LOC108703238 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108703238
Entrez Gene ID	108703238
Full Name	retinoic acid induced 1 S homeolog
Synonyms	smcr,sms
General protein information	Preferred Names retinoic acid induced 1 S homeolog Names retinoic acid-induced protein 1-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018239322.1	XP_018094811.1	retinoic acid-induced protein 1-like

Pathways from BioSystems
Gene Ontology

The following LOC108703238 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108703238 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
OAf49033	XM_018239322.1 Latest version!	Xenopus laevis retinoic acid-induced protein 1-like (LOC108703238), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC108703238 ( XM_018239322.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018094811.1 Xenopus laevis retinoic acid-induced protein 1-like (LOC108703238), mRNA.

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CloneID	OAf49033
Clone ID Related Accession (Same CDS sequence)	XM_018239322.1
Accession Version	XM_018239322.1 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	2016-09-19
Organism	Xenopus laevis(African clawed frog)
Product	retinoic acid-induced protein 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030741.1) 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 :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGTCTT TTCGGGAAAG GTGTGGTTTC CATGGCAACC AGCAGAACTA CCAACCAACA 
TCACAGGAGT CATCACGCCT GGAGAATTAC CGACATCAAA GTCAGCCGGC ACTCAACTGC 
GAGCGACACA GGCAGGTGAC CAAAAGCTAC TATGCCCACA CGTCCTACCA AGGCTATGAA 
AACAGCGTGG GGGAGAAGTA CCCCAGGGAC GAAAAGCAAA TCAGTGTTCA GCAGCTGCAA 
GGAAGGGTGT CTTTTGCCAG TTTCTCAGAG GGTAATGTGT ACCCCGGACA TTATACAGGG 
GAAGATGGAC TGCAGAACTG GGGGCAATCT CAGACTTTGG GTGGGACCAA ATACGAGGAA 
AACCTAATAA AAAAGACACC CGGGGAAGGA AGGGGTTACC AAGATCCAGC CGGGCAGAGC 
CCGTTCCGCT CACATTCGCT GCATCACCCA CAGCAACAGG CCCTGCCCTA TGCCAAGATT 
CCCAGGCAGA AAGTTCAGAA CAATGTTCCA TCCTCTCCTC TATCCTTTTC CCAAGCCTCC 
