LOC105227083 cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105227083
Entrez Gene ID	105227083
Full Name	voltage-dependent calcium channel type D subunit alpha-1-like
Synonyms	CAC1D
Gene Type	protein-coding
Organism	Bactrocera dorsalis(oriental fruit fly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011206261.2	XP_011204563.1	voltage-dependent calcium channel type D subunit alpha-1-like
XM_029551568.1	XP_029407428.1	voltage-dependent calcium channel type D subunit alpha-1

Pathways from BioSystems
Gene Ontology

The following LOC105227083 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105227083 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
OBa259032	XM_029551568.1 Latest version!	Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1 (LOC105227083), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBa119534	XM_011206261.2 Latest version!	Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1-like (LOC105227083), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC105227083 ( XM_029551568.1 ) cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly) -> XP_029407428.1 Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1 (LOC105227083), mRNA.

Price & Availability↑

CloneID	OBa259032
Clone ID Related Accession (Same CDS sequence)	XM_029551568.1
Accession Version	XM_029551568.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4794bp) 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	2019-06-17
Organism	Bactrocera dorsalis(oriental fruit fly)
Product	voltage-dependent calcium channel type D subunit alpha-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011875839.1) and transcript sequence (GAKP01019438.1) 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 Name :: Bactrocera dorsalis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 353 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGTTAATGC TGCAGAAAGA AATCCGCAAA AAAAATTACA TATATCCGTT TGAAATCAAT 
TTTACATGTA ATGAAAAACT TTATAAAGGC CGCGACAATG TTTTAGATGA GATTTATGGA 
CAATATGAGC CGAGTCCAAA ACGAATTTTA AAGGACCTCG ACCGGAAGTG TAAACTTAAT 
AGTTGTAATA GTTGTACACG GGGTAATCTA AAAACTGGCA CAGTTAATCA AACCAACAAT 
ATAAATGCAA TTACTCCAGA AGACACTCTG TTGCGTCAAC GTAAACTTTG CTTTAAAAGA 
CAAAATGAGA TAAGTAACAG GAGTCAAGAA ATTGACATAT CGCAGGGTTC GCTTCTCTTC 
TACGGAACTG AAAATTTTAC TTTAAGGACA AGTGGGCCAA ATAAAATCAA TGATAACACC 
GATTTCGTAA CAAACAATTT TTCTGAAAAA TGTTTCGATT GTGTTCCTGA ACAATATCAT 
ACGGCATCTT CACCACAGCA AACACAATAT TTGGTCACAA ACTGCGAGTA TTATAAAACT 
GATGGTATCA ACAGTAAATC AACTGATTTA TGGCTAGATG CAACAGATAA AAATTGTTAT 
GGTGATTGGC CATTAAGCCA TAAAAAAAAA TCGATCGATA ATAGCAAGAA AGAACAGTTA 
TATGGATGTT CAAATGCAAA CTCAACGATA TATGTTACCC AAGTACCATC AACATCACTA 
ATTCCTAAGA GTTACAAAAT AACAAGCACT GATACTAGCA TTGATTTATT AAAATATAAG 
TTAAGCGGCG AACAAACTAA AAAAAGAATT GGTGGTACAT TTATAAAAAA ATTAAATTCA 
AGTAGTAATG AAGATTTCGG TAGACAGTTT TTGACAATAG AGGAAGGAAA TCAAATCCAA 
TCAGTCCAAC AAATAATAAG CCGTTCAAAA ACCATACCAA ATGAATGCTA CAAGAAAAGT 
AACGACAGCA TTAAATCCAA TATCAATACA AAAAAACACG AATGCATTAA ATGCCAAAGC 
AATAATGTAG ATAACTCATG GAACACAATT AATGCAAACG TAAATAGCAG TGGGAGTAGC 
AGTAGTAGTA CCGACAAACG TAATTATAGT AAAAGCAGGA GTCGAAGTAG GAGTAGGAGT 
AGCAGTAGTA GTAATAGTTG TAATTGTGAT ATAACGGGTG ATAACAGTAC ATTGCATGGT 
TTTGGTGTTG GCGAATTAAG CAGTTTTTTG GGTGATTGTG ATTCTGCAAG CAACACTACG 
CAAGCTCAGC CGCCGTCAAT ATGTCATTCT CAATTCGGGG ATCAGTATCA ACATAATAAA 
ACTGTTGAGC TTAGCTGGAA CGTACCTCAT CAGACATTTT TAAACCAAAC AAGTAATCCA 
AATTCCAAAT CTAGAGTTTT TATTGAGAGA GAAAGACAAG CATCATTAAC AGAACTTAAA 
ACGATTTTAA GACACGGCTC AGGAGATATC ACCGACTGCG AAAGTTGCAG CGAACTGCGA 
TTACTGAATT CAAATGATTA TAAAGCTGAT TTAGATATTG ATTGTGAAAG TTTGGAAGAT 
