LOC102780525 cDNA ORF clone, Neolamprologus brichardi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102780525
Entrez Gene ID	102780525
Full Name	roundabout homolog 1-like
Gene Type	protein-coding
Organism	Neolamprologus brichardi

mRNA and Protein(s)

mRNA	Protein	Name
XM_006796551.1	XP_006796614.1	roundabout homolog 1-like

Pathways from BioSystems
Gene Ontology

The following LOC102780525 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102780525 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
ONe77626	XM_006796551.1 Latest version!	Neolamprologus brichardi roundabout homolog 1-like (LOC102780525), 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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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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)

LOC102780525 ( XM_006796551.1 ) cDNA ORF clone, Neolamprologus brichardi -> XP_006796614.1 Neolamprologus brichardi roundabout homolog 1-like (LOC102780525), mRNA.

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CloneID	ONe77626
Clone ID Related Accession (Same CDS sequence)	XM_006796551.1
Accession Version	XM_006796551.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5079bp) 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	2014-02-09
Organism	Neolamprologus brichardi
Product	roundabout homolog 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006272046.1) 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 :: Neolamprologus brichardi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTGGCA CATGGTCAGG GGCCACGCCC CTCTTCATTA TGGTCCTGCT CAGGCTGGCT 
TGGGGTCAAG AGGTTCCTTT AATCCCAGAG ACGGGAGTCG CTCAAGATGG TGCCAGCGAA 
GGGGCAACAC CAGCTCCTAC CACTGAGCAT GAGGATGACA ACTCTTTGGG CTACACAGGA 
TCCCGTCTGC GCCAAGAGGA CACCCCACCC CGGATTGTGG AGCACCCCTC TGACCTGATT 
GTTTCCAAAG GGGAGCCCGC AACTCTCAAC TGTAAAGCAG AGGGGCGTCC AACCCCAACA 
GTGGAGTGGT ACAAGGATGG AGAGCGGGTG GAAACGGACA GGGACAATCC CCGTTCTCAG 
CGCATGCTTC TTCCCAGTGG CTCGCTCTTC TTCCTGCGCA TCGTCCACGG ACGGCGGAGT 
AAACCGGATG AAGGTTCTTA CGTCTGTGTT GCTCGCAACT ACCTGGGAGA GGCAGTGAGC 
CACAACGCCT CGCTGGAAGT AGCCATTCTA CGTGACGACT TCAGACAAAA TCCTGCAGAT 
GTGATTGTGG CAGCGGGAGA GCCGGCAGTC CTGGAGTGTC AACCTCCTCG TGGACATCCT 
GAACCCACCA TATCATGGAA AAAAGATGGA GTGAATATCG ATGACAGAGA TGAGAGAATC 
ACTATACGTG GAGGGAAATT GATGATTACA AATGCCCGGA AAAGCGATGC TGGGAAGTAT 
GTGTGCGTCG GCACAAATAT GGTTGGAGAA CGTGAAAGCG AAATAGCTGA ACTTACAGTG 