CACTTCAACC AGAGTTTTCC AACGTCAACC TATTCCACAG TCACAGGGGG AAGCCAAGTC 
TCCCACACTT ACAAGAGCTG CACGGCCCCC TCCAACCCTC AGCATGACCA CACCATGGCT 
GCGGCTGGTC AGCGGGTGCA GACGATACAC GGCTACCAGT CAAATCGAAT GACTTCTTAC 
GAACAGCCAC AGCTCCACCA TGCTCAGGAG ACACTGCACT ACCAAAACAT GGCCAAATAT 
CAACACTACA GTCAACAGAA TCAAACTTAC TGCCAATCAG AAACTCCCAG CCGAACTCCG 
GAACAGTATT ATCAGCCTTT CAGTCCCAGT GCCAGCCATT CACCAGCTCG TTCAGTGGGC 
AGGTCCCCAT CTTACAGCTC TACTCCCTCT CCTCTGATGC CAAATCTTGA GAACTTTCAA 
TATAATCAAC AACAGCAGCA GCATAACACT GGCACATTTC CTTTAAGCAT GGCTGACCAC 
AGTCATTACA TGCCTCTTAT AAATCCGTCA CCCACAGGAA CGTCCAGTCC AGAGTCTCAG 
AGTAAAAGTC TGCAAAATGA TAAATTACCA GAAACCTTGC TGTCTGATCT TAGCCTGCAG 
AGCCTCACGG CTCTGACATC CCAAGTGGAA AACATCTCCA ACACTGTGCA GCACCTGCTT 
CTTTCTAAAA GTGGAGTTCC TCAAAAGAAA GTGATCAAGA CATCTCCGAG GACTCCTGAG 
CAAATAAAGG GGCAACACTG CAGCCCAGAA AGTAGCACAT ATTCTTCTGA GCAGATTGGA 
ACTCCTTTAT CCGAGGCACT TGGTACCCCT CAGTCTGTGC ACACCGAGAT TCCAGATACA 
GACTATCTCA GTGGCTCAGA GGACCAGCTT GAAAGGAACT ATTTGTACTG CGGTTCAGGC 
CAAAGCCCAG CCAGAGCCAA CAATTGCAAA ATGAAAACAG AATCTATCTC TACTTGTTCT 
GTAACTTCAC CGGATAATAT GTCTACAAAG TCAGATGATT CGTTTCAAAG TATCCAGGCC 
AGCCTTCCAC TGGAGACCTT TGCTAAACTG GTAAGCAGTG AGAGGGAATG CCCACATTTA 
CTGGTTAATG CCCTTTCCCA GGAGGAGCTA TCTACTGAAA TTATAGCCCT TCAAGACGCT 
ATTGATAATG AGAAAACAGA GAAGGCCTGG GTGGATTCCC CTGTCCTCAG TAATAACTCC 
CAAAAATCTC CTTTAAATCT CGAAAACAGC TCAGCTTGCA TAGAGTCTGC AATGCAAACT 
TGGTCAGGCC AAGAGAATGT AGAGGAATTC TCTGAAGATT TAAAGAAAAG CATTACGGAG 
GAGGTCAGAC CGAGGAACCA AGACACGTGT TACAGCGACA AGTCTTTCGT AAGGAAAGAA 
TTACCACCAG AGCCAATTGA AGTGACAGAA ACCATTGACA ATTCTGGCAG TTTAGGTTCT 
GATAAGAATA TTACAGCCGC AACATCTAGT GCCAGTTATA CCAGCTCCTC TGATACATCT 
GCAAGTACAA CTTGTTCGAA GACAATGGAT CCCTTTGATT GGCCGGATAA AAACATGACT 
GAATCATGCC TAAGGTGGAA AGACTTGGAG CTCAGTCTGC ATGAATCAGA CCTTGAAAAA 
GATTTATTCC AGGTCAAGGA TAATAAAATT GTCTGTCAGC TCGATGTCCC TGATGTTGAA 
ACTCCTTTAG AAAATGACTC CGGCGAGGAT TTTAACAAGG AAGGAGCAGG GGACTTGGCC 
