LOC106137032 cDNA ORF clone, Amyelois transitella

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106137032
Entrez Gene ID	106137032
Full Name	probable serine/threonine-protein kinase DDB_G0282963
Gene Type	protein-coding
Organism	Amyelois transitella

mRNA and Protein(s)

mRNA	Protein	Name
XM_013337769.1	XP_013193223.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X2
XM_013337772.1	XP_013193226.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X3
XM_013337771.1	XP_013193225.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X4
XM_013337767.1	XP_013193221.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X1
XM_013337768.1	XP_013193222.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X1
XM_013337770.1	XP_013193224.1	probable serine/threonine-protein kinase DDB_G0282963 isoform X3

Pathways from BioSystems
Gene Ontology

The following LOC106137032 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106137032 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)
OAm66674	XM_013337768.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAm66674	XM_013337767.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAm66675	XM_013337769.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAm66676	XM_013337772.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAm66676	XM_013337771.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAm66676	XM_013337770.1 Latest version!	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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)

LOC106137032 ( XM_013337767.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193221.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAm66674
Clone ID Related Accession (Same CDS sequence)	XM_013337767.1 , XM_013337768.1
Accession Version	XM_013337767.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4365bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGGATTCCT CAAAGGAATT TAGTTGTATA TTTTGTAAGG AGTCTTTTGA GAATAAAGAA 
GAACTACAAA TACATTTCAG GAAACATGGG GATCCGAACT TCAATCAAAA TACGAAGACT 
AAAGCAAAAT CCGATGATAC TAATGGGCAG AAATCTAAAG AAGGGGCCGA TATGATAAGT 
TGTGACGTGT GTACGGAGTT GTTTCCGACG ATTTCTAAGG CAATAACTCA CAAGCACAAA 
TTCCACCCAG ACCACGATGC GAAATACTTC TGCCCCTGGT GCGGGAAGCT GTTCACGATG 
AAGCATTTAT ATAACAAACA TATTAGTACG AGTCATAATA ACAACGACCA GAATGCTGAT 
GAAGAGTTCC CATGTGACTG TTGTAATGTT ACTTTCCATC TGTCATCAGC CATGTTGTAC 
CATAATAAAT TCTTTCATAG GCAAGATACT GATCTGCCAT CTATAGGGCA GTCAAAGAAA 
TTGAAAATGG CTGGACAGAT CTCATTGATG ATATATTATT GTCCCTTTTG TGGTCAGGAG 
TATAACAACA AAGTCAATTT ACATAAACAC ATGAGTGACG ACCATAGTGA CGAAAACCAA 
AGTCCTGATG ATGTGCTGCG ATGTCCACTC TGTGATGCTA TATTTTATCA TCTTGATGCT 
TATGAACACC ATCTGTCTTT TCACAGTATT GATGACATGT ACAGTGAAAA GAATGACATG 
GTAGAAAGTG TGACAGATTT TTCTCTTGAA GCTGTTCCAC CTGTAATGGA GAGAGTTGAG 
AATCTGGAAC CCGAACCTAA CAACACACCT GATGGCGATG CTATGGGTCT GGACGATTTG 
TTGCTAATGG CGATGAGCAA CCCTGTGGAT GAAGATAATC CAAAAAAGTC TAAAAAGCAT 
AAGAAACACA AGAAATCTAA AAAAGCTGCA ATTACATTAG ATGAGTTTCT AAATATGAAT 
AAAGATGTTT TTGGTGAAGG TATAGACTTT CAAGGAGTAG AAGAAGTGCC ATCACAAGTA 
GTAGCAAAGA GGTTTAAAGT AAAAAATAAA GCAGCATCAA TACCCAAAAC TGGAACCAAA 
ATGTCTCGTA TTGAACTGGA AAAATTGCGT AAACAGGGAA TTGTAATTAA AATGAAAGGT 
TCTTCTGGGA AGAAACCAAT ACCAACTAGA GTTAAACAAA TGTGTAAAAC AAATGTCATT 
GACTTGAACA CGCAAAACCG GTCTACTTCT GTTAATTCAT CCAATGAAGT ATTAACCAAG 
CTGATTAATC AAAGTAATAA TCAAATAAAA ATAGTAAGAA AGCCTGCACC CACACTAAAC 
GAGACAAATA GCTTTGATGA AAAACCTTCA TCTCCTGAAA ACATAGAAGT TGAATGTGAT 
TTAATACAAA GATACACATC TTCCGAAACA GAAGGTGAAG ACAAATCTGA TATCAAAAAA 
ATATCTAAAG AGGAAATAAG CTCTGGCATT GAAGACGACC ATTTAGAAAA ATCATCAAAT 
AAAGTTGATA CTGCCAACTC TGATAACCCT ACTTTTGAAC CTAATCATAA TTCGCAGATT 
GGTGATTGTA ACATCAAGAA TAATGCTAAT CAAAGTACTC CCGATCATGA CAAAAATAAA 
GATAGTAATA TTAATAACTC TCTGAAGTCT TTGAAAAATG TTAACCAGCA CCTAACTGTC 
AAACCTGTGA TTACTTCAGT AAAAACCAAC TGCAATCCTA AACATGAAAC ATTAACAAAT 
GAGAGTTTTG ACAACACGGT CATAACGAAA CAAAGCGAAC CTTCCGAAAA AGAAACTTCA 
GAAAAAGGTA AAGACAAACC TCTAAATGCA TTAAAACATT TGAGTCATCT TATTACAATT 
AAATCAGTAT CACAGACTAC AAATGATAAG CTGCTATCAC AGATAAAAAG AAGAAATTCT 
TTTCATGAAG ATGACTCTCT TGGGGATTCT AAAACGAATT CCGACGAAGA CGATTCGTCT 
TTAGCGTCAC GTAATGAACT ACCTTCACCG ACGCCAGAAC CAAAACAAAC GCCCGTGGAA 
TCAATAACTG CTTTCAAGAA ATTAAACAGC AATGTCACTG TAAAAGCAAT GAAGAGTACA 
ATTCAGCCCT CTCAGGCACA AATGCCAGAA TTCTCAGACG AAGAAGAAAA AAGCATTAAT 
CCACCAGCAA AAATAAATTT GAACAATCAA CATGTCATGA GGTCTTTGTC TACAATACCA 
CAAAAAATTG GAATAGATCC AGCCTTATCA ACTAAAGGCA GAATAAAAGA TACTAATGTT 
GCTGCTGAAG ACAGAACAAA TATTCAATCA AATGTTAATC TTTTAAGAAA ACTTAAAAAT 
GTTACTGCTA AACCAATAAA TTCCCAAAAT GCTCAAATAA ATAAATTTAA GTCACCAATG 
AACCGAAATA GAACAGAAAC ACAGGTTGGA AACAATGAAG AAGGAAATAA AGAAATTGAA 
ATTTATAATA TTGATGACTC TGACAGTGAT AATTCTGAAG ACACTTTACC AAGAGACACA 
ATGATCAAAT CAGATGTTTC TAAGAATGAA ACTAATAACA TTAATTGTAA TGTATTAAAA 
AAATTGAGTA AACATTTAAC CATAAAGCCA ACTAATCAAA AATCTCCACA AATTAATGTT 
AAATCAGAAC CTGATCAAGA CGAATTTTCA GATTATTCTC AAGAAAATTC CGAAAAATAT 
GCAGAAAAAT GCAAAGTAAC TTTAAATAAA ACAAACGAAA TTCTTAAAAA TACGCTAAAG 
AACTTAAGTA AAAATGTTAC AGTAAAGTCA AGAAACTCTT CCCCAAATGC GACAGTTACA 
ACCCATAACA TCAAAAACCA AGATTATAAT GGCGAATGTA AAGACGACAG CGAAAACGAC 
ATTCGTCCAG GTCAAGTCAA AATCACTGAA GTTGACGATG AATACAATGG TCCAAGTGAT 
AATGACGATT TTGACGAAGA TTTTACTGAC AATCCAATAG TTCAATCACC TCACGATTCA 
TACAGTGATG ATGATATTGA TTTTTCTCAA AAATCCCAGG AAGAGTTGGA TGATATTGAA 
AGCAAAATAC ATGCCAATAC AGTCAGTAAA ATCGAAACCA GTCATAATGA AAATTCAAAA 
AATATTGGTA AAGGTATTAC CATCAAATCG CTAAGCGAGA AAACGTCTCA GTCGCATTCA 
GAGACAGTTA ATACAACAAA AGGAAATGCA ACTATGCCTG CCAATCTTAG CAAAGAACTA 
TCAATAAAAC CATTCAAACA GGGTAATACA TGTGACAATG TGAGCCAACA CCCCGTTAAA 
CTGAACCCAC AAACAACAAA CAAAATCAAC AGATCAACAG GACAAATAGC CCGTTGTAAA 
AGTCAATTAT CGAACCAAAC CACATCGTCA ACTGACCAGA CAAATATAGT AAACAAGGAA 
GTGACAGTCA AAACATTTCA AACAAAGACT GTCATTCAGG AAATAACTAC AACTGTTACA 
AAAACTATCA AAACTGTAAA CCAAAGTGTT CAGCAAGAGT TTCATACTGC CAATCAGTCA 
TGTACCCAAA ATGTATTTAG AAAAGTACAA GGCATGCGGC CGCCAGTTCA ACAGCCCACT 
AAGAACTACC AAGGTGTAGT AGTCAGACAT GCCGCGCCAA TTATGGGCAC TAAAGTCAAA 
AATCCTGTGA CCCCTTTAAG ACCAACGAGA CCACCCGCTA CAGTTTCTAA TCAACTAGTA 
CCTGTCAGGC AAGGTACACC TATGAACGTA AGGCCTCATA CACCAAGGTT GCCTACAGTA 
AGAAGTAGTG CACCATCAAA CTTTACAAAA ACCTCAACTC CAGTTAAAAT GTCGCCTAAT 
GTCGTAAATA ATTCTACTAA AAAGAAACCA GTTACACAAG AAGCAAAAGG TCCATTTAGT 
TGTTTCAAAA AACCCAAACA ATCATTGATA CCCGTATCTG AATTCTCAGG CGTCAGCAGT 
GGAGAAGACG ACTCTATAAA CTTTGCTACG ACTACACGTG TGAATAAGTC TAATGTTATA 
AATATGGCAA AGACAATGAA AGGTAATACA ATTGTTAGTT CAACACAAAT GAAATCTGAA 
GTAAGTTCCT GTTCACAACA GCTAAGCAAG CTAAACAATG TGACAGGATT AAAAATAGTT 
AAGACTAGTC AAGTAAAACA AGTTTCTCAA ATGGAGGAAA AGCAAGACAT TAGTCCTACC 
AAGAGAAATA CACTGGAAGC CATAGAAAAA TTACAGAAGC AAGGATTGTT GGTTAAAAAG 
CCTCGTCTCG AAGCAAACGA AGAGAGCGGA TTTTCTGATG AGGATGACTG TGAGGGTGAC 
GGTGACGACC CCATGGAAGA GTACAACGAT TTCGATGACG ACTGA

