ANAPC1 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	ANAPC1
Entrez Gene ID	106499348
Full Name	anaphase promoting complex subunit 1
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013960855.1	XP_013816309.1	anaphase-promoting complex subunit 1

Pathways from BioSystems
Gene Ontology

The following ANAPC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ANAPC1 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
OAp09200	XM_013960855.1 Latest version!	Apteryx australis mantelli anaphase promoting complex subunit 1 (ANAPC1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

ANAPC1 ( XM_013960855.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013816309.1 Apteryx australis mantelli anaphase promoting complex subunit 1 (ANAPC1), mRNA.

Price & Availability↑

CloneID	OAp09200
Clone ID Related Accession (Same CDS sequence)	XM_013960855.1
Accession Version	XM_013960855.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5562bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	anaphase-promoting complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013987125.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTCATTT GGAGCAAAGG AAGTAAAAAC CAAGCATCTA CTGTTTATAA GGCTTTCACT 
GTTGACAGTC CTGTCCTACA GGCCTTATGG TGTGACTTCA CTATACCCCA GGAAAAATCT 
GAAAAATCTG AAGTTTCAGG TAGCAATGAA ATAGTAGAGA AATGTATCTG CATATTGCAG 
AACTCGTGTA TAAATGTGCA TAGCATAGAG GGAAAGGATT ACATTGCTGC TTTACCTTTT 
CAGGTGGCAA ATGTCTGGCC AACAAAATAT GGTTTGTTAT TTGAGCGCAG TAGTTCTTCA 
CATGAAATGC CTCCAAGTCC ACCCAGAGAA CCTTTGCCTA CTATGTTCAG CATGCTACAT 
CCATTAGATG AGATAACGCC TCTTGTCTGC AAGTCTGGAG GTGTGTTTGG CTCTGCCAGA 
GTGCAGTATG TTGCTGATTA CACCTTGAGG ATTGTATTTC TCAATGCTGA ACCTTCCATC 
ATGATGACGT ATGATACTGT TCAGAGTTTA CACACTGTTT GGGCTCTTCG TAGAGTAAAG 
CCAGAGGAGC AGAACACAGT GCTGAAGTTT GCTGAACAGA TGGGCACGCC GCAGCATGTG 
GCCACCAGCA GCTCTTTGAC CGCTCATCTC AGGAGCCTTT CAAAAGGCGA CTCTCCTGTG 
GCTTCCCCTT TCCAGAACTA CTCGTCTATT CACAGCCAGA GCAGATCCGT GTCATCACCC 
