
CTGGAGCAGG ACTTTGAGCA GAAACAGATG CCTGAAGGCA AGCTTATGGT GGATGGCTTC 
TTACTCTGTG TGGATGTTAG CAGGGGTATG AACCGTAGCT TTGAGGACCA GATGAAGTTT 
GTCACCAACC TGTACAACCA GCTAGCCAAA ACGAAGAAAC CTGTGGTACT GGTTCTTACC 
AAATGTGATG AAGGAGTTGA GCGCTATATT AAAGACTCAC ACACCTTTGC CCTCGCCAAG 
AAGAACCTAC AGGTGGTAGA AACATCAGCA CGCTCTAATG TCAATGTTGA CCTAGCTTTT 
CTTACACTGG TTCAGCTAAT AGACAAGGGT AGGGGAAAGC CCAAAATTAT CCCTTACTTT 
GAGGCACTGA AACAGCAGAG TCAACAAATT GCCTCAGCCA AAGACCGCTA TGAGTGGCTG 
GTCAACCGCA TCGTGAAGAA CCACAATGAG ACATGGCCCA CTGTCAGTCG CCGCATGCAG 
TCTGCCCCTG AGTACAAGGA CTATGTTTTC CTTGAGGGGA CAGCTAAAGC CAAGAAGCTT 
TTCCAGCAGC ATGTGCACAG ACTTAAACAA GAGCATATAG AGAAACGCAG GAAGGCCTAT 
CTAACTACTC TACCACAGGC CCTGTCTTCA CTGTTACCAG AGTTGGATGA GATAGATCAC 
CTGAGCTGGT CTGGAGTTCA GAAAGTCCTG GAGACAAAGA GAGAATTCTC CCATTGGTTT 
GTAGTGCTAG ATGACACCCC TTGGGAGACC ACACCACACA TTGATAACAT GGAGGATGAT 
CGAATCCCCC AGGACCTTCT GGAGACCCCT GCAGCTGAAA TTATCTATGA GACCCACCTG 
GAGCAGCTAA GGAATGAGCG AAAACGGGCT GAGATGAGAT GGGAGTTCAA GGAGAAGCTA 
AGTGTCTCTC CTTTCATCAC ACCAGGGAAA CCCTGGGAGG AAGCCCGAAG CTTCATCATG 
AATGAAGACT TCTACCAGTG GCTGGATGAG GCTGAATATC TGGATATCTA CAACAAACAC 
CAGAAGGAAA TAATTGACAG AGCCAAAGAG GACTTTCAGG AACTGCTTCT TGAATACTCT 
GAGCTCTTTT ATGAGCTAGA AGTGGATGCA AAGCCAAGTA AAGAGAAAAT GGGAGCCATT 
CAGGAGGTGT TGGGGGAGGA GCAAAGGTTT AAAGCCCTGC AGAAGCTGCA GGCAGAAAGG 
GATGCTCTGG TATTGAAACA TATCCACTTT GTCTACCACC CCACAAAGGA CACTTGTCCC 
AACAGTCCCC ACTGTGTGGA CAGTAAGATA GAGCAGATAC TGGCCTCCAG ATTCCCTACT 
CGCTACCCCT CATCAGACAG TTCAAGACTG GATGGGGGAA GGGCTGAACG GATAAATCTT 
GTCATCCTAG GGAAAGATGG GTTAGCCAGA GAAATGGCAA ATGAGATAAG GGCCTTGTGC 
ACCAGTGATG ACCGGTACGT GTTAGATGGC AAGATGTATG AGTTAACCCT TCGTCCTATT 
GAGGGCAACG TACGTCTGCC AGTCAATTCC TTCCACACAC CAACCTTCAC ACCCCACGGT 
TGCCTGTGTT TGTACAACTC AAAGGAATCC CTCTCGTATG TTGTCGAGAG TATAGAGAAG 
CTTAGGGAGT CAACTATAAA CAGAAGGGAA AGGGAAAACA GCTTATCCCA ACTCCCGCTG 
TCCCTCCTTC TGGTCACCAA GCGGGGGGTG GGGTCCATAG GAGATATTGG GGGGGAGACG 
GCTCAGACTC TTATCCAACA AGGGCAGCAG GTGTCTGGAA AGCTTCAGTG TGCATACCTA 
