LOC107185296 cDNA ORF clone, Dufourea novaeangliae

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107185296
Entrez Gene ID	107185296
Full Name	integrator complex subunit 1
Gene Type	protein-coding
Organism	Dufourea novaeangliae

mRNA and Protein(s)

mRNA	Protein	Name
XM_015572957.1	XP_015428443.1	integrator complex subunit 1

Pathways from BioSystems
Gene Ontology

The following LOC107185296 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107185296 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
ODu03208	XM_015572957.1 Latest version!	Dufourea novaeangliae integrator complex subunit 1 (LOC107185296), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

LOC107185296 ( XM_015572957.1 ) cDNA ORF clone, Dufourea novaeangliae -> XP_015428443.1 Dufourea novaeangliae integrator complex subunit 1 (LOC107185296), mRNA.

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CloneID	ODu03208
Clone ID Related Accession (Same CDS sequence)	XM_015572957.1
Accession Version	XM_015572957.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6219bp) 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	integrator complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015373935.1) 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##

ATGGATCGTG CAAAGGCAGG AATTAGTAGG GGCGCGAAAA GCAAGATTGC TCAACATCCT 
CCTGATTTGT TTGCTCTTGG ATCTAAAGGT TCCCGCAATG AAAGTTCGGA TGCAAAAAGG 
CCCGGTGTTA TTCATTCCAA ACCAAGTAGT AGTTCTTCTA CCTCTGGTAA TGATAGGAAG 
AAAGATGCAC CATCGGGATC ACTTCAGTCT TTTCAATATA TTCCTCAAAA GAAACCAAAG 
CTTGCAGTCC ATGCCTCTCA TCAAAGACCA CCATTCTCAA GTGCTGAGGC TTGGGAATTG 
GTAACCATTG ACAGTGATCC AGCAGACTTT GTTCCAATGG TTTTAGAAGC TAATGATAAT 
GATGAAGGTG ATAAAGTTAT TGGCATTATT TGTGGTGCCA TAAAAACACT TAAGAATCAG 
AAATGGAAGC CAGACACATT GATTTACATG GGATTGTTGT ATTTAGCAAA AATTCGTCCA 
TCTATTTTTT CACACGATTG TATATTACTT GCACTTTCTG CATTGCTAAA ACGAGATCAA 
GCACACAATT ATAAATCCAA AGGAAACCCA TTGGTTCCTG TGCTTGCAGC TAATTTATTA 
ATGAAAGGGT TCCATGATAA AAGAAATTGG CCAGAAGTTT TTGTTAAGCT GTACATCGAG 
GATGCTTTAG GTGAGAGAGT ATGGGTCGAT CACGAAGAAT GCAAAGGTTT TGTTGATAAT 
