LOC107185545 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107185545
Entrez Gene ID	107185545
Full Name	tuberin
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015573245.1	XP_015428731.1	tuberin

Pathways from BioSystems
Gene Ontology

The following LOC107185545 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107185545 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
ODu03449	XM_015573245.1 Latest version!	Dufourea novaeangliae tuberin (LOC107185545), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC107185545 ( XM_015573245.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015428731.1 Dufourea novaeangliae tuberin (LOC107185545), mRNA.

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CloneID	ODu03449
Clone ID Related Accession (Same CDS sequence)	XM_015573245.1
Accession Version	XM_015573245.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5496bp) 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	2016-02-08
Organism	Dufourea novaeangliae
Product	tuberin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015373938.1) 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 :: Dufourea novaeangliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCGAAAA TGAGTTCAAA AGATAAAGAT AACAAAACCT TACACGACAA ATTGAAACAA 
TTTTTTCGCA TTAATAAAGG AACGTATAAG AGTCGTGAGG ATTTTGCATT AACAACTGAC 
CTTGAAAAAG AAATCAGCCC CGAAAGTCCT GTACATCATC GTACAAAAGC AATCAAAGAT 
CTTTGTGAAG CAGTCCTTAA TCAGCAATGG GAAGATACAG CAGCCGAACG ATTATGGTAT 
TTGGTACAAG ATCTTTTAGG AAAGGATGTA CTTCGTGAAC ATAGACACGT GACATTGAAC 
TTCTTGCGAT GTCTTGTTCA AGGCCAATAT TCTAAATTAT CTTCTCTTAT GAGAGTGAAA 
TTCTTTATGG TTGTTAAAGA ACATAATATT CCCGAAGATA TTGGACTCAG ATTGGAACTC 
TTGCAAAGTT TAACAGAAAA TGGTAAAGAT ATATTACATT TGGAAGATAG AATGGGACCA 
TTCTTATTAG AATGGATGCC TGTTGTAACA GCAGGAGATG GGAAGAGAGG TGCCGAATTT 
TTATCTCTTC TTGTTAATGT CATAAAATTC AATTCTGCTT ATATCGACGA TGATATTATA 
TCAGGACTTG TTCAGTACAT TTGTCATCTG TGTTATTATA GCAACAGCAC CGAAGTAGTT 