TACACAGACA TTGGTAAGAC TGACAATGAG AAGTGGCTTG AAGATACTAG AGACTGTTAT 
ACTGAAGAAG ACTTTCAAGA CATTCCTGAT ATCCCATCCC AAAAAGACTC AAACCTGGAG 
CCAGAAGATT ATTCTTCATT GTGTGATTTT TCAGATAGAA AATCTTTCAT TTATGACAAC 
TCCCCGTCAA AACCCTTAAA AGACATGGAA ACTGTATCTT CCGTTAATAC CCCGGAGTCT 
ACGGAAAACC CAAGCCTTGA GGAGAAAGAA AATTCAGCTC CATCTCAGCT CTCTGGTCAC 
TCCATCATCC TGCTTGGCCC AGCTGTGGCC ACAGAATCTA AAGTGAAAAG TTGGTTTGAA 
TCCACCATAA CACACATTAA AACTGTGGGG GACATAAAAG AAAAGAATGA AGAGGATGCT 
GAAGCCTGTG CACTTGAACC TCTAACCCTC CCAGATGGAG AAATGAAAGA CCTTAAAGTG 
CAGGATAATC AGCTGGATGT GAAAGCTGAA GAGCTACTCG AGAGGAAGCC TCTTTGCAGT 
AAAAAGAATA CATGCAGAGC AGTAGAAGCA GTTGAGTCTG ACAAAGTGGC TCAGAACCCT 
GTCGGTGAAA CAGCTAAGGC AGATAATGAG AAAGCACAAG AGGAGGCACC AAATACAATG 
GCCATTGTTC TGGTAGCCAA GGCTCCAGTA GTTGGAGTAA TTCCAGCAAG AATGTGTACC 
CGATCCTCAA CTGCAAAGGC AGATCCTCAG GTGAATGGGG GAGCAGTGGG GCCTCCACTG 
CTTCATCAAG AGAAAACCAA TAAAAAGGGA GAGTTCAATG TAAAGGAAAT AACCTCTTTT 
AAAAGCGGTA GAAGAGGTGG AAAAGCTGCG ATGAAACTGG TATCTTCTTG TGACAGAAAG 
AACTTTATGC TTCAAAGCAA GTCACCTAGC AAGCTCAGCA GTCAGAAAGC TAAAGAAAAC 
AGCATTGCAC CTCTCAAGGA TGAAAAGTCC ATGATCCTGA GGTCTCGCAG CAAGAAGCAG 
GAACTCTTCC AAACCAAAAG GAGGAAAGGA AAGAGAGGAA TGAGTGTGGT TATTAAAAAG 
CGGGCATGCT TGAAGAAAAT CCTGGCTAAC AACTGTACAG TTCCGGACAC ATTCAAGTTG 
ATTCCAAAAG TCAAACGAGG CATGAAGCTT TCAAACTCAG GTGTTCCGAT CAATGCCAAG 
GTGTCTGACC GATGTCTACA TTCTCTGAAA CGGAAACCAA ACTTTATTTC CCCAGTACCT 
GCCAAAAAAA AGAACCTGAT CTTACGCAGC AAAAATGTCA AAGAGGAAAA ATCAGAGCCG 
AGGCCTCACT TATTTAAAAA GATTCGGGCG GCGAAGAAAG AAAAGGTCAA TTTGACCATT 
GCTGCAAAAA AGACATGCAA GGTCATCTTA AAAACACCTT CTGTTCGTTT GACACCGGAG 
TTGTGCATAA AGGTGTCCTC CCGTTCATCA TATGCAGGGG CGGTAAAAAC AAAAGTTCTG 
CCTCCCAGAA AGGGCAGAGG CCTCAAACTG GAGGCTATTG TACAAAAGAT CACCTCCCCA 
AATCAGAAGA AGCAAGGCAT TCCTGGTGCT TGCTTATACA ATCTTGTGAC AGCTGGTGAC 
AATAACCTGA ATGCGCTTAC AACAGGAAAA GAAATGAAAG CACTTAGTTT AGTCTCTGCA 
GACAATGAAA CTAGGACGGT AAGTCAAAAC AATACGCTAA CGTCAGAACC TGATCTACAT 
TCTCCAAGTT GCAGAAGCTC CAACAATAGG TCCTTAAAAG GAGCACAGTT GCACAGAAAG 
