LOC112276013 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC112276013 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC112276013 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)
OPn43303	XM_024506954.1 Latest version!	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OPn13490	XM_024506934.1 Latest version!	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OPn13490	XM_024506944.1 Latest version!	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

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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)

LOC112276013 ( XM_024506954.1 ) cDNA ORF clone, -> XP_024362722.1 Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X3, mRNA.

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CloneID	OPn43303
Clone ID Related Accession (Same CDS sequence)	XM_024506954.1
Accession Version	XM_024506954.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5070bp) 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	2018-04-03
Organism	Physcomitrella patens
Product	uncharacterized protein LOC112276013 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037254.1) 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 Name :: Physcomitrella patens Annotation Release 100 Annotation Version :: 100 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##

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGATAT TGTCATCCGG AAATCCATTC TCCAGTCCAC AGGTGGACCC TCTTCCTACT 
ACTTTGAAGC CCATTTCAAC GAGGTCAACT ACCAAATCTT ATAGAGGTTT GGCATCTAGT 
TCTTCGCCAG ATTCACCTGG AAAGGATGAG CAATTCTCAA GTGTTCAGTG GCGTGGTAAA 
GGAGTAACTC CAGCAACACC GCCTCGGACC GCCTTCAAGC TACCATATCA ACCATCGTTG 
CGATCTCCAT TACGTTCTCC CTTACGTTCG CCCTTGCATA CGCCTAGGTC ATACTTTGCA 
GAGACCGGCT CATTGAAATG GCTTGGCAGA GTTGATTCTG GTCTTTCTCC CAAGCCAGAT 
TTTTCGCTTC CTCCAAATCT TGTGACTCAC TCTGAAACCA GTTCACCCGC TTGTTCTCCC 
CCCCCACAGC TGGATCTGGA TTCTCCAACA AAAAGTACCG TATCCTCAGA AGTCTCTGAA 
GATTTGGGTT CTGCTCGTAC CACAGTTGTT CATCATTACA TTGAAGGCGA GAAAGAGGAA 
CGGTATCTTT TACCTGATTC TACCAATGTT TCATCCTCAA CGTCCTTTGT GAATGCAGGT 
CATGTCTCAC CATTGAGACG CTATATTCAG GATGATTATG ATGATGGACA TGTTGCACCA 
AATGAGCGTG AAAGAGTGGT ACCTAATGCA ACAAGCAATT CTGACCCATC GTATGCGTCA 
AGTTCTTCAG TCGAGGATGT TCTTTCTACC GAAGCAATAG ATGTAAAAGA ATCTAATGTC 
CTCACCAGGA AAGCAGAAAT TGAGCAATTA GCTTTGTCAA GTGGTACAGT GGTCTCGAAT 
GAATCAATTC CTATCACTTC CTGGTCTGCG GCTTCCTCTC CAGATAACGA AAATGGTGAT 
GGATTTCAGC ATGCGGGTGA AGTGGATATG GATGATGCAG CTCACTCTTT TCAGCAATCA 
AGGGCGTCCT CTTCTCAAAG GGCTGAAGAT GGTCAAGAAC TTGAGATTTC CAGGAATGCA 
GATTCGGACG TTCGGTCTTT ATACAGCAAA CATGGGTCAT TATCCTTATC TGAAGAATTT 
GAGAGTAGAT CTCAACTAGA AGATGTGAAT GCTACACGTC TTATTGCTGC AGCTCAACGT 
AATCAAGAAT CATTAGGTGT TTATGATGCA GTTCATGGCA ATGAGAATTT TTCATCTTCA 
ATTGAGGAGG CAGTAAGAAA TCAGGTTTTT GCACCACCCG ACGGAGTAGA CGGTTCAAGT 
TTTAGAAGAC AGTCAGATGA GCAGACATTG CCTTCTATTT CTACTTCAGA GCCAGAGAAC 
AACAACAAGT CTGTAAACTG GGACAGGACA GACGCTACAG CGGAAGCTCA ATCCATGGAG 
TCTCTAGAGT TGCAGAATAG TTCTAACACC CATGATGCTC TTTCTGCTTC CATTGCGCAA 
CAGGACAGAA ATATGCCCAA AGTGCTCACG TTCCAGGAAT CTACGTTAAG GCCTCCGCCT 
CCTGATGAAA GAACATTGTT TCGGGATCAA ATGAGAACCT CGTCTTTCAA TCTTCGTCGG 
GCTGATAGTA TGGAGAAGAA AGAGGCTGTA CACCGGCCAG TTGCGAACAT CAACGTCGCT 
GCTATACTTG AAAAGGCGAA TGCTATAAGA CAGGCCTTCG CTGGAAGTGA CGATGATGAC 
GATGGAGATG ACGATTGGAG TGATTCGTAA