GACCCTGCCT CTCCAGGTAT GGGTTACACT CGCAATGTCA GTGAGAAGCA GATCAACCAG 
ATGCTGAAGG CACTCTTAGA ATCACGGAGA AGCGTAGGGA GCAGCTCCCC TCCCTTGCCC 
CCTCCATCCT CTGCCTTCAG GGACTCTCAG TCCCAGCCAG TGCTGGAGGC AGACCTGAGG 
ATAGTCATGT GCCTGATGTG CGGAGACACG TATGACCTAG ACCAGCTCCT CGCTCCCTTC 
CTGTTGCCCC AGCATTGTCG TCCTGCCTCT ACTCTCAGCA GTGGCACCTC CGTTCTGCTG 
GATCTCAGTA TAGGAGGTCA GAGGCAGAAT ATTGAGCTGT CAATACTCTC TTTCCATTCC 
TCATTCTCCC TCCGTAAGAC CAGGCTGGTC CACGGCTACA TCGCAGTTTA CTCTGCACGC 
CGCAAGGCCT CTATGGAGAC ATTATGTGCT TTCCTGTGTG AGGTCCAAGA CATCATCCCA 
GTCCAGTTGC TAGCAGTAGG GGAAAGCCAG ATGGAGCTGT CAGACTCAGA GTCAGCTAAG 
GAGCAGGTCA GTCAGGGAGA TGAACTGGCC CATGAAATAG AGGCCAGGTT TAACACAGTA 
ATATGTGGAC ATGGTGGGGT AGTAGGGGGA CTTCATAAGA TAGATCTTTT CCAACCCTTC 
CTCAAAGAGG TGGTAGAGAA GCGCACTATT GTTGAGGCCA CACACATGTA TGATCATGTG 
GCTGAGGCAT GTACCAATGA GAGTATCAGC CCTCGTTGTG GCTCTCCTAG TCCAGTTAAC 
ATTCTTATGG ACTCAGAGGA CGATATCGAC CCATCACCTC CTTATCCTAC CCTGAGGGAG 
GATAGTAGTC TCAGTTCTCA CCTTGGAAGC TTCAAGTTGC CAGATCTGGA TTCAAGTGAT 
ACTTTTTCTG TCATTTCTGA GCTTAGCACC TTTGAGAGCA AACTTAACAA CAAGGTTCCT 
CCTCAAGTGA AGCCCAAGCC TGTACGTAAA GTTAATCTCA GCCCCTACAT GGACCAGCAA 
GGTGGCACCA ACCGCCGCTC CTTGCCCCAA GCTGTCACCT GGGCTCCAGG TAGCGATGGT 
GGCTATGACC CCTCAGACTA CGCAGAGCCC ATGGATGCTG TGAGCAAACC TCGACCCACA 
GAAGAGGAGA ATATTTACTC TGTCCCTCAT GACAGCACAC AGGGAAAGAT TATCACTATC 
CGCAACGCCA ACAAAGGTCA CTCCAACGGG AGCGCTGGGG GGAACGGGTC AGACAGTGAG 
GCTGATAGCA GCTCACTCGA GCGCAGGAGA AAGTTGTCCG CCATTGGGGT AAAGCCTAAG 
CTTTACAGAG ACAGATCCAA ACGGCTTGGC AAGTTCAGCA GTTTTAGGAC AAGCTTCTCT 
ATAGGCAGTG ATGATGAGAT GGGGGGTCCA CCCAAGGCTA GCCAGGATGA GGGAGGAGCC 
CAAAAGGACA ACTCCATTGA AGAGAGTGAG GACCCCAAAA GGAGGAATAT CCTCAAGAGC 
CTGCGCAGAA ATACGAAGAA ACCACGAGCG AAACCGAGGC ATTCCATCTC CAAACCCAAT 
GAAAGCAACT ACTTCGGCAT GCCACTGGCC ACCGTGGTCA CCCCTGAGAG GCCAATCCCA 
GTCTTCATTG AGAAGTGCAT CCGTTTCATT GAAACGACAG GCTTGAGCAC AGAGGGCATC 
TACAGGGTCA GCGGGAACAA GGCAGAGATG GAGAGCATGC AGCGCCAATT TGACCAAGAC 
CACAACCTGG ACCTGGTGGA GAAAGACTTC ACCATCAACA CAGTAGCAGG AGCCATGAAG 