AAATTGGCCT CTTCCTCCCT CCACTGCACT AGCACATGCA GAGGGACAGA GCAAGAGGGC 
AATTACATTA AGGCAAAAAG ACTCAGAACA GTCCCAAAGA GGAGAATCAG AAGAGGGAGG 
TCCAAGGGTG CATTGAATAG CCCAAAAAAC ACATCAAAAA GGCAGATTAG GGCTTCTCCA 
TCTGTTCTCC TGACATCTAA AGGTAAGGCC CTTTCAGAAA GCGTTCACCA AACCAACAAG 
TGCAAACAGT CTGAGCTGAA GGAGACCTCC AGTGTTCCGA GTGGGGTGGA AGAAACCTCT 
TCTCAAGTAC AAGCCAGGAA AAAAACAAAG TATGCTAAGT TCAATGGTTA TACTAAAAGG 
CAGCGCAATA ATGCACCCCA AAATAAGCCC ACAAAGCAAA CTACAGTTGG CAAGCGTACG 
GCTAGGAAAA AGAGTGTCCC ACTCATAAGC CCAAAGGAAC CCAAAATCAA GCTGAAATAT 
GTCTCCACTA AACCAGTGCG GTCTGAATGT CGGGTGAGAG CATTCTCACC TTATGTTCAA 
GTGGAGAAAA AGAATGAGTA CACTACAACA TGCACAGTGA TAAATACTGC TGTGGAAGAG 
AGCAGGTTGC TCAAGGAAAG AAGCATCACG CATTTGGTTC CTCACTCTGC CTCGTTTGTT 
AGCTCTGGCA CTTTGCCTCT CTCCTCCCGA ATGCAGCTGG GGCCACTAGT ATGCAAGGCG 
GTACCCTCTG GCTGCCTCGT CTGCTGCCTT TGTAGGAACC CTGCCAATTT CAAAGACTTG 
GGGGACCTTT GTGGGCCTTA TTACCCTATG GACTGCCTAC CTAACAAGAA ATTCAGGCCA 
AAGGATAAGT TCAGAATAGG AGACTTGCCA CAGGAGAAAA CTCCCAAAAT CTCAGACAGT 
GTCTGTACAG TGGGTGGTGG GAGGGCACCT TGCCCGGACA GTGGGGAACT TGACCTAAGT 
AATCACAACA AGCTGCGCAC CAGTGCTCGA GGGTTGTTGA GGAAATTGCC CAGCTGTTAC 
TGCTGCAGAA AAAAGGTGGA AATAGCAGAG ACTGAGAAAC CAAGGAGACA TCAGTACAGC 
AAGACCCTCG AGCCACCTTC TCCGGAACTG GAAACCCAGG AACACTGGGT TCATGAGGCG 
TGTGCTGTAT GGACCAGCGG GGTTTACCTG GTGGCAGGAA AGCTGTATGG CATCCATGAG 
GCAATTCAGA TGGCGGCCAC AGGGCTGTGT CCCAAGTGTC AGAGGCCAGG AGCCACCGTG 
GGTTGCAGCC ACAAGACGTG CGAGAAGAGC TACCACTTTA CGTGCGCCGT GGAAGCAGGC 
TGCTTACTCA GCGAAGAGAA CTTCTCCTTG CGATGCCCCA GACACAAGAA ACACCTGGTG 
TAA

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

RefSeq	XP_018094811.1
CDS	259..5721
Translation	MQSFRERCGFHGNQQNYQPTSQESSRLENYRHQSQPALNCERHRQVTKSYYAHTSYQGYENSVGEKYPRDEKQISVQQLQGRVSFASFSEGNVYPGHYTGEDGLQNWGQSQTLGGTKYEENLIKKTPGEGRGYQDPAGQSPFRSHSLHHPQQQALPYAKIPRQKVQNNVPSSPLSFSQASHFNQSFPTSTYSTVTGGSQVSHTYKSCTAPSNPQHDHTMAAAGQRVQTIHGYQSNRMTSYEQPQLHHAQETLHYQNMAKYQHYSQQNQTYCQSETPSRTPEQYYQPFSPSASHSPARSVGRSPSYSSTPSPLMPNLENFQYNQQQQQHNTGTFPLSMADHSHYMPLINPSPTGTSSPESQSKSLQNDKLPETLLSDLSLQSLTALTSQVENISNTVQHLLLSKSGVPQKKVIKTSPRTPEQIKGQHCSPESSTYSSEQIGTPLSEALGTPQSVHTEIPDTDYLSGSEDQLERNYLYCGSGQSPARANNCKMKTESISTCSVTSPDNMSTKSDDSFQSIQASLPLETFAKLVSSERECPHLLVNALSQEELSTEIIALQDAIDNEKTEKAWVDSPVLSNNSQKSPLNLENSSACIESAMQTWSGQENVEEFSEDLKKSITEEVRPRNQDTCYSDKSFVRKELPPEPIEVTETIDNSGSLGSDKNITAATSSASYTSSSDTSASTTCSKTMDPFDWPDKNMTESCLRWKDLELSLHESDLEKDLFQVKDNKIVCQLDVPDVETPLENDSGEDFNKEGAGDLAYTDIGKTDNEKWLEDTRDCYTEEDFQDIPDIPSQKDSNLEPEDYSSLCDFSDRKSFIYDNSPSKPLKDMETVSSVNTPESTENPSLEEKENSAPSQLSGHSIILLGPAVATESKVKSWFESTITHIKTVGDIKEKNEEDAEACALEPLTLPDGEMKDLKVQDNQLDVKAEELLERKPLCSKKNTCRAVEAVESDKVAQNPVGETAKADNEKAQEEAPNTMAIVLVAKAPVVGVIPARMCTRSSTAKADPQVNGGAVGPPLLHQEKTNKKGEFNVKEITSFKSGRRGGKAAMKLVSSCDRKNFMLQSKSPSKLSSQKAKENSIAPLKDEKSMILRSRSKKQELFQTKRRKGKRGMSVVIKKRACLKKILANNCTVPDTFKLIPKVKRGMKLSNSGVPINAKVSDRCLHSLKRKPNFISPVPAKKKNLILRSKNVKEEKSEPRPHLFKKIRAAKKEKVNLTIAAKKTCKVILKTPSVRLTPELCIKVSSRSSYAGAVKTKVLPPRKGRGLKLEAIVQKITSPNQKKQGIPGACLYNLVTAGDNNLNALTTGKEMKALSLVSADNETRTVSQNNTLTSEPDLHSPSCRSSNNRSLKGAQLHRKKLASSSLHCTSTCRGTEQEGNYIKAKRLRTVPKRRIRRGRSKGALNSPKNTSKRQIRASPSVLLTSKGKALSESVHQTNKCKQSELKETSSVPSGVEETSSQVQARKKTKYAKFNGYTKRQRNNAPQNKPTKQTTVGKRTARKKSVPLISPKEPKIKLKYVSTKPVRSECRVRAFSPYVQVEKKNEYTTTCTVINTAVEESRLLKERSITHLVPHSASFVSSGTLPLSSRMQLGPLVCKAVPSGCLVCCLCRNPANFKDLGDLCGPYYPMDCLPNKKFRPKDKFRIGDLPQEKTPKISDSVCTVGGGRAPCPDSGELDLSNHNKLRTSARGLLRKLPSCYCCRKKVEIAETEKPRRHQYSKTLEPPSPELETQEHWVHEACAVWTSGVYLVAGKLYGIHEAIQMAATGLCPKCQRPGATVGCSHKTCEKSYHFTCAVEAGCLLSEENFSLRCPRHKKHLV

Target ORF information:

RefSeq Version	XM_018239322.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis retinoic acid-induced protein 1-like (LOC108703238), mRNA.

Target ORF information:

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

XM_018239322.1

ORF Insert Sequence:

ATGCAGTCTT TTCGGGAAAG GTGTGGTTTC CATGGCAACC AGCAGAACTA CCAACCAACA 
TCACAGGAGT CATCACGCCT GGAGAATTAC CGACATCAAA GTCAGCCGGC ACTCAACTGC 
GAGCGACACA GGCAGGTGAC CAAAAGCTAC TATGCCCACA CGTCCTACCA AGGCTATGAA 