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

RefSeq	XP_024362722.1
CDS	817..5886
Translation	MPLVRYEVRCEHSLANPELYRSAARDDPESLLEGVAMAGLVGIVRQLGDLAEFAAEIFCGLHDELMTIGSRGHDLNMRVQQLEDELPAVERALLSEPNQLRFAYTNGSDWHASIRSDQNHCTSGDLPRFVRNYYEECRGPPQLFLLDKFDVSGVGACLKRFTDPSFFKLEWASTELLRAQREQRDKKARREKKKGRRSKTGHPTAAINQIPARVRYGSASLEDLEGLPHDLASVLKVEIPVPSHLGANREPSPLTPSGVPRDSKAILVEDPSLPTVKTVQVSASSKKSQGIKSVRISATDPESATPSGSTPKRSESDDTVRSSADRISKIIEQEDRAAAPDVGHVRVLETKEVKSSVESGDAADGVQVLSIDSRATNGLLREDSEAQTKPRSVRTPLGTPRANARGEFSMDLREGDKHSGNTLRGTDSPMPLKSSRRSAYMDAHDSVRLSGKFLWRKNLDGDDASPMGGRFSRQVSMARSGISGSEYDEFVDAPSRIGSEGESDFDSPGSVHRATHFNGDALNNVALQNHVEAQKTYIPPGMKLTEPSPTPGALVEISEVVTETKVVQMADNSSNGTVLKSLSPISMALNEDSTKSSSFLGQSDTSADYALVRDQQSVAQKPDNRSGEVMKSQGNGNLDSHIEVVSAIAIPKDMEESDLLFKGIDRTSSSLDSLPSATSPSHEGRDALQPSFTMSSRHSISSELISVSSDSEPTSPISPKSPAFHALYSPRGSPPRSSNNIVNSPPTAYLRSSPPRSHESNCSSLSVEEVPVLSESPTSFPRSPHHALVSERDSLPYEVVPLESEPVCLPSQPVAQLYPLPTLSMSPDRESPSNSGELCCPVIAGFGGPPSPRKDGESVHTAPAGEGDHPVLQLSSTLKHDTVTRLKEPSDRYQPAPPPLVSSNGGVTPRSPQCATPRYSVFSESTRSSLVLPSRAADSSGSSAPSSPYGSPKKSFQRIFLSSPSALASPSPLRNSVDDASSYPRRDENSAPSSPSGSVIIKDSPPESPRSSDNGSECESRDFDAIQGRPEMSASAGLFSQVMKETLSKREVNADDVSSIVSEKVKSPQASATKPDNNLNSLFSSISHSSSKHPEAAVEIASEFSLDSSMTDGSADHFISEKILSSGNPFSSPQVDPLPTTLKPISTRSTTKSYRGLASSSSPDSPGKDEQFSSVQWRGKGVTPATPPRTAFKLPYQPSLRSPLRSPLRSPLHTPRSYFAETGSLKWLGRVDSGLSPKPDFSLPPNLVTHSETSSPACSPPPQLDLDSPTKSTVSSEVSEDLGSARTTVVHHYIEGEKEERYLLPDSTNVSSSTSFVNAGHVSPLRRYIQDDYDDGHVAPNERERVVPNATSNSDPSYASSSSVEDVLSTEAIDVKESNVLTRKAEIEQLALSSGTVVSNESIPITSWSAASSPDNENGDGFQHAGEVDMDDAAHSFQQSRASSSQRAEDGQELEISRNADSDVRSLYSKHGSLSLSEEFESRSQLEDVNATRLIAAAQRNQESLGVYDAVHGNENFSSSIEEAVRNQVFAPPDGVDGSSFRRQSDEQTLPSISTSEPENNNKSVNWDRTDATAEAQSMESLELQNSSNTHDALSASIAQQDRNMPKVLTFQESTLRPPPPDERTLFRDQMRTSSFNLRRADSMEKKEAVHRPVANINVAAILEKANAIRQAFAGSDDDDDGDDDWSDS

Target ORF information:

RefSeq Version	XM_024506954.1
Organism	Physcomitrella patens
Definition	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X3, mRNA.

Target ORF information:

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

XM_024506954.1

ORF Insert Sequence:

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGATAT TGTCATCCGG AAATCCATTC TCCAGTCCAC AGGTGGACCC TCTTCCTACT 
ACTTTGAAGC CCATTTCAAC GAGGTCAACT ACCAAATCTT ATAGAGGTTT GGCATCTAGT 
TCTTCGCCAG ATTCACCTGG AAAGGATGAG CAATTCTCAA GTGTTCAGTG GCGTGGTAAA 
GGAGTAACTC CAGCAACACC GCCTCGGACC GCCTTCAAGC TACCATATCA ACCATCGTTG 
CGATCTCCAT TACGTTCTCC CTTACGTTCG CCCTTGCATA CGCCTAGGTC ATACTTTGCA 
GAGACCGGCT CATTGAAATG GCTTGGCAGA GTTGATTCTG GTCTTTCTCC CAAGCCAGAT 
TTTTCGCTTC CTCCAAATCT TGTGACTCAC TCTGAAACCA GTTCACCCGC TTGTTCTCCC 
CCCCCACAGC TGGATCTGGA TTCTCCAACA AAAAGTACCG TATCCTCAGA AGTCTCTGAA 
GATTTGGGTT CTGCTCGTAC CACAGTTGTT CATCATTACA TTGAAGGCGA GAAAGAGGAA 
CGGTATCTTT TACCTGATTC TACCAATGTT TCATCCTCAA CGTCCTTTGT GAATGCAGGT 
CATGTCTCAC CATTGAGACG CTATATTCAG GATGATTATG ATGATGGACA TGTTGCACCA 
AATGAGCGTG AAAGAGTGGT ACCTAATGCA ACAAGCAATT CTGACCCATC GTATGCGTCA 
AGTTCTTCAG TCGAGGATGT TCTTTCTACC GAAGCAATAG ATGTAAAAGA ATCTAATGTC 
CTCACCAGGA AAGCAGAAAT TGAGCAATTA GCTTTGTCAA GTGGTACAGT GGTCTCGAAT 
GAATCAATTC CTATCACTTC CTGGTCTGCG GCTTCCTCTC CAGATAACGA AAATGGTGAT 
GGATTTCAGC ATGCGGGTGA AGTGGATATG GATGATGCAG CTCACTCTTT TCAGCAATCA 
AGGGCGTCCT CTTCTCAAAG GGCTGAAGAT GGTCAAGAAC TTGAGATTTC CAGGAATGCA 
GATTCGGACG TTCGGTCTTT ATACAGCAAA CATGGGTCAT TATCCTTATC TGAAGAATTT 
GAGAGTAGAT CTCAACTAGA AGATGTGAAT GCTACACGTC TTATTGCTGC AGCTCAACGT 
AATCAAGAAT CATTAGGTGT TTATGATGCA GTTCATGGCA ATGAGAATTT TTCATCTTCA 
ATTGAGGAGG CAGTAAGAAA TCAGGTTTTT GCACCACCCG ACGGAGTAGA CGGTTCAAGT 
TTTAGAAGAC AGTCAGATGA GCAGACATTG CCTTCTATTT CTACTTCAGA GCCAGAGAAC 
AACAACAAGT CTGTAAACTG GGACAGGACA GACGCTACAG CGGAAGCTCA ATCCATGGAG 
TCTCTAGAGT TGCAGAATAG TTCTAACACC CATGATGCTC TTTCTGCTTC CATTGCGCAA 
CAGGACAGAA ATATGCCCAA AGTGCTCACG TTCCAGGAAT CTACGTTAAG GCCTCCGCCT 
CCTGATGAAA GAACATTGTT TCGGGATCAA ATGAGAACCT CGTCTTTCAA TCTTCGTCGG 
GCTGATAGTA TGGAGAAGAA AGAGGCTGTA CACCGGCCAG TTGCGAACAT CAACGTCGCT 
GCTATACTTG AAAAGGCGAA TGCTATAAGA CAGGCCTTCG CTGGAAGTGA CGATGATGAC 
GATGGAGATG ACGATTGGAG TGATTCGTAA

