LOC108701824 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108701824
Entrez Gene ID	108701824
Full Name	poly [ADP-ribose] polymerase 14-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018236840.1	XP_018092329.1	poly [ADP-ribose] polymerase 14-like

Pathways from BioSystems
Gene Ontology

The following LOC108701824 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108701824 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
OAf47083	XM_018236840.1 Latest version!	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701824), 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)

LOC108701824 ( XM_018236840.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018092329.1 Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701824), mRNA.

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CloneID	OAf47083
Clone ID Related Accession (Same CDS sequence)	XM_018236840.1
Accession Version	XM_018236840.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5514bp) 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	poly [ADP-ribose] polymerase 14-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030740.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGGGGATG CTTATCAGTT CCCTGTGGCC CTCCATTGGG ATCTGGGACC AGAAAAACTG 
AAAGAGCTAA AGAACAAGCT TCTTGTGTAT TTTCATAGTA AGAACAAGTC TAATGGAGGG 
GAGTGTGTGA TCAAGGATCC AGACTGCACA AAGGGATACG TTCTCATCCA CTTCAGCCAA 
GAAACAGTGA GAGACAACGT TCTCCTAAAA CCAGCCCATG AGCTGAGCCT AGGGAAAGGA 
CAGACAATTA AGTTGAACAT CAGTTTACCA GAGGAGGGGA ATCCAATTGG AAACAAGGTC 
CAGAAATCAG AATTCAAGGG AACTCCAACC AAGGAACCGA AAGCCGAATT AATTCCAGTC 
AAGGAACCTT CATTCATAAG TCCAATCAAG GAACCTCTCG ATGACTCCAC AGACACAGAC 
ATTCCACAGT ACCCAGGTTC TCCAACACCA GAGGGGCCAG GTCAGGAGGA TGAGAACAGG 
AAACCAGTCT CTTCCTCCAT GGTTTTGATT GAGAATATTC AAGAAACGTG CACTGAAGAA 
ATGTTAACTC TGCTTTTGGA GAAAGTCAGT GACAACACCG AAATCCAACA CCTTGAAATC 
ATTCATGAGA TCCATTCTGC TGTGGTCACT TTTAATGATC AAGTTGATAT CTCCAGCTTT 
ATACAGAGAT TCTCCAGCAG CCAGAGGGTG CAGCAGATGA AACTAACAGC AAAGCCTCTG 
GAAGAGACTA AAAGTGTCAG AGTAGAGGGT CTACCCCCCA ACACATCTGA GGATCACCTG 
ATAGTTTACT TTGAGAGCCC GCGACATGGA GGGGGAACCA TAGAGACAGT GAAGCGAATT 
CTGGAGGAAG ATGCTGTGAT AGTAACATTC TGTGGCGAAA AAGATGCAAA GAGAGTGTTG 
GGGATGCAGC ATGTGTTTGG GAAGAAGCCA ATATCAGTGT ATCCATACAT TATGTCCCTG 
GAAACAACAT TATATGGGGA GAAAGGACCT CATGTAACAT TACCCAAACC CCTGGAGGTC 
CCAATCAGTC CATATGTACT GGAATTTATA CTGGGACAAC CACAGATGAA AGTTGAAATA 
GACAAAAAGA TGATGGAAAA GAATTGTGAG GTCACATGGC CAGATCCAAA TTGCTCTAAT 
CCCACCATTA TACTTTCCAT TCCCAGCTCC ATATCATCTC ATGTCAGGAC AATGGCAAAG 
ATTGTACAGA CATGGAGAGA CCAGGCCTCT TCAGAATGCT CCCTTATTAT TAACAGGTTC 
AAAGATAAAG AATACAATGT GAATCCATCA GTTTGGAAAG CCATCAAAAG AGAAGTCAGC 
AGCCCCACAT ATGGGGAAAT TTTGGTCAAA CCAGACCTTG CCAAACAGAA AGTCTTCCTT 
GCAGGACCCT CCCAGGTTAT GACTGAGAAA GAGCAAGCAT TCGGGGAACT GGTAGAAAAT 
ACCACTAGAC AGATTGATAA ACAGAATCGA AGTATGGATT TGTCTGAGCC ACTGGCTCCT 
GCTCTGTATG AAATAATGTT CAAAAGTGGT CATATAAAGA AAATTCTCCA GTCACAGTCT 
CCAGATCTCA GAATTGAGTA TGATGTGCCA ACCAGAAACC TCAAGATCTA TGGAGTCAAA 
GAAGAAGTTC TCTCTGCTAA ATCTGAAATA CACAAAGCAA CACAGCAACT GAAATCTAAA 
TCCATCACTC TTGATACCTA CATCATCCAT TACTTGGGAT TTACTGATAA TGATGAGTTG 
TCCTGTTTTC TCCTCACACA GCACAATATT AATGCAATGT TTCAGACCGA GGATAAATCA 
GTCAGTCTGA CTGGACTCTC CATGAAGGAT CTGTCAGAGG CAGAAAAACA GATGAGACAT 
GAGTTCGTTT GTAAGCAAAT TACTGTTGAA GACAAGATGA TTATCCAAAA ACCTGAGTGG 
AAAAGTCTCA TTACACAAGT GCATCATTTA TTTAACTCAG AGAGATGCAC AGTTGTGATT 
GAGGAGTTTC CCAGAGGAGC AGAGAATCAG GTGGTTATTG CTGGTCTGGC TTCCAGCGTA 
GGAAATGCTT CCCAACAGAT CCATGACTTT TTGGAGAGAA ACACTCCTAT ACAGAAGGAT 
ATTCAGGTCA AGTCTGTGGC TGTTATACAG TTTATAATGC AAGAGAAGAA GCAGCTTTAT 
GAAGAAATAA AAAGTAAGAA CGTAAAGGTT GTTATAAAAG AAAAAGTTAT CACTCTGAGT 
GGGTCCAGAC TGTATGTTCA TCAGGCAGCC AACCTTATAG AAAGGGCTCT CTCCACTATT 
CACACCAATG TTCTGTGCAT TAACGAGCCG GGAGCCAAGC AATTCTGGAT AGAGAAGGAA 
GAGATGTATT TTAGCACAAT CAAAAACAAA TTCAGATGTT TAATATACTT TCAGATAGAT 
GGAGAAGATG AATTCACAGA TGATGACATG GTTCAGGGTA ATCCAGAGTG CCAAATAGAC 
TTGCCAGAAG GAGTGACCAT TGCAGTCTAT AAGGATGACC TGACCCGTCA CCATGTTGAT 
GTTGTAGTTA ATGCAGCCAC TGAAGATCTG AAGCTCACTG AGGGGCTGGC ACTGGCCCTA 
CTGAATGCTG CAGGGCCCAA ACTACAAGAT GAATGTAATC ATATTATAAA AACAGATGGG 
AGATTATCAG CTGGTGATTC AGTAGTTACA GATGCTGGTA ATCTGCCTTG CAAGCAGGTT 
ATACATACTG TTTGCCCCAA GTGGGATCCA AAAATACAAA CAAAATGCAC ACGACTGCTC 
CGGAGAGCAA TAAGCAGGTG CTTAGAACTG GCTGCAGAAA ATAAACACAG TTCCATTGGG 
ATCCCAGCTG TTGGTTCCCA GATGTCTGGC TTCCCTGTGA ATGTCTGTGT GCAAAACATC 
GTGGAGTCGG TTCGGCAGTA TGTGGAAAAC CCAGAAAGAT CTAAAAATGT TAAAAGAATT 
CATCTTGTGG ATTCTGCTGG TGATACAGTT GCAGCTTTCA CTGAGGCTGT TAAGGCTGAA 
TTTGGAGATA ATATTTTAAG CACATCACCT ACTGACAATC TCAATAAAGC AAAACATTCA 
GAAAACAAAG AATTACCAAA AAGGGCAGAC AGTCAGGTTG CAACAACCAA GTTGGGCCTG 
AACATCACAA TAAATAAAGC CAATATTCAA GATGCAACAA CAGATGTAAT AGTGAACAGT 
GTGGGAAAGA GGTTGGATTT AAATTCCGGA GCAGTTTCTA AAGCTCTAAG TGCCAAAGCT 
GGTGCCAAAC TCCAGGAACA ATTAAAAGAA CTGAGCCGTG GGGCCCAAGT GGAAGAAGGT 
TCTGTATTTG TAACGAATGG ATTTGGCCTG AACTGTAAGA AAGTCATTCA TGTTGTGACT 
CCCGGGTGGG ATCAAGGAAA GGGCTCTGCT GAGAAGACAT TAAAGGAAAT AGTGAAGAAC 
TGCCTGAGTA CCACAGAGAA GGAGAAACTG AAATCCATAA CTTTCCCTGC CATTGGAACA 
GGAGCTCTTG GTTTCCCTAA AGATTTGGTG GCTTCCTTAA TGTTTGAGAG AATTCTGAAA 
TTCAGCAGAA ATAATAAATG CCATATTCAA GTTAATTTTG TGCTGCATCC AACTGACACA 
GAAACCATCC AGGCATTTTC TAGTGAACTA TCAAGAAGGA CAGAAGCCTC TGATTCCAGT 
CATCACTCCA AGGAAGGAAA AGCCTTGTTT GGATCAGTCA CCAACCAGAC ACCTGGGGTC 
CATGAGATGA GAATTGGATC ACTTACCTAT CAAGTTAAAA CAGGGGATAT AACTAAGGAA 
AACACTGATG TTATTGTCAA TTCGTCTGAC AACTCATTTA TTCTGAAAAC AGGTATTTCC 
AAGGCAATAC TAGAGGCTGC TGGGAATACT GTGGAAGGTG AATGTGCCAC ACTTGGTGCC 
CAGGCTAACA AAGGCTACAT CATCCCAAAA GGTGGGAATC TGCCTTGCAG TCACATCATT 
CATGTTCATG GAAAGACAAA ACCTGATGAG ATTAAAGCCT CTGTATTGGA TGTCCTCCAG 
GAGTGTGAGA ATATAAAGGC CACATCAGTT GCTTTCCCAG CAATGGCAAC AGGAGTGGAA 
GGGATGACAC CTGCTACAGT GGCGGATGTC ATGTTAAATG CTCTGGAGGA AAACTCAAAA 
TATGCCCAGT CTGTACAGAT GGTGAAAGTG ATTATCCAGC AGGAGATGCA GGGAGACTTC 
