LOC107334404 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107334404
Entrez Gene ID	107334404
Full Name	histone-lysine N-methyltransferase NSD2-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015899334.1	XP_015754820.1	histone-lysine N-methyltransferase NSD2-like isoform X1
XM_015899335.1	XP_015754821.1	histone-lysine N-methyltransferase NSD2-like isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC107334404 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107334404 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
OAc64075	XM_015899334.1 Latest version!	Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OAc64076	XM_015899335.1 Latest version!	Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

ORF Online Only Promotion

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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)

LOC107334404 ( XM_015899334.1 ) cDNA ORF clone, Acropora digitifera -> XP_015754820.1 Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc64075
Clone ID Related Accession (Same CDS sequence)	XM_015899334.1
Accession Version	XM_015899334.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3657bp) 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	2016-03-13
Organism	Acropora digitifera
Product	histone-lysine N-methyltransferase NSD2-like isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441116.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAG TGGAATCTAA AGATGATAGT GCATCCTCTG AGCTGTCAGA GAGTCTGCAT 
GCCAAAGATT CGAAAGTTTC TTCAAGTCCG AATCAAACTG CTTCGTGGCT CGTCGGAGAT 
GTAGTGTGGT CGAAAATCCC AGGCCATCCA TGGTGGCCTT CGATGGTTTC TTACGATCCT 
AACACCGCTG TTTCGTTCAA GTACAAGGGG AGAGCAAGAT TTTATCATGT GCAATTTTTC 
GGTCAGGATC CTGTGAGAGG CTGGGTCGCT GAAAGGTCGA TCTTAAAATT CGAAGGGCGA 
CAAAACTTTG AGAATTCACT TCATGGAAAA CAATTGAAGA TTGCTCAAAA ACGTATTTCC 
CTTTGGGAAT CAGCTGTCAG TGTGGCTGAG AAAGCAAAGC CAATGAACAG ACATGAACGG 
CAACTGTGTT ACACCTTCAA GTACTATGAT AAGAACGAAA CAAAAAAGAT TGATCCTTTC 
AAAGTCAAAA AGTTAAATGG TTTTAGCTCA GTGCCTGGCT CTGCCACTTT GGCAGAGCAT 
GTAAATGGTG TCGATAGTAG CCATCAGGAA AGGACATGTG ATTCCAACAA TTCTGAAACA 
CCGGTGTCAG AACCAGTAGC CATCACAGGA GCTGAGAGTT ACAGTGATAG CTTGAAGTGT 
GCACAGAAGA AAACTGTGAA AGAAAAACTC CCACGGAAAC GAAAACTGGG TTCTTCGTCA 
GGGACTGCAA AGTCTCCCAG AGACCTTGTT GAATCATCCA AAAATGTTGA ACCTCCAAAG 
AAAAAGAAAA AAAGGACTTT GAAAGGAAGC AAAGAATTGA ACTTGTCAGA GTCTGATTTG 
GTTGGCAACG ACACTAAGGA GGCAATGAAA GCAAACTTGA GCGACAAACA CTTTTCAGAA 
ATAGATAAAA AATGTAATGG TTTGTACAAT ACGCCTGATG CTACTCCTCC AAGAATAAAC 
GGCGATGTAT CTTCTTTTAT TGATGCAATG GAAGTGTCAC CCAACACTGC ATTGAAGTTG 
AAAATCCGCA AGATTACACC AAAGCAAAAC CAAGCTGAAG GCAAACGTAA GAGGGGAAGG 
CCAAGAAAAC CACGATTTGT GATAGTTAGT GAAGATGGTA ATGAAAATGA AGGTGCAAGT 
CAACAGGTTT TGCCAATGGA TGTGGAGAGC AATGAAATTT CTAATGTTCA GGCAAAATCA 
ACTCTATTCA CAGAAACCAA TGCAGAAGAC ATCCCAAAGA AGAAAAAACG CATTCCAAAG 
CCAACTAAAA AGATGTTAAA TGCCAAGGAA TCAGCCTTGT TGCCAAGTAA GGACATGCCT 
ATCTTAAAAG GGAAAAAGAA ACTAGCGCCA AAAAGTGAAT GTGTGGCAAA GACAAAAGAG 
AAGATTGAAG TAAGCAATGC AAAGTTAAAA TCTCCAAAAG GGAAAGTTCC ATCAAAAAGT 
GAAAAGGTTA AAAATGTGGA GGATAAGAAA AGTGAAGTTT CTACTGCAGA AACAAGTGTT 
CCTGCCGTTG AAACTGAGGG TAGTGTCACA TCATCAACGG ACGATACTGG AAGTATTAAG 
AATGGCACAG TTTCTAAAAG GGAAAAGGAT GGAGTTTGTA TTGTGTGCGA ACAACAGGAA 
AATCTAATAT TTTGTGAGGG GATTTGTGGA AATTCCTTCC ATTTGGACTG TATTGGGCTT 
TCAGTGGTTC CAAAGGGCAA ATTTGTATGT GACGAGTGTG TGACTGGCAA TCATTGCTGC 
TTTGTTTGCA GACAAGCGGG AAATGTCAAA CAGTGTAGTC AACCAATGTG TACAAAGTAT 
TATCATGACG AGTGTGTTAA AACATACAAA ACTGCCAAGT TTGATGGCGA TCGCTTTTTC 
TGTCCTCTTC ATTTCTGTAC TACGTGTGTT TCAAACAAAT CTGTTGTGTC TAGAGGACGC 
TTGATTCGTT GTGTACGTTG TCCAACTGCG TATCACATCT CTGGCTGCCT TGTGGCAGGT 
TGTATTCCAA TCTGTTCCAA TCTAATGGTC TGCTCAAAGC ACTTTATACG GGATAAAAAT 
AAGGCTCATC ATACACATGT GAATGTAAAC TGGTGTTTCG TTTGTTCAAT CGGAGGCACA 
TTGATTTGTT GTGAAAGCTG CCCAGCAGCA TTTCACCCTG AATGCATCAG TTATGAGGGC 
ATTCCAGAGG GGCATTTCTT TTGCAAGGAT TGTGCGGAAG GAAAACATCT TTTGTATGGA 
GACATTGTGT GGGTAAAGCT TGGAATGTAC AGGTGGTGGC CAGCACAGAT ATGCAATCCC 
CGTGATGTGC CCACCAATAT CCAGAACATG CGACACCAGC CTGGAGAGTT TCCTGTGCAG 
TTTCTTGGTT CACATGATTA TTACTGGATT CACAGAGGTC GGGTTTTCAG CTATCAGGAG 
GGGGATAAGG GATCTTCTGA TTCTGGCAAC AACAAAAATC TGGCAAAAGT ATTCAAAAAA 
GCTCTTGCTG AGGCAAAAGA AAAGTATGCA GAATGGAGGA CGCTGCAAGA AAGCAAAGCA 
GAGCAAGATC TTCAGAAGAT GTCCAAGAAA CCAGCTCCAT ACAAACAGAT AAAGGTAAAC 
AAATGCACAA CAGCCGTCCG CATTGTGATC GATCCTTCAG AACTTCCTAT GTGCGATTGC 
TCGGCTAGCA ATGAAAGCCC CTGTGGTCCG GAATCAAATT GTTTGAACCG TATGTTACAG 
TTTGAATGCT ATCCTCAAAG ATGTCCTGGA AAGGAAAACT GCCAGAATCA ACGGTTTCAA 
AAGAGGCAAT ATGTGGATTG CGAACCTTTC CGAACATTGC ACCGTGGATG GGGATTGAGG 
TGCAAAGAGG ATGTGAAGAA GGGTCAGTTT GTCATTGAAT ATGTTGGAGA GCTTATTGAC 
GATGCTACAT GTCAAGAGCG TGTGCAGAAA GGAGAGGACA TCACCAACTA CTATATGTTG 
ACAATAGACA AGGATTGCAT AATTGATGCA GGCCCAATGG GAAATCTGTC ACGATTTATG 
AATCATAGTT GTGATCCAAA CTGTGAGACA CAGAAATGGA CAGTTAATGG AGAAGTTAGG 
GTGGGACTGT TTGCTTCAAG AGAAATAATG GCAGGAGAGG AACTTACGTT TGATTATCAG 
CTTGACTGTT TAGGCAATGA AAAGAAGAAG TGTCATTGTG GAGCCAAAAA CTGCAGCAGT 
TTTCTTGGAG TGAGGCCAAA GAACCAGGTT CAGGAGGATA AAGCAAAGAA AACAGGAGAC 
AAAAGAAAGA AGAAAAGAAT CAAGAAAACT GTGGTGAAAG AAGTTCACGA GGATGAATGT 
TACATCTGTG GTGATGGCGG CGAGCTTCTT ATGTGCGACA AGGGAGGCTG TAAAAAGTGC 
TATCATAAAA CCTGTTTAGG CAGTGACGTC AACACACGAG GCAAGTGGAT ATGTCCTTGG 
CATTTCTGCG ATGATTGTGG CAAGTGGGCA AACATCATGT GTTCAGAATG TCCAAACTCA 
TATTGCAGAA GCCACGCATC AGGTCAAATT ACGGAATTAG CCAATGGGGT TCATTTGTGC 
TGTGACCATA TTGTAACAAG GAACAGTCCT GTGCCAAACC AGGCTTTTGA GGAAGAGAAG 
GTGGACCACA GCAAACCCAA TGCTGATGTT GAATTGTCAG ATGTGGGTTT GGAATAG

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

RefSeq	XP_015754820.1
CDS	132..3788
Translation	MAAVESKDDSASSELSESLHAKDSKVSSSPNQTASWLVGDVVWSKIPGHPWWPSMVSYDPNTAVSFKYKGRARFYHVQFFGQDPVRGWVAERSILKFEGRQNFENSLHGKQLKIAQKRISLWESAVSVAEKAKPMNRHERQLCYTFKYYDKNETKKIDPFKVKKLNGFSSVPGSATLAEHVNGVDSSHQERTCDSNNSETPVSEPVAITGAESYSDSLKCAQKKTVKEKLPRKRKLGSSSGTAKSPRDLVESSKNVEPPKKKKKRTLKGSKELNLSESDLVGNDTKEAMKANLSDKHFSEIDKKCNGLYNTPDATPPRINGDVSSFIDAMEVSPNTALKLKIRKITPKQNQAEGKRKRGRPRKPRFVIVSEDGNENEGASQQVLPMDVESNEISNVQAKSTLFTETNAEDIPKKKKRIPKPTKKMLNAKESALLPSKDMPILKGKKKLAPKSECVAKTKEKIEVSNAKLKSPKGKVPSKSEKVKNVEDKKSEVSTAETSVPAVETEGSVTSSTDDTGSIKNGTVSKREKDGVCIVCEQQENLIFCEGICGNSFHLDCIGLSVVPKGKFVCDECVTGNHCCFVCRQAGNVKQCSQPMCTKYYHDECVKTYKTAKFDGDRFFCPLHFCTTCVSNKSVVSRGRLIRCVRCPTAYHISGCLVAGCIPICSNLMVCSKHFIRDKNKAHHTHVNVNWCFVCSIGGTLICCESCPAAFHPECISYEGIPEGHFFCKDCAEGKHLLYGDIVWVKLGMYRWWPAQICNPRDVPTNIQNMRHQPGEFPVQFLGSHDYYWIHRGRVFSYQEGDKGSSDSGNNKNLAKVFKKALAEAKEKYAEWRTLQESKAEQDLQKMSKKPAPYKQIKVNKCTTAVRIVIDPSELPMCDCSASNESPCGPESNCLNRMLQFECYPQRCPGKENCQNQRFQKRQYVDCEPFRTLHRGWGLRCKEDVKKGQFVIEYVGELIDDATCQERVQKGEDITNYYMLTIDKDCIIDAGPMGNLSRFMNHSCDPNCETQKWTVNGEVRVGLFASREIMAGEELTFDYQLDCLGNEKKKCHCGAKNCSSFLGVRPKNQVQEDKAKKTGDKRKKKRIKKTVVKEVHEDECYICGDGGELLMCDKGGCKKCYHKTCLGSDVNTRGKWICPWHFCDDCGKWANIMCSECPNSYCRSHASGQITELANGVHLCCDHIVTRNSPVPNQAFEEEKVDHSKPNADVELSDVGLE

Target ORF information:

RefSeq Version	XM_015899334.1
Organism	Acropora digitifera
Definition	Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X1, mRNA.

Target ORF information:

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

XM_015899334.1

ORF Insert Sequence:

ATGGCAGCAG TGGAATCTAA AGATGATAGT GCATCCTCTG AGCTGTCAGA GAGTCTGCAT 
GCCAAAGATT CGAAAGTTTC TTCAAGTCCG AATCAAACTG CTTCGTGGCT CGTCGGAGAT 
GTAGTGTGGT CGAAAATCCC AGGCCATCCA TGGTGGCCTT CGATGGTTTC TTACGATCCT 
AACACCGCTG TTTCGTTCAA GTACAAGGGG AGAGCAAGAT TTTATCATGT GCAATTTTTC 
GGTCAGGATC CTGTGAGAGG CTGGGTCGCT GAAAGGTCGA TCTTAAAATT CGAAGGGCGA 
CAAAACTTTG AGAATTCACT TCATGGAAAA CAATTGAAGA TTGCTCAAAA ACGTATTTCC 
CTTTGGGAAT CAGCTGTCAG TGTGGCTGAG AAAGCAAAGC CAATGAACAG ACATGAACGG 
CAACTGTGTT ACACCTTCAA GTACTATGAT AAGAACGAAA CAAAAAAGAT TGATCCTTTC 
AAAGTCAAAA AGTTAAATGG TTTTAGCTCA GTGCCTGGCT CTGCCACTTT GGCAGAGCAT 
GTAAATGGTG TCGATAGTAG CCATCAGGAA AGGACATGTG ATTCCAACAA TTCTGAAACA 
CCGGTGTCAG AACCAGTAGC CATCACAGGA GCTGAGAGTT ACAGTGATAG CTTGAAGTGT 
GCACAGAAGA AAACTGTGAA AGAAAAACTC CCACGGAAAC GAAAACTGGG TTCTTCGTCA 
GGGACTGCAA AGTCTCCCAG AGACCTTGTT GAATCATCCA AAAATGTTGA ACCTCCAAAG 
AAAAAGAAAA AAAGGACTTT GAAAGGAAGC AAAGAATTGA ACTTGTCAGA GTCTGATTTG 
GTTGGCAACG ACACTAAGGA GGCAATGAAA GCAAACTTGA GCGACAAACA CTTTTCAGAA 
ATAGATAAAA AATGTAATGG TTTGTACAAT ACGCCTGATG CTACTCCTCC AAGAATAAAC 
GGCGATGTAT CTTCTTTTAT TGATGCAATG GAAGTGTCAC CCAACACTGC ATTGAAGTTG 
AAAATCCGCA AGATTACACC AAAGCAAAAC CAAGCTGAAG GCAAACGTAA GAGGGGAAGG 
CCAAGAAAAC CACGATTTGT GATAGTTAGT GAAGATGGTA ATGAAAATGA AGGTGCAAGT 
CAACAGGTTT TGCCAATGGA TGTGGAGAGC AATGAAATTT CTAATGTTCA GGCAAAATCA 
ACTCTATTCA CAGAAACCAA TGCAGAAGAC ATCCCAAAGA AGAAAAAACG CATTCCAAAG 
CCAACTAAAA AGATGTTAAA TGCCAAGGAA TCAGCCTTGT TGCCAAGTAA GGACATGCCT 
ATCTTAAAAG GGAAAAAGAA ACTAGCGCCA AAAAGTGAAT GTGTGGCAAA GACAAAAGAG 
AAGATTGAAG TAAGCAATGC AAAGTTAAAA TCTCCAAAAG GGAAAGTTCC ATCAAAAAGT 
GAAAAGGTTA AAAATGTGGA GGATAAGAAA AGTGAAGTTT CTACTGCAGA AACAAGTGTT 
CCTGCCGTTG AAACTGAGGG TAGTGTCACA TCATCAACGG ACGATACTGG AAGTATTAAG 
AATGGCACAG TTTCTAAAAG GGAAAAGGAT GGAGTTTGTA TTGTGTGCGA ACAACAGGAA 
AATCTAATAT TTTGTGAGGG GATTTGTGGA AATTCCTTCC ATTTGGACTG TATTGGGCTT 
TCAGTGGTTC CAAAGGGCAA ATTTGTATGT GACGAGTGTG TGACTGGCAA TCATTGCTGC 
TTTGTTTGCA GACAAGCGGG AAATGTCAAA CAGTGTAGTC AACCAATGTG TACAAAGTAT 
TATCATGACG AGTGTGTTAA AACATACAAA ACTGCCAAGT TTGATGGCGA TCGCTTTTTC 
TGTCCTCTTC ATTTCTGTAC TACGTGTGTT TCAAACAAAT CTGTTGTGTC TAGAGGACGC 
TTGATTCGTT GTGTACGTTG TCCAACTGCG TATCACATCT CTGGCTGCCT TGTGGCAGGT 
TGTATTCCAA TCTGTTCCAA TCTAATGGTC TGCTCAAAGC ACTTTATACG GGATAAAAAT 
AAGGCTCATC ATACACATGT GAATGTAAAC TGGTGTTTCG TTTGTTCAAT CGGAGGCACA 
TTGATTTGTT GTGAAAGCTG CCCAGCAGCA TTTCACCCTG AATGCATCAG TTATGAGGGC 
ATTCCAGAGG GGCATTTCTT TTGCAAGGAT TGTGCGGAAG GAAAACATCT TTTGTATGGA 
GACATTGTGT GGGTAAAGCT TGGAATGTAC AGGTGGTGGC CAGCACAGAT ATGCAATCCC 
CGTGATGTGC CCACCAATAT CCAGAACATG CGACACCAGC CTGGAGAGTT TCCTGTGCAG 
TTTCTTGGTT CACATGATTA TTACTGGATT CACAGAGGTC GGGTTTTCAG CTATCAGGAG 
GGGGATAAGG GATCTTCTGA TTCTGGCAAC AACAAAAATC TGGCAAAAGT ATTCAAAAAA 
GCTCTTGCTG AGGCAAAAGA AAAGTATGCA GAATGGAGGA CGCTGCAAGA AAGCAAAGCA 
GAGCAAGATC TTCAGAAGAT GTCCAAGAAA CCAGCTCCAT ACAAACAGAT AAAGGTAAAC 
AAATGCACAA CAGCCGTCCG CATTGTGATC GATCCTTCAG AACTTCCTAT GTGCGATTGC 
TCGGCTAGCA ATGAAAGCCC CTGTGGTCCG GAATCAAATT GTTTGAACCG TATGTTACAG 
TTTGAATGCT ATCCTCAAAG ATGTCCTGGA AAGGAAAACT GCCAGAATCA ACGGTTTCAA 
AAGAGGCAAT ATGTGGATTG CGAACCTTTC CGAACATTGC ACCGTGGATG GGGATTGAGG 
TGCAAAGAGG ATGTGAAGAA GGGTCAGTTT GTCATTGAAT ATGTTGGAGA GCTTATTGAC 
GATGCTACAT GTCAAGAGCG TGTGCAGAAA GGAGAGGACA TCACCAACTA CTATATGTTG 
ACAATAGACA AGGATTGCAT AATTGATGCA GGCCCAATGG GAAATCTGTC ACGATTTATG 
AATCATAGTT GTGATCCAAA CTGTGAGACA CAGAAATGGA CAGTTAATGG AGAAGTTAGG 
GTGGGACTGT TTGCTTCAAG AGAAATAATG GCAGGAGAGG AACTTACGTT TGATTATCAG 
CTTGACTGTT TAGGCAATGA AAAGAAGAAG TGTCATTGTG GAGCCAAAAA CTGCAGCAGT 
TTTCTTGGAG TGAGGCCAAA GAACCAGGTT CAGGAGGATA AAGCAAAGAA AACAGGAGAC 
AAAAGAAAGA AGAAAAGAAT CAAGAAAACT GTGGTGAAAG AAGTTCACGA GGATGAATGT 
TACATCTGTG GTGATGGCGG CGAGCTTCTT ATGTGCGACA AGGGAGGCTG TAAAAAGTGC 
TATCATAAAA CCTGTTTAGG CAGTGACGTC AACACACGAG GCAAGTGGAT ATGTCCTTGG 
CATTTCTGCG ATGATTGTGG CAAGTGGGCA AACATCATGT GTTCAGAATG TCCAAACTCA 
TATTGCAGAA GCCACGCATC AGGTCAAATT ACGGAATTAG CCAATGGGGT TCATTTGTGC 
TGTGACCATA TTGTAACAAG GAACAGTCCT GTGCCAAACC AGGCTTTTGA GGAAGAGAAG 
GTGGACCACA GCAAACCCAA TGCTGATGTT GAATTGTCAG ATGTGGGTTT GGAATAG

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

LOC107334404 ( XM_015899335.1 ) cDNA ORF clone, Acropora digitifera -> XP_015754821.1 Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc64076
Clone ID Related Accession (Same CDS sequence)	XM_015899335.1
Accession Version	XM_015899335.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3618bp) 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	2016-03-13
Organism	Acropora digitifera
Product	histone-lysine N-methyltransferase NSD2-like isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441116.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGTAGTG CGCGAACCAA TCAGAATGTG TCAACGGTTG TTCCATCAAG CGTCGAAGAC 
TTGTGCACGC TACGAAAGAG AGATAGTTGC TTCCATTATT TTAAAACGGA TGTTTTAAGT 
GCGTCGTCTT TTTGGATGGC AGCAGTGGAA TCTAAAGATG ATAGTGCATC CTCTGAGCTG 
TCAGAGAGTC TGCATGCCAA AGATTCGAAA GTTTCTTCAA GTCCGAATCA AACTGCTTCG 
TGGCTCGTCG GAGATGTAGT GTGGTCGAAA ATCCCAGGCC ATCCATGGTG GCCTTCGATG 
GTTTCTTACG ATCCTAACAC CGCTGTTTCG TTCAAGTACA AGGGGAGAGC AAGATTTTAT 
CATGTGCAAT TTTTCGGTCA GGATCCTGTG AGAGGCTGGG TCGCTGAAAG GTCGATCTTA 
AAATTCGAAG GGCGACAAAA CTTTGAGAAT TCACTTCATG GAAAACAATT GAAGATTGCT 
CAAAAACGTA TTTCCCTTTG GGAATCAGCT GTCAGTGTGG CTGAGAAAGC AAAGCCAATG 
AACAGACATG AACGGCAACT GTGTTACACC TTCAAGTACT ATGATAAGAA CGAAACAAAA 
AAGATTGATC CTTTCAAAGT CAAAAAGTTA AATGGTTTTA GCTCAGTGCC TGGCTCTGCC 
ACTTTGGCAG AGCATGTAAA TGGTGTCGAT AGTAGCCATC AGGAAAGGAC ATGTGATTCC 
AACAATTCTG AAACACCGGT GTCAGAACCA GTAGCCATCA CAGGAGCTGA GAGTTACAGT 
GATAGCTTGA AGTGTGCACA GAAGAAAACT GTGAAAGAAA AACTCCCACG GAAACGAAAA 
CTGGGTTCTT CGTCAGGGAC TGCAAAGTCT CCCAGAGACC TTGTTGAATC ATCCAAAAAT 
GTTGAACCTC CAAAGAAAAA GAAAAAAAGG ACTTTGAAAG GAAGCAAAGA ATTGAACTTG 
TCAGAGTCTG ATTTGGTTGG CAACGACACT AAGGAGGCAA TGAAAGCAAA CTTGAGCGAC 
AAACACTTTT CAGAAATAGA TAAAAAATGT AATGGTTTGT ACAATACGCC TGATGCTACT 
CCTCCAAGAA TAAACGGCGA TGTATCTTCT TTTATTGATG CAATGGAAGT GTCACCCAAC 
ACTGCATTGA AGTTGAAAAT CCGCAAGATT ACACCAAAGC AAAACCAAGC TGAAGGCAAA 
CGTAAGAGGG GAAGGCCAAG AAAACCACGA TTTGTGATAG TTAGTGAAGA TGGTAATGAA 
AATGAAGGTG CAAGTCAACA GGTTTTGCCA ATGGATGTGG AGAGCAATGA AATTTCTAAT 
GTTCAGGCAA AATCAACTCT ATTCACAGAA ACCAATGCAG AAGACATCCC AAAGAAGAAA 
AAACGCATTC CAAAGCCAAC TAAAAAGATG TTAAATGCCA AGGAATCAGC CTTGTTGCCA 
AGTAAGGACA TGCCTATCTT AAAAGGGAAA AAGAAACTAG CGCCAAAAAG TGAATGTGTG 
GCAAAGACAA AAGAGAAGAT TGAAGTAAGC AATGCAAAGT TAAAATCTCC AAAAGGGAAA 
GTTCCATCAA AAAGTGAAAA GGTTAAAAAT GTGGAGGATA AGAAAAGTGA AGTTTCTACT 
GCAGAAACAA GTGTTCCTGC CGTTGAAACT GAGGGTAGTG TCACATCATC AACGGACGAT 
ACTGGAAGTA TTAAGAATGG CACAGTTTCT AAAAGGGAAA AGGATGGAGT TTGTATTGTG 
TGCGAACAAC AGGAAAATCT AATATTTTGT GAGGGGATTT GTGGAAATTC CTTCCATTTG 
GACTGTATTG GGCTTTCAGT GGTTCCAAAG GGCAAATTTG TATGTGACGA GTGTGTGACT 
GGCAATCATT GCTGCTTTGT TTGCAGACAA GCGGGAAATG TCAAACAGTG TAGTCAACCA 
ATGTGTACAA AGTATTATCA TGACGAGTGT GTTAAAACAT ACAAAACTGC CAAGTTTGAT 
GGCGATCGCT TTTTCTGTCC TCTTCATTTC TGTACTACGT GTGTTTCAAA CAAATCTGTT 
GTGTCTAGAG GACGCTTGAT TCGTTGTGTA CGTTGTCCAA CTGCGTATCA CATCTCTGGC 
TGCCTTGTGG CAGGTTGTAT TCCAATCTGT TCCAATCTAA TGGTCTGCTC AAAGCACTTT 
ATACGGGATA AAAATAAGGC TCATCATACA CATGTGAATG TAAACTGGTG TTTCGTTTGT 
TCAATCGGAG GCACATTGAT TTGTTGTGAA AGCTGCCCAG CAGCATTTCA CCCTGAATGC 
ATCAGTTATG AGGGCATTCC AGAGGGGCAT TTCTTTTGCA AGGATTGTGC GGAAGGAAAA 
CATCTTTTGT ATGGAGACAT TGTGTGGGTA AAGCTTGGAA TGTACAGGTG GTGGCCAGCA 
CAGATATGCA ATCCCCGTGA TGTGCCCACC AATATCCAGA ACATGCGACA CCAGCCTGGA 
GAGTTTCCTG TGCAGTTTCT TGGTTCACAT GATTATTACT GGATTCACAG AGGTCGGGTT 
TTCAGCTATC AGGAGGGGGA TAAGGGATCT TCTGATTCTG GCAACAACAA AAATCTGGCA 
AAAGTATTCA AAAAAGCTCT TGCTGAGGCA AAAGAAAAGT ATGCAGAATG GAGGACGCTG 
CAAGAAAGCA AAGCAGAGCA AGATCTTCAG AAGATGTCCA AGAAACCAGC TCCATACAAA 
CAGATAAAGG TAAACAAATG CACAACAGCC GTCCGCATTG TGATCGATCC TTCAGAACTT 
CCTATGTGCG ATTGCTCGGC TAGCAATGAA AGCCCCTGTG GTCCGGAATC AAATTGTTTG 
AACCGTATGT TACAGTTTGA ATGCTATCCT CAAAGATGTC CTGGAAAGGA AAACTGCCAG 
AATCAACGGT TTCAAAAGAG GCAATATGTG GATTGCGAAC CTTTCCGAAC ATTGCACCGT 
GGATGGGGAT TGAGGTGCAA AGAGGATGTG AAGAAGGGTC AGTTTGTCAT TGAATATGTT 
GGAGAGCTTA TTGACGATGC TACATGTCAA GAGCGTGTGC AGAAAGGAGA GGACATCACC 
AACTACTATA TGTTGACAAT AGACAAGGAT TGCATAATTG ATGCAGGCCC AATGGGAAAT 
CTGTCACGAT TTATGAATCA TAGTTGTGAT CCAAACTGTG AGACACAGAA ATGGACAGTT 
AATGGAGAAG TTAGGGTGGG ACTGTTTGCT TCAAGAGAAA TAATGGCAGG AGAGGAACTT 
ACGTTTGATT ATCAGCTTGA CTGTTTAGGC AATGAAAAGA AGAAGTGTCA TTGTGGAGCC 
AAAAACTGCA GCAGTTTTCT TGGAGTGAGG CCAAAGAACC AGGTTCAGGA GGATAAAGCA 
AAGAAAACAG GAGACAAAAG AAAGAAGAAA AGAATCAAGA AAACTGTGGT GAAAGAAGAT 
TTGCGGCTTT CCAGCGATCA TCGCAAGCGG CCCCCTCCTC TACCTGCCGT TCAGCCTGAA 
GCCTGTAATG AACTTGGCAC AAGTTGTAAC ACCGCTGACC AGGCACTTAA GCTGACTGGC 
ACGTCGCCTC TCAATAGTGC TCTGCCGTGG ACATATTCTC CACTCCAGCC TGGCTTGACT 
ATAAGCAATA GTGCCTAA

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

RefSeq	XP_015754821.1
CDS	2..3619
Translation	MCSARTNQNVSTVVPSSVEDLCTLRKRDSCFHYFKTDVLSASSFWMAAVESKDDSASSELSESLHAKDSKVSSSPNQTASWLVGDVVWSKIPGHPWWPSMVSYDPNTAVSFKYKGRARFYHVQFFGQDPVRGWVAERSILKFEGRQNFENSLHGKQLKIAQKRISLWESAVSVAEKAKPMNRHERQLCYTFKYYDKNETKKIDPFKVKKLNGFSSVPGSATLAEHVNGVDSSHQERTCDSNNSETPVSEPVAITGAESYSDSLKCAQKKTVKEKLPRKRKLGSSSGTAKSPRDLVESSKNVEPPKKKKKRTLKGSKELNLSESDLVGNDTKEAMKANLSDKHFSEIDKKCNGLYNTPDATPPRINGDVSSFIDAMEVSPNTALKLKIRKITPKQNQAEGKRKRGRPRKPRFVIVSEDGNENEGASQQVLPMDVESNEISNVQAKSTLFTETNAEDIPKKKKRIPKPTKKMLNAKESALLPSKDMPILKGKKKLAPKSECVAKTKEKIEVSNAKLKSPKGKVPSKSEKVKNVEDKKSEVSTAETSVPAVETEGSVTSSTDDTGSIKNGTVSKREKDGVCIVCEQQENLIFCEGICGNSFHLDCIGLSVVPKGKFVCDECVTGNHCCFVCRQAGNVKQCSQPMCTKYYHDECVKTYKTAKFDGDRFFCPLHFCTTCVSNKSVVSRGRLIRCVRCPTAYHISGCLVAGCIPICSNLMVCSKHFIRDKNKAHHTHVNVNWCFVCSIGGTLICCESCPAAFHPECISYEGIPEGHFFCKDCAEGKHLLYGDIVWVKLGMYRWWPAQICNPRDVPTNIQNMRHQPGEFPVQFLGSHDYYWIHRGRVFSYQEGDKGSSDSGNNKNLAKVFKKALAEAKEKYAEWRTLQESKAEQDLQKMSKKPAPYKQIKVNKCTTAVRIVIDPSELPMCDCSASNESPCGPESNCLNRMLQFECYPQRCPGKENCQNQRFQKRQYVDCEPFRTLHRGWGLRCKEDVKKGQFVIEYVGELIDDATCQERVQKGEDITNYYMLTIDKDCIIDAGPMGNLSRFMNHSCDPNCETQKWTVNGEVRVGLFASREIMAGEELTFDYQLDCLGNEKKKCHCGAKNCSSFLGVRPKNQVQEDKAKKTGDKRKKKRIKKTVVKEDLRLSSDHRKRPPPLPAVQPEACNELGTSCNTADQALKLTGTSPLNSALPWTYSPLQPGLTISNSA

Target ORF information:

RefSeq Version	XM_015899335.1
Organism	Acropora digitifera
Definition	Acropora digitifera histone-lysine N-methyltransferase NSD2-like (LOC107334404), transcript variant X2, mRNA.

Target ORF information:

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

XM_015899335.1

ORF Insert Sequence:

ATGTGTAGTG CGCGAACCAA TCAGAATGTG TCAACGGTTG TTCCATCAAG CGTCGAAGAC 
TTGTGCACGC TACGAAAGAG AGATAGTTGC TTCCATTATT TTAAAACGGA TGTTTTAAGT 
GCGTCGTCTT TTTGGATGGC AGCAGTGGAA TCTAAAGATG ATAGTGCATC CTCTGAGCTG 
TCAGAGAGTC TGCATGCCAA AGATTCGAAA GTTTCTTCAA GTCCGAATCA AACTGCTTCG 
TGGCTCGTCG GAGATGTAGT GTGGTCGAAA ATCCCAGGCC ATCCATGGTG GCCTTCGATG 
GTTTCTTACG ATCCTAACAC CGCTGTTTCG TTCAAGTACA AGGGGAGAGC AAGATTTTAT 
CATGTGCAAT TTTTCGGTCA GGATCCTGTG AGAGGCTGGG TCGCTGAAAG GTCGATCTTA 
AAATTCGAAG GGCGACAAAA CTTTGAGAAT TCACTTCATG GAAAACAATT GAAGATTGCT 
CAAAAACGTA TTTCCCTTTG GGAATCAGCT GTCAGTGTGG CTGAGAAAGC AAAGCCAATG 
AACAGACATG AACGGCAACT GTGTTACACC TTCAAGTACT ATGATAAGAA CGAAACAAAA 
AAGATTGATC CTTTCAAAGT CAAAAAGTTA AATGGTTTTA GCTCAGTGCC TGGCTCTGCC 
ACTTTGGCAG AGCATGTAAA TGGTGTCGAT AGTAGCCATC AGGAAAGGAC ATGTGATTCC 
AACAATTCTG AAACACCGGT GTCAGAACCA GTAGCCATCA CAGGAGCTGA GAGTTACAGT 
GATAGCTTGA AGTGTGCACA GAAGAAAACT GTGAAAGAAA AACTCCCACG GAAACGAAAA 
CTGGGTTCTT CGTCAGGGAC TGCAAAGTCT CCCAGAGACC TTGTTGAATC ATCCAAAAAT 
GTTGAACCTC CAAAGAAAAA GAAAAAAAGG ACTTTGAAAG GAAGCAAAGA ATTGAACTTG 
TCAGAGTCTG ATTTGGTTGG CAACGACACT AAGGAGGCAA TGAAAGCAAA CTTGAGCGAC 
AAACACTTTT CAGAAATAGA TAAAAAATGT AATGGTTTGT ACAATACGCC TGATGCTACT 
CCTCCAAGAA TAAACGGCGA TGTATCTTCT TTTATTGATG CAATGGAAGT GTCACCCAAC 
ACTGCATTGA AGTTGAAAAT CCGCAAGATT ACACCAAAGC AAAACCAAGC TGAAGGCAAA 
CGTAAGAGGG GAAGGCCAAG AAAACCACGA TTTGTGATAG TTAGTGAAGA TGGTAATGAA 
AATGAAGGTG CAAGTCAACA GGTTTTGCCA ATGGATGTGG AGAGCAATGA AATTTCTAAT 
GTTCAGGCAA AATCAACTCT ATTCACAGAA ACCAATGCAG AAGACATCCC AAAGAAGAAA 
AAACGCATTC CAAAGCCAAC TAAAAAGATG TTAAATGCCA AGGAATCAGC CTTGTTGCCA 
AGTAAGGACA TGCCTATCTT AAAAGGGAAA AAGAAACTAG CGCCAAAAAG TGAATGTGTG 
GCAAAGACAA AAGAGAAGAT TGAAGTAAGC AATGCAAAGT TAAAATCTCC AAAAGGGAAA 
GTTCCATCAA AAAGTGAAAA GGTTAAAAAT GTGGAGGATA AGAAAAGTGA AGTTTCTACT 
GCAGAAACAA GTGTTCCTGC CGTTGAAACT GAGGGTAGTG TCACATCATC AACGGACGAT 
ACTGGAAGTA TTAAGAATGG CACAGTTTCT AAAAGGGAAA AGGATGGAGT TTGTATTGTG 
TGCGAACAAC AGGAAAATCT AATATTTTGT GAGGGGATTT GTGGAAATTC CTTCCATTTG 
GACTGTATTG GGCTTTCAGT GGTTCCAAAG GGCAAATTTG TATGTGACGA GTGTGTGACT 
GGCAATCATT GCTGCTTTGT TTGCAGACAA GCGGGAAATG TCAAACAGTG TAGTCAACCA 
ATGTGTACAA AGTATTATCA TGACGAGTGT GTTAAAACAT ACAAAACTGC CAAGTTTGAT 
GGCGATCGCT TTTTCTGTCC TCTTCATTTC TGTACTACGT GTGTTTCAAA CAAATCTGTT 
GTGTCTAGAG GACGCTTGAT TCGTTGTGTA CGTTGTCCAA CTGCGTATCA CATCTCTGGC 
TGCCTTGTGG CAGGTTGTAT TCCAATCTGT TCCAATCTAA TGGTCTGCTC AAAGCACTTT 
ATACGGGATA AAAATAAGGC TCATCATACA CATGTGAATG TAAACTGGTG TTTCGTTTGT 
TCAATCGGAG GCACATTGAT TTGTTGTGAA AGCTGCCCAG CAGCATTTCA CCCTGAATGC 
ATCAGTTATG AGGGCATTCC AGAGGGGCAT TTCTTTTGCA AGGATTGTGC GGAAGGAAAA 
CATCTTTTGT ATGGAGACAT TGTGTGGGTA AAGCTTGGAA TGTACAGGTG GTGGCCAGCA 
CAGATATGCA ATCCCCGTGA TGTGCCCACC AATATCCAGA ACATGCGACA CCAGCCTGGA 
GAGTTTCCTG TGCAGTTTCT TGGTTCACAT GATTATTACT GGATTCACAG AGGTCGGGTT 
TTCAGCTATC AGGAGGGGGA TAAGGGATCT TCTGATTCTG GCAACAACAA AAATCTGGCA 
AAAGTATTCA AAAAAGCTCT TGCTGAGGCA AAAGAAAAGT ATGCAGAATG GAGGACGCTG 
CAAGAAAGCA AAGCAGAGCA AGATCTTCAG AAGATGTCCA AGAAACCAGC TCCATACAAA 
CAGATAAAGG TAAACAAATG CACAACAGCC GTCCGCATTG TGATCGATCC TTCAGAACTT 
CCTATGTGCG ATTGCTCGGC TAGCAATGAA AGCCCCTGTG GTCCGGAATC AAATTGTTTG 
AACCGTATGT TACAGTTTGA ATGCTATCCT CAAAGATGTC CTGGAAAGGA AAACTGCCAG 
AATCAACGGT TTCAAAAGAG GCAATATGTG GATTGCGAAC CTTTCCGAAC ATTGCACCGT 
GGATGGGGAT TGAGGTGCAA AGAGGATGTG AAGAAGGGTC AGTTTGTCAT TGAATATGTT 
GGAGAGCTTA TTGACGATGC TACATGTCAA GAGCGTGTGC AGAAAGGAGA GGACATCACC 
AACTACTATA TGTTGACAAT AGACAAGGAT TGCATAATTG ATGCAGGCCC AATGGGAAAT 
CTGTCACGAT TTATGAATCA TAGTTGTGAT CCAAACTGTG AGACACAGAA ATGGACAGTT 
AATGGAGAAG TTAGGGTGGG ACTGTTTGCT TCAAGAGAAA TAATGGCAGG AGAGGAACTT 
ACGTTTGATT ATCAGCTTGA CTGTTTAGGC AATGAAAAGA AGAAGTGTCA TTGTGGAGCC 
AAAAACTGCA GCAGTTTTCT TGGAGTGAGG CCAAAGAACC AGGTTCAGGA GGATAAAGCA 
AAGAAAACAG GAGACAAAAG AAAGAAGAAA AGAATCAAGA AAACTGTGGT GAAAGAAGAT 
TTGCGGCTTT CCAGCGATCA TCGCAAGCGG CCCCCTCCTC TACCTGCCGT TCAGCCTGAA 
GCCTGTAATG AACTTGGCAC AAGTTGTAAC ACCGCTGACC AGGCACTTAA GCTGACTGGC 
ACGTCGCCTC TCAATAGTGC TCTGCCGTGG ACATATTCTC CACTCCAGCC TGGCTTGACT 
ATAAGCAATA GTGCCTAA