ATTTTAACGG GATTTAACAC ACGACATCCA CCAAAGAGCG CTTTACAACC AGAACTGTCT 
GTTTTAACGC CACGGGAGTG TCACAGTCCA TCTACGGTGG ACGATGAAGA TCCAGGGTCT 
TCGTCGGCAC AGTTTTCTGG AGATAAAGAA AAAATAGATT TCCCTGTCAC CCCTAGATAC 
GCTCATTGTA TAGAAAATAT AGAATTTATT GTTCTTGAAG CTATAAAAGA GCAGCTAAAT 
AGAAGGCAAC CTGAGTCAAT TACTAAAAAC TTCTTGAAGT TACTGTCTTC AGCCTGTGGT 
TTTGTAGAAA TACGAAACAT TGCTGTTCCA AGATTAGAGA TGTGGCTGCA CAACCCTAAA 
CTAATGAGGC CTGCTCAGGA ATTGTTGAGT TATATCTGTT ACAACAGCAC TACCCATACA 
CAGAGGGATG TCGAAGTTAT AAGTCAATTA GTAAAAATGA GATTGAAGAC CAAAGCAGTG 
ATTAATCTAT ATCTGAACGG CGTGAAGGAG CTAATTGGCT TGCATCCAGA AAACTTGTCT 
ACCATTTTGA AACACACAAT TTATAATGAA TTATCTAATG CACGAAATCC AAATAATATG 
CCAATGTTAG GTGTAATGTT TCAAACTTTA CCCGAACAGT CGGCGAAATT ACTTGCAGAA 
ATATTTCAAG ATTTATTAAT GAACCGAGAG GATTATCTCC GACCTCTGCG TGCCTTGCTA 
AGAGAAATAG TTCGTGTTTG TCGACATGAT ATCAATTTAA TCACCTTCGC GCGCACGTTA 
ATGTCCGAGA GACAGGATAT AGCGCAACAG TTGCTAAACT TCGAATTTAA AGAACGAGTT 
TTCATTGCTA TTGCGGATTT GTTGTGCTTA TGTATGTTAT TAGCTATCAG TCCGCAAGTT 
AAGGAAGCCG CAGCATTGGC GCAAAGAGGC GATAAAAAAG ACATAGCTTT GTTGCATCAA 
TTTCAAAATA TGGTAGCAAC AATTCAATTT GAAGCTGTAA TGTGGTTGCA GAATTTAGCT 
CCACAAATGT ACGCTATCGG TAGAAACGAA CTTTTGCATG CTCTACATAA AATTTTATTG 
CTCGAATCAC CAGAACAATA CTATAAATTG GACAATTGGC CTCCTGAATC GGATAGAGTG 
TTCTATTTGC GACTGGTTTC TGATGTTCCT TTATTGCAGA ACACGCTATT GAGGTTGTTA 
TTAATTGGTT ACTCGAAGGA AAATGGTATC ACCCATTCGG AAACGCTAGA TTTGGTGGAC 
CAGTTAATAC GACGAGCAGC GGGTAATTCA ACTGAAAGTT TTCCAACTTT AGTGGCAGAT 
AAATTAGATA TAATTGAACT TATTTTCAAT CTTTGTATCT ATCAGCCACC CGGTACCATA 
AATATACCAT CGAGTTATGT ACCGCCAACT TTGGCAATAT CGAATTTATA TTGGAAAGGC 
TGGATAATGT TACTGATATT AGCTGCCCAT AATCCATCCG CCATCGGCGC TGTTGCATGG 
AAGCGATATC CTATATTAAG AACTCTCATG GAAATGTGTA TTACCAACCA CTTCTCATAT 
CCTCCACCAA CAATGGCTCT ACCAGAGATC ATAGAACAAG AACGTTCGAA AGAATTGCAA 
GTGGAAGCTA TTGAGAAGCA AGAAATACTC GAGTATGAAT CACATTTGGC AGCTGCTTCG 
ACGAGGATAC AGATATCAGA ACAAAACAGT TTGCTGTTGT CTCAACTAAT CACCATGGAA 
CCAACCGGTA TCGCAAGGAG GCCGCCTCTA GCTGTATTAG AACAGATACA ATCATTGAAC 
