LOC18447142 cDNA ORF clone, Amborella trichopoda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC18447142
Entrez Gene ID	18447142
Full Name	lysine-specific demethylase JMJ18
Gene Type	protein-coding
Organism	Amborella trichopoda

mRNA and Protein(s)

mRNA	Protein	Name
XM_020675368.1	XP_020531027.1	lysine-specific demethylase JMJ18
XM_006857244.3	XP_006857306.3	lysine-specific demethylase JMJ18

Pathways from BioSystems
Gene Ontology

The following LOC18447142 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC18447142 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
OAm32345	XM_020675368.1 Latest version!	Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAm32345	XM_006857244.3 Latest version!	Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X1, 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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5 or more Clone	50% OFF
All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC18447142 ( XM_020675368.1 ) cDNA ORF clone, Amborella trichopoda -> XP_020531027.1 Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAm32345
Clone ID Related Accession (Same CDS sequence)	XM_020675368.1 , XM_006857244.3
Accession Version	XM_020675368.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3828bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-04-03
Organism	Amborella trichopoda
Product	lysine-specific demethylase JMJ18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006500337.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Amborella trichopoda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGGACAG TGTACACGGG AACTTTGTCT AGTGATGGAA AATCTCAGAG ACCTTCATCG 
TCGTGTACTT CGTTTACTTT GAAGAGGATC CATGATCCAA TGAGTTCGGT GCAATCGATG 
GATGCTTCTG CGTTACCACA GATACATATG GATGGTCAAA GCTGTGCTGA TGATGATATT 
GACATTTCAA GGTCCCTTAG GCGCAGAACC TCGGTAAATT ATGGGATGTT TGATGGGAGC 
TCAGGGGAAG AATCAGACAC CGAGGAATTT ATTAAGGTAC AATCTTCGCA AAGGTGTTTG 
CCGAAAGGGG TTACTCGAGG ATGCATAAAC TGCACTGACT GCCAAAAGGT ATCTGCTAGA 
TGGCGTCCAG AAGAGGCACT AAGACCTATA ATCGATGATG CTCCTGTTTT CTACCCAAGT 
GAAGAGGAGT TTCAGGATAC TGTTGCATAC ATTGCAAGCA TACGTGAGAA GGCAGAAAGA 
TATGGCATTT GCCGTATCGT TCCTCCTCCT TCATGGAAAC CTCCCTGTCC CTTGAAAGAG 
AAGAACCTGT GGGAAAATTC TAAATTTGTC ACTCGAGTCC AACGAATAGA CAAGCTTCAA 
AACCGTGAAC CTATGAAAAA AAGCCATATG AATTGTGGCA AGAGGAAACG TGGGAGAAGT 
TCGAAAATGG GGATGACCTT TGGGCCTAAC AATTCAGACA CATCGGCTGA CCAACAACAT 
GGATTTGGTG ATGAGGGTAG ATTTGGGTTT GAACCAGGTC CAGGCTTTAC TCTGGATGCT 
TTTCAAAAGT ATGCTACTGA TTTCAAGAAG CAGTACTTTG GTATCCAAAA TGGAGCTACA 
AATACAAGCC CTGGAGAGAG CGAACTTCAA AAGAGTTGGG AACCTTCAAT GGAAAATATT 
GAAGGTGAAT ATTGGAGGAT GGTTGAGAAA CCAACTGAAG AGATTGAGGT GCTCTATGGG 
GCTGATATAG AAACTGAAGT TTTCGGAAGT GGATTTCCAA AGGCATCCTT GGCAACAGCA 
GATGCCGAAT CTTGTCAATA TGTGCAGTCA GGCTGGAACT TAAATAATTT CCCAAGGCTT 
TCGGGTTCTG TGCTCTCTTT TGAGAAGGAT GATATTTCTG GTGTTTTAGT GCCTTGGTTA 
TATGTAGGAA TGTGCTTTTC ATCATTTTGC TGGCATGTTG AAGATCACCA CTTCTATTCG 