AGCATGCAGT CCCGCTCACC ATCTATCTCC AACATGGCTG CTTTGAGCCG CTCTCACTCC 
CCTGCCCTGG GAGTGCACTC TTTCTCAGGA GTGCAGAGGT TCAACTTTTC CAGTAACGCT 
CAGTCACCGA AGAGGCACAG TATTACCCAT TCTCCAAACA GCACTTCCAG TGATTCCTTC 
CTTATACCAG AAACTGAACC AATTGTTCCA GAGCTGTGTA TAGATCATCT GTGGACAGAA 
ACCATCACAA ACATGAGAGA GAAGAATTCC CAAGCATCAA AAGTGTTTAT TACCACTGAC 
CTCTGTGGGC AAAAGTTCTT GTGCTTTTTA GTGGAATCCC AGCTCCAGCT GCGCTGTGTG 
AAATTTCAGG AGAGTAACGA TAAGTCACAG TTGATCTTTG GTTCTGTCAC CAATATTCAA 
GCAAAGGATG CAGCTCCAGT GCAGGGCATT GATACTTTGC TGGTTCTGGA AGGCAGCGGA 
AATCTAGTGC TATATTCTGG AGTGGTTCGG GTGGGAAAGG TTTTTATTCC TGGACTGCCT 
GCTCCATCCC TGACCATGTC CAACCAAATG CCTCGGCCAA GTACTCCTTT GGATAGTATC 
AGCACTCCAT CCAAGCCTTT GAATAAGCAT CTGGGGCCCC TAGAAGAGGG TGTGCTGTTG 
TCACCAGTTC CAGAGCTAAG GGATTCTTCC AAACTTCATG ACTCATCTTA CATTGAGGAC 
TGTACTTTTC AGCAGCTTGG GACTTTCATT CATGCTCTGA GAGATCCTGT CCACAACAGA 
GTAACTTTGG AACTCAGTAA TAATACGATG GTTCGGATTA CGATTCCTGA AATTGCCACT 
TCAGAATTAG TGAAAAGATG TCTGCAAGGG CTCAAATCTA TCCTGCCCAA GGAGATAGCT 
GTACAGATGC TTGTCAAATG GTACAATGCT TATAATGCTC CAGGAGGACC AAGCTATCAC 
TCAGAATGGA ATTTATTTGT AACATGTCTC ATGAATATGA TGGGTTACAA TACAGAGAGA 
TTAGCTTGGA CACGAAATCT TGATTTTGAG GGATCACTTT CGCCAGTTAT TGCTCCAAAG 
AAGGCAAGGC CATCAGAAAC GGGGTCAGAT GAAGACTGGG AATATCTCTT GAACTCAGAT 
TACCATAGGA ATTTTGAGTC TCATCCTGTA GCCAAAGCTT TGCGACTGGA ACCTCTGGAA 
ATTTCACCTC CAAAGGACAA CTTTTCACAG AGCCTTAGCT TGGATTCCTC AACCCTCCTT 
TTCACCCACA TTCCTGCTAT TTTCTTTGTT CTTCATCTGA TCTATGAGGA GCTTAAACTC 
AACAGTCTAA TGGGAGAAGG AATTCGTTCA CTTGTTGTTC TTCTGGTTCA GCTGGCCAGA 
GACTTAAAAC TTGAAGCTTA TATAGATTAT TACTACAGAG ACTATCCAGC CCTTGTGAAG 
ACTTCCAGAC AGACTTGCAT AGTTGATCAA GTCCAAACAG GTTTCATGCA CCATCCCTCA 
TTTTTTTCTG CTGAGCCTCC AAGTATCTTT CAGTGGCTGA GTTCCTGTCT GAAGGGAGAA 
GGAGTGCAGC CTTATCCTTA CTTACCAGGA ATCTGTGAAA GGAGCAAACT GGTAGTACTG 
AGTGTGGCTC TGTACATACT TGGTGATGAG AGAGCTGTAT CTAATGAAGC CTCCCATTAC 
TTGTACAAAA TTACATCAGG ACAACGAAAA CAGCAAATAG AACAGGATGA CAATCGATGT 
AGTTTCAGAC AGAGCACATC TGTTTCTAGC CTGGCTGAAA AGTTAGTTAT TTGGATGACT 