GCCTTCTTCT CAGAGCTCCC GGAGCCTCTG GTGCCCTACA GCATGCAGGG AGAGCTGGTG 
GAGGCCTTCA AGATCAACGA TAGGGAGCAG CGCTTCCAGA CGATGAAGGA CATTCTGCGC 
CGCTTCCCCA AGGAGAATTA CGAGGTCTTC AAATATGTCA TCAGCCACTT GAACAAGGTG 
AGTCAGAACA ACAAGGTAAA CCTGATGACC AGTGAGAACC TGTCCATCTG TTTCTGGCCC 
ACACTGATGA GACCAGACTT CACCACCATG GACGCTCTGA CTGCCACCCG CACCTACCAG 
ACAATCATCG AGAGCTTCAT CCACCAGTGC GCGTACTTCT TCTACAATCA GCCTCTGGCA 
GACGGCCTCC CCGGCTCCCC CACCTCTACG CTCTCCTCTG GGGGAGGAAC CTCCGCCTAC 
TCCTGCATGG CTGGAGGCTA CTCATCCTCA CCGACTCCGT CCCCGACTCC CTACGTCCTC 
CCCGCCACCC CTCCTGTCAT TCCACACTAT GGGCCTCCTA TCCACCACCA CCACCACCAC 
CAACACCACC AACACCACCA ACACCACCAA CACCATCAAC ACCAACATCA GTCCCCACCC 
CACTCCCCAC CTCCTACTCC CCAGTCCCCA ATCCCAGCCC TGCTGCCGCC CTCTCTGCAT 
CCTCATCACC CCCCTACGGA ACAACACACG CTGTGA

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

RefSeq	XP_022624315.1
CDS	529..5244
Translation	MMMAKKQDVRAPTYNLVVVGLSGTEKEKGQCGVGKSCLCNRFVRPSADDFYLDHTSVLSTSDFGGRVVNNDHFLFWGEAGRTMEEGPECRMNVVEQTEFIDDQTFQPHRSTALQPYIKRAASTKLASAEKLMYFCTDQLGLEQDFEQKQMPEGKLMVDGFLLCVDVSRGMNRSFEDQMKFVTNLYNQLAKTKKPVVLVLTKCDEGVERYIKDSHTFALAKKNLQVVETSARSNVNVDLAFLTLVQLIDKGRGKPKIIPYFEALKQQSQQIASAKDRYEWLVNRIVKNHNETWPTVSRRMQSAPEYKDYVFLEGTAKAKKLFQQHVHRLKQEHIEKRRKAYLTTLPQALSSLLPELDEIDHLSWSGVQKVLETKREFSHWFVVLDDTPWETTPHIDNMEDDRIPQDLLETPAAEIIYETHLEQLRNERKRAEMRWEFKEKLSVSPFITPGKPWEEARSFIMNEDFYQWLDEAEYLDIYNKHQKEIIDRAKEDFQELLLEYSELFYELEVDAKPSKEKMGAIQEVLGEEQRFKALQKLQAERDALVLKHIHFVYHPTKDTCPNSPHCVDSKIEQILASRFPTRYPSSDSSRLDGGRAERINLVILGKDGLAREMANEIRALCTSDDRYVLDGKMYELTLRPIEGNVRLPVNSFHTPTFTPHGCLCLYNSKESLSYVVESIEKLRESTINRRERENSLSQLPLSLLLVTKRGVGSIGDIGGETAQTLIQQGQQVSGKLQCAYLDPASPGMGYTRNVSEKQINQMLKALLESRRSVGSSSPPLPPPSSAFRDSQSQPVLEADLRIVMCLMCGDTYDLDQLLAPFLLPQHCRPASTLSSGTSVLLDLSIGGQRQNIELSILSFHSSFSLRKTRLVHGYIAVYSARRKASMETLCAFLCEVQDIIPVQLLAVGESQMELSDSESAKEQVSQGDELAHEIEARFNTVICGHGGVVGGLHKIDLFQPFLKEVVEKRTIVEATHMYDHVAEACTNESISPRCGSPSPVNILMDSEDDIDPSPPYPTLREDSSLSSHLGSFKLPDLDSSDTFSVISELSTFESKLNNKVPPQVKPKPVRKVNLSPYMDQQGGTNRRSLPQAVTWAPGSDGGYDPSDYAEPMDAVSKPRPTEEENIYSVPHDSTQGKIITIRNANKGHSNGSAGGNGSDSEADSSSLERRRKLSAIGVKPKLYRDRSKRLGKFSSFRTSFSIGSDDEMGGPPKASQDEGGAQKDNSIEESEDPKRRNILKSLRRNTKKPRAKPRHSISKPNESNYFGMPLATVVTPERPIPVFIEKCIRFIETTGLSTEGIYRVSGNKAEMESMQRQFDQDHNLDLVEKDFTINTVAGAMKAFFSELPEPLVPYSMQGELVEAFKINDREQRFQTMKDILRRFPKENYEVFKYVISHLNKVSQNNKVNLMTSENLSICFWPTLMRPDFTTMDALTATRTYQTIIESFIHQCAYFFYNQPLADGLPGSPTSTLSSGGGTSAYSCMAGGYSSSPTPSPTPYVLPATPPVIPHYGPPIHHHHHHQHHQHHQHHQHHQHQHQSPPHSPPPTPQSPIPALLPPSLHPHHPPTEQHTL

Target ORF information:

RefSeq Version	XM_022768594.1
Organism	Seriola dumerili(greater amberjack)
Definition	Seriola dumerili Rho GTPase activating protein 35 (arhgap35), mRNA.

Target ORF information:

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

XM_022768594.1

ORF Insert Sequence:

ATGATGATGG CCAAAAAGCA AGATGTCCGG GCACCCACCT ACAACCTGGT CGTGGTTGGG 
CTGTCCGGCA CGGAGAAGGA GAAAGGCCAG TGTGGTGTGG GCAAGTCCTG CCTGTGTAAC 
CGCTTTGTCC GGCCAAGTGC AGATGACTTC TACCTAGACC ACACCTCCGT TCTCAGCACC 
AGTGACTTTG GAGGCCGTGT GGTGAACAAT GACCACTTCC TGTTCTGGGG TGAGGCTGGG 
CGGACGATGG AGGAGGGGCC AGAATGCCGT ATGAATGTGG TGGAGCAGAC GGAGTTCATT 
GATGATCAGA CGTTCCAGCC ACACCGAAGC ACGGCACTCC AGCCTTACAT CAAGAGGGCA 
GCTTCCACCA AGCTAGCTTC AGCTGAGAAA CTGATGTACT TTTGCACAGA TCAGCTGGGG 
CTGGAGCAGG ACTTTGAGCA GAAACAGATG CCTGAAGGCA AGCTTATGGT GGATGGCTTC 
TTACTCTGTG TGGATGTTAG CAGGGGTATG AACCGTAGCT TTGAGGACCA GATGAAGTTT 
GTCACCAACC TGTACAACCA GCTAGCCAAA ACGAAGAAAC CTGTGGTACT GGTTCTTACC 
AAATGTGATG AAGGAGTTGA GCGCTATATT AAAGACTCAC ACACCTTTGC CCTCGCCAAG 
AAGAACCTAC AGGTGGTAGA AACATCAGCA CGCTCTAATG TCAATGTTGA CCTAGCTTTT 
CTTACACTGG TTCAGCTAAT AGACAAGGGT AGGGGAAAGC CCAAAATTAT CCCTTACTTT 
GAGGCACTGA AACAGCAGAG TCAACAAATT GCCTCAGCCA AAGACCGCTA TGAGTGGCTG 
GTCAACCGCA TCGTGAAGAA CCACAATGAG ACATGGCCCA CTGTCAGTCG CCGCATGCAG 
TCTGCCCCTG AGTACAAGGA CTATGTTTTC CTTGAGGGGA CAGCTAAAGC CAAGAAGCTT 
TTCCAGCAGC ATGTGCACAG ACTTAAACAA GAGCATATAG AGAAACGCAG GAAGGCCTAT 
CTAACTACTC TACCACAGGC CCTGTCTTCA CTGTTACCAG AGTTGGATGA GATAGATCAC 
CTGAGCTGGT CTGGAGTTCA GAAAGTCCTG GAGACAAAGA GAGAATTCTC CCATTGGTTT 