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

LOC112276013 ( XM_024506934.1 ) cDNA ORF clone, -> XP_024362702.1 Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPn13490
Clone ID Related Accession (Same CDS sequence)	XM_024506934.1 , XM_024506944.1
Accession Version	XM_024506934.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	2018-04-03
Organism	Physcomitrella patens
Product	uncharacterized protein LOC112276013 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037254.1) 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 Name :: Physcomitrella patens Annotation Release 100 Annotation Version :: 100 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##

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGAAGA TATTGTCATC CGGAAATCCA TTCTCCAGTC CACAGGTGGA CCCTCTTCCT 
ACTACTTTGA AGCCCATTTC AACGAGGTCA ACTACCAAAT CTTATAGAGG TTTGGCATCT 
AGTTCTTCGC CAGATTCACC TGGAAAGGAT GAGCAATTCT CAAGTGTTCA GTGGCGTGGT 
AAAGGAGTAA CTCCAGCAAC ACCGCCTCGG ACCGCCTTCA AGCTACCATA TCAACCATCG 
TTGCGATCTC CATTACGTTC TCCCTTACGT TCGCCCTTGC ATACGCCTAG GTCATACTTT 
GCAGAGACCG GCTCATTGAA ATGGCTTGGC AGAGTTGATT CTGGTCTTTC TCCCAAGCCA 
GATTTTTCGC TTCCTCCAAA TCTTGTGACT CACTCTGAAA CCAGTTCACC CGCTTGTTCT 
CCCCCCCCAC AGCTGGATCT GGATTCTCCA ACAAAAAGTA CCGTATCCTC AGAAGTCTCT 
GAAGATTTGG GTTCTGCTCG TACCACAGTT GTTCATCATT ACATTGAAGG CGAGAAAGAG 
GAACGGTATC TTTTACCTGA TTCTACCAAT GTTTCATCCT CAACGTCCTT TGTGAATGCA 
GGTCATGTCT CACCATTGAG ACGCTATATT CAGGATGATT ATGATGATGG ACATGTTGCA 
CCAAATGAGC GTGAAAGAGT GGTACCTAAT GCAACAAGCA ATTCTGACCC ATCGTATGCG 
TCAAGTTCTT CAGTCGAGGA TGTTCTTTCT ACCGAAGCAA TAGATGTAAA AGAATCTAAT 
GTCCTCACCA GGAAAGCAGA AATTGAGCAA TTAGCTTTGT CAAGTGGTAC AGTGGTCTCG 
AATGAATCAA TTCCTATCAC TTCCTGGTCT GCGGCTTCCT CTCCAGATAA CGAAAATGGT 
GATGGATTTC AGCATGCGGG TGAAGTGGAT ATGGATGATG CAGCTCACTC TTTTCAGCAA 
TCAAGGGCGT CCTCTTCTCA AAGGGCTGAA GATGGTCAAG AACTTGAGAT TTCCAGGAAT 
GCAGATTCGG ACGTTCGGTC TTTATACAGC AAACATGGGT CATTATCCTT ATCTGAAGAA 
TTTGAGAGTA GATCTCAACT AGAAGATGTG AATGCTACAC GTCTTATTGC TGCAGCTCAA 
CGTAATCAAG AATCATTAGG TGTTTATGAT GCAGTTCATG GCAATGAGAA TTTTTCATCT 
TCAATTGAGG AGGCAGTAAG AAATCAGGTT TTTGCACCAC CCGACGGAGT AGACGGTTCA 
AGTTTTAGAA GACAGTCAGA TGAGCAGACA TTGCCTTCTA TTTCTACTTC AGAGCCAGAG 
AACAACAACA AGTCTGTAAA CTGGGACAGG ACAGACGCTA CAGCGGAAGC TCAATCCATG 
GAGTCTCTAG AGTTGCAGAA TAGTTCTAAC ACCCATGATG CTCTTTCTGC TTCCATTGCG 
CAACAGGACA GAAATATGCC CAAAGTGCTC ACGTTCCAGG AATCTACGTT AAGGCCTCCG 
CCTCCTGATG AAAGAACATT GTTTCGGGAT CAAATGAGAA CCTCGTCTTT CAATCTTCGT 
CGGGCTGATA GTATGGAGAA GAAAGAGGCT GTACACCGGC CAGTTGCGAA CATCAACGTC 
GCTGCTATAC TTGAAAAGGC GAATGCTATA AGACAGGCCT TCGCTGGAAG TGACGATGAT 
GACGATGGAG ATGACGATTG GAGTGATTCG TAA