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

RefSeq	XP_013193221.1
CDS	212..4576
Translation	MDSSKEFSCIFCKESFENKEELQIHFRKHGDPNFNQNTKTKAKSDDTNGQKSKEGADMISCDVCTELFPTISKAITHKHKFHPDHDAKYFCPWCGKLFTMKHLYNKHISTSHNNNDQNADEEFPCDCCNVTFHLSSAMLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337767.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X1, mRNA.

Target ORF information:

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

XM_013337767.1

ORF Insert Sequence:

ATGGATTCCT CAAAGGAATT TAGTTGTATA TTTTGTAAGG AGTCTTTTGA GAATAAAGAA 
GAACTACAAA TACATTTCAG GAAACATGGG GATCCGAACT TCAATCAAAA TACGAAGACT 
AAAGCAAAAT CCGATGATAC TAATGGGCAG AAATCTAAAG AAGGGGCCGA TATGATAAGT 
TGTGACGTGT GTACGGAGTT GTTTCCGACG ATTTCTAAGG CAATAACTCA CAAGCACAAA 
TTCCACCCAG ACCACGATGC GAAATACTTC TGCCCCTGGT GCGGGAAGCT GTTCACGATG 
AAGCATTTAT ATAACAAACA TATTAGTACG AGTCATAATA ACAACGACCA GAATGCTGAT 
GAAGAGTTCC CATGTGACTG TTGTAATGTT ACTTTCCATC TGTCATCAGC CATGTTGTAC 
CATAATAAAT TCTTTCATAG GCAAGATACT GATCTGCCAT CTATAGGGCA GTCAAAGAAA 
TTGAAAATGG CTGGACAGAT CTCATTGATG ATATATTATT GTCCCTTTTG TGGTCAGGAG 
TATAACAACA AAGTCAATTT ACATAAACAC ATGAGTGACG ACCATAGTGA CGAAAACCAA 
AGTCCTGATG ATGTGCTGCG ATGTCCACTC TGTGATGCTA TATTTTATCA TCTTGATGCT 
TATGAACACC ATCTGTCTTT TCACAGTATT GATGACATGT ACAGTGAAAA GAATGACATG 
GTAGAAAGTG TGACAGATTT TTCTCTTGAA GCTGTTCCAC CTGTAATGGA GAGAGTTGAG 
AATCTGGAAC CCGAACCTAA CAACACACCT GATGGCGATG CTATGGGTCT GGACGATTTG 
TTGCTAATGG CGATGAGCAA CCCTGTGGAT GAAGATAATC CAAAAAAGTC TAAAAAGCAT 
AAGAAACACA AGAAATCTAA AAAAGCTGCA ATTACATTAG ATGAGTTTCT AAATATGAAT 
AAAGATGTTT TTGGTGAAGG TATAGACTTT CAAGGAGTAG AAGAAGTGCC ATCACAAGTA 
GTAGCAAAGA GGTTTAAAGT AAAAAATAAA GCAGCATCAA TACCCAAAAC TGGAACCAAA 
ATGTCTCGTA TTGAACTGGA AAAATTGCGT AAACAGGGAA TTGTAATTAA AATGAAAGGT 
TCTTCTGGGA AGAAACCAAT ACCAACTAGA GTTAAACAAA TGTGTAAAAC AAATGTCATT 
GACTTGAACA CGCAAAACCG GTCTACTTCT GTTAATTCAT CCAATGAAGT ATTAACCAAG 
CTGATTAATC AAAGTAATAA TCAAATAAAA ATAGTAAGAA AGCCTGCACC CACACTAAAC 
GAGACAAATA GCTTTGATGA AAAACCTTCA TCTCCTGAAA ACATAGAAGT TGAATGTGAT 
TTAATACAAA GATACACATC TTCCGAAACA GAAGGTGAAG ACAAATCTGA TATCAAAAAA 
ATATCTAAAG AGGAAATAAG CTCTGGCATT GAAGACGACC ATTTAGAAAA ATCATCAAAT 
AAAGTTGATA CTGCCAACTC TGATAACCCT ACTTTTGAAC CTAATCATAA TTCGCAGATT 
GGTGATTGTA ACATCAAGAA TAATGCTAAT CAAAGTACTC CCGATCATGA CAAAAATAAA 
GATAGTAATA TTAATAACTC TCTGAAGTCT TTGAAAAATG TTAACCAGCA CCTAACTGTC 
AAACCTGTGA TTACTTCAGT AAAAACCAAC TGCAATCCTA AACATGAAAC ATTAACAAAT 
GAGAGTTTTG ACAACACGGT CATAACGAAA CAAAGCGAAC CTTCCGAAAA AGAAACTTCA 
GAAAAAGGTA AAGACAAACC TCTAAATGCA TTAAAACATT TGAGTCATCT TATTACAATT 
AAATCAGTAT CACAGACTAC AAATGATAAG CTGCTATCAC AGATAAAAAG AAGAAATTCT 
TTTCATGAAG ATGACTCTCT TGGGGATTCT AAAACGAATT CCGACGAAGA CGATTCGTCT 
TTAGCGTCAC GTAATGAACT ACCTTCACCG ACGCCAGAAC CAAAACAAAC GCCCGTGGAA 
TCAATAACTG CTTTCAAGAA ATTAAACAGC AATGTCACTG TAAAAGCAAT GAAGAGTACA 
ATTCAGCCCT CTCAGGCACA AATGCCAGAA TTCTCAGACG AAGAAGAAAA AAGCATTAAT 
CCACCAGCAA AAATAAATTT GAACAATCAA CATGTCATGA GGTCTTTGTC TACAATACCA 
CAAAAAATTG GAATAGATCC AGCCTTATCA ACTAAAGGCA GAATAAAAGA TACTAATGTT 
GCTGCTGAAG ACAGAACAAA TATTCAATCA AATGTTAATC TTTTAAGAAA ACTTAAAAAT 
GTTACTGCTA AACCAATAAA TTCCCAAAAT GCTCAAATAA ATAAATTTAA GTCACCAATG 
AACCGAAATA GAACAGAAAC ACAGGTTGGA AACAATGAAG AAGGAAATAA AGAAATTGAA 
ATTTATAATA TTGATGACTC TGACAGTGAT AATTCTGAAG ACACTTTACC AAGAGACACA 
ATGATCAAAT CAGATGTTTC TAAGAATGAA ACTAATAACA TTAATTGTAA TGTATTAAAA 
AAATTGAGTA AACATTTAAC CATAAAGCCA ACTAATCAAA AATCTCCACA AATTAATGTT 
AAATCAGAAC CTGATCAAGA CGAATTTTCA GATTATTCTC AAGAAAATTC CGAAAAATAT 
GCAGAAAAAT GCAAAGTAAC TTTAAATAAA ACAAACGAAA TTCTTAAAAA TACGCTAAAG 
AACTTAAGTA AAAATGTTAC AGTAAAGTCA AGAAACTCTT CCCCAAATGC GACAGTTACA 
ACCCATAACA TCAAAAACCA AGATTATAAT GGCGAATGTA AAGACGACAG CGAAAACGAC 
ATTCGTCCAG GTCAAGTCAA AATCACTGAA GTTGACGATG AATACAATGG TCCAAGTGAT 
AATGACGATT TTGACGAAGA TTTTACTGAC AATCCAATAG TTCAATCACC TCACGATTCA 
TACAGTGATG ATGATATTGA TTTTTCTCAA AAATCCCAGG AAGAGTTGGA TGATATTGAA 
AGCAAAATAC ATGCCAATAC AGTCAGTAAA ATCGAAACCA GTCATAATGA AAATTCAAAA 
AATATTGGTA AAGGTATTAC CATCAAATCG CTAAGCGAGA AAACGTCTCA GTCGCATTCA 
GAGACAGTTA ATACAACAAA AGGAAATGCA ACTATGCCTG CCAATCTTAG CAAAGAACTA 
TCAATAAAAC CATTCAAACA GGGTAATACA TGTGACAATG TGAGCCAACA CCCCGTTAAA 
CTGAACCCAC AAACAACAAA CAAAATCAAC AGATCAACAG GACAAATAGC CCGTTGTAAA 
AGTCAATTAT CGAACCAAAC CACATCGTCA ACTGACCAGA CAAATATAGT AAACAAGGAA 
GTGACAGTCA AAACATTTCA AACAAAGACT GTCATTCAGG AAATAACTAC AACTGTTACA 
AAAACTATCA AAACTGTAAA CCAAAGTGTT CAGCAAGAGT TTCATACTGC CAATCAGTCA 
TGTACCCAAA ATGTATTTAG AAAAGTACAA GGCATGCGGC CGCCAGTTCA ACAGCCCACT 
AAGAACTACC AAGGTGTAGT AGTCAGACAT GCCGCGCCAA TTATGGGCAC TAAAGTCAAA 
AATCCTGTGA CCCCTTTAAG ACCAACGAGA CCACCCGCTA CAGTTTCTAA TCAACTAGTA 
CCTGTCAGGC AAGGTACACC TATGAACGTA AGGCCTCATA CACCAAGGTT GCCTACAGTA 
AGAAGTAGTG CACCATCAAA CTTTACAAAA ACCTCAACTC CAGTTAAAAT GTCGCCTAAT 
GTCGTAAATA ATTCTACTAA AAAGAAACCA GTTACACAAG AAGCAAAAGG TCCATTTAGT 
TGTTTCAAAA AACCCAAACA ATCATTGATA CCCGTATCTG AATTCTCAGG CGTCAGCAGT 
GGAGAAGACG ACTCTATAAA CTTTGCTACG ACTACACGTG TGAATAAGTC TAATGTTATA 
AATATGGCAA AGACAATGAA AGGTAATACA ATTGTTAGTT CAACACAAAT GAAATCTGAA 
GTAAGTTCCT GTTCACAACA GCTAAGCAAG CTAAACAATG TGACAGGATT AAAAATAGTT 
AAGACTAGTC AAGTAAAACA AGTTTCTCAA ATGGAGGAAA AGCAAGACAT TAGTCCTACC 
AAGAGAAATA CACTGGAAGC CATAGAAAAA TTACAGAAGC AAGGATTGTT GGTTAAAAAG 
CCTCGTCTCG AAGCAAACGA AGAGAGCGGA TTTTCTGATG AGGATGACTG TGAGGGTGAC 
GGTGACGACC CCATGGAAGA GTACAACGAT TTCGATGACG ACTGA

