BKCO1_9700012 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_9700012
Entrez Gene ID	31020304
Full Name	set and ww domain protein
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020280040.1	XP_020125281.1	set and ww domain protein

Pathways from BioSystems
Gene Ontology

The following BKCO1_9700012 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_9700012 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
ODi97336	XM_020280040.1 Latest version!	Diplodia corticola set and ww domain protein (BKCO1_9700012), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

BKCO1_9700012 ( XM_020280040.1 ) cDNA ORF clone, Diplodia corticola -> XP_020125281.1 Diplodia corticola set and ww domain protein (BKCO1_9700012), partial mRNA.

Price & Availability↑

CloneID	ODi97336
Clone ID Related Accession (Same CDS sequence)	XM_020280040.1
Accession Version	XM_020280040.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2916bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-08-27
Organism	Diplodia corticola
Product	set and ww domain protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_017971576). COMPLETENESS: incomplete on both ends.

ATGTCGGACA GCGATGCCGA CAGCAAGGTG TTCCGCCCGG AGCCCGAGGG CCGCGACATG 
AAGCTAGAGC CAGAGACCCC TGCAGAGGAC GGAGATGCGG ACGTGAAGCA AAGCGTGGAA 
GACGATGGGA AGGGGCGCGC CGCAACAGCC GCAACAGCCG CAACATCAAA CGGCCATGCT 
GCATCACCGG GGCAGGCCGC GGAGTCAAGA ACTCAGTCGC CGATCAAGAC CAATAGGAGC 
AGCGACTCAC CCGGACAGGG TTCGGAACGC GAGGAAATCC TCGGTGGCGA CATCACCGTG 
AAGATGGAGC CAGGCAAGGC TCCCAAACTC GCCCGCTCAA CATCGCAAAA GGTCGTCGCG 
AGGCCGCCGC CGCTCTACTT GGACCATGAG GACAAGACGG AAGAATCCAA GGGCACGTTC 
GATGTCATCG AATGCTGCAC GTATGGCAAC AAGTTGATGG GTTCGACCGA GCATGCGCTT 
GAATGCGACT GTTCCGAGGA GTGGGACCCA GAGACTAGGA AGAACCTTGC GTGCGGAGAG 
GATTCCGACT GCATCAATCG CGCGACCAAG ATGGAATGCG TCGGCGATTG TGGGTGCGGG 
CCCGACTGCC AAAACCAACG TTTCCTCAAA AAGCAGTACG CCGACGTCAC AGTCTTCCGA 
ACGGAGAAGA AAGGATATGG ACTTCGCGCC AACACTGACC TCAAGCCTAA TGACTTTGTA 
TACGAGTATA TCGGAGAAGT CATCAACGAG CGGGCTTTTC GCGGCCGCAT GGTCCAGTAC 
GACCACGAGA AGATCAGGCA TTTTTACTTC ATGTCCCTGA GCAAGGGCGA ATTCGTCGAT 
GCGACAAAGA AAGGTAACCT CGGTCGTTTC TGCAACCACT CCTGCAATCC CAACTGTTTT 
GTGGACAAAT GGGTTGTTGG CGAGAAATTG CGCATGGGCA TCTTTGCCGA GCGCCACATC 
