KANSL1 cDNA ORF clone, Galeopterus variegatus(Sunda flying lemur)

Gene
Clones
gRNAs

Summary

Gene Symbol	KANSL1
Entrez Gene ID	103598653
Full Name	KAT8 regulatory NSL complex subunit 1
Gene Type	protein-coding
Organism	Galeopterus variegatus(Sunda flying lemur)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008582692.1	XP_008580914.1	KAT8 regulatory NSL complex subunit 1
XM_008582691.1	XP_008580913.1	KAT8 regulatory NSL complex subunit 1

Pathways from BioSystems
Gene Ontology

The following KANSL1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KANSL1 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
OGa109992	XM_008582692.1 Latest version!	Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OGa109992	XM_008582691.1 Latest version!	Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

KANSL1 ( XM_008582692.1 ) cDNA ORF clone, Galeopterus variegatus(Sunda flying lemur) -> XP_008580914.1 Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OGa109992
Clone ID Related Accession (Same CDS sequence)	XM_008582692.1 , XM_008582691.1
Accession Version	XM_008582692.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3318bp) 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	2014-07-21
Organism	Galeopterus variegatus(Sunda flying lemur)
Product	KAT8 regulatory NSL complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007728809.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Galeopterus variegatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCGA TGGCGCCCGC TCTCACCGAT GCAGCAGCTG AAGCACACCA CATCCGGTTC 
AAACTGGCTC CCCCATCATC CACCTTGTCC CCTGGCAGTG CCGAAAATAA CGGCAACGCC 
AACATCCTTA TTGCTGCCAA CGGAACCAAA AGAAAAGCCA TTGCTGCAGA GGATCCCAGT 
CTAGACTTCC GAAATAATCC TACCAAGGAA GACTTGGGAA AGCTGCAACC ACTGGTGGCT 
TCTTATCTCT GCTCTGATGT AACACCTGTT CCCTCAAAGG AATCTTTGAA ATTGCAAGGG 
GTCTTCAGCA AGCAGACAGT CCTTAAATCT CATTCTCTCT TGTCTCAGTC CTATGAACTC 
CGAGCTGAGC TGTTGGGGAG ACAGCCAGTG TTGGAGTTTT CCTTAGAAAA TCTTAGAACC 
ATGAATACTA GTGGTCAGAC AGCTCTGCCA CAAGCACCTG TAAATGGGTT AGCTAAGAAA 
TTGACTAAAA GTTCAACACA TTCTGATCAT GACAATTCCA GTTCCCTCAA TGGGGGAAAA 
CGAGCTCCCA TTTCATCTGC TCTTCAGGGT GGTGAAGTGG GGGGATCTGA ATCTGGGGAC 
TTGAAGGGGG GTATGACCAA TTGCACTCTT CCACATAGAA GCCTTGATGT AGAACACACG 
ATTATATATA GCAATAATAG CACTGCAAAC AAATCTTCTA TCAATTCCAT GGAACAGCCA 
GCACTTCAGG GTAGCAGTAG GTTATCACCT GGTATAGACT CCAGCTCTAA TTTGGGGGGT 
GTCAAGTTAG AGGGTAAAAA GTCTCCCCTG TCTTCCATTC TTTTCAGTGC TTTAGATTCT 
GACACAAGAA TAACAGCTTT ACTGCGGCGG CAGGCTGATA TTGAGAGCCG TGCCCGCAGG 
TTACAGAAGC GCTTACAGGT AGTGCAAGCC AAGCAGGTGG AGAGGCATAT ACAGCATCAG 
CTGGGTGGAT TTTTGGAGAA GACTTTGAGC AAACTGCCAA ACTTGGAATC CTTGAGACCC 
CGGAGCCAGT TGATGCTGAC TCGAAAGGCT GAAGCTGCCT TGAGGAAAGC TGCCAATGAG 
ACCACCACTT CAGAGGGCCT TAGCAACTTC TTGAAAAGTG ATTCGATTTC AGAAGAATTG 
GAGAGATTTA CAGCTAGTGG CATTGCCAAC TTGAGGTGCA GCGAACAAGC ATTTGATTCA 
GATGTCACTG ACAGTAGTTC AGGAGGGGAG TCTGATATTG AAGAGGAAGA ATTGACCAGA 
GCTGATCCTG AACAGCGTCA TGTACCCTTG AGACGCAGGT CAGAATGGAG ATGGGCTGAA 
GACCGAGCAG CTATTGTCAG CCGCTGGAAC TGGCTTCAGG CTCATGTTTC TGACTTGGAA 
TATCGAATTC GGCAGCAAAC AGATATTTAC AAACAGATAC GTGCTAATAA GGGTTTGATA 
GTTCTTGGGG AGGCACCTCC CCCAGAGCAT GCAACAACAG ACTTATTTCT TCCACTTAGT 
TCTGAGGTGA AGATAAATCA TGGGACTGAT AAATTGATTG AGTCTGTTTC TCAGCCATTG 
GAGAACCATG GTGCCCCAGT TACTGGTCAT ATTTCAGAGT CATTGTCTGC CAAATCATGT 
GGAGGGTTGA GACCTGTCAA TGGAGTTATT AACACTCTTC AGCCTGTCTT GACAGACCAC 
ATTCCAGGTG ACAGCTCTGA TGCTGAGGAA CAGTTACATA AAAAGCAGCG ACTGAATCTA 
GTTTCTTCAT CATCTGATGG CACCTGTGTG GCAGCCCGAA CACGTCCTGT ACTGAACTGT 
AAGAAACGGA GGCTTGTTCG ACCCAACAAC ATTGTTCCTC TTTCCAAGAA GGTTCACCGG 
AACAGCACAA TTCGCTCTGG CTGTGATGTG AATCCCTCTT GTGCACTGTG TGGTTCAGGC 
AGTGTGAACA CCATGCCTCC TGAAATCCAC TATGAAGCCC CTCTGTTGGA ACGTCTTTCC 
CAGTTGGACT TTTGTGTTCA CCCTGTTCTA GCATTTCCAG ATGATGTTCC CACAAGCCTG 
TACTTCCAGA GCATGCTGAA ATCTCAATGG CAAAACAAGC CCTTTGACAA AATCAAACCT 
CCCAAAAAGT TTTCACTTAA GCACAGAACA CCCATGCCAG GCAGTCTGCC AGATCCATCT 
CGTAAAGACA GGCACAAGTT GGTCAACTCC TTCCTAACAA CAGCCAAGCT GTCCCATCAC 
CAAACCCGGC CTGACAGGAC TCACAGGCAG CACTTAGACG ATGTGGGGGC CGTGCCCATG 
GTGGAGCGAG TGACAGCGCC AAAAGCAGAG CGCTTGCTCA ACCCACCGCC ACCTGTGCAT 
GACCCAAACC ACAGCAAAAT GAGATTGCGA GACCATTCAT CTGAGAGAAG TGAAGTGTTG 
AAGCATCACA CAGACATGAG CAGTTCAAGC TACTTGGCGG CCACCCACCA TCCACCTCAC 
AGTCCCTTGG TGCGACAACT CTCCACCTCA TCAGACACCT CCACACCCAC CAGCTCTAGC 
TCACAGGTCA CAGCTAGCAC ATCTCAGCCG ATAAGGAGGA GAAGGGGAGA GAGCTCGTTC 
GATATTAACA ACATTGTCAT CCCAATGTCT GTTGCTGCAA CAACCCGTGT AGAGAAACTA 
CAATACAAGG AAATCCTTAC TCCCAGCTGG CGGGAGGTTG ATCTTCAGTC TCTGAAGGGA 
AGTCCTGAAG AAGAGAACGA GGAGATCGAG GACCTATCCG ATGCAGCCTT CGCTGCTCTG 
CATGCCAAAT GTGAGGAGAT GGAGAGGGCA CGGTGGCTGT GGACCACGAG CGTGCCACCC 
CAGCGGCGGG GCAGCAGGTC TTATAGGTCA TCAGACGGCC GGACAACCCC TCAGCTAGGC 
AGTGCCAACC CCTCCACCCC CCAGCCTGCC TCCCCTGATG TCAGTAGTAG CCACTCTTTG 
TTGGAGTTCT CCCATGGTCA GTCCCCCAGG AGCCCCATTA GCCCGGAACT GCACTCGGCA 
CCCCTCACCC CTGTGGCTCG GGATGCTCTG CGACACTTAG CCAGTGAAGA CACCCGTTGT 
TCCACGCCAG AGCTGGGGCT GGATGAACAG TCCGTCCAGC CATGGGAGCG GCGGACCTTC 
CCCCTGGCGT ACAGTCCCCA GGCAGAGTGT GAGGACCAGC TGGATCCACA GGAACGGGCA 
GCTCGCTGCA CTCGGCGCAC CTCAGGCAGC AAGACTGGCC GGGAGACGGA GGTGGCACCC 
ACCTCGCCTC CCATTGTCCC CCTCAAAAGT CGGCATCTGG CGGCAACAGT CACAGCTCAG 
CGCCCAACTC ACAGATGA

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

RefSeq	XP_008580914.1
CDS	179..3496
Translation	MAAMAPALTDAAAEAHHIRFKLAPPSSTLSPGSAENNGNANILIAANGTKRKAIAAEDPSLDFRNNPTKEDLGKLQPLVASYLCSDVTPVPSKESLKLQGVFSKQTVLKSHSLLSQSYELRAELLGRQPVLEFSLENLRTMNTSGQTALPQAPVNGLAKKLTKSSTHSDHDNSSSLNGGKRAPISSALQGGEVGGSESGDLKGGMTNCTLPHRSLDVEHTIIYSNNSTANKSSINSMEQPALQGSSRLSPGIDSSSNLGGVKLEGKKSPLSSILFSALDSDTRITALLRRQADIESRARRLQKRLQVVQAKQVERHIQHQLGGFLEKTLSKLPNLESLRPRSQLMLTRKAEAALRKAANETTTSEGLSNFLKSDSISEELERFTASGIANLRCSEQAFDSDVTDSSSGGESDIEEEELTRADPEQRHVPLRRRSEWRWAEDRAAIVSRWNWLQAHVSDLEYRIRQQTDIYKQIRANKGLIVLGEAPPPEHATTDLFLPLSSEVKINHGTDKLIESVSQPLENHGAPVTGHISESLSAKSCGGLRPVNGVINTLQPVLTDHIPGDSSDAEEQLHKKQRLNLVSSSSDGTCVAARTRPVLNCKKRRLVRPNNIVPLSKKVHRNSTIRSGCDVNPSCALCGSGSVNTMPPEIHYEAPLLERLSQLDFCVHPVLAFPDDVPTSLYFQSMLKSQWQNKPFDKIKPPKKFSLKHRTPMPGSLPDPSRKDRHKLVNSFLTTAKLSHHQTRPDRTHRQHLDDVGAVPMVERVTAPKAERLLNPPPPVHDPNHSKMRLRDHSSERSEVLKHHTDMSSSSYLAATHHPPHSPLVRQLSTSSDTSTPTSSSSQVTASTSQPIRRRRGESSFDINNIVIPMSVAATTRVEKLQYKEILTPSWREVDLQSLKGSPEEENEEIEDLSDAAFAALHAKCEEMERARWLWTTSVPPQRRGSRSYRSSDGRTTPQLGSANPSTPQPASPDVSSSHSLLEFSHGQSPRSPISPELHSAPLTPVARDALRHLASEDTRCSTPELGLDEQSVQPWERRTFPLAYSPQAECEDQLDPQERAARCTRRTSGSKTGRETEVAPTSPPIVPLKSRHLAATVTAQRPTHR

Target ORF information:

RefSeq Version	XM_008582692.1
Organism	Galeopterus variegatus(Sunda flying lemur)
Definition	Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X2, mRNA.

Target ORF information:

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

XM_008582692.1

ORF Insert Sequence:

ATGGCTGCGA TGGCGCCCGC TCTCACCGAT GCAGCAGCTG AAGCACACCA CATCCGGTTC 
AAACTGGCTC CCCCATCATC CACCTTGTCC CCTGGCAGTG CCGAAAATAA CGGCAACGCC 
AACATCCTTA TTGCTGCCAA CGGAACCAAA AGAAAAGCCA TTGCTGCAGA GGATCCCAGT 
CTAGACTTCC GAAATAATCC TACCAAGGAA GACTTGGGAA AGCTGCAACC ACTGGTGGCT 
TCTTATCTCT GCTCTGATGT AACACCTGTT CCCTCAAAGG AATCTTTGAA ATTGCAAGGG 
GTCTTCAGCA AGCAGACAGT CCTTAAATCT CATTCTCTCT TGTCTCAGTC CTATGAACTC 
CGAGCTGAGC TGTTGGGGAG ACAGCCAGTG TTGGAGTTTT CCTTAGAAAA TCTTAGAACC 
ATGAATACTA GTGGTCAGAC AGCTCTGCCA CAAGCACCTG TAAATGGGTT AGCTAAGAAA 
TTGACTAAAA GTTCAACACA TTCTGATCAT GACAATTCCA GTTCCCTCAA TGGGGGAAAA 
CGAGCTCCCA TTTCATCTGC TCTTCAGGGT GGTGAAGTGG GGGGATCTGA ATCTGGGGAC 
TTGAAGGGGG GTATGACCAA TTGCACTCTT CCACATAGAA GCCTTGATGT AGAACACACG 
ATTATATATA GCAATAATAG CACTGCAAAC AAATCTTCTA TCAATTCCAT GGAACAGCCA 
GCACTTCAGG GTAGCAGTAG GTTATCACCT GGTATAGACT CCAGCTCTAA TTTGGGGGGT 
GTCAAGTTAG AGGGTAAAAA GTCTCCCCTG TCTTCCATTC TTTTCAGTGC TTTAGATTCT 
GACACAAGAA TAACAGCTTT ACTGCGGCGG CAGGCTGATA TTGAGAGCCG TGCCCGCAGG 
TTACAGAAGC GCTTACAGGT AGTGCAAGCC AAGCAGGTGG AGAGGCATAT ACAGCATCAG 
CTGGGTGGAT TTTTGGAGAA GACTTTGAGC AAACTGCCAA ACTTGGAATC CTTGAGACCC 
CGGAGCCAGT TGATGCTGAC TCGAAAGGCT GAAGCTGCCT TGAGGAAAGC TGCCAATGAG 
ACCACCACTT CAGAGGGCCT TAGCAACTTC TTGAAAAGTG ATTCGATTTC AGAAGAATTG 
GAGAGATTTA CAGCTAGTGG CATTGCCAAC TTGAGGTGCA GCGAACAAGC ATTTGATTCA 
GATGTCACTG ACAGTAGTTC AGGAGGGGAG TCTGATATTG AAGAGGAAGA ATTGACCAGA 
GCTGATCCTG AACAGCGTCA TGTACCCTTG AGACGCAGGT CAGAATGGAG ATGGGCTGAA 
GACCGAGCAG CTATTGTCAG CCGCTGGAAC TGGCTTCAGG CTCATGTTTC TGACTTGGAA 
TATCGAATTC GGCAGCAAAC AGATATTTAC AAACAGATAC GTGCTAATAA GGGTTTGATA 
GTTCTTGGGG AGGCACCTCC CCCAGAGCAT GCAACAACAG ACTTATTTCT TCCACTTAGT 
TCTGAGGTGA AGATAAATCA TGGGACTGAT AAATTGATTG AGTCTGTTTC TCAGCCATTG 
GAGAACCATG GTGCCCCAGT TACTGGTCAT ATTTCAGAGT CATTGTCTGC CAAATCATGT 
GGAGGGTTGA GACCTGTCAA TGGAGTTATT AACACTCTTC AGCCTGTCTT GACAGACCAC 
ATTCCAGGTG ACAGCTCTGA TGCTGAGGAA CAGTTACATA AAAAGCAGCG ACTGAATCTA 
GTTTCTTCAT CATCTGATGG CACCTGTGTG GCAGCCCGAA CACGTCCTGT ACTGAACTGT 
AAGAAACGGA GGCTTGTTCG ACCCAACAAC ATTGTTCCTC TTTCCAAGAA GGTTCACCGG 
AACAGCACAA TTCGCTCTGG CTGTGATGTG AATCCCTCTT GTGCACTGTG TGGTTCAGGC 
AGTGTGAACA CCATGCCTCC TGAAATCCAC TATGAAGCCC CTCTGTTGGA ACGTCTTTCC 
CAGTTGGACT TTTGTGTTCA CCCTGTTCTA GCATTTCCAG ATGATGTTCC CACAAGCCTG 
TACTTCCAGA GCATGCTGAA ATCTCAATGG CAAAACAAGC CCTTTGACAA AATCAAACCT 
CCCAAAAAGT TTTCACTTAA GCACAGAACA CCCATGCCAG GCAGTCTGCC AGATCCATCT 
CGTAAAGACA GGCACAAGTT GGTCAACTCC TTCCTAACAA CAGCCAAGCT GTCCCATCAC 
CAAACCCGGC CTGACAGGAC TCACAGGCAG CACTTAGACG ATGTGGGGGC CGTGCCCATG 
GTGGAGCGAG TGACAGCGCC AAAAGCAGAG CGCTTGCTCA ACCCACCGCC ACCTGTGCAT 
GACCCAAACC ACAGCAAAAT GAGATTGCGA GACCATTCAT CTGAGAGAAG TGAAGTGTTG 
AAGCATCACA CAGACATGAG CAGTTCAAGC TACTTGGCGG CCACCCACCA TCCACCTCAC 
AGTCCCTTGG TGCGACAACT CTCCACCTCA TCAGACACCT CCACACCCAC CAGCTCTAGC 
TCACAGGTCA CAGCTAGCAC ATCTCAGCCG ATAAGGAGGA GAAGGGGAGA GAGCTCGTTC 
GATATTAACA ACATTGTCAT CCCAATGTCT GTTGCTGCAA CAACCCGTGT AGAGAAACTA 
CAATACAAGG AAATCCTTAC TCCCAGCTGG CGGGAGGTTG ATCTTCAGTC TCTGAAGGGA 
AGTCCTGAAG AAGAGAACGA GGAGATCGAG GACCTATCCG ATGCAGCCTT CGCTGCTCTG 
CATGCCAAAT GTGAGGAGAT GGAGAGGGCA CGGTGGCTGT GGACCACGAG CGTGCCACCC 
CAGCGGCGGG GCAGCAGGTC TTATAGGTCA TCAGACGGCC GGACAACCCC TCAGCTAGGC 
AGTGCCAACC CCTCCACCCC CCAGCCTGCC TCCCCTGATG TCAGTAGTAG CCACTCTTTG 
TTGGAGTTCT CCCATGGTCA GTCCCCCAGG AGCCCCATTA GCCCGGAACT GCACTCGGCA 
CCCCTCACCC CTGTGGCTCG GGATGCTCTG CGACACTTAG CCAGTGAAGA CACCCGTTGT 
TCCACGCCAG AGCTGGGGCT GGATGAACAG TCCGTCCAGC CATGGGAGCG GCGGACCTTC 
CCCCTGGCGT ACAGTCCCCA GGCAGAGTGT GAGGACCAGC TGGATCCACA GGAACGGGCA 
GCTCGCTGCA CTCGGCGCAC CTCAGGCAGC AAGACTGGCC GGGAGACGGA GGTGGCACCC 
ACCTCGCCTC CCATTGTCCC CCTCAAAAGT CGGCATCTGG CGGCAACAGT CACAGCTCAG 
CGCCCAACTC ACAGATGA

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

KANSL1 ( XM_008582691.1 ) cDNA ORF clone, Galeopterus variegatus(Sunda flying lemur) -> XP_008580913.1 Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OGa109992
Clone ID Related Accession (Same CDS sequence)	XM_008582692.1 , XM_008582691.1
Accession Version	XM_008582691.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3318bp) 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	2014-07-21
Organism	Galeopterus variegatus(Sunda flying lemur)
Product	KAT8 regulatory NSL complex subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_007728809.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Galeopterus variegatus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCGA TGGCGCCCGC TCTCACCGAT GCAGCAGCTG AAGCACACCA CATCCGGTTC 
AAACTGGCTC CCCCATCATC CACCTTGTCC CCTGGCAGTG CCGAAAATAA CGGCAACGCC 
AACATCCTTA TTGCTGCCAA CGGAACCAAA AGAAAAGCCA TTGCTGCAGA GGATCCCAGT 
CTAGACTTCC GAAATAATCC TACCAAGGAA GACTTGGGAA AGCTGCAACC ACTGGTGGCT 
TCTTATCTCT GCTCTGATGT AACACCTGTT CCCTCAAAGG AATCTTTGAA ATTGCAAGGG 
GTCTTCAGCA AGCAGACAGT CCTTAAATCT CATTCTCTCT TGTCTCAGTC CTATGAACTC 
CGAGCTGAGC TGTTGGGGAG ACAGCCAGTG TTGGAGTTTT CCTTAGAAAA TCTTAGAACC 
ATGAATACTA GTGGTCAGAC AGCTCTGCCA CAAGCACCTG TAAATGGGTT AGCTAAGAAA 
TTGACTAAAA GTTCAACACA TTCTGATCAT GACAATTCCA GTTCCCTCAA TGGGGGAAAA 
CGAGCTCCCA TTTCATCTGC TCTTCAGGGT GGTGAAGTGG GGGGATCTGA ATCTGGGGAC 
TTGAAGGGGG GTATGACCAA TTGCACTCTT CCACATAGAA GCCTTGATGT AGAACACACG 
ATTATATATA GCAATAATAG CACTGCAAAC AAATCTTCTA TCAATTCCAT GGAACAGCCA 
GCACTTCAGG GTAGCAGTAG GTTATCACCT GGTATAGACT CCAGCTCTAA TTTGGGGGGT 
GTCAAGTTAG AGGGTAAAAA GTCTCCCCTG TCTTCCATTC TTTTCAGTGC TTTAGATTCT 
GACACAAGAA TAACAGCTTT ACTGCGGCGG CAGGCTGATA TTGAGAGCCG TGCCCGCAGG 
TTACAGAAGC GCTTACAGGT AGTGCAAGCC AAGCAGGTGG AGAGGCATAT ACAGCATCAG 
CTGGGTGGAT TTTTGGAGAA GACTTTGAGC AAACTGCCAA ACTTGGAATC CTTGAGACCC 
CGGAGCCAGT TGATGCTGAC TCGAAAGGCT GAAGCTGCCT TGAGGAAAGC TGCCAATGAG 
ACCACCACTT CAGAGGGCCT TAGCAACTTC TTGAAAAGTG ATTCGATTTC AGAAGAATTG 
GAGAGATTTA CAGCTAGTGG CATTGCCAAC TTGAGGTGCA GCGAACAAGC ATTTGATTCA 
GATGTCACTG ACAGTAGTTC AGGAGGGGAG TCTGATATTG AAGAGGAAGA ATTGACCAGA 
GCTGATCCTG AACAGCGTCA TGTACCCTTG AGACGCAGGT CAGAATGGAG ATGGGCTGAA 
GACCGAGCAG CTATTGTCAG CCGCTGGAAC TGGCTTCAGG CTCATGTTTC TGACTTGGAA 
TATCGAATTC GGCAGCAAAC AGATATTTAC AAACAGATAC GTGCTAATAA GGGTTTGATA 
GTTCTTGGGG AGGCACCTCC CCCAGAGCAT GCAACAACAG ACTTATTTCT TCCACTTAGT 
TCTGAGGTGA AGATAAATCA TGGGACTGAT AAATTGATTG AGTCTGTTTC TCAGCCATTG 
GAGAACCATG GTGCCCCAGT TACTGGTCAT ATTTCAGAGT CATTGTCTGC CAAATCATGT 
GGAGGGTTGA GACCTGTCAA TGGAGTTATT AACACTCTTC AGCCTGTCTT GACAGACCAC 
ATTCCAGGTG ACAGCTCTGA TGCTGAGGAA CAGTTACATA AAAAGCAGCG ACTGAATCTA 
GTTTCTTCAT CATCTGATGG CACCTGTGTG GCAGCCCGAA CACGTCCTGT ACTGAACTGT 
AAGAAACGGA GGCTTGTTCG ACCCAACAAC ATTGTTCCTC TTTCCAAGAA GGTTCACCGG 
AACAGCACAA TTCGCTCTGG CTGTGATGTG AATCCCTCTT GTGCACTGTG TGGTTCAGGC 
AGTGTGAACA CCATGCCTCC TGAAATCCAC TATGAAGCCC CTCTGTTGGA ACGTCTTTCC 
CAGTTGGACT TTTGTGTTCA CCCTGTTCTA GCATTTCCAG ATGATGTTCC CACAAGCCTG 
TACTTCCAGA GCATGCTGAA ATCTCAATGG CAAAACAAGC CCTTTGACAA AATCAAACCT 
CCCAAAAAGT TTTCACTTAA GCACAGAACA CCCATGCCAG GCAGTCTGCC AGATCCATCT 
CGTAAAGACA GGCACAAGTT GGTCAACTCC TTCCTAACAA CAGCCAAGCT GTCCCATCAC 
CAAACCCGGC CTGACAGGAC TCACAGGCAG CACTTAGACG ATGTGGGGGC CGTGCCCATG 
GTGGAGCGAG TGACAGCGCC AAAAGCAGAG CGCTTGCTCA ACCCACCGCC ACCTGTGCAT 
GACCCAAACC ACAGCAAAAT GAGATTGCGA GACCATTCAT CTGAGAGAAG TGAAGTGTTG 
AAGCATCACA CAGACATGAG CAGTTCAAGC TACTTGGCGG CCACCCACCA TCCACCTCAC 
AGTCCCTTGG TGCGACAACT CTCCACCTCA TCAGACACCT CCACACCCAC CAGCTCTAGC 
TCACAGGTCA CAGCTAGCAC ATCTCAGCCG ATAAGGAGGA GAAGGGGAGA GAGCTCGTTC 
GATATTAACA ACATTGTCAT CCCAATGTCT GTTGCTGCAA CAACCCGTGT AGAGAAACTA 
CAATACAAGG AAATCCTTAC TCCCAGCTGG CGGGAGGTTG ATCTTCAGTC TCTGAAGGGA 
AGTCCTGAAG AAGAGAACGA GGAGATCGAG GACCTATCCG ATGCAGCCTT CGCTGCTCTG 
CATGCCAAAT GTGAGGAGAT GGAGAGGGCA CGGTGGCTGT GGACCACGAG CGTGCCACCC 
CAGCGGCGGG GCAGCAGGTC TTATAGGTCA TCAGACGGCC GGACAACCCC TCAGCTAGGC 
AGTGCCAACC CCTCCACCCC CCAGCCTGCC TCCCCTGATG TCAGTAGTAG CCACTCTTTG 
TTGGAGTTCT CCCATGGTCA GTCCCCCAGG AGCCCCATTA GCCCGGAACT GCACTCGGCA 
CCCCTCACCC CTGTGGCTCG GGATGCTCTG CGACACTTAG CCAGTGAAGA CACCCGTTGT 
TCCACGCCAG AGCTGGGGCT GGATGAACAG TCCGTCCAGC CATGGGAGCG GCGGACCTTC 
CCCCTGGCGT ACAGTCCCCA GGCAGAGTGT GAGGACCAGC TGGATCCACA GGAACGGGCA 
GCTCGCTGCA CTCGGCGCAC CTCAGGCAGC AAGACTGGCC GGGAGACGGA GGTGGCACCC 
ACCTCGCCTC CCATTGTCCC CCTCAAAAGT CGGCATCTGG CGGCAACAGT CACAGCTCAG 
CGCCCAACTC ACAGATGA

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

RefSeq	XP_008580913.1
CDS	313..3630
Translation	MAAMAPALTDAAAEAHHIRFKLAPPSSTLSPGSAENNGNANILIAANGTKRKAIAAEDPSLDFRNNPTKEDLGKLQPLVASYLCSDVTPVPSKESLKLQGVFSKQTVLKSHSLLSQSYELRAELLGRQPVLEFSLENLRTMNTSGQTALPQAPVNGLAKKLTKSSTHSDHDNSSSLNGGKRAPISSALQGGEVGGSESGDLKGGMTNCTLPHRSLDVEHTIIYSNNSTANKSSINSMEQPALQGSSRLSPGIDSSSNLGGVKLEGKKSPLSSILFSALDSDTRITALLRRQADIESRARRLQKRLQVVQAKQVERHIQHQLGGFLEKTLSKLPNLESLRPRSQLMLTRKAEAALRKAANETTTSEGLSNFLKSDSISEELERFTASGIANLRCSEQAFDSDVTDSSSGGESDIEEEELTRADPEQRHVPLRRRSEWRWAEDRAAIVSRWNWLQAHVSDLEYRIRQQTDIYKQIRANKGLIVLGEAPPPEHATTDLFLPLSSEVKINHGTDKLIESVSQPLENHGAPVTGHISESLSAKSCGGLRPVNGVINTLQPVLTDHIPGDSSDAEEQLHKKQRLNLVSSSSDGTCVAARTRPVLNCKKRRLVRPNNIVPLSKKVHRNSTIRSGCDVNPSCALCGSGSVNTMPPEIHYEAPLLERLSQLDFCVHPVLAFPDDVPTSLYFQSMLKSQWQNKPFDKIKPPKKFSLKHRTPMPGSLPDPSRKDRHKLVNSFLTTAKLSHHQTRPDRTHRQHLDDVGAVPMVERVTAPKAERLLNPPPPVHDPNHSKMRLRDHSSERSEVLKHHTDMSSSSYLAATHHPPHSPLVRQLSTSSDTSTPTSSSSQVTASTSQPIRRRRGESSFDINNIVIPMSVAATTRVEKLQYKEILTPSWREVDLQSLKGSPEEENEEIEDLSDAAFAALHAKCEEMERARWLWTTSVPPQRRGSRSYRSSDGRTTPQLGSANPSTPQPASPDVSSSHSLLEFSHGQSPRSPISPELHSAPLTPVARDALRHLASEDTRCSTPELGLDEQSVQPWERRTFPLAYSPQAECEDQLDPQERAARCTRRTSGSKTGRETEVAPTSPPIVPLKSRHLAATVTAQRPTHR

Target ORF information:

RefSeq Version	XM_008582691.1
Organism	Galeopterus variegatus(Sunda flying lemur)
Definition	Galeopterus variegatus KAT8 regulatory NSL complex subunit 1 (KANSL1), transcript variant X1, mRNA.

Target ORF information:

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

XM_008582691.1

ORF Insert Sequence:

ATGGCTGCGA TGGCGCCCGC TCTCACCGAT GCAGCAGCTG AAGCACACCA CATCCGGTTC 
AAACTGGCTC CCCCATCATC CACCTTGTCC CCTGGCAGTG CCGAAAATAA CGGCAACGCC 
AACATCCTTA TTGCTGCCAA CGGAACCAAA AGAAAAGCCA TTGCTGCAGA GGATCCCAGT 
CTAGACTTCC GAAATAATCC TACCAAGGAA GACTTGGGAA AGCTGCAACC ACTGGTGGCT 
TCTTATCTCT GCTCTGATGT AACACCTGTT CCCTCAAAGG AATCTTTGAA ATTGCAAGGG 
GTCTTCAGCA AGCAGACAGT CCTTAAATCT CATTCTCTCT TGTCTCAGTC CTATGAACTC 
CGAGCTGAGC TGTTGGGGAG ACAGCCAGTG TTGGAGTTTT CCTTAGAAAA TCTTAGAACC 
ATGAATACTA GTGGTCAGAC AGCTCTGCCA CAAGCACCTG TAAATGGGTT AGCTAAGAAA 
TTGACTAAAA GTTCAACACA TTCTGATCAT GACAATTCCA GTTCCCTCAA TGGGGGAAAA 
CGAGCTCCCA TTTCATCTGC TCTTCAGGGT GGTGAAGTGG GGGGATCTGA ATCTGGGGAC 
TTGAAGGGGG GTATGACCAA TTGCACTCTT CCACATAGAA GCCTTGATGT AGAACACACG 
ATTATATATA GCAATAATAG CACTGCAAAC AAATCTTCTA TCAATTCCAT GGAACAGCCA 
GCACTTCAGG GTAGCAGTAG GTTATCACCT GGTATAGACT CCAGCTCTAA TTTGGGGGGT 
GTCAAGTTAG AGGGTAAAAA GTCTCCCCTG TCTTCCATTC TTTTCAGTGC TTTAGATTCT 
GACACAAGAA TAACAGCTTT ACTGCGGCGG CAGGCTGATA TTGAGAGCCG TGCCCGCAGG 
TTACAGAAGC GCTTACAGGT AGTGCAAGCC AAGCAGGTGG AGAGGCATAT ACAGCATCAG 
CTGGGTGGAT TTTTGGAGAA GACTTTGAGC AAACTGCCAA ACTTGGAATC CTTGAGACCC 
CGGAGCCAGT TGATGCTGAC TCGAAAGGCT GAAGCTGCCT TGAGGAAAGC TGCCAATGAG 
ACCACCACTT CAGAGGGCCT TAGCAACTTC TTGAAAAGTG ATTCGATTTC AGAAGAATTG 
GAGAGATTTA CAGCTAGTGG CATTGCCAAC TTGAGGTGCA GCGAACAAGC ATTTGATTCA 
GATGTCACTG ACAGTAGTTC AGGAGGGGAG TCTGATATTG AAGAGGAAGA ATTGACCAGA 
GCTGATCCTG AACAGCGTCA TGTACCCTTG AGACGCAGGT CAGAATGGAG ATGGGCTGAA 
GACCGAGCAG CTATTGTCAG CCGCTGGAAC TGGCTTCAGG CTCATGTTTC TGACTTGGAA 
TATCGAATTC GGCAGCAAAC AGATATTTAC AAACAGATAC GTGCTAATAA GGGTTTGATA 
GTTCTTGGGG AGGCACCTCC CCCAGAGCAT GCAACAACAG ACTTATTTCT TCCACTTAGT 
TCTGAGGTGA AGATAAATCA TGGGACTGAT AAATTGATTG AGTCTGTTTC TCAGCCATTG 
GAGAACCATG GTGCCCCAGT TACTGGTCAT ATTTCAGAGT CATTGTCTGC CAAATCATGT 
GGAGGGTTGA GACCTGTCAA TGGAGTTATT AACACTCTTC AGCCTGTCTT GACAGACCAC 
ATTCCAGGTG ACAGCTCTGA TGCTGAGGAA CAGTTACATA AAAAGCAGCG ACTGAATCTA 
GTTTCTTCAT CATCTGATGG CACCTGTGTG GCAGCCCGAA CACGTCCTGT ACTGAACTGT 
AAGAAACGGA GGCTTGTTCG ACCCAACAAC ATTGTTCCTC TTTCCAAGAA GGTTCACCGG 
AACAGCACAA TTCGCTCTGG CTGTGATGTG AATCCCTCTT GTGCACTGTG TGGTTCAGGC 
AGTGTGAACA CCATGCCTCC TGAAATCCAC TATGAAGCCC CTCTGTTGGA ACGTCTTTCC 
CAGTTGGACT TTTGTGTTCA CCCTGTTCTA GCATTTCCAG ATGATGTTCC CACAAGCCTG 
TACTTCCAGA GCATGCTGAA ATCTCAATGG CAAAACAAGC CCTTTGACAA AATCAAACCT 
CCCAAAAAGT TTTCACTTAA GCACAGAACA CCCATGCCAG GCAGTCTGCC AGATCCATCT 
CGTAAAGACA GGCACAAGTT GGTCAACTCC TTCCTAACAA CAGCCAAGCT GTCCCATCAC 
CAAACCCGGC CTGACAGGAC TCACAGGCAG CACTTAGACG ATGTGGGGGC CGTGCCCATG 
GTGGAGCGAG TGACAGCGCC AAAAGCAGAG CGCTTGCTCA ACCCACCGCC ACCTGTGCAT 
GACCCAAACC ACAGCAAAAT GAGATTGCGA GACCATTCAT CTGAGAGAAG TGAAGTGTTG 
AAGCATCACA CAGACATGAG CAGTTCAAGC TACTTGGCGG CCACCCACCA TCCACCTCAC 
AGTCCCTTGG TGCGACAACT CTCCACCTCA TCAGACACCT CCACACCCAC CAGCTCTAGC 
TCACAGGTCA CAGCTAGCAC ATCTCAGCCG ATAAGGAGGA GAAGGGGAGA GAGCTCGTTC 
GATATTAACA ACATTGTCAT CCCAATGTCT GTTGCTGCAA CAACCCGTGT AGAGAAACTA 
CAATACAAGG AAATCCTTAC TCCCAGCTGG CGGGAGGTTG ATCTTCAGTC TCTGAAGGGA 
AGTCCTGAAG AAGAGAACGA GGAGATCGAG GACCTATCCG ATGCAGCCTT CGCTGCTCTG 
CATGCCAAAT GTGAGGAGAT GGAGAGGGCA CGGTGGCTGT GGACCACGAG CGTGCCACCC 
CAGCGGCGGG GCAGCAGGTC TTATAGGTCA TCAGACGGCC GGACAACCCC TCAGCTAGGC 
AGTGCCAACC CCTCCACCCC CCAGCCTGCC TCCCCTGATG TCAGTAGTAG CCACTCTTTG 
TTGGAGTTCT CCCATGGTCA GTCCCCCAGG AGCCCCATTA GCCCGGAACT GCACTCGGCA 
CCCCTCACCC CTGTGGCTCG GGATGCTCTG CGACACTTAG CCAGTGAAGA CACCCGTTGT 
TCCACGCCAG AGCTGGGGCT GGATGAACAG TCCGTCCAGC CATGGGAGCG GCGGACCTTC 
CCCCTGGCGT ACAGTCCCCA GGCAGAGTGT GAGGACCAGC TGGATCCACA GGAACGGGCA 
GCTCGCTGCA CTCGGCGCAC CTCAGGCAGC AAGACTGGCC GGGAGACGGA GGTGGCACCC 
ACCTCGCCTC CCATTGTCCC CCTCAAAAGT CGGCATCTGG CGGCAACAGT CACAGCTCAG 
CGCCCAACTC ACAGATGA