AACGTTATCG ATATAAATTC GGAAAATTGG AATGCTGACA ACGTCATCGA GCGTGGAGGA 
ATCGAAAACT TAAAAACTCG GTTAGACTAT TGTAATAAAA AAAAAGAAAA CGAAGACAAC 
ACTAAACATT ATTTCGATAT ATCGGAGGCT TTTATATCCG ACCAACGTTC TAAAGATATT 
TTTGGCAACA TGGATCTTGA AAGCAATCGA GAGCAATCAG GTGGAACTGA TGGCGGAGCA 
ATTAAGCGTA CAAACAATAA TAGTTTAGCA AGTAGAGAAG GAGTAAATTT TGATAAAGGA 
CAGACAGCTA CAGCTGCTTA TCCAACATTT GCAAATGGAC CTTTGGGAAC TGATGTTAAT 
CTTGGGACAT CAAACATTCC TGACACTATA AATGGCACAA CAATTGCTGG TGGAATAAAC 
CAGCAAAAGA CAGTGACTAA TACTACTACA CAAAAGCGGC CGCAAAGACG AGGGGGGAAG 
CCGCAACCTG ATCGACCTCA ACGTGTTTTA TTTTGTTTGG GGATAAAAAA CCCACTTCGG 
GCATTATGTA TCAGTATAGT CGAGTGGAAA CCATTCGAGT ATTTGATATT GTTAACAATT 
TTTGCGAATT GTGTTGCCTT AGCGGTTTAT ACCCCTTATC CATATAGCGA CTCCAATGTA 
ACTAATCAGG CTTTGGAAAA GATAGAATAC ATATTTTTAG TAATATTTAC AGCAGAATGT 
GTTATGAAAA TAATTGCGTA TGGATTTCTA CTACATAGCG GCTCGTATTT GAGAAATGGG 
TGGAATATTT TAGATTTTTT TATTGTGGTT ATAGGCATGA TAAGTACTGT TCTTTCAAAT 
CTTATGAAGG AAGGTTTCGA TGTAAAAGCA CTTCGAGCTT TCCGAGTGCT ACGACCTCTT 
CGACTTGTTT CTGGAGTTCC AAGCTTACAG GTTGTACTGA ATTCGATCCT TCGAGCTATG 
ATACCACTTT TACATATTGC TTTACTAGTT TTATTTGTCA TTATCATATA CGCAATTATT 
GGATTGGAGC TGTTTTCTGG AAAATTGCAT AAAACTTGCC TTCGCCCAGA TACTGGTGAA 
TATATGAAAG ATGAACACCC ATGTGGTACT GGATTTCAAT GTCAAGAAGG TTATGTATGC 
CATGAAAAAT GGGACGGCCC TAATTATGGT ATAACTAATT TCGATAACTT TGGTTTGGCT 
ATGTTGACCG TGTTTCAGTG TGTTACTTTA GAAGGCTGGA CAGATGTGCT ATATAACATT 
CAAGATGCCA TGGGAAGTAC GTGGCAATGG ATTTACTTCG TTTCGATGGT TATATTAGGA 
GCCTTTTTCG TAATGAATTT AATTCTCGGT GTGTTGTCTG GTGAATTTTC AAAAGAGCGC 
ACAAAAGCTA AAAACCGCGG AGACTTTCAA AAACTTAGGG AAAAACAACA AATAGAAGAA 
GATGTGCGCG GCTATTTGGA TTGGATTACC CAAGCGGAAG ATATTGAACC TGACGTCGAT 
GGTAATTTAA TGCAAGATGG AAAAACAAAA CCGACCAACG AGTCCAAGTC AATGGATCAA 
GTGGAAGAGG AGGGTCAAGA AATTCAAATA TCTGAATCCT GGTGGCGTAA GAAAAAAAAA 
GATTTAGATC GTCTGAACCG CAGAATGAGA CGGTCTTGTA GGAAAGCTGT AAAATCGCAA 
GCTTTTTATT GGCTAATAAT AATGTTAGTG TTTCTGAATA CCGGTGTACT TGCTACCGAA 
CATTATGGGC AACCAATATG GCTCGATAAC TTTCAAGAGT ATACAAATAT TTTTTTCATT 
GGATTATTTA CCTGTGAAAT GATGCTTAAA ATGTATAGTT TGGGATTTCA AGGATATTTT 
GTGTCGCTGT TTAATCGTTT CGATTGTTTT GTTGTTATTG GTAGTATAAC GGAAACAATA 
CTAACAAACA CGGGTATAAT GCCGCCATTG GGAGTATCAG TACTACGTTG CGTTCGACTC 
TTAAGAGTTT TTAAGGTCAC AAAGTATTGG CGATCTCTTT CCAATCTTGT GGCATCTTTG 
TTGAATTCAA TACAGTCAAT CGCTTCCCTC TTGTTATTGC TATTTCTTTT TATAGTAATA 
TTTGCTCTTT TGGGTATGCA AGTTTTTGGA GGGAAGTTTA ATTTTAAACC ATCAGAAGAA 
AAACCTCGTT GGAATTTCGA TTGCTTTTGG CAAAGTTTAT TAACTGTATT TCAGATTCTT 
ACTGGTGAAG ATTGGAATGT GGTTATGTAT GACGGAATAC TTGCCTACGG AGGAATAAAA 
ACATTTGGTG CATTGGCATG CATCTATTTT ATAATTTTAT TCATATGCGG CAATTATATA 
TTGCTGAACG TTTTTTTGGC TATTGCTGTT GATAATCTTG CTGATGCAGA TTCTTTAACA 
ACAATCGAAA AGGAAGAAGA AATTGATGAT GGTAAAAATA ACAAATCACA CAGCCCCACT 
CCAATCATTG AAGGTGCAGA AGAGGAAAAT ATGAATATTG AAATGGATTT GGACGGACAT 
TGTATTGAAA TAGAAAAATT GGATGAGGAT ACTCCTTCTG AAGGTGAAGA GGACGAAATA 
TGCGATGAGG AACTAGAAGA ATCCCGTTCC GAAGTAACAC CTAGAGCAAC TGCACGACCT 
CGACGTCTCT CTGAAATCAG CATTAAGAAG ACTAAAAAAC CAATGCCAAG AGGAAGTTCA 
TTTTTTATAT TTAGTAACAC AAACAGGTTT CGTGTATTTT GTCACTGGCT TTGTAATCAC 
AGCAACTTTG GAAATGTTAT ATTGTGCTGC ATTATGTTCT CATCGGCAAT GTTGGCAGCA 
GAGGACCCAC TACGGCCAAA CGCCGACCGC AACAAAGTAC TAAACAAATT TGATGTTTTT 
TTCACGGGTG TCTTCACAAT AGAACTGTTA CTGAAATTGA TTTCATATGG CTTTGTGTTG 
CACGACGGAG CCTTTTGTAG ATCTGCATTT AATCTTCTTG ATTTACTTGT AGTCTGCGTC 
TCCTTAATAT CAATGCAGTC CAGTTCGAAT GCGATTTCAT TCGTGAAAAT ATTAAGAGTA 
CTTCGTGTTT TAAGGCCTCT GCGTGCCATT AATCGTGCCA AAGGACTCAA GCATGTAGTT 
CAATGTGTAA TAGTGGCTGT CAAGACAATC GGAAATATTG TCTTAGTGAC TTGCCTTCTG 
CAATTCATGT TTGCCGTAAT AGGAGTCCAG TTGTTTAAGG TAACTTTGTT ATGA

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

RefSeq	XP_029407428.1
CDS	96..4889
Translation	MLMLQKEIRKKNYIYPFEINFTCNEKLYKGRDNVLDEIYGQYEPSPKRILKDLDRKCKLNSCNSCTRGNLKTGTVNQTNNINAITPEDTLLRQRKLCFKRQNEISNRSQEIDISQGSLLFYGTENFTLRTSGPNKINDNTDFVTNNFSEKCFDCVPEQYHTASSPQQTQYLVTNCEYYKTDGINSKSTDLWLDATDKNCYGDWPLSHKKKSIDNSKKEQLYGCSNANSTIYVTQVPSTSLIPKSYKITSTDTSIDLLKYKLSGEQTKKRIGGTFIKKLNSSSNEDFGRQFLTIEEGNQIQSVQQIISRSKTIPNECYKKSNDSIKSNINTKKHECIKCQSNNVDNSWNTINANVNSSGSSSSSTDKRNYSKSRSRSRSRSSSSSNSCNCDITGDNSTLHGFGVGELSSFLGDCDSASNTTQAQPPSICHSQFGDQYQHNKTVELSWNVPHQTFLNQTSNPNSKSRVFIERERQASLTELKTILRHGSGDITDCESCSELRLLNSNDYKADLDIDCESLEDNVIDINSENWNADNVIERGGIENLKTRLDYCNKKKENEDNTKHYFDISEAFISDQRSKDIFGNMDLESNREQSGGTDGGAIKRTNNNSLASREGVNFDKGQTATAAYPTFANGPLGTDVNLGTSNIPDTINGTTIAGGINQQKTVTNTTTQKRPQRRGGKPQPDRPQRVLFCLGIKNPLRALCISIVEWKPFEYLILLTIFANCVALAVYTPYPYSDSNVTNQALEKIEYIFLVIFTAECVMKIIAYGFLLHSGSYLRNGWNILDFFIVVIGMISTVLSNLMKEGFDVKALRAFRVLRPLRLVSGVPSLQVVLNSILRAMIPLLHIALLVLFVIIIYAIIGLELFSGKLHKTCLRPDTGEYMKDEHPCGTGFQCQEGYVCHEKWDGPNYGITNFDNFGLAMLTVFQCVTLEGWTDVLYNIQDAMGSTWQWIYFVSMVILGAFFVMNLILGVLSGEFSKERTKAKNRGDFQKLREKQQIEEDVRGYLDWITQAEDIEPDVDGNLMQDGKTKPTNESKSMDQVEEEGQEIQISESWWRKKKKDLDRLNRRMRRSCRKAVKSQAFYWLIIMLVFLNTGVLATEHYGQPIWLDNFQEYTNIFFIGLFTCEMMLKMYSLGFQGYFVSLFNRFDCFVVIGSITETILTNTGIMPPLGVSVLRCVRLLRVFKVTKYWRSLSNLVASLLNSIQSIASLLLLLFLFIVIFALLGMQVFGGKFNFKPSEEKPRWNFDCFWQSLLTVFQILTGEDWNVVMYDGILAYGGIKTFGALACIYFIILFICGNYILLNVFLAIAVDNLADADSLTTIEKEEEIDDGKNNKSHSPTPIIEGAEEENMNIEMDLDGHCIEIEKLDEDTPSEGEEDEICDEELEESRSEVTPRATARPRRLSEISIKKTKKPMPRGSSFFIFSNTNRFRVFCHWLCNHSNFGNVILCCIMFSSAMLAAEDPLRPNADRNKVLNKFDVFFTGVFTIELLLKLISYGFVLHDGAFCRSAFNLLDLLVVCVSLISMQSSSNAISFVKILRVLRVLRPLRAINRAKGLKHVVQCVIVAVKTIGNIVLVTCLLQFMFAVIGVQLFKVTLL

Target ORF information:

RefSeq Version	XM_029551568.1
Organism	Bactrocera dorsalis(oriental fruit fly)
Definition	Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1 (LOC105227083), mRNA.

Target ORF information:

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

XM_029551568.1

ORF Insert Sequence:

ATGTTAATGC TGCAGAAAGA AATCCGCAAA AAAAATTACA TATATCCGTT TGAAATCAAT 
TTTACATGTA ATGAAAAACT TTATAAAGGC CGCGACAATG TTTTAGATGA GATTTATGGA 
CAATATGAGC CGAGTCCAAA ACGAATTTTA AAGGACCTCG ACCGGAAGTG TAAACTTAAT 
AGTTGTAATA GTTGTACACG GGGTAATCTA AAAACTGGCA CAGTTAATCA AACCAACAAT 
ATAAATGCAA TTACTCCAGA AGACACTCTG TTGCGTCAAC GTAAACTTTG CTTTAAAAGA 
CAAAATGAGA TAAGTAACAG GAGTCAAGAA ATTGACATAT CGCAGGGTTC GCTTCTCTTC 
TACGGAACTG AAAATTTTAC TTTAAGGACA AGTGGGCCAA ATAAAATCAA TGATAACACC 
GATTTCGTAA CAAACAATTT TTCTGAAAAA TGTTTCGATT GTGTTCCTGA ACAATATCAT 
ACGGCATCTT CACCACAGCA AACACAATAT TTGGTCACAA ACTGCGAGTA TTATAAAACT 
GATGGTATCA ACAGTAAATC AACTGATTTA TGGCTAGATG CAACAGATAA AAATTGTTAT 
GGTGATTGGC CATTAAGCCA TAAAAAAAAA TCGATCGATA ATAGCAAGAA AGAACAGTTA 
TATGGATGTT CAAATGCAAA CTCAACGATA TATGTTACCC AAGTACCATC AACATCACTA 
ATTCCTAAGA GTTACAAAAT AACAAGCACT GATACTAGCA TTGATTTATT AAAATATAAG 
TTAAGCGGCG AACAAACTAA AAAAAGAATT GGTGGTACAT TTATAAAAAA ATTAAATTCA 
AGTAGTAATG AAGATTTCGG TAGACAGTTT TTGACAATAG AGGAAGGAAA TCAAATCCAA 
TCAGTCCAAC AAATAATAAG CCGTTCAAAA ACCATACCAA ATGAATGCTA CAAGAAAAGT 
AACGACAGCA TTAAATCCAA TATCAATACA AAAAAACACG AATGCATTAA ATGCCAAAGC 
AATAATGTAG ATAACTCATG GAACACAATT AATGCAAACG TAAATAGCAG TGGGAGTAGC 
AGTAGTAGTA CCGACAAACG TAATTATAGT AAAAGCAGGA GTCGAAGTAG GAGTAGGAGT 
AGCAGTAGTA GTAATAGTTG TAATTGTGAT ATAACGGGTG ATAACAGTAC ATTGCATGGT 
TTTGGTGTTG GCGAATTAAG CAGTTTTTTG GGTGATTGTG ATTCTGCAAG CAACACTACG 
CAAGCTCAGC CGCCGTCAAT ATGTCATTCT CAATTCGGGG ATCAGTATCA ACATAATAAA 
ACTGTTGAGC TTAGCTGGAA CGTACCTCAT CAGACATTTT TAAACCAAAC AAGTAATCCA 
AATTCCAAAT CTAGAGTTTT TATTGAGAGA GAAAGACAAG CATCATTAAC AGAACTTAAA 
ACGATTTTAA GACACGGCTC AGGAGATATC ACCGACTGCG AAAGTTGCAG CGAACTGCGA 
TTACTGAATT CAAATGATTA TAAAGCTGAT TTAGATATTG ATTGTGAAAG TTTGGAAGAT 
AACGTTATCG ATATAAATTC GGAAAATTGG AATGCTGACA ACGTCATCGA GCGTGGAGGA 
ATCGAAAACT TAAAAACTCG GTTAGACTAT TGTAATAAAA AAAAAGAAAA CGAAGACAAC 
ACTAAACATT ATTTCGATAT ATCGGAGGCT TTTATATCCG ACCAACGTTC TAAAGATATT 
TTTGGCAACA TGGATCTTGA AAGCAATCGA GAGCAATCAG GTGGAACTGA TGGCGGAGCA 
ATTAAGCGTA CAAACAATAA TAGTTTAGCA AGTAGAGAAG GAGTAAATTT TGATAAAGGA 
CAGACAGCTA CAGCTGCTTA TCCAACATTT GCAAATGGAC CTTTGGGAAC TGATGTTAAT 
CTTGGGACAT CAAACATTCC TGACACTATA AATGGCACAA CAATTGCTGG TGGAATAAAC 
CAGCAAAAGA CAGTGACTAA TACTACTACA CAAAAGCGGC CGCAAAGACG AGGGGGGAAG 
CCGCAACCTG ATCGACCTCA ACGTGTTTTA TTTTGTTTGG GGATAAAAAA CCCACTTCGG 
GCATTATGTA TCAGTATAGT CGAGTGGAAA CCATTCGAGT ATTTGATATT GTTAACAATT 
TTTGCGAATT GTGTTGCCTT AGCGGTTTAT ACCCCTTATC CATATAGCGA CTCCAATGTA 
ACTAATCAGG CTTTGGAAAA GATAGAATAC ATATTTTTAG TAATATTTAC AGCAGAATGT 
GTTATGAAAA TAATTGCGTA TGGATTTCTA CTACATAGCG GCTCGTATTT GAGAAATGGG 
TGGAATATTT TAGATTTTTT TATTGTGGTT ATAGGCATGA TAAGTACTGT TCTTTCAAAT 
CTTATGAAGG AAGGTTTCGA TGTAAAAGCA CTTCGAGCTT TCCGAGTGCT ACGACCTCTT 
CGACTTGTTT CTGGAGTTCC AAGCTTACAG GTTGTACTGA ATTCGATCCT TCGAGCTATG 
ATACCACTTT TACATATTGC TTTACTAGTT TTATTTGTCA TTATCATATA CGCAATTATT 
GGATTGGAGC TGTTTTCTGG AAAATTGCAT AAAACTTGCC TTCGCCCAGA TACTGGTGAA 
TATATGAAAG ATGAACACCC ATGTGGTACT GGATTTCAAT GTCAAGAAGG TTATGTATGC 
CATGAAAAAT GGGACGGCCC TAATTATGGT ATAACTAATT TCGATAACTT TGGTTTGGCT 
ATGTTGACCG TGTTTCAGTG TGTTACTTTA GAAGGCTGGA CAGATGTGCT ATATAACATT 
CAAGATGCCA TGGGAAGTAC GTGGCAATGG ATTTACTTCG TTTCGATGGT TATATTAGGA 
GCCTTTTTCG TAATGAATTT AATTCTCGGT GTGTTGTCTG GTGAATTTTC AAAAGAGCGC 
ACAAAAGCTA AAAACCGCGG AGACTTTCAA AAACTTAGGG AAAAACAACA AATAGAAGAA 
GATGTGCGCG GCTATTTGGA TTGGATTACC CAAGCGGAAG ATATTGAACC TGACGTCGAT 
GGTAATTTAA TGCAAGATGG AAAAACAAAA CCGACCAACG AGTCCAAGTC AATGGATCAA 
GTGGAAGAGG AGGGTCAAGA AATTCAAATA TCTGAATCCT GGTGGCGTAA GAAAAAAAAA 
GATTTAGATC GTCTGAACCG CAGAATGAGA CGGTCTTGTA GGAAAGCTGT AAAATCGCAA 
GCTTTTTATT GGCTAATAAT AATGTTAGTG TTTCTGAATA CCGGTGTACT TGCTACCGAA 
CATTATGGGC AACCAATATG GCTCGATAAC TTTCAAGAGT ATACAAATAT TTTTTTCATT 
GGATTATTTA CCTGTGAAAT GATGCTTAAA ATGTATAGTT TGGGATTTCA AGGATATTTT 
GTGTCGCTGT TTAATCGTTT CGATTGTTTT GTTGTTATTG GTAGTATAAC GGAAACAATA 
CTAACAAACA CGGGTATAAT GCCGCCATTG GGAGTATCAG TACTACGTTG CGTTCGACTC 
TTAAGAGTTT TTAAGGTCAC AAAGTATTGG CGATCTCTTT CCAATCTTGT GGCATCTTTG 
TTGAATTCAA TACAGTCAAT CGCTTCCCTC TTGTTATTGC TATTTCTTTT TATAGTAATA 
TTTGCTCTTT TGGGTATGCA AGTTTTTGGA GGGAAGTTTA ATTTTAAACC ATCAGAAGAA 
AAACCTCGTT GGAATTTCGA TTGCTTTTGG CAAAGTTTAT TAACTGTATT TCAGATTCTT 
ACTGGTGAAG ATTGGAATGT GGTTATGTAT GACGGAATAC TTGCCTACGG AGGAATAAAA 
ACATTTGGTG CATTGGCATG CATCTATTTT ATAATTTTAT TCATATGCGG CAATTATATA 
TTGCTGAACG TTTTTTTGGC TATTGCTGTT GATAATCTTG CTGATGCAGA TTCTTTAACA 
ACAATCGAAA AGGAAGAAGA AATTGATGAT GGTAAAAATA ACAAATCACA CAGCCCCACT 
CCAATCATTG AAGGTGCAGA AGAGGAAAAT ATGAATATTG AAATGGATTT GGACGGACAT 
TGTATTGAAA TAGAAAAATT GGATGAGGAT ACTCCTTCTG AAGGTGAAGA GGACGAAATA 
TGCGATGAGG AACTAGAAGA ATCCCGTTCC GAAGTAACAC CTAGAGCAAC TGCACGACCT 
CGACGTCTCT CTGAAATCAG CATTAAGAAG ACTAAAAAAC CAATGCCAAG AGGAAGTTCA 
TTTTTTATAT TTAGTAACAC AAACAGGTTT CGTGTATTTT GTCACTGGCT TTGTAATCAC 
AGCAACTTTG GAAATGTTAT ATTGTGCTGC ATTATGTTCT CATCGGCAAT GTTGGCAGCA 
GAGGACCCAC TACGGCCAAA CGCCGACCGC AACAAAGTAC TAAACAAATT TGATGTTTTT 
TTCACGGGTG TCTTCACAAT AGAACTGTTA CTGAAATTGA TTTCATATGG CTTTGTGTTG 
CACGACGGAG CCTTTTGTAG ATCTGCATTT AATCTTCTTG ATTTACTTGT AGTCTGCGTC 
TCCTTAATAT CAATGCAGTC CAGTTCGAAT GCGATTTCAT TCGTGAAAAT ATTAAGAGTA 
CTTCGTGTTT TAAGGCCTCT GCGTGCCATT AATCGTGCCA AAGGACTCAA GCATGTAGTT 
CAATGTGTAA TAGTGGCTGT CAAGACAATC GGAAATATTG TCTTAGTGAC TTGCCTTCTG 
CAATTCATGT TTGCCGTAAT AGGAGTCCAG TTGTTTAAGG TAACTTTGTT ATGA

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

LOC105227083 ( XM_011206261.2 ) cDNA ORF clone, Bactrocera dorsalis(oriental fruit fly) -> XP_011204563.1 Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1-like (LOC105227083), mRNA.

Price & Availability↑

CloneID	OBa119534
Clone ID Related Accession (Same CDS sequence)	XM_011206261.2
Accession Version	XM_011206261.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4770bp) 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	2017-01-16
Organism	Bactrocera dorsalis(oriental fruit fly)
Product	voltage-dependent calcium channel type D subunit alpha-1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011875839.1) and transcript sequence (GAKP01019438.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jan 17, 2017 this sequence version replaced XM_011206261.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bactrocera dorsalis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 353 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAAAAAAG ATGAGATTTA TGGACAATAT GAGCCGAGTC CAAAACGAAT TTTAAAGGAC 
CTCGACCGGA AGTGTAAACT TAATAGTTGT AATAGTTGTA CACGGGGTAA TCTAAAAACT 
GGCACAGTTA ATCAAACCAA CAATATAAAT GCAATTACTC CAGAAGACAC TCTGTTGCGT 
CAACGTAAAC TTTGCTTTAA AAGACAAAAT GAGATAAGTA ACAGGAGTCA AGAAATTGAC 
ATATCGCAGG GTTCGCTTCT CTTCTACGGA ACTGAAAATT TTACTTTAAG GACAAGTGGG 
CCAAATAAAA TCAATGATAA CACCGATTTC GTAACAAACA ATTTTTCTGA AAAATGTTTC 
GATTGTGTTC CTGAACAATA TCATACGGCA TCTTCACCAC AGCAAACACA ATATTTGGTC 
ACAAACTGCG AGTATTATAA AACTGATGGT ATCAACAGTA AATCAACTGA TTTATGGCTA 
GATGCAACAG ATAAAAATTG TTATGGTGAT TGGCCATTAA GCCATAAAAA AAAATCGATC 
GATAATAGCA AGAAAGAACA GTTATATGGA TGTTCAAATG CAAACTCAAC GATATATGTT 
ACCCAAGTAC CATCAACATC ACTAATTCCT AAGAGTTACA AAATAACAAG CACTGATACT 
AGCATTGATT TATTAAAATA TAAGTTAAGC GGCGAACAAA CTAAAAAAAG AATTGGTGGT 
ACATTTATAA AAAAATTAAA TTCAAGTAGT AATGAAGATT TCGGTAGACA GTTTTTGACA 
ATAGAGGAAG GAAATCAAAT CCAATCAGTC CAACAAATAA TAAGCCGTTC AAAAACCATA 
CCAAATGAAT GCTACAAGAA AAGTAACGAC AGCATTAAAT CCAATATCAA TACAAAAAAA 
CACGAATGCA TTAAATGCCA AAGCAATAAT GTAGATAACT CATGGAACAC AATTAATGCA 
AACGTAAATA GCAGTGGGAG TAGCAGTAGT AGTACCGACA AACGTAATTA TAGTAAAAGC 
AGGAGTCGAA GTAGGAGTAG GAGTAGCAGT AGTAGTAATA GTTGTAATTG TGATATAACG 
GGTGATAACA GTACATTGCA TGGTTTTGGT GTTGGCGAAT TAAGCAGTTT TTTGGGTGAT 
TGTGATTCTG CAAGCAACAC TACGCAAGCT CAGCCGCCGT CAATATGTCA TTCTCAATTC 
GGGGATCAGT ATCAACATAA TAAAACTGTT GAGCTTAGCT GGAACGTACC TCATCAGACA 
TTTTTAAACC AAACAAGTAA TCCAAATTCC AAATCTAGAG TTTTTATTGA GAGAGAAAGA 
CAAGCATCAT TAACAGAACT TAAAACGATT TTAAGACACG GCTCAGGAGA TATCACCGAC 
TGCGAAAGTT GCAGCGAACT GCGATTACTG AATTCAAATG ATTATAAAGC TGATTTAGAT 
ATTGATTGTG AAAGTTTGGA AGATAACGTT ATCGATATAA ATTCGGAAAA TTGGAATGCT 
GACAACGTCA TCGAGCGTGG AGGAATCGAA AACTTAAAAA CTCGGTTAGA CTATTGTAAT 
GTAAATAAAG AATTCCAGCC TTTGAGCCAA TACAAATCGT TCGATTATTC ATTAATAAAA 
TTTTACGAAC AGAAAAAAAA AGAAAACGAA GACAACACTA AACATTATTT CGATATATCG 
GAGGCTTTTA TATCCGACCA ACGTTCTAAA GATATTTTTG GCAACATGGA TCTTGAAAGC 
AATCGAGAGC AATCAGGTGG AACTGATGGC GGAGCAATTA AGCGTACAAA CAATAATAGT 
TTAGCAAGTA GAGAAGGAGT AAATTTTGAT AAAGGACAGA CAGCTACAGC TGCTTATCCA 
ACATTTGCAA ATGGACCTTT GGGAACTGAT GTTAATCTTG GGACATCAAA CATTCCTGAC 
ACTATAAATG GCACAACAAT TGCTGGTGGA ATAAACCAGC AAAAGACAGT GACTAATACT 
ACTACACAAA AGCGGCCGCA AAGACGAGGG GGGAAGCCGC AACCTGATCG ACCTCAACGT 
GTTTTATTTT GTTTGGGGAT AAAAAACCCA CTTCGGGCAT TATGTATCAG TATAGTCGAG 
TGGAAACCAT TCGAGTATTT GATATTGTTA ACAATTTTTG CGAATTGTGT TGCCTTAGCG 
GTTTATACCC CTTATCCATA TAGCGACTCC AATGTAACTA ATCAGGCTTT GGAAAAGATA 
GAATACATAT TTTTAGTAAT ATTTACAGCA GAATGTGTTA TGAAAATAAT TGCGTATGGA 
TTTCTACTAC ATAGCGGCTC GTATTTGAGA AATGGGTGGA ATATTTTAGA TTTTTTTATT 
GTGGTTATAG GCATGATAAG TACTGTTCTT TCAAATCTTA TGAAGGAAGG TTTCGATGTA 
AAAGCACTTC GAGCTTTCCG AGTGCTACGA CCTCTTCGAC TTGTTTCTGG AGTTCCAAGC 
TTACAGGTTG TACTGAATTC GATCCTTCGA GCTATGATAC CACTTTTACA TATTGCTTTA 
CTAGTTTTAT TTGTCATTAT CATATACGCA ATTATTGGAT TGGAGCTGTT TTCTGGAAAA 
TTGCATAAAA CTTGCCTTCG CCCAGATACT GGTGAATATA TGAAAGATGA ACACCCATGT 
GGTACTGGAT TTCAATGTCA AGAAGGTTAT GTATGCCATG AAAAATGGGA CGGCCCTAAT 
TATGGTATAA CTAATTTCGA TAACTTTGGT TTGGCTATGT TGACCGTGTT TCAGTGTGTT 
ACTTTAGAAG GCTGGACAGA TGTGCTATAT AACATTCAAG ATGCCATGGG AAGTACGTGG 
CAATGGATTT ACTTCGTTTC GATGGTTATA TTAGGAGCCT TTTTCGTAAT GAATTTAATT 
CTCGGTGTGT TGTCTGGTGA ATTTTCAAAA GAGCGCACAA AAGCTAAAAA CCGCGGAGAC 
TTTCAAAAAC TTAGGGAAAA ACAACAAATA GAAGAAGATG TGCGCGGCTA TTTGGATTGG 
ATTACCCAAG CGGAAGATAT TGAACCTGAC GTCGATGGTA ATTTAATGCA AGATGGAAAA 
ACAAAACCGA CCAACGAGTC CAAGTCAATG GATCAAGTGG AAGAGGAGGG TCAAGAAATT 
CAAATATCTG AATCCTGGTG GCGTAAGAAA AAAAAAGATT TAGATCGTCT GAACCGCAGA 
ATGAGACGGT CTTGTAGGAA AGCTGTAAAA TCGCAAGCTT TTTATTGGCT AATAATAATG 
TTAGTGTTTC TGAATACCGG TGTACTTGCT ACCGAACATT ATGGGCAACC AATATGGCTC 
GATAACTTTC AAGAGTATAC AAATATTTTT TTCATTGGAT TATTTACCTG TGAAATGATG 
CTTAAAATGT ATAGTTTGGG ATTTCAAGGA TATTTTGTGT CGCTGTTTAA TCGTTTCGAT 
TGTTTTGTTG TTATTGGTAG TATAACGGAA ACAATACTAA CAAACACGGG TATAATGCCG 
CCATTGGGAG TATCAGTACT ACGTTGCGTT CGACTCTTAA GAGTTTTTAA GGTCACAAAG 
TATTGGCGAT CTCTTTCCAA TCTTGTGGCA TCTTTGTTGA ATTCAATACA GTCAATCGCT 
TCCCTCTTGT TATTGCTATT TCTTTTTATA GTAATATTTG CTCTTTTGGG TATGCAAGTT 
TTTGGAGGGA AGTTTAATTT TAAACCATCA GAAGAAAAAC CTCGTTGGAA TTTCGATTGC 
TTTTGGCAAA GTTTATTAAC TGTATTTCAG ATTCTTACTG GTGAAGATTG GAATGTGGTT 
ATGTATGACG GAATACTTGC CTACGGAGGA ATAAAAACAT TTGGTGCATT GGCATGCATC 
TATTTTATAA TTTTATTCAT ATGCGGCAAT TATATATTGC TGAACGTTTT TTTGGCTATT 
GCTGTTGATA ATCTTGCTGA TGCAGATTCT TTAACAACAA TCGAAAAGGA AGAAGAAATT 
GATGATGGTA AAAATAACAA ATCACACAGC CCCACTCCAA TCATTGAAGG TGCAGAAGAG 
GAAAATATGA ATATTGAAAT GGATTTGGAC GGACATTGTA TTGAAATAGA AAAATTGGAT 
GAGGATACTC CTTCTGAAGG TGAAGAGGAC GAAATATGCG ATGAGGAACT AGAAGAATCC 
CGTTCCGAAG TAACACCTAG AGCAACTGCA CGACCTCGAC GTCTCTCTGA AATCAGCATT 
AAGAAGACTA AAAAACCAAT GCCAAGAGGA AGTTCATTTT TTATATTTAG TAACACAAAC 
AGGTTTCGTG TATTTTGTCA CTGGCTTTGT AATCACAGCA ACTTTGGAAA TGTTATATTG 
TGCTGCATTA TGTTCTCATC GGCAATGTTG GCAGCAGAGG ACCCACTACG GCCAAACGCC 
GACCGCAACA AAGTACTAAA CAAATTTGAT GTTTTTTTCA CGGGTGTCTT CACAATAGAA 
CTGTTACTGA AATTGATTTC ATATGGCTTT GTGTTGCACG ACGGAGCCTT TTGTAGATCT 
GCATTTAATC TTCTTGATTT ACTTGTAGTC TGCGTCTCCT TAATATCAAT GCAGTCCAGT 
TCGAATGCGA TTTCATTCGT GAAAATATTA AGAGTACTTC GTGTTTTAAG GCCTCTGCGT 
GCCATTAATC GTGCCAAAGG ACTCAAGCAT GTAGTTCAAT GTGTAATAGT GGCTGTCAAG 
ACAATCGGAA ATATTGTCTT AGTGACTTGC CTTCTGCAAT TCATGTTTGC CGTAATAGGA 
GTCCAGTTGT TTAAGGTAAC TTTGTTATGA

