KIAA1429 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	KIAA1429
Entrez Gene ID	105416099
Full Name	vir like m6A methyltransferase associated
Synonyms	KIAA1429
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011602282.1	XP_011600584.1	protein virilizer homolog

Pathways from BioSystems
Gene Ontology

The following KIAA1429 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KIAA1429 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
OAq11758	XM_011602282.1 Latest version!	Aquila chrysaetos canadensis KIAA1429 ortholog (KIAA1429), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

KIAA1429 ( XM_011602282.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011600584.1 Aquila chrysaetos canadensis KIAA1429 ortholog (KIAA1429), mRNA.

Price & Availability↑

CloneID	OAq11758
Clone ID Related Accession (Same CDS sequence)	XM_011602282.1
Accession Version	XM_011602282.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5466bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	protein virilizer homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950874.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGTGG ACACCGCAAC CGAGCTGCTA TTTTTAGACA CGTTCAAGCA CCAGAGCGCG 
GAGCAAAGTA CCAATATAGA TGTAGTTCGT TTTCCATGCG TGGTTTACAT AAATGAAGTA 
CGTGTCATTC CTCCAGGAGT GAGAGCTCAC ACAAGCTTGC CTGACAATAG GGCTTATGGG 
GAGACATCCC CGCATACCTT TCAACTGGAC TTGTTTTTCA ACAATGTCAG CAAGCCAAGT 
GCCCCTGTTT TTGATAGGCT GGGGAGCCTT GAATATGATG AAAATACTTC AATTATTTTC 
AGACCCAATG CAAAGGTCAA CACGGATGGA TTAGTTCTGA GAGGGTGGTA CAACTGTCTG 
ACTTTGGCCA TATATGGCTC AGTTGACAGG GTAATAAGTC ATGAGAGAGA GTCACCTCCT 
CCACCCCCAC CTCCACCACC ACCTCCCCAG CAGCAGCCTG GTTTAAAAAG AAACCCGAAA 
CATGTTGATG GAGAGAAAGA AGACCAGTTC AATGGCAGCC CTCCAAGACC ACAACCTAGG 
GGACCAAGGA CACCTCCAGG CCCTCCTCCT CCTGATGATG ATGAGGATGA ACCTATGCCA 
GTGTCAGTGG TTGGGGAAAA AGAAGATGAT GTGGACCATA GGGAGGATTA CTTTGAGCCC 
ATTTCTCCTG ATCGAACATC CATTCATCAA GAAAGCCAGT ATTCTGATGA TGGAGAAGTA 
