BD324DRAFT_581341 cDNA ORF clone, Kockovaella imperatae

Gene
Clones
gRNAs

Summary

Gene Symbol	BD324DRAFT_581341
Entrez Gene ID	33555302
Full Name	putative phospholipid-translocating ATPase
Gene Type	protein-coding
Organism	Kockovaella imperatae

mRNA and Protein(s)

mRNA	Protein	Name
XM_022013494.1	XP_021870288.1	putative phospholipid-translocating ATPase

Pathways from BioSystems
Gene Ontology

The following BD324DRAFT_581341 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BD324DRAFT_581341 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
OKo04913	XM_022013494.1 Latest version!	Kockovaella imperatae putative phospholipid-translocating ATPase (BD324DRAFT_581341), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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

BD324DRAFT_581341 ( XM_022013494.1 ) cDNA ORF clone, Kockovaella imperatae -> XP_021870288.1 Kockovaella imperatae putative phospholipid-translocating ATPase (BD324DRAFT_581341), partial mRNA.

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CloneID	OKo04913
Clone ID Related Accession (Same CDS sequence)	XM_022013494.1
Accession Version	XM_022013494.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	2017-08-27
Organism	Kockovaella imperatae
Product	putative phospholipid-translocating ATPase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_019028949). ##Metadata-START## Organism Display Name :: Kockovaella imperatae NRRL Y-17943 v1.0 GOLD Stamp ID :: null ##Metadata-END## COMPLETENESS: incomplete on both ends.