AACGTTGGTT TCACCTTAAG GGATCTGGAG TCTCTCCCCT TTGGTGTAGC ACTTCCTATT 
AGAGATGCAA TATATTATTG CCGAGAGCAG CCTGCCTCAG ACTGGCCAGA AGCAGTTTGT 
CTCTTGATTG GGCGCCAGGA TCTGTCCAAG CAAGCATGTG AAGGGAACCT GCAAAAGGGT 
AAATCTTCTG TGGGCCAGGT GCTGTCCTCT GATATTCCCT CTGGATCTGA ATCAGAAGAG 
GATGAGGATG GCATGAATGA TATGAATGAA GAAGTGATGT CATTAATATG GAGCGAGGAT 
TTGAGAGTAC AGGAAGTACG AAGGCTCCTG CAAAGTGCCC GTCCTGTACG TGTCAATGTA 
GTGCAGATGC CAGAAGCTAG TGACCATGAA TACATAGAAG AAAAAGAAAA CCGGTTGTTA 
CAGCTGTGCC AGAGAACCAT GGCACTACCT GTCGGACGAG GAATGTTTAC TTTGTTCTCG 
TATCATCCTG TTCCAACAGA ACAATTGCCT ATCCCAAAAT TGAATCTAAC TGGTCGTGCT 
CCTCCTAGGA ACACCACTGT TGACCTTAAC AGTGGGAACA TTGATGTACC TCCAAACATG 
GCTTGCTGGG CTAGCTTTCA CAACGGTGTG GCTGCTGGGC TGAAGATAGC ACCTGCCTCG 
CAGATAGATT CTGCGTGGAT TGTCTATAAC AAGCCAAAAA TTGCCGAACT AGCAAATGAA 
TATGCAGGCT TCCTCATGGC TCTGGGTCTC AATGGGCATC TCACAAAACT TGCCACGCTC 
AATATACATG ACTACTTAAC CAAGGGCCAT GAGATGACGA GTATTGGACT GTTGCTTGGT 
GTTTCTGCTG CCAAGCTGGG CACAATGGAT ATGGCTATTA CGCGGCTCCT GAGCATTCAC 
ATACCTGCCC TCCTGCCACC AACTTCAACG GAGCTGGATG TCCCACACAA CGTGCAGGTG 
GCTGCTGTGA TAGGAATAGG CCTTGTTTAT CAAGGCACTG CTCACAGGCA CACGGCTGAG 
GTTCTGCTGG CTGAAATAGG ACGTCCCCCC GGACCAGAAA TGGAGTACTG CACAGACAGA 
GAGTCCTATT CACTTGCGTC TGGGCTAGCC TTAGGCATGG TTTGCCTGGG GCATGGCAGT 
AATTTGATAG GCATGTCAGA CCTCAATGTT CCTGAGCAGC TTTACCAGTA CATGGTTGGA 
GGTCACCGGC GGTTCCAAGC AGGAATGCAC CGAGAGAAGC ACAAGTCTCC CAGTTATCAG 
ATTAAGGAAG GAGACACCAT AAATGTGGAT GTTACTTGTC CAGGTGCCAC ACTCGCACTT 
GCAATGATCT ATCTAAAGAC TAATAACAGA TCCATTGCTG ATTGGCTTCA AGCACCAGAT 
ACAATGTATC TGCTGGACTT TGTAAAACCA GAGTTCCTTT TATTGAGAAC CCTGGCTCGA 
TGCCTGATTT TGTGGGATGA CATCTTGCCC AATTCCAAGT GGGTTAATAG CAATGTGCCT 
CAAATCATAA GAGAGAATAG TATATCCCTT CATGCAACAG AGCTGCCTTC GTCTGAAGAC 
CTGAGTTTGG AGACACTGGC GCAAGCTCAT GTCTACATCA TTGCTGGTGC ATGTTTGTCA 
CTGGGATTTC GATTTGCTGG TTCAGAAAAT CTGGCAGCAT TTAAATGCTT GTACAAATAT 
GCAACAGATT TCCTGAAGTG TTTGTCAGCA CCAACAGCTT CAATAACAGG TCACTATAAT 