GAGGAAGATC AACCAGAAGA AGGAGAAGAT GAAGATGATG TGGATGTTGA GGAGGAGGAG 
GATGAGGATG ATGATGATGG GCATACAGTA GAGAGTATTG CTGATGAGGA AGAGGAAGAG 
GAGGAGGAAG ATGAAGATGA AGAAGAGGGT GAAGAGGAAG AAGAAGGTGA AGGAGATGAT 
GGATATGAGC AGATTTCAAG TGATGAAGAT GGAATTGCTG ATCTGGAACG TGAAACATTT 
AAGTATCCAA GCTTTGATAT TGAATATACT CCTGAGGATC TTGCATCTGT GCCTCCTGTG 
ACATATGAAC CTTTTGAAAG GGAGCTTGGA CCTCTTTTAT ACTTTAGCTG CCCTTACAAG 
ACTGTATTTG AAAATGAAGT TGGTAAAATA AAGGACCAAG ACCCAGAAAA AGAAAATTCA 
GGGGCAGTGG AAGCCTCAGT TAAATTAACT GAACTGTTGG AATTATATCA AGAGGAAAGG 
GGTGCAAAGT GGGTCACTGC ATTAGAAGAA GTTCCGAGTT TAATAGTAAA AGGATTGAGC 
TACCTGCAGG TGAAAGACAC AAAGCAAGAC TATATTACCC AGCTAGTAGA CTGGACCCTG 
CAAGCTTTAA ACCTTCAGGT AGCTCTCAAA CAGCCCATTG CTTTGAATGT CCGACAACTC 
AAAGCTGGGA CAAAATTGGT ATCGTCGTTA GGAGAATGTG GGACACAAGG AATAATGGCA 
CTCTTGCAGG CAGGAGTTAT TAATGTGTTA TTTGAACTGT TGTTTGCAGA TCATGTGTCA 
TCCTCCCTTA AGCTTAATGC TTTTAAAGCT TTGGATAGTG TTATTAGTAT GACTGAGGGA 
ATGGAAATGT TTCTAAGGGG TGGCGTAGAT GTACATGAAA AAAGTGGTTA TCAGAAACTC 
CTGGAACTCA TACTGTTAGA TCAGACTGTG AGAGTAGTTA CTGCTGGTTC TGCAATTCTC 
CAGAAATGTC ACTTCTATGA GATTCTGTCA GATATTAAAA AGGTGGTTGA TCAGTTAGCA 
GAGAACACTC CTTCTCTTCC GAATCACACG GAGCCAGAAC AGGACCAGGA CTTGACAGGA 
CTTGAAAGAA CCAACCAAGA GTATGAGAAT GATGTGGAGG CTCCTATGGA CATGGATCAT 
CTTTTGGAAT CTTCTAATAT AAGTGAAGGA GAAATGGAAA AACTTGTTAG TCTTCTTGAA 
GAAATTTTCC ATTTGATGGA AACCGCTCCT CATACAATGA TTCAGCCACC TGTGAAATCT 
TTCCCAACCA TGGCACGCAT TACAGGCCCT CCAGAAAGGG ATGATCCTTA CCCTGTTCTG 
TTTAGGTATC TTCATAGTCA CCATTTCTTG GAATGCATTA CTTTGCTACT GTCTATTCCA 
GTGACAGGCG CACATCCAGG TGTGCTTCAA GCTATACGAG ATATATTGCG TTTCCTGGCA 
CAGTCACAGA AGGGTCTTCT TTTCTTTATT TCCGAGTATG AAGCAACGAA CTTGTTGATC 
AGAGCACTTT GTCAGTTTTC TGATCCGGAT CAAGAGGAAG GTCTCCAATC GGATGGTGCC 
AGTGAGGATA CTTTTGCACT GTGGCTCCTG CATTCAACAC AGACGTTACA GTGCATTTCA 
GAATTATTCT GCCACTTTCA GCGGTGCACA GCCAGTGAGG AGACTGACCA TTCAGATCTG 
CTGGGAACAC TTCACAACCT TTACTTGATT ACCTTTAACC CTGTGGGAAG ATCTGCTGTG 