AAGGCCGGCG AGGAGCTCGT CTTCAACTAC AACGTCGACC GCTATGGCGC AGACCCGCAA 
CCATGCTACT GCGGTGAGGC AAACTGCACA GGTTTCATCG GCGGCAAGAC GCAGACAGAC 
AACGCTACGA AGCTGTCCCA TGCTACAATC GAGGCGCTTG GCATCGATGA TGAGGACAGC 
TGGGACACTG CTGTCGCCAA GAAGCCCCGC AAGAAGAAGC TCTCCGAGGA CGACGAGGAA 
TACGTCAACA ACGTTCAGCC GAAGTCTCTC GATGAGGGCG GCGTCACCAA GGTCATGGCC 
ACGCTAATGC AATGCAAGGA GAAGTGGATT GCCGTCAAGC TGCTGAGCCG CATCCAGAGC 
AGCGACGACG AAAAGGTCAT GAATCGCGTC ATCAGGATGC ACGGCTATCA AATCCTCAAG 
ACGACCCTGA ACACATTCAT GGATGATCAC AATGTCGCTG CGCAGGTCCT CGAAATCCTC 
GACATGATGC CTCGTCTTTC CCGCAACAAA ATTCAAAATT CGAACATTGA AGAGACGATT 
GAGAAGTTAC AGTCCTGCGA GGACGAGAGG GTGTCGAGCA AGGCATCCAG ACTTCTCCAT 
GAATGGAGTC AGCTTAAGAT GGAGTACAGG ATTCCCAGGG TCAAGCGCGA GCAAAACGGC 
CCTAGCGCCT ACGATTCAAG ATGGGCTGAA CGCACTGAGC GTGTTTCCAA GGAGCGTTCG 
GCTTCGCCAG ACGCACCAAA GGGCCCCTCC AATCGCAACC CTATACCAGC TAGGCCTTTC 
CCAGCAGGAC CGAGGCAATT CCGCCGTCCG CCTCATTTCA ACCCACTGCC CCACGGATGG 
TTCATGACTA CAGACGCGGA AAAGAAGATC TATTACTACA GTGCCAGTGG CGCGACTAGC 
TGGCAGCGTC CGACAACTCC AGCGCCACAG CCTCCTGCCC CATCCAAGGA GAAGACTCAC 
CAACAAAAAC TCCAGGATAT CATTCGTGAG ATTACCGACG GTACACCGAA GACTCAAAGT 
CCAGGAGGCA GGACTCCTCA GCCGGAATCG GCAAAGAAAG ACAAGAATGC TGGTGAAGAA 
AGATGGAGGT CTTATAGCGA GGAGAAGCAG AAGAAGGTCT ATGAGAACAC TATCTTCCCA 
CATATCAGCT ATGTGCTGAA CAGATTCAGC AAGAGACTTC CGAAAGAGGA CTTGAAGCGC 
CTTGGAAAGG AGCTTTCGAA GAAGATCGTC AACTCAGACT ACAAGCGTGG CCGCGTCGAG 
GACCCGACTA AAATATCGGA GAAGCATGTC AAGGATATGA AGAAGCACGT CCAAGAGACT 
TTGGAGAAAG CATGTGAGAA GAAAAGGAAG TTCGATCAAC AACAGCCGGA TGCGTCCGGT 
GGTACAACAC CTCCAGGCGA TCCTGGTAAT GCAGGCGGTC GGGACGACGC TATGCCTGAC 
GTGTCGGCCG ATGCGGGTGA CAAGGGTGAG AGTTCAGAGG ATGGTCATGG AAATTCAGCC 
AAGCGCAAGA GGCAAGGCGA GACGTCGGTT AGCACGCCGA TGGAAGGGGA TGACGAATCT 
TCGTTCAAGA GGATGAAATC GACAGATGTC GATACTCCTC CGCCGCCTCC GCCGCCTCCG 
CCGCCTGCTG ACAGCACGAT GTTCAATGAG CAAGGCGAGG CGATCGATGA TGCCGATGCA 
CCTGACGCTT TCCAACGGGC TGCGCTCAAC TCGTTTGAGA ACGGGCTGGA TGAGTCACAC 
ATCAGCAACG CAACGGCCCA TGGTGTGCAA GCAAAGAACG AGCTTAGCGT GCAGAGGAAC 
AAGGCCATCC AAGCAGAGCT CGGAGACGGC TCGGGAGCGA ACGGCCACCC CAGTCCGATG 
CAGCTGGCCA CCCCATCGAC AAGCGACTCG TACGACAACT TCGACGGCAT GCATTCGGAT 
CGCCTTCGGC ATCTTGGTGT CGCTAACGGC AGATGA

