LOC111271313 cDNA ORF clone, Varroa jacobsoni

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC111271313
Entrez Gene ID	111271313
Full Name	biorientation of chromosomes in cell division protein 1-like 1
Gene Type	protein-coding
Organism	Varroa jacobsoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_022852036.1	XP_022707771.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X1
XM_022852037.1	XP_022707772.1	biorientation of chromosomes in cell division protein 1-like 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC111271313 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111271313 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
OVa61432	XM_022852036.1 Latest version!	Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OVa61433	XM_022852037.1 Latest version!	Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

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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*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)

LOC111271313 ( XM_022852036.1 ) cDNA ORF clone, Varroa jacobsoni -> XP_022707771.1 Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa61432
Clone ID Related Accession (Same CDS sequence)	XM_022852036.1
Accession Version	XM_022852036.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4806bp) 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	2017-10-18
Organism	Varroa jacobsoni
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019214481.1) 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 :: Varroa jacobsoni Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGGTT CAATCGGTGG CGGCGGAGTG GGTGTCAGCG GTGGCTTTGG TAGCCGTGGT 
GAGGAAGGAC CGTTCGAGGT GGAATACCTG AAAAATTTGC CACCTTGCCA CCCTCATTTA 
GTTGAAGCTA TTGTAACGCA GATCAAAAGT CAGGGCCTTT TTGACGAATT TCGCAAGACG 
TGCCTCGCCG ATATTGATAC CAAACCTTCA TATTTAAACC TAAAGCAACG CGTCGAAGGC 
TATGTTAGTG CATTTCTTAA GCGTCAACAA TGGAGCAGTG TCCTACAAAA GAATCAACTT 
CGAGAAACAC TTCGCAAAGA TATCAATGAA TCAGGTCTTC TAAAGACTGG TCTTGACCAT 
TTAGTGGATC AGCTAGTATT TTCCAGAGTG GAGCGTTTTA TACGGCCAAA AGTGCAAACA 
GAAATCGCTG ACTTCCTTGG CATCAGCGAA ACACCACCTC AGCCCATTGC AGCAAGCCAC 
GGAGTGCCAG TTGCTGTACC TCCGCCTAAC TTTTCGATGC CTCCACCAAA TTATGTTTGT 
CCGCCGCCAG GGTTACCTCC TTTTCCGCCA GTGCCACCGC CGCCCGACGT GGCTGGTCTC 
ATGATGATGA GCCAAGGCGG GCTAATGGGA GATAATAATA GGACCAGGCT AGAACACGAA 
GGGGCAGTTG GCGACCCACG TCCGCCGGAG CCACCTTCAC CCCATGGGAG CGATTATTCG 
GTTGATATGT CGGATTGTAG TATGGTTGGA CGAGACGAGG TGGTCGGTGA TATAGGAGAT 
TTTGTCAACT CATCACGTGC GCCTGTTCCC GGAACGGCCT CGACCAATGC AGGCAGCAAT 
CACTACTCCA GGGACTCTTC CCTCACAGGG GTGGGTGAAG ATGAGACAGA AGTTGTCCAA 
GAATCAATGG TACTGTTAAT CGAAGGGGAA GATATTTCTA ACAGTCCGCT TTCCAATGAC 
TTCCTTGAGG ATGATGACCA AACGGATTCA ACTGGAGATC CAACACAACA ACCTCCAGAT 
ATTAAAAGGG GTGCTATCAA CCCGAGTGAA GTTGAATCCA ACAGTCTATC AACCACTATG 
GTGATGATTA ATCAAGACGA GCAGCTATTT GTAGCTGCGA CAAATCAGGA AACGGTAGAA 
TCAACTCCAG TTCACAGGGA TCCACCTGTG GCATCATCGG CGTCGACGAA CGAAGATGAA 
GAATTAGGAA ATGGTAAACG ACCTGATTCG ACATTCGAAG AGCTATCGGA CGGCGGCGAA 
AGCGTTTTGA CGGCAGGTGA GGAGGAAGGT GAAGCTACGC CGGTTGAGGA TGAACCCGAT 
AATGAAGTAA TACCCTCATC TCCACCCTCG AACAGACGAA GCCTCAATCA AAGGCCGTTT 
TCACGAAATG GCGACGAGAG TTGTGGCGAG GCACGGACCG ACTTTCGGGG TCTCTTTCCT 
GTTGGAAACA TGATTGCTCC TAAACACGAA CCAGTTCCTC CTGGGGTGGA TTATTCCCAC 
GGCGTGATGC CTCCCAGCCC ATACACTGAC GGCAACAATA CAGCAGATGA TAATAGCCGA 
ATGGTTATTG ACGAGGGGAC TGTTGCATCT TCGTTGATGG TCCAGAATAA GCTTATGCAA 
GAGGATAACA TGGAGTTAGT ATCAGATGAG GAGCTTAACG ACGTTGAAGG AGAAGGTGAC 