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

LOC106137032 ( XM_013337768.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193222.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAm66674
Clone ID Related Accession (Same CDS sequence)	XM_013337767.1 , XM_013337768.1
Accession Version	XM_013337768.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4365bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGGATTCCT CAAAGGAATT TAGTTGTATA TTTTGTAAGG AGTCTTTTGA GAATAAAGAA 
GAACTACAAA TACATTTCAG GAAACATGGG GATCCGAACT TCAATCAAAA TACGAAGACT 
AAAGCAAAAT CCGATGATAC TAATGGGCAG AAATCTAAAG AAGGGGCCGA TATGATAAGT 
TGTGACGTGT GTACGGAGTT GTTTCCGACG ATTTCTAAGG CAATAACTCA CAAGCACAAA 
TTCCACCCAG ACCACGATGC GAAATACTTC TGCCCCTGGT GCGGGAAGCT GTTCACGATG 
AAGCATTTAT ATAACAAACA TATTAGTACG AGTCATAATA ACAACGACCA GAATGCTGAT 
GAAGAGTTCC CATGTGACTG TTGTAATGTT ACTTTCCATC TGTCATCAGC CATGTTGTAC 
CATAATAAAT TCTTTCATAG GCAAGATACT GATCTGCCAT CTATAGGGCA GTCAAAGAAA 
TTGAAAATGG CTGGACAGAT CTCATTGATG ATATATTATT GTCCCTTTTG TGGTCAGGAG 
TATAACAACA AAGTCAATTT ACATAAACAC ATGAGTGACG ACCATAGTGA CGAAAACCAA 
AGTCCTGATG ATGTGCTGCG ATGTCCACTC TGTGATGCTA TATTTTATCA TCTTGATGCT 
TATGAACACC ATCTGTCTTT TCACAGTATT GATGACATGT ACAGTGAAAA GAATGACATG 
GTAGAAAGTG TGACAGATTT TTCTCTTGAA GCTGTTCCAC CTGTAATGGA GAGAGTTGAG 
AATCTGGAAC CCGAACCTAA CAACACACCT GATGGCGATG CTATGGGTCT GGACGATTTG 
TTGCTAATGG CGATGAGCAA CCCTGTGGAT GAAGATAATC CAAAAAAGTC TAAAAAGCAT 
AAGAAACACA AGAAATCTAA AAAAGCTGCA ATTACATTAG ATGAGTTTCT AAATATGAAT 
AAAGATGTTT TTGGTGAAGG TATAGACTTT CAAGGAGTAG AAGAAGTGCC ATCACAAGTA 
GTAGCAAAGA GGTTTAAAGT AAAAAATAAA GCAGCATCAA TACCCAAAAC TGGAACCAAA 
ATGTCTCGTA TTGAACTGGA AAAATTGCGT AAACAGGGAA TTGTAATTAA AATGAAAGGT 
TCTTCTGGGA AGAAACCAAT ACCAACTAGA GTTAAACAAA TGTGTAAAAC AAATGTCATT 
GACTTGAACA CGCAAAACCG GTCTACTTCT GTTAATTCAT CCAATGAAGT ATTAACCAAG 
CTGATTAATC AAAGTAATAA TCAAATAAAA ATAGTAAGAA AGCCTGCACC CACACTAAAC 
GAGACAAATA GCTTTGATGA AAAACCTTCA TCTCCTGAAA ACATAGAAGT TGAATGTGAT 
TTAATACAAA GATACACATC TTCCGAAACA GAAGGTGAAG ACAAATCTGA TATCAAAAAA 
ATATCTAAAG AGGAAATAAG CTCTGGCATT GAAGACGACC ATTTAGAAAA ATCATCAAAT 
AAAGTTGATA CTGCCAACTC TGATAACCCT ACTTTTGAAC CTAATCATAA TTCGCAGATT 
GGTGATTGTA ACATCAAGAA TAATGCTAAT CAAAGTACTC CCGATCATGA CAAAAATAAA 
GATAGTAATA TTAATAACTC TCTGAAGTCT TTGAAAAATG TTAACCAGCA CCTAACTGTC 
AAACCTGTGA TTACTTCAGT AAAAACCAAC TGCAATCCTA AACATGAAAC ATTAACAAAT 
GAGAGTTTTG ACAACACGGT CATAACGAAA CAAAGCGAAC CTTCCGAAAA AGAAACTTCA 
GAAAAAGGTA AAGACAAACC TCTAAATGCA TTAAAACATT TGAGTCATCT TATTACAATT 
AAATCAGTAT CACAGACTAC AAATGATAAG CTGCTATCAC AGATAAAAAG AAGAAATTCT 
TTTCATGAAG ATGACTCTCT TGGGGATTCT AAAACGAATT CCGACGAAGA CGATTCGTCT 
TTAGCGTCAC GTAATGAACT ACCTTCACCG ACGCCAGAAC CAAAACAAAC GCCCGTGGAA 
TCAATAACTG CTTTCAAGAA ATTAAACAGC AATGTCACTG TAAAAGCAAT GAAGAGTACA 
ATTCAGCCCT CTCAGGCACA AATGCCAGAA TTCTCAGACG AAGAAGAAAA AAGCATTAAT 
CCACCAGCAA AAATAAATTT GAACAATCAA CATGTCATGA GGTCTTTGTC TACAATACCA 
CAAAAAATTG GAATAGATCC AGCCTTATCA ACTAAAGGCA GAATAAAAGA TACTAATGTT 
GCTGCTGAAG ACAGAACAAA TATTCAATCA AATGTTAATC TTTTAAGAAA ACTTAAAAAT 
GTTACTGCTA AACCAATAAA TTCCCAAAAT GCTCAAATAA ATAAATTTAA GTCACCAATG 
AACCGAAATA GAACAGAAAC ACAGGTTGGA AACAATGAAG AAGGAAATAA AGAAATTGAA 
ATTTATAATA TTGATGACTC TGACAGTGAT AATTCTGAAG ACACTTTACC AAGAGACACA 
ATGATCAAAT CAGATGTTTC TAAGAATGAA ACTAATAACA TTAATTGTAA TGTATTAAAA 
AAATTGAGTA AACATTTAAC CATAAAGCCA ACTAATCAAA AATCTCCACA AATTAATGTT 
AAATCAGAAC CTGATCAAGA CGAATTTTCA GATTATTCTC AAGAAAATTC CGAAAAATAT 
GCAGAAAAAT GCAAAGTAAC TTTAAATAAA ACAAACGAAA TTCTTAAAAA TACGCTAAAG 
AACTTAAGTA AAAATGTTAC AGTAAAGTCA AGAAACTCTT CCCCAAATGC GACAGTTACA 
ACCCATAACA TCAAAAACCA AGATTATAAT GGCGAATGTA AAGACGACAG CGAAAACGAC 
ATTCGTCCAG GTCAAGTCAA AATCACTGAA GTTGACGATG AATACAATGG TCCAAGTGAT 
AATGACGATT TTGACGAAGA TTTTACTGAC AATCCAATAG TTCAATCACC TCACGATTCA 
TACAGTGATG ATGATATTGA TTTTTCTCAA AAATCCCAGG AAGAGTTGGA TGATATTGAA 
AGCAAAATAC ATGCCAATAC AGTCAGTAAA ATCGAAACCA GTCATAATGA AAATTCAAAA 
AATATTGGTA AAGGTATTAC CATCAAATCG CTAAGCGAGA AAACGTCTCA GTCGCATTCA 
GAGACAGTTA ATACAACAAA AGGAAATGCA ACTATGCCTG CCAATCTTAG CAAAGAACTA 
TCAATAAAAC CATTCAAACA GGGTAATACA TGTGACAATG TGAGCCAACA CCCCGTTAAA 
CTGAACCCAC AAACAACAAA CAAAATCAAC AGATCAACAG GACAAATAGC CCGTTGTAAA 
AGTCAATTAT CGAACCAAAC CACATCGTCA ACTGACCAGA CAAATATAGT AAACAAGGAA 
GTGACAGTCA AAACATTTCA AACAAAGACT GTCATTCAGG AAATAACTAC AACTGTTACA 
AAAACTATCA AAACTGTAAA CCAAAGTGTT CAGCAAGAGT TTCATACTGC CAATCAGTCA 
TGTACCCAAA ATGTATTTAG AAAAGTACAA GGCATGCGGC CGCCAGTTCA ACAGCCCACT 
AAGAACTACC AAGGTGTAGT AGTCAGACAT GCCGCGCCAA TTATGGGCAC TAAAGTCAAA 
AATCCTGTGA CCCCTTTAAG ACCAACGAGA CCACCCGCTA CAGTTTCTAA TCAACTAGTA 
CCTGTCAGGC AAGGTACACC TATGAACGTA AGGCCTCATA CACCAAGGTT GCCTACAGTA 
AGAAGTAGTG CACCATCAAA CTTTACAAAA ACCTCAACTC CAGTTAAAAT GTCGCCTAAT 
GTCGTAAATA ATTCTACTAA AAAGAAACCA GTTACACAAG AAGCAAAAGG TCCATTTAGT 
TGTTTCAAAA AACCCAAACA ATCATTGATA CCCGTATCTG AATTCTCAGG CGTCAGCAGT 
GGAGAAGACG ACTCTATAAA CTTTGCTACG ACTACACGTG TGAATAAGTC TAATGTTATA 
AATATGGCAA AGACAATGAA AGGTAATACA ATTGTTAGTT CAACACAAAT GAAATCTGAA 
GTAAGTTCCT GTTCACAACA GCTAAGCAAG CTAAACAATG TGACAGGATT AAAAATAGTT 
AAGACTAGTC AAGTAAAACA AGTTTCTCAA ATGGAGGAAA AGCAAGACAT TAGTCCTACC 
AAGAGAAATA CACTGGAAGC CATAGAAAAA TTACAGAAGC AAGGATTGTT GGTTAAAAAG 
CCTCGTCTCG AAGCAAACGA AGAGAGCGGA TTTTCTGATG AGGATGACTG TGAGGGTGAC 
GGTGACGACC CCATGGAAGA GTACAACGAT TTCGATGACG ACTGA