GTGTCTCACA GATTGGGGCA TTTCCTTTGT CGATCTCGGA AACCAGACTT TTTGTTAGAC 
ATAATACAAA GACAACAGCA AAGCTCATCC CAGAGCATGC CTTGGTTGGC AGATCTTGTA 
CAAAATAGCG AAGGGTCCCT TAGTCAATTA CCTGTACAAT GCCTATGCGA ATTTTTGTTA 
TCCACAAGTA CTCAAGCAGT AGAAAAGCAA CCCAGACAGC AACAATTATT GGCTCACCTT 
CAATTGTTAT TAACCGATAC AGAACAAGAT CGTCAACACG CTTACGAAGT TTTAGAATAC 
TTTCTACGAA GATTGAGCAG CCAACAGACG AACAGTCGTC TCCAAGCAAT CACTGGCTTG 
AAAATGGTTC TTGGATCTAT ACCTACCGAG GAAGAACCCA TGGATATAGA TGTAGAAAAT 
GACAAAGAGC TCTGGCTTCT TCGCAAGTTA CCATCTATAC CTCATTTCCT GTCGGTACGG 
ACTTTGGTTT CTACTGCCCT TCGCGGAGCT TGTCAAGTCG AAAACAATCC GGATCTTGTA 
CACGCCTACA TATCATACCT AGCCGCTCAT ACTACCGACG ATGAGCTACC AGAATTAACC 
GATCTGGCCA ATGAGATTTC TCAGCTAGTG GTCGAGCGGA GTACGATTAT AGCGGCTATT 
TTGCCGCAAA CGGAAAGCGA TAATCCGCAC GCTAAACAAA CTTTACACGC TTTCATGGCG 
ATTTTCTGTA ATTATTTAGA AAAAGCTCGA TCCCCTAGGG GTGAAGAGTA TACGTGGTCG 
GAGAGCCAGG ACCAGATTTT GGTTCAATGG AGCACAGGAG AAGAATGCAC AATGCATATA 
TTGGTTGTTC ATGCTATGAT CATTCTTTTA ACGTATGATT CATCCGACGA TGATGTGCTG 
TTTAACGTTC TGCTCGAAAC GTGGTTCCCA CTAAACGCAG AGCCCCCGAA AGCTTTTTTG 
GTCGACACAA GCGAAGAAGC TTTACTTATA CCGGATTGGT TAAAATTAAG AATGATCAGG 
AGTAACGTGC CGCGTCTCGT GGACGCAGCT CTTAAAGACC TAGAACCACA ACAGTTGGTA 
CTGTTTATTC AAAGTTTCGG TATTCCTGTA CCATCGATGA GCAAATTGCT TCATACTCTG 
GACGCGGGGG TGCAAATAGA TCCAGATTCG GTTGGCGAAG CAGTGCTCGA CAAAACGTAC 
ATGGCGCAAT TGGTTGAGGT TCAACATAGG AGAGGAGCCA CGGGCGGGTT AGTGTTCGTG 
CAAGTTTTAC AATTGATGGA ACCACAATTA CCCGACGAGA ATCTGGTGAC TATAGGACAG 
TTGCAAGAAC CGTTGCCTCC CAGCGCTACA GTTCAAAAAC AATCTGTCAT ACAGTGTTCC 
GTTAAAACAG ACGTTCCTCA TCTAATCAAT AGACTGTTTA TAGAGAATAT ACCGATGAAT 
CAAAAGGTGG ATGCTTATCG TCGGTTGCAC AAAACGTTGG CAAAAGATTT ACAAAAATCT 
GCCAAAGAGA GTGGTGCTGT TGTATTGGCG ATACAGCACA TATGCAGTGT GTTGAGTTCG 
ATGCAAGTGA AACAGTTCTT GGCTTCCCTT GTTCATATGC CACAATACTC TTGCACGTTA 
ATGCGAATAA TACTGTTCCC TTTGAAGAAA TCGTTTACCT CCAAGCAGAT GGTAGAATTG 
GCGCGCAACA TGTGTTTGAA TCTAATACAA CTGATAGGAG ATGTAAAAGC GCCGGTTCTC 
TCAATTTTAC GAGACTTTGC GAATGTACAG TTGACCAAAA CGCCGAAGAG CATGGAGCTA 
ACAATGTTGA TGCAGTATTG CGAACCTGAA TCTATCCTGG AGAGTAAGGA TCCTGTGAAC 