ACCGTCGGGA GTGTTACTCC TACAATCGAT GAACAGGAAG AGCAGGAACT GCAGCAGCCG 
AATACGGCGG AAAGCGCAGA AAATCCTTAT CATATGACAG TAGCGACGGT AGCAGCAAGA 
ACAAGGGATC AATCCGCAAA AGCGGATCTA GGTCCGCCAG GCTGTATATC AGATACCACA 
GATGCTCGAA GCGATGTCTG CCGCACGGAG ACTGCACTAG AAGGAACAGA AGCGCCGAGA 
CCTGTGGCAA TGGCTGAATC TAAGACAGTC CCTAAAACCA GCCTGTTCTG TGCGGACGCG 
CCGAATTCGT TTAGCCCGAC TCGATCTACG CAGTCTCCCT CGCATATGAG TGACGGCTCG 
GTGAAACATA TCGAGGCTAG AGAGACCACG CCGCAGTTCC CACGTTCGCC TCAAAAATCG 
CAAGAGGAGG ACGATAATAT GAGACCCAAA CAACTGCTTT CTCTAATGCA AAGTAGGACA 
GACCCTGCTT TGTCATCACC GGAACAGTCT TCAAGCTCAA GGCCGGTTGA TGTAGATCTG 
ATGCCAACGA CACCGCCTCG ACCACCATCA GTAGCTCCCC CTAAACAGAA AGCTGAGGGC 
GGTGCACCCT CCGGACCCCC TTCGCCTACT ATTGAGGGGA CGCACGATGG TTGTTATAGT 
ACAGTTAGAC TGGGTTTTGG CGAGGAAGTT GTCTCATCCG AGGGTAGCAT AGGCACAGCT 
ACTGAGGATG ATTGTAGTAC CCGAATTGAG GCAGTCCCTA CTACGCAGCC AGCAGACGAA 
GATACTCGTC CCCCTGGAAC ATCTGATCTC GATTCCAACG AATTTGTTCG ATTATCTGGT 
GAAGAACGAG GTGAAACGCC CGTTGAAGAC GAACCTTTGT TAGAAGCAAC AGAGATTACG 
ACAGAAAGGA CCACCGAGGC TACTGGACAC CCATCTGAAC ATGTAGTGGA ATCCATGGAA 
TGCGATCCGC TGGGTGAGTT AGCAGTAAAT GCTAACATAG TGCCCCTTGA CTGTCCTGAT 
CCTAGTAATG AGAGCCCTGT CTTTTCTGTA CAGTCGCCAA AGATTGAAAG CGACGTGGAA 
GAAAATTTGC AGAAGCGTGC TAGCGTTTTC GAGGCAGAGT CTTTTGTAGC TCAACCAATG 
AGTCCCTCAG AAGACAAGGA TGAAAGCGAA GTCCCTGCGC AGGACATTGA CAACGCGGAC 
GAGAAGGCAA GTCAAAAAGA AGATAGTGAC TCGCAGAAAA AGGTAGAGAA CTCGAACTAT 
TTAGGCCACC ATAAAACTGC TAGCAACAGT AGTCGTCATT CCAGCGATCG TAGCGTACGA 
CAACCGGGTC ACGCGTCATG TTCGGTGTCA CTGCCACCTC GTAGAAATAG CGGGCACCAC 
AGTGATATCA AAGATAAAGA AAGTAGGGAT AGAAGTGAAA AAAATGATGA TAGGAGTAAA 
AGGCTGAGTA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCG GCGGCAGCGC AGGCGCCGGT 
AGTGCGGACC ACAAGGAAAG GGAGAAGGAA AAAGACAGAG ATGGGGGTCA TCGTTCGCAC 
AGGTCTGATA GAGACAAGGA CAGTAAACGA GACAGTAACA ATAGCGAAAA GGACAAAGAG 
CGCGAAACAA ATAGTAGGGT CAGAGATAAA GATCGGTCAG ACAAAGAGAA AGACAATCGC 
GAGTCTAAAG AGCTTCGACG AGATCACAAA GAGGGAAAAA AGCAACGGCA TAACACGTCG 
TCTTCATTTT CGTCAAGACC TCACCATCAT CATCACGACT CACGGCGAGA AAGCGACCGA 
AACCGTGGTC GACGACATCA TGATGATGAA AGGGACAGAA AAAGAAGCTC GGAATTTGAG 
AAATATAAGC ACGAAGGATC GAGTCGTAGG GAGCGTTCAG AAGTGGAGGA TAGCAAAAAT 
CGAAGTGATC ACTCGAAGGT ATCCAAGACC TCCGTTTCTG AAGGGAAACA CTCCCCTACA 
AACAAGGAAA CGCAGGAGTC GAAATTACAG GACAAGGATA CTAAAACTAC CGATGTGAGC 
ATTGAATCCG AGAGAACCGT AGTGACTGCT AGCACTATTC TGACAACAAA GGAAAAAAAC 
GTTTGCGACA AAACCATGAA GTCTAGTGAT GACGAAGCGA TTCATGCTGT AGATGTCCAG 
AGTTTACCGT CTAACAACGA TAAACTGAAA GCGTTCCCGC GTACAGCAGA CGTTGAGTCA 
TCCGTACTCA CAGAAAAGCA GGGTAACGAG GAGATGTCGA CGAAAAAAGA GCTATTAAAA 
GACCAAGAAG ATAAGAGATT CCAGCTAAAA ATTAACAACG ACACTTCGAT ATTGGATATA 
GAAGTTCTCG AAAATGAAGA TGATACTGAG GAAAATGAAG GCAAAAGTGA AAACGACGAA 
GTAACCAAAA CATCAAAACT TTTCTTAGAA ACAACGTCTG AAAGGGAACA GATAATAACA 
GAGACACAGC AGCACGATCA TGTAAGTATA AGTACGATGG ATAACAAAGT TGCACAGAAA 
AGAGTTAGTG AGCCTTTAGA ACATGACGAA ATATCGCCAA AGAAGCAAAG AATCCCTCAA 
GAAGTGGTTC ATTTCGATGA AGCAGCAAAC GCTACCGATA GTTCGGATAA CAGGGAGGAT 
CAACTTGTGA TCAATGAAAC TGAAGATCAG CCTGATGACG ATGACGAGTC TCGAGATTTG 
GAGATTGATC TTGAAGCACC TGCACCGTCA AGAAAGCGAC GAAGAAAAAC TTCACTTGAC 
ACAACAGGAA CCGGTGCAGG TCGATCTAAA CGAGGTCGAA AAGCATCCAC TACCTCTCCG 
GATAAAGGAC GTCCACAACT TCAGGACAAT AACAACGGCG CTTCAAAAGG TGAGTGCAGT 
CCCGTTCAAG TCCCTGGCGG TCCGGCTAAA AGAGGACGCC GGAGATCTTC GGCGGCTTCA 
GGTGGACAAT TGAACCAGCT GGGAGGCCTG CAGAAGGACA GTAAGACAAC ACCCGCTGAG 
GATACACCTC TTCTAGAAGC AACTCCTGAT CCACCAGTGT CGTCCCGTGG TCGCCAGAGG 
AAAATTAATC CGAAATACAT CGACGATGGC GATGTGGCAG CAATGTTTTA CCGGAAGAAG 
CGATGA