AACAGCGTGG GGGAGAAGTA CCCCAGGGAC GAAAAGCAAA TCAGTGTTCA GCAGCTGCAA 
GGAAGGGTGT CTTTTGCCAG TTTCTCAGAG GGTAATGTGT ACCCCGGACA TTATACAGGG 
GAAGATGGAC TGCAGAACTG GGGGCAATCT CAGACTTTGG GTGGGACCAA ATACGAGGAA 
AACCTAATAA AAAAGACACC CGGGGAAGGA AGGGGTTACC AAGATCCAGC CGGGCAGAGC 
CCGTTCCGCT CACATTCGCT GCATCACCCA CAGCAACAGG CCCTGCCCTA TGCCAAGATT 
CCCAGGCAGA AAGTTCAGAA CAATGTTCCA TCCTCTCCTC TATCCTTTTC CCAAGCCTCC 
CACTTCAACC AGAGTTTTCC AACGTCAACC TATTCCACAG TCACAGGGGG AAGCCAAGTC 
TCCCACACTT ACAAGAGCTG CACGGCCCCC TCCAACCCTC AGCATGACCA CACCATGGCT 
GCGGCTGGTC AGCGGGTGCA GACGATACAC GGCTACCAGT CAAATCGAAT GACTTCTTAC 
GAACAGCCAC AGCTCCACCA TGCTCAGGAG ACACTGCACT ACCAAAACAT GGCCAAATAT 
CAACACTACA GTCAACAGAA TCAAACTTAC TGCCAATCAG AAACTCCCAG CCGAACTCCG 
GAACAGTATT ATCAGCCTTT CAGTCCCAGT GCCAGCCATT CACCAGCTCG TTCAGTGGGC 
AGGTCCCCAT CTTACAGCTC TACTCCCTCT CCTCTGATGC CAAATCTTGA GAACTTTCAA 
TATAATCAAC AACAGCAGCA GCATAACACT GGCACATTTC CTTTAAGCAT GGCTGACCAC 
AGTCATTACA TGCCTCTTAT AAATCCGTCA CCCACAGGAA CGTCCAGTCC AGAGTCTCAG 
AGTAAAAGTC TGCAAAATGA TAAATTACCA GAAACCTTGC TGTCTGATCT TAGCCTGCAG 
AGCCTCACGG CTCTGACATC CCAAGTGGAA AACATCTCCA ACACTGTGCA GCACCTGCTT 
CTTTCTAAAA GTGGAGTTCC TCAAAAGAAA GTGATCAAGA CATCTCCGAG GACTCCTGAG 
CAAATAAAGG GGCAACACTG CAGCCCAGAA AGTAGCACAT ATTCTTCTGA GCAGATTGGA 
ACTCCTTTAT CCGAGGCACT TGGTACCCCT CAGTCTGTGC ACACCGAGAT TCCAGATACA 
GACTATCTCA GTGGCTCAGA GGACCAGCTT GAAAGGAACT ATTTGTACTG CGGTTCAGGC 
CAAAGCCCAG CCAGAGCCAA CAATTGCAAA ATGAAAACAG AATCTATCTC TACTTGTTCT 
GTAACTTCAC CGGATAATAT GTCTACAAAG TCAGATGATT CGTTTCAAAG TATCCAGGCC 
AGCCTTCCAC TGGAGACCTT TGCTAAACTG GTAAGCAGTG AGAGGGAATG CCCACATTTA 
CTGGTTAATG CCCTTTCCCA GGAGGAGCTA TCTACTGAAA TTATAGCCCT TCAAGACGCT 
ATTGATAATG AGAAAACAGA GAAGGCCTGG GTGGATTCCC CTGTCCTCAG TAATAACTCC 
CAAAAATCTC CTTTAAATCT CGAAAACAGC TCAGCTTGCA TAGAGTCTGC AATGCAAACT 
TGGTCAGGCC AAGAGAATGT AGAGGAATTC TCTGAAGATT TAAAGAAAAG CATTACGGAG 
GAGGTCAGAC CGAGGAACCA AGACACGTGT TACAGCGACA AGTCTTTCGT AAGGAAAGAA 