CTTGAGCGTC CCAGCTTTGT CCGTCGCCCG AGTAGCCAGG TGGTGTTAGT GGACCAAAGC 
GTAGAGTTCA GGTGTGAGGC CCGTGGCGAT CCAGTTCCCA CTGTCCGCTG GAGGAAAGAT 
GATGGCGACC TGCCGAAAGG AAGGTATGAA ATTCGCGAGG ACCACACCCT GAAGATCCGT 
CGTCTGGTCT CTGCTGACGT GGGCTCCTAC ACATGTGTGG CAGAGAATAT GGTGGGCAAG 
GCGGAGGCAT CAGCGGCTAA CCATTTTCAT GGCTGTCCTC CAGTACCGCC AGCATTTGTG 
GTAAGACCGA AGAACCAGGT GGTTGGAGTT GGCAGAACTG TCACCTTCCA GTGTGAGGCC 
ACTGGAAACC CACAACCGGC CATTTTCTGG CAGCGGGAAG GCAGTCAGAA CCTGCTGTTC 
TCCTATCAAC CTCCTCAACC CTCCAGTCGG TTTTCAGTGT CTCAGACTGG GGATCTGACC 
ATCACTGATG CTGTGCGCTC AGATGGGGGA TACTACAGCT GCCAGGCCCT CAACATTGCT 
GGCAGTGTGA TCACCAAGGC TCTGCTAGAG GTCACAGATG TTGTGTCAGA CCGCCCGCCA 
CCAGTCATCC GCCAAGGCCC AACCAATCAG ACGGTGGCTG TGGATGGCAC GGTTGTTTTT 
AACTGTGTGA CATCTGGTAA CCCTACACCC ACCATCCTGT GGAGGAAGGA CGGCGTCTTA 
GTGTCCACAC ATGACTCCAG GGTCAAGCAA CTGGACACAG GTGCACTGCA GATACGCTAT 
GCAAAGCTCA GTGACACTGG CACCTACACC TGCACTGCCT CCACACCCAG TGGAGAGGCC 
TCTTGGAAAG CCTATTTAGA GGTCCAAGAA TCTGGGGCCC AATTCCAGCC AAACAGACCT 
ACTGACCCAA ACTTGATCCC CAGCGCTCCT TCCAAACCTG AGGTCACTGA TGTTACCCGT 
AGCTCTGTCA CACTTTCCTG GAAACCTAAC CTTAATGCTG GAGCCACGCC CACTTCCTAT 
ATCATAGAAG CCTTCAGTCA TGCATCAGGA AGCAGCTGGC AGACCTTGGC AGAGCATGTG 
AAACCTGAGT CATTTGTACT GAAGGGCTTG AAGCCCAGTG CAGTCTACCT CTTCTTAGTA 
CGGGCAGCCA ATGCCTATGG GCTGAGCGAT CCCAGTCCAA TCACTGATGC TGTGAAAACA 
CAAGATATCC CTCCCACCAG TCAGGGTGTG GACCATCGTC AGATTCAGAG GGAGCTAGGA 
GATGCTGTCA TCCACCTGCA CAACCCCACT ATTCTCTCCT CCTCATCTGT CAGGGTTCAG 
TGGACAGTGG AGCAGCAGTC ACAGTACATC CAGGGCTACA AGGTGATGTA CAGGCCTTCA 
CCAGAGGGGC AACAGAGGAG TGAATGGGCC GTGTTTGAGG TGCGAACCCC TGGGGAGGGC 
AGCGCCGTCG TGCCGCACCT TCGCAAGGGC GTCACATACG AATTCAAAGT CCGCCCCTTC 
TTCAATGAAT TCCAGGGAAC AGACAGTGAT GTCAAAATTG GCAAGACGCT GGAGGAAGCC 
CCCAGTGCCC CTCCTCGTAA GGTTACAGTG ACAGAGAGTG GGGACAATGG GACTGCCATC 
ATCGTCTCCT GGCAACCCCC TCCAGAAGAG GAGCAGAATG GGGTGGTCCA GGAGTACAAG 
ATTTGGTGCT TGGGGAACGA GACTAGGTAC CACATCAACC GTACAGTTGA TGGCTCAACC 
TTTTCCGTGC TGATTCCCAG TCTGGCCCCG GGGATCCGCT ACAGTGTGGA GGTAGCAGCC 
AGCACTGGTG CAGGTCCAGG GGTCAAGAGT GATGTCACTT TCTTTCAGCT CGATGCTTCT 
GGCCGAATGA CAGACACAGT GAACCAGGAG AACCCCCTGT CCCAGCAGAT CTCAGATGTG 
GTCAAACAGC CAGCATTTAT AGCAGGCATA GGAGCTGCTT GTTGGATTAT CCTCATGGTC 
TTCAGCATCT GGTTGTACAG ACACCGAAAG AAGCGGAATG GCCTGTCCAG CAGCTATGCA 
GGTATACGCA AAGTGCCATC CTTCACTTTT ACACCAACAG TGGCATATCA AAGAGGTGGA 
GAAGGTGTCA GCAGTGCTGG AAGGCCTGGT TTACTAAACA TTGGGGACTC TGCCACTCAA 