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

RefSeq	XP_024362702.1
CDS	817..5889
Translation	MPLVRYEVRCEHSLANPELYRSAARDDPESLLEGVAMAGLVGIVRQLGDLAEFAAEIFCGLHDELMTIGSRGHDLNMRVQQLEDELPAVERALLSEPNQLRFAYTNGSDWHASIRSDQNHCTSGDLPRFVRNYYEECRGPPQLFLLDKFDVSGVGACLKRFTDPSFFKLEWASTELLRAQREQRDKKARREKKKGRRSKTGHPTAAINQIPARVRYGSASLEDLEGLPHDLASVLKVEIPVPSHLGANREPSPLTPSGVPRDSKAILVEDPSLPTVKTVQVSASSKKSQGIKSVRISATDPESATPSGSTPKRSESDDTVRSSADRISKIIEQEDRAAAPDVGHVRVLETKEVKSSVESGDAADGVQVLSIDSRATNGLLREDSEAQTKPRSVRTPLGTPRANARGEFSMDLREGDKHSGNTLRGTDSPMPLKSSRRSAYMDAHDSVRLSGKFLWRKNLDGDDASPMGGRFSRQVSMARSGISGSEYDEFVDAPSRIGSEGESDFDSPGSVHRATHFNGDALNNVALQNHVEAQKTYIPPGMKLTEPSPTPGALVEISEVVTETKVVQMADNSSNGTVLKSLSPISMALNEDSTKSSSFLGQSDTSADYALVRDQQSVAQKPDNRSGEVMKSQGNGNLDSHIEVVSAIAIPKDMEESDLLFKGIDRTSSSLDSLPSATSPSHEGRDALQPSFTMSSRHSISSELISVSSDSEPTSPISPKSPAFHALYSPRGSPPRSSNNIVNSPPTAYLRSSPPRSHESNCSSLSVEEVPVLSESPTSFPRSPHHALVSERDSLPYEVVPLESEPVCLPSQPVAQLYPLPTLSMSPDRESPSNSGELCCPVIAGFGGPPSPRKDGESVHTAPAGEGDHPVLQLSSTLKHDTVTRLKEPSDRYQPAPPPLVSSNGGVTPRSPQCATPRYSVFSESTRSSLVLPSRAADSSGSSAPSSPYGSPKKSFQRIFLSSPSALASPSPLRNSVDDASSYPRRDENSAPSSPSGSVIIKDSPPESPRSSDNGSECESRDFDAIQGRPEMSASAGLFSQVMKETLSKREVNADDVSSIVSEKVKSPQASATKPDNNLNSLFSSISHSSSKHPEAAVEIASEFSLDSSMTDGSADHFISEKKILSSGNPFSSPQVDPLPTTLKPISTRSTTKSYRGLASSSSPDSPGKDEQFSSVQWRGKGVTPATPPRTAFKLPYQPSLRSPLRSPLRSPLHTPRSYFAETGSLKWLGRVDSGLSPKPDFSLPPNLVTHSETSSPACSPPPQLDLDSPTKSTVSSEVSEDLGSARTTVVHHYIEGEKEERYLLPDSTNVSSSTSFVNAGHVSPLRRYIQDDYDDGHVAPNERERVVPNATSNSDPSYASSSSVEDVLSTEAIDVKESNVLTRKAEIEQLALSSGTVVSNESIPITSWSAASSPDNENGDGFQHAGEVDMDDAAHSFQQSRASSSQRAEDGQELEISRNADSDVRSLYSKHGSLSLSEEFESRSQLEDVNATRLIAAAQRNQESLGVYDAVHGNENFSSSIEEAVRNQVFAPPDGVDGSSFRRQSDEQTLPSISTSEPENNNKSVNWDRTDATAEAQSMESLELQNSSNTHDALSASIAQQDRNMPKVLTFQESTLRPPPPDERTLFRDQMRTSSFNLRRADSMEKKEAVHRPVANINVAAILEKANAIRQAFAGSDDDDDGDDDWSDS

Target ORF information:

RefSeq Version	XM_024506934.1
Organism	Physcomitrella patens
Definition	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X1, mRNA.

Target ORF information:

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

XM_024506934.1

ORF Insert Sequence:

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGAAGA TATTGTCATC CGGAAATCCA TTCTCCAGTC CACAGGTGGA CCCTCTTCCT 
ACTACTTTGA AGCCCATTTC AACGAGGTCA ACTACCAAAT CTTATAGAGG TTTGGCATCT 
AGTTCTTCGC CAGATTCACC TGGAAAGGAT GAGCAATTCT CAAGTGTTCA GTGGCGTGGT 
AAAGGAGTAA CTCCAGCAAC ACCGCCTCGG ACCGCCTTCA AGCTACCATA TCAACCATCG 
TTGCGATCTC CATTACGTTC TCCCTTACGT TCGCCCTTGC ATACGCCTAG GTCATACTTT 
GCAGAGACCG GCTCATTGAA ATGGCTTGGC AGAGTTGATT CTGGTCTTTC TCCCAAGCCA 
GATTTTTCGC TTCCTCCAAA TCTTGTGACT CACTCTGAAA CCAGTTCACC CGCTTGTTCT 
CCCCCCCCAC AGCTGGATCT GGATTCTCCA ACAAAAAGTA CCGTATCCTC AGAAGTCTCT 
GAAGATTTGG GTTCTGCTCG TACCACAGTT GTTCATCATT ACATTGAAGG CGAGAAAGAG 
GAACGGTATC TTTTACCTGA TTCTACCAAT GTTTCATCCT CAACGTCCTT TGTGAATGCA 
GGTCATGTCT CACCATTGAG ACGCTATATT CAGGATGATT ATGATGATGG ACATGTTGCA 
CCAAATGAGC GTGAAAGAGT GGTACCTAAT GCAACAAGCA ATTCTGACCC ATCGTATGCG 
TCAAGTTCTT CAGTCGAGGA TGTTCTTTCT ACCGAAGCAA TAGATGTAAA AGAATCTAAT 
GTCCTCACCA GGAAAGCAGA AATTGAGCAA TTAGCTTTGT CAAGTGGTAC AGTGGTCTCG 
AATGAATCAA TTCCTATCAC TTCCTGGTCT GCGGCTTCCT CTCCAGATAA CGAAAATGGT 
GATGGATTTC AGCATGCGGG TGAAGTGGAT ATGGATGATG CAGCTCACTC TTTTCAGCAA 
TCAAGGGCGT CCTCTTCTCA AAGGGCTGAA GATGGTCAAG AACTTGAGAT TTCCAGGAAT 
GCAGATTCGG ACGTTCGGTC TTTATACAGC AAACATGGGT CATTATCCTT ATCTGAAGAA 
TTTGAGAGTA GATCTCAACT AGAAGATGTG AATGCTACAC GTCTTATTGC TGCAGCTCAA 
CGTAATCAAG AATCATTAGG TGTTTATGAT GCAGTTCATG GCAATGAGAA TTTTTCATCT 
TCAATTGAGG AGGCAGTAAG AAATCAGGTT TTTGCACCAC CCGACGGAGT AGACGGTTCA 
AGTTTTAGAA GACAGTCAGA TGAGCAGACA TTGCCTTCTA TTTCTACTTC AGAGCCAGAG 
AACAACAACA AGTCTGTAAA CTGGGACAGG ACAGACGCTA CAGCGGAAGC TCAATCCATG 
GAGTCTCTAG AGTTGCAGAA TAGTTCTAAC ACCCATGATG CTCTTTCTGC TTCCATTGCG 
CAACAGGACA GAAATATGCC CAAAGTGCTC ACGTTCCAGG AATCTACGTT AAGGCCTCCG 
CCTCCTGATG AAAGAACATT GTTTCGGGAT CAAATGAGAA CCTCGTCTTT CAATCTTCGT 
CGGGCTGATA GTATGGAGAA GAAAGAGGCT GTACACCGGC CAGTTGCGAA CATCAACGTC 
GCTGCTATAC TTGAAAAGGC GAATGCTATA AGACAGGCCT TCGCTGGAAG TGACGATGAT 
GACGATGGAG ATGACGATTG GAGTGATTCG TAA

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

LOC112276013 ( XM_024506944.1 ) cDNA ORF clone, -> XP_024362712.1 Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X2, mRNA.

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CloneID	OPn13490
Clone ID Related Accession (Same CDS sequence)	XM_024506934.1 , XM_024506944.1
Accession Version	XM_024506944.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5073bp) 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	2018-04-03
Organism	Physcomitrella patens
Product	uncharacterized protein LOC112276013 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_037254.1) 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 Name :: Physcomitrella patens Annotation Release 100 Annotation Version :: 100 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##

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGAAGA TATTGTCATC CGGAAATCCA TTCTCCAGTC CACAGGTGGA CCCTCTTCCT 
ACTACTTTGA AGCCCATTTC AACGAGGTCA ACTACCAAAT CTTATAGAGG TTTGGCATCT 
AGTTCTTCGC CAGATTCACC TGGAAAGGAT GAGCAATTCT CAAGTGTTCA GTGGCGTGGT 
AAAGGAGTAA CTCCAGCAAC ACCGCCTCGG ACCGCCTTCA AGCTACCATA TCAACCATCG 
TTGCGATCTC CATTACGTTC TCCCTTACGT TCGCCCTTGC ATACGCCTAG GTCATACTTT 
GCAGAGACCG GCTCATTGAA ATGGCTTGGC AGAGTTGATT CTGGTCTTTC TCCCAAGCCA 
GATTTTTCGC TTCCTCCAAA TCTTGTGACT CACTCTGAAA CCAGTTCACC CGCTTGTTCT 
CCCCCCCCAC AGCTGGATCT GGATTCTCCA ACAAAAAGTA CCGTATCCTC AGAAGTCTCT 
GAAGATTTGG GTTCTGCTCG TACCACAGTT GTTCATCATT ACATTGAAGG CGAGAAAGAG 
GAACGGTATC TTTTACCTGA TTCTACCAAT GTTTCATCCT CAACGTCCTT TGTGAATGCA 
GGTCATGTCT CACCATTGAG ACGCTATATT CAGGATGATT ATGATGATGG ACATGTTGCA 
CCAAATGAGC GTGAAAGAGT GGTACCTAAT GCAACAAGCA ATTCTGACCC ATCGTATGCG 
TCAAGTTCTT CAGTCGAGGA TGTTCTTTCT ACCGAAGCAA TAGATGTAAA AGAATCTAAT 
GTCCTCACCA GGAAAGCAGA AATTGAGCAA TTAGCTTTGT CAAGTGGTAC AGTGGTCTCG 
AATGAATCAA TTCCTATCAC TTCCTGGTCT GCGGCTTCCT CTCCAGATAA CGAAAATGGT 
GATGGATTTC AGCATGCGGG TGAAGTGGAT ATGGATGATG CAGCTCACTC TTTTCAGCAA 
TCAAGGGCGT CCTCTTCTCA AAGGGCTGAA GATGGTCAAG AACTTGAGAT TTCCAGGAAT 
GCAGATTCGG ACGTTCGGTC TTTATACAGC AAACATGGGT CATTATCCTT ATCTGAAGAA 
TTTGAGAGTA GATCTCAACT AGAAGATGTG AATGCTACAC GTCTTATTGC TGCAGCTCAA 
CGTAATCAAG AATCATTAGG TGTTTATGAT GCAGTTCATG GCAATGAGAA TTTTTCATCT 
TCAATTGAGG AGGCAGTAAG AAATCAGGTT TTTGCACCAC CCGACGGAGT AGACGGTTCA 
AGTTTTAGAA GACAGTCAGA TGAGCAGACA TTGCCTTCTA TTTCTACTTC AGAGCCAGAG 
AACAACAACA AGTCTGTAAA CTGGGACAGG ACAGACGCTA CAGCGGAAGC TCAATCCATG 
GAGTCTCTAG AGTTGCAGAA TAGTTCTAAC ACCCATGATG CTCTTTCTGC TTCCATTGCG 
CAACAGGACA GAAATATGCC CAAAGTGCTC ACGTTCCAGG AATCTACGTT AAGGCCTCCG 
CCTCCTGATG AAAGAACATT GTTTCGGGAT CAAATGAGAA CCTCGTCTTT CAATCTTCGT 
CGGGCTGATA GTATGGAGAA GAAAGAGGCT GTACACCGGC CAGTTGCGAA CATCAACGTC 
GCTGCTATAC TTGAAAAGGC GAATGCTATA AGACAGGCCT TCGCTGGAAG TGACGATGAT 
GACGATGGAG ATGACGATTG GAGTGATTCG TAA