TTACCACCAG AGCCAATTGA AGTGACAGAA ACCATTGACA ATTCTGGCAG TTTAGGTTCT 
GATAAGAATA TTACAGCCGC AACATCTAGT GCCAGTTATA CCAGCTCCTC TGATACATCT 
GCAAGTACAA CTTGTTCGAA GACAATGGAT CCCTTTGATT GGCCGGATAA AAACATGACT 
GAATCATGCC TAAGGTGGAA AGACTTGGAG CTCAGTCTGC ATGAATCAGA CCTTGAAAAA 
GATTTATTCC AGGTCAAGGA TAATAAAATT GTCTGTCAGC TCGATGTCCC TGATGTTGAA 
ACTCCTTTAG AAAATGACTC CGGCGAGGAT TTTAACAAGG AAGGAGCAGG GGACTTGGCC 
TACACAGACA TTGGTAAGAC TGACAATGAG AAGTGGCTTG AAGATACTAG AGACTGTTAT 
ACTGAAGAAG ACTTTCAAGA CATTCCTGAT ATCCCATCCC AAAAAGACTC AAACCTGGAG 
CCAGAAGATT ATTCTTCATT GTGTGATTTT TCAGATAGAA AATCTTTCAT TTATGACAAC 
TCCCCGTCAA AACCCTTAAA AGACATGGAA ACTGTATCTT CCGTTAATAC CCCGGAGTCT 
ACGGAAAACC CAAGCCTTGA GGAGAAAGAA AATTCAGCTC CATCTCAGCT CTCTGGTCAC 
TCCATCATCC TGCTTGGCCC AGCTGTGGCC ACAGAATCTA AAGTGAAAAG TTGGTTTGAA 
TCCACCATAA CACACATTAA AACTGTGGGG GACATAAAAG AAAAGAATGA AGAGGATGCT 
GAAGCCTGTG CACTTGAACC TCTAACCCTC CCAGATGGAG AAATGAAAGA CCTTAAAGTG 
CAGGATAATC AGCTGGATGT GAAAGCTGAA GAGCTACTCG AGAGGAAGCC TCTTTGCAGT 
AAAAAGAATA CATGCAGAGC AGTAGAAGCA GTTGAGTCTG ACAAAGTGGC TCAGAACCCT 
GTCGGTGAAA CAGCTAAGGC AGATAATGAG AAAGCACAAG AGGAGGCACC AAATACAATG 
GCCATTGTTC TGGTAGCCAA GGCTCCAGTA GTTGGAGTAA TTCCAGCAAG AATGTGTACC 
CGATCCTCAA CTGCAAAGGC AGATCCTCAG GTGAATGGGG GAGCAGTGGG GCCTCCACTG 
CTTCATCAAG AGAAAACCAA TAAAAAGGGA GAGTTCAATG TAAAGGAAAT AACCTCTTTT 
AAAAGCGGTA GAAGAGGTGG AAAAGCTGCG ATGAAACTGG TATCTTCTTG TGACAGAAAG 
AACTTTATGC TTCAAAGCAA GTCACCTAGC AAGCTCAGCA GTCAGAAAGC TAAAGAAAAC 
AGCATTGCAC CTCTCAAGGA TGAAAAGTCC ATGATCCTGA GGTCTCGCAG CAAGAAGCAG 
GAACTCTTCC AAACCAAAAG GAGGAAAGGA AAGAGAGGAA TGAGTGTGGT TATTAAAAAG 
CGGGCATGCT TGAAGAAAAT CCTGGCTAAC AACTGTACAG TTCCGGACAC ATTCAAGTTG 
ATTCCAAAAG TCAAACGAGG CATGAAGCTT TCAAACTCAG GTGTTCCGAT CAATGCCAAG 
GTGTCTGACC GATGTCTACA TTCTCTGAAA CGGAAACCAA ACTTTATTTC CCCAGTACCT 
GCCAAAAAAA AGAACCTGAT CTTACGCAGC AAAAATGTCA AAGAGGAAAA ATCAGAGCCG 
AGGCCTCACT TATTTAAAAA GATTCGGGCG GCGAAGAAAG AAAAGGTCAA TTTGACCATT 
GCTGCAAAAA AGACATGCAA GGTCATCTTA AAAACACCTT CTGTTCGTTT GACACCGGAG 
TTGTGCATAA AGGTGTCCTC CCGTTCATCA TATGCAGGGG CGGTAAAAAC AAAAGTTCTG 
CCTCCCAGAA AGGGCAGAGG CCTCAAACTG GAGGCTATTG TACAAAAGAT CACCTCCCCA 
AATCAGAAGA AGCAAGGCAT TCCTGGTGCT TGCTTATACA ATCTTGTGAC AGCTGGTGAC 
AATAACCTGA ATGCGCTTAC AACAGGAAAA GAAATGAAAG CACTTAGTTT AGTCTCTGCA 
GACAATGAAA CTAGGACGGT AAGTCAAAAC AATACGCTAA CGTCAGAACC TGATCTACAT 
TCTCCAAGTT GCAGAAGCTC CAACAATAGG TCCTTAAAAG GAGCACAGTT GCACAGAAAG 
AAATTGGCCT CTTCCTCCCT CCACTGCACT AGCACATGCA GAGGGACAGA GCAAGAGGGC 
AATTACATTA AGGCAAAAAG ACTCAGAACA GTCCCAAAGA GGAGAATCAG AAGAGGGAGG 
TCCAAGGGTG CATTGAATAG CCCAAAAAAC ACATCAAAAA GGCAGATTAG GGCTTCTCCA 
TCTGTTCTCC TGACATCTAA AGGTAAGGCC CTTTCAGAAA GCGTTCACCA AACCAACAAG 
TGCAAACAGT CTGAGCTGAA GGAGACCTCC AGTGTTCCGA GTGGGGTGGA AGAAACCTCT 
TCTCAAGTAC AAGCCAGGAA AAAAACAAAG TATGCTAAGT TCAATGGTTA TACTAAAAGG 
CAGCGCAATA ATGCACCCCA AAATAAGCCC ACAAAGCAAA CTACAGTTGG CAAGCGTACG 
GCTAGGAAAA AGAGTGTCCC ACTCATAAGC CCAAAGGAAC CCAAAATCAA GCTGAAATAT 
GTCTCCACTA AACCAGTGCG GTCTGAATGT CGGGTGAGAG CATTCTCACC TTATGTTCAA 
GTGGAGAAAA AGAATGAGTA CACTACAACA TGCACAGTGA TAAATACTGC TGTGGAAGAG 
AGCAGGTTGC TCAAGGAAAG AAGCATCACG CATTTGGTTC CTCACTCTGC CTCGTTTGTT 
AGCTCTGGCA CTTTGCCTCT CTCCTCCCGA ATGCAGCTGG GGCCACTAGT ATGCAAGGCG 
GTACCCTCTG GCTGCCTCGT CTGCTGCCTT TGTAGGAACC CTGCCAATTT CAAAGACTTG 
GGGGACCTTT GTGGGCCTTA TTACCCTATG GACTGCCTAC CTAACAAGAA ATTCAGGCCA 
AAGGATAAGT TCAGAATAGG AGACTTGCCA CAGGAGAAAA CTCCCAAAAT CTCAGACAGT 
GTCTGTACAG TGGGTGGTGG GAGGGCACCT TGCCCGGACA GTGGGGAACT TGACCTAAGT 
AATCACAACA AGCTGCGCAC CAGTGCTCGA GGGTTGTTGA GGAAATTGCC CAGCTGTTAC 
TGCTGCAGAA AAAAGGTGGA AATAGCAGAG ACTGAGAAAC CAAGGAGACA TCAGTACAGC 
AAGACCCTCG AGCCACCTTC TCCGGAACTG GAAACCCAGG AACACTGGGT TCATGAGGCG 
TGTGCTGTAT GGACCAGCGG GGTTTACCTG GTGGCAGGAA AGCTGTATGG CATCCATGAG 
GCAATTCAGA TGGCGGCCAC AGGGCTGTGT CCCAAGTGTC AGAGGCCAGG AGCCACCGTG 
GGTTGCAGCC ACAAGACGTG CGAGAAGAGC TACCACTTTA CGTGCGCCGT GGAAGCAGGC 
TGCTTACTCA GCGAAGAGAA CTTCTCCTTG CGATGCCCCA GACACAAGAA ACACCTGGTG 
TAA