TTAGAAGCCG TTGGACGGAA ATTGTTAGAC ATTTGTTTCA AGCAACAAAA GACTGATATT 
CTTGTTGAGG CTATGGCGAG GTTATTGGTA AATGATAGTA ACGAAGGCGT TCGAAAACAA 
AGAACAGGCT TGTTGATAGA CTGGTTAGCT TCCGTAGAGC CGGAGTTGAT TGGTACATGT 
CCCAATCTGC AAATGAAGCT TCTTTTTGGG AAAACGAAAA TACAGATGAA AGTTGACAAT 
AACGTTGTGA ACTCACATTC TTTTAGGCCT TATTTGCTAA CTTTGTTAAC GCACAGAGCG 
AGCTGGGCGA CTTTATACAA ATGCGTCGGA CATCTATTAG ATAAATGCGA CGATGGGTAT 
GATCCAACCG CTGTCCTGGA TTTTCTGTGG GCTTTAACTT GCAATCCGAA ACTTTGGCAA 
GGCAGGGACA AATTTACGCC AAAGCACTAT GTCCCAGAGA ATATTTTGCT TTTACACGAG 
AAACAGTTGT TGACGCTTGT AGCATATATA GTTGCGGAAG CTGTTATCAT TTGTAATTGC 
CAAAGTAGAA ACGTTGCTTT AGCCGGGATG GACTCTCGTC TTGATTTGTT GTTACATTGC 
ATCTCCATGG ACGATCATTT GGTCTCCAGT GTTGTGAGAT ACTTGGCGGA TCGTATGATG 
TATGATCCGA ATGTCGATTC CGACATGGCG CATCAGTTTT TGTTACATAT GTACATGAAG 
ATTCCCAAGG TAATCTGTTA CTTAGACACG TTTCAAACGA AAAAGTTTGT TGGGGGAGCA 
AAAATTACAG ACTGGACAGG TTCTGTTTTG GATTGTATGA GTCACTCTTT GTTAACGGCA 
CTGGCAGCAA CACCAAGACA GAAGTCATGG AATTCTAGGT CTCAAGAATT CGAAATGTGC 
GCTAGAAAAA TGGCCGCCGT CCATCCAATA TTAGTGTTAC GACAGCTTCC AATGTTAGCA 
TCGTCCTTAA TGGGCAGATG TTACTTGGAC TTTAGTCAGT TTCGGTCCGG TCATCATTTG 
AATCTTTTTA TCCAAATAAT GGGTCTGTTA GAATTATTGC AACCGCATTT GTTCAGGGCA 
GAACATCGGA CTGCTTTGGA AGACACATTA GAAAATTACT TTCAGTGCTT CCAGAATTAT 
GGGCCGATAA AAGAACTCAT ACCAATCTTA AATAGATTCA TTACACTACT GCAGGCATAT 
ATTTCTTATG ATCCACAACG GGCATTGAAA TATTTACAGA AGCATGCTCA AGCTCTTCAT 
GAATTGCAGG TACATTATCC AAATCTAGTT ACACTCAGAA CACTTGTGTC AGGTATTCCT 
GTGCCAAGAG AAGGGGAAGA CCTAGAGGAG GTTTTAATCA CTGTTCCTCC TACCCCACCC 
CCTTCAGAAT CCATTATTCC TCAACATTGG CCATCATTGT TGACCACGTT GGCCAAGCTG 
CATGGTGACG ACGTGTTCAA TGCTCTTCAG GAAATTGAGC ATTTGTCATC TCGAAAACCT 
TCAGTTTTGG AACCCATAGC GGATAATATA GCCGAGCTAC TTGTGTCTCC TCAGGGCAAC 
ATAAGGACTC TTGCTCATAC TTTACTGGCA AGAGCACTAA AATATCGTCC AGCGACAAAT 
GCAAATATAT TGCACGCGTT TCAGAGATGC CTAGATAGCC CTAGGGCTGA TGTACTAATG 
TCGGCTCTGG AAAAATTGCC AGAGATTGTA CTGTGTATGC AAGAACATGC TTTACCATTG 
ATGCAGAAGG TATTTGAATT AGGAGTAAAT TCAAATGTGA ATACTATACC GTATATAAAT 
AAAACTATTG CTCTGTTAAA TACCCAGCAA GGTTGTTAA