GCTCATGTAT TCAGTCTGGA GAAAAATCTC CAAAGTCTTA TTACTTTAAT GGAGTACTAT 
TCCAAAGAAG CTTTAGGAGA CTCAAAGTCT AAGAAGTCAG TTGCTTATAA TTATGCCTGC 
ATCCTTGTTT TGCTGGTGGT TCAATCTTCC AGTGATGTTC AAATGCTGGA ACAGCACTCG 
GTGCCTTTGC TGAAGCTTTG TAAAGCAGAC GAAAATAACA CCAAATTGCA AGAGCTCAGC 
AAGTGGCTTG AACCTTTGAA GAATCTTAGA TTTGAAATAA ATTGTATTCC AAATCTCATT 
GAATATATCA AACAGAATAT TGACAGTTTG ATGACCCCAG ATGGAGTTGG TCTTCCTACT 
GCACTTCGTG TTCTTTGTCA TGTTGCATGT CCACCACCTC TGGTAGAAGG TCAACAGAAA 
GACCTTAAAT GGAATCTTGC AGTTATTCAG CTCTTTTCTT CTGAGGGAAT GGACACCTTC 
ATCCGGGTAT TACAGAAGCT GAACAGCATA CTTATTCAGC CTTGGCGACT CCATGTCAAC 
ATGGGCACCA CACTTCACAG AGTTACTACT ATTTCTATGG CCCGCTGTAC ACTTACTCTC 
CTTAAAACAA TGCTAACAGA ACTCCTGAGG GGTGGATCTT TTGAATTCAA AGACATGCGT 
GTTCCATCAG CACTTGTTTC TTTACACATG CTCCTGTGTT CTATTCCTCT CTCAGGCCGC 
TTAGATAGCG ATGAACAAAA AATTCAGAAT GACATTGTTG ATATCTTACT GACTTTTACA 
CAAGGTGTTA ATGAAAAACT TACAATTTCT GAAGAAACTT TGGCGAATAA TACTTGGTCT 
TTAATGTTGA AGGAAGTTCT CTCTTCAATT TTGAGAATTC CTGAAGGCTT TTTCTCTGGA 
CTTATACTGC TTTCAGAATT GTTGCCTCTT CCACTGCCCA TGCAGACGAC TCAGGTGATT 
GAACCACATG ATATTTCAGT GGCACTCAAC ACCAGGAAGC TGTGGAGTAT GCATCTTCAT 
GTTCAGGCCA AACTGATCCA AGAGATAGTT CGATCTTTCT CTGGTTCATC TTGCCAGCCT 
ATTCAGCATA TGTTGAGACG TATTTGTGTT CAGTTGTGTG ACTTGGCTTC ACCTACTGCT 
CTTCTTATCA TGAGGACTGT ATTGGATCTG ATTGTAGAAG ACCTACAAAG CAACACGGAA 
GATAAAGAGA AACAGTACAC TGGACAGACC ACTCGATTGC TTGCTTTATT GGATGCCCTG 
GCTTCACATA AAGCCTGTAA ATTGGCTATT TTGCATCTTA TCAATGGAAC TACTAAAGGT 
GATGAAAAGT ACGCAGAGGT TTTCCAGGAG CTCTTGGCTT TGATGCGATC GGCTGGGGAC 
AACGTCACTC ATCAGCAGTG CGCTGAATAT GTAACTTCCC TTTTGCAGTC CCTCTGTGAT 
CAGGATATTG CACTCATTTT ACCAAGTTCA TCAGAAGGCT CTGTGTCTGA ATCAGAGCAG 
CTTTCCAACT CCTTGCCAAG CAAAGAGCTG ATGCCCTTAA TTTGTGACTG TCTGATGGAA 
ACATTAACTA ATTCTGAGAG CAGTTACAGT TGTCTGCTGA CATGTATCCG AACAATGATG 
TTCCTTACAG AGCATGACTA TGGCTTCTAT CACTTAAAGA GCTCTCTAAG AAAACACAGC 
AGTGCTCTGT ACACTGTATT AAAGCGAGTA ATAACTAGTT TTAGCAAAGA CACAGGTGAA 