CCCTGGCTGG CTGACACATG GCCCAACTCA TGTTCCAACC ACAATGACTG CAGCATCAAC 
TGCTGCACTG CTGGCAATGG CAACAGCGAC AGCAACTTGG CAACATACAG CCGACCAGCC 
GACTGTATCG CCAATTATAA CAACCAGATG GAAAACAAGC AGACCAACCT TATGGTGCCT 
GAGTCAGGAG TCTATGGAGA TGTAGACCTG TCCAACAAGA TCAATGAGAT GAAGACCTTC 
AACAGCCCAA ACCTTAAAGA TGGCCGCTTT GTAGGTCCAG GGGGCCAGCC GACACCTTAT 
GCCACCACTC AGCTCATCCA GTCCTCCATT ATGGGAAACA ACATGAACTC AGACAGAGTG 
ACTGGAGGGA GTGGAGGTGG ACTCGTGGGT GGAGGAGAGG TGAATGAGAA ACACTGCTGG 
AAGCCCCCCT CAGTCCAGCA GCAGAAACAG GAAATAAGCT CCCAGCTGCA GTACAACATC 
ATGGAGCAAA ACAAGCTGAA CAAGGATCGC TACAGAGGAG GTGACAGCCT TATGCCAGCC 
ACCATTCCCT ACAGCCAGAC TCATGACAGC CACACTGGGG GCTCCTACAA CAGCTCTGAC 
CGAGGCAGCA GTAGTACCTC CGGGAGTCAG GGTCAAAAGA AGGGAGTGCG CACCCCCAAA 
GTACCCAAAC AAAGCACAAT GAATTGGGCT GACCTTCTGC CCCCTCCTCC TGCAAACCCA 
CCCCCAACTC GGAACACAGA GGAATACTCT CTACCGATGG AAGAAAGCTG TGATCCAGAC 
ATGCAGTGCC CCATGCCCCC CTCTCACATG TACCTGCAGC CTGATGAGCT GGAGGAGGAA 
GAAGAGATGG AGAGGGGGCC CACTCCTCCC ATCCGTGGGG CAGCTTCTTC CCCTGCTGCC 
GTGTCTTACA GTCACCAGTC CACAGCCACT CTCACCCCCT CACCCCAGGA GGAGATGCAG 
CCGATGCTCC AGGATGCCCC AGACAGCCAT GAACGCAGGC GCCATGCTGT GAGCCCCCCA 
CCCCCTCCCA GGCCCATGTC TCCTTCACAC ACATATGGGT ATATCAACAC CCCGTTAGCC 
TTGGACACGG ATGGTATGGA GGAGGAGGAC ATACTGGAGG AAGAGGAGGA CGGCGATGAG 
ACAGATGCAG AGGTGGCTAA GATGCACTAC CACCACACCC ACCCCCACAC AAACCCTCAC 
CATCCCCAGA TGCATCCGCG GAGGTTGCTG CTACGAGGGC TAGAACAGAC GCCTGCATCC 
AGCATGGGGG ACCTGGAGAG CTCAGTGACG GGCTCAATGA TCAACGGATG GGGGTCAGCT 
TCCGAAGAGG ATAATGTCTC TTCGGGGAGA TCCAGTGCAG TCAGCTCATC AGATGGATCC 
TTCTTCACAG ACGCCGACTT TGCTCAAGCG GTTGCTGCAG CTGCAGAGTA TTCAGGCCTC 
AGGGTGGCAA AGTACCCTAA TTCACAGGGC CAAGAAATTG GGGGAGCTTC GGCACGAAAA 
TACCAAATAA ACCCATCAAG TCACCGTCCT GGCAGCCCGG TGTCTACAGA CAGTAACATG 
AGTATGGCCG CTGTACACAG GAGGCCTCCT AAAAAGCAGA AACAACATCC AGTAGGTCAT 
CCAGCAAACC AGCGACGTGA AGTTTTCAAT GAAGATCTCC CACCTCCACC CATCCCCCCT 
CCAGCAGTGC TCAAGTCCCC TACACACCCT TCCAAGGTAG CTCTGGAGGG CCGGGGAGTG 
ATTTCCCCCA AAGCCGGTGA AGGTCGAGAC AAGAGAGGAG GAACAGGGGG ATATCGAGCC 
CGAGAGGACT CGGACCCCAG AACCAGCTCA TCTGAACGCA AAGATGCTCA GGATAGACAA 
AAGACTGCTC ACGGAGGGAA AGGGAATAAA CATGAGAGTA GCACTACCAA CAAAGCACGC 
CAGCATGCAG GTCCAGAAGA CATTATGCCG TATAGCCGAC CACAGTTCCC TACAGTCAAC 
AGCCCCCGAG ACCCAAGCTC CTCTAGCTCC ATGTCCTCCC GGGGCTCAGG GGGCCGGCGG 
AGAGGAGAAG GAGGGCGAAG GAACCCTGCA GATATGGGCC TCAACACCTC CGGAGCCTTC 
CAACCAGGAG ATGAAGAGAT AGAGATGGTA GAAAGCTGA

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

RefSeq	XP_006796614.1
CDS	1..5079
Translation	MRGTWSGATPLFIMVLLRLAWGQEVPLIPETGVAQDGASEGATPAPTTEHEDDNSLGYTGSRLRQEDTPPRIVEHPSDLIVSKGEPATLNCKAEGRPTPTVEWYKDGERVETDRDNPRSQRMLLPSGSLFFLRIVHGRRSKPDEGSYVCVARNYLGEAVSHNASLEVAILRDDFRQNPADVIVAAGEPAVLECQPPRGHPEPTISWKKDGVNIDDRDERITIRGGKLMITNARKSDAGKYVCVGTNMVGERESEIAELTVLERPSFVRRPSSQVVLVDQSVEFRCEARGDPVPTVRWRKDDGDLPKGRYEIREDHTLKIRRLVSADVGSYTCVAENMVGKAEASAANHFHGCPPVPPAFVVRPKNQVVGVGRTVTFQCEATGNPQPAIFWQREGSQNLLFSYQPPQPSSRFSVSQTGDLTITDAVRSDGGYYSCQALNIAGSVITKALLEVTDVVSDRPPPVIRQGPTNQTVAVDGTVVFNCVTSGNPTPTILWRKDGVLVSTHDSRVKQLDTGALQIRYAKLSDTGTYTCTASTPSGEASWKAYLEVQESGAQFQPNRPTDPNLIPSAPSKPEVTDVTRSSVTLSWKPNLNAGATPTSYIIEAFSHASGSSWQTLAEHVKPESFVLKGLKPSAVYLFLVRAANAYGLSDPSPITDAVKTQDIPPTSQGVDHRQIQRELGDAVIHLHNPTILSSSSVRVQWTVEQQSQYIQGYKVMYRPSPEGQQRSEWAVFEVRTPGEGSAVVPHLRKGVTYEFKVRPFFNEFQGTDSDVKIGKTLEEAPSAPPRKVTVTESGDNGTAIIVSWQPPPEEEQNGVVQEYKIWCLGNETRYHINRTVDGSTFSVLIPSLAPGIRYSVEVAASTGAGPGVKSDVTFFQLDASGRMTDTVNQENPLSQQISDVVKQPAFIAGIGAACWIILMVFSIWLYRHRKKRNGLSSSYAGIRKVPSFTFTPTVAYQRGGEGVSSAGRPGLLNIGDSATQPWLADTWPNSCSNHNDCSINCCTAGNGNSDSNLATYSRPADCIANYNNQMENKQTNLMVPESGVYGDVDLSNKINEMKTFNSPNLKDGRFVGPGGQPTPYATTQLIQSSIMGNNMNSDRVTGGSGGGLVGGGEVNEKHCWKPPSVQQQKQEISSQLQYNIMEQNKLNKDRYRGGDSLMPATIPYSQTHDSHTGGSYNSSDRGSSSTSGSQGQKKGVRTPKVPKQSTMNWADLLPPPPANPPPTRNTEEYSLPMEESCDPDMQCPMPPSHMYLQPDELEEEEEMERGPTPPIRGAASSPAAVSYSHQSTATLTPSPQEEMQPMLQDAPDSHERRRHAVSPPPPPRPMSPSHTYGYINTPLALDTDGMEEEDILEEEEDGDETDAEVAKMHYHHTHPHTNPHHPQMHPRRLLLRGLEQTPASSMGDLESSVTGSMINGWGSASEEDNVSSGRSSAVSSSDGSFFTDADFAQAVAAAAEYSGLRVAKYPNSQGQEIGGASARKYQINPSSHRPGSPVSTDSNMSMAAVHRRPPKKQKQHPVGHPANQRREVFNEDLPPPPIPPPAVLKSPTHPSKVALEGRGVISPKAGEGRDKRGGTGGYRAREDSDPRTSSSERKDAQDRQKTAHGGKGNKHESSTTNKARQHAGPEDIMPYSRPQFPTVNSPRDPSSSSSMSSRGSGGRRRGEGGRRNPADMGLNTSGAFQPGDEEIEMVES

Target ORF information:

RefSeq Version	XM_006796551.1
Organism	Neolamprologus brichardi
Definition	Neolamprologus brichardi roundabout homolog 1-like (LOC102780525), mRNA.

Target ORF information:

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

XM_006796551.1

ORF Insert Sequence:

ATGCGTGGCA CATGGTCAGG GGCCACGCCC CTCTTCATTA TGGTCCTGCT CAGGCTGGCT 
TGGGGTCAAG AGGTTCCTTT AATCCCAGAG ACGGGAGTCG CTCAAGATGG TGCCAGCGAA 
GGGGCAACAC CAGCTCCTAC CACTGAGCAT GAGGATGACA ACTCTTTGGG CTACACAGGA 
TCCCGTCTGC GCCAAGAGGA CACCCCACCC CGGATTGTGG AGCACCCCTC TGACCTGATT 
GTTTCCAAAG GGGAGCCCGC AACTCTCAAC TGTAAAGCAG AGGGGCGTCC AACCCCAACA 
GTGGAGTGGT ACAAGGATGG AGAGCGGGTG GAAACGGACA GGGACAATCC CCGTTCTCAG 
CGCATGCTTC TTCCCAGTGG CTCGCTCTTC TTCCTGCGCA TCGTCCACGG ACGGCGGAGT 
AAACCGGATG AAGGTTCTTA CGTCTGTGTT GCTCGCAACT ACCTGGGAGA GGCAGTGAGC 
CACAACGCCT CGCTGGAAGT AGCCATTCTA CGTGACGACT TCAGACAAAA TCCTGCAGAT 
GTGATTGTGG CAGCGGGAGA GCCGGCAGTC CTGGAGTGTC AACCTCCTCG TGGACATCCT 
GAACCCACCA TATCATGGAA AAAAGATGGA GTGAATATCG ATGACAGAGA TGAGAGAATC 
ACTATACGTG GAGGGAAATT GATGATTACA AATGCCCGGA AAAGCGATGC TGGGAAGTAT 
GTGTGCGTCG GCACAAATAT GGTTGGAGAA CGTGAAAGCG AAATAGCTGA ACTTACAGTG 
CTTGAGCGTC CCAGCTTTGT CCGTCGCCCG AGTAGCCAGG TGGTGTTAGT GGACCAAAGC 
GTAGAGTTCA GGTGTGAGGC CCGTGGCGAT CCAGTTCCCA CTGTCCGCTG GAGGAAAGAT 
GATGGCGACC TGCCGAAAGG AAGGTATGAA ATTCGCGAGG ACCACACCCT GAAGATCCGT 
CGTCTGGTCT CTGCTGACGT GGGCTCCTAC ACATGTGTGG CAGAGAATAT GGTGGGCAAG 
GCGGAGGCAT CAGCGGCTAA CCATTTTCAT GGCTGTCCTC CAGTACCGCC AGCATTTGTG 
GTAAGACCGA AGAACCAGGT GGTTGGAGTT GGCAGAACTG TCACCTTCCA GTGTGAGGCC 
ACTGGAAACC CACAACCGGC CATTTTCTGG CAGCGGGAAG GCAGTCAGAA CCTGCTGTTC 
TCCTATCAAC CTCCTCAACC CTCCAGTCGG TTTTCAGTGT CTCAGACTGG GGATCTGACC 
ATCACTGATG CTGTGCGCTC AGATGGGGGA TACTACAGCT GCCAGGCCCT CAACATTGCT 
GGCAGTGTGA TCACCAAGGC TCTGCTAGAG GTCACAGATG TTGTGTCAGA CCGCCCGCCA 
CCAGTCATCC GCCAAGGCCC AACCAATCAG ACGGTGGCTG TGGATGGCAC GGTTGTTTTT 
AACTGTGTGA CATCTGGTAA CCCTACACCC ACCATCCTGT GGAGGAAGGA CGGCGTCTTA 
GTGTCCACAC ATGACTCCAG GGTCAAGCAA CTGGACACAG GTGCACTGCA GATACGCTAT 
GCAAAGCTCA GTGACACTGG CACCTACACC TGCACTGCCT CCACACCCAG TGGAGAGGCC 