ATGTCGTCCT CGTCGACGAG TCACCAACCT CTCGTGGCCA AGGTCAAGAG ACGGCAAAAG 
AAACAAACGG GATGGTGGAC CCGGACAACA TCATCCTTGA CCTCGTTCAA CCTTTCAAAG 
ATATGGGGGA ATCGTCCTGG ATCCACGACA GCCAGATCAG TCTATCACAA TGAACCTCTA 
CCTCAAGGCA TGTTCGATCG CAAGGGCAGA ATATTAAAGG AACACAAGTA CCCCACAAAT 
CAAAACATCA CTTCTAAGTA CACCATCATC ACGTTTCTTC CTCGAAACTT GCTCGAACAG 
TTCAGACGAG TGGCCAACGT CTTCTTCCTT GGTATTGCCA TCCTGCAATT CTTTCCAAAA 
TTCTCCACCA TCTCGCCAGG TCTAGTCATC TTACCTTTGT TGGTCGTCTT GGCCATCACA 
GCCGGCAAGG ATGGCTACGA GGATGTCAAG CGACATCAAG CCGATCGACA TGTCAACAAC 
TCGATCGTGC ATGTACTCCA GGGACCAGGG CATGAGAATA AGAATCACAT GCAAGGCAAG 
GAAAAGACAT TTGTCCCTCG TATACCAATC CCTTCGAGGA AGAGCAAAAA GGCGAGGGAA 
GGTGCAAAGG ACACCACGGA TATCCTCAAA AATTATCGAG CGAATCAAGA GGCCGAGCCG 
CCAGAGCCTG CTCCACACGG ACAGACCGGT ACCCGGAGTC AGATCAACAG GTGGTTGGAT 
GATCCCGACG CTATGGAAGG AGCAGATGAA CTGGGTTGGC ATCGTGTGGC GTGGGAGGAC 
GTCAAAGTGG GCGACATTGT CAAGATTTAT GAGAATGAGC AATTCCCAGC GGACCTGGTC 
ATCTGTTCCA CCTCTGAGGA AGAGGATGTC GCTTACATCG AGACGAAGAA CCTCGATGGA 
GAGACCAATC TCAAATCACG GAATGGTGTA CCTGGGCTGA GCCACATGGT CTCAGCTGCA 
GACTGCGCCA AGACTCGCAT TAGGATAGAC ATGGACAAGC CGGAAGTCAA CATGTTCAGA 
TTGAATGGCG CTGTCGTCAC ACTGGATGAA ATGGGGAACG ATGGAGAACC GGCCATCCAC 
CCGATCACCC TAGAGAGCAC ATTGTTGCGT GGTTGCGTGC TGCGAAACAC AGCTTGGGTC 
GTGGGTATCA TCGTCTTTAC CGGAGCGGAC ACCAAGATTA TCGCCAACTC GGGAGGAACT 
CCATCCAAGC GGAGTCGAGT GGAAAAACAG ATGAACCCTC AGGTTTTGCT CAACTTGGCC 
ATCCTTGCCG TCATTGGTTT GGTTTGTGCT ATTGTCGACC ACTATGCCGA AGTGAGATGG 
TATCAGGAGG GTGCATATTG GGAGCTGTAT GCGGACACCA AGGAAGACAA TCCGAATATC 
AACGGACTGT TCACCTTCTT CAACGCTTTC ATCACTTTCC AGAATATCGT CCCCATCTCC 
CTCTACATTT CCATCGAAGT GGTCCGTACC TCCCAAGCCT TATTCATCTA CTGGGATCCT 
CTGATCTGTC AGATCAAGGA TGGAGTCAAA AGGAGGACAA ATGCCAGGAG TTGGACGTTG 
TCGGATGATC TCGGACAGAT CCAGTACATT TTCTCGGACA AGACTGGCAC ATTGACCCAG 
AACGCGATGA TATTCCGACA ATGCTCTATC GGTGGTAAAG TCTACGTTGG CGATGGCGAA 
GTCCCTTCTG GTACCCTGAC CAACGGCAAG GAGCACAAGG AGATCCCTTC AAATACCTCG 
GACGACTCGT CTGAAGCTCC AGCACCGACT CGTAATGATC CCGACGAGAT CAAAGTGGCG 
CTCCCGAAAG AAGTCTTGCA GCCATTCCAC GACGCCGAAC TGGAGAAGGA TCTCGCAGAC 
CACGATTCGG AACAATCCCG GATCCTCCAC GGCTTTTTCG CGGTCCTCGG GCTATGTCAC 
ACCGTTCTCG CGGCGGAGCC TGAACCAGGA GTCATTGAAT ACAAGGCGCA AAGTCCAGAT 
GAGGCGGCAT TGGTACAGAG TGCAGCGGAC GTCGGCTTTG TCTTCCGAGG AAGGGATCAC 
AATATCGTCC GACTATCCAC ACCGTTTTCC GACCACCCAG ACGAGTACGA GCTGCTTCAC 
GTGCTCGAGT TCAATTCGAC CCGGAAGCGC ATGTCTGTGA TCCTTCGCAA GATGGACGAT 
GAGGGCAGGA TCTTCTTGCT CTGCAAAGGT GCCGATAATG TCATTTTTGA GCGTCTGACA 
AAGGACGAGT CACAAAGAGA GTTGAGGCAA AAAACAGACA AGGACCTTCA GCAATTTGCA 