TCTGGGTGTT TAAAAGCTCT AGATGCAATT GTTTGCTATA ATAACTTACA CTCGGACTCA 
TTGCAAACCT TTATTATAGC TTTATGCGGA AGTGTGAATG TTGAAACGTA TTGCCAAATA 
AGTTGGAAGA TAATGCGTAA TCTATTAGGA ACGCATATGG GTCATTCTGC ACTGTATACA 
ATGTGTCGTT TGTTACAAGA TGCTAATTTT CAGCGAGATG TACGTTTACT CAGGGGTGCA 
GTGTTCTATG TAAATATGGG TCTTTGGGGT ACGCATAAAA TTCCAAAACT GGAATGCACT 
CCAACATCTG TTTTACCTTC GTTTTATCAA GCTTTAAAAT GCAATCACCC AATTGTTATG 
TACGAAGTAA CACTATCAAT TCAAAGATTA GTGACTAAAT ATGGTGCTGA GTTATGGGAT 
CCTACGTGGA GCATTATTCT TGATATTATT GAAGAAGTTA TTTCTCATAC AGAAACCAGT 
AATCAGCCTG CAACCAGGCA AGTTTCAGTG AGTTTACACG AAACTATAAA TAGCATTGAG 
AATTTATTGG ATAATAACCA TTATAACGGT TGTGTCCAAC GGTTTTACGA TCTCGTTGAA 
CGCTGCAGAG ATAAGCGACC TGAAGTATCT GTTTTGAAAT TAATTGAATA TAGAGCACGT 
ACTATAGGGC CTACTCATTA CCAGTGGCAG TCGAAATTAG CCAACTTAAT GGAACATTAT 
TACAAATTGG AAACACGTAC TAATGTCAGA ATGAAAGTTC TCGAAGTATT GACAAATGTT 
ATTGAGGTTA ATAGGTCTAG ATACGAAGAT GAATTGATTG AAAGAATAGT CGTGCCATAC 
TTTCAACATG TGGATGCAGA TTCAGATATT ACAATTCGTA ATGGTGTTGC ACATCTGCTC 
GTCGATCTTT GTCTTGAGTG CGATACGAAA CGATGTCTGG AACTTTTGGA TGTATTAGAG 
AAGCTGATTA ACAAGCCGTT CTGTTCGGAC ATTCCAATCA CAAAAGATAC CGACATCAAA 
GATGTGAAAA CTGCAGTTGT CGGTGTAATC AAGATATTAA CATTAAAAAT TTATACTTTA 
CCATCGAGCC ATGCAATTCG TGCTTACAAG GTTTTAGTGT ACCATCTCGA ACAGCATTAT 
AAAGATCCAA CTGTCTTCCA CGATGTTTCG ACTATTCGGT ATCTGATTTT CGAGTGTTTC 
TTGAAAATCA GAGCCAACAC GCTATATCAT CTTGGATTCC CGGATACACA GAATGCATCG 
ATGACACGGT TCAGTCCGTA TTTAGTTTTG GAACATGCCG CGACTGAACG AATGAACAGT 
GGAGGTGGTG GAAATAGTCC TCCGCCAGCA AGTCCAGCTC CATCACATTT ATCCTGTCAG 
ATCACTCACA TGTCGTTGGC ACATGCATGT AAAGCTGTTA TTTCCTGCAT CAAATCAGAG 
AAAGATTGGA AGGTCTTACA ACTTGTTTTA AAAGAGTTGC CTCAAGTAAT GCAAAATAGA 
GCCTTGGTAC TGTCACGACA CACGAATGAT ATTGACTGTT TCGCTGCGGC ACTTTGTTCG 
ATGGTCAGCG ATAAGAACTT ACGACTTCCA GAATCTTTAT ACAATGTTCC TCCTAAATTC 
ACTCAATCGG AGTTTCGAGT TCACATTTTT CCAGTATTAG CGTCGCTAGC TTCGTATCAT 
GCGCATCTGG AACCTAATTT GCAGCAACGT TTGATCAAAT GTTTAGAGGT TGGTTTAACT 
GCGAAATGCG CGAGTCAGTG TGTTACTAGT CTCACAACTT GTATATTAGA AATGCGTGAT 