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

RefSeq	XP_024362712.1
CDS	896..5968
Translation	MPLVRYEVRCEHSLANPELYRSAARDDPESLLEGVAMAGLVGIVRQLGDLAEFAAEIFCGLHDELMTIGSRGHDLNMRVQQLEDELPAVERALLSEPNQLRFAYTNGSDWHASIRSDQNHCTSGDLPRFVRNYYEECRGPPQLFLLDKFDVSGVGACLKRFTDPSFFKLEWASTELLRAQREQRDKKARREKKKGRRSKTGHPTAAINQIPARVRYGSASLEDLEGLPHDLASVLKVEIPVPSHLGANREPSPLTPSGVPRDSKAILVEDPSLPTVKTVQVSASSKKSQGIKSVRISATDPESATPSGSTPKRSESDDTVRSSADRISKIIEQEDRAAAPDVGHVRVLETKEVKSSVESGDAADGVQVLSIDSRATNGLLREDSEAQTKPRSVRTPLGTPRANARGEFSMDLREGDKHSGNTLRGTDSPMPLKSSRRSAYMDAHDSVRLSGKFLWRKNLDGDDASPMGGRFSRQVSMARSGISGSEYDEFVDAPSRIGSEGESDFDSPGSVHRATHFNGDALNNVALQNHVEAQKTYIPPGMKLTEPSPTPGALVEISEVVTETKVVQMADNSSNGTVLKSLSPISMALNEDSTKSSSFLGQSDTSADYALVRDQQSVAQKPDNRSGEVMKSQGNGNLDSHIEVVSAIAIPKDMEESDLLFKGIDRTSSSLDSLPSATSPSHEGRDALQPSFTMSSRHSISSELISVSSDSEPTSPISPKSPAFHALYSPRGSPPRSSNNIVNSPPTAYLRSSPPRSHESNCSSLSVEEVPVLSESPTSFPRSPHHALVSERDSLPYEVVPLESEPVCLPSQPVAQLYPLPTLSMSPDRESPSNSGELCCPVIAGFGGPPSPRKDGESVHTAPAGEGDHPVLQLSSTLKHDTVTRLKEPSDRYQPAPPPLVSSNGGVTPRSPQCATPRYSVFSESTRSSLVLPSRAADSSGSSAPSSPYGSPKKSFQRIFLSSPSALASPSPLRNSVDDASSYPRRDENSAPSSPSGSVIIKDSPPESPRSSDNGSECESRDFDAIQGRPEMSASAGLFSQVMKETLSKREVNADDVSSIVSEKVKSPQASATKPDNNLNSLFSSISHSSSKHPEAAVEIASEFSLDSSMTDGSADHFISEKKILSSGNPFSSPQVDPLPTTLKPISTRSTTKSYRGLASSSSPDSPGKDEQFSSVQWRGKGVTPATPPRTAFKLPYQPSLRSPLRSPLRSPLHTPRSYFAETGSLKWLGRVDSGLSPKPDFSLPPNLVTHSETSSPACSPPPQLDLDSPTKSTVSSEVSEDLGSARTTVVHHYIEGEKEERYLLPDSTNVSSSTSFVNAGHVSPLRRYIQDDYDDGHVAPNERERVVPNATSNSDPSYASSSSVEDVLSTEAIDVKESNVLTRKAEIEQLALSSGTVVSNESIPITSWSAASSPDNENGDGFQHAGEVDMDDAAHSFQQSRASSSQRAEDGQELEISRNADSDVRSLYSKHGSLSLSEEFESRSQLEDVNATRLIAAAQRNQESLGVYDAVHGNENFSSSIEEAVRNQVFAPPDGVDGSSFRRQSDEQTLPSISTSEPENNNKSVNWDRTDATAEAQSMESLELQNSSNTHDALSASIAQQDRNMPKVLTFQESTLRPPPPDERTLFRDQMRTSSFNLRRADSMEKKEAVHRPVANINVAAILEKANAIRQAFAGSDDDDDGDDDWSDS

Target ORF information:

RefSeq Version	XM_024506944.1
Organism	Physcomitrella patens
Definition	Physcomitrella patens uncharacterized LOC112276013 (LOC112276013), transcript variant X2, mRNA.