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

RefSeq	XP_022707771.1
CDS	104..4909
Translation	MSGSIGGGGVGVSGGFGSRGEEGPFEVEYLKNLPPCHPHLVEAIVTQIKSQGLFDEFRKTCLADIDTKPSYLNLKQRVEGYVSAFLKRQQWSSVLQKNQLRETLRKDINESGLLKTGLDHLVDQLVFSRVERFIRPKVQTEIADFLGISETPPQPIAASHGVPVAVPPPNFSMPPPNYVCPPPGLPPFPPVPPPPDVAGLMMMSQGGLMGDNNRTRLEHEGAVGDPRPPEPPSPHGSDYSVDMSDCSMVGRDEVVGDIGDFVNSSRAPVPGTASTNAGSNHYSRDSSLTGVGEDETEVVQESMVLLIEGEDISNSPLSNDFLEDDDQTDSTGDPTQQPPDIKRGAINPSEVESNSLSTTMVMINQDEQLFVAATNQETVESTPVHRDPPVASSASTNEDEELGNGKRPDSTFEELSDGGESVLTAGEEEGEATPVEDEPDNEVIPSSPPSNRRSLNQRPFSRNGDESCGEARTDFRGLFPVGNMIAPKHEPVPPGVDYSHGVMPPSPYTDGNNTADDNSRMVIDEGTVASSLMVQNKLMQEDNMELVSDEELNDVEGEGDTVGSVTPTIDEQEEQELQQPNTAESAENPYHMTVATVAARTRDQSAKADLGPPGCISDTTDARSDVCRTETALEGTEAPRPVAMAESKTVPKTSLFCADAPNSFSPTRSTQSPSHMSDGSVKHIEARETTPQFPRSPQKSQEEDDNMRPKQLLSLMQSRTDPALSSPEQSSSSRPVDVDLMPTTPPRPPSVAPPKQKAEGGAPSGPPSPTIEGTHDGCYSTVRLGFGEEVVSSEGSIGTATEDDCSTRIEAVPTTQPADEDTRPPGTSDLDSNEFVRLSGEERGETPVEDEPLLEATEITTERTTEATGHPSEHVVESMECDPLGELAVNANIVPLDCPDPSNESPVFSVQSPKIESDVEENLQKRASVFEAESFVAQPMSPSEDKDESEVPAQDIDNADEKASQKEDSDSQKKVENSNYLGHHKTASNSSRHSSDRSVRQPGHASCSVSLPPRRNSGHHSDIKDKESRDRSEKNDDRSKRLSSSSSSSSSSSGGSAGAGSADHKEREKEKDRDGGHRSHRSDRDKDSKRDSNNSEKDKERETNSRVRDKDRSDKEKDNRESKELRRDHKEGKKQRHNTSSSFSSRPHHHHHDSRRESDRNRGRRHHDDERDRKRSSEFEKYKHEGSSRRERSEVEDSKNRSDHSKVSKTSVSEGKHSPTNKETQESKLQDKDTKTTDVSIESERTVVTASTILTTKEKNVCDKTMKSSDDEAIHAVDVQSLPSNNDKLKAFPRTADVESSVLTEKQGNEEMSTKKELLKDQEDKRFQLKINNDTSILDIEVLENEDDTEENEGKSENDEVTKTSKLFLETTSEREQIITETQQHDHVSISTMDNKVAQKRVSEPLEHDEISPKKQRIPQEVVHFDEAANATDSSDNREDQLVINETEDQPDDDDESRDLEIDLEAPAPSRKRRRKTSLDTTGTGAGRSKRGRKASTTSPDKGRPQLQDNNNGASKGECSPVQVPGGPAKRGRRRSSAASGGQLNQLGGLQKDSKTTPAEDTPLLEATPDPPVSSRGRQRKINPKYIDDGDVAAMFYRKKR

Target ORF information:

RefSeq Version	XM_022852036.1
Organism	Varroa jacobsoni
Definition	Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X1, mRNA.

Target ORF information:

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

XM_022852036.1

ORF Insert Sequence:

ATGTCAGGTT CAATCGGTGG CGGCGGAGTG GGTGTCAGCG GTGGCTTTGG TAGCCGTGGT 
GAGGAAGGAC CGTTCGAGGT GGAATACCTG AAAAATTTGC CACCTTGCCA CCCTCATTTA 
GTTGAAGCTA TTGTAACGCA GATCAAAAGT CAGGGCCTTT TTGACGAATT TCGCAAGACG 
TGCCTCGCCG ATATTGATAC CAAACCTTCA TATTTAAACC TAAAGCAACG CGTCGAAGGC 
TATGTTAGTG CATTTCTTAA GCGTCAACAA TGGAGCAGTG TCCTACAAAA GAATCAACTT 
CGAGAAACAC TTCGCAAAGA TATCAATGAA TCAGGTCTTC TAAAGACTGG TCTTGACCAT 
TTAGTGGATC AGCTAGTATT TTCCAGAGTG GAGCGTTTTA TACGGCCAAA AGTGCAAACA 
GAAATCGCTG ACTTCCTTGG CATCAGCGAA ACACCACCTC AGCCCATTGC AGCAAGCCAC 
GGAGTGCCAG TTGCTGTACC TCCGCCTAAC TTTTCGATGC CTCCACCAAA TTATGTTTGT 
CCGCCGCCAG GGTTACCTCC TTTTCCGCCA GTGCCACCGC CGCCCGACGT GGCTGGTCTC 
ATGATGATGA GCCAAGGCGG GCTAATGGGA GATAATAATA GGACCAGGCT AGAACACGAA 
GGGGCAGTTG GCGACCCACG TCCGCCGGAG CCACCTTCAC CCCATGGGAG CGATTATTCG 
GTTGATATGT CGGATTGTAG TATGGTTGGA CGAGACGAGG TGGTCGGTGA TATAGGAGAT 
TTTGTCAACT CATCACGTGC GCCTGTTCCC GGAACGGCCT CGACCAATGC AGGCAGCAAT 
CACTACTCCA GGGACTCTTC CCTCACAGGG GTGGGTGAAG ATGAGACAGA AGTTGTCCAA 
GAATCAATGG TACTGTTAAT CGAAGGGGAA GATATTTCTA ACAGTCCGCT TTCCAATGAC 
TTCCTTGAGG ATGATGACCA AACGGATTCA ACTGGAGATC CAACACAACA ACCTCCAGAT 
ATTAAAAGGG GTGCTATCAA CCCGAGTGAA GTTGAATCCA ACAGTCTATC AACCACTATG 
GTGATGATTA ATCAAGACGA GCAGCTATTT GTAGCTGCGA CAAATCAGGA AACGGTAGAA 
TCAACTCCAG TTCACAGGGA TCCACCTGTG GCATCATCGG CGTCGACGAA CGAAGATGAA 
GAATTAGGAA ATGGTAAACG ACCTGATTCG ACATTCGAAG AGCTATCGGA CGGCGGCGAA 
AGCGTTTTGA CGGCAGGTGA GGAGGAAGGT GAAGCTACGC CGGTTGAGGA TGAACCCGAT 
AATGAAGTAA TACCCTCATC TCCACCCTCG AACAGACGAA GCCTCAATCA AAGGCCGTTT 
TCACGAAATG GCGACGAGAG TTGTGGCGAG GCACGGACCG ACTTTCGGGG TCTCTTTCCT 
GTTGGAAACA TGATTGCTCC TAAACACGAA CCAGTTCCTC CTGGGGTGGA TTATTCCCAC 
GGCGTGATGC CTCCCAGCCC ATACACTGAC GGCAACAATA CAGCAGATGA TAATAGCCGA 
ATGGTTATTG ACGAGGGGAC TGTTGCATCT TCGTTGATGG TCCAGAATAA GCTTATGCAA 
GAGGATAACA TGGAGTTAGT ATCAGATGAG GAGCTTAACG ACGTTGAAGG AGAAGGTGAC 
ACCGTCGGGA GTGTTACTCC TACAATCGAT GAACAGGAAG AGCAGGAACT GCAGCAGCCG 
AATACGGCGG AAAGCGCAGA AAATCCTTAT CATATGACAG TAGCGACGGT AGCAGCAAGA 
ACAAGGGATC AATCCGCAAA AGCGGATCTA GGTCCGCCAG GCTGTATATC AGATACCACA 
GATGCTCGAA GCGATGTCTG CCGCACGGAG ACTGCACTAG AAGGAACAGA AGCGCCGAGA 
CCTGTGGCAA TGGCTGAATC TAAGACAGTC CCTAAAACCA GCCTGTTCTG TGCGGACGCG 
CCGAATTCGT TTAGCCCGAC TCGATCTACG CAGTCTCCCT CGCATATGAG TGACGGCTCG 
GTGAAACATA TCGAGGCTAG AGAGACCACG CCGCAGTTCC CACGTTCGCC TCAAAAATCG 
CAAGAGGAGG ACGATAATAT GAGACCCAAA CAACTGCTTT CTCTAATGCA AAGTAGGACA 
GACCCTGCTT TGTCATCACC GGAACAGTCT TCAAGCTCAA GGCCGGTTGA TGTAGATCTG 
ATGCCAACGA CACCGCCTCG ACCACCATCA GTAGCTCCCC CTAAACAGAA AGCTGAGGGC 
GGTGCACCCT CCGGACCCCC TTCGCCTACT ATTGAGGGGA CGCACGATGG TTGTTATAGT 
ACAGTTAGAC TGGGTTTTGG CGAGGAAGTT GTCTCATCCG AGGGTAGCAT AGGCACAGCT 
ACTGAGGATG ATTGTAGTAC CCGAATTGAG GCAGTCCCTA CTACGCAGCC AGCAGACGAA 
GATACTCGTC CCCCTGGAAC ATCTGATCTC GATTCCAACG AATTTGTTCG ATTATCTGGT 
GAAGAACGAG GTGAAACGCC CGTTGAAGAC GAACCTTTGT TAGAAGCAAC AGAGATTACG 
ACAGAAAGGA CCACCGAGGC TACTGGACAC CCATCTGAAC ATGTAGTGGA ATCCATGGAA 
TGCGATCCGC TGGGTGAGTT AGCAGTAAAT GCTAACATAG TGCCCCTTGA CTGTCCTGAT 
CCTAGTAATG AGAGCCCTGT CTTTTCTGTA CAGTCGCCAA AGATTGAAAG CGACGTGGAA 
GAAAATTTGC AGAAGCGTGC TAGCGTTTTC GAGGCAGAGT CTTTTGTAGC TCAACCAATG 
AGTCCCTCAG AAGACAAGGA TGAAAGCGAA GTCCCTGCGC AGGACATTGA CAACGCGGAC 
GAGAAGGCAA GTCAAAAAGA AGATAGTGAC TCGCAGAAAA AGGTAGAGAA CTCGAACTAT 
TTAGGCCACC ATAAAACTGC TAGCAACAGT AGTCGTCATT CCAGCGATCG TAGCGTACGA 
CAACCGGGTC ACGCGTCATG TTCGGTGTCA CTGCCACCTC GTAGAAATAG CGGGCACCAC 
AGTGATATCA AAGATAAAGA AAGTAGGGAT AGAAGTGAAA AAAATGATGA TAGGAGTAAA 
AGGCTGAGTA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCG GCGGCAGCGC AGGCGCCGGT 
AGTGCGGACC ACAAGGAAAG GGAGAAGGAA AAAGACAGAG ATGGGGGTCA TCGTTCGCAC 
AGGTCTGATA GAGACAAGGA CAGTAAACGA GACAGTAACA ATAGCGAAAA GGACAAAGAG 
CGCGAAACAA ATAGTAGGGT CAGAGATAAA GATCGGTCAG ACAAAGAGAA AGACAATCGC 
GAGTCTAAAG AGCTTCGACG AGATCACAAA GAGGGAAAAA AGCAACGGCA TAACACGTCG 
TCTTCATTTT CGTCAAGACC TCACCATCAT CATCACGACT CACGGCGAGA AAGCGACCGA 
AACCGTGGTC GACGACATCA TGATGATGAA AGGGACAGAA AAAGAAGCTC GGAATTTGAG 
AAATATAAGC ACGAAGGATC GAGTCGTAGG GAGCGTTCAG AAGTGGAGGA TAGCAAAAAT 
CGAAGTGATC ACTCGAAGGT ATCCAAGACC TCCGTTTCTG AAGGGAAACA CTCCCCTACA 
AACAAGGAAA CGCAGGAGTC GAAATTACAG GACAAGGATA CTAAAACTAC CGATGTGAGC 
ATTGAATCCG AGAGAACCGT AGTGACTGCT AGCACTATTC TGACAACAAA GGAAAAAAAC 
GTTTGCGACA AAACCATGAA GTCTAGTGAT GACGAAGCGA TTCATGCTGT AGATGTCCAG 
AGTTTACCGT CTAACAACGA TAAACTGAAA GCGTTCCCGC GTACAGCAGA CGTTGAGTCA 
TCCGTACTCA CAGAAAAGCA GGGTAACGAG GAGATGTCGA CGAAAAAAGA GCTATTAAAA 
GACCAAGAAG ATAAGAGATT CCAGCTAAAA ATTAACAACG ACACTTCGAT ATTGGATATA 
GAAGTTCTCG AAAATGAAGA TGATACTGAG GAAAATGAAG GCAAAAGTGA AAACGACGAA 
GTAACCAAAA CATCAAAACT TTTCTTAGAA ACAACGTCTG AAAGGGAACA GATAATAACA 
GAGACACAGC AGCACGATCA TGTAAGTATA AGTACGATGG ATAACAAAGT TGCACAGAAA 
AGAGTTAGTG AGCCTTTAGA ACATGACGAA ATATCGCCAA AGAAGCAAAG AATCCCTCAA 
GAAGTGGTTC ATTTCGATGA AGCAGCAAAC GCTACCGATA GTTCGGATAA CAGGGAGGAT 
CAACTTGTGA TCAATGAAAC TGAAGATCAG CCTGATGACG ATGACGAGTC TCGAGATTTG 
GAGATTGATC TTGAAGCACC TGCACCGTCA AGAAAGCGAC GAAGAAAAAC TTCACTTGAC 
ACAACAGGAA CCGGTGCAGG TCGATCTAAA CGAGGTCGAA AAGCATCCAC TACCTCTCCG 
GATAAAGGAC GTCCACAACT TCAGGACAAT AACAACGGCG CTTCAAAAGG TGAGTGCAGT 
CCCGTTCAAG TCCCTGGCGG TCCGGCTAAA AGAGGACGCC GGAGATCTTC GGCGGCTTCA 
GGTGGACAAT TGAACCAGCT GGGAGGCCTG CAGAAGGACA GTAAGACAAC ACCCGCTGAG 
GATACACCTC TTCTAGAAGC AACTCCTGAT CCACCAGTGT CGTCCCGTGG TCGCCAGAGG 
AAAATTAATC CGAAATACAT CGACGATGGC GATGTGGCAG CAATGTTTTA CCGGAAGAAG 
CGATGA

