LOC103862283 cDNA ORF clone, Brassica rapa(field mustard)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC103862283
Entrez Gene ID	103862283
Full Name	uncharacterized LOC103862283
Gene Type	protein-coding
Organism	Brassica rapa(field mustard)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009139979.1	XP_009138227.1	uncharacterized protein LOC103862283

Pathways from BioSystems
Gene Ontology

The following LOC103862283 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC103862283 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
OBr140080	XM_009139979.1 Latest version!	Brassica rapa uncharacterized LOC103862283 (LOC103862283), 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)

LOC103862283 ( XM_009139979.1 ) cDNA ORF clone, Brassica rapa(field mustard) -> XP_009138227.1 Brassica rapa uncharacterized LOC103862283 (LOC103862283), mRNA.

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CloneID	OBr140080
Clone ID Related Accession (Same CDS sequence)	XM_009139979.1
Accession Version	XM_009139979.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4515bp) 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	2016-10-12
Organism	Brassica rapa(field mustard)
Product	uncharacterized protein LOC103862283
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_024797.1) 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 :: Brassica rapa Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 100% of CDS bases ##RefSeq-Attributes-END##

ATGAAGAAAA CACGTAAAAG AGATTTAGAT CCTGGTGCGA GTGATCCAAA GAGTAATAAT 
GAAAGAAGCT TGGGTGCGTA CGGAGGAACA GCATGCGACC GCGTGAGCAT GAGAGTCTCA 
AGTACTGGTG ATCAAATGGC AATCGAATCG CGATTAGCCC GACATGCACG AATGGCTATT 
CGGTCATCAA AACGGACTCA ATCGACTTCA ATTGGTAAAA AAGGCCACAA GCCATGTGAC 
AAATGGGATA TAGTCTCATG TCCATCGTGT GGAGCCTTAC TATGGAATGC AGAAGCAACT 
GGTGTACAGA CGAGCAGAGA TGCAAAACAA TTTAGTCTAT GTTGCCAGAG AGGTCGAGTG 
AGGCTTCCAC CGGTCCGAGA ACCACCATCT CCATTGCTCG AGCTCCTAGA GTCGCCAAAA 
TTTAGACCCC ACATCAGAGT TGCAAACAGT TTGCTTGCTT TCACATCCAT GGGCGCACAA 
GTCGATCATA GCGTTACTGG GACGCCTGGA CCTTTTACAT TTCGGGTTCA TGGCCAGATC 
ATTCATAGAA TTGGTTCTAT GCTACCTGAA GATGGTAACG ATCCCGAGTA TCTGCAGCTC 