Target ORF information:

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

XM_024506944.1

ORF Insert Sequence:

ATGCCTCTTG TGAGGTATGA GGTGCGGTGT GAGCACAGTT TGGCCAATCC AGAGTTGTAT 
CGTTCCGCTG CTCGCGATGA CCCTGAAAGT TTGTTGGAAG GTGTTGCCAT GGCGGGACTT 
GTTGGTATTG TCCGCCAGCT TGGAGATCTC GCTGAATTCG CAGCAGAGAT ATTTTGTGGC 
CTACATGACG AACTGATGAC TATAGGATCA CGAGGTCACG ATCTGAACAT GCGAGTGCAG 
CAGTTAGAGG ATGAGCTACC AGCAGTGGAA AGGGCTTTGC TCTCAGAGCC GAACCAGCTC 
CGATTTGCTT ATACCAACGG CTCTGATTGG CATGCCAGTA TACGAAGCGA TCAGAACCAC 
TGCACATCGG GTGATTTACC ACGCTTTGTT CGGAATTATT ATGAAGAATG CCGAGGCCCT 
CCTCAACTTT TTCTTCTTGA CAAGTTCGAT GTGTCTGGAG TTGGAGCTTG CTTGAAGAGA 
TTCACAGATC CTTCTTTTTT CAAGCTTGAA TGGGCTAGCA CTGAGTTGTT GAGAGCCCAG 
CGAGAACAGC GTGACAAGAA AGCACGTAGA GAGAAGAAGA AGGGTAGGCG ATCGAAGACT 
GGACATCCAA CAGCTGCTAT CAATCAGATT CCGGCCAGGG TACGGTATGG CTCTGCAAGC 
CTTGAAGATT TGGAAGGACT TCCGCATGAT TTAGCCTCTG TTTTGAAAGT CGAAATTCCA 
GTTCCTTCTC ATCTGGGTGC CAATCGCGAA CCTAGCCCTC TAACACCAAG TGGTGTTCCA 
CGTGATTCTA AAGCTATATT GGTTGAAGAT CCATCTCTAC CTACGGTGAA AACTGTTCAA 
GTTTCAGCGA GTTCAAAAAA ATCCCAAGGA ATCAAGTCTG TCAGAATCAG CGCTACGGAT 
CCTGAGAGTG CTACTCCCTC AGGGAGCACA CCGAAACGTA GTGAATCAGA TGATACAGTA 
AGAAGTTCGG CGGATAGAAT TTCCAAAATC ATTGAGCAGG AGGATCGTGC TGCTGCACCT 
GATGTGGGAC ACGTTAGAGT CCTCGAGACC AAGGAGGTGA AATCCTCTGT TGAGTCGGGA 
GATGCTGCTG ACGGCGTCCA AGTTTTGTCC ATAGACTCGA GAGCCACAAA TGGGTTATTA 
CGAGAGGATT CAGAAGCACA GACGAAGCCT CGTTCAGTAA GAACTCCGTT AGGGACGCCA 
AGAGCGAATG CGAGAGGTGA ATTTTCTATG GATCTCAGGG AAGGAGATAA ACATTCTGGT 
AACACACTAC GTGGCACGGA CTCGCCTATG CCTCTGAAAT CCTCTAGGAG AAGCGCTTAT 
ATGGATGCCC ACGATTCCGT ACGCTTGTCA GGGAAGTTTC TGTGGAGGAA GAATCTGGAT 
GGTGACGACG CGTCTCCGAT GGGTGGCAGA TTTTCGAGGC AAGTCTCAAT GGCAAGGTCT 
GGCATTTCTG GGAGCGAATA TGATGAATTT GTTGATGCGC CGTCTAGAAT TGGTTCTGAA 
GGGGAGTCCG ACTTCGATTC TCCTGGAAGT GTTCACAGAG CGACACATTT CAATGGAGAT 
GCGCTCAATA ATGTAGCTTT ACAGAATCAT GTCGAGGCTC AGAAAACCTA CATTCCGCCA 
GGCATGAAGC TCACGGAACC TTCACCAACT CCCGGAGCAT TAGTAGAAAT ATCAGAAGTC 
GTTACTGAGA CCAAAGTCGT CCAAATGGCT GATAATTCTA GTAATGGGAC GGTTCTGAAA 
AGTCTCTCGC CTATTTCTAT GGCGTTGAAC GAAGATTCTA CTAAATCCTC ATCTTTCTTA 
GGGCAGTCTG ATACCTCTGC TGATTACGCC TTAGTCCGGG ATCAACAATC AGTAGCTCAG 
AAACCAGACA ACCGTTCTGG TGAAGTTATG AAGTCTCAAG GAAATGGAAA CCTAGATTCT 
CATATTGAGG TTGTGTCTGC TATTGCTATT CCCAAGGACA TGGAGGAATC TGATCTACTA 
TTTAAGGGCA TTGATCGGAC TTCCTCTTCC TTGGACTCTT TGCCAAGTGC TACAAGCCCA 
AGTCATGAAG GACGTGATGC TCTGCAGCCT AGCTTCACTA TGTCCTCTCG CCATTCTATT 
TCAAGTGAGC TGATCTCAGT ATCTAGTGAC TCAGAGCCTA CTTCTCCTAT ATCACCAAAA 
TCTCCAGCCT TCCATGCGCT CTACTCGCCT CGAGGGTCAC CTCCTAGGTC GTCGAATAAT 
ATAGTTAACT CTCCACCCAC GGCTTACCTG AGGTCTTCTC CTCCAAGATC ACATGAGTCC 
AACTGCAGTA GCCTTTCTGT TGAAGAGGTG CCTGTGCTCT CTGAATCACC TACATCTTTT 
CCTAGATCTC CTCACCATGC ATTAGTTTCA GAGAGAGATT CCTTACCTTA TGAAGTTGTT 
CCCCTAGAAT CGGAGCCAGT ATGTCTTCCT AGTCAACCCG TAGCTCAACT CTACCCCTTG 
CCTACACTAT CTATGAGTCC GGATCGTGAA AGTCCTTCGA ATTCTGGAGA ATTGTGCTGC 
CCTGTAATTG CAGGCTTTGG TGGGCCTCCT AGTCCTCGAA AGGATGGTGA ATCGGTTCAC 
ACTGCGCCTG CTGGCGAGGG TGATCATCCT GTTCTTCAGC TGAGTTCAAC ATTAAAGCAT 