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

RefSeq	XP_015428443.1
CDS	209..6427
Translation	MDRAKAGISRGAKSKIAQHPPDLFALGSKGSRNESSDAKRPGVIHSKPSSSSSTSGNDRKKDAPSGSLQSFQYIPQKKPKLAVHASHQRPPFSSAEAWELVTIDSDPADFVPMVLEANDNDEGDKVIGIICGAIKTLKNQKWKPDTLIYMGLLYLAKIRPSIFSHDCILLALSALLKRDQAHNYKSKGNPLVPVLAANLLMKGFHDKRNWPEVFVKLYIEDALGERVWVDHEECKGFVDNILTGFNTRHPPKSALQPELSVLTPRECHSPSTVDDEDPGSSSAQFSGDKEKIDFPVTPRYAHCIENIEFIVLEAIKEQLNRRQPESITKNFLKLLSSACGFVEIRNIAVPRLEMWLHNPKLMRPAQELLSYICYNSTTHTQRDVEVISQLVKMRLKTKAVINLYLNGVKELIGLHPENLSTILKHTIYNELSNARNPNNMPMLGVMFQTLPEQSAKLLAEIFQDLLMNREDYLRPLRALLREIVRVCRHDINLITFARTLMSERQDIAQQLLNFEFKERVFIAIADLLCLCMLLAISPQVKEAAALAQRGDKKDIALLHQFQNMVATIQFEAVMWLQNLAPQMYAIGRNELLHALHKILLLESPEQYYKLDNWPPESDRVFYLRLVSDVPLLQNTLLRLLLIGYSKENGITHSETLDLVDQLIRRAAGNSTESFPTLVADKLDIIELIFNLCIYQPPGTINIPSSYVPPTLAISNLYWKGWIMLLILAAHNPSAIGAVAWKRYPILRTLMEMCITNHFSYPPPTMALPEIIEQERSKELQVEAIEKQEILEYESHLAAASTRIQISEQNSLLLSQLITMEPTGIARRPPLAVLEQIQSLNVSHRLGHFLCRSRKPDFLLDIIQRQQQSSSQSMPWLADLVQNSEGSLSQLPVQCLCEFLLSTSTQAVEKQPRQQQLLAHLQLLLTDTEQDRQHAYEVLEYFLRRLSSQQTNSRLQAITGLKMVLGSIPTEEEPMDIDVENDKELWLLRKLPSIPHFLSVRTLVSTALRGACQVENNPDLVHAYISYLAAHTTDDELPELTDLANEISQLVVERSTIIAAILPQTESDNPHAKQTLHAFMAIFCNYLEKARSPRGEEYTWSESQDQILVQWSTGEECTMHILVVHAMIILLTYDSSDDDVLFNVLLETWFPLNAEPPKAFLVDTSEEALLIPDWLKLRMIRSNVPRLVDAALKDLEPQQLVLFIQSFGIPVPSMSKLLHTLDAGVQIDPDSVGEAVLDKTYMAQLVEVQHRRGATGGLVFVQVLQLMEPQLPDENLVTIGQLQEPLPPSATVQKQSVIQCSVKTDVPHLINRLFIENIPMNQKVDAYRRLHKTLAKDLQKSAKESGAVVLAIQHICSVLSSMQVKQFLASLVHMPQYSCTLMRIILFPLKKSFTSKQMVELARNMCLNLIQLIGDVKAPVLSILRDFANVQLTKTPKSMELTMLMQYCEPESILESKDPVNLEAVGRKLLDICFKQQKTDILVEAMARLLVNDSNEGVRKQRTGLLIDWLASVEPELIGTCPNLQMKLLFGKTKIQMKVDNNVVNSHSFRPYLLTLLTHRASWATLYKCVGHLLDKCDDGYDPTAVLDFLWALTCNPKLWQGRDKFTPKHYVPENILLLHEKQLLTLVAYIVAEAVIICNCQSRNVALAGMDSRLDLLLHCISMDDHLVSSVVRYLADRMMYDPNVDSDMAHQFLLHMYMKIPKVICYLDTFQTKKFVGGAKITDWTGSVLDCMSHSLLTALAATPRQKSWNSRSQEFEMCARKMAAVHPILVLRQLPMLASSLMGRCYLDFSQFRSGHHLNLFIQIMGLLELLQPHLFRAEHRTALEDTLENYFQCFQNYGPIKELIPILNRFITLLQAYISYDPQRALKYLQKHAQALHELQVHYPNLVTLRTLVSGIPVPREGEDLEEVLITVPPTPPPSESIIPQHWPSLLTTLAKLHGDDVFNALQEIEHLSSRKPSVLEPIADNIAELLVSPQGNIRTLAHTLLARALKYRPATNANILHAFQRCLDSPRADVLMSALEKLPEIVLCMQEHALPLMQKVFELGVNSNVNTIPYINKTIALLNTQQGC

Target ORF information:

RefSeq Version	XM_015572957.1
Organism	Dufourea novaeangliae
Definition	Dufourea novaeangliae integrator complex subunit 1 (LOC107185296), mRNA.

Target ORF information:

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

XM_015572957.1

ORF Insert Sequence:

ATGGATCGTG CAAAGGCAGG AATTAGTAGG GGCGCGAAAA GCAAGATTGC TCAACATCCT 
CCTGATTTGT TTGCTCTTGG ATCTAAAGGT TCCCGCAATG AAAGTTCGGA TGCAAAAAGG 
CCCGGTGTTA TTCATTCCAA ACCAAGTAGT AGTTCTTCTA CCTCTGGTAA TGATAGGAAG 
AAAGATGCAC CATCGGGATC ACTTCAGTCT TTTCAATATA TTCCTCAAAA GAAACCAAAG 
CTTGCAGTCC ATGCCTCTCA TCAAAGACCA CCATTCTCAA GTGCTGAGGC TTGGGAATTG 
GTAACCATTG ACAGTGATCC AGCAGACTTT GTTCCAATGG TTTTAGAAGC TAATGATAAT 
GATGAAGGTG ATAAAGTTAT TGGCATTATT TGTGGTGCCA TAAAAACACT TAAGAATCAG 
AAATGGAAGC CAGACACATT GATTTACATG GGATTGTTGT ATTTAGCAAA AATTCGTCCA 
TCTATTTTTT CACACGATTG TATATTACTT GCACTTTCTG CATTGCTAAA ACGAGATCAA 
GCACACAATT ATAAATCCAA AGGAAACCCA TTGGTTCCTG TGCTTGCAGC TAATTTATTA 
ATGAAAGGGT TCCATGATAA AAGAAATTGG CCAGAAGTTT TTGTTAAGCT GTACATCGAG 
GATGCTTTAG GTGAGAGAGT ATGGGTCGAT CACGAAGAAT GCAAAGGTTT TGTTGATAAT 
ATTTTAACGG GATTTAACAC ACGACATCCA CCAAAGAGCG CTTTACAACC AGAACTGTCT 
GTTTTAACGC CACGGGAGTG TCACAGTCCA TCTACGGTGG ACGATGAAGA TCCAGGGTCT 
TCGTCGGCAC AGTTTTCTGG AGATAAAGAA AAAATAGATT TCCCTGTCAC CCCTAGATAC 
GCTCATTGTA TAGAAAATAT AGAATTTATT GTTCTTGAAG CTATAAAAGA GCAGCTAAAT 
AGAAGGCAAC CTGAGTCAAT TACTAAAAAC TTCTTGAAGT TACTGTCTTC AGCCTGTGGT 
TTTGTAGAAA TACGAAACAT TGCTGTTCCA AGATTAGAGA TGTGGCTGCA CAACCCTAAA 
CTAATGAGGC CTGCTCAGGA ATTGTTGAGT TATATCTGTT ACAACAGCAC TACCCATACA 
CAGAGGGATG TCGAAGTTAT AAGTCAATTA GTAAAAATGA GATTGAAGAC CAAAGCAGTG 
ATTAATCTAT ATCTGAACGG CGTGAAGGAG CTAATTGGCT TGCATCCAGA AAACTTGTCT 
ACCATTTTGA AACACACAAT TTATAATGAA TTATCTAATG CACGAAATCC AAATAATATG 
CCAATGTTAG GTGTAATGTT TCAAACTTTA CCCGAACAGT CGGCGAAATT ACTTGCAGAA 
ATATTTCAAG ATTTATTAAT GAACCGAGAG GATTATCTCC GACCTCTGCG TGCCTTGCTA 
AGAGAAATAG TTCGTGTTTG TCGACATGAT ATCAATTTAA TCACCTTCGC GCGCACGTTA 
ATGTCCGAGA GACAGGATAT AGCGCAACAG TTGCTAAACT TCGAATTTAA AGAACGAGTT 
TTCATTGCTA TTGCGGATTT GTTGTGCTTA TGTATGTTAT TAGCTATCAG TCCGCAAGTT 
AAGGAAGCCG CAGCATTGGC GCAAAGAGGC GATAAAAAAG ACATAGCTTT GTTGCATCAA 
TTTCAAAATA TGGTAGCAAC AATTCAATTT GAAGCTGTAA TGTGGTTGCA GAATTTAGCT 
CCACAAATGT ACGCTATCGG TAGAAACGAA CTTTTGCATG CTCTACATAA AATTTTATTG 
CTCGAATCAC CAGAACAATA CTATAAATTG GACAATTGGC CTCCTGAATC GGATAGAGTG 
TTCTATTTGC GACTGGTTTC TGATGTTCCT TTATTGCAGA ACACGCTATT GAGGTTGTTA 
TTAATTGGTT ACTCGAAGGA AAATGGTATC ACCCATTCGG AAACGCTAGA TTTGGTGGAC 
CAGTTAATAC GACGAGCAGC GGGTAATTCA ACTGAAAGTT TTCCAACTTT AGTGGCAGAT 
AAATTAGATA TAATTGAACT TATTTTCAAT CTTTGTATCT ATCAGCCACC CGGTACCATA 