CTGGCCTCTT CTTTTTTGGA TTTTATGCGA CAGATTCTTA ACTCTGATAC GCTGGGATGT 
TGTGGAGATG ACGGAAGCCT TATGGAAGCA GATGGATCTC ATCCAGGGAG AACACTGGGT 
CTAACTACTG CAGAGTTAAA ACATCTACTG CAGAACAAAG AGGAAACCCC AGAAAACCTG 
CTGCTTGATC TGGAGAAACA CGTTATGGAT CGTTCTAAGG AAGACGATGG CCTTGAATCC 
TTACTGGACA ACATTGTCGG AGTGAGGCAG ATGTTGGAAT CAGCGGGCGA TTCTTGTCCA 
CTGAGTGACC AAGACATAGA GCCTATTCTT TCTGCACCAG ACTCTCTTCA GAATTTGTTT 
AATAACAGGA CTACATACGT GTTGGCAGAC GTGATGGATG ACCAGCTGAA GTCCATGTGG 
TTCTCACCCT TTCAGGCTGA AGAAATAGAC ACTGATCTGG ATATGGTAAA AGTTGACTTA 
ATTGAACTGT CAGAGAAGGG CTGCAGTGAC TTTGACTTGC AAGCTGAATT GGAGAGGTCA 
TTTTTGTCAG AACCATCATC TCCTGGACGC ACAAAAACCA CAAAAGGGTT CAAACTCGGC 
AAGCACAAGC ATGAGACCTT CATAACTTCA AGTGGAAAAT CTGAGTACAT AGAGCCTGCA 
AAGAGAGCTC ACGTTGTCCC ACCACCAAGA GGAAGAGGCA GGGGAGGATT TGGACAAGGA 
ATTCGACCAC ATGATATCTT CCGTCAGAGG AAACAGAATA CGAGCAGGCC ACCCTCCATG 
CATGTGGATG ATTTTGTTGC TGCAGAGAGC AAAGAAGTGG TTGCTCCAGA TGGGATACCA 
CCAGCCAAAA GGCCACCAAA AGTGTCACAG AAGATTTCTT CACGTGGTGG GTTCTCAGGG 
AATCGTGGAG GACGAGGAGC TTTTCACAGT CAGAACAGGT TCTTTACACC ACCTGCTTCA 
AAAGGAAATT ACAGTCGTCG TGAAGGCGCT CGAGGCTCAA GTTGGAGTGC ACAGAGTACG 
CCCAGGGGAA CCTACAATGA CAGTAGAGGT GGTCAAAGCA ATTTTAACAG GGGTCCACTG 
CCACCATTGA GACCATTAAG TTCAGCAGGC TACCGACCGA GTCCTCGCGA TCGTGCTTCC 
AGAGGCCGGG GAGGAATTGG ACCGTCTTGG ACAAGTGCTA ATAGTAGTAG CAGTGGTGGC 
TCAAGAGGAA AGTTTGTTAG TGGAGGCAGT GGAAGAGGTC GTCATGTACG TTCCTTCACA 
CGATAA

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

RefSeq	XP_011600584.1
CDS	48..5513
Translation	MAVDTATELLFLDTFKHQSAEQSTNIDVVRFPCVVYINEVRVIPPGVRAHTSLPDNRAYGETSPHTFQLDLFFNNVSKPSAPVFDRLGSLEYDENTSIIFRPNAKVNTDGLVLRGWYNCLTLAIYGSVDRVISHERESPPPPPPPPPPPQQQPGLKRNPKHVDGEKEDQFNGSPPRPQPRGPRTPPGPPPPDDDEDEPMPVSVVGEKEDDVDHREDYFEPISPDRTSIHQESQYSDDGEVEEDQPEEGEDEDDVDVEEEEDEDDDDGHTVESIADEEEEEEEEDEDEEEGEEEEEGEGDDGYEQISSDEDGIADLERETFKYPSFDIEYTPEDLASVPPVTYEPFERELGPLLYFSCPYKTVFENEVGKIKDQDPEKENSGAVEASVKLTELLELYQEERGAKWVTALEEVPSLIVKGLSYLQVKDTKQDYITQLVDWTLQALNLQVALKQPIALNVRQLKAGTKLVSSLGECGTQGIMALLQAGVINVLFELLFADHVSSSLKLNAFKALDSVISMTEGMEMFLRGGVDVHEKSGYQKLLELILLDQTVRVVTAGSAILQKCHFYEILSDIKKVVDQLAENTPSLPNHTEPEQDQDLTGLERTNQEYENDVEAPMDMDHLLESSNISEGEMEKLVSLLEEIFHLMETAPHTMIQPPVKSFPTMARITGPPERDDPYPVLFRYLHSHHFLECITLLLSIPVTGAHPGVLQAIRDILRFLAQSQKGLLFFISEYEATNLLIRALCQFSDPDQEEGLQSDGASEDTFALWLLHSTQTLQCISELFCHFQRCTASEETDHSDLLGTLHNLYLITFNPVGRSAVAHVFSLEKNLQSLITLMEYYSKEALGDSKSKKSVAYNYACILVLLVVQSSSDVQMLEQHSVPLLKLCKADENNTKLQELSKWLEPLKNLRFEINCIPNLIEYIKQNIDSLMTPDGVGLPTALRVLCHVACPPPLVEGQQKDLKWNLAVIQLFSSEGMDTFIRVLQKLNSILIQPWRLHVNMGTTLHRVTTISMARCTLTLLKTMLTELLRGGSFEFKDMRVPSALVSLHMLLCSIPLSGRLDSDEQKIQNDIVDILLTFTQGVNEKLTISEETLANNTWSLMLKEVLSSILRIPEGFFSGLILLSELLPLPLPMQTTQVIEPHDISVALNTRKLWSMHLHVQAKLIQEIVRSFSGSSCQPIQHMLRRICVQLCDLASPTALLIMRTVLDLIVEDLQSNTEDKEKQYTGQTTRLLALLDALASHKACKLAILHLINGTTKGDEKYAEVFQELLALMRSAGDNVTHQQCAEYVTSLLQSLCDQDIALILPSSSEGSVSESEQLSNSLPSKELMPLICDCLMETLTNSESSYSCLLTCIRTMMFLTEHDYGFYHLKSSLRKHSSALYTVLKRVITSFSKDTGELASSFLDFMRQILNSDTLGCCGDDGSLMEADGSHPGRTLGLTTAELKHLLQNKEETPENLLLDLEKHVMDRSKEDDGLESLLDNIVGVRQMLESAGDSCPLSDQDIEPILSAPDSLQNLFNNRTTYVLADVMDDQLKSMWFSPFQAEEIDTDLDMVKVDLIELSEKGCSDFDLQAELERSFLSEPSSPGRTKTTKGFKLGKHKHETFITSSGKSEYIEPAKRAHVVPPPRGRGRGGFGQGIRPHDIFRQRKQNTSRPPSMHVDDFVAAESKEVVAPDGIPPAKRPPKVSQKISSRGGFSGNRGGRGAFHSQNRFFTPPASKGNYSRREGARGSSWSAQSTPRGTYNDSRGGQSNFNRGPLPPLRPLSSAGYRPSPRDRASRGRGGIGPSWTSANSSSSGGSRGKFVSGGSGRGRHVRSFTR

Target ORF information:

RefSeq Version	XM_011602282.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis KIAA1429 ortholog (KIAA1429), mRNA.

Target ORF information:

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

XM_011602282.1

ORF Insert Sequence:

ATGGCGGTGG ACACCGCAAC CGAGCTGCTA TTTTTAGACA CGTTCAAGCA CCAGAGCGCG 
GAGCAAAGTA CCAATATAGA TGTAGTTCGT TTTCCATGCG TGGTTTACAT AAATGAAGTA 
CGTGTCATTC CTCCAGGAGT GAGAGCTCAC ACAAGCTTGC CTGACAATAG GGCTTATGGG 
GAGACATCCC CGCATACCTT TCAACTGGAC TTGTTTTTCA ACAATGTCAG CAAGCCAAGT 