GTAGTGCTAG ATGACACCCC TTGGGAGACC ACACCACACA TTGATAACAT GGAGGATGAT 
CGAATCCCCC AGGACCTTCT GGAGACCCCT GCAGCTGAAA TTATCTATGA GACCCACCTG 
GAGCAGCTAA GGAATGAGCG AAAACGGGCT GAGATGAGAT GGGAGTTCAA GGAGAAGCTA 
AGTGTCTCTC CTTTCATCAC ACCAGGGAAA CCCTGGGAGG AAGCCCGAAG CTTCATCATG 
AATGAAGACT TCTACCAGTG GCTGGATGAG GCTGAATATC TGGATATCTA CAACAAACAC 
CAGAAGGAAA TAATTGACAG AGCCAAAGAG GACTTTCAGG AACTGCTTCT TGAATACTCT 
GAGCTCTTTT ATGAGCTAGA AGTGGATGCA AAGCCAAGTA AAGAGAAAAT GGGAGCCATT 
CAGGAGGTGT TGGGGGAGGA GCAAAGGTTT AAAGCCCTGC AGAAGCTGCA GGCAGAAAGG 
GATGCTCTGG TATTGAAACA TATCCACTTT GTCTACCACC CCACAAAGGA CACTTGTCCC 
AACAGTCCCC ACTGTGTGGA CAGTAAGATA GAGCAGATAC TGGCCTCCAG ATTCCCTACT 
CGCTACCCCT CATCAGACAG TTCAAGACTG GATGGGGGAA GGGCTGAACG GATAAATCTT 
GTCATCCTAG GGAAAGATGG GTTAGCCAGA GAAATGGCAA ATGAGATAAG GGCCTTGTGC 
ACCAGTGATG ACCGGTACGT GTTAGATGGC AAGATGTATG AGTTAACCCT TCGTCCTATT 
GAGGGCAACG TACGTCTGCC AGTCAATTCC TTCCACACAC CAACCTTCAC ACCCCACGGT 
TGCCTGTGTT TGTACAACTC AAAGGAATCC CTCTCGTATG TTGTCGAGAG TATAGAGAAG 
CTTAGGGAGT CAACTATAAA CAGAAGGGAA AGGGAAAACA GCTTATCCCA ACTCCCGCTG 
TCCCTCCTTC TGGTCACCAA GCGGGGGGTG GGGTCCATAG GAGATATTGG GGGGGAGACG 
GCTCAGACTC TTATCCAACA AGGGCAGCAG GTGTCTGGAA AGCTTCAGTG TGCATACCTA 
GACCCTGCCT CTCCAGGTAT GGGTTACACT CGCAATGTCA GTGAGAAGCA GATCAACCAG 
ATGCTGAAGG CACTCTTAGA ATCACGGAGA AGCGTAGGGA GCAGCTCCCC TCCCTTGCCC 
CCTCCATCCT CTGCCTTCAG GGACTCTCAG TCCCAGCCAG TGCTGGAGGC AGACCTGAGG 
ATAGTCATGT GCCTGATGTG CGGAGACACG TATGACCTAG ACCAGCTCCT CGCTCCCTTC 
CTGTTGCCCC AGCATTGTCG TCCTGCCTCT ACTCTCAGCA GTGGCACCTC CGTTCTGCTG 
GATCTCAGTA TAGGAGGTCA GAGGCAGAAT ATTGAGCTGT CAATACTCTC TTTCCATTCC 
TCATTCTCCC TCCGTAAGAC CAGGCTGGTC CACGGCTACA TCGCAGTTTA CTCTGCACGC 
CGCAAGGCCT CTATGGAGAC ATTATGTGCT TTCCTGTGTG AGGTCCAAGA CATCATCCCA 
GTCCAGTTGC TAGCAGTAGG GGAAAGCCAG ATGGAGCTGT CAGACTCAGA GTCAGCTAAG 
GAGCAGGTCA GTCAGGGAGA TGAACTGGCC CATGAAATAG AGGCCAGGTT TAACACAGTA 
ATATGTGGAC ATGGTGGGGT AGTAGGGGGA CTTCATAAGA TAGATCTTTT CCAACCCTTC 
CTCAAAGAGG TGGTAGAGAA GCGCACTATT GTTGAGGCCA CACACATGTA TGATCATGTG 
