DOT1L cDNA ORF clone, Python bivittatus(Burmese python)

Gene
Clones
gRNAs

Summary

Gene Symbol	DOT1L
Entrez Gene ID	103061368
Full Name	DOT1 like histone lysine methyltransferase
Gene Type	protein-coding
Organism	Python bivittatus(Burmese python)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007433999.1	XP_007434061.1	histone-lysine N-methyltransferase, H3 lysine-79 specific
XM_025170365.1	XP_025026133.1	histone-lysine N-methyltransferase, H3 lysine-79 specific

Pathways from BioSystems
Gene Ontology

The following DOT1L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DOT1L 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
OPy11985	XM_007433999.1 Latest version!	Python bivittatus DOT1 like histone H3K79 methyltransferase (DOT1L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OPy129111	XM_025170365.1 Latest version!	Python bivittatus DOT1 like histone lysine methyltransferase (DOT1L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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)

DOT1L ( XM_007433999.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007434061.1 Python bivittatus DOT1 like histone H3K79 methyltransferase (DOT1L), mRNA.

Price & Availability↑

CloneID	OPy11985
Clone ID Related Accession (Same CDS sequence)	XM_007433999.1
Accession Version	XM_007433999.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5223bp) 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	2016-03-10
Organism	Python bivittatus(Burmese python)
Product	histone-lysine N-methyltransferase, H3 lysine-79 specific
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006534402.1) 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 :: Python bivittatus Annotation Release 101 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGATAGCTA GGCTGAAGTC GCCAGTGGGA GCGGAGCCGG CCGTCTACCC CTGGCCCCTG 
CCCGTTTATG ACAAACACCA TGATGCTGCT CACGAAATCA TTGAGACAAT TCGGTGGGTC 
TGTGAAGAAA TTCCAGACCT CAAGCTTGCT ATGGAAAACT ATGTTTTAAT TGACTATGAT 
ACTAAAAGCT TTGAAAGTAT GCAAAGACTT TGTGACAAAT ACAACCGAGC TATTGACAGC 
ATTCACCAAT TGTGGAAAGG AACCACCCAG CCCATGAAAC TGAATACCCG CCCTTCCAAT 
GGGCTTCTGC GCCATATCCT ACAGCAAGTG TATAACCACT CAGTGACGGA TCCAGAAAAA 
CTCAACAACT ATGAACCCTT TTCCCCAGAG GTGTATGGAG AGACTTCTTT TGACTTGGTG 
GCCCAGATGA TAGATGAAAT AAAAATGACT GAAGATGACC TCTTTGTAGA CTTAGGCAGT 
GGTGTGGGTC AAGTTGTGCT CCAGGTGGCT GCAGCAACAA ATTGCAAGCA TCACTATGGT 
GTGGAGAAAG CTGATATTCC GGCCAAATAT GCTGAGACGA TGGACAAAGA ATTCAGAAAG 
TGGATGAAAT GGTATGGGAA AAAACATGCA GATTACACAC TGGAAAGAGG TGACTTCCTC 
TCAGAAGAAT GGCGAGAAAG AATCGCAAAC ACAAGTGTTA TTTTTGTGAA TAACTTTGCC 
TTTGGTCCTG AAGTGGATCA CCAGTTGAAG GAGCGATTCG CAAACATGAA GGAAGGTGGT 
CAGATAGTAT CCTCAAAACC TTTTGCACCA TTAAACTTTA GAATAAACAG TCGAAACTTG 
AGTGATATTG GCACTATAAT GAGAGTTGTA GAATTGTCAC CACTGAAAGG ATCTGTCTCA 
TGGACCGGGA AACCAGTTTC TTACTACCTG CATACTATTG ATCGAACCAT ACTTGAAAAC 
TACTTCTCTA GTCTCAAAAA TCCAAAACTC AGGGAAGAAC AAGAGGCAGC TAGACGTCGA 
CAGCAAAGAG AAAACAAGAG TAACACAACA ACTCCAACAA AAGTCCAAGA AAACAAGGAC 
GATGGTGCTG AAGAAGAGAA GAACCTTGGG GCCAATACTG TCAAAAAGCC ATCTCCATCC 
AAAGCACGCA AGAAGAAGTT GAGCAAAAAG GGAAGGAAAA TGGCAGGCAG GAAGCGTGGG 
CGCCCCAAGA AAATGAATGT TGTGAATGCC GAGCGCAAGA TCAAGAAGAA TCAGACTGCG 
CTGGAACTTC TCCATGCTCA AACTGTATCA CAAACAAATT CATCCTCTCC TCAGGATGCA 
TATAGGTCAC CTCATAGTCC ATTTTACCAG CTACCTCCTA AAGTGCAACG GCATTCATCT 
AACCAGCTCT TGGTTACTCC CACTCCACCT GCACTACAGA AGCTGCTAGA TTCTTTTAAG 
ATCCAATATA TGCAGTTCAT GGCTTATATG AAAACAAATC AATATAAGGC AACTCTTCAG 
CAGTTACTGG AACAGGAAAA GGAAAAAAAT ACTCAGTTAC TGGGAAAGGC TCAGCAGTTG 
TTTACTCACT GTCAGGCTCA GAAAGAAGAA ATCAAACGAC TGTTCCAGCA GAAACTAGAT 
GAGCTGGGTG TTAAGGCACT GACATACAAT GACCTTATCC AAGCCCAGAA AGAGATTTCT 
GCTCACAATC AGCAGCTGAA AGAGCAGACC AAACAGCTGG AGAAAGATAA TGGTGAACTC 
AGGAACCAGA GTTTACAGCT GCTGAAAGCT AGATGTGAAG AACTAAAGCT GGACTGGTCA 