TTGAACTATA TGCATTGGGG TGCTCCAAAA TTGTGGTATG GGGTCCCAGG AAATAGTGCC 
TTGCAGCTGG AGAAAGCCAT GACGAAGCAT TTACCACATT TATTTGAGGA ACAACCCGAC 
TTACTTCATA AACTTGTCAC TCAATTGTCG CCTTCAATTT TGAAATCTGA GGGTGTTCCG 
GTTTATCGCT GTGTTCAACA TGCTAGGGAG TTTGTCCTCA CCTTTCCTCG AGCATATCAT 
GCAGGGTTCA ATAGTGGTTT CAATTGTGCA GAGGCTGTAA ATGTGGCCCC AGTTGATTGG 
TTGCCTCATG GGCAGAATGC GGTTGAGCTT TATTGTGAGC AACACAGGAA GACATCAGTG 
TCCCATGACA AGCTGTTGTT GGGGGCAGCG AGAGAAGCTG TTAGGGCACA TTGGGAACTT 
CAATTGTTAA GAAAAAACTC ATTGGACAAC TTGAAATGGA AAAGTGTTTG TGGAAAGGAT 
GGAATATTAA CCAACGCCCT TAAGGATCGT GTTGAGTTGG AACGTGTAAG GAGGGAATAT 
CTTTGCAATA CTTCACAAGG GAAGAAGATG GATGCCAACT TTGATGAGAC AACCGAGCGA 
GAATGCTTTA CTTGCTTTTA TGATCTGCAT CTCTCTGCCG CAGGATGTGA ATGTTCTCCA 
GAACGTTTTG CATGCTTGAA TCACGCAAAG CAACTATGCC AATGCCCTTG GGATAAGAAA 
TTCTTCCTCT TCCGCTATGA AATGAATGAG TTAGGAATAC TTGTGGATGC CTTAGTAGGG 
AAATTAAGTT CTATATACAG ATGGGCAAAC ATGGATCTTG GCCTGTCCTT GAGCTCCTAT 
GTAAATAAAG ATGTCGAACC TCAAAAATCT AAACCGCAAA CTACTTCAGA AGAAGCACAA 
CATAAAGATG TATTGATCGT GAAAGATGAA AATTCTCTTT GTTCCCGTGG TAAGGGAGAA 
ATTCCTGAAA TAAAGAATGG ACCATTGGTT TCAAGCTTGA GCTTACAAGA ATCGAATACA 
TCCTCTTCAC CTCTAAGAGC AGGAGTAGAG AATCAAAACT CCAAGTCCGT AGAAAAGTGC 
TCAGGTGCAG ATCAATCCTA TGCAGAAGCC CCAGTTTGTG GGCCTTTACA GGAAAACTTA 
TCACAACCGG TTGTGATGCG AAGCAATCTA GAGAACCCAG TTAGTAATGA AATAATGGTA 
AACAAAACTT CGTTCTCTAG GAAAGTTGAT CTTATACTTA TTGATGATGA GGGAGGAAGT 
GAAGAGCAAG ATAGCTCACA TATGGACTCA AAGAAGGTCC CCCCACCAAT GAAGGTTGCA 
GAGCATTCTG AAAGGTTGAT GCATTGTGAC AATACTGTAG GTTCTACTGA TTTTAAATGC 
AACCTAGTTG CTTATTCACC AGGAACTAAT GCGTGCCCTA TGATCAAAGA GGAAGTTGAA 
TGGCTATATA CTTGTATGCA AAAGCTGAAT GGTTTATCAC ATCGAAAGAA CATGGATTTT 
GGAGGCCAAA TAAAAGATGG AATGTACAGG GAGAATGATT GTATGAAACC CAATCATAGT 
TACTCGTCTT TCCCACAGAA ACTTGGCAGT GATCAAATTT CCTTTCAGTT TCCTCCTGAA 
AAGGATGCAG ATGGATTTTC ACCCATTAGA GAACCCAATT ATAATTATAA AGTTGGCATG 
GGCGTTGGTG AAACATGCCC CCATATTCAG CCACCATATG TCTTTGCAAA ATCAAATGAA 
GTCGGTAAAC GTGAAGGTAC GGCGTATAAC ATGTGTTCGA GACCTACAGA TAATGGACCA 
AAGGCGCAAT CTTCTGTTGG GCCAATCCCA TCCTGTGTGA TGGACGATTC AACAAGAAGT 
TCTGGCCAAA AGGGTCCTCG CATAGCTAAA GTGTTGAGGA GGAGCAATTA CAACATTGAG 
CATTTGGATT ATGGAGTTGT GCTACCTGGA GATTTATGGT GTTCTAGCCA AGCTATATTT 
CCTAATGGAT TTAAAAGCCG AGTTAGATTT TTAAGTGTGT TGGATCCAAC AGAAACGTGC 
TACTATGTTT CAGAAATTCT GGATGCGGGA ACTGATGGGC CTTTATTTAG GGTTACAGTT 
GAGCACTGTC CAAGTGAGGC TTTCATACAT ACATCTCCTG GAAAATGCTG GGACATGGTG 
ATAGAAAGAC TGAATCAAGA GATTATGAAG CATAGAACCC TTGGGAAGAC AAACCTCCCC 
CATTTACATC CTCCTATAAA TGGACTAGAC ATGTTTGGCC TCTCCTTTCC AGCCATTGTT 
GAGGCCATAG AGGCACTTGA CTATGATCGT GTGTCCAAAG CGTACTGGCG TTCAAGGTTA 
CATAGGGACC AAGTTCCGGA AAGAGTAAAA GTCCCTGCCG TAGCTCCTAA ACATTTAACC 
CCAATCTTAA ACTACGAACC AAAGAAAGCA GTTAGGATTG ATGTCAATAA CCAAGGAGGC 
CTTAACCAGC CCTCAATGGA TCCTGTTGAA ATCATTTGTA GTAACTTGTT CAAGAAAGCC 
AACATGGAAG AACTACAGAT GATGAAAAGC GTGCTTGCCA GCGAATTTCG AAGCCCGAAA 
TGGAAGACTG CCTTTTTAGC TCTTATGAAA GAGATGAAGA GAAGATAG