CTCGAAACAT GCTTGAGCGT CTTGTTGCTG TCTCTCGCAA TGGTGATGGC AGGCTCTGGA 
AACCTGAAAG TCCTTCAGCT TTGCCGTTTC ATGCACAAGA AGACAGGCGG AGAGATGAAC 
TATGGGTTCC ACCTGGCTCA CCACATGGCT TTGGGGCTTC TCTTTCTGGG AGGAGGAAGA 
TACTCACTGA GCACTTCAAA TTCTTCAATT GCCGCTCTCC TTTGCGCACT GTACCCTCAT 
TTCCCCGTTC ACAGCACGGA CAATCGGTAC CATCTTCAGG CCTTGCGTCA CTTGTACGTG 
CTGGCAGCAG AACCTAGACT CTTGACACCT GTTGATGTGG ATTCGAACAC TCCTTGTTAC 
GCGCTGATAG AGGTTACATA CAAGGGCACA CAGTGGTATG CAGAAGCCAC GGAGGAATTG 
ATGGCACCCA CCCTTCTTCC AGAGCTTCAC TTACTGAAGC AGATCAGAGT GAAGGGACCA 
CGGTACTGGG AATTATTAAT AGATTTAAGC AAGGGGACAC ACCATCTCAA GTCGATTCTT 
TCTAAGGGTG GCATCTTGTA TGTGAAACTG AGAGCTGGGC AGCTCTCGTA CAAGGAGGAC 
CCAATGGGCT GGCGCAGTCT CTTAGCACAG ACTGTTACTC ACCGAAACTC TGAAGCTCGA 
GCATTCAAGC CAGAAGCAAT TTCAGCTTTC ACTTCCGATC CTGCTCTGTT TTCGTTTGCT 
GATTATTTTT GCAAACCAAC TGTGAACATG GGCCAGAAAC AGGAAATCCT GGATCTTTTC 
TCTTCAATTC TTTATGAGTG TGTTACTCAA GAAAATCCAG AGATGCTGCC CACGTACATA 
GCAATAGATC AGGCTGTGAG GCGATTAGAA AGAAGAGAAA TGTCAGAGAC ATTTGAACTG 
TGGCAGATAA AGCTGGTGTT AGAATTTTTC AGTTCCCGAA GTCACCAGGA GAGGATGAGC 
AGTAATCCAA ACCGAGGGCT TTTCATGAAC TCTGAATTTC TGCCTGTGAT GAAGTGCACT 
ATTGATAACG CTTTGGATCA ATGGCTTCAA GCTGGAGGGG ACATCTCTTT GCATTCCTAC 
TTAAGTGGGC AGCCTACGGA AGAATCCCAA CTGAGCATGC TGGCTTGCTT CCTCATTTAC 
CACTCGGTCC CAACACCAAG CCAGCTGGCA GCTGGAGGCT TAGAAGGAAG TACGAACTTC 
TCTGAGCTGC TTTTGAAGTT CAAGCAGTTG AATATGCCAG TTCGTGCGCT GCTAAGGCTT 
GCTCCTCTGT TGCTTAGAAA TCCACAGTCC ATGGTGCTGT AG

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

RefSeq	XP_013816309.1
CDS	2..5563
Translation	MVIWSKGSKNQASTVYKAFTVDSPVLQALWCDFTIPQEKSEKSEVSGSNEIVEKCICILQNSCINVHSIEGKDYIAALPFQVANVWPTKYGLLFERSSSSHEMPPSPPREPLPTMFSMLHPLDEITPLVCKSGGVFGSARVQYVADYTLRIVFLNAEPSIMMTYDTVQSLHTVWALRRVKPEEQNTVLKFAEQMGTPQHVATSSSLTAHLRSLSKGDSPVASPFQNYSSIHSQSRSVSSPSMQSRSPSISNMAALSRSHSPALGVHSFSGVQRFNFSSNAQSPKRHSITHSPNSTSSDSFLIPETEPIVPELCIDHLWTETITNMREKNSQASKVFITTDLCGQKFLCFLVESQLQLRCVKFQESNDKSQLIFGSVTNIQAKDAAPVQGIDTLLVLEGSGNLVLYSGVVRVGKVFIPGLPAPSLTMSNQMPRPSTPLDSISTPSKPLNKHLGPLEEGVLLSPVPELRDSSKLHDSSYIEDCTFQQLGTFIHALRDPVHNRVTLELSNNTMVRITIPEIATSELVKRCLQGLKSILPKEIAVQMLVKWYNAYNAPGGPSYHSEWNLFVTCLMNMMGYNTERLAWTRNLDFEGSLSPVIAPKKARPSETGSDEDWEYLLNSDYHRNFESHPVAKALRLEPLEISPPKDNFSQSLSLDSSTLLFTHIPAIFFVLHLIYEELKLNSLMGEGIRSLVVLLVQLARDLKLEAYIDYYYRDYPALVKTSRQTCIVDQVQTGFMHHPSFFSAEPPSIFQWLSSCLKGEGVQPYPYLPGICERSKLVVLSVALYILGDERAVSNEASHYLYKITSGQRKQQIEQDDNRCSFRQSTSVSSLAEKLVIWMTNVGFTLRDLESLPFGVALPIRDAIYYCREQPASDWPEAVCLLIGRQDLSKQACEGNLQKGKSSVGQVLSSDIPSGSESEEDEDGMNDMNEEVMSLIWSEDLRVQEVRRLLQSARPVRVNVVQMPEASDHEYIEEKENRLLQLCQRTMALPVGRGMFTLFSYHPVPTEQLPIPKLNLTGRAPPRNTTVDLNSGNIDVPPNMACWASFHNGVAAGLKIAPASQIDSAWIVYNKPKIAELANEYAGFLMALGLNGHLTKLATLNIHDYLTKGHEMTSIGLLLGVSAAKLGTMDMAITRLLSIHIPALLPPTSTELDVPHNVQVAAVIGIGLVYQGTAHRHTAEVLLAEIGRPPGPEMEYCTDRESYSLASGLALGMVCLGHGSNLIGMSDLNVPEQLYQYMVGGHRRFQAGMHREKHKSPSYQIKEGDTINVDVTCPGATLALAMIYLKTNNRSIADWLQAPDTMYLLDFVKPEFLLLRTLARCLILWDDILPNSKWVNSNVPQIIRENSISLHATELPSSEDLSLETLAQAHVYIIAGACLSLGFRFAGSENLAAFKCLYKYATDFLKCLSAPTASITGHYNLETCLSVLLLSLAMVMAGSGNLKVLQLCRFMHKKTGGEMNYGFHLAHHMALGLLFLGGGRYSLSTSNSSIAALLCALYPHFPVHSTDNRYHLQALRHLYVLAAEPRLLTPVDVDSNTPCYALIEVTYKGTQWYAEATEELMAPTLLPELHLLKQIRVKGPRYWELLIDLSKGTHHLKSILSKGGILYVKLRAGQLSYKEDPMGWRSLLAQTVTHRNSEARAFKPEAISAFTSDPALFSFADYFCKPTVNMGQKQEILDLFSSILYECVTQENPEMLPTYIAIDQAVRRLERREMSETFELWQIKLVLEFFSSRSHQERMSSNPNRGLFMNSEFLPVMKCTIDNALDQWLQAGGDISLHSYLSGQPTEESQLSMLACFLIYHSVPTPSQLAAGGLEGSTNFSELLLKFKQLNMPVRALLRLAPLLLRNPQSMVL

Target ORF information:

RefSeq Version	XM_013960855.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli anaphase promoting complex subunit 1 (ANAPC1), mRNA.

Target ORF information:

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

XM_013960855.1

ORF Insert Sequence:

ATGGTCATTT GGAGCAAAGG AAGTAAAAAC CAAGCATCTA CTGTTTATAA GGCTTTCACT 
GTTGACAGTC CTGTCCTACA GGCCTTATGG TGTGACTTCA CTATACCCCA GGAAAAATCT 
GAAAAATCTG AAGTTTCAGG TAGCAATGAA ATAGTAGAGA AATGTATCTG CATATTGCAG 
AACTCGTGTA TAAATGTGCA TAGCATAGAG GGAAAGGATT ACATTGCTGC TTTACCTTTT 
CAGGTGGCAA ATGTCTGGCC AACAAAATAT GGTTTGTTAT TTGAGCGCAG TAGTTCTTCA 
CATGAAATGC CTCCAAGTCC ACCCAGAGAA CCTTTGCCTA CTATGTTCAG CATGCTACAT 
CCATTAGATG AGATAACGCC TCTTGTCTGC AAGTCTGGAG GTGTGTTTGG CTCTGCCAGA 
GTGCAGTATG TTGCTGATTA CACCTTGAGG ATTGTATTTC TCAATGCTGA ACCTTCCATC 
ATGATGACGT ATGATACTGT TCAGAGTTTA CACACTGTTT GGGCTCTTCG TAGAGTAAAG 
CCAGAGGAGC AGAACACAGT GCTGAAGTTT GCTGAACAGA TGGGCACGCC GCAGCATGTG 
GCCACCAGCA GCTCTTTGAC CGCTCATCTC AGGAGCCTTT CAAAAGGCGA CTCTCCTGTG 
GCTTCCCCTT TCCAGAACTA CTCGTCTATT CACAGCCAGA GCAGATCCGT GTCATCACCC 
AGCATGCAGT CCCGCTCACC ATCTATCTCC AACATGGCTG CTTTGAGCCG CTCTCACTCC 
CCTGCCCTGG GAGTGCACTC TTTCTCAGGA GTGCAGAGGT TCAACTTTTC CAGTAACGCT 
CAGTCACCGA AGAGGCACAG TATTACCCAT TCTCCAAACA GCACTTCCAG TGATTCCTTC 
CTTATACCAG AAACTGAACC AATTGTTCCA GAGCTGTGTA TAGATCATCT GTGGACAGAA 
ACCATCACAA ACATGAGAGA GAAGAATTCC CAAGCATCAA AAGTGTTTAT TACCACTGAC 
CTCTGTGGGC AAAAGTTCTT GTGCTTTTTA GTGGAATCCC AGCTCCAGCT GCGCTGTGTG 
AAATTTCAGG AGAGTAACGA TAAGTCACAG TTGATCTTTG GTTCTGTCAC CAATATTCAA 
GCAAAGGATG CAGCTCCAGT GCAGGGCATT GATACTTTGC TGGTTCTGGA AGGCAGCGGA 
AATCTAGTGC TATATTCTGG AGTGGTTCGG GTGGGAAAGG TTTTTATTCC TGGACTGCCT 
GCTCCATCCC TGACCATGTC CAACCAAATG CCTCGGCCAA GTACTCCTTT GGATAGTATC 
AGCACTCCAT CCAAGCCTTT GAATAAGCAT CTGGGGCCCC TAGAAGAGGG TGTGCTGTTG 
TCACCAGTTC CAGAGCTAAG GGATTCTTCC AAACTTCATG ACTCATCTTA CATTGAGGAC 
TGTACTTTTC AGCAGCTTGG GACTTTCATT CATGCTCTGA GAGATCCTGT CCACAACAGA 
GTAACTTTGG AACTCAGTAA TAATACGATG GTTCGGATTA CGATTCCTGA AATTGCCACT 
TCAGAATTAG TGAAAAGATG TCTGCAAGGG CTCAAATCTA TCCTGCCCAA GGAGATAGCT 
GTACAGATGC TTGTCAAATG GTACAATGCT TATAATGCTC CAGGAGGACC AAGCTATCAC 
TCAGAATGGA ATTTATTTGT AACATGTCTC ATGAATATGA TGGGTTACAA TACAGAGAGA 
TTAGCTTGGA CACGAAATCT TGATTTTGAG GGATCACTTT CGCCAGTTAT TGCTCCAAAG 
AAGGCAAGGC CATCAGAAAC GGGGTCAGAT GAAGACTGGG AATATCTCTT GAACTCAGAT 
TACCATAGGA ATTTTGAGTC TCATCCTGTA GCCAAAGCTT TGCGACTGGA ACCTCTGGAA 
ATTTCACCTC CAAAGGACAA CTTTTCACAG AGCCTTAGCT TGGATTCCTC AACCCTCCTT 
TTCACCCACA TTCCTGCTAT TTTCTTTGTT CTTCATCTGA TCTATGAGGA GCTTAAACTC 
AACAGTCTAA TGGGAGAAGG AATTCGTTCA CTTGTTGTTC TTCTGGTTCA GCTGGCCAGA 
GACTTAAAAC TTGAAGCTTA TATAGATTAT TACTACAGAG ACTATCCAGC CCTTGTGAAG 
ACTTCCAGAC AGACTTGCAT AGTTGATCAA GTCCAAACAG GTTTCATGCA CCATCCCTCA 
TTTTTTTCTG CTGAGCCTCC AAGTATCTTT CAGTGGCTGA GTTCCTGTCT GAAGGGAGAA 
GGAGTGCAGC CTTATCCTTA CTTACCAGGA ATCTGTGAAA GGAGCAAACT GGTAGTACTG 
AGTGTGGCTC TGTACATACT TGGTGATGAG AGAGCTGTAT CTAATGAAGC CTCCCATTAC 
TTGTACAAAA TTACATCAGG ACAACGAAAA CAGCAAATAG AACAGGATGA CAATCGATGT 
AGTTTCAGAC AGAGCACATC TGTTTCTAGC CTGGCTGAAA AGTTAGTTAT TTGGATGACT 
AACGTTGGTT TCACCTTAAG GGATCTGGAG TCTCTCCCCT TTGGTGTAGC ACTTCCTATT 
AGAGATGCAA TATATTATTG CCGAGAGCAG CCTGCCTCAG ACTGGCCAGA AGCAGTTTGT 
CTCTTGATTG GGCGCCAGGA TCTGTCCAAG CAAGCATGTG AAGGGAACCT GCAAAAGGGT 
AAATCTTCTG TGGGCCAGGT GCTGTCCTCT GATATTCCCT CTGGATCTGA ATCAGAAGAG 
GATGAGGATG GCATGAATGA TATGAATGAA GAAGTGATGT CATTAATATG GAGCGAGGAT 
TTGAGAGTAC AGGAAGTACG AAGGCTCCTG CAAAGTGCCC GTCCTGTACG TGTCAATGTA 
GTGCAGATGC CAGAAGCTAG TGACCATGAA TACATAGAAG AAAAAGAAAA CCGGTTGTTA 
CAGCTGTGCC AGAGAACCAT GGCACTACCT GTCGGACGAG GAATGTTTAC TTTGTTCTCG 
TATCATCCTG TTCCAACAGA ACAATTGCCT ATCCCAAAAT TGAATCTAAC TGGTCGTGCT 
CCTCCTAGGA ACACCACTGT TGACCTTAAC AGTGGGAACA TTGATGTACC TCCAAACATG 
GCTTGCTGGG CTAGCTTTCA CAACGGTGTG GCTGCTGGGC TGAAGATAGC ACCTGCCTCG 
CAGATAGATT CTGCGTGGAT TGTCTATAAC AAGCCAAAAA TTGCCGAACT AGCAAATGAA 
TATGCAGGCT TCCTCATGGC TCTGGGTCTC AATGGGCATC TCACAAAACT TGCCACGCTC 
AATATACATG ACTACTTAAC CAAGGGCCAT GAGATGACGA GTATTGGACT GTTGCTTGGT 
GTTTCTGCTG CCAAGCTGGG CACAATGGAT ATGGCTATTA CGCGGCTCCT GAGCATTCAC 
ATACCTGCCC TCCTGCCACC AACTTCAACG GAGCTGGATG TCCCACACAA CGTGCAGGTG 
GCTGCTGTGA TAGGAATAGG CCTTGTTTAT CAAGGCACTG CTCACAGGCA CACGGCTGAG 
GTTCTGCTGG CTGAAATAGG ACGTCCCCCC GGACCAGAAA TGGAGTACTG CACAGACAGA 
GAGTCCTATT CACTTGCGTC TGGGCTAGCC TTAGGCATGG TTTGCCTGGG GCATGGCAGT 
AATTTGATAG GCATGTCAGA CCTCAATGTT CCTGAGCAGC TTTACCAGTA CATGGTTGGA 
GGTCACCGGC GGTTCCAAGC AGGAATGCAC CGAGAGAAGC ACAAGTCTCC CAGTTATCAG 
ATTAAGGAAG GAGACACCAT AAATGTGGAT GTTACTTGTC CAGGTGCCAC ACTCGCACTT 
GCAATGATCT ATCTAAAGAC TAATAACAGA TCCATTGCTG ATTGGCTTCA AGCACCAGAT 
ACAATGTATC TGCTGGACTT TGTAAAACCA GAGTTCCTTT TATTGAGAAC CCTGGCTCGA 
TGCCTGATTT TGTGGGATGA CATCTTGCCC AATTCCAAGT GGGTTAATAG CAATGTGCCT 
CAAATCATAA GAGAGAATAG TATATCCCTT CATGCAACAG AGCTGCCTTC GTCTGAAGAC 
CTGAGTTTGG AGACACTGGC GCAAGCTCAT GTCTACATCA TTGCTGGTGC ATGTTTGTCA 
CTGGGATTTC GATTTGCTGG TTCAGAAAAT CTGGCAGCAT TTAAATGCTT GTACAAATAT 
GCAACAGATT TCCTGAAGTG TTTGTCAGCA CCAACAGCTT CAATAACAGG TCACTATAAT 
CTCGAAACAT GCTTGAGCGT CTTGTTGCTG TCTCTCGCAA TGGTGATGGC AGGCTCTGGA 
AACCTGAAAG TCCTTCAGCT TTGCCGTTTC ATGCACAAGA AGACAGGCGG AGAGATGAAC 
TATGGGTTCC ACCTGGCTCA CCACATGGCT TTGGGGCTTC TCTTTCTGGG AGGAGGAAGA 
TACTCACTGA GCACTTCAAA TTCTTCAATT GCCGCTCTCC TTTGCGCACT GTACCCTCAT 
TTCCCCGTTC ACAGCACGGA CAATCGGTAC CATCTTCAGG CCTTGCGTCA CTTGTACGTG 
CTGGCAGCAG AACCTAGACT CTTGACACCT GTTGATGTGG ATTCGAACAC TCCTTGTTAC 
GCGCTGATAG AGGTTACATA CAAGGGCACA CAGTGGTATG CAGAAGCCAC GGAGGAATTG 
ATGGCACCCA CCCTTCTTCC AGAGCTTCAC TTACTGAAGC AGATCAGAGT GAAGGGACCA 
CGGTACTGGG AATTATTAAT AGATTTAAGC AAGGGGACAC ACCATCTCAA GTCGATTCTT 
TCTAAGGGTG GCATCTTGTA TGTGAAACTG AGAGCTGGGC AGCTCTCGTA CAAGGAGGAC 
CCAATGGGCT GGCGCAGTCT CTTAGCACAG ACTGTTACTC ACCGAAACTC TGAAGCTCGA 
GCATTCAAGC CAGAAGCAAT TTCAGCTTTC ACTTCCGATC CTGCTCTGTT TTCGTTTGCT 
GATTATTTTT GCAAACCAAC TGTGAACATG GGCCAGAAAC AGGAAATCCT GGATCTTTTC 
TCTTCAATTC TTTATGAGTG TGTTACTCAA GAAAATCCAG AGATGCTGCC CACGTACATA 
GCAATAGATC AGGCTGTGAG GCGATTAGAA AGAAGAGAAA TGTCAGAGAC ATTTGAACTG 
TGGCAGATAA AGCTGGTGTT AGAATTTTTC AGTTCCCGAA GTCACCAGGA GAGGATGAGC 
AGTAATCCAA ACCGAGGGCT TTTCATGAAC TCTGAATTTC TGCCTGTGAT GAAGTGCACT 
ATTGATAACG CTTTGGATCA ATGGCTTCAA GCTGGAGGGG ACATCTCTTT GCATTCCTAC 
TTAAGTGGGC AGCCTACGGA AGAATCCCAA CTGAGCATGC TGGCTTGCTT CCTCATTTAC 
CACTCGGTCC CAACACCAAG CCAGCTGGCA GCTGGAGGCT TAGAAGGAAG TACGAACTTC 
TCTGAGCTGC TTTTGAAGTT CAAGCAGTTG AATATGCCAG TTCGTGCGCT GCTAAGGCTT 
GCTCCTCTGT TGCTTAGAAA TCCACAGTCC ATGGTGCTGT AG