ACACTTTCAC TGGAAAATCT TCTCAAAGAA AAGCAAGCAC TAAAAAATCA GATTTCTGAG 
AAGCAAAAGC ATTGCTTGGA ATTGCAGATC AGCATTGTGG AGCTTGAGAA AAGCCAAAGG 
CAGCAGGAAC TTCTGCAGCT GAAATCATAC ATGCCCTCTG ATGAATCGCT GCCAGCCCAG 
CCACGCCATA AAAACCATCT GAACCGGGAG GCAGACCCTG ACCACAGCAC GTTTCACCTG 
GAGCTAGAGT GCCCCAAGTT CCCTGTGCCC CAGGTCAATG GCATGAGTCC TGAGCTGTCC 
ATAAATGGCC ATGCCACATC TTACGAAATC CACAATGCCC TCGGCCGGCC AGCCTCTAAG 
CAGACTACCC CTCAGTACCC AGCTGCCCAC TTGGACCAAG ACATAGTTCC TTGCACCCCA 
ATCCATAGCT GCAGACAGAA GCTGGACAAA GCCTCAAGTT TATCCCTGCC AGATTATACC 
AGGTTTTCTC CAGCTAAGAT TGCCCTCCGG AGGCATTTGA ACCAAGACCA CATAGGCAGT 
GGGAAAACAG CACCCAGTGA GAACCATCAG AGAGCTGAAC ATTTAAAAGA AAATGGCCTT 
CCGTTTCCAA GCCCTTCAGT ATCAAACGTC ATGAAGATGA GCCCTCTGGA AGCCAGACCT 
CCTTCTCCAG CAGCCTTGCC AGCTGGGAAT GAGAAGGCTT TGCGCGAGAG GACGTCTGCG 
AATAACGGGG AGACGATCAC CAGCCTTCCC ATCAGTATTC CCCTCAGCAC AGTGCAGCCC 
AATAAACTCC CTGTTAGTAT TCCCTTGGCC AGCGTAGTCC TTCCTAGCCG TGTTGAGAAG 
GTGAGAAGCA CACCTAGCCC TGTCCATCAG AACCGAGATT CCTTTTCAAC ACTTGAAAAA 
CAATTTGGTG CTAGTTCTCA TAACAGCGTT AGCGCCGCTG CTGGTAACAA GCCACTGACC 
TTGGCTACCT CAGGTTTTTC TTACATGTCT GGCTCTGTGT CAGTCAGTGG GACTGTTCCA 
AATAGCCCTG GCCCATTGAA TCAGGCTGCT GACCATGCAG CTATGGAGGA GGTATCCAGT 
TCAGGAAGCT TGTTCAACTC AACAGGATCT CGAAGCTCTA CTCCACAGCA TCCCTCTTTG 
CTTACGTCAT CTTCACGGAA TTCTGGGCAA AACTCACCTG CACACCAGCA TTCTGCAAGC 
CCCAGGTTGA ATGGAATCTC CCAGAGCTTG GGAGGGGTAC TGCAGTACAT AGAGACTCAA 
AAAATGTTTG CTGAAAACAC CAGAGGAGAT GTCCCATCCG ACCCTGTCTT TTCTGATCCT 
GAGAGTGAGG GCAAACGAAG GATTATCTTC ACCATCTCCC CTGCCACGGG AACCCTCAAA 
CATTCTCCAT CAAACAAGCA CAGCCCCCTT GCAGCAAGTA TGCGGGCAGA TTGTGGTCAG 
GCATACATGC AAGATGGGAA GAAGCGTGGC CGGAGGAAGC GATCCTCCAC AGGAACACCC 
AGTGTGAACT CCGGGGTGTC ACCAAAACGC AAATCATTGC CCCCAATGGC TGGGCTCTTT 
GCTCAGCCTT CTGGATCTCC CCTTAATATC AGCTCCATGG TCAGTAATAT TAACCAGCCT 
TTAGAAATAA CAGCCATTTC TTCTCCTGAA AACTCCCTGA AGAATTCTCC TGTTCCATAC 
CAGGACAATG ATCAGCCGCC AGTGCTGAAA AAGGAGAAGC CTCTAATTCA GACCAATGGC 
ATCCATTACT CCCCACTAAC TTCTGATGAA GAACAGAGCC TGGAGGACGA CCATAACAGC 
ACGAGAATTG AGAGGAAAAT TGCAACAATA TCACTGGAAA GCAAATCTCC ACAAAAGCCG 
CTGGAAAACA GCATCAACTC AGCTGGGAGG AAGCAAGCTA CTGAAAGCAT GAACAGCAGC 
AAGTGGAAGT CAACCTTTTC TCCAATTTCT GACATCAACC TTTCCAAAAC GGCAGACAGT 
CCTTTGCAAG CGTCGGCATC ATCCCTGAAC CAGAACACCC TCTTTGCCTT CCGACCCTCT 
TCTGATGACA ACCTGGTTGG TGACAAGACT GGCCCACATG CGAGGAAACA CATGACTGCA 
TCTGATGGGC TTGGCCAGAG TACCAGCGCC ATGAATGGAT TTGCTTACAA TGGAGGGCTA 
TCGGCAGATG TCGGTTTACA TAGCTTTACT GATGGTGCTT CACTTTCTCA TAAAACTGCT 
GATGTCGTGA CGGCTCTGGG GGGCTCCTCT GTGGGGTTCC TGGTGCAGCG GAACAAAGAG 
GCCGGAGTCC CTGAGACAAA TCCATTCTTG AGCAAGAGGC AGCTGGAAAG CCTTGGTGGT 
GGGAAAGGGG AAGACTTGAA CTGGTCAGGG CTCAAAGGCA AAGAGGCCAA CGAACTGAGT 
GTCCGCCTGG GAGGCTCTTC AGACAAGGCC TCGGTGCTAA ACAACAAAAT TAGCAAAGGG 
CGAGAGCGGG ATGTAGAGTT CAAGAACGGC CACAACCTGT TCATTGCTGC TGCTGCTGCT 
GCTGCTGCTG CTGCTGCTGT CCCCTCTGGT GGCCTTCTTA ATGGCAAAAG CCTCTCTGCA 
GCCAGCTCTG GCAAGTCATC CAGCACGGCA TCCTCTACTC AGACCCACCA CCCTTTCTTG 
AACTCCTTAA CCACTGGCAC GCAGTTCCCC CTTGGTCCCA TGGTAACAAA CTCCTCGGTA 
CTGCAGTCCT TATTTAATTC AATGCCAGCT GCCGGCCTAG CGCATGTATC ATCAGCTGCC 
ACCCGCCTGA CCAACTCACA CACCATGGGA AACTTCTCTC CTGGGATGAC AGGTGGAACA 
GTTGGAGGTA TTTTTAACCA TGTGGTGCCT TCTGCCTCCT CCTCTTCCTC CTCCGCTCCC 
TCTCCCTCCA CTTCCTCTTT TTCATCCTCC ACTTCCTCTC TCCATTTTGG CAATGGTGCA 
GTTTCCAGCT GCACCGTCTT AAGCTTAAAT CCTCTGCAGG TTGCGGCCAG CTCTCCATCA 
TTCCATGCGT CCCCCAACCC AGTGCCATCT AACGATGCCC AGCACCTCAA CCGAGTCCCA 
GCACGTGCCT CCCTTCGGAC TCCACCTCCT CCTAATGTTT CATTACCACC ACCTCCTCCC 
CTCCTCACTT CTAACTCTGA ACCTGTCCTC CTACAGAGTT TGTCATCTCT GCCAGTTTCA 
GAGGCTTTCT TGCCGCCATC TTCCACTGCT AACTCCGCTT TGTCTATTAA ACTAGCTTCT 
CTTCAGCACA AAACTTCCCG CCCCTCCTTC ACTGTCCACC ACCCACCTCT GCCCCGCTTG 
GCGCTGGCAC AAGCCACGCC TGGGATCCCA CAGTCCAACA CAGCTGGCAC GCCTGCTATG 
TGGGTCACCC TTGGCATGCA GTCTCCTTAT GCTTCACATC TCTCTGGAGT TAAGCCACGA 
TAA