GACACTGTGA CTCGATTAAA AGAACCTTCT GATCGTTACC AACCAGCACC GCCTCCTTTA 
GTTAGTTCGA ATGGAGGTGT AACTCCTAGA TCTCCTCAAT GTGCAACTCC TAGATATTCA 
GTTTTTTCTG AGTCTACAAG GTCCTCTTTG GTACTACCTT CTCGTGCTGC CGACAGTTCT 
GGATCAAGTG CACCCTCCAG TCCTTATGGG AGTCCTAAGA AGAGTTTCCA AAGGATTTTC 
TTGTCAAGTC CGAGTGCACT TGCCTCACCT AGTCCTCTTC GAAATTCCGT GGATGATGCT 
TCTTCTTATC CTCGAAGAGA TGAAAATAGT GCCCCTTCGA GTCCATCAGG TAGTGTCATC 
ATCAAAGACA GCCCTCCAGA AAGTCCTCGA TCATCTGACA ACGGAAGCGA ATGTGAAAGC 
CGTGATTTTG ATGCAATACA AGGTCGACCT GAAATGTCTG CCTCAGCTGG ACTTTTCAGT 
CAGGTGATGA AGGAAACTTT ATCAAAGCGA GAAGTTAATG CTGATGATGT CTCATCTATC 
GTGAGCGAAA AAGTTAAATC CCCGCAGGCT TCAGCAACAA AGCCGGATAA CAACTTAAAC 
TCACTGTTCA GTTCTATCTC ACACTCTTCA TCAAAGCATC CAGAGGCGGC TGTCGAGATA 
GCTTCAGAAT TTTCCTTGGA TAGTTCTATG ACAGATGGCT CAGCCGATCA CTTCATTTCT 
GAGAAGAAGA TATTGTCATC CGGAAATCCA TTCTCCAGTC CACAGGTGGA CCCTCTTCCT 
ACTACTTTGA AGCCCATTTC AACGAGGTCA ACTACCAAAT CTTATAGAGG TTTGGCATCT 
AGTTCTTCGC CAGATTCACC TGGAAAGGAT GAGCAATTCT CAAGTGTTCA GTGGCGTGGT 
AAAGGAGTAA CTCCAGCAAC ACCGCCTCGG ACCGCCTTCA AGCTACCATA TCAACCATCG 
TTGCGATCTC CATTACGTTC TCCCTTACGT TCGCCCTTGC ATACGCCTAG GTCATACTTT 
GCAGAGACCG GCTCATTGAA ATGGCTTGGC AGAGTTGATT CTGGTCTTTC TCCCAAGCCA 
GATTTTTCGC TTCCTCCAAA TCTTGTGACT CACTCTGAAA CCAGTTCACC CGCTTGTTCT 
CCCCCCCCAC AGCTGGATCT GGATTCTCCA ACAAAAAGTA CCGTATCCTC AGAAGTCTCT 
GAAGATTTGG GTTCTGCTCG TACCACAGTT GTTCATCATT ACATTGAAGG CGAGAAAGAG 
GAACGGTATC TTTTACCTGA TTCTACCAAT GTTTCATCCT CAACGTCCTT TGTGAATGCA 
GGTCATGTCT CACCATTGAG ACGCTATATT CAGGATGATT ATGATGATGG ACATGTTGCA 
CCAAATGAGC GTGAAAGAGT GGTACCTAAT GCAACAAGCA ATTCTGACCC ATCGTATGCG 
TCAAGTTCTT CAGTCGAGGA TGTTCTTTCT ACCGAAGCAA TAGATGTAAA AGAATCTAAT 
GTCCTCACCA GGAAAGCAGA AATTGAGCAA TTAGCTTTGT CAAGTGGTAC AGTGGTCTCG 
AATGAATCAA TTCCTATCAC TTCCTGGTCT GCGGCTTCCT CTCCAGATAA CGAAAATGGT 
GATGGATTTC AGCATGCGGG TGAAGTGGAT ATGGATGATG CAGCTCACTC TTTTCAGCAA 
TCAAGGGCGT CCTCTTCTCA AAGGGCTGAA GATGGTCAAG AACTTGAGAT TTCCAGGAAT 
GCAGATTCGG ACGTTCGGTC TTTATACAGC AAACATGGGT CATTATCCTT ATCTGAAGAA 
TTTGAGAGTA GATCTCAACT AGAAGATGTG AATGCTACAC GTCTTATTGC TGCAGCTCAA 
CGTAATCAAG AATCATTAGG TGTTTATGAT GCAGTTCATG GCAATGAGAA TTTTTCATCT 
TCAATTGAGG AGGCAGTAAG AAATCAGGTT TTTGCACCAC CCGACGGAGT AGACGGTTCA 
AGTTTTAGAA GACAGTCAGA TGAGCAGACA TTGCCTTCTA TTTCTACTTC AGAGCCAGAG 
AACAACAACA AGTCTGTAAA CTGGGACAGG ACAGACGCTA CAGCGGAAGC TCAATCCATG 
GAGTCTCTAG AGTTGCAGAA TAGTTCTAAC ACCCATGATG CTCTTTCTGC TTCCATTGCG 
CAACAGGACA GAAATATGCC CAAAGTGCTC ACGTTCCAGG AATCTACGTT AAGGCCTCCG 
CCTCCTGATG AAAGAACATT GTTTCGGGAT CAAATGAGAA CCTCGTCTTT CAATCTTCGT 
CGGGCTGATA GTATGGAGAA GAAAGAGGCT GTACACCGGC CAGTTGCGAA CATCAACGTC 
GCTGCTATAC TTGAAAAGGC GAATGCTATA AGACAGGCCT TCGCTGGAAG TGACGATGAT 
GACGATGGAG ATGACGATTG GAGTGATTCG TAA

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

PubMed

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1-877-436-7274

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1-732-210-0262

LOC112276013 cDNA ORF clone,

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Gene Symbol	LOC112276013
Entrez Gene ID	112276013