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

LOC111271313 ( XM_022852037.1 ) cDNA ORF clone, Varroa jacobsoni -> XP_022707772.1 Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa61433
Clone ID Related Accession (Same CDS sequence)	XM_022852037.1
Accession Version	XM_022852037.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4803bp) 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	2017-10-18
Organism	Varroa jacobsoni
Product	biorientation of chromosomes in cell division protein 1-like 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019214481.1) 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 :: Varroa jacobsoni Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCAGGTT CAATCGGTGG CGGCGGAGTG GGTGTCAGCG GTGGCTTTGG TAGCCGTGGT 
GAGGAAGGAC CGTTCGAGGT GGAATACCTG AAAAATTTGC CACCTTGCCA CCCTCATTTA 
GTTGAAGCTA TTGTAACGCA GATCAAAAGT CAGGGCCTTT TTGACGAATT TCGCAAGACG 
TGCCTCGCCG ATATTGATAC CAAACCTTCA TATTTAAACC TAAAGCAACG CGTCGAAGGC 
TATGTTAGTG CATTTCTTAA GCGTCAACAA TGGAGCAGTG TCCTACAAAA GAATCAACTT 
CGAGAAACAC TTCGCAAAGA TATCAATGAA TCAGGTCTTC TAAAGACTGG TCTTGACCAT 
TTAGTGGATC AGCTAGTATT TTCCAGAGTG GAGCGTTTTA TACGGCCAAA AGTGCAAACA 
GAAATCGCTG ACTTCCTTGG CATCAGCGAA ACACCACCTC AGCCCATTGC AGCAAGCCAC 
GGAGTGCCAG TTGCTGTACC TCCGCCTAAC TTTTCGATGC CTCCACCAAA TTATGTTTGT 
CCGCCGCCAG GGTTACCTCC TTTTCCGCCA GTGCCACCGC CGCCCGACGT GGCTGGTCTC 
ATGATGATGA GCCAAGGCGG GCTAATGGGA GATAATAATA GGACCAGGCT AGAACACGAA 
GGGGCAGTTG GCGACCCACG TCCGCCGGAG CCACCTTCAC CCCATGGGAG CGATTATTCG 
GTTGATATGT CGGATTGTAG TATGGTTGGA CGAGACGAGG TGGTCGGTGA TATAGGAGAT 
TTTGTCAACT CATCACGTGC GCCTGTTCCC GGAACGGCCT CGACCAATGC AGGCAGCAAT 
CACTACTCCA GGGACTCTTC CCTCACAGGG GTGGGTGAAG ATGAGACAGA AGTTGTCCAA 
GAATCAATGG TACTGTTAAT CGAAGGGGAA GATATTTCTA ACAGTCCGCT TTCCAATGAC 
TTCCTTGAGG ATGATGACCA AACGGATTCA ACTGGAGATC CAACACAACA ACCTCCAGAT 
ATTAAAAGGG GTGCTATCAA CCCGAGTGAA GTTGAATCCA ACAGTCTATC AACCACTATG 
GTGATGATTA ATCAAGACGA GCAGCTATTT GTAGCTGCGA CAAATCAGGA AACGGTAGAA 
TCAACTCCAG TTCACAGGGA TCCACCTGTG GCATCATCGG CGTCGACGAA CGAAGATGAA 
GAATTAGGAA ATGGTAAACG ACCTGATTCG ACATTCGAAG AGCTATCGGA CGGCGGCGAA 
AGCGTTTTGA CGGCAGGTGA GGAGGAAGGT GAAGCTACGC CGGTTGAGGA TGAACCCGAT 
AATGAAGTAA TACCCTCATC TCCACCCTCG AAACGAAGCC TCAATCAAAG GCCGTTTTCA 
CGAAATGGCG ACGAGAGTTG TGGCGAGGCA CGGACCGACT TTCGGGGTCT CTTTCCTGTT 
GGAAACATGA TTGCTCCTAA ACACGAACCA GTTCCTCCTG GGGTGGATTA TTCCCACGGC 
GTGATGCCTC CCAGCCCATA CACTGACGGC AACAATACAG CAGATGATAA TAGCCGAATG 
GTTATTGACG AGGGGACTGT TGCATCTTCG TTGATGGTCC AGAATAAGCT TATGCAAGAG 
GATAACATGG AGTTAGTATC AGATGAGGAG CTTAACGACG TTGAAGGAGA AGGTGACACC 
GTCGGGAGTG TTACTCCTAC AATCGATGAA CAGGAAGAGC AGGAACTGCA GCAGCCGAAT 
ACGGCGGAAA GCGCAGAAAA TCCTTATCAT ATGACAGTAG CGACGGTAGC AGCAAGAACA 
AGGGATCAAT CCGCAAAAGC GGATCTAGGT CCGCCAGGCT GTATATCAGA TACCACAGAT 
GCTCGAAGCG ATGTCTGCCG CACGGAGACT GCACTAGAAG GAACAGAAGC GCCGAGACCT 
GTGGCAATGG CTGAATCTAA GACAGTCCCT AAAACCAGCC TGTTCTGTGC GGACGCGCCG 
AATTCGTTTA GCCCGACTCG ATCTACGCAG TCTCCCTCGC ATATGAGTGA CGGCTCGGTG 
AAACATATCG AGGCTAGAGA GACCACGCCG CAGTTCCCAC GTTCGCCTCA AAAATCGCAA 