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

RefSeq	XP_007434061.1
CDS	1..5223
Translation	MIARLKSPVGAEPAVYPWPLPVYDKHHDAAHEIIETIRWVCEEIPDLKLAMENYVLIDYDTKSFESMQRLCDKYNRAIDSIHQLWKGTTQPMKLNTRPSNGLLRHILQQVYNHSVTDPEKLNNYEPFSPEVYGETSFDLVAQMIDEIKMTEDDLFVDLGSGVGQVVLQVAAATNCKHHYGVEKADIPAKYAETMDKEFRKWMKWYGKKHADYTLERGDFLSEEWRERIANTSVIFVNNFAFGPEVDHQLKERFANMKEGGQIVSSKPFAPLNFRINSRNLSDIGTIMRVVELSPLKGSVSWTGKPVSYYLHTIDRTILENYFSSLKNPKLREEQEAARRRQQRENKSNTTTPTKVQENKDDGAEEEKNLGANTVKKPSPSKARKKKLSKKGRKMAGRKRGRPKKMNVVNAERKIKKNQTALELLHAQTVSQTNSSSPQDAYRSPHSPFYQLPPKVQRHSSNQLLVTPTPPALQKLLDSFKIQYMQFMAYMKTNQYKATLQQLLEQEKEKNTQLLGKAQQLFTHCQAQKEEIKRLFQQKLDELGVKALTYNDLIQAQKEISAHNQQLKEQTKQLEKDNGELRNQSLQLLKARCEELKLDWSTLSLENLLKEKQALKNQISEKQKHCLELQISIVELEKSQRQQELLQLKSYMPSDESLPAQPRHKNHLNREADPDHSTFHLELECPKFPVPQVNGMSPELSINGHATSYEIHNALGRPASKQTTPQYPAAHLDQDIVPCTPIHSCRQKLDKASSLSLPDYTRFSPAKIALRRHLNQDHIGSGKTAPSENHQRAEHLKENGLPFPSPSVSNVMKMSPLEARPPSPAALPAGNEKALRERTSANNGETITSLPISIPLSTVQPNKLPVSIPLASVVLPSRVEKVRSTPSPVHQNRDSFSTLEKQFGASSHNSVSAAAGNKPLTLATSGFSYMSGSVSVSGTVPNSPGPLNQAADHAAMEEVSSSGSLFNSTGSRSSTPQHPSLLTSSSRNSGQNSPAHQHSASPRLNGISQSLGGVLQYIETQKMFAENTRGDVPSDPVFSDPESEGKRRIIFTISPATGTLKHSPSNKHSPLAASMRADCGQAYMQDGKKRGRRKRSSTGTPSVNSGVSPKRKSLPPMAGLFAQPSGSPLNISSMVSNINQPLEITAISSPENSLKNSPVPYQDNDQPPVLKKEKPLIQTNGIHYSPLTSDEEQSLEDDHNSTRIERKIATISLESKSPQKPLENSINSAGRKQATESMNSSKWKSTFSPISDINLSKTADSPLQASASSLNQNTLFAFRPSSDDNLVGDKTGPHARKHMTASDGLGQSTSAMNGFAYNGGLSADVGLHSFTDGASLSHKTADVVTALGGSSVGFLVQRNKEAGVPETNPFLSKRQLESLGGGKGEDLNWSGLKGKEANELSVRLGGSSDKASVLNNKISKGRERDVEFKNGHNLFIAAAAAAAAAAAVPSGGLLNGKSLSAASSGKSSSTASSTQTHHPFLNSLTTGTQFPLGPMVTNSSVLQSLFNSMPAAGLAHVSSAATRLTNSHTMGNFSPGMTGGTVGGIFNHVVPSASSSSSSAPSPSTSSFSSSTSSLHFGNGAVSSCTVLSLNPLQVAASSPSFHASPNPVPSNDAQHLNRVPARASLRTPPPPNVSLPPPPPLLTSNSEPVLLQSLSSLPVSEAFLPPSSTANSALSIKLASLQHKTSRPSFTVHHPPLPRLALAQATPGIPQSNTAGTPAMWVTLGMQSPYASHLSGVKPR

Target ORF information:

RefSeq Version	XM_007433999.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus DOT1 like histone H3K79 methyltransferase (DOT1L), mRNA.

Target ORF information:

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

XM_007433999.1

ORF Insert Sequence:

ATGATAGCTA GGCTGAAGTC GCCAGTGGGA GCGGAGCCGG CCGTCTACCC CTGGCCCCTG 
CCCGTTTATG ACAAACACCA TGATGCTGCT CACGAAATCA TTGAGACAAT TCGGTGGGTC 
TGTGAAGAAA TTCCAGACCT CAAGCTTGCT ATGGAAAACT ATGTTTTAAT TGACTATGAT 
ACTAAAAGCT TTGAAAGTAT GCAAAGACTT TGTGACAAAT ACAACCGAGC TATTGACAGC 
ATTCACCAAT TGTGGAAAGG AACCACCCAG CCCATGAAAC TGAATACCCG CCCTTCCAAT 
GGGCTTCTGC GCCATATCCT ACAGCAAGTG TATAACCACT CAGTGACGGA TCCAGAAAAA 
CTCAACAACT ATGAACCCTT TTCCCCAGAG GTGTATGGAG AGACTTCTTT TGACTTGGTG 
GCCCAGATGA TAGATGAAAT AAAAATGACT GAAGATGACC TCTTTGTAGA CTTAGGCAGT 
GGTGTGGGTC AAGTTGTGCT CCAGGTGGCT GCAGCAACAA ATTGCAAGCA TCACTATGGT 
GTGGAGAAAG CTGATATTCC GGCCAAATAT GCTGAGACGA TGGACAAAGA ATTCAGAAAG 
TGGATGAAAT GGTATGGGAA AAAACATGCA GATTACACAC TGGAAAGAGG TGACTTCCTC 
TCAGAAGAAT GGCGAGAAAG AATCGCAAAC ACAAGTGTTA TTTTTGTGAA TAACTTTGCC 
TTTGGTCCTG AAGTGGATCA CCAGTTGAAG GAGCGATTCG CAAACATGAA GGAAGGTGGT 
CAGATAGTAT CCTCAAAACC TTTTGCACCA TTAAACTTTA GAATAAACAG TCGAAACTTG 
AGTGATATTG GCACTATAAT GAGAGTTGTA GAATTGTCAC CACTGAAAGG ATCTGTCTCA 
TGGACCGGGA AACCAGTTTC TTACTACCTG CATACTATTG ATCGAACCAT ACTTGAAAAC 
TACTTCTCTA GTCTCAAAAA TCCAAAACTC AGGGAAGAAC AAGAGGCAGC TAGACGTCGA 
CAGCAAAGAG AAAACAAGAG TAACACAACA ACTCCAACAA AAGTCCAAGA AAACAAGGAC 
GATGGTGCTG AAGAAGAGAA GAACCTTGGG GCCAATACTG TCAAAAAGCC ATCTCCATCC 
AAAGCACGCA AGAAGAAGTT GAGCAAAAAG GGAAGGAAAA TGGCAGGCAG GAAGCGTGGG 
CGCCCCAAGA AAATGAATGT TGTGAATGCC GAGCGCAAGA TCAAGAAGAA TCAGACTGCG 
CTGGAACTTC TCCATGCTCA AACTGTATCA CAAACAAATT CATCCTCTCC TCAGGATGCA 
TATAGGTCAC CTCATAGTCC ATTTTACCAG CTACCTCCTA AAGTGCAACG GCATTCATCT 
AACCAGCTCT TGGTTACTCC CACTCCACCT GCACTACAGA AGCTGCTAGA TTCTTTTAAG 
ATCCAATATA TGCAGTTCAT GGCTTATATG AAAACAAATC AATATAAGGC AACTCTTCAG 
CAGTTACTGG AACAGGAAAA GGAAAAAAAT ACTCAGTTAC TGGGAAAGGC TCAGCAGTTG 
TTTACTCACT GTCAGGCTCA GAAAGAAGAA ATCAAACGAC TGTTCCAGCA GAAACTAGAT 
GAGCTGGGTG TTAAGGCACT GACATACAAT GACCTTATCC AAGCCCAGAA AGAGATTTCT 
GCTCACAATC AGCAGCTGAA AGAGCAGACC AAACAGCTGG AGAAAGATAA TGGTGAACTC 
AGGAACCAGA GTTTACAGCT GCTGAAAGCT AGATGTGAAG AACTAAAGCT GGACTGGTCA 
ACACTTTCAC TGGAAAATCT TCTCAAAGAA AAGCAAGCAC TAAAAAATCA GATTTCTGAG 
AAGCAAAAGC ATTGCTTGGA ATTGCAGATC AGCATTGTGG AGCTTGAGAA AAGCCAAAGG 
CAGCAGGAAC TTCTGCAGCT GAAATCATAC ATGCCCTCTG ATGAATCGCT GCCAGCCCAG 
CCACGCCATA AAAACCATCT GAACCGGGAG GCAGACCCTG ACCACAGCAC GTTTCACCTG 
GAGCTAGAGT GCCCCAAGTT CCCTGTGCCC CAGGTCAATG GCATGAGTCC TGAGCTGTCC 
ATAAATGGCC ATGCCACATC TTACGAAATC CACAATGCCC TCGGCCGGCC AGCCTCTAAG 
CAGACTACCC CTCAGTACCC AGCTGCCCAC TTGGACCAAG ACATAGTTCC TTGCACCCCA 
ATCCATAGCT GCAGACAGAA GCTGGACAAA GCCTCAAGTT TATCCCTGCC AGATTATACC 
AGGTTTTCTC CAGCTAAGAT TGCCCTCCGG AGGCATTTGA ACCAAGACCA CATAGGCAGT 
GGGAAAACAG CACCCAGTGA GAACCATCAG AGAGCTGAAC ATTTAAAAGA AAATGGCCTT 
CCGTTTCCAA GCCCTTCAGT ATCAAACGTC ATGAAGATGA GCCCTCTGGA AGCCAGACCT 
CCTTCTCCAG CAGCCTTGCC AGCTGGGAAT GAGAAGGCTT TGCGCGAGAG GACGTCTGCG 
AATAACGGGG AGACGATCAC CAGCCTTCCC ATCAGTATTC CCCTCAGCAC AGTGCAGCCC 
AATAAACTCC CTGTTAGTAT TCCCTTGGCC AGCGTAGTCC TTCCTAGCCG TGTTGAGAAG 
GTGAGAAGCA CACCTAGCCC TGTCCATCAG AACCGAGATT CCTTTTCAAC ACTTGAAAAA 
CAATTTGGTG CTAGTTCTCA TAACAGCGTT AGCGCCGCTG CTGGTAACAA GCCACTGACC 
TTGGCTACCT CAGGTTTTTC TTACATGTCT GGCTCTGTGT CAGTCAGTGG GACTGTTCCA 
AATAGCCCTG GCCCATTGAA TCAGGCTGCT GACCATGCAG CTATGGAGGA GGTATCCAGT 
TCAGGAAGCT TGTTCAACTC AACAGGATCT CGAAGCTCTA CTCCACAGCA TCCCTCTTTG 
CTTACGTCAT CTTCACGGAA TTCTGGGCAA AACTCACCTG CACACCAGCA TTCTGCAAGC 
CCCAGGTTGA ATGGAATCTC CCAGAGCTTG GGAGGGGTAC TGCAGTACAT AGAGACTCAA 
AAAATGTTTG CTGAAAACAC CAGAGGAGAT GTCCCATCCG ACCCTGTCTT TTCTGATCCT 
GAGAGTGAGG GCAAACGAAG GATTATCTTC ACCATCTCCC CTGCCACGGG AACCCTCAAA 
CATTCTCCAT CAAACAAGCA CAGCCCCCTT GCAGCAAGTA TGCGGGCAGA TTGTGGTCAG 
GCATACATGC AAGATGGGAA GAAGCGTGGC CGGAGGAAGC GATCCTCCAC AGGAACACCC 
AGTGTGAACT CCGGGGTGTC ACCAAAACGC AAATCATTGC CCCCAATGGC TGGGCTCTTT 
GCTCAGCCTT CTGGATCTCC CCTTAATATC AGCTCCATGG TCAGTAATAT TAACCAGCCT 
TTAGAAATAA CAGCCATTTC TTCTCCTGAA AACTCCCTGA AGAATTCTCC TGTTCCATAC 
CAGGACAATG ATCAGCCGCC AGTGCTGAAA AAGGAGAAGC CTCTAATTCA GACCAATGGC 
ATCCATTACT CCCCACTAAC TTCTGATGAA GAACAGAGCC TGGAGGACGA CCATAACAGC 
ACGAGAATTG AGAGGAAAAT TGCAACAATA TCACTGGAAA GCAAATCTCC ACAAAAGCCG 
CTGGAAAACA GCATCAACTC AGCTGGGAGG AAGCAAGCTA CTGAAAGCAT GAACAGCAGC 
AAGTGGAAGT CAACCTTTTC TCCAATTTCT GACATCAACC TTTCCAAAAC GGCAGACAGT 
CCTTTGCAAG CGTCGGCATC ATCCCTGAAC CAGAACACCC TCTTTGCCTT CCGACCCTCT 
TCTGATGACA ACCTGGTTGG TGACAAGACT GGCCCACATG CGAGGAAACA CATGACTGCA 
TCTGATGGGC TTGGCCAGAG TACCAGCGCC ATGAATGGAT TTGCTTACAA TGGAGGGCTA 
TCGGCAGATG TCGGTTTACA TAGCTTTACT GATGGTGCTT CACTTTCTCA TAAAACTGCT 
GATGTCGTGA CGGCTCTGGG GGGCTCCTCT GTGGGGTTCC TGGTGCAGCG GAACAAAGAG 
GCCGGAGTCC CTGAGACAAA TCCATTCTTG AGCAAGAGGC AGCTGGAAAG CCTTGGTGGT 
GGGAAAGGGG AAGACTTGAA CTGGTCAGGG CTCAAAGGCA AAGAGGCCAA CGAACTGAGT 
GTCCGCCTGG GAGGCTCTTC AGACAAGGCC TCGGTGCTAA ACAACAAAAT TAGCAAAGGG 
CGAGAGCGGG ATGTAGAGTT CAAGAACGGC CACAACCTGT TCATTGCTGC TGCTGCTGCT 
GCTGCTGCTG CTGCTGCTGT CCCCTCTGGT GGCCTTCTTA ATGGCAAAAG CCTCTCTGCA 
GCCAGCTCTG GCAAGTCATC CAGCACGGCA TCCTCTACTC AGACCCACCA CCCTTTCTTG 
AACTCCTTAA CCACTGGCAC GCAGTTCCCC CTTGGTCCCA TGGTAACAAA CTCCTCGGTA 
CTGCAGTCCT TATTTAATTC AATGCCAGCT GCCGGCCTAG CGCATGTATC ATCAGCTGCC 
ACCCGCCTGA CCAACTCACA CACCATGGGA AACTTCTCTC CTGGGATGAC AGGTGGAACA 
GTTGGAGGTA TTTTTAACCA TGTGGTGCCT TCTGCCTCCT CCTCTTCCTC CTCCGCTCCC 
TCTCCCTCCA CTTCCTCTTT TTCATCCTCC ACTTCCTCTC TCCATTTTGG CAATGGTGCA 
GTTTCCAGCT GCACCGTCTT AAGCTTAAAT CCTCTGCAGG TTGCGGCCAG CTCTCCATCA 
TTCCATGCGT CCCCCAACCC AGTGCCATCT AACGATGCCC AGCACCTCAA CCGAGTCCCA 
GCACGTGCCT CCCTTCGGAC TCCACCTCCT CCTAATGTTT CATTACCACC ACCTCCTCCC 
CTCCTCACTT CTAACTCTGA ACCTGTCCTC CTACAGAGTT TGTCATCTCT GCCAGTTTCA 
GAGGCTTTCT TGCCGCCATC TTCCACTGCT AACTCCGCTT TGTCTATTAA ACTAGCTTCT 
CTTCAGCACA AAACTTCCCG CCCCTCCTTC ACTGTCCACC ACCCACCTCT GCCCCGCTTG 
GCGCTGGCAC AAGCCACGCC TGGGATCCCA CAGTCCAACA CAGCTGGCAC GCCTGCTATG 
TGGGTCACCC TTGGCATGCA GTCTCCTTAT GCTTCACATC TCTCTGGAGT TAAGCCACGA 
TAA

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

DOT1L ( XM_025170365.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_025026133.1 Python bivittatus DOT1 like histone lysine methyltransferase (DOT1L), mRNA.

Price & Availability↑

CloneID	OPy129111
Clone ID Related Accession (Same CDS sequence)	XM_025170365.1
Accession Version	XM_025170365.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5112bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-05-23
Organism	Python bivittatus(Burmese python)
Product	histone-lysine N-methyltransferase, H3 lysine-79 specific
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006534402.1) 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 Name :: Python bivittatus Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGGTCT GTGAAGAAAT TCCAGACCTC AAGCTTGCTA TGGAAAACTA TGTTTTAATT 
GACTATGATA CTAAAAGCTT TGAAAGTATG CAAAGACTTT GTGACAAATA CAACCGAGCT 
ATTGACAGCA TTCACCAATT GTGGAAAGGA ACCACCCAGC CCATGAAACT GAATACCCGC 
CCTTCCAATG GGCTTCTGCG CCATATCCTA CAGCAAGTGT ATAACCACTC AGTGACGGAT 
CCAGAAAAAC TCAACAACTA TGAACCCTTT TCCCCAGAGG TGTATGGAGA GACTTCTTTT 
GACTTGGTGG CCCAGATGAT AGATGAAATA AAAATGACTG AAGATGACCT CTTTGTAGAC 
TTAGGCAGTG GTGTGGGTCA AGTTGTGCTC CAGGTGGCTG CAGCAACAAA TTGCAAGCAT 
CACTATGGTG TGGAGAAAGC TGATATTCCG GCCAAATATG CTGAGACGAT GGACAAAGAA 
TTCAGAAAGT GGATGAAATG GTATGGGAAA AAACATGCAG ATTACACACT GGAAAGAGGT 
GACTTCCTCT CAGAAGAATG GCGAGAAAGA ATCGCAAACA CAAGTGTTAT TTTTGTGAAT 
AACTTTGCCT TTGGTCCTGA AGTGGATCAC CAGTTGAAGG AGCGATTCGC AAACATGAAG 
GAAGGTGGTC AGATAGTATC CTCAAAACCT TTTGCACCAT TAAACTTTAG AATAAACAGT 
CGAAACTTGA GTGATATTGG CACTATAATG AGAGTTGTAG AATTGTCACC ACTGAAAGGA 
TCTGTCTCAT GGACCGGGAA ACCAGTTTCT TACTACCTGC ATACTATTGA TCGAACCATA 
CTTGAAAACT ACTTCTCTAG TCTCAAAAAT CCAAAACTCA GGGAAGAACA AGAGGCAGCT 
AGACGTCGAC AGCAAAGAGA AAACAAGAGT AACACAACAA CTCCAACAAA AGTCCAAGAA 
AACAAGGACG ATGGTGCTGA AGAAGAGAAG AACCTTGGGG CCAATACTGT CAAAAAGCCA 
TCTCCATCCA AAGCACGCAA GAAGAAGTTG AGCAAAAAGG GAAGGAAAAT GGCAGGCAGG 
AAGCGTGGGC GCCCCAAGAA AATGAATGTT GTGAATGCCG AGCGCAAGAT CAAGAAGAAT 
CAGACTGCGC TGGAACTTCT CCATGCTCAA ACTGTATCAC AAACAAATTC ATCCTCTCCT 
CAGGATGCAT ATAGGTCACC TCATAGTCCA TTTTACCAGC TACCTCCTAA AGTGCAACGG 
CATTCATCTA ACCAGCTCTT GGTTACTCCC ACTCCACCTG CACTACAGAA GCTGCTAGAT 
TCTTTTAAGA TCCAATATAT GCAGTTCATG GCTTATATGA AAACAAATCA ATATAAGGCA 
ACTCTTCAGC AGTTACTGGA ACAGGAAAAG GAAAAAAATA CTCAGTTACT GGGAAAGGCT 
CAGCAGTTGT TTACTCACTG TCAGGCTCAG AAAGAAGAAA TCAAACGACT GTTCCAGCAG 
AAACTAGATG AGCTGGGTGT TAAGGCACTG ACATACAATG ACCTTATCCA AGCCCAGAAA 
GAGATTTCTG CTCACAATCA GCAGCTGAAA GAGCAGACCA AACAGCTGGA GAAAGATAAT 
GGTGAACTCA GGAACCAGAG TTTACAGCTG CTGAAAGCTA GATGTGAAGA ACTAAAGCTG 
GACTGGTCAA CACTTTCACT GGAAAATCTT CTCAAAGAAA AGCAAGCACT AAAAAATCAG 
ATTTCTGAGA AGCAAAAGCA TTGCTTGGAA TTGCAGATCA GCATTGTGGA GCTTGAGAAA 
AGCCAAAGGC AGCAGGAACT TCTGCAGCTG AAATCATACA TGCCCTCTGA TGAATCGCTG 
CCAGCCCAGC CACGCCATAA AAACCATCTG AACCGGGAGG CAGACCCTGA CCACAGCACG 
TTTCACCTGG AGCTAGAGTG CCCCAAGTTC CCTGTGCCCC AGGTCAATGG CATGAGTCCT 
GAGCTGTCCA TAAATGGCCA TGCCACATCT TACGAAATCC ACAATGCCCT CGGCCGGCCA 
GCCTCTAAGC AGACTACCCC TCAGTACCCA GCTGCCCACT TGGACCAAGA CATAGTTCCT 
TGCACCCCAA TCCATAGCTG CAGACAGAAG CTGGACAAAG CCTCAAGTTT ATCCCTGCCA 
GATTATACCA GGTTTTCTCC AGCTAAGATT GCCCTCCGGA GGCATTTGAA CCAAGACCAC 
ATAGGCAGTG GGAAAACAGC ACCCAGTGAG AACCATCAGA GAGCTGAACA TTTAAAAGAA 
AATGGCCTTC CGTTTCCAAG CCCTTCAGTA TCAAACGTCA TGAAGATGAG CCCTCTGGAA 
GCCAGACCTC CTTCTCCAGC AGCCTTGCCA GCTGGGAATG AGAAGGCTTT GCGCGAGAGG 
ACGTCTGCGA ATAACGGGGA GACGATCACC AGCCTTCCCA TCAGTATTCC CCTCAGCACA 
GTGCAGCCCA ATAAACTCCC TGTTAGTATT CCCTTGGCCA GCGTAGTCCT TCCTAGCCGT 
GTTGAGAAGG TGAGAAGCAC ACCTAGCCCT GTCCATCAGA ACCGAGATTC CTTTTCAACA 
CTTGAAAAAC AATTTGGTGC TAGTTCTCAT AACAGCGTTA GCGCCGCTGC TGGTAACAAG 
CCACTGACCT TGGCTACCTC AGGTTTTTCT TACATGTCTG GCTCTGTGTC AGTCAGTGGG 
ACTGTTCCAA ATAGCCCTGG CCCATTGAAT CAGGCTGCTG ACCATGCAGC TATGGAGGAG 
GTATCCAGTT CAGGAAGCTT GTTCAACTCA ACAGGATCTC GAAGCTCTAC TCCACAGCAT 
CCCTCTTTGC TTACGTCATC TTCACGGAAT TCTGGGCAAA ACTCACCTGC ACACCAGCAT 
TCTGCAAGCC CCAGGTTGAA TGGAATCTCC CAGAGCTTGG GAGGGGTACT GCAGTACATA 
GAGACTCAAA AAATGTTTGC TGAAAACACC AGAGGAGATG TCCCATCCGA CCCTGTCTTT 
TCTGATCCTG AGAGTGAGGG CAAACGAAGG ATTATCTTCA CCATCTCCCC TGCCACGGGA 
ACCCTCAAAC ATTCTCCATC AAACAAGCAC AGCCCCCTTG CAGCAAGTAT GCGGGCAGAT 
TGTGGTCAGG CATACATGCA AGATGGGAAG AAGCGTGGCC GGAGGAAGCG ATCCTCCACA 
GGAACACCCA GTGTGAACTC CGGGGTGTCA CCAAAACGCA AATCATTGCC CCCAATGGCT 
GGGCTCTTTG CTCAGCCTTC TGGATCTCCC CTTAATATCA GCTCCATGGT CAGTAATATT 
AACCAGCCTT TAGAAATAAC AGCCATTTCT TCTCCTGAAA ACTCCCTGAA GAATTCTCCT 
GTTCCATACC AGGACAATGA TCAGCCGCCA GTGCTGAAAA AGGAGAAGCC TCTAATTCAG 
ACCAATGGCA TCCATTACTC CCCACTAACT TCTGATGAAG AACAGAGCCT GGAGGACGAC 
CATAACAGCA CGAGAATTGA GAGGAAAATT GCAACAATAT CACTGGAAAG CAAATCTCCA 
CAAAAGCCGC TGGAAAACAG CATCAACTCA GCTGGGAGGA AGCAAGCTAC TGAAAGCATG 
AACAGCAGCA AGTGGAAGTC AACCTTTTCT CCAATTTCTG ACATCAACCT TTCCAAAACG 
GCAGACAGTC CTTTGCAAGC GTCGGCATCA TCCCTGAACC AGAACACCCT CTTTGCCTTC 
CGACCCTCTT CTGATGACAA CCTGGTTGGT GACAAGACTG GCCCACATGC GAGGAAACAC 
ATGACTGCAT CTGATGGGCT TGGCCAGAGT ACCAGCGCCA TGAATGGATT TGCTTACAAT 
GGAGGGCTAT CGGCAGATGT CGGTTTACAT AGCTTTACTG ATGGTGCTTC ACTTTCTCAT 
AAAACTGCTG ATGTCGTGAC GGCTCTGGGG GGCTCCTCTG TGGGGTTCCT GGTGCAGCGG 
AACAAAGAGG CCGGAGTCCC TGAGACAAAT CCATTCTTGA GCAAGAGGCA GCTGGAAAGC 
CTTGGTGGTG GGAAAGGGGA AGACTTGAAC TGGTCAGGGC TCAAAGGCAA AGAGGCCAAC 
GAACTGAGTG TCCGCCTGGG AGGCTCTTCA GACAAGGCCT CGGTGCTAAA CAACAAAATT 
AGCAAAGGGC GAGAGCGGGA TGTAGAGTTC AAGAACGGCC ACAACCTGTT CATTGCTGCT 
GCTGCTGCTG CTGCTGCTGC TGCTGCTGTC CCCTCTGGTG GCCTTCTTAA TGGCAAAAGC 
CTCTCTGCAG CCAGCTCTGG CAAGTCATCC AGCACGGCAT CCTCTACTCA GACCCACCAC 
CCTTTCTTGA ACTCCTTAAC CACTGGCACG CAGTTCCCCC TTGGTCCCAT GGTAACAAAC 
TCCTCGGTAC TGCAGTCCTT ATTTAATTCA ATGCCAGCTG CCGGCCTAGC GCATGTATCA 
TCAGCTGCCA CCCGCCTGAC CAACTCACAC ACCATGGGAA ACTTCTCTCC TGGGATGACA 
GGTGGAACAG TTGGAGGTAT TTTTAACCAT GTGGTGCCTT CTGCCTCCTC CTCTTCCTCC 
TCCGCTCCCT CTCCCTCCAC TTCCTCTTTT TCATCCTCCA CTTCCTCTCT CCATTTTGGC 
AATGGTGCAG TTTCCAGCTG CACCGTCTTA AGCTTAAATC CTCTGCAGGT TGCGGCCAGC 
TCTCCATCAT TCCATGCGTC CCCCAACCCA GTGCCATCTA ACGATGCCCA GCACCTCAAC 
CGAGTCCCAG CACGTGCCTC CCTTCGGACT CCACCTCCTC CTAATGTTTC ATTACCACCA 
CCTCCTCCCC TCCTCACTTC TAACTCTGAA CCTGTCCTCC TACAGAGTTT GTCATCTCTG 
CCAGTTTCAG AGGCTTTCTT GCCGCCATCT TCCACTGCTA ACTCCGCTTT GTCTATTAAA 
CTAGCTTCTC TTCAGCACAA AACTTCCCGC CCCTCCTTCA CTGTCCACCA CCCACCTCTG 
CCCCGCTTGG CGCTGGCACA AGCCACGCCT GGGATCCCAC AGTCCAACAC AGCTGGCACG 
CCTGCTATGT GGGTCACCCT TGGCATGCAG TCTCCTTATG CTTCACATCT CTCTGGAGTT 
AAGCCACGAT AA