TCGGAAGGTC TACGAACTCT ATGTTTAGCT TACAAGGTCT TGGATCAAAA AGTCTATGAC 
AGATGGGCAA AAGAGTATCA CGAGGCTACC GTCGCTCTTC AAGGTCGTGA AGAGTTGATC 
GAGAACGTTT CCAACAGTAT CGAGCAAGAT TTGATCCTCC TCGGGGCGAC GGCTATCGAA 
GACAAGCTGC AAGACGGAGT TCCAGAGGCC ATCAGCGATC TCAAGCGAGC CGGGATGAAG 
GTCTGGGTGT TGACCGGAGA TAAATTGGAG ACGGCTGTAG CGATCGGCTA CACGACACAC 
TTGTTGACAA CAGAGACCAA CTTGATCATC GTTCGAGAAG GCGCAAGACC GATTCAAGAC 
CAGCTTCGTG ATGCCTTGGA TGGCTTCTTT GGGGACAATC TGTCACGTCA CGCTTCCAGA 
CGAGAAGCGG AGCACTACGA CACGGCTGCT CCGCCTCAAT TGGACCGAAT AAATACTGGT 
GTACGATCTT TGGTCGGTCA CGATAACGGC ACGCGGCCAG GAGGATTTTC CCTTGTCATC 
GAAGGTCACG CATTGGCCCA CGCTTTCGAT GACCAAGAGA CTTCGGATCT CTTGCTGGCT 
TTGTCCACAC AATGCAACAC TGTCATCTGT TGCCGAGTCT CACCCTTACA GAAAGCTCAA 
GTCGTCCATC TCGTCAAGGA CAACCTCGGA GTCATGTGTC TGGCCATCGG AGACGGGGCC 
AATGATGTCT CGATGATTCA GGCTGCCGAT GTCGGTGTCG GTATCTCTGG AGAGGAGGGT 
TTGCAAGCTG TCAACAGTTC AGACTATGCC ATTGCTCAAT TCCGATTCCT CAAGCGTCTG 
CTCTTGGTGC ACGGTCATTG GTCCTACTTC CGAAACTCTA GCATGATTCT CAACTTTTTC 
TACAAGAACA TTATCGGTAT CGGCGTCTTG TTCTGGTTCA TGATCTACTG TGAATGGTCA 
ACGACCTACG TCTTTGCCTA TGTCTACTTG CTGTTTTGGA ACGTCTTCTG GACATTGTTG 
CCCGTCATCG CCATCGGTCT CTTTGACAAG AACATTGACG CGGACATCTT GATGGCCATC 
CCGGAACTGT ACAGATTTGG GAGAGAACAA ACGTACTTTG GCATGTGGCG ATTTGTCTAC 
TACCTCATGG AGGGAGTGTA CCAATCCGCT GTCATTTACT TTTTCCTCGA CTACACCTAT 
GTCACCACAT CCGCGAGAGG GGATGGTTGG AATCCATACA TTTACGAAAT GTCAACGACC 
ATGGTCATTG GAGCCGTCAT GATTGCCAAC CTGTTCTCGG GTCTGAATCT CTACTCTTGG 
AACTGGTGGG CATTGTTTGG TATCCTTCTC GGACCGTTCC TCATCTGGGT CTTCACCGCC 
ATTTATTCGA TCATTCCACC ATCCTCCTTC TACACTGCTG TCTATGGAAA CGACATCTAC 
CTCTTTAGAT CCGCTGCATT TTGGTTCGGA TGGCCATTCG TTCTCATCGT GGCCCTCCTT 
CCTCGATACC TGTTCAAAGC TTACTCGCAA CTGGTCACGC CTAACGATAT CGAAATTTTG 
CGTTTGGTCA GAAAATTCAA CCCTGATATC GACTTCGAGT CTCACCCTCT CCTTGGTGGC 
AAGCTCAAAG CCGAACAGGG TAAAACACTG GACATGGAAG ACATGCTGCA TGGAGGAGCT 
GCTCATGAGA ATGTGATACC CATGATGGAT ATCGAGGCGA ATCGAAATAG CGTGGAAAGT 
CAACGGGAGA ATGGCGGTCC AAGACCGAGT TATCAGGGAA GACCGTCGAT GGCGAGCTCG 
AGATTCGGGG TGCATTCGAG CGCGAGGGGT TCCCAAGTCG ATATGTCAAC TGGTCTGAGT 
CAAGCACCGA GTCGTGGTTT CGATTTCACA ACCGAGGAGA GGGGTGTGGC GATGCAACGA 
ATGCAATCGA GGTTATCAGA GCATTCAGCT CATCGTCAAA AGTTCCGATC TCGCTTGTTC 
CCTGCATCTT CCAACCACGA CATACCCGAA TCTGGCCATT CTAATCCATT CGGATTTTCA 
AAGATCAGAG AACGTGCTGG ATCCGTCTTG TCACGTAAAC GTGCAGGAAC CGCTTCGACG 
AGGTTGTCAG CCGATGATGT GGCTTCTTCA CCGCCTAATA CTGGATTGAC CACCACGTCA 
ACTGGGACAC CGAGAAAAGG TAGCATGTTG AGAAATGTCG AAAAAGCCAG TGTGGATGGT 
GATTTGGTGG ATGAACATGG ACGTGTGGGT TAG