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

RefSeq	XP_013193222.1
CDS	124..4488
Translation	MDSSKEFSCIFCKESFENKEELQIHFRKHGDPNFNQNTKTKAKSDDTNGQKSKEGADMISCDVCTELFPTISKAITHKHKFHPDHDAKYFCPWCGKLFTMKHLYNKHISTSHNNNDQNADEEFPCDCCNVTFHLSSAMLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337768.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X2, mRNA.

Target ORF information:

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

XM_013337768.1

ORF Insert Sequence:

ATGGATTCCT CAAAGGAATT TAGTTGTATA TTTTGTAAGG AGTCTTTTGA GAATAAAGAA 
GAACTACAAA TACATTTCAG GAAACATGGG GATCCGAACT TCAATCAAAA TACGAAGACT 
AAAGCAAAAT CCGATGATAC TAATGGGCAG AAATCTAAAG AAGGGGCCGA TATGATAAGT 
TGTGACGTGT GTACGGAGTT GTTTCCGACG ATTTCTAAGG CAATAACTCA CAAGCACAAA 
TTCCACCCAG ACCACGATGC GAAATACTTC TGCCCCTGGT GCGGGAAGCT GTTCACGATG 
AAGCATTTAT ATAACAAACA TATTAGTACG AGTCATAATA ACAACGACCA GAATGCTGAT 
GAAGAGTTCC CATGTGACTG TTGTAATGTT ACTTTCCATC TGTCATCAGC CATGTTGTAC 
CATAATAAAT TCTTTCATAG GCAAGATACT GATCTGCCAT CTATAGGGCA GTCAAAGAAA 
TTGAAAATGG CTGGACAGAT CTCATTGATG ATATATTATT GTCCCTTTTG TGGTCAGGAG 
TATAACAACA AAGTCAATTT ACATAAACAC ATGAGTGACG ACCATAGTGA CGAAAACCAA 
AGTCCTGATG ATGTGCTGCG ATGTCCACTC TGTGATGCTA TATTTTATCA TCTTGATGCT 
TATGAACACC ATCTGTCTTT TCACAGTATT GATGACATGT ACAGTGAAAA GAATGACATG 
GTAGAAAGTG TGACAGATTT TTCTCTTGAA GCTGTTCCAC CTGTAATGGA GAGAGTTGAG 
AATCTGGAAC CCGAACCTAA CAACACACCT GATGGCGATG CTATGGGTCT GGACGATTTG 
TTGCTAATGG CGATGAGCAA CCCTGTGGAT GAAGATAATC CAAAAAAGTC TAAAAAGCAT 
AAGAAACACA AGAAATCTAA AAAAGCTGCA ATTACATTAG ATGAGTTTCT AAATATGAAT 
AAAGATGTTT TTGGTGAAGG TATAGACTTT CAAGGAGTAG AAGAAGTGCC ATCACAAGTA 
GTAGCAAAGA GGTTTAAAGT AAAAAATAAA GCAGCATCAA TACCCAAAAC TGGAACCAAA 
ATGTCTCGTA TTGAACTGGA AAAATTGCGT AAACAGGGAA TTGTAATTAA AATGAAAGGT 
TCTTCTGGGA AGAAACCAAT ACCAACTAGA GTTAAACAAA TGTGTAAAAC AAATGTCATT 
GACTTGAACA CGCAAAACCG GTCTACTTCT GTTAATTCAT CCAATGAAGT ATTAACCAAG 
CTGATTAATC AAAGTAATAA TCAAATAAAA ATAGTAAGAA AGCCTGCACC CACACTAAAC 
GAGACAAATA GCTTTGATGA AAAACCTTCA TCTCCTGAAA ACATAGAAGT TGAATGTGAT 
TTAATACAAA GATACACATC TTCCGAAACA GAAGGTGAAG ACAAATCTGA TATCAAAAAA 
ATATCTAAAG AGGAAATAAG CTCTGGCATT GAAGACGACC ATTTAGAAAA ATCATCAAAT 
AAAGTTGATA CTGCCAACTC TGATAACCCT ACTTTTGAAC CTAATCATAA TTCGCAGATT 
GGTGATTGTA ACATCAAGAA TAATGCTAAT CAAAGTACTC CCGATCATGA CAAAAATAAA 
GATAGTAATA TTAATAACTC TCTGAAGTCT TTGAAAAATG TTAACCAGCA CCTAACTGTC 
AAACCTGTGA TTACTTCAGT AAAAACCAAC TGCAATCCTA AACATGAAAC ATTAACAAAT 
GAGAGTTTTG ACAACACGGT CATAACGAAA CAAAGCGAAC CTTCCGAAAA AGAAACTTCA 
GAAAAAGGTA AAGACAAACC TCTAAATGCA TTAAAACATT TGAGTCATCT TATTACAATT 
AAATCAGTAT CACAGACTAC AAATGATAAG CTGCTATCAC AGATAAAAAG AAGAAATTCT 
TTTCATGAAG ATGACTCTCT TGGGGATTCT AAAACGAATT CCGACGAAGA CGATTCGTCT 
TTAGCGTCAC GTAATGAACT ACCTTCACCG ACGCCAGAAC CAAAACAAAC GCCCGTGGAA 
TCAATAACTG CTTTCAAGAA ATTAAACAGC AATGTCACTG TAAAAGCAAT GAAGAGTACA 
ATTCAGCCCT CTCAGGCACA AATGCCAGAA TTCTCAGACG AAGAAGAAAA AAGCATTAAT 
CCACCAGCAA AAATAAATTT GAACAATCAA CATGTCATGA GGTCTTTGTC TACAATACCA 
CAAAAAATTG GAATAGATCC AGCCTTATCA ACTAAAGGCA GAATAAAAGA TACTAATGTT 
GCTGCTGAAG ACAGAACAAA TATTCAATCA AATGTTAATC TTTTAAGAAA ACTTAAAAAT 
GTTACTGCTA AACCAATAAA TTCCCAAAAT GCTCAAATAA ATAAATTTAA GTCACCAATG 
AACCGAAATA GAACAGAAAC ACAGGTTGGA AACAATGAAG AAGGAAATAA AGAAATTGAA 
ATTTATAATA TTGATGACTC TGACAGTGAT AATTCTGAAG ACACTTTACC AAGAGACACA 
ATGATCAAAT CAGATGTTTC TAAGAATGAA ACTAATAACA TTAATTGTAA TGTATTAAAA 
AAATTGAGTA AACATTTAAC CATAAAGCCA ACTAATCAAA AATCTCCACA AATTAATGTT 
AAATCAGAAC CTGATCAAGA CGAATTTTCA GATTATTCTC AAGAAAATTC CGAAAAATAT 
GCAGAAAAAT GCAAAGTAAC TTTAAATAAA ACAAACGAAA TTCTTAAAAA TACGCTAAAG 
AACTTAAGTA AAAATGTTAC AGTAAAGTCA AGAAACTCTT CCCCAAATGC GACAGTTACA 
ACCCATAACA TCAAAAACCA AGATTATAAT GGCGAATGTA AAGACGACAG CGAAAACGAC 
ATTCGTCCAG GTCAAGTCAA AATCACTGAA GTTGACGATG AATACAATGG TCCAAGTGAT 
AATGACGATT TTGACGAAGA TTTTACTGAC AATCCAATAG TTCAATCACC TCACGATTCA 
TACAGTGATG ATGATATTGA TTTTTCTCAA AAATCCCAGG AAGAGTTGGA TGATATTGAA 
AGCAAAATAC ATGCCAATAC AGTCAGTAAA ATCGAAACCA GTCATAATGA AAATTCAAAA 
AATATTGGTA AAGGTATTAC CATCAAATCG CTAAGCGAGA AAACGTCTCA GTCGCATTCA 
GAGACAGTTA ATACAACAAA AGGAAATGCA ACTATGCCTG CCAATCTTAG CAAAGAACTA 
TCAATAAAAC CATTCAAACA GGGTAATACA TGTGACAATG TGAGCCAACA CCCCGTTAAA 
CTGAACCCAC AAACAACAAA CAAAATCAAC AGATCAACAG GACAAATAGC CCGTTGTAAA 
AGTCAATTAT CGAACCAAAC CACATCGTCA ACTGACCAGA CAAATATAGT AAACAAGGAA 
GTGACAGTCA AAACATTTCA AACAAAGACT GTCATTCAGG AAATAACTAC AACTGTTACA 
AAAACTATCA AAACTGTAAA CCAAAGTGTT CAGCAAGAGT TTCATACTGC CAATCAGTCA 
TGTACCCAAA ATGTATTTAG AAAAGTACAA GGCATGCGGC CGCCAGTTCA ACAGCCCACT 
AAGAACTACC AAGGTGTAGT AGTCAGACAT GCCGCGCCAA TTATGGGCAC TAAAGTCAAA 
AATCCTGTGA CCCCTTTAAG ACCAACGAGA CCACCCGCTA CAGTTTCTAA TCAACTAGTA 
CCTGTCAGGC AAGGTACACC TATGAACGTA AGGCCTCATA CACCAAGGTT GCCTACAGTA 
AGAAGTAGTG CACCATCAAA CTTTACAAAA ACCTCAACTC CAGTTAAAAT GTCGCCTAAT 
GTCGTAAATA ATTCTACTAA AAAGAAACCA GTTACACAAG AAGCAAAAGG TCCATTTAGT 
TGTTTCAAAA AACCCAAACA ATCATTGATA CCCGTATCTG AATTCTCAGG CGTCAGCAGT 
GGAGAAGACG ACTCTATAAA CTTTGCTACG ACTACACGTG TGAATAAGTC TAATGTTATA 
AATATGGCAA AGACAATGAA AGGTAATACA ATTGTTAGTT CAACACAAAT GAAATCTGAA 
GTAAGTTCCT GTTCACAACA GCTAAGCAAG CTAAACAATG TGACAGGATT AAAAATAGTT 
AAGACTAGTC AAGTAAAACA AGTTTCTCAA ATGGAGGAAA AGCAAGACAT TAGTCCTACC 
AAGAGAAATA CACTGGAAGC CATAGAAAAA TTACAGAAGC AAGGATTGTT GGTTAAAAAG 
CCTCGTCTCG AAGCAAACGA AGAGAGCGGA TTTTCTGATG AGGATGACTG TGAGGGTGAC 
GGTGACGACC CCATGGAAGA GTACAACGAT TTCGATGACG ACTGA