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

RefSeq	XP_020125281.1
CDS	1..2916
Translation	MSDSDADSKVFRPEPEGRDMKLEPETPAEDGDADVKQSVEDDGKGRAATAATAATSNGHAASPGQAAESRTQSPIKTNRSSDSPGQGSEREEILGGDITVKMEPGKAPKLARSTSQKVVARPPPLYLDHEDKTEESKGTFDVIECCTYGNKLMGSTEHALECDCSEEWDPETRKNLACGEDSDCINRATKMECVGDCGCGPDCQNQRFLKKQYADVTVFRTEKKGYGLRANTDLKPNDFVYEYIGEVINERAFRGRMVQYDHEKIRHFYFMSLSKGEFVDATKKGNLGRFCNHSCNPNCFVDKWVVGEKLRMGIFAERHIKAGEELVFNYNVDRYGADPQPCYCGEANCTGFIGGKTQTDNATKLSHATIEALGIDDEDSWDTAVAKKPRKKKLSEDDEEYVNNVQPKSLDEGGVTKVMATLMQCKEKWIAVKLLSRIQSSDDEKVMNRVIRMHGYQILKTTLNTFMDDHNVAAQVLEILDMMPRLSRNKIQNSNIEETIEKLQSCEDERVSSKASRLLHEWSQLKMEYRIPRVKREQNGPSAYDSRWAERTERVSKERSASPDAPKGPSNRNPIPARPFPAGPRQFRRPPHFNPLPHGWFMTTDAEKKIYYYSASGATSWQRPTTPAPQPPAPSKEKTHQQKLQDIIREITDGTPKTQSPGGRTPQPESAKKDKNAGEERWRSYSEEKQKKVYENTIFPHISYVLNRFSKRLPKEDLKRLGKELSKKIVNSDYKRGRVEDPTKISEKHVKDMKKHVQETLEKACEKKRKFDQQQPDASGGTTPPGDPGNAGGRDDAMPDVSADAGDKGESSEDGHGNSAKRKRQGETSVSTPMEGDDESSFKRMKSTDVDTPPPPPPPPPPADSTMFNEQGEAIDDADAPDAFQRAALNSFENGLDESHISNATAHGVQAKNELSVQRNKAIQAELGDGSGANGHPSPMQLATPSTSDSYDNFDGMHSDRLRHLGVANGR

Target ORF information:

RefSeq Version	XM_020280040.1
Organism	Diplodia corticola
Definition	Diplodia corticola set and ww domain protein (BKCO1_9700012), partial mRNA.

Target ORF information:

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

XM_020280040.1

ORF Insert Sequence:

ATGTCGGACA GCGATGCCGA CAGCAAGGTG TTCCGCCCGG AGCCCGAGGG CCGCGACATG 
AAGCTAGAGC CAGAGACCCC TGCAGAGGAC GGAGATGCGG ACGTGAAGCA AAGCGTGGAA 
GACGATGGGA AGGGGCGCGC CGCAACAGCC GCAACAGCCG CAACATCAAA CGGCCATGCT 
GCATCACCGG GGCAGGCCGC GGAGTCAAGA ACTCAGTCGC CGATCAAGAC CAATAGGAGC 
AGCGACTCAC CCGGACAGGG TTCGGAACGC GAGGAAATCC TCGGTGGCGA CATCACCGTG 
AAGATGGAGC CAGGCAAGGC TCCCAAACTC GCCCGCTCAA CATCGCAAAA GGTCGTCGCG 
AGGCCGCCGC CGCTCTACTT GGACCATGAG GACAAGACGG AAGAATCCAA GGGCACGTTC 
GATGTCATCG AATGCTGCAC GTATGGCAAC AAGTTGATGG GTTCGACCGA GCATGCGCTT 
GAATGCGACT GTTCCGAGGA GTGGGACCCA GAGACTAGGA AGAACCTTGC GTGCGGAGAG 
GATTCCGACT GCATCAATCG CGCGACCAAG ATGGAATGCG TCGGCGATTG TGGGTGCGGG 
CCCGACTGCC AAAACCAACG TTTCCTCAAA AAGCAGTACG CCGACGTCAC AGTCTTCCGA 
ACGGAGAAGA AAGGATATGG ACTTCGCGCC AACACTGACC TCAAGCCTAA TGACTTTGTA 
TACGAGTATA TCGGAGAAGT CATCAACGAG CGGGCTTTTC GCGGCCGCAT GGTCCAGTAC 
GACCACGAGA AGATCAGGCA TTTTTACTTC ATGTCCCTGA GCAAGGGCGA ATTCGTCGAT 
GCGACAAAGA AAGGTAACCT CGGTCGTTTC TGCAACCACT CCTGCAATCC CAACTGTTTT 
GTGGACAAAT GGGTTGTTGG CGAGAAATTG CGCATGGGCA TCTTTGCCGA GCGCCACATC 
AAGGCCGGCG AGGAGCTCGT CTTCAACTAC AACGTCGACC GCTATGGCGC AGACCCGCAA 
CCATGCTACT GCGGTGAGGC AAACTGCACA GGTTTCATCG GCGGCAAGAC GCAGACAGAC 
AACGCTACGA AGCTGTCCCA TGCTACAATC GAGGCGCTTG GCATCGATGA TGAGGACAGC 
TGGGACACTG CTGTCGCCAA GAAGCCCCGC AAGAAGAAGC TCTCCGAGGA CGACGAGGAA 
TACGTCAACA ACGTTCAGCC GAAGTCTCTC GATGAGGGCG GCGTCACCAA GGTCATGGCC 
ACGCTAATGC AATGCAAGGA GAAGTGGATT GCCGTCAAGC TGCTGAGCCG CATCCAGAGC 
AGCGACGACG AAAAGGTCAT GAATCGCGTC ATCAGGATGC ACGGCTATCA AATCCTCAAG 
ACGACCCTGA ACACATTCAT GGATGATCAC AATGTCGCTG CGCAGGTCCT CGAAATCCTC 
GACATGATGC CTCGTCTTTC CCGCAACAAA ATTCAAAATT CGAACATTGA AGAGACGATT 
GAGAAGTTAC AGTCCTGCGA GGACGAGAGG GTGTCGAGCA AGGCATCCAG ACTTCTCCAT 
GAATGGAGTC AGCTTAAGAT GGAGTACAGG ATTCCCAGGG TCAAGCGCGA GCAAAACGGC 
CCTAGCGCCT ACGATTCAAG ATGGGCTGAA CGCACTGAGC GTGTTTCCAA GGAGCGTTCG 
GCTTCGCCAG ACGCACCAAA GGGCCCCTCC AATCGCAACC CTATACCAGC TAGGCCTTTC 
CCAGCAGGAC CGAGGCAATT CCGCCGTCCG CCTCATTTCA ACCCACTGCC CCACGGATGG 
TTCATGACTA CAGACGCGGA AAAGAAGATC TATTACTACA GTGCCAGTGG CGCGACTAGC 
TGGCAGCGTC CGACAACTCC AGCGCCACAG CCTCCTGCCC CATCCAAGGA GAAGACTCAC 
CAACAAAAAC TCCAGGATAT CATTCGTGAG ATTACCGACG GTACACCGAA GACTCAAAGT 
CCAGGAGGCA GGACTCCTCA GCCGGAATCG GCAAAGAAAG ACAAGAATGC TGGTGAAGAA 
AGATGGAGGT CTTATAGCGA GGAGAAGCAG AAGAAGGTCT ATGAGAACAC TATCTTCCCA 
CATATCAGCT ATGTGCTGAA CAGATTCAGC AAGAGACTTC CGAAAGAGGA CTTGAAGCGC 
CTTGGAAAGG AGCTTTCGAA GAAGATCGTC AACTCAGACT ACAAGCGTGG CCGCGTCGAG 
GACCCGACTA AAATATCGGA GAAGCATGTC AAGGATATGA AGAAGCACGT CCAAGAGACT 
TTGGAGAAAG CATGTGAGAA GAAAAGGAAG TTCGATCAAC AACAGCCGGA TGCGTCCGGT 
GGTACAACAC CTCCAGGCGA TCCTGGTAAT GCAGGCGGTC GGGACGACGC TATGCCTGAC 
GTGTCGGCCG ATGCGGGTGA CAAGGGTGAG AGTTCAGAGG ATGGTCATGG AAATTCAGCC 
AAGCGCAAGA GGCAAGGCGA GACGTCGGTT AGCACGCCGA TGGAAGGGGA TGACGAATCT 
TCGTTCAAGA GGATGAAATC GACAGATGTC GATACTCCTC CGCCGCCTCC GCCGCCTCCG 
CCGCCTGCTG ACAGCACGAT GTTCAATGAG CAAGGCGAGG CGATCGATGA TGCCGATGCA 
CCTGACGCTT TCCAACGGGC TGCGCTCAAC TCGTTTGAGA ACGGGCTGGA TGAGTCACAC 
ATCAGCAACG CAACGGCCCA TGGTGTGCAA GCAAAGAACG AGCTTAGCGT GCAGAGGAAC 
AAGGCCATCC AAGCAGAGCT CGGAGACGGC TCGGGAGCGA ACGGCCACCC CAGTCCGATG 
CAGCTGGCCA CCCCATCGAC AAGCGACTCG TACGACAACT TCGACGGCAT GCATTCGGAT 
CGCCTTCGGC ATCTTGGTGT CGCTAACGGC AGATGA