LOC105690609 cDNA ORF clone, Athalia rosae(coleseed sawfly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105690609
Entrez Gene ID	105690609
Full Name	protein kinase C-binding protein 1
Gene Type	protein-coding
Organism	Athalia rosae(coleseed sawfly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012408559.2	XP_012263982.1	protein kinase C-binding protein 1

Pathways from BioSystems
Gene Ontology

The following LOC105690609 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105690609 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
OAt106602	XM_012408559.2 Latest version!	Athalia rosae protein kinase C-binding protein 1 (LOC105690609), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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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)

LOC105690609 ( XM_012408559.2 ) cDNA ORF clone, Athalia rosae(coleseed sawfly) -> XP_012263982.1 Athalia rosae protein kinase C-binding protein 1 (LOC105690609), mRNA.

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CloneID	OAt106602
Clone ID Related Accession (Same CDS sequence)	XM_012408559.2
Accession Version	XM_012408559.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3366bp) 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	2018-07-16
Organism	Athalia rosae(coleseed sawfly)
Product	protein kinase C-binding protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020311977.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 20, 2017 this sequence version replaced XM_012408559.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Athalia rosae Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACTT TGGAAAATGG AGAAAATGCA ATGCAGAACT CAGTTGATCA GAACAAGTTG 
GATCTCACAA TTACGGAAAT GGATACAAAT GCTGATGAAT CTGAGACAAA ATTAGATAGA 
ACAAGCAGAA CTGAACCTAC TGATGAAACT AAGCACCTAG AATCAAAGAC AAATTCTAAT 
ATTAGCGATG ATGTCAAGGC TAAACAGCAA ACTGAATCAA ACAGGAAGGA AAGTGACATA 
GAAACAGTAA AACTTCGAAT AAGTAAACTT GAAGCGGAAC AAAATATTGA TGAAGCAATT 
GATGCCAAGA GTCCTGCCAA CGAAACACGG AGCACAGAAA CAGGATCCTC ATCATTGTCT 
GTTAGCAAAG ACCTCAAGAT CACCGAAGAA GAAATAAAAG GGGAAAGTGT CTCTAAGGAG 
GGGAGGAGAA AACGTAGAAT ATCAAGTGTA CAAGGAGGAG ACTTGTCTGC GGACAAAAAT 
GAGCGAGTTA ACAAACCCAA ACGATCTAAG AGTGATTCAG ACAAGTTTTG TTGGCGCTGT 
CATAAAGAAG CTGTTGACAG CCAGTGTACA GCCTGTCCTC GTTCATGGCA TCGTAGATGC 
ATGGGTGGAG GCCCAGCACC AACGTCTGAG AATTGGATCT GCGGGGAGTG TGCTGCGATT 
TTAAAAGCTG AAAATGCTGA AACACGTTCA CCTGCTATGA CACAGTTATC TGTGGAGCAG 
CTCTGTACCC TTTTGAAACA CGTAGTTGGA AGAATGCGGG ATTATCCAGG GTCAGAGCCA 
TTCTGGAAGG CAGTAGATCT CAATGAAGTT CCCAACTATT TGGATTACGT TGTTAAGCCA 
ATGGATTTGA GTTTGCTAGA GTCCAACGTT CGCTCAAAAC TCTATGGAAG CACCGAGGCT 
TTTATGGCTG ATGCCAAGTG GATTCAACAT AATTGCATTG TATTTAATAC TTGTGGTGGC 
GTTTACACAG ATACTTCTAA ATTAACGAAT GCTGCAAGGC AAATCATAAA AGCTGCTAGA 
CAAGAGGTAT CTGAAATTGA AGCTTGTCCC GATTGTTATG GACATGCACG AAATCTGCCT 
AGACCTCAAC CAGCATGGTT CGTCGAACCA TGCCGAAGAC CACATCCACT AGTCTGGGCA 
AAGCTGAAAG GATTTCCTTT CTGGCCAGCA AAGGCCATGT CTCGAGTTAA TGGCCAAGGT 
CATGTAGATG TACGTTTCTT TGGAGCTCAT GATAGGGCTT GGGTATCTCC TCGAGATCTG 
TACTTATACT CTAAAGATCC TCCTGTCCCA TTACCACGCA AACGAAAATC AGATATGGAT 
GAATGCGTCC GTGAATTAAC GCGACATTGT CGCAAGTTGG AAATGGCCTT TGGACAATTC 
AAATTTGCAC CACCAAAAAT ACAATATAAT CCCAGAGATT TATCTCAAAT AACGTTAATG 
CTGCCAAACT ATGACCCTTT TGTGCCCGGT AATTTAACAG CATCTTTGAG TCCTCCGCCA 
CGCAGAAAGG GACCTTTGAG AAAACGGTCG CTGATTCTTA AGAAAAAATC TCCAACCAGG 
GAGGCGCTCA TGAACAATAG TTCAGATTCT GCTAATGAAT CTACACCGAG AAAAGATTCT 
GAAAGTGATT GTGACAAATT CATTGAGGCG GCCAGAATTC CACTAGTTCC ATCCACGACT 
GAAACTAAAA CAGACCAATC CAAACCAGTA TTGTCCAGTA AACGTGCTGA TCTTCAAAAT 
GAACCTCAAA AATTACCTGC TAATGGAATT TCTCATAAAA ACAAAAAACC TGGATTAAAA 
CGTGGGAACA TTATTAAAAA ACAAGGTGTT GAAATCCAGA TAGAGAACAA AAATCACTCA 
GTAAGTAAGG GTAGTGACGG TCATAGCAGT TCTGAAAATG AAATTGCACT GGATATTAGA 
CAATCCTTGA AGTTGGTTGA TGACACCTCA CATGAAGAGA AACCTTTACC ATTGGAGATT 
GAAAAAAAAT CTCAGAAATT ACAAAAAAAT GATATTGAAT CACTGCCGGA ATCAAAAATC 
AAATTAAAAA ATAATCAGAA AATAAATAAA AACCAAGCCA AAGGCTATAA ACCGAAAACT 
AGAATGGTTA ATCAGGTAAT TGCGGAACGA GCCAAGGCTA CAGCTGCCAA CCAGCCACAA 
GTGTTACCCG AACCTATACA AGATGAGAAT TCTTACAGAG ATCAAACACC AGTTGCTAGT 
GTATCATCAA GATCAATCAG TACTGATTCC TCTACCAATC TAACCGACAC CATAGCTAAT 
TCTTCATGTA GCTCGAATAA TACAGCAGAT GCAATTCCTA ATACTATTGT TAATACAAAT 
TCATTTACGG CTATAGCTAT GACTGCGTCA GGTTCGATTC CTACAATTGT TAATGCTGGA 
AATACTGCTG AGTCTGTAAT GACCTCAATT TTATTAAGGA ACAACACTCC ATCAGAGGCT 
GGAAAAAGAG CGAAATTAAT CAAAGATTCC TTTACAATGA ACGAAGCATC AGCCATAATT 
AAACAGGAAC CTAAGGAACA ACACCAACAC CAACCACTAA AGAAGGAGTC CAAGGCACGT 
AAATCCTTCC TCAATAAGCC TCCAGTTTTC CCTCAAATTC CAGCACCGTC CCCACCAAAA 
GCTCCAGCAA GTCCACCTGA TGCGATGGTT TACATTCCTG GACATAGAAC AGAAAATGAA 
AGTGATCATT TGTTACTACC TCCAGAGGCA GGTCCTCTCA GTGCTCAGCT TCATCGTGGA 
GGTCAGGACT TAGCTAGGCG AATGGCACAA CTGATGGTAG AAGCTCTTGC CGAGGCAGCT 
CAAGTAGATT CAAATCATCC TGATAATTCT GAAATTAATC AACGAGCAAC AGTACACTAT 
CTCAAACTAC AGATAGAACG AATGAGATGG CAACATCAAC AGCATCTAGC TGAACTGAAG 
CATAATACAG ATCTGAAATT AAGGGAAATG AAAGCGAGCT GGGAGGCTGA ACGATATAGA 
GCAATTGAAG AAACTCGACG TGAAGCAGAA GAAGAGCGGT TAAGAAGTAT TGAAGAGACG 
AAACGAAAAC AATGGTGTGC ATTGTGCGGA AATGAAGCTT TATTTTACTG TTGTTGGAAC 
ACGGCATACT GTGATTATCC ATGCCAGCAA GCTCATTGGT CCAGCCACAT GCGGACTTGT 
GCTCAAAATC CACCTCCAAA CACCATTATT ACTGCAACTG CGAACGTCAA TCAACAGCAG 
AACGGTTTTA TCAAACCATG TGCTCCAGGT GGTAACATAT ACACTCTCCA AAATGGTGAG 
TTCAGACTAG TGCCAACTAC AATACCATGT CCAACAATCA AAGCTATTAA AGTACAGCAA 
CACTGA

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

RefSeq	XP_012263982.1
CDS	251..3616
Translation	METLENGENAMQNSVDQNKLDLTITEMDTNADESETKLDRTSRTEPTDETKHLESKTNSNISDDVKAKQQTESNRKESDIETVKLRISKLEAEQNIDEAIDAKSPANETRSTETGSSSLSVSKDLKITEEEIKGESVSKEGRRKRRISSVQGGDLSADKNERVNKPKRSKSDSDKFCWRCHKEAVDSQCTACPRSWHRRCMGGGPAPTSENWICGECAAILKAENAETRSPAMTQLSVEQLCTLLKHVVGRMRDYPGSEPFWKAVDLNEVPNYLDYVVKPMDLSLLESNVRSKLYGSTEAFMADAKWIQHNCIVFNTCGGVYTDTSKLTNAARQIIKAARQEVSEIEACPDCYGHARNLPRPQPAWFVEPCRRPHPLVWAKLKGFPFWPAKAMSRVNGQGHVDVRFFGAHDRAWVSPRDLYLYSKDPPVPLPRKRKSDMDECVRELTRHCRKLEMAFGQFKFAPPKIQYNPRDLSQITLMLPNYDPFVPGNLTASLSPPPRRKGPLRKRSLILKKKSPTREALMNNSSDSANESTPRKDSESDCDKFIEAARIPLVPSTTETKTDQSKPVLSSKRADLQNEPQKLPANGISHKNKKPGLKRGNIIKKQGVEIQIENKNHSVSKGSDGHSSSENEIALDIRQSLKLVDDTSHEEKPLPLEIEKKSQKLQKNDIESLPESKIKLKNNQKINKNQAKGYKPKTRMVNQVIAERAKATAANQPQVLPEPIQDENSYRDQTPVASVSSRSISTDSSTNLTDTIANSSCSSNNTADAIPNTIVNTNSFTAIAMTASGSIPTIVNAGNTAESVMTSILLRNNTPSEAGKRAKLIKDSFTMNEASAIIKQEPKEQHQHQPLKKESKARKSFLNKPPVFPQIPAPSPPKAPASPPDAMVYIPGHRTENESDHLLLPPEAGPLSAQLHRGGQDLARRMAQLMVEALAEAAQVDSNHPDNSEINQRATVHYLKLQIERMRWQHQQHLAELKHNTDLKLREMKASWEAERYRAIEETRREAEEERLRSIEETKRKQWCALCGNEALFYCCWNTAYCDYPCQQAHWSSHMRTCAQNPPPNTIITATANVNQQQNGFIKPCAPGGNIYTLQNGEFRLVPTTIPCPTIKAIKVQQH

Target ORF information:

RefSeq Version	XM_012408559.2
Organism	Athalia rosae(coleseed sawfly)
Definition	Athalia rosae protein kinase C-binding protein 1 (LOC105690609), mRNA.

Target ORF information:

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

XM_012408559.2

ORF Insert Sequence:

ATGGAGACTT TGGAAAATGG AGAAAATGCA ATGCAGAACT CAGTTGATCA GAACAAGTTG 
GATCTCACAA TTACGGAAAT GGATACAAAT GCTGATGAAT CTGAGACAAA ATTAGATAGA 
ACAAGCAGAA CTGAACCTAC TGATGAAACT AAGCACCTAG AATCAAAGAC AAATTCTAAT 
ATTAGCGATG ATGTCAAGGC TAAACAGCAA ACTGAATCAA ACAGGAAGGA AAGTGACATA 
GAAACAGTAA AACTTCGAAT AAGTAAACTT GAAGCGGAAC AAAATATTGA TGAAGCAATT 
GATGCCAAGA GTCCTGCCAA CGAAACACGG AGCACAGAAA CAGGATCCTC ATCATTGTCT 
GTTAGCAAAG ACCTCAAGAT CACCGAAGAA GAAATAAAAG GGGAAAGTGT CTCTAAGGAG 
GGGAGGAGAA AACGTAGAAT ATCAAGTGTA CAAGGAGGAG ACTTGTCTGC GGACAAAAAT 
GAGCGAGTTA ACAAACCCAA ACGATCTAAG AGTGATTCAG ACAAGTTTTG TTGGCGCTGT 
CATAAAGAAG CTGTTGACAG CCAGTGTACA GCCTGTCCTC GTTCATGGCA TCGTAGATGC 
ATGGGTGGAG GCCCAGCACC AACGTCTGAG AATTGGATCT GCGGGGAGTG TGCTGCGATT 
TTAAAAGCTG AAAATGCTGA AACACGTTCA CCTGCTATGA CACAGTTATC TGTGGAGCAG 
CTCTGTACCC TTTTGAAACA CGTAGTTGGA AGAATGCGGG ATTATCCAGG GTCAGAGCCA 
TTCTGGAAGG CAGTAGATCT CAATGAAGTT CCCAACTATT TGGATTACGT TGTTAAGCCA 
ATGGATTTGA GTTTGCTAGA GTCCAACGTT CGCTCAAAAC TCTATGGAAG CACCGAGGCT 
TTTATGGCTG ATGCCAAGTG GATTCAACAT AATTGCATTG TATTTAATAC TTGTGGTGGC 
GTTTACACAG ATACTTCTAA ATTAACGAAT GCTGCAAGGC AAATCATAAA AGCTGCTAGA 
CAAGAGGTAT CTGAAATTGA AGCTTGTCCC GATTGTTATG GACATGCACG AAATCTGCCT 
AGACCTCAAC CAGCATGGTT CGTCGAACCA TGCCGAAGAC CACATCCACT AGTCTGGGCA 
AAGCTGAAAG GATTTCCTTT CTGGCCAGCA AAGGCCATGT CTCGAGTTAA TGGCCAAGGT 
CATGTAGATG TACGTTTCTT TGGAGCTCAT GATAGGGCTT GGGTATCTCC TCGAGATCTG 
TACTTATACT CTAAAGATCC TCCTGTCCCA TTACCACGCA AACGAAAATC AGATATGGAT 
GAATGCGTCC GTGAATTAAC GCGACATTGT CGCAAGTTGG AAATGGCCTT TGGACAATTC 
AAATTTGCAC CACCAAAAAT ACAATATAAT CCCAGAGATT TATCTCAAAT AACGTTAATG 
CTGCCAAACT ATGACCCTTT TGTGCCCGGT AATTTAACAG CATCTTTGAG TCCTCCGCCA 
CGCAGAAAGG GACCTTTGAG AAAACGGTCG CTGATTCTTA AGAAAAAATC TCCAACCAGG 
GAGGCGCTCA TGAACAATAG TTCAGATTCT GCTAATGAAT CTACACCGAG AAAAGATTCT 
GAAAGTGATT GTGACAAATT CATTGAGGCG GCCAGAATTC CACTAGTTCC ATCCACGACT 
GAAACTAAAA CAGACCAATC CAAACCAGTA TTGTCCAGTA AACGTGCTGA TCTTCAAAAT 
GAACCTCAAA AATTACCTGC TAATGGAATT TCTCATAAAA ACAAAAAACC TGGATTAAAA 
CGTGGGAACA TTATTAAAAA ACAAGGTGTT GAAATCCAGA TAGAGAACAA AAATCACTCA 
GTAAGTAAGG GTAGTGACGG TCATAGCAGT TCTGAAAATG AAATTGCACT GGATATTAGA 
CAATCCTTGA AGTTGGTTGA TGACACCTCA CATGAAGAGA AACCTTTACC ATTGGAGATT 
GAAAAAAAAT CTCAGAAATT ACAAAAAAAT GATATTGAAT CACTGCCGGA ATCAAAAATC 
AAATTAAAAA ATAATCAGAA AATAAATAAA AACCAAGCCA AAGGCTATAA ACCGAAAACT 
AGAATGGTTA ATCAGGTAAT TGCGGAACGA GCCAAGGCTA CAGCTGCCAA CCAGCCACAA 
GTGTTACCCG AACCTATACA AGATGAGAAT TCTTACAGAG ATCAAACACC AGTTGCTAGT 
GTATCATCAA GATCAATCAG TACTGATTCC TCTACCAATC TAACCGACAC CATAGCTAAT 
TCTTCATGTA GCTCGAATAA TACAGCAGAT GCAATTCCTA ATACTATTGT TAATACAAAT 
TCATTTACGG CTATAGCTAT GACTGCGTCA GGTTCGATTC CTACAATTGT TAATGCTGGA 
AATACTGCTG AGTCTGTAAT GACCTCAATT TTATTAAGGA ACAACACTCC ATCAGAGGCT 
GGAAAAAGAG CGAAATTAAT CAAAGATTCC TTTACAATGA ACGAAGCATC AGCCATAATT 
AAACAGGAAC CTAAGGAACA ACACCAACAC CAACCACTAA AGAAGGAGTC CAAGGCACGT 
AAATCCTTCC TCAATAAGCC TCCAGTTTTC CCTCAAATTC CAGCACCGTC CCCACCAAAA 
GCTCCAGCAA GTCCACCTGA TGCGATGGTT TACATTCCTG GACATAGAAC AGAAAATGAA 
AGTGATCATT TGTTACTACC TCCAGAGGCA GGTCCTCTCA GTGCTCAGCT TCATCGTGGA 
GGTCAGGACT TAGCTAGGCG AATGGCACAA CTGATGGTAG AAGCTCTTGC CGAGGCAGCT 
CAAGTAGATT CAAATCATCC TGATAATTCT GAAATTAATC AACGAGCAAC AGTACACTAT 
CTCAAACTAC AGATAGAACG AATGAGATGG CAACATCAAC AGCATCTAGC TGAACTGAAG 
CATAATACAG ATCTGAAATT AAGGGAAATG AAAGCGAGCT GGGAGGCTGA ACGATATAGA 
GCAATTGAAG AAACTCGACG TGAAGCAGAA GAAGAGCGGT TAAGAAGTAT TGAAGAGACG 
AAACGAAAAC AATGGTGTGC ATTGTGCGGA AATGAAGCTT TATTTTACTG TTGTTGGAAC 
ACGGCATACT GTGATTATCC ATGCCAGCAA GCTCATTGGT CCAGCCACAT GCGGACTTGT 
GCTCAAAATC CACCTCCAAA CACCATTATT ACTGCAACTG CGAACGTCAA TCAACAGCAG 
AACGGTTTTA TCAAACCATG TGCTCCAGGT GGTAACATAT ACACTCTCCA AAATGGTGAG 
TTCAGACTAG TGCCAACTAC AATACCATGT CCAACAATCA AAGCTATTAA AGTACAGCAA 
CACTGA