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

RefSeq	XP_021870288.1
CDS	1..4533
Translation	MSSSSTSHQPLVAKVKRRQKKQTGWWTRTTSSLTSFNLSKIWGNRPGSTTARSVYHNEPLPQGMFDRKGRILKEHKYPTNQNITSKYTIITFLPRNLLEQFRRVANVFFLGIAILQFFPKFSTISPGLVILPLLVVLAITAGKDGYEDVKRHQADRHVNNSIVHVLQGPGHENKNHMQGKEKTFVPRIPIPSRKSKKAREGAKDTTDILKNYRANQEAEPPEPAPHGQTGTRSQINRWLDDPDAMEGADELGWHRVAWEDVKVGDIVKIYENEQFPADLVICSTSEEEDVAYIETKNLDGETNLKSRNGVPGLSHMVSAADCAKTRIRIDMDKPEVNMFRLNGAVVTLDEMGNDGEPAIHPITLESTLLRGCVLRNTAWVVGIIVFTGADTKIIANSGGTPSKRSRVEKQMNPQVLLNLAILAVIGLVCAIVDHYAEVRWYQEGAYWELYADTKEDNPNINGLFTFFNAFITFQNIVPISLYISIEVVRTSQALFIYWDPLICQIKDGVKRRTNARSWTLSDDLGQIQYIFSDKTGTLTQNAMIFRQCSIGGKVYVGDGEVPSGTLTNGKEHKEIPSNTSDDSSEAPAPTRNDPDEIKVALPKEVLQPFHDAELEKDLADHDSEQSRILHGFFAVLGLCHTVLAAEPEPGVIEYKAQSPDEAALVQSAADVGFVFRGRDHNIVRLSTPFSDHPDEYELLHVLEFNSTRKRMSVILRKMDDEGRIFLLCKGADNVIFERLTKDESQRELRQKTDKDLQQFASEGLRTLCLAYKVLDQKVYDRWAKEYHEATVALQGREELIENVSNSIEQDLILLGATAIEDKLQDGVPEAISDLKRAGMKVWVLTGDKLETAVAIGYTTHLLTTETNLIIVREGARPIQDQLRDALDGFFGDNLSRHASRREAEHYDTAAPPQLDRINTGVRSLVGHDNGTRPGGFSLVIEGHALAHAFDDQETSDLLLALSTQCNTVICCRVSPLQKAQVVHLVKDNLGVMCLAIGDGANDVSMIQAADVGVGISGEEGLQAVNSSDYAIAQFRFLKRLLLVHGHWSYFRNSSMILNFFYKNIIGIGVLFWFMIYCEWSTTYVFAYVYLLFWNVFWTLLPVIAIGLFDKNIDADILMAIPELYRFGREQTYFGMWRFVYYLMEGVYQSAVIYFFLDYTYVTTSARGDGWNPYIYEMSTTMVIGAVMIANLFSGLNLYSWNWWALFGILLGPFLIWVFTAIYSIIPPSSFYTAVYGNDIYLFRSAAFWFGWPFVLIVALLPRYLFKAYSQLVTPNDIEILRLVRKFNPDIDFESHPLLGGKLKAEQGKTLDMEDMLHGGAAHENVIPMMDIEANRNSVESQRENGGPRPSYQGRPSMASSRFGVHSSARGSQVDMSTGLSQAPSRGFDFTTEERGVAMQRMQSRLSEHSAHRQKFRSRLFPASSNHDIPESGHSNPFGFSKIRERAGSVLSRKRAGTASTRLSADDVASSPPNTGLTTTSTGTPRKGSMLRNVEKASVDGDLVDEHGRVG

Target ORF information:

RefSeq Version	XM_022013494.1
Organism	Kockovaella imperatae
Definition	Kockovaella imperatae putative phospholipid-translocating ATPase (BD324DRAFT_581341), partial mRNA.

Target ORF information:

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

XM_022013494.1

ORF Insert Sequence:

ATGTCGTCCT CGTCGACGAG TCACCAACCT CTCGTGGCCA AGGTCAAGAG ACGGCAAAAG 
AAACAAACGG GATGGTGGAC CCGGACAACA TCATCCTTGA CCTCGTTCAA CCTTTCAAAG 
ATATGGGGGA ATCGTCCTGG ATCCACGACA GCCAGATCAG TCTATCACAA TGAACCTCTA 
CCTCAAGGCA TGTTCGATCG CAAGGGCAGA ATATTAAAGG AACACAAGTA CCCCACAAAT 
CAAAACATCA CTTCTAAGTA CACCATCATC ACGTTTCTTC CTCGAAACTT GCTCGAACAG 
TTCAGACGAG TGGCCAACGT CTTCTTCCTT GGTATTGCCA TCCTGCAATT CTTTCCAAAA 
TTCTCCACCA TCTCGCCAGG TCTAGTCATC TTACCTTTGT TGGTCGTCTT GGCCATCACA 
GCCGGCAAGG ATGGCTACGA GGATGTCAAG CGACATCAAG CCGATCGACA TGTCAACAAC 
TCGATCGTGC ATGTACTCCA GGGACCAGGG CATGAGAATA AGAATCACAT GCAAGGCAAG 
GAAAAGACAT TTGTCCCTCG TATACCAATC CCTTCGAGGA AGAGCAAAAA GGCGAGGGAA 
GGTGCAAAGG ACACCACGGA TATCCTCAAA AATTATCGAG CGAATCAAGA GGCCGAGCCG 
CCAGAGCCTG CTCCACACGG ACAGACCGGT ACCCGGAGTC AGATCAACAG GTGGTTGGAT 
GATCCCGACG CTATGGAAGG AGCAGATGAA CTGGGTTGGC ATCGTGTGGC GTGGGAGGAC 
GTCAAAGTGG GCGACATTGT CAAGATTTAT GAGAATGAGC AATTCCCAGC GGACCTGGTC 
ATCTGTTCCA CCTCTGAGGA AGAGGATGTC GCTTACATCG AGACGAAGAA CCTCGATGGA 
GAGACCAATC TCAAATCACG GAATGGTGTA CCTGGGCTGA GCCACATGGT CTCAGCTGCA 
GACTGCGCCA AGACTCGCAT TAGGATAGAC ATGGACAAGC CGGAAGTCAA CATGTTCAGA 
TTGAATGGCG CTGTCGTCAC ACTGGATGAA ATGGGGAACG ATGGAGAACC GGCCATCCAC 
CCGATCACCC TAGAGAGCAC ATTGTTGCGT GGTTGCGTGC TGCGAAACAC AGCTTGGGTC 
GTGGGTATCA TCGTCTTTAC CGGAGCGGAC ACCAAGATTA TCGCCAACTC GGGAGGAACT 
CCATCCAAGC GGAGTCGAGT GGAAAAACAG ATGAACCCTC AGGTTTTGCT CAACTTGGCC 
ATCCTTGCCG TCATTGGTTT GGTTTGTGCT ATTGTCGACC ACTATGCCGA AGTGAGATGG 
TATCAGGAGG GTGCATATTG GGAGCTGTAT GCGGACACCA AGGAAGACAA TCCGAATATC 
AACGGACTGT TCACCTTCTT CAACGCTTTC ATCACTTTCC AGAATATCGT CCCCATCTCC 
CTCTACATTT CCATCGAAGT GGTCCGTACC TCCCAAGCCT TATTCATCTA CTGGGATCCT 
CTGATCTGTC AGATCAAGGA TGGAGTCAAA AGGAGGACAA ATGCCAGGAG TTGGACGTTG 
TCGGATGATC TCGGACAGAT CCAGTACATT TTCTCGGACA AGACTGGCAC ATTGACCCAG 
AACGCGATGA TATTCCGACA ATGCTCTATC GGTGGTAAAG TCTACGTTGG CGATGGCGAA 
GTCCCTTCTG GTACCCTGAC CAACGGCAAG GAGCACAAGG AGATCCCTTC AAATACCTCG 
GACGACTCGT CTGAAGCTCC AGCACCGACT CGTAATGATC CCGACGAGAT CAAAGTGGCG 
CTCCCGAAAG AAGTCTTGCA GCCATTCCAC GACGCCGAAC TGGAGAAGGA TCTCGCAGAC 
CACGATTCGG AACAATCCCG GATCCTCCAC GGCTTTTTCG CGGTCCTCGG GCTATGTCAC 
ACCGTTCTCG CGGCGGAGCC TGAACCAGGA GTCATTGAAT ACAAGGCGCA AAGTCCAGAT 
GAGGCGGCAT TGGTACAGAG TGCAGCGGAC GTCGGCTTTG TCTTCCGAGG AAGGGATCAC 
AATATCGTCC GACTATCCAC ACCGTTTTCC GACCACCCAG ACGAGTACGA GCTGCTTCAC 
GTGCTCGAGT TCAATTCGAC CCGGAAGCGC ATGTCTGTGA TCCTTCGCAA GATGGACGAT 
GAGGGCAGGA TCTTCTTGCT CTGCAAAGGT GCCGATAATG TCATTTTTGA GCGTCTGACA 
AAGGACGAGT CACAAAGAGA GTTGAGGCAA AAAACAGACA AGGACCTTCA GCAATTTGCA 