GCCCCTGTTT TTGATAGGCT GGGGAGCCTT GAATATGATG AAAATACTTC AATTATTTTC 
AGACCCAATG CAAAGGTCAA CACGGATGGA TTAGTTCTGA GAGGGTGGTA CAACTGTCTG 
ACTTTGGCCA TATATGGCTC AGTTGACAGG GTAATAAGTC ATGAGAGAGA GTCACCTCCT 
CCACCCCCAC CTCCACCACC ACCTCCCCAG CAGCAGCCTG GTTTAAAAAG AAACCCGAAA 
CATGTTGATG GAGAGAAAGA AGACCAGTTC AATGGCAGCC CTCCAAGACC ACAACCTAGG 
GGACCAAGGA CACCTCCAGG CCCTCCTCCT CCTGATGATG ATGAGGATGA ACCTATGCCA 
GTGTCAGTGG TTGGGGAAAA AGAAGATGAT GTGGACCATA GGGAGGATTA CTTTGAGCCC 
ATTTCTCCTG ATCGAACATC CATTCATCAA GAAAGCCAGT ATTCTGATGA TGGAGAAGTA 
GAGGAAGATC AACCAGAAGA AGGAGAAGAT GAAGATGATG TGGATGTTGA GGAGGAGGAG 
GATGAGGATG ATGATGATGG GCATACAGTA GAGAGTATTG CTGATGAGGA AGAGGAAGAG 
GAGGAGGAAG ATGAAGATGA AGAAGAGGGT GAAGAGGAAG AAGAAGGTGA AGGAGATGAT 
GGATATGAGC AGATTTCAAG TGATGAAGAT GGAATTGCTG ATCTGGAACG TGAAACATTT 
AAGTATCCAA GCTTTGATAT TGAATATACT CCTGAGGATC TTGCATCTGT GCCTCCTGTG 
ACATATGAAC CTTTTGAAAG GGAGCTTGGA CCTCTTTTAT ACTTTAGCTG CCCTTACAAG 
ACTGTATTTG AAAATGAAGT TGGTAAAATA AAGGACCAAG ACCCAGAAAA AGAAAATTCA 
GGGGCAGTGG AAGCCTCAGT TAAATTAACT GAACTGTTGG AATTATATCA AGAGGAAAGG 
GGTGCAAAGT GGGTCACTGC ATTAGAAGAA GTTCCGAGTT TAATAGTAAA AGGATTGAGC 
TACCTGCAGG TGAAAGACAC AAAGCAAGAC TATATTACCC AGCTAGTAGA CTGGACCCTG 
CAAGCTTTAA ACCTTCAGGT AGCTCTCAAA CAGCCCATTG CTTTGAATGT CCGACAACTC 
AAAGCTGGGA CAAAATTGGT ATCGTCGTTA GGAGAATGTG GGACACAAGG AATAATGGCA 
CTCTTGCAGG CAGGAGTTAT TAATGTGTTA TTTGAACTGT TGTTTGCAGA TCATGTGTCA 
TCCTCCCTTA AGCTTAATGC TTTTAAAGCT TTGGATAGTG TTATTAGTAT GACTGAGGGA 
ATGGAAATGT TTCTAAGGGG TGGCGTAGAT GTACATGAAA AAAGTGGTTA TCAGAAACTC 
CTGGAACTCA TACTGTTAGA TCAGACTGTG AGAGTAGTTA CTGCTGGTTC TGCAATTCTC 
CAGAAATGTC ACTTCTATGA GATTCTGTCA GATATTAAAA AGGTGGTTGA TCAGTTAGCA 
GAGAACACTC CTTCTCTTCC GAATCACACG GAGCCAGAAC AGGACCAGGA CTTGACAGGA 
CTTGAAAGAA CCAACCAAGA GTATGAGAAT GATGTGGAGG CTCCTATGGA CATGGATCAT 
CTTTTGGAAT CTTCTAATAT AAGTGAAGGA GAAATGGAAA AACTTGTTAG TCTTCTTGAA 
GAAATTTTCC ATTTGATGGA AACCGCTCCT CATACAATGA TTCAGCCACC TGTGAAATCT 
TTCCCAACCA TGGCACGCAT TACAGGCCCT CCAGAAAGGG ATGATCCTTA CCCTGTTCTG 
TTTAGGTATC TTCATAGTCA CCATTTCTTG GAATGCATTA CTTTGCTACT GTCTATTCCA 
GTGACAGGCG CACATCCAGG TGTGCTTCAA GCTATACGAG ATATATTGCG TTTCCTGGCA 
CAGTCACAGA AGGGTCTTCT TTTCTTTATT TCCGAGTATG AAGCAACGAA CTTGTTGATC 
AGAGCACTTT GTCAGTTTTC TGATCCGGAT CAAGAGGAAG GTCTCCAATC GGATGGTGCC 
AGTGAGGATA CTTTTGCACT GTGGCTCCTG CATTCAACAC AGACGTTACA GTGCATTTCA 
GAATTATTCT GCCACTTTCA GCGGTGCACA GCCAGTGAGG AGACTGACCA TTCAGATCTG 
CTGGGAACAC TTCACAACCT TTACTTGATT ACCTTTAACC CTGTGGGAAG ATCTGCTGTG 
GCTCATGTAT TCAGTCTGGA GAAAAATCTC CAAAGTCTTA TTACTTTAAT GGAGTACTAT 
TCCAAAGAAG CTTTAGGAGA CTCAAAGTCT AAGAAGTCAG TTGCTTATAA TTATGCCTGC 
ATCCTTGTTT TGCTGGTGGT TCAATCTTCC AGTGATGTTC AAATGCTGGA ACAGCACTCG 
GTGCCTTTGC TGAAGCTTTG TAAAGCAGAC GAAAATAACA CCAAATTGCA AGAGCTCAGC 
AAGTGGCTTG AACCTTTGAA GAATCTTAGA TTTGAAATAA ATTGTATTCC AAATCTCATT 
GAATATATCA AACAGAATAT TGACAGTTTG ATGACCCCAG ATGGAGTTGG TCTTCCTACT 
GCACTTCGTG TTCTTTGTCA TGTTGCATGT CCACCACCTC TGGTAGAAGG TCAACAGAAA 
GACCTTAAAT GGAATCTTGC AGTTATTCAG CTCTTTTCTT CTGAGGGAAT GGACACCTTC 
ATCCGGGTAT TACAGAAGCT GAACAGCATA CTTATTCAGC CTTGGCGACT CCATGTCAAC 
ATGGGCACCA CACTTCACAG AGTTACTACT ATTTCTATGG CCCGCTGTAC ACTTACTCTC 
CTTAAAACAA TGCTAACAGA ACTCCTGAGG GGTGGATCTT TTGAATTCAA AGACATGCGT 
GTTCCATCAG CACTTGTTTC TTTACACATG CTCCTGTGTT CTATTCCTCT CTCAGGCCGC 
TTAGATAGCG ATGAACAAAA AATTCAGAAT GACATTGTTG ATATCTTACT GACTTTTACA 
CAAGGTGTTA ATGAAAAACT TACAATTTCT GAAGAAACTT TGGCGAATAA TACTTGGTCT 
TTAATGTTGA AGGAAGTTCT CTCTTCAATT TTGAGAATTC CTGAAGGCTT TTTCTCTGGA 
CTTATACTGC TTTCAGAATT GTTGCCTCTT CCACTGCCCA TGCAGACGAC TCAGGTGATT 
GAACCACATG ATATTTCAGT GGCACTCAAC ACCAGGAAGC TGTGGAGTAT GCATCTTCAT 
GTTCAGGCCA AACTGATCCA AGAGATAGTT CGATCTTTCT CTGGTTCATC TTGCCAGCCT 
ATTCAGCATA TGTTGAGACG TATTTGTGTT CAGTTGTGTG ACTTGGCTTC ACCTACTGCT 
CTTCTTATCA TGAGGACTGT ATTGGATCTG ATTGTAGAAG ACCTACAAAG CAACACGGAA 
GATAAAGAGA AACAGTACAC TGGACAGACC ACTCGATTGC TTGCTTTATT GGATGCCCTG 
GCTTCACATA AAGCCTGTAA ATTGGCTATT TTGCATCTTA TCAATGGAAC TACTAAAGGT 
GATGAAAAGT ACGCAGAGGT TTTCCAGGAG CTCTTGGCTT TGATGCGATC GGCTGGGGAC 
AACGTCACTC ATCAGCAGTG CGCTGAATAT GTAACTTCCC TTTTGCAGTC CCTCTGTGAT 
CAGGATATTG CACTCATTTT ACCAAGTTCA TCAGAAGGCT CTGTGTCTGA ATCAGAGCAG 
CTTTCCAACT CCTTGCCAAG CAAAGAGCTG ATGCCCTTAA TTTGTGACTG TCTGATGGAA 
ACATTAACTA ATTCTGAGAG CAGTTACAGT TGTCTGCTGA CATGTATCCG AACAATGATG 
TTCCTTACAG AGCATGACTA TGGCTTCTAT CACTTAAAGA GCTCTCTAAG AAAACACAGC 
AGTGCTCTGT ACACTGTATT AAAGCGAGTA ATAACTAGTT TTAGCAAAGA CACAGGTGAA 
CTGGCCTCTT CTTTTTTGGA TTTTATGCGA CAGATTCTTA ACTCTGATAC GCTGGGATGT 
TGTGGAGATG ACGGAAGCCT TATGGAAGCA GATGGATCTC ATCCAGGGAG AACACTGGGT 
CTAACTACTG CAGAGTTAAA ACATCTACTG CAGAACAAAG AGGAAACCCC AGAAAACCTG 
CTGCTTGATC TGGAGAAACA CGTTATGGAT CGTTCTAAGG AAGACGATGG CCTTGAATCC 
TTACTGGACA ACATTGTCGG AGTGAGGCAG ATGTTGGAAT CAGCGGGCGA TTCTTGTCCA 
CTGAGTGACC AAGACATAGA GCCTATTCTT TCTGCACCAG ACTCTCTTCA GAATTTGTTT 
AATAACAGGA CTACATACGT GTTGGCAGAC GTGATGGATG ACCAGCTGAA GTCCATGTGG 
TTCTCACCCT TTCAGGCTGA AGAAATAGAC ACTGATCTGG ATATGGTAAA AGTTGACTTA 
ATTGAACTGT CAGAGAAGGG CTGCAGTGAC TTTGACTTGC AAGCTGAATT GGAGAGGTCA 
TTTTTGTCAG AACCATCATC TCCTGGACGC ACAAAAACCA CAAAAGGGTT CAAACTCGGC 
AAGCACAAGC ATGAGACCTT CATAACTTCA AGTGGAAAAT CTGAGTACAT AGAGCCTGCA 
AAGAGAGCTC ACGTTGTCCC ACCACCAAGA GGAAGAGGCA GGGGAGGATT TGGACAAGGA 
ATTCGACCAC ATGATATCTT CCGTCAGAGG AAACAGAATA CGAGCAGGCC ACCCTCCATG 
CATGTGGATG ATTTTGTTGC TGCAGAGAGC AAAGAAGTGG TTGCTCCAGA TGGGATACCA 
CCAGCCAAAA GGCCACCAAA AGTGTCACAG AAGATTTCTT CACGTGGTGG GTTCTCAGGG 
AATCGTGGAG GACGAGGAGC TTTTCACAGT CAGAACAGGT TCTTTACACC ACCTGCTTCA 
AAAGGAAATT ACAGTCGTCG TGAAGGCGCT CGAGGCTCAA GTTGGAGTGC ACAGAGTACG 
CCCAGGGGAA CCTACAATGA CAGTAGAGGT GGTCAAAGCA ATTTTAACAG GGGTCCACTG 
CCACCATTGA GACCATTAAG TTCAGCAGGC TACCGACCGA GTCCTCGCGA TCGTGCTTCC 
AGAGGCCGGG GAGGAATTGG ACCGTCTTGG ACAAGTGCTA ATAGTAGTAG CAGTGGTGGC 
TCAAGAGGAA AGTTTGTTAG TGGAGGCAGT GGAAGAGGTC GTCATGTACG TTCCTTCACA 
CGATAA