TCTTGGAAAG CCTATTTAGA GGTCCAAGAA TCTGGGGCCC AATTCCAGCC AAACAGACCT 
ACTGACCCAA ACTTGATCCC CAGCGCTCCT TCCAAACCTG AGGTCACTGA TGTTACCCGT 
AGCTCTGTCA CACTTTCCTG GAAACCTAAC CTTAATGCTG GAGCCACGCC CACTTCCTAT 
ATCATAGAAG CCTTCAGTCA TGCATCAGGA AGCAGCTGGC AGACCTTGGC AGAGCATGTG 
AAACCTGAGT CATTTGTACT GAAGGGCTTG AAGCCCAGTG CAGTCTACCT CTTCTTAGTA 
CGGGCAGCCA ATGCCTATGG GCTGAGCGAT CCCAGTCCAA TCACTGATGC TGTGAAAACA 
CAAGATATCC CTCCCACCAG TCAGGGTGTG GACCATCGTC AGATTCAGAG GGAGCTAGGA 
GATGCTGTCA TCCACCTGCA CAACCCCACT ATTCTCTCCT CCTCATCTGT CAGGGTTCAG 
TGGACAGTGG AGCAGCAGTC ACAGTACATC CAGGGCTACA AGGTGATGTA CAGGCCTTCA 
CCAGAGGGGC AACAGAGGAG TGAATGGGCC GTGTTTGAGG TGCGAACCCC TGGGGAGGGC 
AGCGCCGTCG TGCCGCACCT TCGCAAGGGC GTCACATACG AATTCAAAGT CCGCCCCTTC 
TTCAATGAAT TCCAGGGAAC AGACAGTGAT GTCAAAATTG GCAAGACGCT GGAGGAAGCC 
CCCAGTGCCC CTCCTCGTAA GGTTACAGTG ACAGAGAGTG GGGACAATGG GACTGCCATC 
ATCGTCTCCT GGCAACCCCC TCCAGAAGAG GAGCAGAATG GGGTGGTCCA GGAGTACAAG 
ATTTGGTGCT TGGGGAACGA GACTAGGTAC CACATCAACC GTACAGTTGA TGGCTCAACC 
TTTTCCGTGC TGATTCCCAG TCTGGCCCCG GGGATCCGCT ACAGTGTGGA GGTAGCAGCC 
AGCACTGGTG CAGGTCCAGG GGTCAAGAGT GATGTCACTT TCTTTCAGCT CGATGCTTCT 
GGCCGAATGA CAGACACAGT GAACCAGGAG AACCCCCTGT CCCAGCAGAT CTCAGATGTG 
GTCAAACAGC CAGCATTTAT AGCAGGCATA GGAGCTGCTT GTTGGATTAT CCTCATGGTC 
TTCAGCATCT GGTTGTACAG ACACCGAAAG AAGCGGAATG GCCTGTCCAG CAGCTATGCA 
GGTATACGCA AAGTGCCATC CTTCACTTTT ACACCAACAG TGGCATATCA AAGAGGTGGA 
GAAGGTGTCA GCAGTGCTGG AAGGCCTGGT TTACTAAACA TTGGGGACTC TGCCACTCAA 
CCCTGGCTGG CTGACACATG GCCCAACTCA TGTTCCAACC ACAATGACTG CAGCATCAAC 
TGCTGCACTG CTGGCAATGG CAACAGCGAC AGCAACTTGG CAACATACAG CCGACCAGCC 
GACTGTATCG CCAATTATAA CAACCAGATG GAAAACAAGC AGACCAACCT TATGGTGCCT 
GAGTCAGGAG TCTATGGAGA TGTAGACCTG TCCAACAAGA TCAATGAGAT GAAGACCTTC 
AACAGCCCAA ACCTTAAAGA TGGCCGCTTT GTAGGTCCAG GGGGCCAGCC GACACCTTAT 
GCCACCACTC AGCTCATCCA GTCCTCCATT ATGGGAAACA ACATGAACTC AGACAGAGTG 
ACTGGAGGGA GTGGAGGTGG ACTCGTGGGT GGAGGAGAGG TGAATGAGAA ACACTGCTGG 