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

LOC106137032 ( XM_013337769.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193223.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X3, mRNA.

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CloneID	OAm66675
Clone ID Related Accession (Same CDS sequence)	XM_013337769.1
Accession Version	XM_013337769.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4095bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGCAAATCT TTAGTTTGAA GCAAGCCTAT AAACATTTAT ATAACAAACA TATTAGTACG 
AGTCATAATA ACAACGACCA GAATGCTGAT GAAGAGTTCC CATGTGACTG TTGTAATGTT 
ACTTTCCATC TGTCATCAGC CATGTTGTAC CATAATAAAT TCTTTCATAG GCAAGATACT 
GATCTGCCAT CTATAGGGCA GTCAAAGAAA TTGAAAATGG CTGGACAGAT CTCATTGATG 
ATATATTATT GTCCCTTTTG TGGTCAGGAG TATAACAACA AAGTCAATTT ACATAAACAC 
ATGAGTGACG ACCATAGTGA CGAAAACCAA AGTCCTGATG ATGTGCTGCG ATGTCCACTC 
TGTGATGCTA TATTTTATCA TCTTGATGCT TATGAACACC ATCTGTCTTT TCACAGTATT 
GATGACATGT ACAGTGAAAA GAATGACATG GTAGAAAGTG TGACAGATTT TTCTCTTGAA 
GCTGTTCCAC CTGTAATGGA GAGAGTTGAG AATCTGGAAC CCGAACCTAA CAACACACCT 
GATGGCGATG CTATGGGTCT GGACGATTTG TTGCTAATGG CGATGAGCAA CCCTGTGGAT 
GAAGATAATC CAAAAAAGTC TAAAAAGCAT AAGAAACACA AGAAATCTAA AAAAGCTGCA 
ATTACATTAG ATGAGTTTCT AAATATGAAT AAAGATGTTT TTGGTGAAGG TATAGACTTT 
CAAGGAGTAG AAGAAGTGCC ATCACAAGTA GTAGCAAAGA GGTTTAAAGT AAAAAATAAA 
GCAGCATCAA TACCCAAAAC TGGAACCAAA ATGTCTCGTA TTGAACTGGA AAAATTGCGT 
AAACAGGGAA TTGTAATTAA AATGAAAGGT TCTTCTGGGA AGAAACCAAT ACCAACTAGA 
GTTAAACAAA TGTGTAAAAC AAATGTCATT GACTTGAACA CGCAAAACCG GTCTACTTCT 
GTTAATTCAT CCAATGAAGT ATTAACCAAG CTGATTAATC AAAGTAATAA TCAAATAAAA 
ATAGTAAGAA AGCCTGCACC CACACTAAAC GAGACAAATA GCTTTGATGA AAAACCTTCA 
TCTCCTGAAA ACATAGAAGT TGAATGTGAT TTAATACAAA GATACACATC TTCCGAAACA 
GAAGGTGAAG ACAAATCTGA TATCAAAAAA ATATCTAAAG AGGAAATAAG CTCTGGCATT 
GAAGACGACC ATTTAGAAAA ATCATCAAAT AAAGTTGATA CTGCCAACTC TGATAACCCT 
ACTTTTGAAC CTAATCATAA TTCGCAGATT GGTGATTGTA ACATCAAGAA TAATGCTAAT 
CAAAGTACTC CCGATCATGA CAAAAATAAA GATAGTAATA TTAATAACTC TCTGAAGTCT 
TTGAAAAATG TTAACCAGCA CCTAACTGTC AAACCTGTGA TTACTTCAGT AAAAACCAAC 
TGCAATCCTA AACATGAAAC ATTAACAAAT GAGAGTTTTG ACAACACGGT CATAACGAAA 
CAAAGCGAAC CTTCCGAAAA AGAAACTTCA GAAAAAGGTA AAGACAAACC TCTAAATGCA 
TTAAAACATT TGAGTCATCT TATTACAATT AAATCAGTAT CACAGACTAC AAATGATAAG 
CTGCTATCAC AGATAAAAAG AAGAAATTCT TTTCATGAAG ATGACTCTCT TGGGGATTCT 
AAAACGAATT CCGACGAAGA CGATTCGTCT TTAGCGTCAC GTAATGAACT ACCTTCACCG 
ACGCCAGAAC CAAAACAAAC GCCCGTGGAA TCAATAACTG CTTTCAAGAA ATTAAACAGC 
AATGTCACTG TAAAAGCAAT GAAGAGTACA ATTCAGCCCT CTCAGGCACA AATGCCAGAA 
TTCTCAGACG AAGAAGAAAA AAGCATTAAT CCACCAGCAA AAATAAATTT GAACAATCAA 
CATGTCATGA GGTCTTTGTC TACAATACCA CAAAAAATTG GAATAGATCC AGCCTTATCA 
ACTAAAGGCA GAATAAAAGA TACTAATGTT GCTGCTGAAG ACAGAACAAA TATTCAATCA 
AATGTTAATC TTTTAAGAAA ACTTAAAAAT GTTACTGCTA AACCAATAAA TTCCCAAAAT 
GCTCAAATAA ATAAATTTAA GTCACCAATG AACCGAAATA GAACAGAAAC ACAGGTTGGA 
AACAATGAAG AAGGAAATAA AGAAATTGAA ATTTATAATA TTGATGACTC TGACAGTGAT 
AATTCTGAAG ACACTTTACC AAGAGACACA ATGATCAAAT CAGATGTTTC TAAGAATGAA 
ACTAATAACA TTAATTGTAA TGTATTAAAA AAATTGAGTA AACATTTAAC CATAAAGCCA 
ACTAATCAAA AATCTCCACA AATTAATGTT AAATCAGAAC CTGATCAAGA CGAATTTTCA 
GATTATTCTC AAGAAAATTC CGAAAAATAT GCAGAAAAAT GCAAAGTAAC TTTAAATAAA 
ACAAACGAAA TTCTTAAAAA TACGCTAAAG AACTTAAGTA AAAATGTTAC AGTAAAGTCA 
AGAAACTCTT CCCCAAATGC GACAGTTACA ACCCATAACA TCAAAAACCA AGATTATAAT 
GGCGAATGTA AAGACGACAG CGAAAACGAC ATTCGTCCAG GTCAAGTCAA AATCACTGAA 
GTTGACGATG AATACAATGG TCCAAGTGAT AATGACGATT TTGACGAAGA TTTTACTGAC 
AATCCAATAG TTCAATCACC TCACGATTCA TACAGTGATG ATGATATTGA TTTTTCTCAA 
AAATCCCAGG AAGAGTTGGA TGATATTGAA AGCAAAATAC ATGCCAATAC AGTCAGTAAA 
ATCGAAACCA GTCATAATGA AAATTCAAAA AATATTGGTA AAGGTATTAC CATCAAATCG 
CTAAGCGAGA AAACGTCTCA GTCGCATTCA GAGACAGTTA ATACAACAAA AGGAAATGCA 
ACTATGCCTG CCAATCTTAG CAAAGAACTA TCAATAAAAC CATTCAAACA GGGTAATACA 
TGTGACAATG TGAGCCAACA CCCCGTTAAA CTGAACCCAC AAACAACAAA CAAAATCAAC 
AGATCAACAG GACAAATAGC CCGTTGTAAA AGTCAATTAT CGAACCAAAC CACATCGTCA 
ACTGACCAGA CAAATATAGT AAACAAGGAA GTGACAGTCA AAACATTTCA AACAAAGACT 
GTCATTCAGG AAATAACTAC AACTGTTACA AAAACTATCA AAACTGTAAA CCAAAGTGTT 
CAGCAAGAGT TTCATACTGC CAATCAGTCA TGTACCCAAA ATGTATTTAG AAAAGTACAA 
GGCATGCGGC CGCCAGTTCA ACAGCCCACT AAGAACTACC AAGGTGTAGT AGTCAGACAT 
GCCGCGCCAA TTATGGGCAC TAAAGTCAAA AATCCTGTGA CCCCTTTAAG ACCAACGAGA 
CCACCCGCTA CAGTTTCTAA TCAACTAGTA CCTGTCAGGC AAGGTACACC TATGAACGTA 
AGGCCTCATA CACCAAGGTT GCCTACAGTA AGAAGTAGTG CACCATCAAA CTTTACAAAA 
ACCTCAACTC CAGTTAAAAT GTCGCCTAAT GTCGTAAATA ATTCTACTAA AAAGAAACCA 
GTTACACAAG AAGCAAAAGG TCCATTTAGT TGTTTCAAAA AACCCAAACA ATCATTGATA 
CCCGTATCTG AATTCTCAGG CGTCAGCAGT GGAGAAGACG ACTCTATAAA CTTTGCTACG 
ACTACACGTG TGAATAAGTC TAATGTTATA AATATGGCAA AGACAATGAA AGGTAATACA 
ATTGTTAGTT CAACACAAAT GAAATCTGAA GTAAGTTCCT GTTCACAACA GCTAAGCAAG 
CTAAACAATG TGACAGGATT AAAAATAGTT AAGACTAGTC AAGTAAAACA AGTTTCTCAA 
ATGGAGGAAA AGCAAGACAT TAGTCCTACC AAGAGAAATA CACTGGAAGC CATAGAAAAA 
TTACAGAAGC AAGGATTGTT GGTTAAAAAG CCTCGTCTCG AAGCAAACGA AGAGAGCGGA 
TTTTCTGATG AGGATGACTG TGAGGGTGAC GGTGACGACC CCATGGAAGA GTACAACGAT 
TTCGATGACG ACTGA