AATATACCAT CGAGTTATGT ACCGCCAACT TTGGCAATAT CGAATTTATA TTGGAAAGGC 
TGGATAATGT TACTGATATT AGCTGCCCAT AATCCATCCG CCATCGGCGC TGTTGCATGG 
AAGCGATATC CTATATTAAG AACTCTCATG GAAATGTGTA TTACCAACCA CTTCTCATAT 
CCTCCACCAA CAATGGCTCT ACCAGAGATC ATAGAACAAG AACGTTCGAA AGAATTGCAA 
GTGGAAGCTA TTGAGAAGCA AGAAATACTC GAGTATGAAT CACATTTGGC AGCTGCTTCG 
ACGAGGATAC AGATATCAGA ACAAAACAGT TTGCTGTTGT CTCAACTAAT CACCATGGAA 
CCAACCGGTA TCGCAAGGAG GCCGCCTCTA GCTGTATTAG AACAGATACA ATCATTGAAC 
GTGTCTCACA GATTGGGGCA TTTCCTTTGT CGATCTCGGA AACCAGACTT TTTGTTAGAC 
ATAATACAAA GACAACAGCA AAGCTCATCC CAGAGCATGC CTTGGTTGGC AGATCTTGTA 
CAAAATAGCG AAGGGTCCCT TAGTCAATTA CCTGTACAAT GCCTATGCGA ATTTTTGTTA 
TCCACAAGTA CTCAAGCAGT AGAAAAGCAA CCCAGACAGC AACAATTATT GGCTCACCTT 
CAATTGTTAT TAACCGATAC AGAACAAGAT CGTCAACACG CTTACGAAGT TTTAGAATAC 
TTTCTACGAA GATTGAGCAG CCAACAGACG AACAGTCGTC TCCAAGCAAT CACTGGCTTG 
AAAATGGTTC TTGGATCTAT ACCTACCGAG GAAGAACCCA TGGATATAGA TGTAGAAAAT 
GACAAAGAGC TCTGGCTTCT TCGCAAGTTA CCATCTATAC CTCATTTCCT GTCGGTACGG 
ACTTTGGTTT CTACTGCCCT TCGCGGAGCT TGTCAAGTCG AAAACAATCC GGATCTTGTA 
CACGCCTACA TATCATACCT AGCCGCTCAT ACTACCGACG ATGAGCTACC AGAATTAACC 
GATCTGGCCA ATGAGATTTC TCAGCTAGTG GTCGAGCGGA GTACGATTAT AGCGGCTATT 
TTGCCGCAAA CGGAAAGCGA TAATCCGCAC GCTAAACAAA CTTTACACGC TTTCATGGCG 
ATTTTCTGTA ATTATTTAGA AAAAGCTCGA TCCCCTAGGG GTGAAGAGTA TACGTGGTCG 
GAGAGCCAGG ACCAGATTTT GGTTCAATGG AGCACAGGAG AAGAATGCAC AATGCATATA 
TTGGTTGTTC ATGCTATGAT CATTCTTTTA ACGTATGATT CATCCGACGA TGATGTGCTG 
TTTAACGTTC TGCTCGAAAC GTGGTTCCCA CTAAACGCAG AGCCCCCGAA AGCTTTTTTG 
GTCGACACAA GCGAAGAAGC TTTACTTATA CCGGATTGGT TAAAATTAAG AATGATCAGG 
AGTAACGTGC CGCGTCTCGT GGACGCAGCT CTTAAAGACC TAGAACCACA ACAGTTGGTA 
CTGTTTATTC AAAGTTTCGG TATTCCTGTA CCATCGATGA GCAAATTGCT TCATACTCTG 
GACGCGGGGG TGCAAATAGA TCCAGATTCG GTTGGCGAAG CAGTGCTCGA CAAAACGTAC 
ATGGCGCAAT TGGTTGAGGT TCAACATAGG AGAGGAGCCA CGGGCGGGTT AGTGTTCGTG 
CAAGTTTTAC AATTGATGGA ACCACAATTA CCCGACGAGA ATCTGGTGAC TATAGGACAG 
TTGCAAGAAC CGTTGCCTCC CAGCGCTACA GTTCAAAAAC AATCTGTCAT ACAGTGTTCC 
GTTAAAACAG ACGTTCCTCA TCTAATCAAT AGACTGTTTA TAGAGAATAT ACCGATGAAT 
CAAAAGGTGG ATGCTTATCG TCGGTTGCAC AAAACGTTGG CAAAAGATTT ACAAAAATCT 
GCCAAAGAGA GTGGTGCTGT TGTATTGGCG ATACAGCACA TATGCAGTGT GTTGAGTTCG 
ATGCAAGTGA AACAGTTCTT GGCTTCCCTT GTTCATATGC CACAATACTC TTGCACGTTA 