GCGATGAACA AACTTCTATC GGAAGTACTC CTGAATTTGT CGAAAATTTC AGCAACAGTA 
CACATTGCTA TACCAATTTT AGAATTTTTA TCCACTCTTA GTAGGCTTCC AAAAGTTTTC 
GCGAGTTTCA TTGGAGATCA ATACATGTCG GTTTTTGCTA TTCTATTACC GTATACAAAT 
CCATTCAAAT ATGACCACTA CACAGTATCC TTGGCGCATC ATGTAATTGC TGTATGGTTT 
TTAAAATGTC GATTACCATT TCGAAGAGAC TTTGTTCGGT TTATCACTAC GGGCTTGAAG 
GCGAATGTAA TAATCCCTTT CGAAGAAGGG CATCTGATGA AGTCAGATTT TAACTTCTTG 
AACGAAGACT CGTCGAGTAG GAAACGTAGC TCAAGTTTAA CAGAACAGGG CAGTAGAGGT 
CGAAGGGAAA GACCAATGAT GTCTAATCGT ATGATAGGTG ATAGTAAATT ATCCGATCTG 
AAACCTCCAA TTGACGAAGC TTTAATGACC TTTCATGTGG AACTTACTGA AACTTGTATC 
GATTTGATGG CTCGATATAC ATTTTCAACA TATTCAGCAC GGCCTAAAAG ACTTTCAACC 
GCTGACTTTC TTCTTAAAGA AGGCCAATCA ATGACGTGGT TACTTGGAAA CAAACTGATC 
ACTGTAACGA CAAGCGGTTG CAGCAATAAG GCAATGCGCG GAGGACTTTG TGATAATTGT 
TGGGTTGCTT GTAAACCTGG TCCTCAATCG CCTGAACATG CAAGAACGTC TCAACTGAAT 
TTACGAAGGG CGTCAAGTAC AGAGACATCG AAAGAAGACA AATTGTCCAG GCAGTCTTCC 
GGAGGACATG GAAGCTCTAC TGGAAACACA GCTGCAAATT CTCCAACTGA GGAATTGAAG 
AAAGCGTCGG ACGATTTAGA AGCGGCAAAA AGAGATTACT CGGCGGAGAA GACGGACAAA 
GAACAAGTCG AAACATCGAA ATTAGAACAA ATACTCAACA GCGAGAAACA AGAAGAACAT 
GTGCTTTGTG CTTGCTGGTG TCAAGGCTGG GCTGAAATAT ATGTACGCAG ACCTACGGGT 
GACATGTCTT GGATAATGAG AATCCAGAAT TCGATGCAAT TCGAAACGCA TGTAGACTTT 
CCCGTGTACG ACATAATGGC GCTGTACAGA CCGAACCAGG ATTTGTTGCA AAAACAACAA 
GAATCTACGT CGGAATATTC TGGAGACGAA GGAGAGATTT TGCAGGATAC TACGGATAAA 
AATTCAGATC AAGCACAAAC TGAATGCAAT AGCGTGGTGA AATCTGTAAC ATCGTCTTCT 
GTATCGTCGG GTCCAATTGC GATACCGGGT TCACCGGCTC GACCGAATCC TTCCAGGCAA 
AGTTCCCGTG ACAGTTTAGA AAGTTTAGAG GACGGCGACG ATGATTTACG CCGTTCGCGG 
AATCCAGTAC GCAGATCAAA TTCTAGTCCC GAAATGAGTG CCAATTGGAA AAATCCATTC 
TTAAATAAGG ATAAGCTAAA CTTACAACAA ATAGACAGGG AACTGTCATC TGGAGATTTG 
GAAGTTAAAC TTGATACCGA ACAGAAAAAC CGCGCGAAAA ATACTTATGC GAAGGATATG 
AGGGTCAGTT GCGAAGCTAT ACCAGAAGAA ATATTTGGCA TGGGTACAAC ACCACCATCT 
TGTGAGAACT CTACGGATCA TCCTTCTGCA TTGAGGTCGC AACATTCTTA CCCAGGAGCG 
ACTCAAGTGA CTCAAGTCAT TACGACAACA AGCAATACTG TTCCGCCATC ACCGACTACT 
CTGCAGGTAC AGGGAAACTT TTTAGGAGTA CAAGCGCGTA CGGCACAAAT ACAATCATCC 
ACCACAAAGC CCCCACAATC ACCCACGCAA ATTTATCCTC GGTTATCTAA TCTTGAGTCT 
GGCCAAAAAC AGACAGCATT AGGATCAGAA AATAAACCGC CTATTGGACG AAATCACCTT 
GGGGACAAAA AAGATGAACG ACCAGACCCG TCCATGTTAC CCCCATTACC ATTACCGTTC 
CGTGACAGGG GTCATACTAT TTCTGTGATG AGTCCTGTAA AAAAATCTCG GGCAGAATGG 
GATAACATCC GCAGAGGAAA TTCGCCACGA GTAAAAGATC CTCCCAAGGC TGGTATCAAT 
CCTAGTTTCG TGTTTTTACA ACTCTATCAT ACGGCGCATT TTGGCTCACC CTCGGAAAAA 
CCATTGTTAG TTCCACAAAC GACAGCTGTG CAGAGGGCAG TAACGAATTT AGATAGGATA 
CAACCATATG AAACCCACAA GATTGGTGTC CTTTATGTCG GTCCAGGGCA AGCTTCTAAC 
GAGACCGAGA TTTTGGCTAA TCAGCATGGG TCTCTGCGAT ATACAGAATT TTTACAACGA 
TTAGGAACAT TGGTCCGATT GAAAGACCTC GATGAAAGTG TGTTTCTAGG AGGCTTAGAT 
CGGAATGGTG AAAATGGAAA CTTCGCATAC ATCTGGCAGG ATGACGTTAC ACAGGTAGCG 
TTTCACGTGG CTACTTTAAT GCCAACCAAA ACGAGTGACC CAAAGTGTAC CTCCAAAAAG 
CTACATATTG GAAATAATTA TGTTACTGTA GTATATAATG AATCCGGAGA GCCATATAAT 
ATACAAACTG TAAAGGGACA ATTTAATTAT GCGTGTGTTG TGATTCAGCC CTTGGATCAT 
GGCACTAATC AAGTTACAGT TCAAGTGAAA GAAGAATTAG CAAAACACAT TCGACACAGT 
GAACCAAAAA TAATTTCTGA TCAAAATTTA GCAATTTTAT CTCGCCAGCT TGCACTCCAT 
GCGAATCTTG CTTCAATGGT TTCGCCATCT TTAGAACAGA ATAGTCATAA TCCATATGCC 
TCTAATTGGC TGGAGCGTTT GCGACGTATA AAGCGGCTCC GAAATCGCGT GTTACAAGAA 
ACGATAAACA ATAATCCGGA TGGAACAACC GACGATTTAT CGCCGAGATC GAATAAACGC 
ATTTATATGG ATGATTTTAC TGAGTATACA ACATGA

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

RefSeq	XP_015428731.1
CDS	145..5640
Translation	MSKMSSKDKDNKTLHDKLKQFFRINKGTYKSREDFALTTDLEKEISPESPVHHRTKAIKDLCEAVLNQQWEDTAAERLWYLVQDLLGKDVLREHRHVTLNFLRCLVQGQYSKLSSLMRVKFFMVVKEHNIPEDIGLRLELLQSLTENGKDILHLEDRMGPFLLEWMPVVTAGDGKRGAEFLSLLVNVIKFNSAYIDDDIISGLVQYICHLCYYSNSTEVVSGCLKALDAIVCYNNLHSDSLQTFIIALCGSVNVETYCQISWKIMRNLLGTHMGHSALYTMCRLLQDANFQRDVRLLRGAVFYVNMGLWGTHKIPKLECTPTSVLPSFYQALKCNHPIVMYEVTLSIQRLVTKYGAELWDPTWSIILDIIEEVISHTETSNQPATRQVSVSLHETINSIENLLDNNHYNGCVQRFYDLVERCRDKRPEVSVLKLIEYRARTIGPTHYQWQSKLANLMEHYYKLETRTNVRMKVLEVLTNVIEVNRSRYEDELIERIVVPYFQHVDADSDITIRNGVAHLLVDLCLECDTKRCLELLDVLEKLINKPFCSDIPITKDTDIKDVKTAVVGVIKILTLKIYTLPSSHAIRAYKVLVYHLEQHYKDPTVFHDVSTIRYLIFECFLKIRANTLYHLGFPDTQNASMTRFSPYLVLEHAATERMNSGGGGNSPPPASPAPSHLSCQITHMSLAHACKAVISCIKSEKDWKVLQLVLKELPQVMQNRALVLSRHTNDIDCFAAALCSMVSDKNLRLPESLYNVPPKFTQSEFRVHIFPVLASLASYHAHLEPNLQQRLIKCLEVGLTAKCASQCVTSLTTCILEMRDAMNKLLSEVLLNLSKISATVHIAIPILEFLSTLSRLPKVFASFIGDQYMSVFAILLPYTNPFKYDHYTVSLAHHVIAVWFLKCRLPFRRDFVRFITTGLKANVIIPFEEGHLMKSDFNFLNEDSSSRKRSSSLTEQGSRGRRERPMMSNRMIGDSKLSDLKPPIDEALMTFHVELTETCIDLMARYTFSTYSARPKRLSTADFLLKEGQSMTWLLGNKLITVTTSGCSNKAMRGGLCDNCWVACKPGPQSPEHARTSQLNLRRASSTETSKEDKLSRQSSGGHGSSTGNTAANSPTEELKKASDDLEAAKRDYSAEKTDKEQVETSKLEQILNSEKQEEHVLCACWCQGWAEIYVRRPTGDMSWIMRIQNSMQFETHVDFPVYDIMALYRPNQDLLQKQQESTSEYSGDEGEILQDTTDKNSDQAQTECNSVVKSVTSSSVSSGPIAIPGSPARPNPSRQSSRDSLESLEDGDDDLRRSRNPVRRSNSSPEMSANWKNPFLNKDKLNLQQIDRELSSGDLEVKLDTEQKNRAKNTYAKDMRVSCEAIPEEIFGMGTTPPSCENSTDHPSALRSQHSYPGATQVTQVITTTSNTVPPSPTTLQVQGNFLGVQARTAQIQSSTTKPPQSPTQIYPRLSNLESGQKQTALGSENKPPIGRNHLGDKKDERPDPSMLPPLPLPFRDRGHTISVMSPVKKSRAEWDNIRRGNSPRVKDPPKAGINPSFVFLQLYHTAHFGSPSEKPLLVPQTTAVQRAVTNLDRIQPYETHKIGVLYVGPGQASNETEILANQHGSLRYTEFLQRLGTLVRLKDLDESVFLGGLDRNGENGNFAYIWQDDVTQVAFHVATLMPTKTSDPKCTSKKLHIGNNYVTVVYNESGEPYNIQTVKGQFNYACVVIQPLDHGTNQVTVQVKEELAKHIRHSEPKIISDQNLAILSRQLALHANLASMVSPSLEQNSHNPYASNWLERLRRIKRLRNRVLQETINNNPDGTTDDLSPRSNKRIYMDDFTEYTT

Target ORF information:

RefSeq Version	XM_015573245.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae tuberin (LOC107185545), mRNA.

Target ORF information:

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

XM_015573245.1

ORF Insert Sequence:

ATGTCGAAAA TGAGTTCAAA AGATAAAGAT AACAAAACCT TACACGACAA ATTGAAACAA 
TTTTTTCGCA TTAATAAAGG AACGTATAAG AGTCGTGAGG ATTTTGCATT AACAACTGAC 
CTTGAAAAAG AAATCAGCCC CGAAAGTCCT GTACATCATC GTACAAAAGC AATCAAAGAT 
CTTTGTGAAG CAGTCCTTAA TCAGCAATGG GAAGATACAG CAGCCGAACG ATTATGGTAT 
TTGGTACAAG ATCTTTTAGG AAAGGATGTA CTTCGTGAAC ATAGACACGT GACATTGAAC 
TTCTTGCGAT GTCTTGTTCA AGGCCAATAT TCTAAATTAT CTTCTCTTAT GAGAGTGAAA 
TTCTTTATGG TTGTTAAAGA ACATAATATT CCCGAAGATA TTGGACTCAG ATTGGAACTC 
TTGCAAAGTT TAACAGAAAA TGGTAAAGAT ATATTACATT TGGAAGATAG AATGGGACCA 
TTCTTATTAG AATGGATGCC TGTTGTAACA GCAGGAGATG GGAAGAGAGG TGCCGAATTT 
TTATCTCTTC TTGTTAATGT CATAAAATTC AATTCTGCTT ATATCGACGA TGATATTATA 
TCAGGACTTG TTCAGTACAT TTGTCATCTG TGTTATTATA GCAACAGCAC CGAAGTAGTT 
TCTGGGTGTT TAAAAGCTCT AGATGCAATT GTTTGCTATA ATAACTTACA CTCGGACTCA 
TTGCAAACCT TTATTATAGC TTTATGCGGA AGTGTGAATG TTGAAACGTA TTGCCAAATA 
AGTTGGAAGA TAATGCGTAA TCTATTAGGA ACGCATATGG GTCATTCTGC ACTGTATACA 
ATGTGTCGTT TGTTACAAGA TGCTAATTTT CAGCGAGATG TACGTTTACT CAGGGGTGCA 
GTGTTCTATG TAAATATGGG TCTTTGGGGT ACGCATAAAA TTCCAAAACT GGAATGCACT 
CCAACATCTG TTTTACCTTC GTTTTATCAA GCTTTAAAAT GCAATCACCC AATTGTTATG 
TACGAAGTAA CACTATCAAT TCAAAGATTA GTGACTAAAT ATGGTGCTGA GTTATGGGAT 
CCTACGTGGA GCATTATTCT TGATATTATT GAAGAAGTTA TTTCTCATAC AGAAACCAGT 
AATCAGCCTG CAACCAGGCA AGTTTCAGTG AGTTTACACG AAACTATAAA TAGCATTGAG 
AATTTATTGG ATAATAACCA TTATAACGGT TGTGTCCAAC GGTTTTACGA TCTCGTTGAA 
CGCTGCAGAG ATAAGCGACC TGAAGTATCT GTTTTGAAAT TAATTGAATA TAGAGCACGT 
ACTATAGGGC CTACTCATTA CCAGTGGCAG TCGAAATTAG CCAACTTAAT GGAACATTAT 
TACAAATTGG AAACACGTAC TAATGTCAGA ATGAAAGTTC TCGAAGTATT GACAAATGTT 
ATTGAGGTTA ATAGGTCTAG ATACGAAGAT GAATTGATTG AAAGAATAGT CGTGCCATAC 
TTTCAACATG TGGATGCAGA TTCAGATATT ACAATTCGTA ATGGTGTTGC ACATCTGCTC 
GTCGATCTTT GTCTTGAGTG CGATACGAAA CGATGTCTGG AACTTTTGGA TGTATTAGAG 
AAGCTGATTA ACAAGCCGTT CTGTTCGGAC ATTCCAATCA CAAAAGATAC CGACATCAAA 
GATGTGAAAA CTGCAGTTGT CGGTGTAATC AAGATATTAA CATTAAAAAT TTATACTTTA 
CCATCGAGCC ATGCAATTCG TGCTTACAAG GTTTTAGTGT ACCATCTCGA ACAGCATTAT 
AAAGATCCAA CTGTCTTCCA CGATGTTTCG ACTATTCGGT ATCTGATTTT CGAGTGTTTC 
TTGAAAATCA GAGCCAACAC GCTATATCAT CTTGGATTCC CGGATACACA GAATGCATCG 
ATGACACGGT TCAGTCCGTA TTTAGTTTTG GAACATGCCG CGACTGAACG AATGAACAGT 
GGAGGTGGTG GAAATAGTCC TCCGCCAGCA AGTCCAGCTC CATCACATTT ATCCTGTCAG 
ATCACTCACA TGTCGTTGGC ACATGCATGT AAAGCTGTTA TTTCCTGCAT CAAATCAGAG 
AAAGATTGGA AGGTCTTACA ACTTGTTTTA AAAGAGTTGC CTCAAGTAAT GCAAAATAGA 
GCCTTGGTAC TGTCACGACA CACGAATGAT ATTGACTGTT TCGCTGCGGC ACTTTGTTCG 
ATGGTCAGCG ATAAGAACTT ACGACTTCCA GAATCTTTAT ACAATGTTCC TCCTAAATTC 
ACTCAATCGG AGTTTCGAGT TCACATTTTT CCAGTATTAG CGTCGCTAGC TTCGTATCAT 
GCGCATCTGG AACCTAATTT GCAGCAACGT TTGATCAAAT GTTTAGAGGT TGGTTTAACT 
GCGAAATGCG CGAGTCAGTG TGTTACTAGT CTCACAACTT GTATATTAGA AATGCGTGAT 
GCGATGAACA AACTTCTATC GGAAGTACTC CTGAATTTGT CGAAAATTTC AGCAACAGTA 
CACATTGCTA TACCAATTTT AGAATTTTTA TCCACTCTTA GTAGGCTTCC AAAAGTTTTC 
GCGAGTTTCA TTGGAGATCA ATACATGTCG GTTTTTGCTA TTCTATTACC GTATACAAAT 
CCATTCAAAT ATGACCACTA CACAGTATCC TTGGCGCATC ATGTAATTGC TGTATGGTTT 
TTAAAATGTC GATTACCATT TCGAAGAGAC TTTGTTCGGT TTATCACTAC GGGCTTGAAG 
GCGAATGTAA TAATCCCTTT CGAAGAAGGG CATCTGATGA AGTCAGATTT TAACTTCTTG 
AACGAAGACT CGTCGAGTAG GAAACGTAGC TCAAGTTTAA CAGAACAGGG CAGTAGAGGT 
CGAAGGGAAA GACCAATGAT GTCTAATCGT ATGATAGGTG ATAGTAAATT ATCCGATCTG 
AAACCTCCAA TTGACGAAGC TTTAATGACC TTTCATGTGG AACTTACTGA AACTTGTATC 
GATTTGATGG CTCGATATAC ATTTTCAACA TATTCAGCAC GGCCTAAAAG ACTTTCAACC 
GCTGACTTTC TTCTTAAAGA AGGCCAATCA ATGACGTGGT TACTTGGAAA CAAACTGATC 
ACTGTAACGA CAAGCGGTTG CAGCAATAAG GCAATGCGCG GAGGACTTTG TGATAATTGT 
TGGGTTGCTT GTAAACCTGG TCCTCAATCG CCTGAACATG CAAGAACGTC TCAACTGAAT 
TTACGAAGGG CGTCAAGTAC AGAGACATCG AAAGAAGACA AATTGTCCAG GCAGTCTTCC 
GGAGGACATG GAAGCTCTAC TGGAAACACA GCTGCAAATT CTCCAACTGA GGAATTGAAG 
AAAGCGTCGG ACGATTTAGA AGCGGCAAAA AGAGATTACT CGGCGGAGAA GACGGACAAA 
GAACAAGTCG AAACATCGAA ATTAGAACAA ATACTCAACA GCGAGAAACA AGAAGAACAT 
GTGCTTTGTG CTTGCTGGTG TCAAGGCTGG GCTGAAATAT ATGTACGCAG ACCTACGGGT 
GACATGTCTT GGATAATGAG AATCCAGAAT TCGATGCAAT TCGAAACGCA TGTAGACTTT 
CCCGTGTACG ACATAATGGC GCTGTACAGA CCGAACCAGG ATTTGTTGCA AAAACAACAA 
GAATCTACGT CGGAATATTC TGGAGACGAA GGAGAGATTT TGCAGGATAC TACGGATAAA 
AATTCAGATC AAGCACAAAC TGAATGCAAT AGCGTGGTGA AATCTGTAAC ATCGTCTTCT 
GTATCGTCGG GTCCAATTGC GATACCGGGT TCACCGGCTC GACCGAATCC TTCCAGGCAA 
AGTTCCCGTG ACAGTTTAGA AAGTTTAGAG GACGGCGACG ATGATTTACG CCGTTCGCGG 
AATCCAGTAC GCAGATCAAA TTCTAGTCCC GAAATGAGTG CCAATTGGAA AAATCCATTC 
TTAAATAAGG ATAAGCTAAA CTTACAACAA ATAGACAGGG AACTGTCATC TGGAGATTTG 
GAAGTTAAAC TTGATACCGA ACAGAAAAAC CGCGCGAAAA ATACTTATGC GAAGGATATG 
AGGGTCAGTT GCGAAGCTAT ACCAGAAGAA ATATTTGGCA TGGGTACAAC ACCACCATCT 
TGTGAGAACT CTACGGATCA TCCTTCTGCA TTGAGGTCGC AACATTCTTA CCCAGGAGCG 
ACTCAAGTGA CTCAAGTCAT TACGACAACA AGCAATACTG TTCCGCCATC ACCGACTACT 
CTGCAGGTAC AGGGAAACTT TTTAGGAGTA CAAGCGCGTA CGGCACAAAT ACAATCATCC 
ACCACAAAGC CCCCACAATC ACCCACGCAA ATTTATCCTC GGTTATCTAA TCTTGAGTCT 
GGCCAAAAAC AGACAGCATT AGGATCAGAA AATAAACCGC CTATTGGACG AAATCACCTT 
GGGGACAAAA AAGATGAACG ACCAGACCCG TCCATGTTAC CCCCATTACC ATTACCGTTC 
CGTGACAGGG GTCATACTAT TTCTGTGATG AGTCCTGTAA AAAAATCTCG GGCAGAATGG 
GATAACATCC GCAGAGGAAA TTCGCCACGA GTAAAAGATC CTCCCAAGGC TGGTATCAAT 
CCTAGTTTCG TGTTTTTACA ACTCTATCAT ACGGCGCATT TTGGCTCACC CTCGGAAAAA 
CCATTGTTAG TTCCACAAAC GACAGCTGTG CAGAGGGCAG TAACGAATTT AGATAGGATA 
CAACCATATG AAACCCACAA GATTGGTGTC CTTTATGTCG GTCCAGGGCA AGCTTCTAAC 
GAGACCGAGA TTTTGGCTAA TCAGCATGGG TCTCTGCGAT ATACAGAATT TTTACAACGA 
TTAGGAACAT TGGTCCGATT GAAAGACCTC GATGAAAGTG TGTTTCTAGG AGGCTTAGAT 
CGGAATGGTG AAAATGGAAA CTTCGCATAC ATCTGGCAGG ATGACGTTAC ACAGGTAGCG 
TTTCACGTGG CTACTTTAAT GCCAACCAAA ACGAGTGACC CAAAGTGTAC CTCCAAAAAG 
CTACATATTG GAAATAATTA TGTTACTGTA GTATATAATG AATCCGGAGA GCCATATAAT 
ATACAAACTG TAAAGGGACA ATTTAATTAT GCGTGTGTTG TGATTCAGCC CTTGGATCAT 
GGCACTAATC AAGTTACAGT TCAAGTGAAA GAAGAATTAG CAAAACACAT TCGACACAGT 
GAACCAAAAA TAATTTCTGA TCAAAATTTA GCAATTTTAT CTCGCCAGCT TGCACTCCAT 
GCGAATCTTG CTTCAATGGT TTCGCCATCT TTAGAACAGA ATAGTCATAA TCCATATGCC 
TCTAATTGGC TGGAGCGTTT GCGACGTATA AAGCGGCTCC GAAATCGCGT GTTACAAGAA 
ACGATAAACA ATAATCCGGA TGGAACAACC GACGATTTAT CGCCGAGATC GAATAAACGC 
ATTTATATGG ATGATTTTAC TGAGTATACA ACATGA