GTTAGTACAA TGAAAAGCAA AGAGGGCACT GGGCCACCTG AACAATCCTG GCTTTTTGGC 
AAGATGCAGT CTATTCTTAA CTATTTAACC TCCAAAAAAG CTGAACCGGA GAAGCCAGAT 
CTTTTTATAC TAAAGGAAAA CATTGAACCA GCGATTTTCC ATCTTTGCGG AGAAGATAAA 
GAACAAGTAA TGAAGGCTTC AGATTGGCTA AAGGATATTT TATTAAAGGA ACTAAACGAG 
ATTGTTCTTT CCGATGATTG GATCAGGGAT TTTGAGGAAG AAGAGCACAA GAAATTAACT 
GACCTTCAGA AGAAATATCC AGTTTCAATC TCTATTGATT CCCTAAATTC TACTCTGAAA 
GTCTCTGGTC TCTCCAGGGA TGTTCTGGAA ATAACAAAAG AAATCCATGT TATTATAAAA 
GAGGTCAATG ACAGGAAAAC AAGGGAGAGG GAAGCTGAGC TCTATAGTAA CCTGGTGGAA 
TGGAAGTATC ATACTGGCTC TGGGATGGTT CCCTTTGATA AAATGTCCAA TCTGGATCTA 
GAAAAAGCCA TAAATGAGAG CAGGCAAAGT CTCATGGTCG ATGTTGCTGG AATAAAACAC 
ACCGTCAACA TGGAGATGAA AACTGCGTCT GATGCTAAAG GAAATAAAGT TAATATTGTA 
CGAATGCCTA AAACTAGCGC CTCAATAGAT TTACCCAGTC ACTGGCTCCC AATGGGAAAT 
GATCAGGTGA AAACTGAGTT TGTGAGACCT GGAACTGAAG AATATCAAGT TGTCCAAGAC 
ATGTTTCAGA AGACCTGCCA GATGAAGATA CTTATGATTC AGAGAATACA GAACCAGTAC 
CTATGGCTGA ACTACCAGAT TAAGAAGCAG AGTATTGACA CCAAGAATAA TTCTTGCAGC 
AATGAGAGAC AGCTGTTCCA CGGGACTGAA CACATTGCGA AAGTCAACAA TAATGGTTTC 
AACCGCAGCT TCTCAGGGGC CAACGGGACT ATGATTGGGA AAGGGACATA TTTTGCTGTT 
GATGCCAATT ACTCTGCCAA TGACACCTAC TCCAAGCCTG ACGCAAGTGG CAATAAATAT 
ATGTATCTGG CACGTGTCCT CACTGGAGAA TACTGTAGTG GAGAAAAAGA AATTAACGCT 
CCTCCACCGA AGGACCCAAA CGGATCAAAC CCAACGGATC TGTTTGACAG TGTAACAGAT 
AATATGAAGC AGCCTACAAT GTTTGTCATA TTTAATGATA TCCAGGCGTA TCCTGAGTAT 
CTCATCACAT TTACCAAAAA AATGGCACAT AGAGTACCCC GCTGGCTGGT ATAA

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

RefSeq	XP_018092329.1
CDS	1..5514
Translation	MGDAYQFPVALHWDLGPEKLKELKNKLLVYFHSKNKSNGGECVIKDPDCTKGYVLIHFSQETVRDNVLLKPAHELSLGKGQTIKLNISLPEEGNPIGNKVQKSEFKGTPTKEPKAELIPVKEPSFISPIKEPLDDSTDTDIPQYPGSPTPEGPGQEDENRKPVSSSMVLIENIQETCTEEMLTLLLEKVSDNTEIQHLEIIHEIHSAVVTFNDQVDISSFIQRFSSSQRVQQMKLTAKPLEETKSVRVEGLPPNTSEDHLIVYFESPRHGGGTIETVKRILEEDAVIVTFCGEKDAKRVLGMQHVFGKKPISVYPYIMSLETTLYGEKGPHVTLPKPLEVPISPYVLEFILGQPQMKVEIDKKMMEKNCEVTWPDPNCSNPTIILSIPSSISSHVRTMAKIVQTWRDQASSECSLIINRFKDKEYNVNPSVWKAIKREVSSPTYGEILVKPDLAKQKVFLAGPSQVMTEKEQAFGELVENTTRQIDKQNRSMDLSEPLAPALYEIMFKSGHIKKILQSQSPDLRIEYDVPTRNLKIYGVKEEVLSAKSEIHKATQQLKSKSITLDTYIIHYLGFTDNDELSCFLLTQHNINAMFQTEDKSVSLTGLSMKDLSEAEKQMRHEFVCKQITVEDKMIIQKPEWKSLITQVHHLFNSERCTVVIEEFPRGAENQVVIAGLASSVGNASQQIHDFLERNTPIQKDIQVKSVAVIQFIMQEKKQLYEEIKSKNVKVVIKEKVITLSGSRLYVHQAANLIERALSTIHTNVLCINEPGAKQFWIEKEEMYFSTIKNKFRCLIYFQIDGEDEFTDDDMVQGNPECQIDLPEGVTIAVYKDDLTRHHVDVVVNAATEDLKLTEGLALALLNAAGPKLQDECNHIIKTDGRLSAGDSVVTDAGNLPCKQVIHTVCPKWDPKIQTKCTRLLRRAISRCLELAAENKHSSIGIPAVGSQMSGFPVNVCVQNIVESVRQYVENPERSKNVKRIHLVDSAGDTVAAFTEAVKAEFGDNILSTSPTDNLNKAKHSENKELPKRADSQVATTKLGLNITINKANIQDATTDVIVNSVGKRLDLNSGAVSKALSAKAGAKLQEQLKELSRGAQVEEGSVFVTNGFGLNCKKVIHVVTPGWDQGKGSAEKTLKEIVKNCLSTTEKEKLKSITFPAIGTGALGFPKDLVASLMFERILKFSRNNKCHIQVNFVLHPTDTETIQAFSSELSRRTEASDSSHHSKEGKALFGSVTNQTPGVHEMRIGSLTYQVKTGDITKENTDVIVNSSDNSFILKTGISKAILEAAGNTVEGECATLGAQANKGYIIPKGGNLPCSHIIHVHGKTKPDEIKASVLDVLQECENIKATSVAFPAMATGVEGMTPATVADVMLNALEENSKYAQSVQMVKVIIQQEMQGDFVSTMKSKEGTGPPEQSWLFGKMQSILNYLTSKKAEPEKPDLFILKENIEPAIFHLCGEDKEQVMKASDWLKDILLKELNEIVLSDDWIRDFEEEEHKKLTDLQKKYPVSISIDSLNSTLKVSGLSRDVLEITKEIHVIIKEVNDRKTREREAELYSNLVEWKYHTGSGMVPFDKMSNLDLEKAINESRQSLMVDVAGIKHTVNMEMKTASDAKGNKVNIVRMPKTSASIDLPSHWLPMGNDQVKTEFVRPGTEEYQVVQDMFQKTCQMKILMIQRIQNQYLWLNYQIKKQSIDTKNNSCSNERQLFHGTEHIAKVNNNGFNRSFSGANGTMIGKGTYFAVDANYSANDTYSKPDASGNKYMYLARVLTGEYCSGEKEINAPPPKDPNGSNPTDLFDSVTDNMKQPTMFVIFNDIQAYPEYLITFTKKMAHRVPRWLV

Target ORF information:

RefSeq Version	XM_018236840.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis poly [ADP-ribose] polymerase 14-like (LOC108701824), mRNA.

Target ORF information:

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

XM_018236840.1

ORF Insert Sequence:

ATGGGGGATG CTTATCAGTT CCCTGTGGCC CTCCATTGGG ATCTGGGACC AGAAAAACTG 
AAAGAGCTAA AGAACAAGCT TCTTGTGTAT TTTCATAGTA AGAACAAGTC TAATGGAGGG 
GAGTGTGTGA TCAAGGATCC AGACTGCACA AAGGGATACG TTCTCATCCA CTTCAGCCAA 
GAAACAGTGA GAGACAACGT TCTCCTAAAA CCAGCCCATG AGCTGAGCCT AGGGAAAGGA 