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

RefSeq	XP_025026133.1
CDS	52..5163
Translation	MWVCEEIPDLKLAMENYVLIDYDTKSFESMQRLCDKYNRAIDSIHQLWKGTTQPMKLNTRPSNGLLRHILQQVYNHSVTDPEKLNNYEPFSPEVYGETSFDLVAQMIDEIKMTEDDLFVDLGSGVGQVVLQVAAATNCKHHYGVEKADIPAKYAETMDKEFRKWMKWYGKKHADYTLERGDFLSEEWRERIANTSVIFVNNFAFGPEVDHQLKERFANMKEGGQIVSSKPFAPLNFRINSRNLSDIGTIMRVVELSPLKGSVSWTGKPVSYYLHTIDRTILENYFSSLKNPKLREEQEAARRRQQRENKSNTTTPTKVQENKDDGAEEEKNLGANTVKKPSPSKARKKKLSKKGRKMAGRKRGRPKKMNVVNAERKIKKNQTALELLHAQTVSQTNSSSPQDAYRSPHSPFYQLPPKVQRHSSNQLLVTPTPPALQKLLDSFKIQYMQFMAYMKTNQYKATLQQLLEQEKEKNTQLLGKAQQLFTHCQAQKEEIKRLFQQKLDELGVKALTYNDLIQAQKEISAHNQQLKEQTKQLEKDNGELRNQSLQLLKARCEELKLDWSTLSLENLLKEKQALKNQISEKQKHCLELQISIVELEKSQRQQELLQLKSYMPSDESLPAQPRHKNHLNREADPDHSTFHLELECPKFPVPQVNGMSPELSINGHATSYEIHNALGRPASKQTTPQYPAAHLDQDIVPCTPIHSCRQKLDKASSLSLPDYTRFSPAKIALRRHLNQDHIGSGKTAPSENHQRAEHLKENGLPFPSPSVSNVMKMSPLEARPPSPAALPAGNEKALRERTSANNGETITSLPISIPLSTVQPNKLPVSIPLASVVLPSRVEKVRSTPSPVHQNRDSFSTLEKQFGASSHNSVSAAAGNKPLTLATSGFSYMSGSVSVSGTVPNSPGPLNQAADHAAMEEVSSSGSLFNSTGSRSSTPQHPSLLTSSSRNSGQNSPAHQHSASPRLNGISQSLGGVLQYIETQKMFAENTRGDVPSDPVFSDPESEGKRRIIFTISPATGTLKHSPSNKHSPLAASMRADCGQAYMQDGKKRGRRKRSSTGTPSVNSGVSPKRKSLPPMAGLFAQPSGSPLNISSMVSNINQPLEITAISSPENSLKNSPVPYQDNDQPPVLKKEKPLIQTNGIHYSPLTSDEEQSLEDDHNSTRIERKIATISLESKSPQKPLENSINSAGRKQATESMNSSKWKSTFSPISDINLSKTADSPLQASASSLNQNTLFAFRPSSDDNLVGDKTGPHARKHMTASDGLGQSTSAMNGFAYNGGLSADVGLHSFTDGASLSHKTADVVTALGGSSVGFLVQRNKEAGVPETNPFLSKRQLESLGGGKGEDLNWSGLKGKEANELSVRLGGSSDKASVLNNKISKGRERDVEFKNGHNLFIAAAAAAAAAAAVPSGGLLNGKSLSAASSGKSSSTASSTQTHHPFLNSLTTGTQFPLGPMVTNSSVLQSLFNSMPAAGLAHVSSAATRLTNSHTMGNFSPGMTGGTVGGIFNHVVPSASSSSSSAPSPSTSSFSSSTSSLHFGNGAVSSCTVLSLNPLQVAASSPSFHASPNPVPSNDAQHLNRVPARASLRTPPPPNVSLPPPPPLLTSNSEPVLLQSLSSLPVSEAFLPPSSTANSALSIKLASLQHKTSRPSFTVHHPPLPRLALAQATPGIPQSNTAGTPAMWVTLGMQSPYASHLSGVKPR

Target ORF information:

RefSeq Version	XM_025170365.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus DOT1 like histone lysine methyltransferase (DOT1L), mRNA.

Target ORF information:

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

XM_025170365.1

ORF Insert Sequence:

ATGTGGGTCT GTGAAGAAAT TCCAGACCTC AAGCTTGCTA TGGAAAACTA TGTTTTAATT 
GACTATGATA CTAAAAGCTT TGAAAGTATG CAAAGACTTT GTGACAAATA CAACCGAGCT 
ATTGACAGCA TTCACCAATT GTGGAAAGGA ACCACCCAGC CCATGAAACT GAATACCCGC 
CCTTCCAATG GGCTTCTGCG CCATATCCTA CAGCAAGTGT ATAACCACTC AGTGACGGAT 
CCAGAAAAAC TCAACAACTA TGAACCCTTT TCCCCAGAGG TGTATGGAGA GACTTCTTTT 
GACTTGGTGG CCCAGATGAT AGATGAAATA AAAATGACTG AAGATGACCT CTTTGTAGAC 
TTAGGCAGTG GTGTGGGTCA AGTTGTGCTC CAGGTGGCTG CAGCAACAAA TTGCAAGCAT 
CACTATGGTG TGGAGAAAGC TGATATTCCG GCCAAATATG CTGAGACGAT GGACAAAGAA 
TTCAGAAAGT GGATGAAATG GTATGGGAAA AAACATGCAG ATTACACACT GGAAAGAGGT 
GACTTCCTCT CAGAAGAATG GCGAGAAAGA ATCGCAAACA CAAGTGTTAT TTTTGTGAAT 
AACTTTGCCT TTGGTCCTGA AGTGGATCAC CAGTTGAAGG AGCGATTCGC AAACATGAAG 
GAAGGTGGTC AGATAGTATC CTCAAAACCT TTTGCACCAT TAAACTTTAG AATAAACAGT 
CGAAACTTGA GTGATATTGG CACTATAATG AGAGTTGTAG AATTGTCACC ACTGAAAGGA 
TCTGTCTCAT GGACCGGGAA ACCAGTTTCT TACTACCTGC ATACTATTGA TCGAACCATA 
CTTGAAAACT ACTTCTCTAG TCTCAAAAAT CCAAAACTCA GGGAAGAACA AGAGGCAGCT 
AGACGTCGAC AGCAAAGAGA AAACAAGAGT AACACAACAA CTCCAACAAA AGTCCAAGAA 
AACAAGGACG ATGGTGCTGA AGAAGAGAAG AACCTTGGGG CCAATACTGT CAAAAAGCCA 
TCTCCATCCA AAGCACGCAA GAAGAAGTTG AGCAAAAAGG GAAGGAAAAT GGCAGGCAGG 
AAGCGTGGGC GCCCCAAGAA AATGAATGTT GTGAATGCCG AGCGCAAGAT CAAGAAGAAT 
CAGACTGCGC TGGAACTTCT CCATGCTCAA ACTGTATCAC AAACAAATTC ATCCTCTCCT 
CAGGATGCAT ATAGGTCACC TCATAGTCCA TTTTACCAGC TACCTCCTAA AGTGCAACGG 
CATTCATCTA ACCAGCTCTT GGTTACTCCC ACTCCACCTG CACTACAGAA GCTGCTAGAT 
TCTTTTAAGA TCCAATATAT GCAGTTCATG GCTTATATGA AAACAAATCA ATATAAGGCA 
ACTCTTCAGC AGTTACTGGA ACAGGAAAAG GAAAAAAATA CTCAGTTACT GGGAAAGGCT 
CAGCAGTTGT TTACTCACTG TCAGGCTCAG AAAGAAGAAA TCAAACGACT GTTCCAGCAG 
AAACTAGATG AGCTGGGTGT TAAGGCACTG ACATACAATG ACCTTATCCA AGCCCAGAAA 
GAGATTTCTG CTCACAATCA GCAGCTGAAA GAGCAGACCA AACAGCTGGA GAAAGATAAT 
GGTGAACTCA GGAACCAGAG TTTACAGCTG CTGAAAGCTA GATGTGAAGA ACTAAAGCTG 
GACTGGTCAA CACTTTCACT GGAAAATCTT CTCAAAGAAA AGCAAGCACT AAAAAATCAG 
ATTTCTGAGA AGCAAAAGCA TTGCTTGGAA TTGCAGATCA GCATTGTGGA GCTTGAGAAA 
AGCCAAAGGC AGCAGGAACT TCTGCAGCTG AAATCATACA TGCCCTCTGA TGAATCGCTG 
CCAGCCCAGC CACGCCATAA AAACCATCTG AACCGGGAGG CAGACCCTGA CCACAGCACG 
TTTCACCTGG AGCTAGAGTG CCCCAAGTTC CCTGTGCCCC AGGTCAATGG CATGAGTCCT 
GAGCTGTCCA TAAATGGCCA TGCCACATCT TACGAAATCC ACAATGCCCT CGGCCGGCCA 
GCCTCTAAGC AGACTACCCC TCAGTACCCA GCTGCCCACT TGGACCAAGA CATAGTTCCT 
TGCACCCCAA TCCATAGCTG CAGACAGAAG CTGGACAAAG CCTCAAGTTT ATCCCTGCCA 
GATTATACCA GGTTTTCTCC AGCTAAGATT GCCCTCCGGA GGCATTTGAA CCAAGACCAC 
ATAGGCAGTG GGAAAACAGC ACCCAGTGAG AACCATCAGA GAGCTGAACA TTTAAAAGAA 
AATGGCCTTC CGTTTCCAAG CCCTTCAGTA TCAAACGTCA TGAAGATGAG CCCTCTGGAA 
GCCAGACCTC CTTCTCCAGC AGCCTTGCCA GCTGGGAATG AGAAGGCTTT GCGCGAGAGG 
ACGTCTGCGA ATAACGGGGA GACGATCACC AGCCTTCCCA TCAGTATTCC CCTCAGCACA 
GTGCAGCCCA ATAAACTCCC TGTTAGTATT CCCTTGGCCA GCGTAGTCCT TCCTAGCCGT 
GTTGAGAAGG TGAGAAGCAC ACCTAGCCCT GTCCATCAGA ACCGAGATTC CTTTTCAACA 
CTTGAAAAAC AATTTGGTGC TAGTTCTCAT AACAGCGTTA GCGCCGCTGC TGGTAACAAG 
CCACTGACCT TGGCTACCTC AGGTTTTTCT TACATGTCTG GCTCTGTGTC AGTCAGTGGG 
ACTGTTCCAA ATAGCCCTGG CCCATTGAAT CAGGCTGCTG ACCATGCAGC TATGGAGGAG 
GTATCCAGTT CAGGAAGCTT GTTCAACTCA ACAGGATCTC GAAGCTCTAC TCCACAGCAT 
CCCTCTTTGC TTACGTCATC TTCACGGAAT TCTGGGCAAA ACTCACCTGC ACACCAGCAT 
TCTGCAAGCC CCAGGTTGAA TGGAATCTCC CAGAGCTTGG GAGGGGTACT GCAGTACATA 
GAGACTCAAA AAATGTTTGC TGAAAACACC AGAGGAGATG TCCCATCCGA CCCTGTCTTT 
TCTGATCCTG AGAGTGAGGG CAAACGAAGG ATTATCTTCA CCATCTCCCC TGCCACGGGA 
ACCCTCAAAC ATTCTCCATC AAACAAGCAC AGCCCCCTTG CAGCAAGTAT GCGGGCAGAT 
TGTGGTCAGG CATACATGCA AGATGGGAAG AAGCGTGGCC GGAGGAAGCG ATCCTCCACA 
GGAACACCCA GTGTGAACTC CGGGGTGTCA CCAAAACGCA AATCATTGCC CCCAATGGCT 
GGGCTCTTTG CTCAGCCTTC TGGATCTCCC CTTAATATCA GCTCCATGGT CAGTAATATT 
AACCAGCCTT TAGAAATAAC AGCCATTTCT TCTCCTGAAA ACTCCCTGAA GAATTCTCCT 
GTTCCATACC AGGACAATGA TCAGCCGCCA GTGCTGAAAA AGGAGAAGCC TCTAATTCAG 
ACCAATGGCA TCCATTACTC CCCACTAACT TCTGATGAAG AACAGAGCCT GGAGGACGAC 
CATAACAGCA CGAGAATTGA GAGGAAAATT GCAACAATAT CACTGGAAAG CAAATCTCCA 
CAAAAGCCGC TGGAAAACAG CATCAACTCA GCTGGGAGGA AGCAAGCTAC TGAAAGCATG 
AACAGCAGCA AGTGGAAGTC AACCTTTTCT CCAATTTCTG ACATCAACCT TTCCAAAACG 
GCAGACAGTC CTTTGCAAGC GTCGGCATCA TCCCTGAACC AGAACACCCT CTTTGCCTTC 
CGACCCTCTT CTGATGACAA CCTGGTTGGT GACAAGACTG GCCCACATGC GAGGAAACAC 
ATGACTGCAT CTGATGGGCT TGGCCAGAGT ACCAGCGCCA TGAATGGATT TGCTTACAAT 
GGAGGGCTAT CGGCAGATGT CGGTTTACAT AGCTTTACTG ATGGTGCTTC ACTTTCTCAT 
AAAACTGCTG ATGTCGTGAC GGCTCTGGGG GGCTCCTCTG TGGGGTTCCT GGTGCAGCGG 
AACAAAGAGG CCGGAGTCCC TGAGACAAAT CCATTCTTGA GCAAGAGGCA GCTGGAAAGC 
CTTGGTGGTG GGAAAGGGGA AGACTTGAAC TGGTCAGGGC TCAAAGGCAA AGAGGCCAAC 
GAACTGAGTG TCCGCCTGGG AGGCTCTTCA GACAAGGCCT CGGTGCTAAA CAACAAAATT 
AGCAAAGGGC GAGAGCGGGA TGTAGAGTTC AAGAACGGCC ACAACCTGTT CATTGCTGCT 
GCTGCTGCTG CTGCTGCTGC TGCTGCTGTC CCCTCTGGTG GCCTTCTTAA TGGCAAAAGC 
CTCTCTGCAG CCAGCTCTGG CAAGTCATCC AGCACGGCAT CCTCTACTCA GACCCACCAC 
CCTTTCTTGA ACTCCTTAAC CACTGGCACG CAGTTCCCCC TTGGTCCCAT GGTAACAAAC 
TCCTCGGTAC TGCAGTCCTT ATTTAATTCA ATGCCAGCTG CCGGCCTAGC GCATGTATCA 
TCAGCTGCCA CCCGCCTGAC CAACTCACAC ACCATGGGAA ACTTCTCTCC TGGGATGACA 
GGTGGAACAG TTGGAGGTAT TTTTAACCAT GTGGTGCCTT CTGCCTCCTC CTCTTCCTCC 
TCCGCTCCCT CTCCCTCCAC TTCCTCTTTT TCATCCTCCA CTTCCTCTCT CCATTTTGGC 
AATGGTGCAG TTTCCAGCTG CACCGTCTTA AGCTTAAATC CTCTGCAGGT TGCGGCCAGC 
TCTCCATCAT TCCATGCGTC CCCCAACCCA GTGCCATCTA ACGATGCCCA GCACCTCAAC 
CGAGTCCCAG CACGTGCCTC CCTTCGGACT CCACCTCCTC CTAATGTTTC ATTACCACCA 
CCTCCTCCCC TCCTCACTTC TAACTCTGAA CCTGTCCTCC TACAGAGTTT GTCATCTCTG 
CCAGTTTCAG AGGCTTTCTT GCCGCCATCT TCCACTGCTA ACTCCGCTTT GTCTATTAAA 
CTAGCTTCTC TTCAGCACAA AACTTCCCGC CCCTCCTTCA CTGTCCACCA CCCACCTCTG 
CCCCGCTTGG CGCTGGCACA AGCCACGCCT GGGATCCCAC AGTCCAACAC AGCTGGCACG 
CCTGCTATGT GGGTCACCCT TGGCATGCAG TCTCCTTATG CTTCACATCT CTCTGGAGTT 
AAGCCACGAT AA