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

RefSeq	XP_020531027.1
CDS	779..4606
Translation	MGTVYTGTLSSDGKSQRPSSSCTSFTLKRIHDPMSSVQSMDASALPQIHMDGQSCADDDIDISRSLRRRTSVNYGMFDGSSGEESDTEEFIKVQSSQRCLPKGVTRGCINCTDCQKVSARWRPEEALRPIIDDAPVFYPSEEEFQDTVAYIASIREKAERYGICRIVPPPSWKPPCPLKEKNLWENSKFVTRVQRIDKLQNREPMKKSHMNCGKRKRGRSSKMGMTFGPNNSDTSADQQHGFGDEGRFGFEPGPGFTLDAFQKYATDFKKQYFGIQNGATNTSPGESELQKSWEPSMENIEGEYWRMVEKPTEEIEVLYGADIETEVFGSGFPKASLATADAESCQYVQSGWNLNNFPRLSGSVLSFEKDDISGVLVPWLYVGMCFSSFCWHVEDHHFYSLNYMHWGAPKLWYGVPGNSALQLEKAMTKHLPHLFEEQPDLLHKLVTQLSPSILKSEGVPVYRCVQHAREFVLTFPRAYHAGFNSGFNCAEAVNVAPVDWLPHGQNAVELYCEQHRKTSVSHDKLLLGAAREAVRAHWELQLLRKNSLDNLKWKSVCGKDGILTNALKDRVELERVRREYLCNTSQGKKMDANFDETTERECFTCFYDLHLSAAGCECSPERFACLNHAKQLCQCPWDKKFFLFRYEMNELGILVDALVGKLSSIYRWANMDLGLSLSSYVNKDVEPQKSKPQTTSEEAQHKDVLIVKDENSLCSRGKGEIPEIKNGPLVSSLSLQESNTSSSPLRAGVENQNSKSVEKCSGADQSYAEAPVCGPLQENLSQPVVMRSNLENPVSNEIMVNKTSFSRKVDLILIDDEGGSEEQDSSHMDSKKVPPPMKVAEHSERLMHCDNTVGSTDFKCNLVAYSPGTNACPMIKEEVEWLYTCMQKLNGLSHRKNMDFGGQIKDGMYRENDCMKPNHSYSSFPQKLGSDQISFQFPPEKDADGFSPIREPNYNYKVGMGVGETCPHIQPPYVFAKSNEVGKREGTAYNMCSRPTDNGPKAQSSVGPIPSCVMDDSTRSSGQKGPRIAKVLRRSNYNIEHLDYGVVLPGDLWCSSQAIFPNGFKSRVRFLSVLDPTETCYYVSEILDAGTDGPLFRVTVEHCPSEAFIHTSPGKCWDMVIERLNQEIMKHRTLGKTNLPHLHPPINGLDMFGLSFPAIVEAIEALDYDRVSKAYWRSRLHRDQVPERVKVPAVAPKHLTPILNYEPKKAVRIDVNNQGGLNQPSMDPVEIICSNLFKKANMEELQMMKSVLASEFRSPKWKTAFLALMKEMKRR

Target ORF information:

RefSeq Version	XM_020675368.1
Organism	Amborella trichopoda
Definition	Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X2, mRNA.

Target ORF information:

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

XM_020675368.1

ORF Insert Sequence:

ATGGGGACAG TGTACACGGG AACTTTGTCT AGTGATGGAA AATCTCAGAG ACCTTCATCG 
TCGTGTACTT CGTTTACTTT GAAGAGGATC CATGATCCAA TGAGTTCGGT GCAATCGATG 
GATGCTTCTG CGTTACCACA GATACATATG GATGGTCAAA GCTGTGCTGA TGATGATATT 
GACATTTCAA GGTCCCTTAG GCGCAGAACC TCGGTAAATT ATGGGATGTT TGATGGGAGC 
TCAGGGGAAG AATCAGACAC CGAGGAATTT ATTAAGGTAC AATCTTCGCA AAGGTGTTTG 
CCGAAAGGGG TTACTCGAGG ATGCATAAAC TGCACTGACT GCCAAAAGGT ATCTGCTAGA 
TGGCGTCCAG AAGAGGCACT AAGACCTATA ATCGATGATG CTCCTGTTTT CTACCCAAGT 
GAAGAGGAGT TTCAGGATAC TGTTGCATAC ATTGCAAGCA TACGTGAGAA GGCAGAAAGA 
TATGGCATTT GCCGTATCGT TCCTCCTCCT TCATGGAAAC CTCCCTGTCC CTTGAAAGAG 
AAGAACCTGT GGGAAAATTC TAAATTTGTC ACTCGAGTCC AACGAATAGA CAAGCTTCAA 
AACCGTGAAC CTATGAAAAA AAGCCATATG AATTGTGGCA AGAGGAAACG TGGGAGAAGT 
TCGAAAATGG GGATGACCTT TGGGCCTAAC AATTCAGACA CATCGGCTGA CCAACAACAT 
GGATTTGGTG ATGAGGGTAG ATTTGGGTTT GAACCAGGTC CAGGCTTTAC TCTGGATGCT 
TTTCAAAAGT ATGCTACTGA TTTCAAGAAG CAGTACTTTG GTATCCAAAA TGGAGCTACA 
AATACAAGCC CTGGAGAGAG CGAACTTCAA AAGAGTTGGG AACCTTCAAT GGAAAATATT 
GAAGGTGAAT ATTGGAGGAT GGTTGAGAAA CCAACTGAAG AGATTGAGGT GCTCTATGGG 
GCTGATATAG AAACTGAAGT TTTCGGAAGT GGATTTCCAA AGGCATCCTT GGCAACAGCA 
GATGCCGAAT CTTGTCAATA TGTGCAGTCA GGCTGGAACT TAAATAATTT CCCAAGGCTT 
TCGGGTTCTG TGCTCTCTTT TGAGAAGGAT GATATTTCTG GTGTTTTAGT GCCTTGGTTA 
TATGTAGGAA TGTGCTTTTC ATCATTTTGC TGGCATGTTG AAGATCACCA CTTCTATTCG 
TTGAACTATA TGCATTGGGG TGCTCCAAAA TTGTGGTATG GGGTCCCAGG AAATAGTGCC 
TTGCAGCTGG AGAAAGCCAT GACGAAGCAT TTACCACATT TATTTGAGGA ACAACCCGAC 
TTACTTCATA AACTTGTCAC TCAATTGTCG CCTTCAATTT TGAAATCTGA GGGTGTTCCG 
GTTTATCGCT GTGTTCAACA TGCTAGGGAG TTTGTCCTCA CCTTTCCTCG AGCATATCAT 
GCAGGGTTCA ATAGTGGTTT CAATTGTGCA GAGGCTGTAA ATGTGGCCCC AGTTGATTGG 
TTGCCTCATG GGCAGAATGC GGTTGAGCTT TATTGTGAGC AACACAGGAA GACATCAGTG 
TCCCATGACA AGCTGTTGTT GGGGGCAGCG AGAGAAGCTG TTAGGGCACA TTGGGAACTT 
CAATTGTTAA GAAAAAACTC ATTGGACAAC TTGAAATGGA AAAGTGTTTG TGGAAAGGAT 
GGAATATTAA CCAACGCCCT TAAGGATCGT GTTGAGTTGG AACGTGTAAG GAGGGAATAT 
CTTTGCAATA CTTCACAAGG GAAGAAGATG GATGCCAACT TTGATGAGAC AACCGAGCGA 
GAATGCTTTA CTTGCTTTTA TGATCTGCAT CTCTCTGCCG CAGGATGTGA ATGTTCTCCA 
GAACGTTTTG CATGCTTGAA TCACGCAAAG CAACTATGCC AATGCCCTTG GGATAAGAAA 
TTCTTCCTCT TCCGCTATGA AATGAATGAG TTAGGAATAC TTGTGGATGC CTTAGTAGGG 
AAATTAAGTT CTATATACAG ATGGGCAAAC ATGGATCTTG GCCTGTCCTT GAGCTCCTAT 
GTAAATAAAG ATGTCGAACC TCAAAAATCT AAACCGCAAA CTACTTCAGA AGAAGCACAA 
CATAAAGATG TATTGATCGT GAAAGATGAA AATTCTCTTT GTTCCCGTGG TAAGGGAGAA 
ATTCCTGAAA TAAAGAATGG ACCATTGGTT TCAAGCTTGA GCTTACAAGA ATCGAATACA 
TCCTCTTCAC CTCTAAGAGC AGGAGTAGAG AATCAAAACT CCAAGTCCGT AGAAAAGTGC 
TCAGGTGCAG ATCAATCCTA TGCAGAAGCC CCAGTTTGTG GGCCTTTACA GGAAAACTTA 
TCACAACCGG TTGTGATGCG AAGCAATCTA GAGAACCCAG TTAGTAATGA AATAATGGTA 
AACAAAACTT CGTTCTCTAG GAAAGTTGAT CTTATACTTA TTGATGATGA GGGAGGAAGT 
GAAGAGCAAG ATAGCTCACA TATGGACTCA AAGAAGGTCC CCCCACCAAT GAAGGTTGCA 
GAGCATTCTG AAAGGTTGAT GCATTGTGAC AATACTGTAG GTTCTACTGA TTTTAAATGC 
AACCTAGTTG CTTATTCACC AGGAACTAAT GCGTGCCCTA TGATCAAAGA GGAAGTTGAA 
TGGCTATATA CTTGTATGCA AAAGCTGAAT GGTTTATCAC ATCGAAAGAA CATGGATTTT 
GGAGGCCAAA TAAAAGATGG AATGTACAGG GAGAATGATT GTATGAAACC CAATCATAGT 
TACTCGTCTT TCCCACAGAA ACTTGGCAGT GATCAAATTT CCTTTCAGTT TCCTCCTGAA 
AAGGATGCAG ATGGATTTTC ACCCATTAGA GAACCCAATT ATAATTATAA AGTTGGCATG 
GGCGTTGGTG AAACATGCCC CCATATTCAG CCACCATATG TCTTTGCAAA ATCAAATGAA 
GTCGGTAAAC GTGAAGGTAC GGCGTATAAC ATGTGTTCGA GACCTACAGA TAATGGACCA 
AAGGCGCAAT CTTCTGTTGG GCCAATCCCA TCCTGTGTGA TGGACGATTC AACAAGAAGT 
TCTGGCCAAA AGGGTCCTCG CATAGCTAAA GTGTTGAGGA GGAGCAATTA CAACATTGAG 
CATTTGGATT ATGGAGTTGT GCTACCTGGA GATTTATGGT GTTCTAGCCA AGCTATATTT 
CCTAATGGAT TTAAAAGCCG AGTTAGATTT TTAAGTGTGT TGGATCCAAC AGAAACGTGC 
TACTATGTTT CAGAAATTCT GGATGCGGGA ACTGATGGGC CTTTATTTAG GGTTACAGTT 
GAGCACTGTC CAAGTGAGGC TTTCATACAT ACATCTCCTG GAAAATGCTG GGACATGGTG 
ATAGAAAGAC TGAATCAAGA GATTATGAAG CATAGAACCC TTGGGAAGAC AAACCTCCCC 
CATTTACATC CTCCTATAAA TGGACTAGAC ATGTTTGGCC TCTCCTTTCC AGCCATTGTT 
GAGGCCATAG AGGCACTTGA CTATGATCGT GTGTCCAAAG CGTACTGGCG TTCAAGGTTA 
CATAGGGACC AAGTTCCGGA AAGAGTAAAA GTCCCTGCCG TAGCTCCTAA ACATTTAACC 
CCAATCTTAA ACTACGAACC AAAGAAAGCA GTTAGGATTG ATGTCAATAA CCAAGGAGGC 
CTTAACCAGC CCTCAATGGA TCCTGTTGAA ATCATTTGTA GTAACTTGTT CAAGAAAGCC 
AACATGGAAG AACTACAGAT GATGAAAAGC GTGCTTGCCA GCGAATTTCG AAGCCCGAAA 
TGGAAGACTG CCTTTTTAGC TCTTATGAAA GAGATGAAGA GAAGATAG

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

LOC18447142 ( XM_006857244.3 ) cDNA ORF clone, Amborella trichopoda -> XP_006857306.3 Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAm32345
Clone ID Related Accession (Same CDS sequence)	XM_020675368.1 , XM_006857244.3
Accession Version	XM_006857244.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3828bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-04-03
Organism	Amborella trichopoda
Product	lysine-specific demethylase JMJ18
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006500337.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 4, 2017 this sequence version replaced XM_006857244.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Amborella trichopoda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGGACAG TGTACACGGG AACTTTGTCT AGTGATGGAA AATCTCAGAG ACCTTCATCG 
TCGTGTACTT CGTTTACTTT GAAGAGGATC CATGATCCAA TGAGTTCGGT GCAATCGATG 
GATGCTTCTG CGTTACCACA GATACATATG GATGGTCAAA GCTGTGCTGA TGATGATATT 
GACATTTCAA GGTCCCTTAG GCGCAGAACC TCGGTAAATT ATGGGATGTT TGATGGGAGC 
TCAGGGGAAG AATCAGACAC CGAGGAATTT ATTAAGGTAC AATCTTCGCA AAGGTGTTTG 
CCGAAAGGGG TTACTCGAGG ATGCATAAAC TGCACTGACT GCCAAAAGGT ATCTGCTAGA 
TGGCGTCCAG AAGAGGCACT AAGACCTATA ATCGATGATG CTCCTGTTTT CTACCCAAGT 
GAAGAGGAGT TTCAGGATAC TGTTGCATAC ATTGCAAGCA TACGTGAGAA GGCAGAAAGA 
TATGGCATTT GCCGTATCGT TCCTCCTCCT TCATGGAAAC CTCCCTGTCC CTTGAAAGAG 
AAGAACCTGT GGGAAAATTC TAAATTTGTC ACTCGAGTCC AACGAATAGA CAAGCTTCAA 
AACCGTGAAC CTATGAAAAA AAGCCATATG AATTGTGGCA AGAGGAAACG TGGGAGAAGT 
TCGAAAATGG GGATGACCTT TGGGCCTAAC AATTCAGACA CATCGGCTGA CCAACAACAT 
GGATTTGGTG ATGAGGGTAG ATTTGGGTTT GAACCAGGTC CAGGCTTTAC TCTGGATGCT 
TTTCAAAAGT ATGCTACTGA TTTCAAGAAG CAGTACTTTG GTATCCAAAA TGGAGCTACA 
AATACAAGCC CTGGAGAGAG CGAACTTCAA AAGAGTTGGG AACCTTCAAT GGAAAATATT 
GAAGGTGAAT ATTGGAGGAT GGTTGAGAAA CCAACTGAAG AGATTGAGGT GCTCTATGGG 
GCTGATATAG AAACTGAAGT TTTCGGAAGT GGATTTCCAA AGGCATCCTT GGCAACAGCA 
GATGCCGAAT CTTGTCAATA TGTGCAGTCA GGCTGGAACT TAAATAATTT CCCAAGGCTT 
TCGGGTTCTG TGCTCTCTTT TGAGAAGGAT GATATTTCTG GTGTTTTAGT GCCTTGGTTA 
TATGTAGGAA TGTGCTTTTC ATCATTTTGC TGGCATGTTG AAGATCACCA CTTCTATTCG 
TTGAACTATA TGCATTGGGG TGCTCCAAAA TTGTGGTATG GGGTCCCAGG AAATAGTGCC 
TTGCAGCTGG AGAAAGCCAT GACGAAGCAT TTACCACATT TATTTGAGGA ACAACCCGAC 
TTACTTCATA AACTTGTCAC TCAATTGTCG CCTTCAATTT TGAAATCTGA GGGTGTTCCG 
GTTTATCGCT GTGTTCAACA TGCTAGGGAG TTTGTCCTCA CCTTTCCTCG AGCATATCAT 
GCAGGGTTCA ATAGTGGTTT CAATTGTGCA GAGGCTGTAA ATGTGGCCCC AGTTGATTGG 
TTGCCTCATG GGCAGAATGC GGTTGAGCTT TATTGTGAGC AACACAGGAA GACATCAGTG 
TCCCATGACA AGCTGTTGTT GGGGGCAGCG AGAGAAGCTG TTAGGGCACA TTGGGAACTT 
CAATTGTTAA GAAAAAACTC ATTGGACAAC TTGAAATGGA AAAGTGTTTG TGGAAAGGAT 
GGAATATTAA CCAACGCCCT TAAGGATCGT GTTGAGTTGG AACGTGTAAG GAGGGAATAT 
CTTTGCAATA CTTCACAAGG GAAGAAGATG GATGCCAACT TTGATGAGAC AACCGAGCGA 
GAATGCTTTA CTTGCTTTTA TGATCTGCAT CTCTCTGCCG CAGGATGTGA ATGTTCTCCA 
GAACGTTTTG CATGCTTGAA TCACGCAAAG CAACTATGCC AATGCCCTTG GGATAAGAAA 
TTCTTCCTCT TCCGCTATGA AATGAATGAG TTAGGAATAC TTGTGGATGC CTTAGTAGGG 
AAATTAAGTT CTATATACAG ATGGGCAAAC ATGGATCTTG GCCTGTCCTT GAGCTCCTAT 
GTAAATAAAG ATGTCGAACC TCAAAAATCT AAACCGCAAA CTACTTCAGA AGAAGCACAA 
CATAAAGATG TATTGATCGT GAAAGATGAA AATTCTCTTT GTTCCCGTGG TAAGGGAGAA 
ATTCCTGAAA TAAAGAATGG ACCATTGGTT TCAAGCTTGA GCTTACAAGA ATCGAATACA 
TCCTCTTCAC CTCTAAGAGC AGGAGTAGAG AATCAAAACT CCAAGTCCGT AGAAAAGTGC 
TCAGGTGCAG ATCAATCCTA TGCAGAAGCC CCAGTTTGTG GGCCTTTACA GGAAAACTTA 
TCACAACCGG TTGTGATGCG AAGCAATCTA GAGAACCCAG TTAGTAATGA AATAATGGTA 
AACAAAACTT CGTTCTCTAG GAAAGTTGAT CTTATACTTA TTGATGATGA GGGAGGAAGT 
GAAGAGCAAG ATAGCTCACA TATGGACTCA AAGAAGGTCC CCCCACCAAT GAAGGTTGCA 
GAGCATTCTG AAAGGTTGAT GCATTGTGAC AATACTGTAG GTTCTACTGA TTTTAAATGC 
AACCTAGTTG CTTATTCACC AGGAACTAAT GCGTGCCCTA TGATCAAAGA GGAAGTTGAA 
TGGCTATATA CTTGTATGCA AAAGCTGAAT GGTTTATCAC ATCGAAAGAA CATGGATTTT 
GGAGGCCAAA TAAAAGATGG AATGTACAGG GAGAATGATT GTATGAAACC CAATCATAGT 
TACTCGTCTT TCCCACAGAA ACTTGGCAGT GATCAAATTT CCTTTCAGTT TCCTCCTGAA 
AAGGATGCAG ATGGATTTTC ACCCATTAGA GAACCCAATT ATAATTATAA AGTTGGCATG 
GGCGTTGGTG AAACATGCCC CCATATTCAG CCACCATATG TCTTTGCAAA ATCAAATGAA 
GTCGGTAAAC GTGAAGGTAC GGCGTATAAC ATGTGTTCGA GACCTACAGA TAATGGACCA 
AAGGCGCAAT CTTCTGTTGG GCCAATCCCA TCCTGTGTGA TGGACGATTC AACAAGAAGT 
TCTGGCCAAA AGGGTCCTCG CATAGCTAAA GTGTTGAGGA GGAGCAATTA CAACATTGAG 
CATTTGGATT ATGGAGTTGT GCTACCTGGA GATTTATGGT GTTCTAGCCA AGCTATATTT 
CCTAATGGAT TTAAAAGCCG AGTTAGATTT TTAAGTGTGT TGGATCCAAC AGAAACGTGC 
TACTATGTTT CAGAAATTCT GGATGCGGGA ACTGATGGGC CTTTATTTAG GGTTACAGTT 
GAGCACTGTC CAAGTGAGGC TTTCATACAT ACATCTCCTG GAAAATGCTG GGACATGGTG 
ATAGAAAGAC TGAATCAAGA GATTATGAAG CATAGAACCC TTGGGAAGAC AAACCTCCCC 
CATTTACATC CTCCTATAAA TGGACTAGAC ATGTTTGGCC TCTCCTTTCC AGCCATTGTT 
GAGGCCATAG AGGCACTTGA CTATGATCGT GTGTCCAAAG CGTACTGGCG TTCAAGGTTA 
CATAGGGACC AAGTTCCGGA AAGAGTAAAA GTCCCTGCCG TAGCTCCTAA ACATTTAACC 
CCAATCTTAA ACTACGAACC AAAGAAAGCA GTTAGGATTG ATGTCAATAA CCAAGGAGGC 
CTTAACCAGC CCTCAATGGA TCCTGTTGAA ATCATTTGTA GTAACTTGTT CAAGAAAGCC 
AACATGGAAG AACTACAGAT GATGAAAAGC GTGCTTGCCA GCGAATTTCG AAGCCCGAAA 
TGGAAGACTG CCTTTTTAGC TCTTATGAAA GAGATGAAGA GAAGATAG

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

RefSeq	XP_006857306.3
CDS	784..4611
Translation	MGTVYTGTLSSDGKSQRPSSSCTSFTLKRIHDPMSSVQSMDASALPQIHMDGQSCADDDIDISRSLRRRTSVNYGMFDGSSGEESDTEEFIKVQSSQRCLPKGVTRGCINCTDCQKVSARWRPEEALRPIIDDAPVFYPSEEEFQDTVAYIASIREKAERYGICRIVPPPSWKPPCPLKEKNLWENSKFVTRVQRIDKLQNREPMKKSHMNCGKRKRGRSSKMGMTFGPNNSDTSADQQHGFGDEGRFGFEPGPGFTLDAFQKYATDFKKQYFGIQNGATNTSPGESELQKSWEPSMENIEGEYWRMVEKPTEEIEVLYGADIETEVFGSGFPKASLATADAESCQYVQSGWNLNNFPRLSGSVLSFEKDDISGVLVPWLYVGMCFSSFCWHVEDHHFYSLNYMHWGAPKLWYGVPGNSALQLEKAMTKHLPHLFEEQPDLLHKLVTQLSPSILKSEGVPVYRCVQHAREFVLTFPRAYHAGFNSGFNCAEAVNVAPVDWLPHGQNAVELYCEQHRKTSVSHDKLLLGAAREAVRAHWELQLLRKNSLDNLKWKSVCGKDGILTNALKDRVELERVRREYLCNTSQGKKMDANFDETTERECFTCFYDLHLSAAGCECSPERFACLNHAKQLCQCPWDKKFFLFRYEMNELGILVDALVGKLSSIYRWANMDLGLSLSSYVNKDVEPQKSKPQTTSEEAQHKDVLIVKDENSLCSRGKGEIPEIKNGPLVSSLSLQESNTSSSPLRAGVENQNSKSVEKCSGADQSYAEAPVCGPLQENLSQPVVMRSNLENPVSNEIMVNKTSFSRKVDLILIDDEGGSEEQDSSHMDSKKVPPPMKVAEHSERLMHCDNTVGSTDFKCNLVAYSPGTNACPMIKEEVEWLYTCMQKLNGLSHRKNMDFGGQIKDGMYRENDCMKPNHSYSSFPQKLGSDQISFQFPPEKDADGFSPIREPNYNYKVGMGVGETCPHIQPPYVFAKSNEVGKREGTAYNMCSRPTDNGPKAQSSVGPIPSCVMDDSTRSSGQKGPRIAKVLRRSNYNIEHLDYGVVLPGDLWCSSQAIFPNGFKSRVRFLSVLDPTETCYYVSEILDAGTDGPLFRVTVEHCPSEAFIHTSPGKCWDMVIERLNQEIMKHRTLGKTNLPHLHPPINGLDMFGLSFPAIVEAIEALDYDRVSKAYWRSRLHRDQVPERVKVPAVAPKHLTPILNYEPKKAVRIDVNNQGGLNQPSMDPVEIICSNLFKKANMEELQMMKSVLASEFRSPKWKTAFLALMKEMKRR

Target ORF information:

RefSeq Version	XM_006857244.3
Organism	Amborella trichopoda
Definition	Amborella trichopoda lysine-specific demethylase JMJ18 (LOC18447142), transcript variant X1, mRNA.

Target ORF information:

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

XM_006857244.3

ORF Insert Sequence:

ATGGGGACAG TGTACACGGG AACTTTGTCT AGTGATGGAA AATCTCAGAG ACCTTCATCG 
TCGTGTACTT CGTTTACTTT GAAGAGGATC CATGATCCAA TGAGTTCGGT GCAATCGATG 
GATGCTTCTG CGTTACCACA GATACATATG GATGGTCAAA GCTGTGCTGA TGATGATATT 
GACATTTCAA GGTCCCTTAG GCGCAGAACC TCGGTAAATT ATGGGATGTT TGATGGGAGC 
TCAGGGGAAG AATCAGACAC CGAGGAATTT ATTAAGGTAC AATCTTCGCA AAGGTGTTTG 
CCGAAAGGGG TTACTCGAGG ATGCATAAAC TGCACTGACT GCCAAAAGGT ATCTGCTAGA 
TGGCGTCCAG AAGAGGCACT AAGACCTATA ATCGATGATG CTCCTGTTTT CTACCCAAGT 
GAAGAGGAGT TTCAGGATAC TGTTGCATAC ATTGCAAGCA TACGTGAGAA GGCAGAAAGA 
TATGGCATTT GCCGTATCGT TCCTCCTCCT TCATGGAAAC CTCCCTGTCC CTTGAAAGAG 
AAGAACCTGT GGGAAAATTC TAAATTTGTC ACTCGAGTCC AACGAATAGA CAAGCTTCAA 
AACCGTGAAC CTATGAAAAA AAGCCATATG AATTGTGGCA AGAGGAAACG TGGGAGAAGT 
TCGAAAATGG GGATGACCTT TGGGCCTAAC AATTCAGACA CATCGGCTGA CCAACAACAT 
GGATTTGGTG ATGAGGGTAG ATTTGGGTTT GAACCAGGTC CAGGCTTTAC TCTGGATGCT 
TTTCAAAAGT ATGCTACTGA TTTCAAGAAG CAGTACTTTG GTATCCAAAA TGGAGCTACA 
AATACAAGCC CTGGAGAGAG CGAACTTCAA AAGAGTTGGG AACCTTCAAT GGAAAATATT 
GAAGGTGAAT ATTGGAGGAT GGTTGAGAAA CCAACTGAAG AGATTGAGGT GCTCTATGGG 
GCTGATATAG AAACTGAAGT TTTCGGAAGT GGATTTCCAA AGGCATCCTT GGCAACAGCA 
GATGCCGAAT CTTGTCAATA TGTGCAGTCA GGCTGGAACT TAAATAATTT CCCAAGGCTT 
TCGGGTTCTG TGCTCTCTTT TGAGAAGGAT GATATTTCTG GTGTTTTAGT GCCTTGGTTA 
TATGTAGGAA TGTGCTTTTC ATCATTTTGC TGGCATGTTG AAGATCACCA CTTCTATTCG 
TTGAACTATA TGCATTGGGG TGCTCCAAAA TTGTGGTATG GGGTCCCAGG AAATAGTGCC 
TTGCAGCTGG AGAAAGCCAT GACGAAGCAT TTACCACATT TATTTGAGGA ACAACCCGAC 
TTACTTCATA AACTTGTCAC TCAATTGTCG CCTTCAATTT TGAAATCTGA GGGTGTTCCG 
GTTTATCGCT GTGTTCAACA TGCTAGGGAG TTTGTCCTCA CCTTTCCTCG AGCATATCAT 
GCAGGGTTCA ATAGTGGTTT CAATTGTGCA GAGGCTGTAA ATGTGGCCCC AGTTGATTGG 
TTGCCTCATG GGCAGAATGC GGTTGAGCTT TATTGTGAGC AACACAGGAA GACATCAGTG 
TCCCATGACA AGCTGTTGTT GGGGGCAGCG AGAGAAGCTG TTAGGGCACA TTGGGAACTT 
CAATTGTTAA GAAAAAACTC ATTGGACAAC TTGAAATGGA AAAGTGTTTG TGGAAAGGAT 
GGAATATTAA CCAACGCCCT TAAGGATCGT GTTGAGTTGG AACGTGTAAG GAGGGAATAT 
CTTTGCAATA CTTCACAAGG GAAGAAGATG GATGCCAACT TTGATGAGAC AACCGAGCGA 
GAATGCTTTA CTTGCTTTTA TGATCTGCAT CTCTCTGCCG CAGGATGTGA ATGTTCTCCA 
GAACGTTTTG CATGCTTGAA TCACGCAAAG CAACTATGCC AATGCCCTTG GGATAAGAAA 
TTCTTCCTCT TCCGCTATGA AATGAATGAG TTAGGAATAC TTGTGGATGC CTTAGTAGGG 
AAATTAAGTT CTATATACAG ATGGGCAAAC ATGGATCTTG GCCTGTCCTT GAGCTCCTAT 
GTAAATAAAG ATGTCGAACC TCAAAAATCT AAACCGCAAA CTACTTCAGA AGAAGCACAA 
CATAAAGATG TATTGATCGT GAAAGATGAA AATTCTCTTT GTTCCCGTGG TAAGGGAGAA 
ATTCCTGAAA TAAAGAATGG ACCATTGGTT TCAAGCTTGA GCTTACAAGA ATCGAATACA 
TCCTCTTCAC CTCTAAGAGC AGGAGTAGAG AATCAAAACT CCAAGTCCGT AGAAAAGTGC 
TCAGGTGCAG ATCAATCCTA TGCAGAAGCC CCAGTTTGTG GGCCTTTACA GGAAAACTTA 
TCACAACCGG TTGTGATGCG AAGCAATCTA GAGAACCCAG TTAGTAATGA AATAATGGTA 
AACAAAACTT CGTTCTCTAG GAAAGTTGAT CTTATACTTA TTGATGATGA GGGAGGAAGT 
GAAGAGCAAG ATAGCTCACA TATGGACTCA AAGAAGGTCC CCCCACCAAT GAAGGTTGCA 
GAGCATTCTG AAAGGTTGAT GCATTGTGAC AATACTGTAG GTTCTACTGA TTTTAAATGC 
AACCTAGTTG CTTATTCACC AGGAACTAAT GCGTGCCCTA TGATCAAAGA GGAAGTTGAA 
TGGCTATATA CTTGTATGCA AAAGCTGAAT GGTTTATCAC ATCGAAAGAA CATGGATTTT 
GGAGGCCAAA TAAAAGATGG AATGTACAGG GAGAATGATT GTATGAAACC CAATCATAGT 
TACTCGTCTT TCCCACAGAA ACTTGGCAGT GATCAAATTT CCTTTCAGTT TCCTCCTGAA 
AAGGATGCAG ATGGATTTTC ACCCATTAGA GAACCCAATT ATAATTATAA AGTTGGCATG 
GGCGTTGGTG AAACATGCCC CCATATTCAG CCACCATATG TCTTTGCAAA ATCAAATGAA 
GTCGGTAAAC GTGAAGGTAC GGCGTATAAC ATGTGTTCGA GACCTACAGA TAATGGACCA 
AAGGCGCAAT CTTCTGTTGG GCCAATCCCA TCCTGTGTGA TGGACGATTC AACAAGAAGT 
TCTGGCCAAA AGGGTCCTCG CATAGCTAAA GTGTTGAGGA GGAGCAATTA CAACATTGAG 
CATTTGGATT ATGGAGTTGT GCTACCTGGA GATTTATGGT GTTCTAGCCA AGCTATATTT 
CCTAATGGAT TTAAAAGCCG AGTTAGATTT TTAAGTGTGT TGGATCCAAC AGAAACGTGC 
TACTATGTTT CAGAAATTCT GGATGCGGGA ACTGATGGGC CTTTATTTAG GGTTACAGTT 
GAGCACTGTC CAAGTGAGGC TTTCATACAT ACATCTCCTG GAAAATGCTG GGACATGGTG 
ATAGAAAGAC TGAATCAAGA GATTATGAAG CATAGAACCC TTGGGAAGAC AAACCTCCCC 
CATTTACATC CTCCTATAAA TGGACTAGAC ATGTTTGGCC TCTCCTTTCC AGCCATTGTT 
GAGGCCATAG AGGCACTTGA CTATGATCGT GTGTCCAAAG CGTACTGGCG TTCAAGGTTA 
CATAGGGACC AAGTTCCGGA AAGAGTAAAA GTCCCTGCCG TAGCTCCTAA ACATTTAACC 
CCAATCTTAA ACTACGAACC AAAGAAAGCA GTTAGGATTG ATGTCAATAA CCAAGGAGGC 
CTTAACCAGC CCTCAATGGA TCCTGTTGAA ATCATTTGTA GTAACTTGTT CAAGAAAGCC 
AACATGGAAG AACTACAGAT GATGAAAAGC GTGCTTGCCA GCGAATTTCG AAGCCCGAAA 
TGGAAGACTG CCTTTTTAGC TCTTATGAAA GAGATGAAGA GAAGATAG