GAGGAGGACG ATAATATGAG ACCCAAACAA CTGCTTTCTC TAATGCAAAG TAGGACAGAC 
CCTGCTTTGT CATCACCGGA ACAGTCTTCA AGCTCAAGGC CGGTTGATGT AGATCTGATG 
CCAACGACAC CGCCTCGACC ACCATCAGTA GCTCCCCCTA AACAGAAAGC TGAGGGCGGT 
GCACCCTCCG GACCCCCTTC GCCTACTATT GAGGGGACGC ACGATGGTTG TTATAGTACA 
GTTAGACTGG GTTTTGGCGA GGAAGTTGTC TCATCCGAGG GTAGCATAGG CACAGCTACT 
GAGGATGATT GTAGTACCCG AATTGAGGCA GTCCCTACTA CGCAGCCAGC AGACGAAGAT 
ACTCGTCCCC CTGGAACATC TGATCTCGAT TCCAACGAAT TTGTTCGATT ATCTGGTGAA 
GAACGAGGTG AAACGCCCGT TGAAGACGAA CCTTTGTTAG AAGCAACAGA GATTACGACA 
GAAAGGACCA CCGAGGCTAC TGGACACCCA TCTGAACATG TAGTGGAATC CATGGAATGC 
GATCCGCTGG GTGAGTTAGC AGTAAATGCT AACATAGTGC CCCTTGACTG TCCTGATCCT 
AGTAATGAGA GCCCTGTCTT TTCTGTACAG TCGCCAAAGA TTGAAAGCGA CGTGGAAGAA 
AATTTGCAGA AGCGTGCTAG CGTTTTCGAG GCAGAGTCTT TTGTAGCTCA ACCAATGAGT 
CCCTCAGAAG ACAAGGATGA AAGCGAAGTC CCTGCGCAGG ACATTGACAA CGCGGACGAG 
AAGGCAAGTC AAAAAGAAGA TAGTGACTCG CAGAAAAAGG TAGAGAACTC GAACTATTTA 
GGCCACCATA AAACTGCTAG CAACAGTAGT CGTCATTCCA GCGATCGTAG CGTACGACAA 
CCGGGTCACG CGTCATGTTC GGTGTCACTG CCACCTCGTA GAAATAGCGG GCACCACAGT 
GATATCAAAG ATAAAGAAAG TAGGGATAGA AGTGAAAAAA ATGATGATAG GAGTAAAAGG 
CTGAGTAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCGGCG GCAGCGCAGG CGCCGGTAGT 
GCGGACCACA AGGAAAGGGA GAAGGAAAAA GACAGAGATG GGGGTCATCG TTCGCACAGG 
TCTGATAGAG ACAAGGACAG TAAACGAGAC AGTAACAATA GCGAAAAGGA CAAAGAGCGC 
GAAACAAATA GTAGGGTCAG AGATAAAGAT CGGTCAGACA AAGAGAAAGA CAATCGCGAG 
TCTAAAGAGC TTCGACGAGA TCACAAAGAG GGAAAAAAGC AACGGCATAA CACGTCGTCT 
TCATTTTCGT CAAGACCTCA CCATCATCAT CACGACTCAC GGCGAGAAAG CGACCGAAAC 
CGTGGTCGAC GACATCATGA TGATGAAAGG GACAGAAAAA GAAGCTCGGA ATTTGAGAAA 
TATAAGCACG AAGGATCGAG TCGTAGGGAG CGTTCAGAAG TGGAGGATAG CAAAAATCGA 
AGTGATCACT CGAAGGTATC CAAGACCTCC GTTTCTGAAG GGAAACACTC CCCTACAAAC 
AAGGAAACGC AGGAGTCGAA ATTACAGGAC AAGGATACTA AAACTACCGA TGTGAGCATT 
GAATCCGAGA GAACCGTAGT GACTGCTAGC ACTATTCTGA CAACAAAGGA AAAAAACGTT 
TGCGACAAAA CCATGAAGTC TAGTGATGAC GAAGCGATTC ATGCTGTAGA TGTCCAGAGT 
TTACCGTCTA ACAACGATAA ACTGAAAGCG TTCCCGCGTA CAGCAGACGT TGAGTCATCC 
GTACTCACAG AAAAGCAGGG TAACGAGGAG ATGTCGACGA AAAAAGAGCT ATTAAAAGAC 
CAAGAAGATA AGAGATTCCA GCTAAAAATT AACAACGACA CTTCGATATT GGATATAGAA 
GTTCTCGAAA ATGAAGATGA TACTGAGGAA AATGAAGGCA AAAGTGAAAA CGACGAAGTA 
ACCAAAACAT CAAAACTTTT CTTAGAAACA ACGTCTGAAA GGGAACAGAT AATAACAGAG 
ACACAGCAGC ACGATCATGT AAGTATAAGT ACGATGGATA ACAAAGTTGC ACAGAAAAGA 
GTTAGTGAGC CTTTAGAACA TGACGAAATA TCGCCAAAGA AGCAAAGAAT CCCTCAAGAA 
GTGGTTCATT TCGATGAAGC AGCAAACGCT ACCGATAGTT CGGATAACAG GGAGGATCAA 
CTTGTGATCA ATGAAACTGA AGATCAGCCT GATGACGATG ACGAGTCTCG AGATTTGGAG 
ATTGATCTTG AAGCACCTGC ACCGTCAAGA AAGCGACGAA GAAAAACTTC ACTTGACACA 
ACAGGAACCG GTGCAGGTCG ATCTAAACGA GGTCGAAAAG CATCCACTAC CTCTCCGGAT 
AAAGGACGTC CACAACTTCA GGACAATAAC AACGGCGCTT CAAAAGGTGA GTGCAGTCCC 
GTTCAAGTCC CTGGCGGTCC GGCTAAAAGA GGACGCCGGA GATCTTCGGC GGCTTCAGGT 
GGACAATTGA ACCAGCTGGG AGGCCTGCAG AAGGACAGTA AGACAACACC CGCTGAGGAT 
ACACCTCTTC TAGAAGCAAC TCCTGATCCA CCAGTGTCGT CCCGTGGTCG CCAGAGGAAA 
ATTAATCCGA AATACATCGA CGATGGCGAT GTGGCAGCAA TGTTTTACCG GAAGAAGCGA 
TGA

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

RefSeq	XP_022707772.1
CDS	104..4906
Translation	MSGSIGGGGVGVSGGFGSRGEEGPFEVEYLKNLPPCHPHLVEAIVTQIKSQGLFDEFRKTCLADIDTKPSYLNLKQRVEGYVSAFLKRQQWSSVLQKNQLRETLRKDINESGLLKTGLDHLVDQLVFSRVERFIRPKVQTEIADFLGISETPPQPIAASHGVPVAVPPPNFSMPPPNYVCPPPGLPPFPPVPPPPDVAGLMMMSQGGLMGDNNRTRLEHEGAVGDPRPPEPPSPHGSDYSVDMSDCSMVGRDEVVGDIGDFVNSSRAPVPGTASTNAGSNHYSRDSSLTGVGEDETEVVQESMVLLIEGEDISNSPLSNDFLEDDDQTDSTGDPTQQPPDIKRGAINPSEVESNSLSTTMVMINQDEQLFVAATNQETVESTPVHRDPPVASSASTNEDEELGNGKRPDSTFEELSDGGESVLTAGEEEGEATPVEDEPDNEVIPSSPPSKRSLNQRPFSRNGDESCGEARTDFRGLFPVGNMIAPKHEPVPPGVDYSHGVMPPSPYTDGNNTADDNSRMVIDEGTVASSLMVQNKLMQEDNMELVSDEELNDVEGEGDTVGSVTPTIDEQEEQELQQPNTAESAENPYHMTVATVAARTRDQSAKADLGPPGCISDTTDARSDVCRTETALEGTEAPRPVAMAESKTVPKTSLFCADAPNSFSPTRSTQSPSHMSDGSVKHIEARETTPQFPRSPQKSQEEDDNMRPKQLLSLMQSRTDPALSSPEQSSSSRPVDVDLMPTTPPRPPSVAPPKQKAEGGAPSGPPSPTIEGTHDGCYSTVRLGFGEEVVSSEGSIGTATEDDCSTRIEAVPTTQPADEDTRPPGTSDLDSNEFVRLSGEERGETPVEDEPLLEATEITTERTTEATGHPSEHVVESMECDPLGELAVNANIVPLDCPDPSNESPVFSVQSPKIESDVEENLQKRASVFEAESFVAQPMSPSEDKDESEVPAQDIDNADEKASQKEDSDSQKKVENSNYLGHHKTASNSSRHSSDRSVRQPGHASCSVSLPPRRNSGHHSDIKDKESRDRSEKNDDRSKRLSSSSSSSSSSSGGSAGAGSADHKEREKEKDRDGGHRSHRSDRDKDSKRDSNNSEKDKERETNSRVRDKDRSDKEKDNRESKELRRDHKEGKKQRHNTSSSFSSRPHHHHHDSRRESDRNRGRRHHDDERDRKRSSEFEKYKHEGSSRRERSEVEDSKNRSDHSKVSKTSVSEGKHSPTNKETQESKLQDKDTKTTDVSIESERTVVTASTILTTKEKNVCDKTMKSSDDEAIHAVDVQSLPSNNDKLKAFPRTADVESSVLTEKQGNEEMSTKKELLKDQEDKRFQLKINNDTSILDIEVLENEDDTEENEGKSENDEVTKTSKLFLETTSEREQIITETQQHDHVSISTMDNKVAQKRVSEPLEHDEISPKKQRIPQEVVHFDEAANATDSSDNREDQLVINETEDQPDDDDESRDLEIDLEAPAPSRKRRRKTSLDTTGTGAGRSKRGRKASTTSPDKGRPQLQDNNNGASKGECSPVQVPGGPAKRGRRRSSAASGGQLNQLGGLQKDSKTTPAEDTPLLEATPDPPVSSRGRQRKINPKYIDDGDVAAMFYRKKR

Target ORF information:

RefSeq Version	XM_022852037.1
Organism	Varroa jacobsoni
Definition	Varroa jacobsoni biorientation of chromosomes in cell division protein 1-like 1 (LOC111271313), transcript variant X2, mRNA.

Target ORF information:

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

XM_022852037.1

ORF Insert Sequence:

ATGTCAGGTT CAATCGGTGG CGGCGGAGTG GGTGTCAGCG GTGGCTTTGG TAGCCGTGGT 
GAGGAAGGAC CGTTCGAGGT GGAATACCTG AAAAATTTGC CACCTTGCCA CCCTCATTTA 
GTTGAAGCTA TTGTAACGCA GATCAAAAGT CAGGGCCTTT TTGACGAATT TCGCAAGACG 
TGCCTCGCCG ATATTGATAC CAAACCTTCA TATTTAAACC TAAAGCAACG CGTCGAAGGC 
TATGTTAGTG CATTTCTTAA GCGTCAACAA TGGAGCAGTG TCCTACAAAA GAATCAACTT 
CGAGAAACAC TTCGCAAAGA TATCAATGAA TCAGGTCTTC TAAAGACTGG TCTTGACCAT 
TTAGTGGATC AGCTAGTATT TTCCAGAGTG GAGCGTTTTA TACGGCCAAA AGTGCAAACA 
GAAATCGCTG ACTTCCTTGG CATCAGCGAA ACACCACCTC AGCCCATTGC AGCAAGCCAC 
GGAGTGCCAG TTGCTGTACC TCCGCCTAAC TTTTCGATGC CTCCACCAAA TTATGTTTGT 
CCGCCGCCAG GGTTACCTCC TTTTCCGCCA GTGCCACCGC CGCCCGACGT GGCTGGTCTC 
ATGATGATGA GCCAAGGCGG GCTAATGGGA GATAATAATA GGACCAGGCT AGAACACGAA 
GGGGCAGTTG GCGACCCACG TCCGCCGGAG CCACCTTCAC CCCATGGGAG CGATTATTCG 
GTTGATATGT CGGATTGTAG TATGGTTGGA CGAGACGAGG TGGTCGGTGA TATAGGAGAT 
TTTGTCAACT CATCACGTGC GCCTGTTCCC GGAACGGCCT CGACCAATGC AGGCAGCAAT 
CACTACTCCA GGGACTCTTC CCTCACAGGG GTGGGTGAAG ATGAGACAGA AGTTGTCCAA 
GAATCAATGG TACTGTTAAT CGAAGGGGAA GATATTTCTA ACAGTCCGCT TTCCAATGAC 
TTCCTTGAGG ATGATGACCA AACGGATTCA ACTGGAGATC CAACACAACA ACCTCCAGAT 
ATTAAAAGGG GTGCTATCAA CCCGAGTGAA GTTGAATCCA ACAGTCTATC AACCACTATG 
GTGATGATTA ATCAAGACGA GCAGCTATTT GTAGCTGCGA CAAATCAGGA AACGGTAGAA 
TCAACTCCAG TTCACAGGGA TCCACCTGTG GCATCATCGG CGTCGACGAA CGAAGATGAA 
GAATTAGGAA ATGGTAAACG ACCTGATTCG ACATTCGAAG AGCTATCGGA CGGCGGCGAA 
AGCGTTTTGA CGGCAGGTGA GGAGGAAGGT GAAGCTACGC CGGTTGAGGA TGAACCCGAT 
AATGAAGTAA TACCCTCATC TCCACCCTCG AAACGAAGCC TCAATCAAAG GCCGTTTTCA 
CGAAATGGCG ACGAGAGTTG TGGCGAGGCA CGGACCGACT TTCGGGGTCT CTTTCCTGTT 
GGAAACATGA TTGCTCCTAA ACACGAACCA GTTCCTCCTG GGGTGGATTA TTCCCACGGC 
GTGATGCCTC CCAGCCCATA CACTGACGGC AACAATACAG CAGATGATAA TAGCCGAATG 
GTTATTGACG AGGGGACTGT TGCATCTTCG TTGATGGTCC AGAATAAGCT TATGCAAGAG 
GATAACATGG AGTTAGTATC AGATGAGGAG CTTAACGACG TTGAAGGAGA AGGTGACACC 
GTCGGGAGTG TTACTCCTAC AATCGATGAA CAGGAAGAGC AGGAACTGCA GCAGCCGAAT 
ACGGCGGAAA GCGCAGAAAA TCCTTATCAT ATGACAGTAG CGACGGTAGC AGCAAGAACA 
AGGGATCAAT CCGCAAAAGC GGATCTAGGT CCGCCAGGCT GTATATCAGA TACCACAGAT 
GCTCGAAGCG ATGTCTGCCG CACGGAGACT GCACTAGAAG GAACAGAAGC GCCGAGACCT 
GTGGCAATGG CTGAATCTAA GACAGTCCCT AAAACCAGCC TGTTCTGTGC GGACGCGCCG 
AATTCGTTTA GCCCGACTCG ATCTACGCAG TCTCCCTCGC ATATGAGTGA CGGCTCGGTG 
AAACATATCG AGGCTAGAGA GACCACGCCG CAGTTCCCAC GTTCGCCTCA AAAATCGCAA 
GAGGAGGACG ATAATATGAG ACCCAAACAA CTGCTTTCTC TAATGCAAAG TAGGACAGAC 
CCTGCTTTGT CATCACCGGA ACAGTCTTCA AGCTCAAGGC CGGTTGATGT AGATCTGATG 
CCAACGACAC CGCCTCGACC ACCATCAGTA GCTCCCCCTA AACAGAAAGC TGAGGGCGGT 
GCACCCTCCG GACCCCCTTC GCCTACTATT GAGGGGACGC ACGATGGTTG TTATAGTACA 
GTTAGACTGG GTTTTGGCGA GGAAGTTGTC TCATCCGAGG GTAGCATAGG CACAGCTACT 
GAGGATGATT GTAGTACCCG AATTGAGGCA GTCCCTACTA CGCAGCCAGC AGACGAAGAT 
ACTCGTCCCC CTGGAACATC TGATCTCGAT TCCAACGAAT TTGTTCGATT ATCTGGTGAA 
GAACGAGGTG AAACGCCCGT TGAAGACGAA CCTTTGTTAG AAGCAACAGA GATTACGACA 
GAAAGGACCA CCGAGGCTAC TGGACACCCA TCTGAACATG TAGTGGAATC CATGGAATGC 
GATCCGCTGG GTGAGTTAGC AGTAAATGCT AACATAGTGC CCCTTGACTG TCCTGATCCT 
AGTAATGAGA GCCCTGTCTT TTCTGTACAG TCGCCAAAGA TTGAAAGCGA CGTGGAAGAA 
AATTTGCAGA AGCGTGCTAG CGTTTTCGAG GCAGAGTCTT TTGTAGCTCA ACCAATGAGT 
CCCTCAGAAG ACAAGGATGA AAGCGAAGTC CCTGCGCAGG ACATTGACAA CGCGGACGAG 
AAGGCAAGTC AAAAAGAAGA TAGTGACTCG CAGAAAAAGG TAGAGAACTC GAACTATTTA 
GGCCACCATA AAACTGCTAG CAACAGTAGT CGTCATTCCA GCGATCGTAG CGTACGACAA 
CCGGGTCACG CGTCATGTTC GGTGTCACTG CCACCTCGTA GAAATAGCGG GCACCACAGT 
GATATCAAAG ATAAAGAAAG TAGGGATAGA AGTGAAAAAA ATGATGATAG GAGTAAAAGG 
CTGAGTAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCGGCG GCAGCGCAGG CGCCGGTAGT 
GCGGACCACA AGGAAAGGGA GAAGGAAAAA GACAGAGATG GGGGTCATCG TTCGCACAGG 
TCTGATAGAG ACAAGGACAG TAAACGAGAC AGTAACAATA GCGAAAAGGA CAAAGAGCGC 
GAAACAAATA GTAGGGTCAG AGATAAAGAT CGGTCAGACA AAGAGAAAGA CAATCGCGAG 
TCTAAAGAGC TTCGACGAGA TCACAAAGAG GGAAAAAAGC AACGGCATAA CACGTCGTCT 
TCATTTTCGT CAAGACCTCA CCATCATCAT CACGACTCAC GGCGAGAAAG CGACCGAAAC 
CGTGGTCGAC GACATCATGA TGATGAAAGG GACAGAAAAA GAAGCTCGGA ATTTGAGAAA 
TATAAGCACG AAGGATCGAG TCGTAGGGAG CGTTCAGAAG TGGAGGATAG CAAAAATCGA 
AGTGATCACT CGAAGGTATC CAAGACCTCC GTTTCTGAAG GGAAACACTC CCCTACAAAC 
AAGGAAACGC AGGAGTCGAA ATTACAGGAC AAGGATACTA AAACTACCGA TGTGAGCATT 
GAATCCGAGA GAACCGTAGT GACTGCTAGC ACTATTCTGA CAACAAAGGA AAAAAACGTT 
TGCGACAAAA CCATGAAGTC TAGTGATGAC GAAGCGATTC ATGCTGTAGA TGTCCAGAGT 
TTACCGTCTA ACAACGATAA ACTGAAAGCG TTCCCGCGTA CAGCAGACGT TGAGTCATCC 
GTACTCACAG AAAAGCAGGG TAACGAGGAG ATGTCGACGA AAAAAGAGCT ATTAAAAGAC 
CAAGAAGATA AGAGATTCCA GCTAAAAATT AACAACGACA CTTCGATATT GGATATAGAA 
GTTCTCGAAA ATGAAGATGA TACTGAGGAA AATGAAGGCA AAAGTGAAAA CGACGAAGTA 
ACCAAAACAT CAAAACTTTT CTTAGAAACA ACGTCTGAAA GGGAACAGAT AATAACAGAG 
ACACAGCAGC ACGATCATGT AAGTATAAGT ACGATGGATA ACAAAGTTGC ACAGAAAAGA 
GTTAGTGAGC CTTTAGAACA TGACGAAATA TCGCCAAAGA AGCAAAGAAT CCCTCAAGAA 
GTGGTTCATT TCGATGAAGC AGCAAACGCT ACCGATAGTT CGGATAACAG GGAGGATCAA 
CTTGTGATCA ATGAAACTGA AGATCAGCCT GATGACGATG ACGAGTCTCG AGATTTGGAG 
ATTGATCTTG AAGCACCTGC ACCGTCAAGA AAGCGACGAA GAAAAACTTC ACTTGACACA 
ACAGGAACCG GTGCAGGTCG ATCTAAACGA GGTCGAAAAG CATCCACTAC CTCTCCGGAT 
AAAGGACGTC CACAACTTCA GGACAATAAC AACGGCGCTT CAAAAGGTGA GTGCAGTCCC 
GTTCAAGTCC CTGGCGGTCC GGCTAAAAGA GGACGCCGGA GATCTTCGGC GGCTTCAGGT 
GGACAATTGA ACCAGCTGGG AGGCCTGCAG AAGGACAGTA AGACAACACC CGCTGAGGAT 
ACACCTCTTC TAGAAGCAAC TCCTGATCCA CCAGTGTCGT CCCGTGGTCG CCAGAGGAAA 
ATTAATCCGA AATACATCGA CGATGGCGAT GTGGCAGCAA TGTTTTACCG GAAGAAGCGA 
TGA