TCGGAAGGTC TACGAACTCT ATGTTTAGCT TACAAGGTCT TGGATCAAAA AGTCTATGAC 
AGATGGGCAA AAGAGTATCA CGAGGCTACC GTCGCTCTTC AAGGTCGTGA AGAGTTGATC 
GAGAACGTTT CCAACAGTAT CGAGCAAGAT TTGATCCTCC TCGGGGCGAC GGCTATCGAA 
GACAAGCTGC AAGACGGAGT TCCAGAGGCC ATCAGCGATC TCAAGCGAGC CGGGATGAAG 
GTCTGGGTGT TGACCGGAGA TAAATTGGAG ACGGCTGTAG CGATCGGCTA CACGACACAC 
TTGTTGACAA CAGAGACCAA CTTGATCATC GTTCGAGAAG GCGCAAGACC GATTCAAGAC 
CAGCTTCGTG ATGCCTTGGA TGGCTTCTTT GGGGACAATC TGTCACGTCA CGCTTCCAGA 
CGAGAAGCGG AGCACTACGA CACGGCTGCT CCGCCTCAAT TGGACCGAAT AAATACTGGT 
GTACGATCTT TGGTCGGTCA CGATAACGGC ACGCGGCCAG GAGGATTTTC CCTTGTCATC 
GAAGGTCACG CATTGGCCCA CGCTTTCGAT GACCAAGAGA CTTCGGATCT CTTGCTGGCT 
TTGTCCACAC AATGCAACAC TGTCATCTGT TGCCGAGTCT CACCCTTACA GAAAGCTCAA 
GTCGTCCATC TCGTCAAGGA CAACCTCGGA GTCATGTGTC TGGCCATCGG AGACGGGGCC 
AATGATGTCT CGATGATTCA GGCTGCCGAT GTCGGTGTCG GTATCTCTGG AGAGGAGGGT 
TTGCAAGCTG TCAACAGTTC AGACTATGCC ATTGCTCAAT TCCGATTCCT CAAGCGTCTG 
CTCTTGGTGC ACGGTCATTG GTCCTACTTC CGAAACTCTA GCATGATTCT CAACTTTTTC 
TACAAGAACA TTATCGGTAT CGGCGTCTTG TTCTGGTTCA TGATCTACTG TGAATGGTCA 
ACGACCTACG TCTTTGCCTA TGTCTACTTG CTGTTTTGGA ACGTCTTCTG GACATTGTTG 
CCCGTCATCG CCATCGGTCT CTTTGACAAG AACATTGACG CGGACATCTT GATGGCCATC 
CCGGAACTGT ACAGATTTGG GAGAGAACAA ACGTACTTTG GCATGTGGCG ATTTGTCTAC 
TACCTCATGG AGGGAGTGTA CCAATCCGCT GTCATTTACT TTTTCCTCGA CTACACCTAT 
GTCACCACAT CCGCGAGAGG GGATGGTTGG AATCCATACA TTTACGAAAT GTCAACGACC 
ATGGTCATTG GAGCCGTCAT GATTGCCAAC CTGTTCTCGG GTCTGAATCT CTACTCTTGG 
AACTGGTGGG CATTGTTTGG TATCCTTCTC GGACCGTTCC TCATCTGGGT CTTCACCGCC 
ATTTATTCGA TCATTCCACC ATCCTCCTTC TACACTGCTG TCTATGGAAA CGACATCTAC 
CTCTTTAGAT CCGCTGCATT TTGGTTCGGA TGGCCATTCG TTCTCATCGT GGCCCTCCTT 
CCTCGATACC TGTTCAAAGC TTACTCGCAA CTGGTCACGC CTAACGATAT CGAAATTTTG 
CGTTTGGTCA GAAAATTCAA CCCTGATATC GACTTCGAGT CTCACCCTCT CCTTGGTGGC 
AAGCTCAAAG CCGAACAGGG TAAAACACTG GACATGGAAG ACATGCTGCA TGGAGGAGCT 
GCTCATGAGA ATGTGATACC CATGATGGAT ATCGAGGCGA ATCGAAATAG CGTGGAAAGT 
CAACGGGAGA ATGGCGGTCC AAGACCGAGT TATCAGGGAA GACCGTCGAT GGCGAGCTCG 
AGATTCGGGG TGCATTCGAG CGCGAGGGGT TCCCAAGTCG ATATGTCAAC TGGTCTGAGT 
CAAGCACCGA GTCGTGGTTT CGATTTCACA ACCGAGGAGA GGGGTGTGGC GATGCAACGA 
ATGCAATCGA GGTTATCAGA GCATTCAGCT CATCGTCAAA AGTTCCGATC TCGCTTGTTC 
CCTGCATCTT CCAACCACGA CATACCCGAA TCTGGCCATT CTAATCCATT CGGATTTTCA 
AAGATCAGAG AACGTGCTGG ATCCGTCTTG TCACGTAAAC GTGCAGGAAC CGCTTCGACG 
AGGTTGTCAG CCGATGATGT GGCTTCTTCA CCGCCTAATA CTGGATTGAC CACCACGTCA 
ACTGGGACAC CGAGAAAAGG TAGCATGTTG AGAAATGTCG AAAAAGCCAG TGTGGATGGT 
GATTTGGTGG ATGAACATGG ACGTGTGGGT TAG