CAGACAATTA AGTTGAACAT CAGTTTACCA GAGGAGGGGA ATCCAATTGG AAACAAGGTC 
CAGAAATCAG AATTCAAGGG AACTCCAACC AAGGAACCGA AAGCCGAATT AATTCCAGTC 
AAGGAACCTT CATTCATAAG TCCAATCAAG GAACCTCTCG ATGACTCCAC AGACACAGAC 
ATTCCACAGT ACCCAGGTTC TCCAACACCA GAGGGGCCAG GTCAGGAGGA TGAGAACAGG 
AAACCAGTCT CTTCCTCCAT GGTTTTGATT GAGAATATTC AAGAAACGTG CACTGAAGAA 
ATGTTAACTC TGCTTTTGGA GAAAGTCAGT GACAACACCG AAATCCAACA CCTTGAAATC 
ATTCATGAGA TCCATTCTGC TGTGGTCACT TTTAATGATC AAGTTGATAT CTCCAGCTTT 
ATACAGAGAT TCTCCAGCAG CCAGAGGGTG CAGCAGATGA AACTAACAGC AAAGCCTCTG 
GAAGAGACTA AAAGTGTCAG AGTAGAGGGT CTACCCCCCA ACACATCTGA GGATCACCTG 
ATAGTTTACT TTGAGAGCCC GCGACATGGA GGGGGAACCA TAGAGACAGT GAAGCGAATT 
CTGGAGGAAG ATGCTGTGAT AGTAACATTC TGTGGCGAAA AAGATGCAAA GAGAGTGTTG 
GGGATGCAGC ATGTGTTTGG GAAGAAGCCA ATATCAGTGT ATCCATACAT TATGTCCCTG 
GAAACAACAT TATATGGGGA GAAAGGACCT CATGTAACAT TACCCAAACC CCTGGAGGTC 
CCAATCAGTC CATATGTACT GGAATTTATA CTGGGACAAC CACAGATGAA AGTTGAAATA 
GACAAAAAGA TGATGGAAAA GAATTGTGAG GTCACATGGC CAGATCCAAA TTGCTCTAAT 
CCCACCATTA TACTTTCCAT TCCCAGCTCC ATATCATCTC ATGTCAGGAC AATGGCAAAG 
ATTGTACAGA CATGGAGAGA CCAGGCCTCT TCAGAATGCT CCCTTATTAT TAACAGGTTC 
AAAGATAAAG AATACAATGT GAATCCATCA GTTTGGAAAG CCATCAAAAG AGAAGTCAGC 
AGCCCCACAT ATGGGGAAAT TTTGGTCAAA CCAGACCTTG CCAAACAGAA AGTCTTCCTT 
GCAGGACCCT CCCAGGTTAT GACTGAGAAA GAGCAAGCAT TCGGGGAACT GGTAGAAAAT 
ACCACTAGAC AGATTGATAA ACAGAATCGA AGTATGGATT TGTCTGAGCC ACTGGCTCCT 
GCTCTGTATG AAATAATGTT CAAAAGTGGT CATATAAAGA AAATTCTCCA GTCACAGTCT 
CCAGATCTCA GAATTGAGTA TGATGTGCCA ACCAGAAACC TCAAGATCTA TGGAGTCAAA 
GAAGAAGTTC TCTCTGCTAA ATCTGAAATA CACAAAGCAA CACAGCAACT GAAATCTAAA 
TCCATCACTC TTGATACCTA CATCATCCAT TACTTGGGAT TTACTGATAA TGATGAGTTG 
TCCTGTTTTC TCCTCACACA GCACAATATT AATGCAATGT TTCAGACCGA GGATAAATCA 
GTCAGTCTGA CTGGACTCTC CATGAAGGAT CTGTCAGAGG CAGAAAAACA GATGAGACAT 
GAGTTCGTTT GTAAGCAAAT TACTGTTGAA GACAAGATGA TTATCCAAAA ACCTGAGTGG 
AAAAGTCTCA TTACACAAGT GCATCATTTA TTTAACTCAG AGAGATGCAC AGTTGTGATT 
GAGGAGTTTC CCAGAGGAGC AGAGAATCAG GTGGTTATTG CTGGTCTGGC TTCCAGCGTA 
GGAAATGCTT CCCAACAGAT CCATGACTTT TTGGAGAGAA ACACTCCTAT ACAGAAGGAT 
ATTCAGGTCA AGTCTGTGGC TGTTATACAG TTTATAATGC AAGAGAAGAA GCAGCTTTAT 
GAAGAAATAA AAAGTAAGAA CGTAAAGGTT GTTATAAAAG AAAAAGTTAT CACTCTGAGT 
GGGTCCAGAC TGTATGTTCA TCAGGCAGCC AACCTTATAG AAAGGGCTCT CTCCACTATT 
CACACCAATG TTCTGTGCAT TAACGAGCCG GGAGCCAAGC AATTCTGGAT AGAGAAGGAA 
GAGATGTATT TTAGCACAAT CAAAAACAAA TTCAGATGTT TAATATACTT TCAGATAGAT 
GGAGAAGATG AATTCACAGA TGATGACATG GTTCAGGGTA ATCCAGAGTG CCAAATAGAC 
TTGCCAGAAG GAGTGACCAT TGCAGTCTAT AAGGATGACC TGACCCGTCA CCATGTTGAT 
GTTGTAGTTA ATGCAGCCAC TGAAGATCTG AAGCTCACTG AGGGGCTGGC ACTGGCCCTA 
CTGAATGCTG CAGGGCCCAA ACTACAAGAT GAATGTAATC ATATTATAAA AACAGATGGG 
AGATTATCAG CTGGTGATTC AGTAGTTACA GATGCTGGTA ATCTGCCTTG CAAGCAGGTT 
ATACATACTG TTTGCCCCAA GTGGGATCCA AAAATACAAA CAAAATGCAC ACGACTGCTC 
CGGAGAGCAA TAAGCAGGTG CTTAGAACTG GCTGCAGAAA ATAAACACAG TTCCATTGGG 
ATCCCAGCTG TTGGTTCCCA GATGTCTGGC TTCCCTGTGA ATGTCTGTGT GCAAAACATC 
GTGGAGTCGG TTCGGCAGTA TGTGGAAAAC CCAGAAAGAT CTAAAAATGT TAAAAGAATT 
CATCTTGTGG ATTCTGCTGG TGATACAGTT GCAGCTTTCA CTGAGGCTGT TAAGGCTGAA 
TTTGGAGATA ATATTTTAAG CACATCACCT ACTGACAATC TCAATAAAGC AAAACATTCA 
GAAAACAAAG AATTACCAAA AAGGGCAGAC AGTCAGGTTG CAACAACCAA GTTGGGCCTG 
AACATCACAA TAAATAAAGC CAATATTCAA GATGCAACAA CAGATGTAAT AGTGAACAGT 
GTGGGAAAGA GGTTGGATTT AAATTCCGGA GCAGTTTCTA AAGCTCTAAG TGCCAAAGCT 
GGTGCCAAAC TCCAGGAACA ATTAAAAGAA CTGAGCCGTG GGGCCCAAGT GGAAGAAGGT 
TCTGTATTTG TAACGAATGG ATTTGGCCTG AACTGTAAGA AAGTCATTCA TGTTGTGACT 
CCCGGGTGGG ATCAAGGAAA GGGCTCTGCT GAGAAGACAT TAAAGGAAAT AGTGAAGAAC 
TGCCTGAGTA CCACAGAGAA GGAGAAACTG AAATCCATAA CTTTCCCTGC CATTGGAACA 
GGAGCTCTTG GTTTCCCTAA AGATTTGGTG GCTTCCTTAA TGTTTGAGAG AATTCTGAAA 
TTCAGCAGAA ATAATAAATG CCATATTCAA GTTAATTTTG TGCTGCATCC AACTGACACA 
GAAACCATCC AGGCATTTTC TAGTGAACTA TCAAGAAGGA CAGAAGCCTC TGATTCCAGT 
CATCACTCCA AGGAAGGAAA AGCCTTGTTT GGATCAGTCA CCAACCAGAC ACCTGGGGTC 
CATGAGATGA GAATTGGATC ACTTACCTAT CAAGTTAAAA CAGGGGATAT AACTAAGGAA 
AACACTGATG TTATTGTCAA TTCGTCTGAC AACTCATTTA TTCTGAAAAC AGGTATTTCC 
AAGGCAATAC TAGAGGCTGC TGGGAATACT GTGGAAGGTG AATGTGCCAC ACTTGGTGCC 
CAGGCTAACA AAGGCTACAT CATCCCAAAA GGTGGGAATC TGCCTTGCAG TCACATCATT 
CATGTTCATG GAAAGACAAA ACCTGATGAG ATTAAAGCCT CTGTATTGGA TGTCCTCCAG 
GAGTGTGAGA ATATAAAGGC CACATCAGTT GCTTTCCCAG CAATGGCAAC AGGAGTGGAA 
GGGATGACAC CTGCTACAGT GGCGGATGTC ATGTTAAATG CTCTGGAGGA AAACTCAAAA 
TATGCCCAGT CTGTACAGAT GGTGAAAGTG ATTATCCAGC AGGAGATGCA GGGAGACTTC 
GTTAGTACAA TGAAAAGCAA AGAGGGCACT GGGCCACCTG AACAATCCTG GCTTTTTGGC 
AAGATGCAGT CTATTCTTAA CTATTTAACC TCCAAAAAAG CTGAACCGGA GAAGCCAGAT 
CTTTTTATAC TAAAGGAAAA CATTGAACCA GCGATTTTCC ATCTTTGCGG AGAAGATAAA 
GAACAAGTAA TGAAGGCTTC AGATTGGCTA AAGGATATTT TATTAAAGGA ACTAAACGAG 
ATTGTTCTTT CCGATGATTG GATCAGGGAT TTTGAGGAAG AAGAGCACAA GAAATTAACT 
GACCTTCAGA AGAAATATCC AGTTTCAATC TCTATTGATT CCCTAAATTC TACTCTGAAA 
GTCTCTGGTC TCTCCAGGGA TGTTCTGGAA ATAACAAAAG AAATCCATGT TATTATAAAA 
GAGGTCAATG ACAGGAAAAC AAGGGAGAGG GAAGCTGAGC TCTATAGTAA CCTGGTGGAA 
TGGAAGTATC ATACTGGCTC TGGGATGGTT CCCTTTGATA AAATGTCCAA TCTGGATCTA 
GAAAAAGCCA TAAATGAGAG CAGGCAAAGT CTCATGGTCG ATGTTGCTGG AATAAAACAC 
ACCGTCAACA TGGAGATGAA AACTGCGTCT GATGCTAAAG GAAATAAAGT TAATATTGTA 
CGAATGCCTA AAACTAGCGC CTCAATAGAT TTACCCAGTC ACTGGCTCCC AATGGGAAAT 
GATCAGGTGA AAACTGAGTT TGTGAGACCT GGAACTGAAG AATATCAAGT TGTCCAAGAC 
ATGTTTCAGA AGACCTGCCA GATGAAGATA CTTATGATTC AGAGAATACA GAACCAGTAC 
CTATGGCTGA ACTACCAGAT TAAGAAGCAG AGTATTGACA CCAAGAATAA TTCTTGCAGC 
AATGAGAGAC AGCTGTTCCA CGGGACTGAA CACATTGCGA AAGTCAACAA TAATGGTTTC 
AACCGCAGCT TCTCAGGGGC CAACGGGACT ATGATTGGGA AAGGGACATA TTTTGCTGTT 
GATGCCAATT ACTCTGCCAA TGACACCTAC TCCAAGCCTG ACGCAAGTGG CAATAAATAT 
ATGTATCTGG CACGTGTCCT CACTGGAGAA TACTGTAGTG GAGAAAAAGA AATTAACGCT 
CCTCCACCGA AGGACCCAAA CGGATCAAAC CCAACGGATC TGTTTGACAG TGTAACAGAT 
AATATGAAGC AGCCTACAAT GTTTGTCATA TTTAATGATA TCCAGGCGTA TCCTGAGTAT 
CTCATCACAT TTACCAAAAA AATGGCACAT AGAGTACCCC GCTGGCTGGT ATAA