AAGCCCCCCT CAGTCCAGCA GCAGAAACAG GAAATAAGCT CCCAGCTGCA GTACAACATC 
ATGGAGCAAA ACAAGCTGAA CAAGGATCGC TACAGAGGAG GTGACAGCCT TATGCCAGCC 
ACCATTCCCT ACAGCCAGAC TCATGACAGC CACACTGGGG GCTCCTACAA CAGCTCTGAC 
CGAGGCAGCA GTAGTACCTC CGGGAGTCAG GGTCAAAAGA AGGGAGTGCG CACCCCCAAA 
GTACCCAAAC AAAGCACAAT GAATTGGGCT GACCTTCTGC CCCCTCCTCC TGCAAACCCA 
CCCCCAACTC GGAACACAGA GGAATACTCT CTACCGATGG AAGAAAGCTG TGATCCAGAC 
ATGCAGTGCC CCATGCCCCC CTCTCACATG TACCTGCAGC CTGATGAGCT GGAGGAGGAA 
GAAGAGATGG AGAGGGGGCC CACTCCTCCC ATCCGTGGGG CAGCTTCTTC CCCTGCTGCC 
GTGTCTTACA GTCACCAGTC CACAGCCACT CTCACCCCCT CACCCCAGGA GGAGATGCAG 
CCGATGCTCC AGGATGCCCC AGACAGCCAT GAACGCAGGC GCCATGCTGT GAGCCCCCCA 
CCCCCTCCCA GGCCCATGTC TCCTTCACAC ACATATGGGT ATATCAACAC CCCGTTAGCC 
TTGGACACGG ATGGTATGGA GGAGGAGGAC ATACTGGAGG AAGAGGAGGA CGGCGATGAG 
ACAGATGCAG AGGTGGCTAA GATGCACTAC CACCACACCC ACCCCCACAC AAACCCTCAC 
CATCCCCAGA TGCATCCGCG GAGGTTGCTG CTACGAGGGC TAGAACAGAC GCCTGCATCC 
AGCATGGGGG ACCTGGAGAG CTCAGTGACG GGCTCAATGA TCAACGGATG GGGGTCAGCT 
TCCGAAGAGG ATAATGTCTC TTCGGGGAGA TCCAGTGCAG TCAGCTCATC AGATGGATCC 
TTCTTCACAG ACGCCGACTT TGCTCAAGCG GTTGCTGCAG CTGCAGAGTA TTCAGGCCTC 
AGGGTGGCAA AGTACCCTAA TTCACAGGGC CAAGAAATTG GGGGAGCTTC GGCACGAAAA 
TACCAAATAA ACCCATCAAG TCACCGTCCT GGCAGCCCGG TGTCTACAGA CAGTAACATG 
AGTATGGCCG CTGTACACAG GAGGCCTCCT AAAAAGCAGA AACAACATCC AGTAGGTCAT 
CCAGCAAACC AGCGACGTGA AGTTTTCAAT GAAGATCTCC CACCTCCACC CATCCCCCCT 
CCAGCAGTGC TCAAGTCCCC TACACACCCT TCCAAGGTAG CTCTGGAGGG CCGGGGAGTG 
ATTTCCCCCA AAGCCGGTGA AGGTCGAGAC AAGAGAGGAG GAACAGGGGG ATATCGAGCC 
CGAGAGGACT CGGACCCCAG AACCAGCTCA TCTGAACGCA AAGATGCTCA GGATAGACAA 
AAGACTGCTC ACGGAGGGAA AGGGAATAAA CATGAGAGTA GCACTACCAA CAAAGCACGC 
CAGCATGCAG GTCCAGAAGA CATTATGCCG TATAGCCGAC CACAGTTCCC TACAGTCAAC 
AGCCCCCGAG ACCCAAGCTC CTCTAGCTCC ATGTCCTCCC GGGGCTCAGG GGGCCGGCGG 
AGAGGAGAAG GAGGGCGAAG GAACCCTGCA GATATGGGCC TCAACACCTC CGGAGCCTTC 
CAACCAGGAG ATGAAGAGAT AGAGATGGTA GAAAGCTGA