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

RefSeq	XP_013193223.1
CDS	71..4165
Translation	MQIFSLKQAYKHLYNKHISTSHNNNDQNADEEFPCDCCNVTFHLSSAMLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337769.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X3, mRNA.

Target ORF information:

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

XM_013337769.1

ORF Insert Sequence:

ATGCAAATCT TTAGTTTGAA GCAAGCCTAT AAACATTTAT ATAACAAACA TATTAGTACG 
AGTCATAATA ACAACGACCA GAATGCTGAT GAAGAGTTCC CATGTGACTG TTGTAATGTT 
ACTTTCCATC TGTCATCAGC CATGTTGTAC CATAATAAAT TCTTTCATAG GCAAGATACT 
GATCTGCCAT CTATAGGGCA GTCAAAGAAA TTGAAAATGG CTGGACAGAT CTCATTGATG 
ATATATTATT GTCCCTTTTG TGGTCAGGAG TATAACAACA AAGTCAATTT ACATAAACAC 
ATGAGTGACG ACCATAGTGA CGAAAACCAA AGTCCTGATG ATGTGCTGCG ATGTCCACTC 
TGTGATGCTA TATTTTATCA TCTTGATGCT TATGAACACC ATCTGTCTTT TCACAGTATT 
GATGACATGT ACAGTGAAAA GAATGACATG GTAGAAAGTG TGACAGATTT TTCTCTTGAA 
GCTGTTCCAC CTGTAATGGA GAGAGTTGAG AATCTGGAAC CCGAACCTAA CAACACACCT 
GATGGCGATG CTATGGGTCT GGACGATTTG TTGCTAATGG CGATGAGCAA CCCTGTGGAT 
GAAGATAATC CAAAAAAGTC TAAAAAGCAT AAGAAACACA AGAAATCTAA AAAAGCTGCA 
ATTACATTAG ATGAGTTTCT AAATATGAAT AAAGATGTTT TTGGTGAAGG TATAGACTTT 
CAAGGAGTAG AAGAAGTGCC ATCACAAGTA GTAGCAAAGA GGTTTAAAGT AAAAAATAAA 
GCAGCATCAA TACCCAAAAC TGGAACCAAA ATGTCTCGTA TTGAACTGGA AAAATTGCGT 
AAACAGGGAA TTGTAATTAA AATGAAAGGT TCTTCTGGGA AGAAACCAAT ACCAACTAGA 
GTTAAACAAA TGTGTAAAAC AAATGTCATT GACTTGAACA CGCAAAACCG GTCTACTTCT 
GTTAATTCAT CCAATGAAGT ATTAACCAAG CTGATTAATC AAAGTAATAA TCAAATAAAA 
ATAGTAAGAA AGCCTGCACC CACACTAAAC GAGACAAATA GCTTTGATGA AAAACCTTCA 
TCTCCTGAAA ACATAGAAGT TGAATGTGAT TTAATACAAA GATACACATC TTCCGAAACA 
GAAGGTGAAG ACAAATCTGA TATCAAAAAA ATATCTAAAG AGGAAATAAG CTCTGGCATT 
GAAGACGACC ATTTAGAAAA ATCATCAAAT AAAGTTGATA CTGCCAACTC TGATAACCCT 
ACTTTTGAAC CTAATCATAA TTCGCAGATT GGTGATTGTA ACATCAAGAA TAATGCTAAT 
CAAAGTACTC CCGATCATGA CAAAAATAAA GATAGTAATA TTAATAACTC TCTGAAGTCT 
TTGAAAAATG TTAACCAGCA CCTAACTGTC AAACCTGTGA TTACTTCAGT AAAAACCAAC 
TGCAATCCTA AACATGAAAC ATTAACAAAT GAGAGTTTTG ACAACACGGT CATAACGAAA 
CAAAGCGAAC CTTCCGAAAA AGAAACTTCA GAAAAAGGTA AAGACAAACC TCTAAATGCA 
TTAAAACATT TGAGTCATCT TATTACAATT AAATCAGTAT CACAGACTAC AAATGATAAG 
CTGCTATCAC AGATAAAAAG AAGAAATTCT TTTCATGAAG ATGACTCTCT TGGGGATTCT 
AAAACGAATT CCGACGAAGA CGATTCGTCT TTAGCGTCAC GTAATGAACT ACCTTCACCG 
ACGCCAGAAC CAAAACAAAC GCCCGTGGAA TCAATAACTG CTTTCAAGAA ATTAAACAGC 
AATGTCACTG TAAAAGCAAT GAAGAGTACA ATTCAGCCCT CTCAGGCACA AATGCCAGAA 
TTCTCAGACG AAGAAGAAAA AAGCATTAAT CCACCAGCAA AAATAAATTT GAACAATCAA 
CATGTCATGA GGTCTTTGTC TACAATACCA CAAAAAATTG GAATAGATCC AGCCTTATCA 
ACTAAAGGCA GAATAAAAGA TACTAATGTT GCTGCTGAAG ACAGAACAAA TATTCAATCA 
AATGTTAATC TTTTAAGAAA ACTTAAAAAT GTTACTGCTA AACCAATAAA TTCCCAAAAT 
GCTCAAATAA ATAAATTTAA GTCACCAATG AACCGAAATA GAACAGAAAC ACAGGTTGGA 
AACAATGAAG AAGGAAATAA AGAAATTGAA ATTTATAATA TTGATGACTC TGACAGTGAT 
AATTCTGAAG ACACTTTACC AAGAGACACA ATGATCAAAT CAGATGTTTC TAAGAATGAA 
ACTAATAACA TTAATTGTAA TGTATTAAAA AAATTGAGTA AACATTTAAC CATAAAGCCA 
ACTAATCAAA AATCTCCACA AATTAATGTT AAATCAGAAC CTGATCAAGA CGAATTTTCA 
GATTATTCTC AAGAAAATTC CGAAAAATAT GCAGAAAAAT GCAAAGTAAC TTTAAATAAA 
ACAAACGAAA TTCTTAAAAA TACGCTAAAG AACTTAAGTA AAAATGTTAC AGTAAAGTCA 
AGAAACTCTT CCCCAAATGC GACAGTTACA ACCCATAACA TCAAAAACCA AGATTATAAT 
GGCGAATGTA AAGACGACAG CGAAAACGAC ATTCGTCCAG GTCAAGTCAA AATCACTGAA 
GTTGACGATG AATACAATGG TCCAAGTGAT AATGACGATT TTGACGAAGA TTTTACTGAC 
AATCCAATAG TTCAATCACC TCACGATTCA TACAGTGATG ATGATATTGA TTTTTCTCAA 
AAATCCCAGG AAGAGTTGGA TGATATTGAA AGCAAAATAC ATGCCAATAC AGTCAGTAAA 
ATCGAAACCA GTCATAATGA AAATTCAAAA AATATTGGTA AAGGTATTAC CATCAAATCG 
CTAAGCGAGA AAACGTCTCA GTCGCATTCA GAGACAGTTA ATACAACAAA AGGAAATGCA 
ACTATGCCTG CCAATCTTAG CAAAGAACTA TCAATAAAAC CATTCAAACA GGGTAATACA 
TGTGACAATG TGAGCCAACA CCCCGTTAAA CTGAACCCAC AAACAACAAA CAAAATCAAC 
AGATCAACAG GACAAATAGC CCGTTGTAAA AGTCAATTAT CGAACCAAAC CACATCGTCA 
ACTGACCAGA CAAATATAGT AAACAAGGAA GTGACAGTCA AAACATTTCA AACAAAGACT 
GTCATTCAGG AAATAACTAC AACTGTTACA AAAACTATCA AAACTGTAAA CCAAAGTGTT 
CAGCAAGAGT TTCATACTGC CAATCAGTCA TGTACCCAAA ATGTATTTAG AAAAGTACAA 
GGCATGCGGC CGCCAGTTCA ACAGCCCACT AAGAACTACC AAGGTGTAGT AGTCAGACAT 
GCCGCGCCAA TTATGGGCAC TAAAGTCAAA AATCCTGTGA CCCCTTTAAG ACCAACGAGA 
CCACCCGCTA CAGTTTCTAA TCAACTAGTA CCTGTCAGGC AAGGTACACC TATGAACGTA 
AGGCCTCATA CACCAAGGTT GCCTACAGTA AGAAGTAGTG CACCATCAAA CTTTACAAAA 
ACCTCAACTC CAGTTAAAAT GTCGCCTAAT GTCGTAAATA ATTCTACTAA AAAGAAACCA 
GTTACACAAG AAGCAAAAGG TCCATTTAGT TGTTTCAAAA AACCCAAACA ATCATTGATA 