TATATTTTCG ACACTGATAA TGAGCTAGAA AACCGAAAGA GGTCTTTTAC AAAAGGTTCA 
TCTACGCTGG CAGTGGAGGA TACAGTCATC GCCCAGTTGA TTGAGATGCT AGATACTAAT 
AACCACCTAG CCAAGACTTT CAGGCACGCG CGCGACCGTT TTCGATCGAC CGGTAAAATT 
GAATTCAGTA TCACATTGGT CAGCCAACCA AATAGAGGTC GTCAATACGA TCTTCCTACA 
GCGAGTGAGA TTGGTGGACT AATAATAGGT GATTTGTCTG CGACCTCAGT AGGAAGAGAT 
ATTGTGGTTG AGCTCAAATC ATCTGCGCTA CAAAGAATAG GTGATCTACA CCCGTTATTG 
ATGAGTCTTC AGTATCCATT ATTGTTTCCG TACGGAGAAA CTGGTTACCA TGAGAGACTG 
CCATATAAGG GGCCTGAAGC ATCCACCGTG AGAAGAGAAT ACATGACGAT GCGAGAGTTC 
TATGCTTACC AGATACAAAC TAGGCCTTCA GAAGGAATGA CAATTATTAA GGGTGGAAGA 
TTGCTGCACC AGTACATTGT TGACGCGTAT GTGGCTGTAG AGACGGAGCG TCTGCGATTT 
CTCAGTCTAA ATCAGAAAAA GCTGCGAGCA GACCTGTATA ACAATGTCTG TGATGCTGTT 
GAGACCGGCG ATGCAGATGC TACACAAGTT GGTAAGAAGA TCATCCTCCC TTCATCATTC 
ACCGCCGGAC CCCGGTACAT GTCTGAAAAG TATCAAGACG CGATGGCAAT ATGCCGTTGG 
TATGGGAATC CTCATCTCTT TATAACCGTC ACCGCGAATC CTAATTGGGT GGAACTCAGT 
AATCATCTTG ATGCGTATGG AGGTGACTCC GCTAATAACC GACCTGACCT TGAATGTCGA 
ATTTTCAAAA TAAAGCTTGA TGAGATGATG GCAGACTTCA AAAAGGGAGA ATTCTTCCCC 
AAGCTAGACG CAGCTGTCTA CACCATTGAG TTTCAGAAAC GAGGTTTGCC CCATGCCCAT 
ATATTACTAT GGTTGAAAGG AATAAAGAAG GAAGTAACCG CTGCGATGAT TGATGAATAC 
ATCTCAGCTG AGTTTCCCGA TAGAGAAGTT GATAAAGAGG GGTTTGAACT GGTAGAGCGG 
CATATGATTC ATGGCCCGTG TGGTAAGTTG CGACCCAAAT CGCCATGCAT GGAAAAGGGA 
GAGTGTACTA AGAGTTTTCC TAAACCTTCT TCGGATCAAA CAAGAATTGA CAAATATGGA 
TTTGTTGTTT ATAGAAGGAG AGCTGGTACT GGAGATTTTG TAATCAAGGG TGATATCGAG 
GTGGATAATC GTTTCGTTGT GCCTCATAAT CTTAGTCTGC TGAAAAAATA CCAAGCCCAC 
ATCAACGTTG AATGGTGTTG CAGAACCAGT GCAATAAAAT ATCTTTTCAA ATACATAACG 
AAAGGCGTTG ATAGAGCAAC CGTGGTTATA CACAAGAACG AGCCAGACAC GACTAATGAG 
ATCAACAATT TTCTGGAGTG TCGGTACATA TCAGCCTGCG AAGGTTCATG GAGGTTGTTC 
GCTTTTCCCA TACACTATAA TCAGCCCAAT GTTGTGAAGC TTCCCGTACA TCTACCAGGT 
CAGCATGTGA TGGTGTTTGA CGAAACTTCT GACTTATCAA AGGTGGTATA CCGAGAAAAT 
ATTGATAAGT CAATGTTAAC AGCGTTTTTT GAGGCATGCG ACACGTATGA AGAAGCTAGG 
GAGCTGACAT ATGTTGAATT TCCTTCAAGG TTTGTTTACC ATTCTAACGA CAAGGTATGG 
ACACCCAGGC TGCAAGGGGA AGCTATTGGG AGAGTCGTGT ATGTCAGTCC AGCATCTGGT 
GATAGATACT TCTTAAGGAT GCTGCTAAAT GTTGTTAAAG GTCCTAGAGG TTATGACGTG 
TTATACACGG TAGGAGATGT GGTTTATAAG AAATTCAAAG AAGCGTGCTA TGCACGAGGA 