ATGCGAATAA TACTGTTCCC TTTGAAGAAA TCGTTTACCT CCAAGCAGAT GGTAGAATTG 
GCGCGCAACA TGTGTTTGAA TCTAATACAA CTGATAGGAG ATGTAAAAGC GCCGGTTCTC 
TCAATTTTAC GAGACTTTGC GAATGTACAG TTGACCAAAA CGCCGAAGAG CATGGAGCTA 
ACAATGTTGA TGCAGTATTG CGAACCTGAA TCTATCCTGG AGAGTAAGGA TCCTGTGAAC 
TTAGAAGCCG TTGGACGGAA ATTGTTAGAC ATTTGTTTCA AGCAACAAAA GACTGATATT 
CTTGTTGAGG CTATGGCGAG GTTATTGGTA AATGATAGTA ACGAAGGCGT TCGAAAACAA 
AGAACAGGCT TGTTGATAGA CTGGTTAGCT TCCGTAGAGC CGGAGTTGAT TGGTACATGT 
CCCAATCTGC AAATGAAGCT TCTTTTTGGG AAAACGAAAA TACAGATGAA AGTTGACAAT 
AACGTTGTGA ACTCACATTC TTTTAGGCCT TATTTGCTAA CTTTGTTAAC GCACAGAGCG 
AGCTGGGCGA CTTTATACAA ATGCGTCGGA CATCTATTAG ATAAATGCGA CGATGGGTAT 
GATCCAACCG CTGTCCTGGA TTTTCTGTGG GCTTTAACTT GCAATCCGAA ACTTTGGCAA 
GGCAGGGACA AATTTACGCC AAAGCACTAT GTCCCAGAGA ATATTTTGCT TTTACACGAG 
AAACAGTTGT TGACGCTTGT AGCATATATA GTTGCGGAAG CTGTTATCAT TTGTAATTGC 
CAAAGTAGAA ACGTTGCTTT AGCCGGGATG GACTCTCGTC TTGATTTGTT GTTACATTGC 
ATCTCCATGG ACGATCATTT GGTCTCCAGT GTTGTGAGAT ACTTGGCGGA TCGTATGATG 
TATGATCCGA ATGTCGATTC CGACATGGCG CATCAGTTTT TGTTACATAT GTACATGAAG 
ATTCCCAAGG TAATCTGTTA CTTAGACACG TTTCAAACGA AAAAGTTTGT TGGGGGAGCA 
AAAATTACAG ACTGGACAGG TTCTGTTTTG GATTGTATGA GTCACTCTTT GTTAACGGCA 
CTGGCAGCAA CACCAAGACA GAAGTCATGG AATTCTAGGT CTCAAGAATT CGAAATGTGC 
GCTAGAAAAA TGGCCGCCGT CCATCCAATA TTAGTGTTAC GACAGCTTCC AATGTTAGCA 
TCGTCCTTAA TGGGCAGATG TTACTTGGAC TTTAGTCAGT TTCGGTCCGG TCATCATTTG 
AATCTTTTTA TCCAAATAAT GGGTCTGTTA GAATTATTGC AACCGCATTT GTTCAGGGCA 
GAACATCGGA CTGCTTTGGA AGACACATTA GAAAATTACT TTCAGTGCTT CCAGAATTAT 
GGGCCGATAA AAGAACTCAT ACCAATCTTA AATAGATTCA TTACACTACT GCAGGCATAT 
ATTTCTTATG ATCCACAACG GGCATTGAAA TATTTACAGA AGCATGCTCA AGCTCTTCAT 
GAATTGCAGG TACATTATCC AAATCTAGTT ACACTCAGAA CACTTGTGTC AGGTATTCCT 
GTGCCAAGAG AAGGGGAAGA CCTAGAGGAG GTTTTAATCA CTGTTCCTCC TACCCCACCC 
CCTTCAGAAT CCATTATTCC TCAACATTGG CCATCATTGT TGACCACGTT GGCCAAGCTG 
CATGGTGACG ACGTGTTCAA TGCTCTTCAG GAAATTGAGC ATTTGTCATC TCGAAAACCT 
TCAGTTTTGG AACCCATAGC GGATAATATA GCCGAGCTAC TTGTGTCTCC TCAGGGCAAC 
ATAAGGACTC TTGCTCATAC TTTACTGGCA AGAGCACTAA AATATCGTCC AGCGACAAAT 
GCAAATATAT TGCACGCGTT TCAGAGATGC CTAGATAGCC CTAGGGCTGA TGTACTAATG 
TCGGCTCTGG AAAAATTGCC AGAGATTGTA CTGTGTATGC AAGAACATGC TTTACCATTG 
ATGCAGAAGG TATTTGAATT AGGAGTAAAT TCAAATGTGA ATACTATACC GTATATAAAT 
AAAACTATTG CTCTGTTAAA TACCCAGCAA GGTTGTTAA