CCCGTATCTG AATTCTCAGG CGTCAGCAGT GGAGAAGACG ACTCTATAAA CTTTGCTACG 
ACTACACGTG TGAATAAGTC TAATGTTATA AATATGGCAA AGACAATGAA AGGTAATACA 
ATTGTTAGTT CAACACAAAT GAAATCTGAA GTAAGTTCCT GTTCACAACA GCTAAGCAAG 
CTAAACAATG TGACAGGATT AAAAATAGTT AAGACTAGTC AAGTAAAACA AGTTTCTCAA 
ATGGAGGAAA AGCAAGACAT TAGTCCTACC AAGAGAAATA CACTGGAAGC CATAGAAAAA 
TTACAGAAGC AAGGATTGTT GGTTAAAAAG CCTCGTCTCG AAGCAAACGA AGAGAGCGGA 
TTTTCTGATG AGGATGACTG TGAGGGTGAC GGTGACGACC CCATGGAAGA GTACAACGAT 
TTCGATGACG ACTGA

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

LOC106137032 ( XM_013337772.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193226.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X6, mRNA.

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CloneID	OAm66676
Clone ID Related Accession (Same CDS sequence)	XM_013337772.1 , XM_013337771.1 , XM_013337770.1
Accession Version	XM_013337772.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3954bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

RefSeq	XP_013193226.1
CDS	179..4132
Translation	MLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337772.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X6, mRNA.

Target ORF information:

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

XM_013337772.1

ORF Insert Sequence:

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

LOC106137032 ( XM_013337771.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193225.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAm66676
Clone ID Related Accession (Same CDS sequence)	XM_013337772.1 , XM_013337771.1 , XM_013337770.1
Accession Version	XM_013337771.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3954bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

RefSeq	XP_013193225.1
CDS	105..4058
Translation	MLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337771.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X5, mRNA.

Target ORF information:

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

XM_013337771.1

ORF Insert Sequence:

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

LOC106137032 ( XM_013337770.1 ) cDNA ORF clone, Amyelois transitella -> XP_013193224.1 Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAm66676
Clone ID Related Accession (Same CDS sequence)	XM_013337772.1 , XM_013337771.1 , XM_013337770.1
Accession Version	XM_013337770.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3954bp) 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	2015-08-05
Organism	Amyelois transitella
Product	probable serine/threonine-protein kinase DDB_G0282963 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013535550.1) 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 :: Amyelois transitella 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##

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

RefSeq	XP_013193224.1
CDS	270..4223
Translation	MLYHNKFFHRQDTDLPSIGQSKKLKMAGQISLMIYYCPFCGQEYNNKVNLHKHMSDDHSDENQSPDDVLRCPLCDAIFYHLDAYEHHLSFHSIDDMYSEKNDMVESVTDFSLEAVPPVMERVENLEPEPNNTPDGDAMGLDDLLLMAMSNPVDEDNPKKSKKHKKHKKSKKAAITLDEFLNMNKDVFGEGIDFQGVEEVPSQVVAKRFKVKNKAASIPKTGTKMSRIELEKLRKQGIVIKMKGSSGKKPIPTRVKQMCKTNVIDLNTQNRSTSVNSSNEVLTKLINQSNNQIKIVRKPAPTLNETNSFDEKPSSPENIEVECDLIQRYTSSETEGEDKSDIKKISKEEISSGIEDDHLEKSSNKVDTANSDNPTFEPNHNSQIGDCNIKNNANQSTPDHDKNKDSNINNSLKSLKNVNQHLTVKPVITSVKTNCNPKHETLTNESFDNTVITKQSEPSEKETSEKGKDKPLNALKHLSHLITIKSVSQTTNDKLLSQIKRRNSFHEDDSLGDSKTNSDEDDSSLASRNELPSPTPEPKQTPVESITAFKKLNSNVTVKAMKSTIQPSQAQMPEFSDEEEKSINPPAKINLNNQHVMRSLSTIPQKIGIDPALSTKGRIKDTNVAAEDRTNIQSNVNLLRKLKNVTAKPINSQNAQINKFKSPMNRNRTETQVGNNEEGNKEIEIYNIDDSDSDNSEDTLPRDTMIKSDVSKNETNNINCNVLKKLSKHLTIKPTNQKSPQINVKSEPDQDEFSDYSQENSEKYAEKCKVTLNKTNEILKNTLKNLSKNVTVKSRNSSPNATVTTHNIKNQDYNGECKDDSENDIRPGQVKITEVDDEYNGPSDNDDFDEDFTDNPIVQSPHDSYSDDDIDFSQKSQEELDDIESKIHANTVSKIETSHNENSKNIGKGITIKSLSEKTSQSHSETVNTTKGNATMPANLSKELSIKPFKQGNTCDNVSQHPVKLNPQTTNKINRSTGQIARCKSQLSNQTTSSTDQTNIVNKEVTVKTFQTKTVIQEITTTVTKTIKTVNQSVQQEFHTANQSCTQNVFRKVQGMRPPVQQPTKNYQGVVVRHAAPIMGTKVKNPVTPLRPTRPPATVSNQLVPVRQGTPMNVRPHTPRLPTVRSSAPSNFTKTSTPVKMSPNVVNNSTKKKPVTQEAKGPFSCFKKPKQSLIPVSEFSGVSSGEDDSINFATTTRVNKSNVINMAKTMKGNTIVSSTQMKSEVSSCSQQLSKLNNVTGLKIVKTSQVKQVSQMEEKQDISPTKRNTLEAIEKLQKQGLLVKKPRLEANEESGFSDEDDCEGDGDDPMEEYNDFDDD

Target ORF information:

RefSeq Version	XM_013337770.1
Organism	Amyelois transitella
Definition	Amyelois transitella probable serine/threonine-protein kinase DDB_G0282963 (LOC106137032), transcript variant X4, mRNA.