TTGCTTGATG ATGATAAAGA GTGGCATGAA GCAATAGAGG AGCCATCTTC ATGGGCCACC 
GGACGGCAGC TGAGAAGGTT GTTTGTGCTT ATCTTGGTTT ATTGTCAAGT TGTAGACCCA 
CTCAAGCTTT GGGAGCATAC TTGGATGTTT CTAGCAGAGG ACATACTGTA CATGAAACGA 
AAGGAGTTTC GATTTCCAGG ACTCGACTTA CAAGATGAGC AGTTAAAGCA GTATACACTG 
CTCGAGGTTG AAAAACATTT AAAAGAGCAT AACCAGTCTC TAGCAGACTA TGATGAGTTG 
CCTCGGCCAG ACAATTCAAT ACTATCAGAG GTAAACAACC AAGTTTTGCG GCAGGAGCTG 
ATGTATGACG TTGAAAAGGA GAAGGAGACG CATAGGGTAT TGTTCTCAGC GATGAATATT 
GATCAGCAGA AAGTATATGC TGCTATTCTG AAGTCAGTAG ACGAACGGTT GGGCCAGTTA 
ATTTTTGTCT CAGGTGCAGG AGGAACAGGA AAGACATACC TATACAGAAC TATTATCGCA 
AGGCTTAGGT CAGTTGGAAA AGTAGTTATA CCGGTTGCTA CAGCTGGCAT CGCAGCGTTG 
CTGCTCCCGG GAGGAAGGAC AGCTCACTCT CGGTTCAAAC TACCTCTGAA TCTAGATGAT 
CGTTCAATGT GTGAAATTCA CAAAGGGTCG AGTTTAGCTG CATTGATATC CAAGGCAGAT 
CTAATAATAT GGGACGAAGC TCCGATGGCA CACCGGCACG CTTTTGAAAC CTTGGATCGT 
TCCTTCAGAG ATTTGTTAAC GCATGAGAAT CCAGAAGCTA GCACACAGCC CTTTGGTGGC 
AAAACGGTGC TTCTCGGCGG GGATTTCCGA CAGATTTTGC CAGTTATTCC ACACGGAAAA 
AGGCCAGACA CTGTACTCGC ATCCATCAGC AAATCATATC TATGGAAAAT GGCCCGAGTA 
TTCACCTTAT CCATCAACAT GCGGCTGCGG CAAGAAGATA AGGACTTCGC AAAATGGATT 
CTACAAGTCG GAGATGGGGA AGCTGACGCC TTGCCGTCGA ATAAACCAAA ACATGAGGAA 
GGGAATCAGA TTATTGTGGA CAAAAGGTTC TTGATATCTC GCTCAGAGAC ACCACACGAA 
GCTTTGGCGC ATGCTGCATA TCCTAACTTC CTCCAAAACT ACCGGGATAA GGACTACCTA 
AAAGAGAGGG CTGTGCTGAC ACCTACCAAT AATACCGTAC ATGAGGTGAA CGCTTATCTC 
CTCTCTAAGA TCCCATCACA GGCTAGAGAG TATTTGAGTT CCGATTCAGT GGAGTTAGAA 
GCTACGCCAG ACGATGATTG GACCACCCAC TACCCGTCAG AGTACCTCAA CTCACTTGAG 
TTTCCGGGCC TCCCTAACCA CAGATTGTGC CTCAAAGTTG GAGCTCCGGT GATGATGCTG 
CGCAATCTTA ATCAGGATCA AGGTCTGTGC AATGGTACAA GAATGGTGGT TACTCGCCTA 
GGTAACAGGG TTGTTAAAGC GAGAATTATG ACTGGGACAG ATGTTGGAGA AGAAGTTTTG 
ATCCCTAGGA TACAACTTAG TCCCACTGAT ACCATGCATC CCTTCACCTT TAATCGAAGA 
CAATTCCCGA TCAGACTGTG CTACGCCATG ACGATCAACA AGAGCCAGGG CCAAAGCCTA 
AACCAAGTTG CTTTATATCT TCCTCGCCCT GTTTTTACTC ATGGTCAGTT ATACGTTGCC 
ATGTCTCGAG TAACAACTCC GAATGGGCTT AAGATTTTAG ACGAGACTTC CGACATGGAC 
GGTGAAGACG GAGTTACTAA TATTGTATAC AAAGAAATCT TTAAAGACGT CCGGATGACC 
GAGTTTAATC TCATGGCATA CAGTCATTTA GTATGTGACC TTCTTACACT TACTCAAAAC 
ATCGTCACAA CCTAA

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

RefSeq	XP_009138227.1
CDS	1..4515
Translation	MKKTRKRDLDPGASDPKSNNERSLGAYGGTACDRVSMRVSSTGDQMAIESRLARHARMAIRSSKRTQSTSIGKKGHKPCDKWDIVSCPSCGALLWNAEATGVQTSRDAKQFSLCCQRGRVRLPPVREPPSPLLELLESPKFRPHIRVANSLLAFTSMGAQVDHSVTGTPGPFTFRVHGQIIHRIGSMLPEDGNDPEYLQLYIFDTDNELENRKRSFTKGSSTLAVEDTVIAQLIEMLDTNNHLAKTFRHARDRFRSTGKIEFSITLVSQPNRGRQYDLPTASEIGGLIIGDLSATSVGRDIVVELKSSALQRIGDLHPLLMSLQYPLLFPYGETGYHERLPYKGPEASTVRREYMTMREFYAYQIQTRPSEGMTIIKGGRLLHQYIVDAYVAVETERLRFLSLNQKKLRADLYNNVCDAVETGDADATQVGKKIILPSSFTAGPRYMSEKYQDAMAICRWYGNPHLFITVTANPNWVELSNHLDAYGGDSANNRPDLECRIFKIKLDEMMADFKKGEFFPKLDAAVYTIEFQKRGLPHAHILLWLKGIKKEVTAAMIDEYISAEFPDREVDKEGFELVERHMIHGPCGKLRPKSPCMEKGECTKSFPKPSSDQTRIDKYGFVVYRRRAGTGDFVIKGDIEVDNRFVVPHNLSLLKKYQAHINVEWCCRTSAIKYLFKYITKGVDRATVVIHKNEPDTTNEINNFLECRYISACEGSWRLFAFPIHYNQPNVVKLPVHLPGQHVMVFDETSDLSKVVYRENIDKSMLTAFFEACDTYEEARELTYVEFPSRFVYHSNDKVWTPRLQGEAIGRVVYVSPASGDRYFLRMLLNVVKGPRGYDVLYTVGDVVYKKFKEACYARGLLDDDKEWHEAIEEPSSWATGRQLRRLFVLILVYCQVVDPLKLWEHTWMFLAEDILYMKRKEFRFPGLDLQDEQLKQYTLLEVEKHLKEHNQSLADYDELPRPDNSILSEVNNQVLRQELMYDVEKEKETHRVLFSAMNIDQQKVYAAILKSVDERLGQLIFVSGAGGTGKTYLYRTIIARLRSVGKVVIPVATAGIAALLLPGGRTAHSRFKLPLNLDDRSMCEIHKGSSLAALISKADLIIWDEAPMAHRHAFETLDRSFRDLLTHENPEASTQPFGGKTVLLGGDFRQILPVIPHGKRPDTVLASISKSYLWKMARVFTLSINMRLRQEDKDFAKWILQVGDGEADALPSNKPKHEEGNQIIVDKRFLISRSETPHEALAHAAYPNFLQNYRDKDYLKERAVLTPTNNTVHEVNAYLLSKIPSQAREYLSSDSVELEATPDDDWTTHYPSEYLNSLEFPGLPNHRLCLKVGAPVMMLRNLNQDQGLCNGTRMVVTRLGNRVVKARIMTGTDVGEEVLIPRIQLSPTDTMHPFTFNRRQFPIRLCYAMTINKSQGQSLNQVALYLPRPVFTHGQLYVAMSRVTTPNGLKILDETSDMDGEDGVTNIVYKEIFKDVRMTEFNLMAYSHLVCDLLTLTQNIVTT

Target ORF information:

RefSeq Version	XM_009139979.1
Organism	Brassica rapa(field mustard)
Definition	Brassica rapa uncharacterized LOC103862283 (LOC103862283), mRNA.

Target ORF information:

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

XM_009139979.1

ORF Insert Sequence:

ATGAAGAAAA CACGTAAAAG AGATTTAGAT CCTGGTGCGA GTGATCCAAA GAGTAATAAT 
GAAAGAAGCT TGGGTGCGTA CGGAGGAACA GCATGCGACC GCGTGAGCAT GAGAGTCTCA 
AGTACTGGTG ATCAAATGGC AATCGAATCG CGATTAGCCC GACATGCACG AATGGCTATT 
CGGTCATCAA AACGGACTCA ATCGACTTCA ATTGGTAAAA AAGGCCACAA GCCATGTGAC 
AAATGGGATA TAGTCTCATG TCCATCGTGT GGAGCCTTAC TATGGAATGC AGAAGCAACT 
GGTGTACAGA CGAGCAGAGA TGCAAAACAA TTTAGTCTAT GTTGCCAGAG AGGTCGAGTG 
AGGCTTCCAC CGGTCCGAGA ACCACCATCT CCATTGCTCG AGCTCCTAGA GTCGCCAAAA 
TTTAGACCCC ACATCAGAGT TGCAAACAGT TTGCTTGCTT TCACATCCAT GGGCGCACAA 
GTCGATCATA GCGTTACTGG GACGCCTGGA CCTTTTACAT TTCGGGTTCA TGGCCAGATC 
ATTCATAGAA TTGGTTCTAT GCTACCTGAA GATGGTAACG ATCCCGAGTA TCTGCAGCTC 
TATATTTTCG ACACTGATAA TGAGCTAGAA AACCGAAAGA GGTCTTTTAC AAAAGGTTCA 
TCTACGCTGG CAGTGGAGGA TACAGTCATC GCCCAGTTGA TTGAGATGCT AGATACTAAT 
AACCACCTAG CCAAGACTTT CAGGCACGCG CGCGACCGTT TTCGATCGAC CGGTAAAATT 
GAATTCAGTA TCACATTGGT CAGCCAACCA AATAGAGGTC GTCAATACGA TCTTCCTACA 
GCGAGTGAGA TTGGTGGACT AATAATAGGT GATTTGTCTG CGACCTCAGT AGGAAGAGAT 
ATTGTGGTTG AGCTCAAATC ATCTGCGCTA CAAAGAATAG GTGATCTACA CCCGTTATTG 
ATGAGTCTTC AGTATCCATT ATTGTTTCCG TACGGAGAAA CTGGTTACCA TGAGAGACTG 
CCATATAAGG GGCCTGAAGC ATCCACCGTG AGAAGAGAAT ACATGACGAT GCGAGAGTTC 
TATGCTTACC AGATACAAAC TAGGCCTTCA GAAGGAATGA CAATTATTAA GGGTGGAAGA 
TTGCTGCACC AGTACATTGT TGACGCGTAT GTGGCTGTAG AGACGGAGCG TCTGCGATTT 
CTCAGTCTAA ATCAGAAAAA GCTGCGAGCA GACCTGTATA ACAATGTCTG TGATGCTGTT 
GAGACCGGCG ATGCAGATGC TACACAAGTT GGTAAGAAGA TCATCCTCCC TTCATCATTC 
ACCGCCGGAC CCCGGTACAT GTCTGAAAAG TATCAAGACG CGATGGCAAT ATGCCGTTGG 
TATGGGAATC CTCATCTCTT TATAACCGTC ACCGCGAATC CTAATTGGGT GGAACTCAGT 
AATCATCTTG ATGCGTATGG AGGTGACTCC GCTAATAACC GACCTGACCT TGAATGTCGA 
ATTTTCAAAA TAAAGCTTGA TGAGATGATG GCAGACTTCA AAAAGGGAGA ATTCTTCCCC 
AAGCTAGACG CAGCTGTCTA CACCATTGAG TTTCAGAAAC GAGGTTTGCC CCATGCCCAT 
ATATTACTAT GGTTGAAAGG AATAAAGAAG GAAGTAACCG CTGCGATGAT TGATGAATAC 
ATCTCAGCTG AGTTTCCCGA TAGAGAAGTT GATAAAGAGG GGTTTGAACT GGTAGAGCGG 
CATATGATTC ATGGCCCGTG TGGTAAGTTG CGACCCAAAT CGCCATGCAT GGAAAAGGGA 
GAGTGTACTA AGAGTTTTCC TAAACCTTCT TCGGATCAAA CAAGAATTGA CAAATATGGA 
TTTGTTGTTT ATAGAAGGAG AGCTGGTACT GGAGATTTTG TAATCAAGGG TGATATCGAG 
GTGGATAATC GTTTCGTTGT GCCTCATAAT CTTAGTCTGC TGAAAAAATA CCAAGCCCAC 
ATCAACGTTG AATGGTGTTG CAGAACCAGT GCAATAAAAT ATCTTTTCAA ATACATAACG 
AAAGGCGTTG ATAGAGCAAC CGTGGTTATA CACAAGAACG AGCCAGACAC GACTAATGAG 
ATCAACAATT TTCTGGAGTG TCGGTACATA TCAGCCTGCG AAGGTTCATG GAGGTTGTTC 
GCTTTTCCCA TACACTATAA TCAGCCCAAT GTTGTGAAGC TTCCCGTACA TCTACCAGGT 
CAGCATGTGA TGGTGTTTGA CGAAACTTCT GACTTATCAA AGGTGGTATA CCGAGAAAAT 
ATTGATAAGT CAATGTTAAC AGCGTTTTTT GAGGCATGCG ACACGTATGA AGAAGCTAGG 
GAGCTGACAT ATGTTGAATT TCCTTCAAGG TTTGTTTACC ATTCTAACGA CAAGGTATGG 
ACACCCAGGC TGCAAGGGGA AGCTATTGGG AGAGTCGTGT ATGTCAGTCC AGCATCTGGT 
GATAGATACT TCTTAAGGAT GCTGCTAAAT GTTGTTAAAG GTCCTAGAGG TTATGACGTG 
TTATACACGG TAGGAGATGT GGTTTATAAG AAATTCAAAG AAGCGTGCTA TGCACGAGGA 
TTGCTTGATG ATGATAAAGA GTGGCATGAA GCAATAGAGG AGCCATCTTC ATGGGCCACC 
GGACGGCAGC TGAGAAGGTT GTTTGTGCTT ATCTTGGTTT ATTGTCAAGT TGTAGACCCA 
CTCAAGCTTT GGGAGCATAC TTGGATGTTT CTAGCAGAGG ACATACTGTA CATGAAACGA 
AAGGAGTTTC GATTTCCAGG ACTCGACTTA CAAGATGAGC AGTTAAAGCA GTATACACTG 
CTCGAGGTTG AAAAACATTT AAAAGAGCAT AACCAGTCTC TAGCAGACTA TGATGAGTTG 
CCTCGGCCAG ACAATTCAAT ACTATCAGAG GTAAACAACC AAGTTTTGCG GCAGGAGCTG 
ATGTATGACG TTGAAAAGGA GAAGGAGACG CATAGGGTAT TGTTCTCAGC GATGAATATT 
GATCAGCAGA AAGTATATGC TGCTATTCTG AAGTCAGTAG ACGAACGGTT GGGCCAGTTA 
ATTTTTGTCT CAGGTGCAGG AGGAACAGGA AAGACATACC TATACAGAAC TATTATCGCA 
AGGCTTAGGT CAGTTGGAAA AGTAGTTATA CCGGTTGCTA CAGCTGGCAT CGCAGCGTTG 
CTGCTCCCGG GAGGAAGGAC AGCTCACTCT CGGTTCAAAC TACCTCTGAA TCTAGATGAT 
CGTTCAATGT GTGAAATTCA CAAAGGGTCG AGTTTAGCTG CATTGATATC CAAGGCAGAT 
CTAATAATAT GGGACGAAGC TCCGATGGCA CACCGGCACG CTTTTGAAAC CTTGGATCGT 
TCCTTCAGAG ATTTGTTAAC GCATGAGAAT CCAGAAGCTA GCACACAGCC CTTTGGTGGC 
AAAACGGTGC TTCTCGGCGG GGATTTCCGA CAGATTTTGC CAGTTATTCC ACACGGAAAA 
AGGCCAGACA CTGTACTCGC ATCCATCAGC AAATCATATC TATGGAAAAT GGCCCGAGTA 
TTCACCTTAT CCATCAACAT GCGGCTGCGG CAAGAAGATA AGGACTTCGC AAAATGGATT 
CTACAAGTCG GAGATGGGGA AGCTGACGCC TTGCCGTCGA ATAAACCAAA ACATGAGGAA 
GGGAATCAGA TTATTGTGGA CAAAAGGTTC TTGATATCTC GCTCAGAGAC ACCACACGAA 
GCTTTGGCGC ATGCTGCATA TCCTAACTTC CTCCAAAACT ACCGGGATAA GGACTACCTA 
AAAGAGAGGG CTGTGCTGAC ACCTACCAAT AATACCGTAC ATGAGGTGAA CGCTTATCTC 
CTCTCTAAGA TCCCATCACA GGCTAGAGAG TATTTGAGTT CCGATTCAGT GGAGTTAGAA 
GCTACGCCAG ACGATGATTG GACCACCCAC TACCCGTCAG AGTACCTCAA CTCACTTGAG 
TTTCCGGGCC TCCCTAACCA CAGATTGTGC CTCAAAGTTG GAGCTCCGGT GATGATGCTG 
CGCAATCTTA ATCAGGATCA AGGTCTGTGC AATGGTACAA GAATGGTGGT TACTCGCCTA 
GGTAACAGGG TTGTTAAAGC GAGAATTATG ACTGGGACAG ATGTTGGAGA AGAAGTTTTG 
ATCCCTAGGA TACAACTTAG TCCCACTGAT ACCATGCATC CCTTCACCTT TAATCGAAGA 
CAATTCCCGA TCAGACTGTG CTACGCCATG ACGATCAACA AGAGCCAGGG CCAAAGCCTA 
AACCAAGTTG CTTTATATCT TCCTCGCCCT GTTTTTACTC ATGGTCAGTT ATACGTTGCC 
ATGTCTCGAG TAACAACTCC GAATGGGCTT AAGATTTTAG ACGAGACTTC CGACATGGAC 
GGTGAAGACG GAGTTACTAA TATTGTATAC AAAGAAATCT TTAAAGACGT CCGGATGACC 
GAGTTTAATC TCATGGCATA CAGTCATTTA GTATGTGACC TTCTTACACT TACTCAAAAC 
ATCGTCACAA CCTAA