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

RefSeq	XP_011204563.1
CDS	394..5163
Translation	MKKDEIYGQYEPSPKRILKDLDRKCKLNSCNSCTRGNLKTGTVNQTNNINAITPEDTLLRQRKLCFKRQNEISNRSQEIDISQGSLLFYGTENFTLRTSGPNKINDNTDFVTNNFSEKCFDCVPEQYHTASSPQQTQYLVTNCEYYKTDGINSKSTDLWLDATDKNCYGDWPLSHKKKSIDNSKKEQLYGCSNANSTIYVTQVPSTSLIPKSYKITSTDTSIDLLKYKLSGEQTKKRIGGTFIKKLNSSSNEDFGRQFLTIEEGNQIQSVQQIISRSKTIPNECYKKSNDSIKSNINTKKHECIKCQSNNVDNSWNTINANVNSSGSSSSSTDKRNYSKSRSRSRSRSSSSSNSCNCDITGDNSTLHGFGVGELSSFLGDCDSASNTTQAQPPSICHSQFGDQYQHNKTVELSWNVPHQTFLNQTSNPNSKSRVFIERERQASLTELKTILRHGSGDITDCESCSELRLLNSNDYKADLDIDCESLEDNVIDINSENWNADNVIERGGIENLKTRLDYCNVNKEFQPLSQYKSFDYSLIKFYEQKKKENEDNTKHYFDISEAFISDQRSKDIFGNMDLESNREQSGGTDGGAIKRTNNNSLASREGVNFDKGQTATAAYPTFANGPLGTDVNLGTSNIPDTINGTTIAGGINQQKTVTNTTTQKRPQRRGGKPQPDRPQRVLFCLGIKNPLRALCISIVEWKPFEYLILLTIFANCVALAVYTPYPYSDSNVTNQALEKIEYIFLVIFTAECVMKIIAYGFLLHSGSYLRNGWNILDFFIVVIGMISTVLSNLMKEGFDVKALRAFRVLRPLRLVSGVPSLQVVLNSILRAMIPLLHIALLVLFVIIIYAIIGLELFSGKLHKTCLRPDTGEYMKDEHPCGTGFQCQEGYVCHEKWDGPNYGITNFDNFGLAMLTVFQCVTLEGWTDVLYNIQDAMGSTWQWIYFVSMVILGAFFVMNLILGVLSGEFSKERTKAKNRGDFQKLREKQQIEEDVRGYLDWITQAEDIEPDVDGNLMQDGKTKPTNESKSMDQVEEEGQEIQISESWWRKKKKDLDRLNRRMRRSCRKAVKSQAFYWLIIMLVFLNTGVLATEHYGQPIWLDNFQEYTNIFFIGLFTCEMMLKMYSLGFQGYFVSLFNRFDCFVVIGSITETILTNTGIMPPLGVSVLRCVRLLRVFKVTKYWRSLSNLVASLLNSIQSIASLLLLLFLFIVIFALLGMQVFGGKFNFKPSEEKPRWNFDCFWQSLLTVFQILTGEDWNVVMYDGILAYGGIKTFGALACIYFIILFICGNYILLNVFLAIAVDNLADADSLTTIEKEEEIDDGKNNKSHSPTPIIEGAEEENMNIEMDLDGHCIEIEKLDEDTPSEGEEDEICDEELEESRSEVTPRATARPRRLSEISIKKTKKPMPRGSSFFIFSNTNRFRVFCHWLCNHSNFGNVILCCIMFSSAMLAAEDPLRPNADRNKVLNKFDVFFTGVFTIELLLKLISYGFVLHDGAFCRSAFNLLDLLVVCVSLISMQSSSNAISFVKILRVLRVLRPLRAINRAKGLKHVVQCVIVAVKTIGNIVLVTCLLQFMFAVIGVQLFKVTLL

Target ORF information:

RefSeq Version	XM_011206261.2
Organism	Bactrocera dorsalis(oriental fruit fly)
Definition	Bactrocera dorsalis voltage-dependent calcium channel type D subunit alpha-1-like (LOC105227083), mRNA.

Target ORF information:

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

XM_011206261.2

ORF Insert Sequence:

ATGAAAAAAG ATGAGATTTA TGGACAATAT GAGCCGAGTC CAAAACGAAT TTTAAAGGAC 
CTCGACCGGA AGTGTAAACT TAATAGTTGT AATAGTTGTA CACGGGGTAA TCTAAAAACT 
GGCACAGTTA ATCAAACCAA CAATATAAAT GCAATTACTC CAGAAGACAC TCTGTTGCGT 
CAACGTAAAC TTTGCTTTAA AAGACAAAAT GAGATAAGTA ACAGGAGTCA AGAAATTGAC 
ATATCGCAGG GTTCGCTTCT CTTCTACGGA ACTGAAAATT TTACTTTAAG GACAAGTGGG 
CCAAATAAAA TCAATGATAA CACCGATTTC GTAACAAACA ATTTTTCTGA AAAATGTTTC 
GATTGTGTTC CTGAACAATA TCATACGGCA TCTTCACCAC AGCAAACACA ATATTTGGTC 
ACAAACTGCG AGTATTATAA AACTGATGGT ATCAACAGTA AATCAACTGA TTTATGGCTA 
GATGCAACAG ATAAAAATTG TTATGGTGAT TGGCCATTAA GCCATAAAAA AAAATCGATC 
GATAATAGCA AGAAAGAACA GTTATATGGA TGTTCAAATG CAAACTCAAC GATATATGTT 
ACCCAAGTAC CATCAACATC ACTAATTCCT AAGAGTTACA AAATAACAAG CACTGATACT 
AGCATTGATT TATTAAAATA TAAGTTAAGC GGCGAACAAA CTAAAAAAAG AATTGGTGGT 
ACATTTATAA AAAAATTAAA TTCAAGTAGT AATGAAGATT TCGGTAGACA GTTTTTGACA 
ATAGAGGAAG GAAATCAAAT CCAATCAGTC CAACAAATAA TAAGCCGTTC AAAAACCATA 
CCAAATGAAT GCTACAAGAA AAGTAACGAC AGCATTAAAT CCAATATCAA TACAAAAAAA 
CACGAATGCA TTAAATGCCA AAGCAATAAT GTAGATAACT CATGGAACAC AATTAATGCA 
AACGTAAATA GCAGTGGGAG TAGCAGTAGT AGTACCGACA AACGTAATTA TAGTAAAAGC 
AGGAGTCGAA GTAGGAGTAG GAGTAGCAGT AGTAGTAATA GTTGTAATTG TGATATAACG 
GGTGATAACA GTACATTGCA TGGTTTTGGT GTTGGCGAAT TAAGCAGTTT TTTGGGTGAT 
TGTGATTCTG CAAGCAACAC TACGCAAGCT CAGCCGCCGT CAATATGTCA TTCTCAATTC 
GGGGATCAGT ATCAACATAA TAAAACTGTT GAGCTTAGCT GGAACGTACC TCATCAGACA 
TTTTTAAACC AAACAAGTAA TCCAAATTCC AAATCTAGAG TTTTTATTGA GAGAGAAAGA 
CAAGCATCAT TAACAGAACT TAAAACGATT TTAAGACACG GCTCAGGAGA TATCACCGAC 
TGCGAAAGTT GCAGCGAACT GCGATTACTG AATTCAAATG ATTATAAAGC TGATTTAGAT 
ATTGATTGTG AAAGTTTGGA AGATAACGTT ATCGATATAA ATTCGGAAAA TTGGAATGCT 
GACAACGTCA TCGAGCGTGG AGGAATCGAA AACTTAAAAA CTCGGTTAGA CTATTGTAAT 
GTAAATAAAG AATTCCAGCC TTTGAGCCAA TACAAATCGT TCGATTATTC ATTAATAAAA 
TTTTACGAAC AGAAAAAAAA AGAAAACGAA GACAACACTA AACATTATTT CGATATATCG 
GAGGCTTTTA TATCCGACCA ACGTTCTAAA GATATTTTTG GCAACATGGA TCTTGAAAGC 
AATCGAGAGC AATCAGGTGG AACTGATGGC GGAGCAATTA AGCGTACAAA CAATAATAGT 
TTAGCAAGTA GAGAAGGAGT AAATTTTGAT AAAGGACAGA CAGCTACAGC TGCTTATCCA 
ACATTTGCAA ATGGACCTTT GGGAACTGAT GTTAATCTTG GGACATCAAA CATTCCTGAC 
ACTATAAATG GCACAACAAT TGCTGGTGGA ATAAACCAGC AAAAGACAGT GACTAATACT 
ACTACACAAA AGCGGCCGCA AAGACGAGGG GGGAAGCCGC AACCTGATCG ACCTCAACGT 
GTTTTATTTT GTTTGGGGAT AAAAAACCCA CTTCGGGCAT TATGTATCAG TATAGTCGAG 
TGGAAACCAT TCGAGTATTT GATATTGTTA ACAATTTTTG CGAATTGTGT TGCCTTAGCG 
GTTTATACCC CTTATCCATA TAGCGACTCC AATGTAACTA ATCAGGCTTT GGAAAAGATA 
GAATACATAT TTTTAGTAAT ATTTACAGCA GAATGTGTTA TGAAAATAAT TGCGTATGGA 
TTTCTACTAC ATAGCGGCTC GTATTTGAGA AATGGGTGGA ATATTTTAGA TTTTTTTATT 
GTGGTTATAG GCATGATAAG TACTGTTCTT TCAAATCTTA TGAAGGAAGG TTTCGATGTA 
AAAGCACTTC GAGCTTTCCG AGTGCTACGA CCTCTTCGAC TTGTTTCTGG AGTTCCAAGC 
TTACAGGTTG TACTGAATTC GATCCTTCGA GCTATGATAC CACTTTTACA TATTGCTTTA 
CTAGTTTTAT TTGTCATTAT CATATACGCA ATTATTGGAT TGGAGCTGTT TTCTGGAAAA 
TTGCATAAAA CTTGCCTTCG CCCAGATACT GGTGAATATA TGAAAGATGA ACACCCATGT 
GGTACTGGAT TTCAATGTCA AGAAGGTTAT GTATGCCATG AAAAATGGGA CGGCCCTAAT 
TATGGTATAA CTAATTTCGA TAACTTTGGT TTGGCTATGT TGACCGTGTT TCAGTGTGTT 
ACTTTAGAAG GCTGGACAGA TGTGCTATAT AACATTCAAG ATGCCATGGG AAGTACGTGG 
CAATGGATTT ACTTCGTTTC GATGGTTATA TTAGGAGCCT TTTTCGTAAT GAATTTAATT 
CTCGGTGTGT TGTCTGGTGA ATTTTCAAAA GAGCGCACAA AAGCTAAAAA CCGCGGAGAC 
TTTCAAAAAC TTAGGGAAAA ACAACAAATA GAAGAAGATG TGCGCGGCTA TTTGGATTGG 
ATTACCCAAG CGGAAGATAT TGAACCTGAC GTCGATGGTA ATTTAATGCA AGATGGAAAA 
ACAAAACCGA CCAACGAGTC CAAGTCAATG GATCAAGTGG AAGAGGAGGG TCAAGAAATT 
CAAATATCTG AATCCTGGTG GCGTAAGAAA AAAAAAGATT TAGATCGTCT GAACCGCAGA 
ATGAGACGGT CTTGTAGGAA AGCTGTAAAA TCGCAAGCTT TTTATTGGCT AATAATAATG 
TTAGTGTTTC TGAATACCGG TGTACTTGCT ACCGAACATT ATGGGCAACC AATATGGCTC 
GATAACTTTC AAGAGTATAC AAATATTTTT TTCATTGGAT TATTTACCTG TGAAATGATG 
CTTAAAATGT ATAGTTTGGG ATTTCAAGGA TATTTTGTGT CGCTGTTTAA TCGTTTCGAT 
TGTTTTGTTG TTATTGGTAG TATAACGGAA ACAATACTAA CAAACACGGG TATAATGCCG 
CCATTGGGAG TATCAGTACT ACGTTGCGTT CGACTCTTAA GAGTTTTTAA GGTCACAAAG 
TATTGGCGAT CTCTTTCCAA TCTTGTGGCA TCTTTGTTGA ATTCAATACA GTCAATCGCT 
TCCCTCTTGT TATTGCTATT TCTTTTTATA GTAATATTTG CTCTTTTGGG TATGCAAGTT 
TTTGGAGGGA AGTTTAATTT TAAACCATCA GAAGAAAAAC CTCGTTGGAA TTTCGATTGC 
TTTTGGCAAA GTTTATTAAC TGTATTTCAG ATTCTTACTG GTGAAGATTG GAATGTGGTT 
ATGTATGACG GAATACTTGC CTACGGAGGA ATAAAAACAT TTGGTGCATT GGCATGCATC 
TATTTTATAA TTTTATTCAT ATGCGGCAAT TATATATTGC TGAACGTTTT TTTGGCTATT 
GCTGTTGATA ATCTTGCTGA TGCAGATTCT TTAACAACAA TCGAAAAGGA AGAAGAAATT 
GATGATGGTA AAAATAACAA ATCACACAGC CCCACTCCAA TCATTGAAGG TGCAGAAGAG 
GAAAATATGA ATATTGAAAT GGATTTGGAC GGACATTGTA TTGAAATAGA AAAATTGGAT 
GAGGATACTC CTTCTGAAGG TGAAGAGGAC GAAATATGCG ATGAGGAACT AGAAGAATCC 
CGTTCCGAAG TAACACCTAG AGCAACTGCA CGACCTCGAC GTCTCTCTGA AATCAGCATT 
AAGAAGACTA AAAAACCAAT GCCAAGAGGA AGTTCATTTT TTATATTTAG TAACACAAAC 
AGGTTTCGTG TATTTTGTCA CTGGCTTTGT AATCACAGCA ACTTTGGAAA TGTTATATTG 
TGCTGCATTA TGTTCTCATC GGCAATGTTG GCAGCAGAGG ACCCACTACG GCCAAACGCC 
GACCGCAACA AAGTACTAAA CAAATTTGAT GTTTTTTTCA CGGGTGTCTT CACAATAGAA 
CTGTTACTGA AATTGATTTC ATATGGCTTT GTGTTGCACG ACGGAGCCTT TTGTAGATCT 
GCATTTAATC TTCTTGATTT ACTTGTAGTC TGCGTCTCCT TAATATCAAT GCAGTCCAGT 
TCGAATGCGA TTTCATTCGT GAAAATATTA AGAGTACTTC GTGTTTTAAG GCCTCTGCGT 
GCCATTAATC GTGCCAAAGG ACTCAAGCAT GTAGTTCAAT GTGTAATAGT GGCTGTCAAG 
ACAATCGGAA ATATTGTCTT AGTGACTTGC CTTCTGCAAT TCATGTTTGC CGTAATAGGA 
GTCCAGTTGT TTAAGGTAAC TTTGTTATGA