Target ORF information:

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

XM_013337770.1

ORF Insert Sequence:

ATGTTGTACC ATAATAAATT CTTTCATAGG CAAGATACTG ATCTGCCATC TATAGGGCAG 
TCAAAGAAAT TGAAAATGGC TGGACAGATC TCATTGATGA TATATTATTG TCCCTTTTGT 
GGTCAGGAGT ATAACAACAA AGTCAATTTA CATAAACACA TGAGTGACGA CCATAGTGAC 
GAAAACCAAA GTCCTGATGA TGTGCTGCGA TGTCCACTCT GTGATGCTAT ATTTTATCAT 
CTTGATGCTT ATGAACACCA TCTGTCTTTT CACAGTATTG ATGACATGTA CAGTGAAAAG 
AATGACATGG TAGAAAGTGT GACAGATTTT TCTCTTGAAG CTGTTCCACC TGTAATGGAG 
AGAGTTGAGA ATCTGGAACC CGAACCTAAC AACACACCTG ATGGCGATGC TATGGGTCTG 
GACGATTTGT TGCTAATGGC GATGAGCAAC CCTGTGGATG AAGATAATCC AAAAAAGTCT 
AAAAAGCATA AGAAACACAA GAAATCTAAA AAAGCTGCAA TTACATTAGA TGAGTTTCTA 
AATATGAATA AAGATGTTTT TGGTGAAGGT ATAGACTTTC AAGGAGTAGA AGAAGTGCCA 
TCACAAGTAG TAGCAAAGAG GTTTAAAGTA AAAAATAAAG CAGCATCAAT ACCCAAAACT 
GGAACCAAAA TGTCTCGTAT TGAACTGGAA AAATTGCGTA AACAGGGAAT TGTAATTAAA 
ATGAAAGGTT CTTCTGGGAA GAAACCAATA CCAACTAGAG TTAAACAAAT GTGTAAAACA 
AATGTCATTG ACTTGAACAC GCAAAACCGG TCTACTTCTG TTAATTCATC CAATGAAGTA 
TTAACCAAGC TGATTAATCA AAGTAATAAT CAAATAAAAA TAGTAAGAAA GCCTGCACCC 
ACACTAAACG AGACAAATAG CTTTGATGAA AAACCTTCAT CTCCTGAAAA CATAGAAGTT 
GAATGTGATT TAATACAAAG ATACACATCT TCCGAAACAG AAGGTGAAGA CAAATCTGAT 
ATCAAAAAAA TATCTAAAGA GGAAATAAGC TCTGGCATTG AAGACGACCA TTTAGAAAAA 
TCATCAAATA AAGTTGATAC TGCCAACTCT GATAACCCTA CTTTTGAACC TAATCATAAT 
TCGCAGATTG GTGATTGTAA CATCAAGAAT AATGCTAATC AAAGTACTCC CGATCATGAC 
AAAAATAAAG ATAGTAATAT TAATAACTCT CTGAAGTCTT TGAAAAATGT TAACCAGCAC 
CTAACTGTCA AACCTGTGAT TACTTCAGTA AAAACCAACT GCAATCCTAA ACATGAAACA 
TTAACAAATG AGAGTTTTGA CAACACGGTC ATAACGAAAC AAAGCGAACC TTCCGAAAAA 
GAAACTTCAG AAAAAGGTAA AGACAAACCT CTAAATGCAT TAAAACATTT GAGTCATCTT 
ATTACAATTA AATCAGTATC ACAGACTACA AATGATAAGC TGCTATCACA GATAAAAAGA 
AGAAATTCTT TTCATGAAGA TGACTCTCTT GGGGATTCTA AAACGAATTC CGACGAAGAC 
GATTCGTCTT TAGCGTCACG TAATGAACTA CCTTCACCGA CGCCAGAACC AAAACAAACG 
CCCGTGGAAT CAATAACTGC TTTCAAGAAA TTAAACAGCA ATGTCACTGT AAAAGCAATG 
AAGAGTACAA TTCAGCCCTC TCAGGCACAA ATGCCAGAAT TCTCAGACGA AGAAGAAAAA 
AGCATTAATC CACCAGCAAA AATAAATTTG AACAATCAAC ATGTCATGAG GTCTTTGTCT 
ACAATACCAC AAAAAATTGG AATAGATCCA GCCTTATCAA CTAAAGGCAG AATAAAAGAT 
ACTAATGTTG CTGCTGAAGA CAGAACAAAT ATTCAATCAA ATGTTAATCT TTTAAGAAAA 
CTTAAAAATG TTACTGCTAA ACCAATAAAT TCCCAAAATG CTCAAATAAA TAAATTTAAG 
TCACCAATGA ACCGAAATAG AACAGAAACA CAGGTTGGAA ACAATGAAGA AGGAAATAAA 
GAAATTGAAA TTTATAATAT TGATGACTCT GACAGTGATA ATTCTGAAGA CACTTTACCA 
AGAGACACAA TGATCAAATC AGATGTTTCT AAGAATGAAA CTAATAACAT TAATTGTAAT 
GTATTAAAAA AATTGAGTAA ACATTTAACC ATAAAGCCAA CTAATCAAAA ATCTCCACAA 
ATTAATGTTA AATCAGAACC TGATCAAGAC GAATTTTCAG ATTATTCTCA AGAAAATTCC 
GAAAAATATG CAGAAAAATG CAAAGTAACT TTAAATAAAA CAAACGAAAT TCTTAAAAAT 
ACGCTAAAGA ACTTAAGTAA AAATGTTACA GTAAAGTCAA GAAACTCTTC CCCAAATGCG 
ACAGTTACAA CCCATAACAT CAAAAACCAA GATTATAATG GCGAATGTAA AGACGACAGC 
GAAAACGACA TTCGTCCAGG TCAAGTCAAA ATCACTGAAG TTGACGATGA ATACAATGGT 
CCAAGTGATA ATGACGATTT TGACGAAGAT TTTACTGACA ATCCAATAGT TCAATCACCT 
CACGATTCAT ACAGTGATGA TGATATTGAT TTTTCTCAAA AATCCCAGGA AGAGTTGGAT 
GATATTGAAA GCAAAATACA TGCCAATACA GTCAGTAAAA TCGAAACCAG TCATAATGAA 
AATTCAAAAA ATATTGGTAA AGGTATTACC ATCAAATCGC TAAGCGAGAA AACGTCTCAG 
TCGCATTCAG AGACAGTTAA TACAACAAAA GGAAATGCAA CTATGCCTGC CAATCTTAGC 
AAAGAACTAT CAATAAAACC ATTCAAACAG GGTAATACAT GTGACAATGT GAGCCAACAC 
CCCGTTAAAC TGAACCCACA AACAACAAAC AAAATCAACA GATCAACAGG ACAAATAGCC 
CGTTGTAAAA GTCAATTATC GAACCAAACC ACATCGTCAA CTGACCAGAC AAATATAGTA 
AACAAGGAAG TGACAGTCAA AACATTTCAA ACAAAGACTG TCATTCAGGA AATAACTACA 
ACTGTTACAA AAACTATCAA AACTGTAAAC CAAAGTGTTC AGCAAGAGTT TCATACTGCC 
AATCAGTCAT GTACCCAAAA TGTATTTAGA AAAGTACAAG GCATGCGGCC GCCAGTTCAA 
CAGCCCACTA AGAACTACCA AGGTGTAGTA GTCAGACATG CCGCGCCAAT TATGGGCACT 
AAAGTCAAAA ATCCTGTGAC CCCTTTAAGA CCAACGAGAC CACCCGCTAC AGTTTCTAAT 
CAACTAGTAC CTGTCAGGCA AGGTACACCT ATGAACGTAA GGCCTCATAC ACCAAGGTTG 
CCTACAGTAA GAAGTAGTGC ACCATCAAAC TTTACAAAAA CCTCAACTCC AGTTAAAATG 
TCGCCTAATG TCGTAAATAA TTCTACTAAA AAGAAACCAG TTACACAAGA AGCAAAAGGT 
CCATTTAGTT GTTTCAAAAA ACCCAAACAA TCATTGATAC CCGTATCTGA ATTCTCAGGC 
GTCAGCAGTG GAGAAGACGA CTCTATAAAC TTTGCTACGA CTACACGTGT GAATAAGTCT 
AATGTTATAA ATATGGCAAA GACAATGAAA GGTAATACAA TTGTTAGTTC AACACAAATG 
AAATCTGAAG TAAGTTCCTG TTCACAACAG CTAAGCAAGC TAAACAATGT GACAGGATTA 
AAAATAGTTA AGACTAGTCA AGTAAAACAA GTTTCTCAAA TGGAGGAAAA GCAAGACATT 
AGTCCTACCA AGAGAAATAC ACTGGAAGCC ATAGAAAAAT TACAGAAGCA AGGATTGTTG 
GTTAAAAAGC CTCGTCTCGA AGCAAACGAA GAGAGCGGAT TTTCTGATGA GGATGACTGT 
GAGGGTGACG GTGACGACCC CATGGAAGAG TACAACGATT TCGATGACGA CTGA

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

PubMed

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03-6811-6572

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オンライン注文

LOC106137032 cDNA ORF clone, Amyelois transitella

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム