ICE1 cDNA ORF clone, Nestor notabilis(Kea)

Gene
Clones
gRNAs

Summary

Gene Symbol	ICE1
Entrez Gene ID	104401304
Full Name	interactor of little elongation complex ELL subunit 1
Gene Type	protein-coding
Organism	Nestor notabilis(Kea)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010011053.1	XP_010009355.1	little elongation complex subunit 1

Pathways from BioSystems
Gene Ontology

The following ICE1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ICE1 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
ONe110360	XM_010011053.1 Latest version!	Nestor notabilis interactor of little elongator complex ELL subunit 1 (ICE1), 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)

ICE1 ( XM_010011053.1 ) cDNA ORF clone, Nestor notabilis(Kea) -> XP_010009355.1 Nestor notabilis interactor of little elongator complex ELL subunit 1 (ICE1), mRNA.

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CloneID	ONe110360
Clone ID Related Accession (Same CDS sequence)	XM_010011053.1
Accession Version	XM_010011053.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6609bp) 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	2014-10-30
Organism	Nestor notabilis(Kea)
Product	little elongation complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009910643.1) 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 :: Nestor notabilis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTGATG GAGATCATTT GCTGACGGAG TATCAACAAA AATGCACTGA GCTTCAGTTT 
GCTGAACGAG AGATCTCTGC TCTTCGTTGC CAAGTGGAGC AGATGCTACA GAAAATTCTG 
CCTCTGGAAA AGTGCCAGGA AGAGTTGGGT TCCTTGAAAG CTGAGTTGGA AGAGAAAAAG 
AGTTCTCTTA AGATTTATCG GGAGAGTCAA ATGGAATATG TTAAAATTAA AGAAGAAATA 
GTGAACAGTG ATGCTGTGAG AAAGAAACTG GAAACAAAAG TGAAGAAACT TGAAGAGGCT 
GCAACAAAGC ATACACAGGA CTTCAGACAA CTGAAAACTG AGAAGAAAAG GCTTGAAAAG 
GAGCTAAAGA AGGCACAAGG AAAACTTGAT GGTGTACTTA AAGAGAAGTG CAGAAAAGTG 
AAGCATGCAG AGACCCAGAG TTCAAGTGAA GGTCTTACAA GAGATATAGA CAAAGAAAAA 
ATAAAGCTCT TGTTAGAAGA ACTCTGGAGG TGCATTGACA GTGCAACAGG AAAAAGAAAG 
AATCAGGAAA ACGGTCCTGC CTTGGCTTCT ATTCAGGATA AGGCATGGCC TGAAAAAAGG 
AGACGGGCTG ATACAGAAGA AACTGTGCAA ATCCACCAAA AGGTCAGGAA GTGTGATGGG 
AAAATGCTGC CTTGGTATTC TTCACTGGAA AGTCCTGGAA AGCAAACTCC TGTAAAAGCC 
ATGCACCTTC AAGCAAGTAC TGAGCCTTTT GGAGGTGACT GTATTGAGAA CAGGACTACT 
GAAGAATGTT TGCACAGTGG TGAGGATGAA ACTGTAGATA TGATGATACA GACAGATGGG 
GCACACAGCA GTTCAGACTT CTCTGATCAA GAGCAAAAGG GCGCAGGTGG AAATTTGATG 
GATATATTGG ATTGGGTCAG GCCTCTCCCT GCTCTGCTTT CTCCAGTACA GTTTTCACCA 
CCACCAACAG AGGATGTATT GTTTGGAGAA GACACAAGTT CCAGCGACGA AGACGTTGAC 
TGCAGTGCTT CTGCAGTGGA GCATATTTTA CAAGAAGACC AAATTCATCC TCAGAGTTGT 
AATGCATCCA GCTTCCATGA GGAGTGTAAC AGTCAGAGCA AATCATGTGA GCATGGTCTT 
GATGCAGAAA TCTCACATAA CCTGAGTTGG AATGAAAACA GTGCTCATAT CACTCCAAAG 
ATGTCAAGCA AGGAGGAGAG AGATGCTGAA ACAAAGCAAG CTGAAGCTGC TACTTTAATT 
ACAAACATGA AAACTAACGA TTGTTTGGAG GAGAATTTTG AGAACATGGA AACTGAAGAG 
AGAAAACTAA CTGAAGTGAC AGCACATGAA CTGAAAGCCA TCAAAGAACA GAATGGAGAT 
TGTGAAGACA TGCACAGTGA AGAGCGAGGT TTTTCACCTG ATTTTATGTT ACAGAGTTTC 
AAGCCTCAGA CTCAGATGGA AAAATGTAGT GAGGTAGAGC AAAGAGAGGA GAATGTAACC 
TTAATCAGAG CTGTTGGTGA TGAGGGCACA CACAAAAAGC ATGGTGAATT AATGAAAACA 
GAAAGAGATG GATTATCAGG GGAGAAAGGA ATTCCCAGGG CAGTAGGTGT TCCCGAAAAC 
GTTACTCATT TGCCATCTGA GCAGTGCATT GTGCTTCAAA GAGAAGATTA TGAGGAGAAA 
TCTGTTGCGT TGATACAGAA TGAAATGGTT GAAAATGAAT CAAAAAATGT AACTGAAGTA 
ACTAATATGG CAAGTGATGT AGGGGAAAAC ACAGAAGAAG TGAAAATTGG AGAGGAAATA 
ACAGCTGCAG TACAGATGAA AGGACCCTGT GCAGAGGCAA ACTGTGAGAC AGATCTCTCT 
GAAAATGTAG TGTCTGATTC CAGTAGTTCA AAATCCTTCT GTGAAGCTGA GTGTCCTAAA 
GACTTGATAC AGCGTGATGG GAAGGGAATG ATTATGGAGA CTGAGGCAGA CACTGGAGCT 
GAAGGAATCT CTACACACTC TCAGTGCTCT GAAATAAAAC ATGACAGTGA AGAGATACTG 
GAGAAACTGT GTGTGCAAAC AGTAAAAGAT GAAACAGACA GAGAATGTGA TCCAGAGACT 
GTTAAAGTCT CCAGACATCA CTTGCCTGTA TCTGCAGTTG AGGAAATCAG AAATGTGTTG 
TCTGTGGATG ACATGGACAG ATATGTAGGT ATGGAGAGGA CTGCTTTGTC AGCCTTTCCA 
AAAGATGATG AACAGCTCAA AACTGAAGAC AAGAATGTAA CCAGACCTGA GACTATTGAA 
CTAGCCATGA AATGTAACAG AGAAAGTGTT CCAGGAAGAG CTGAATCATC AGAGCTACTC 
CATAGAGCAG AAAATGGGAA ATCAGTAGAT GTGAAGGAGG AGGGATATTT AAAAGGCAAA 
CTGCACCAGG AAGATGATGG TAGGAATTTA TCAGAAGGGA AGTCAGACTT GGAAAGTACA 
CTTGCACTGT CAAACATAGC ATGTGTTCCT GGTGCAGAAA GCAGTGTAGC CAAGTGTGAA 
TCCTCTGTGT TAGATTTTAC AGAAATAAAA GGTGAAATAA ACCAACCTGA AAACCTCTGT 
AGTGCATTAG AACGCGGGTT GTCCAAAACT CAAAACTCTG GAGTGTTTGA ATCTCAAGAG 
ACTGAAGTCA AAGTTAGTCC GGAAGATTTT GGAGAGGGAA GCAGTGAGCT GTTAGAAAGA 
GTGGATACCA CTGAATCTGT CTTAGTAGAA AGTAATCATC CTTCTAAGGC AGAGTTTGCA 
AACCCTCTGA ATCAGCCCTT GGGGACTGAA GATGTTAAAT GTGATGACAT CAAAGGGGAA 
GTAAATAAAC AAAGCAATGA ACTGGTGACT GAGACTTCTT CCAGTTCATG TCACTCGGAA 
GGGAATGTTG TGAAGACAAA TAATGTTTCA GAGATCATCT GCCAGCCTGC TTCAGAAATG 
GATTTTAATA GCGGCTTGGC TTTGTCTACT CAAGGGGACT TGGAGATGGG CTGTATAAAC 
ACTCCCGATT CTCCTGTGCA AGTGGGAGCT GGCTTGGGAT CCACAGTGTC TCCCGATCTC 
AATTTCAGTC TTCAGAAAGC TGACAGTTTC GTTGAAACTA ATGTCACAGA AAAGGCTGCT 
GCTTCTTCTT CCCATACATG GGAAAACAAA GGAGATAAAA ATTGTGTTAC AAATAGTGCA 
TGTAAGTGTT CTTCAGAAAG CTTGGAAGAG GGTGCTGAGA TCCCATCTGT TGAAAAAGAC 
AACATATGCG AAGAACTGGC CTGTCCTGAG GGGGAATACA TACACAAAAA TGAAGTGAAA 
ATACCAGATG AGATGGAACA AACAGTAGAT AAAGAACTTC CAGCCTCTGT TAAATCACAG 
CTCCTGCATG CAGACTCTTC TAATAAGAAT ACTTTTCCTC CTCAAAAGTT TGATTGTCAA 
GAATCAGGAT GCAGGACTTC TACACAGGAG GTTATAACAG ATCCTTCTAA AACTGGTTCA 
CTAACAGCAG GAGGGGAAAG CAAAGAACTG AATAGTTTTG AGGCATCTGG GGAAAATGCC 
TTAGAAATGT CTAAAACTGA TTTTGATAGG CCAGAACAGA GCAGTGGATC TGAAGAGAAA 
GACTGTTCAA TACAGAAACT TAGAGATGTG AAATGTTCTG GATGTGTTCC CATGTTCAGA 
GAGGAACCCA GAGCTTCCAG AGGGATTGCA GGTGGTGAGA CTGTTGACAC TGATTACCAA 
GTATCTGAAC TTCATTCATC AAGAAATACT TTGACAGTTA GTGAGCTAAA AGCAGACACT 
GTGGTGGATA TGGATACACA CTGTGAAACA GACAGCTCTC CAGATATCTC AAATGAGTTG 
TCCAGTGTGG CCGGGGAGGG TTATCCTAAA GACTTGGCCT CCTGGACAAA AGAGCCTGTA 
TTTGTAACCT CTGACAGTAC TGAGGGTGCC AGTGAATGTG TGGTAGACTC TAACAGAGCT 
GAATGCATCA GCGACAGTGA GGGAGGTCTG TTAAAAACCG GGACATCAAA AGAAAGCCCT 
GTGATGCCAA ATGCTTCAGA AAATGGATTA CCAGTATCCC AGATGTTAAC CAGATTCTCG 
GAAGTGGTAA AACCCAGTAA ATTAAATACA AGAATGTTAG CACTTGGCAG TTTCCTAGAA 
GAAGATGATG CTGAAAAATG TCAGTCAAAG GTGGAGCAGA ATCACAGTGT TGATATGGGG 
ATCTCTGTGT TTGAAGAATA CAATCATAAT CAAACTTACA CTGCTTGCAA CATAGGAGGA 
AACAACACTG ATATTACCCT AGATGGTAAC AATAGAAAAA ATAAATCTGT CAAGTCTCTT 
TCAGATCCAG CCCTGTCTGA TGTAGAGTGC AATTTTCACA AAGTTAGGCA GCCTTCTGAG 
CCACAAACCC CAGTATTTGA GAAGCTATGT ATGCTGAAGT CAGAGTCTTG TGTGGATGAT 
GCTCTCAAAA AGAGCAAGAA GTTGAAGTGT AAAGAGCAAG AACCATTTGA AATCTTGACA 
GCTTCAACTA AGGCAGCTGC CCAAAGCATG CATGCCAAGC TATCAAAGAG GCTGTCTCAA 
GGTAAAAGGA AAACAAAGAC TCTCAAAGTC ACTCAGGCAG TTCTTGCAAA TGCTGATACT 
TCTGTGCCAA AAAAATGCTC ACCTGAGACT ATAAATAAAA TTAGGCAAGA GATAGGTCCT 
CCTCTGCCCC CCTTGCTCCT GCCTTTGATG GCTACTCCTC CAAAAGCTGC ATGTACTGTG 
TCCCCAGCAA TGTCTTCTAC TGGTCGATCC TCTTTGCTTT CCCCTCTTAA TGATCTGATA 
TCGCCACTAC GTGAAACTCC CATTCCTCCT CTCATGTCCC CATTAACAGA TACACCACCA 
GTAAAATCTG CTCTTTTATT TTCTCCTCCC TCGCCCTCAG AAATGGCAGT AGGTCAAAGG 
ATTCGCTCCT CGCCTCTGAA ATTCTGTACT TCCATTCCAA AGCACGCGCT TCCCGTCCCG 
GGAAGGTTTC CTCTGTTTGC AGCTGATGGT GCTGCTCCAG CTCCCCCTCA GGAGAACTCA 
GTGAAAATAC TGGACACCAT GTACCCAGAG CTGTCTGCAA GGGCAAGGAC ACTAAACATC 
CTCAAAGGCA ATATACACCT TAACCGATGT GCTTTTTCAG ACAACCAAAG TTTGCTGGGA 
CCTGTGGCTC AAATTGGTGG GTTCAAAGCA ATTGCATCTA CATCAACTGC TTTTGTTAAA 
ACTGGGGGCA ATTTGAAGTT TGATAGTAGC AAAGATCAAG AGAAAGATGG GCAAAATCAG 
CAACTGTTTT CAAGCTCATC AGATCATCTT GGAAAACAGA CCCTATTGCC AGTATCTATG 
CCAAGAAGTG CAAAGAGACT GAGGCTGGAC AGTGAACCAC CAAAGCTGGA GCCTGAAGAT 
ATTGCTGCTG TGGGAAACAC TAAAAATACC ACCTGTGAAA CGCAGGAGGC TTTCCATGAG 
AAAAGCTCTG AAACCAGTGA CTCCACACAT GGTTCCAGGT CAGAAGCATC ACTACCAGTA 
AAGAAGGCTA TTGATACTGA CTGCCAGGAA GTTTCTTTGG CATTGAAGAG AATTGCCGAG 
TCCTGTTTTG ACTTGTTACC AGTTATTAAA GGTCACGTGT ATGTTGGCAA TATCTCAAAG 
ATTCCAGTAA TGAGAGATGA AGAGAAAGAA GTAGTCTATG AATTTGGTGT AAAAAACAAG 
CAGTTAGCAG AGTCCTTGCT GCATGTTATT CTCAATAAAC TCAAGGCTCA GAAGAATGCC 
ACAAATTACA GTTTCAATCA GGCTCTGTGT CGAGTCTATA CAGGAATTTG TCGACAGTTG 
GGAGACCTGG AAAGAGCTCG CCTTTTCTGC TATAGCCTGC TTAAAGAAGG CTTTCCAGGC 
TCAGAAAAAT TGATTTTATT TATCACAAAT GTCTGGTCTG ACATATTCAT CTTCCAGGGT 
GCAATTAGCA AAGCTATGCA ATTAGTTGTG AGGCAGAGGG CAAGCGAGGA GGTGCTGGCC 
TGCTTGAGTG CTTATCTCAG CTGGGAACAG AGTTCCTCTT TAGATGCTGG GATTATGGTC 
TCAAACCTGC TTTTAGAAAT GCAGTCATGT CCAAAAGTAG AATTTCAACC AAGTGAGCAA 
TATGGAGAAG ATCTGAGTGA AGATGCTTGG CAGTATATAT TTGCTGTTGA TCTACTCTGC 
TCTCACCTGA AATGGGACTG GACACATGAC AATGTTATAA GCAAAGTGCT TTGGCCTTCT 
ATGGATAAAT GGATAAAGAA GAGAAAGGGG CCTGAAACTG CTCAGTCCGT TTCTGATAGT 
GTTACAGCAC TGATCCTCAG GCTTATTGGT CGACTGGGTC AGATAGGTTT GAAGGAAGGA 
TGTCTTGCTG CAGTGAAGAA TATTAGTTCT GTAATTGGAC TGTTTGTACA GCAGGCAAAA 
GAGGAAGGTG TTCCCTGGGG TGTGCAGCTG GCAGCCATAT ATTCACTGTG TGACTTGGGT 
TCAAGCAATC CAGAAGGTAT TGTTGAGGCC ATCCACGCTT GGAGAGCAAC AGTTATTGAC 
AACATTCCTT TTGCTGTCAC AAGTGGCATA GCTGAAATCA CTTCTCTGTG TAAAATGGAG 
CTAAACTAA

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

RefSeq	XP_010009355.1
CDS	1..6609
Translation	MIDGDHLLTEYQQKCTELQFAEREISALRCQVEQMLQKILPLEKCQEELGSLKAELEEKKSSLKIYRESQMEYVKIKEEIVNSDAVRKKLETKVKKLEEAATKHTQDFRQLKTEKKRLEKELKKAQGKLDGVLKEKCRKVKHAETQSSSEGLTRDIDKEKIKLLLEELWRCIDSATGKRKNQENGPALASIQDKAWPEKRRRADTEETVQIHQKVRKCDGKMLPWYSSLESPGKQTPVKAMHLQASTEPFGGDCIENRTTEECLHSGEDETVDMMIQTDGAHSSSDFSDQEQKGAGGNLMDILDWVRPLPALLSPVQFSPPPTEDVLFGEDTSSSDEDVDCSASAVEHILQEDQIHPQSCNASSFHEECNSQSKSCEHGLDAEISHNLSWNENSAHITPKMSSKEERDAETKQAEAATLITNMKTNDCLEENFENMETEERKLTEVTAHELKAIKEQNGDCEDMHSEERGFSPDFMLQSFKPQTQMEKCSEVEQREENVTLIRAVGDEGTHKKHGELMKTERDGLSGEKGIPRAVGVPENVTHLPSEQCIVLQREDYEEKSVALIQNEMVENESKNVTEVTNMASDVGENTEEVKIGEEITAAVQMKGPCAEANCETDLSENVVSDSSSSKSFCEAECPKDLIQRDGKGMIMETEADTGAEGISTHSQCSEIKHDSEEILEKLCVQTVKDETDRECDPETVKVSRHHLPVSAVEEIRNVLSVDDMDRYVGMERTALSAFPKDDEQLKTEDKNVTRPETIELAMKCNRESVPGRAESSELLHRAENGKSVDVKEEGYLKGKLHQEDDGRNLSEGKSDLESTLALSNIACVPGAESSVAKCESSVLDFTEIKGEINQPENLCSALERGLSKTQNSGVFESQETEVKVSPEDFGEGSSELLERVDTTESVLVESNHPSKAEFANPLNQPLGTEDVKCDDIKGEVNKQSNELVTETSSSSCHSEGNVVKTNNVSEIICQPASEMDFNSGLALSTQGDLEMGCINTPDSPVQVGAGLGSTVSPDLNFSLQKADSFVETNVTEKAAASSSHTWENKGDKNCVTNSACKCSSESLEEGAEIPSVEKDNICEELACPEGEYIHKNEVKIPDEMEQTVDKELPASVKSQLLHADSSNKNTFPPQKFDCQESGCRTSTQEVITDPSKTGSLTAGGESKELNSFEASGENALEMSKTDFDRPEQSSGSEEKDCSIQKLRDVKCSGCVPMFREEPRASRGIAGGETVDTDYQVSELHSSRNTLTVSELKADTVVDMDTHCETDSSPDISNELSSVAGEGYPKDLASWTKEPVFVTSDSTEGASECVVDSNRAECISDSEGGLLKTGTSKESPVMPNASENGLPVSQMLTRFSEVVKPSKLNTRMLALGSFLEEDDAEKCQSKVEQNHSVDMGISVFEEYNHNQTYTACNIGGNNTDITLDGNNRKNKSVKSLSDPALSDVECNFHKVRQPSEPQTPVFEKLCMLKSESCVDDALKKSKKLKCKEQEPFEILTASTKAAAQSMHAKLSKRLSQGKRKTKTLKVTQAVLANADTSVPKKCSPETINKIRQEIGPPLPPLLLPLMATPPKAACTVSPAMSSTGRSSLLSPLNDLISPLRETPIPPLMSPLTDTPPVKSALLFSPPSPSEMAVGQRIRSSPLKFCTSIPKHALPVPGRFPLFAADGAAPAPPQENSVKILDTMYPELSARARTLNILKGNIHLNRCAFSDNQSLLGPVAQIGGFKAIASTSTAFVKTGGNLKFDSSKDQEKDGQNQQLFSSSSDHLGKQTLLPVSMPRSAKRLRLDSEPPKLEPEDIAAVGNTKNTTCETQEAFHEKSSETSDSTHGSRSEASLPVKKAIDTDCQEVSLALKRIAESCFDLLPVIKGHVYVGNISKIPVMRDEEKEVVYEFGVKNKQLAESLLHVILNKLKAQKNATNYSFNQALCRVYTGICRQLGDLERARLFCYSLLKEGFPGSEKLILFITNVWSDIFIFQGAISKAMQLVVRQRASEEVLACLSAYLSWEQSSSLDAGIMVSNLLLEMQSCPKVEFQPSEQYGEDLSEDAWQYIFAVDLLCSHLKWDWTHDNVISKVLWPSMDKWIKKRKGPETAQSVSDSVTALILRLIGRLGQIGLKEGCLAAVKNISSVIGLFVQQAKEEGVPWGVQLAAIYSLCDLGSSNPEGIVEAIHAWRATVIDNIPFAVTSGIAEITSLCKMELN

Target ORF information:

RefSeq Version	XM_010011053.1
Organism	Nestor notabilis(Kea)
Definition	Nestor notabilis interactor of little elongator complex ELL subunit 1 (ICE1), mRNA.

Target ORF information:

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

XM_010011053.1

ORF Insert Sequence:

ATGATTGATG GAGATCATTT GCTGACGGAG TATCAACAAA AATGCACTGA GCTTCAGTTT 
GCTGAACGAG AGATCTCTGC TCTTCGTTGC CAAGTGGAGC AGATGCTACA GAAAATTCTG 
CCTCTGGAAA AGTGCCAGGA AGAGTTGGGT TCCTTGAAAG CTGAGTTGGA AGAGAAAAAG 
AGTTCTCTTA AGATTTATCG GGAGAGTCAA ATGGAATATG TTAAAATTAA AGAAGAAATA 
GTGAACAGTG ATGCTGTGAG AAAGAAACTG GAAACAAAAG TGAAGAAACT TGAAGAGGCT 
GCAACAAAGC ATACACAGGA CTTCAGACAA CTGAAAACTG AGAAGAAAAG GCTTGAAAAG 
GAGCTAAAGA AGGCACAAGG AAAACTTGAT GGTGTACTTA AAGAGAAGTG CAGAAAAGTG 
AAGCATGCAG AGACCCAGAG TTCAAGTGAA GGTCTTACAA GAGATATAGA CAAAGAAAAA 
ATAAAGCTCT TGTTAGAAGA ACTCTGGAGG TGCATTGACA GTGCAACAGG AAAAAGAAAG 
AATCAGGAAA ACGGTCCTGC CTTGGCTTCT ATTCAGGATA AGGCATGGCC TGAAAAAAGG 
AGACGGGCTG ATACAGAAGA AACTGTGCAA ATCCACCAAA AGGTCAGGAA GTGTGATGGG 
AAAATGCTGC CTTGGTATTC TTCACTGGAA AGTCCTGGAA AGCAAACTCC TGTAAAAGCC 
ATGCACCTTC AAGCAAGTAC TGAGCCTTTT GGAGGTGACT GTATTGAGAA CAGGACTACT 
GAAGAATGTT TGCACAGTGG TGAGGATGAA ACTGTAGATA TGATGATACA GACAGATGGG 
GCACACAGCA GTTCAGACTT CTCTGATCAA GAGCAAAAGG GCGCAGGTGG AAATTTGATG 
GATATATTGG ATTGGGTCAG GCCTCTCCCT GCTCTGCTTT CTCCAGTACA GTTTTCACCA 
CCACCAACAG AGGATGTATT GTTTGGAGAA GACACAAGTT CCAGCGACGA AGACGTTGAC 
TGCAGTGCTT CTGCAGTGGA GCATATTTTA CAAGAAGACC AAATTCATCC TCAGAGTTGT 
AATGCATCCA GCTTCCATGA GGAGTGTAAC AGTCAGAGCA AATCATGTGA GCATGGTCTT 
GATGCAGAAA TCTCACATAA CCTGAGTTGG AATGAAAACA GTGCTCATAT CACTCCAAAG 
ATGTCAAGCA AGGAGGAGAG AGATGCTGAA ACAAAGCAAG CTGAAGCTGC TACTTTAATT 
ACAAACATGA AAACTAACGA TTGTTTGGAG GAGAATTTTG AGAACATGGA AACTGAAGAG 
AGAAAACTAA CTGAAGTGAC AGCACATGAA CTGAAAGCCA TCAAAGAACA GAATGGAGAT 
TGTGAAGACA TGCACAGTGA AGAGCGAGGT TTTTCACCTG ATTTTATGTT ACAGAGTTTC 
AAGCCTCAGA CTCAGATGGA AAAATGTAGT GAGGTAGAGC AAAGAGAGGA GAATGTAACC 
TTAATCAGAG CTGTTGGTGA TGAGGGCACA CACAAAAAGC ATGGTGAATT AATGAAAACA 
GAAAGAGATG GATTATCAGG GGAGAAAGGA ATTCCCAGGG CAGTAGGTGT TCCCGAAAAC 
GTTACTCATT TGCCATCTGA GCAGTGCATT GTGCTTCAAA GAGAAGATTA TGAGGAGAAA 
TCTGTTGCGT TGATACAGAA TGAAATGGTT GAAAATGAAT CAAAAAATGT AACTGAAGTA 
ACTAATATGG CAAGTGATGT AGGGGAAAAC ACAGAAGAAG TGAAAATTGG AGAGGAAATA 
ACAGCTGCAG TACAGATGAA AGGACCCTGT GCAGAGGCAA ACTGTGAGAC AGATCTCTCT 
GAAAATGTAG TGTCTGATTC CAGTAGTTCA AAATCCTTCT GTGAAGCTGA GTGTCCTAAA 
GACTTGATAC AGCGTGATGG GAAGGGAATG ATTATGGAGA CTGAGGCAGA CACTGGAGCT 
GAAGGAATCT CTACACACTC TCAGTGCTCT GAAATAAAAC ATGACAGTGA AGAGATACTG 
GAGAAACTGT GTGTGCAAAC AGTAAAAGAT GAAACAGACA GAGAATGTGA TCCAGAGACT 
GTTAAAGTCT CCAGACATCA CTTGCCTGTA TCTGCAGTTG AGGAAATCAG AAATGTGTTG 
TCTGTGGATG ACATGGACAG ATATGTAGGT ATGGAGAGGA CTGCTTTGTC AGCCTTTCCA 
AAAGATGATG AACAGCTCAA AACTGAAGAC AAGAATGTAA CCAGACCTGA GACTATTGAA 
CTAGCCATGA AATGTAACAG AGAAAGTGTT CCAGGAAGAG CTGAATCATC AGAGCTACTC 
CATAGAGCAG AAAATGGGAA ATCAGTAGAT GTGAAGGAGG AGGGATATTT AAAAGGCAAA 
CTGCACCAGG AAGATGATGG TAGGAATTTA TCAGAAGGGA AGTCAGACTT GGAAAGTACA 
CTTGCACTGT CAAACATAGC ATGTGTTCCT GGTGCAGAAA GCAGTGTAGC CAAGTGTGAA 
TCCTCTGTGT TAGATTTTAC AGAAATAAAA GGTGAAATAA ACCAACCTGA AAACCTCTGT 
AGTGCATTAG AACGCGGGTT GTCCAAAACT CAAAACTCTG GAGTGTTTGA ATCTCAAGAG 
ACTGAAGTCA AAGTTAGTCC GGAAGATTTT GGAGAGGGAA GCAGTGAGCT GTTAGAAAGA 
GTGGATACCA CTGAATCTGT CTTAGTAGAA AGTAATCATC CTTCTAAGGC AGAGTTTGCA 
AACCCTCTGA ATCAGCCCTT GGGGACTGAA GATGTTAAAT GTGATGACAT CAAAGGGGAA 
GTAAATAAAC AAAGCAATGA ACTGGTGACT GAGACTTCTT CCAGTTCATG TCACTCGGAA 
GGGAATGTTG TGAAGACAAA TAATGTTTCA GAGATCATCT GCCAGCCTGC TTCAGAAATG 
GATTTTAATA GCGGCTTGGC TTTGTCTACT CAAGGGGACT TGGAGATGGG CTGTATAAAC 
ACTCCCGATT CTCCTGTGCA AGTGGGAGCT GGCTTGGGAT CCACAGTGTC TCCCGATCTC 
AATTTCAGTC TTCAGAAAGC TGACAGTTTC GTTGAAACTA ATGTCACAGA AAAGGCTGCT 
GCTTCTTCTT CCCATACATG GGAAAACAAA GGAGATAAAA ATTGTGTTAC AAATAGTGCA 
TGTAAGTGTT CTTCAGAAAG CTTGGAAGAG GGTGCTGAGA TCCCATCTGT TGAAAAAGAC 
AACATATGCG AAGAACTGGC CTGTCCTGAG GGGGAATACA TACACAAAAA TGAAGTGAAA 
ATACCAGATG AGATGGAACA AACAGTAGAT AAAGAACTTC CAGCCTCTGT TAAATCACAG 
CTCCTGCATG CAGACTCTTC TAATAAGAAT ACTTTTCCTC CTCAAAAGTT TGATTGTCAA 
GAATCAGGAT GCAGGACTTC TACACAGGAG GTTATAACAG ATCCTTCTAA AACTGGTTCA 
CTAACAGCAG GAGGGGAAAG CAAAGAACTG AATAGTTTTG AGGCATCTGG GGAAAATGCC 
TTAGAAATGT CTAAAACTGA TTTTGATAGG CCAGAACAGA GCAGTGGATC TGAAGAGAAA 
GACTGTTCAA TACAGAAACT TAGAGATGTG AAATGTTCTG GATGTGTTCC CATGTTCAGA 
GAGGAACCCA GAGCTTCCAG AGGGATTGCA GGTGGTGAGA CTGTTGACAC TGATTACCAA 
GTATCTGAAC TTCATTCATC AAGAAATACT TTGACAGTTA GTGAGCTAAA AGCAGACACT 
GTGGTGGATA TGGATACACA CTGTGAAACA GACAGCTCTC CAGATATCTC AAATGAGTTG 
TCCAGTGTGG CCGGGGAGGG TTATCCTAAA GACTTGGCCT CCTGGACAAA AGAGCCTGTA 
TTTGTAACCT CTGACAGTAC TGAGGGTGCC AGTGAATGTG TGGTAGACTC TAACAGAGCT 
GAATGCATCA GCGACAGTGA GGGAGGTCTG TTAAAAACCG GGACATCAAA AGAAAGCCCT 
GTGATGCCAA ATGCTTCAGA AAATGGATTA CCAGTATCCC AGATGTTAAC CAGATTCTCG 
GAAGTGGTAA AACCCAGTAA ATTAAATACA AGAATGTTAG CACTTGGCAG TTTCCTAGAA 
GAAGATGATG CTGAAAAATG TCAGTCAAAG GTGGAGCAGA ATCACAGTGT TGATATGGGG 
ATCTCTGTGT TTGAAGAATA CAATCATAAT CAAACTTACA CTGCTTGCAA CATAGGAGGA 
AACAACACTG ATATTACCCT AGATGGTAAC AATAGAAAAA ATAAATCTGT CAAGTCTCTT 
TCAGATCCAG CCCTGTCTGA TGTAGAGTGC AATTTTCACA AAGTTAGGCA GCCTTCTGAG 
CCACAAACCC CAGTATTTGA GAAGCTATGT ATGCTGAAGT CAGAGTCTTG TGTGGATGAT 
GCTCTCAAAA AGAGCAAGAA GTTGAAGTGT AAAGAGCAAG AACCATTTGA AATCTTGACA 
GCTTCAACTA AGGCAGCTGC CCAAAGCATG CATGCCAAGC TATCAAAGAG GCTGTCTCAA 
GGTAAAAGGA AAACAAAGAC TCTCAAAGTC ACTCAGGCAG TTCTTGCAAA TGCTGATACT 
TCTGTGCCAA AAAAATGCTC ACCTGAGACT ATAAATAAAA TTAGGCAAGA GATAGGTCCT 
CCTCTGCCCC CCTTGCTCCT GCCTTTGATG GCTACTCCTC CAAAAGCTGC ATGTACTGTG 
TCCCCAGCAA TGTCTTCTAC TGGTCGATCC TCTTTGCTTT CCCCTCTTAA TGATCTGATA 
TCGCCACTAC GTGAAACTCC CATTCCTCCT CTCATGTCCC CATTAACAGA TACACCACCA 
GTAAAATCTG CTCTTTTATT TTCTCCTCCC TCGCCCTCAG AAATGGCAGT AGGTCAAAGG 
ATTCGCTCCT CGCCTCTGAA ATTCTGTACT TCCATTCCAA AGCACGCGCT TCCCGTCCCG 
GGAAGGTTTC CTCTGTTTGC AGCTGATGGT GCTGCTCCAG CTCCCCCTCA GGAGAACTCA 
GTGAAAATAC TGGACACCAT GTACCCAGAG CTGTCTGCAA GGGCAAGGAC ACTAAACATC 
CTCAAAGGCA ATATACACCT TAACCGATGT GCTTTTTCAG ACAACCAAAG TTTGCTGGGA 
CCTGTGGCTC AAATTGGTGG GTTCAAAGCA ATTGCATCTA CATCAACTGC TTTTGTTAAA 
ACTGGGGGCA ATTTGAAGTT TGATAGTAGC AAAGATCAAG AGAAAGATGG GCAAAATCAG 
CAACTGTTTT CAAGCTCATC AGATCATCTT GGAAAACAGA CCCTATTGCC AGTATCTATG 
CCAAGAAGTG CAAAGAGACT GAGGCTGGAC AGTGAACCAC CAAAGCTGGA GCCTGAAGAT 
ATTGCTGCTG TGGGAAACAC TAAAAATACC ACCTGTGAAA CGCAGGAGGC TTTCCATGAG 
AAAAGCTCTG AAACCAGTGA CTCCACACAT GGTTCCAGGT CAGAAGCATC ACTACCAGTA 
AAGAAGGCTA TTGATACTGA CTGCCAGGAA GTTTCTTTGG CATTGAAGAG AATTGCCGAG 
TCCTGTTTTG ACTTGTTACC AGTTATTAAA GGTCACGTGT ATGTTGGCAA TATCTCAAAG 
ATTCCAGTAA TGAGAGATGA AGAGAAAGAA GTAGTCTATG AATTTGGTGT AAAAAACAAG 
CAGTTAGCAG AGTCCTTGCT GCATGTTATT CTCAATAAAC TCAAGGCTCA GAAGAATGCC 
ACAAATTACA GTTTCAATCA GGCTCTGTGT CGAGTCTATA CAGGAATTTG TCGACAGTTG 
GGAGACCTGG AAAGAGCTCG CCTTTTCTGC TATAGCCTGC TTAAAGAAGG CTTTCCAGGC 
TCAGAAAAAT TGATTTTATT TATCACAAAT GTCTGGTCTG ACATATTCAT CTTCCAGGGT 
GCAATTAGCA AAGCTATGCA ATTAGTTGTG AGGCAGAGGG CAAGCGAGGA GGTGCTGGCC 
TGCTTGAGTG CTTATCTCAG CTGGGAACAG AGTTCCTCTT TAGATGCTGG GATTATGGTC 
TCAAACCTGC TTTTAGAAAT GCAGTCATGT CCAAAAGTAG AATTTCAACC AAGTGAGCAA 
TATGGAGAAG ATCTGAGTGA AGATGCTTGG CAGTATATAT TTGCTGTTGA TCTACTCTGC 
TCTCACCTGA AATGGGACTG GACACATGAC AATGTTATAA GCAAAGTGCT TTGGCCTTCT 
ATGGATAAAT GGATAAAGAA GAGAAAGGGG CCTGAAACTG CTCAGTCCGT TTCTGATAGT 
GTTACAGCAC TGATCCTCAG GCTTATTGGT CGACTGGGTC AGATAGGTTT GAAGGAAGGA 
TGTCTTGCTG CAGTGAAGAA TATTAGTTCT GTAATTGGAC TGTTTGTACA GCAGGCAAAA 
GAGGAAGGTG TTCCCTGGGG TGTGCAGCTG GCAGCCATAT ATTCACTGTG TGACTTGGGT 
TCAAGCAATC CAGAAGGTAT TGTTGAGGCC ATCCACGCTT GGAGAGCAAC AGTTATTGAC 
AACATTCCTT TTGCTGTCAC AAGTGGCATA GCTGAAATCA CTTCTCTGTG TAAAATGGAG 
CTAAACTAA