GCTGAGGCAT GTACCAATGA GAGTATCAGC CCTCGTTGTG GCTCTCCTAG TCCAGTTAAC 
ATTCTTATGG ACTCAGAGGA CGATATCGAC CCATCACCTC CTTATCCTAC CCTGAGGGAG 
GATAGTAGTC TCAGTTCTCA CCTTGGAAGC TTCAAGTTGC CAGATCTGGA TTCAAGTGAT 
ACTTTTTCTG TCATTTCTGA GCTTAGCACC TTTGAGAGCA AACTTAACAA CAAGGTTCCT 
CCTCAAGTGA AGCCCAAGCC TGTACGTAAA GTTAATCTCA GCCCCTACAT GGACCAGCAA 
GGTGGCACCA ACCGCCGCTC CTTGCCCCAA GCTGTCACCT GGGCTCCAGG TAGCGATGGT 
GGCTATGACC CCTCAGACTA CGCAGAGCCC ATGGATGCTG TGAGCAAACC TCGACCCACA 
GAAGAGGAGA ATATTTACTC TGTCCCTCAT GACAGCACAC AGGGAAAGAT TATCACTATC 
CGCAACGCCA ACAAAGGTCA CTCCAACGGG AGCGCTGGGG GGAACGGGTC AGACAGTGAG 
GCTGATAGCA GCTCACTCGA GCGCAGGAGA AAGTTGTCCG CCATTGGGGT AAAGCCTAAG 
CTTTACAGAG ACAGATCCAA ACGGCTTGGC AAGTTCAGCA GTTTTAGGAC AAGCTTCTCT 
ATAGGCAGTG ATGATGAGAT GGGGGGTCCA CCCAAGGCTA GCCAGGATGA GGGAGGAGCC 
CAAAAGGACA ACTCCATTGA AGAGAGTGAG GACCCCAAAA GGAGGAATAT CCTCAAGAGC 
CTGCGCAGAA ATACGAAGAA ACCACGAGCG AAACCGAGGC ATTCCATCTC CAAACCCAAT 
GAAAGCAACT ACTTCGGCAT GCCACTGGCC ACCGTGGTCA CCCCTGAGAG GCCAATCCCA 
GTCTTCATTG AGAAGTGCAT CCGTTTCATT GAAACGACAG GCTTGAGCAC AGAGGGCATC 
TACAGGGTCA GCGGGAACAA GGCAGAGATG GAGAGCATGC AGCGCCAATT TGACCAAGAC 
CACAACCTGG ACCTGGTGGA GAAAGACTTC ACCATCAACA CAGTAGCAGG AGCCATGAAG 
GCCTTCTTCT CAGAGCTCCC GGAGCCTCTG GTGCCCTACA GCATGCAGGG AGAGCTGGTG 
GAGGCCTTCA AGATCAACGA TAGGGAGCAG CGCTTCCAGA CGATGAAGGA CATTCTGCGC 
CGCTTCCCCA AGGAGAATTA CGAGGTCTTC AAATATGTCA TCAGCCACTT GAACAAGGTG 
AGTCAGAACA ACAAGGTAAA CCTGATGACC AGTGAGAACC TGTCCATCTG TTTCTGGCCC 
ACACTGATGA GACCAGACTT CACCACCATG GACGCTCTGA CTGCCACCCG CACCTACCAG 
ACAATCATCG AGAGCTTCAT CCACCAGTGC GCGTACTTCT TCTACAATCA GCCTCTGGCA 
GACGGCCTCC CCGGCTCCCC CACCTCTACG CTCTCCTCTG GGGGAGGAAC CTCCGCCTAC 
TCCTGCATGG CTGGAGGCTA CTCATCCTCA CCGACTCCGT CCCCGACTCC CTACGTCCTC 
CCCGCCACCC CTCCTGTCAT TCCACACTAT GGGCCTCCTA TCCACCACCA CCACCACCAC 
CAACACCACC AACACCACCA ACACCACCAA CACCATCAAC ACCAACATCA GTCCCCACCC 
CACTCCCCAC CTCCTACTCC CCAGTCCCCA ATCCCAGCCC TGCTGCCGCC CTCTCTGCAT 
CCTCATCACC CCCCTACGGA ACAACACACG CTGTGA