BKCO1_4500026 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_4500026
Entrez Gene ID	31016445
Full Name	ankyrin repeat protein
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020276184.1	XP_020127938.1	ankyrin repeat protein

Pathways from BioSystems
Gene Ontology

The following BKCO1_4500026 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_4500026 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
ODi94636	XM_020276184.1 Latest version!	Diplodia corticola ankyrin repeat protein (BKCO1_4500026), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

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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)

BKCO1_4500026 ( XM_020276184.1 ) cDNA ORF clone, Diplodia corticola -> XP_020127938.1 Diplodia corticola ankyrin repeat protein (BKCO1_4500026), partial mRNA.

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CloneID	ODi94636
Clone ID Related Accession (Same CDS sequence)	XM_020276184.1
Accession Version	XM_020276184.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3870bp) 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	ankyrin repeat 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_017971524). COMPLETENESS: incomplete on both ends.

ATGGATCTAT CTACTAGCAA CGGCAATGGC TCCAATCCCG CTCCGCGCAT CGGCGACGGG 
GGTTCTCATG ACTCCCCCGA AACTGTTACG CCAGTCATTA AAGTCTCATT ACCGGATGAG 
GACCTTCCTT CTGACCCAGC AGTCGCTATA TCTCCATCGC AGCCGCCGCA CAAGCTTGTT 
CGCAGCAAAA GCCTGACAGC AATTCCCGGC GTGGGTGACG AGCAACTTGC ATCAACGAAA 
TCCTGGAAAC CTTCGAAGCG CTTATCATTC CTGTTACCCG AGAAGGTCGC GGTACCGATA 
ATCAGTGAGA AACGAAGGCT TGAGAAAAGA GAAAGCAAGA CCGGCCAAGA TGCTCGAACC 
TCTTCACCAT CCCGACACGC CACCTTTCAG CATGTGATTC CAGCTATAAA GGTTCGCAAG 
CTTAGTGAGC CCAAAGACAA TACCAATGGA TGTCAAGTAG ACGTTGTGGT CATACACATG 
TGCGGGAATC GTAAGAAAAA CGTTGACTGG GAGATGTCCG TATTCATCGA GCCGAAAGAC 
AAGAAAGAGA CATACCTTGA CGAACAATGC CAGGCACGCA AACGATCGCA ACTCAGGCGG 
ACGGTATCTC AGGGCAATGA AAGCCTCCTT CCCCCAGAAG TACCCGACCT GCAAGCTTCT 
GCTGCCGCCG TGAACTGGCT CGAAGACCAG GACATGCTAC CCAAAGCTCT CCCTAAAGCA 
AGGATCACCG CTTTTGGTCT GGACATCAAT CAAAGTATCT CGAACAGTGC GAACGCTCCA 
ATTGACCTGA AGTTTGCTGC GACAGAGATC CTGAAAGAAT TCTTGAGGCA ATGGGACGGA 
GATGAACAAA GATCCATCGT CTTCATCGGC CATGGCTATG GCACTATCGT CATTGAACAC 
TTGCTTTTCG GAGATCTGCT GAAGACAGTT GGAGAAGACT CGAGGCTCCA AATAGTCGAG 
TCTACCGCCG CAGTTGTCAT GTTTTCCCCA CCGCTGGAAC GTTTCGACAA CCTGATCAGC 
TGGATGGCAA ACGATTTCAA CATACCGAGA TGTTCAGCAA TATTTGAAGC GCGTAAGGCC 
AACAATGATC GTGCACCCAA TGTCATTTGG GACGACTTTC TCAAGAAAAC GGAGCCGCGA 
AATATTGCCA CGTTTGGATA CTTGGAGCAA AACAACGAGC CAAAGAAGGC TAAGAGCACC 
AATGCACAAC CGCAAACCCG TTTGAAGCGC TTTGATAGGA CCTGGACATT CGACACGGAT 
GTCGACAACA TTGCGAGGAT CAGCCATGCA AACGACATCC GGTTCAAGAA CCTTGCGAAG 
GCCGTGTCAG AGTACGTGGG TGTCCACCAA CTTCTTCGGG CTGGCAGGAT CCCTGATGAG 
GACCTCATTG ATGACTTACT CGGAGCCTCG ATCGACTTCA ACTTTGAGAA CGGAAAGAGA 
CAGACAGTCC TACATTTGGC TGTTGAGCAA GGCTTGGACA GACTCGTCAA GAGTTTGGTC 
AACAGTGGCA AGGTTGATTT GGATCGCCAG GATGATTCTG GAAACACAGC ACTCCATATC 
TCCATTGCGT CTCGCTTCCA TCACAGTCGG GACATGGTCT TTCATCTGCT AAAAGCCGGT 
GCAAACACTG GAGTCATGAA CAAACTTGGC AAGTCAGCTG AAGAGTTGGC GCTAGAAGCC 
AACATATCCA TCAAAGAACT CTTCAGAAAG CGGCCATTGG TTGAAGGTCC TATCGGACCA 
CGCACGTTGG TCGGGGGAAA GCCAGCAAAT CCCGCCGCCC AGGCGTCATG CCAGAAGGCC 
GGCATGGTGG CGCGAGAAGT TTTCAAACCC ACCAAATCGA AACCAGAAAG ACACCTCCCC 
GTGTACAAGT CGGTGCACGA CTTTATATAC ACCGACGACA ATATTGATGA TTTTTTCCAA 
GCGGCGTATC ATGAGCACCC AGGTACTGCC ATGTGTAGAT GGTACCACAT CCCGATGAAC 
AATATGGCTT GGGACCTGTT CGCAAAATTG AAACTGCCTC ATTGGCCCTG GCCGAAACCA 
TACAAGCGCA GTAAAATCCA CTATGGTCGA TACATGAGCC CTGAGGCTAC ACGGCTGCCA 
GGACTGCCAA GGTCTTACAG TACACCTAGC CATGATAGCT GGGTTGTTTT CATGCCATAT 
ATCAGCTACG AAAGCTGTCT TCGGCAACAG CAGATTGCCA GCATTACTGA AAGAGCAGGG 
GTAACACTTC CAGGAATATT CCGCCTTTCT AATCTGCCCT TCTCTCGCCC TCGCCTAATT 
GACCGAAGGC GAAGTAGAAA TAATGTCGGC GCAAACATTC TACCAAGCGA AGATCCTGAG 
GCCTTGGCCA TAAAAGGCTA CTTGAACGAC CATAACCACA ACCAGAGTCA GCATCTCACA 
TTTCATGTCA GACGGACACT TGATCAATCT TACTACAACA TGTTAAAGGA CACCTCCTAC 
AGGGACAGGA CCCAAGTTGT CTCTCGTTGT GCAAAGCTTG AATGGCAAGA CTCACCTGAC 
CATAACGTAC TTATGGTGGA CCAGCTTTGG TTGTGGTTCC TCAAAGGCAA AGACGGTAAG 
CCGGACACCA TCATCACCAG TTTCCCGTCG CGTGAAGGAG CCACATATCC GCAGTCGACT 
CGCGAAGCAG ACGACCTACA AGGCACTATC CTGGATCCCA CCGACCGGAA GTGTATCTCC 
GAAAGTACCG ACCTGGTCTC CCGCATTCTT TCCGTGTGTT GCAACGCTTT CGATCGTCAC 
CAGCATCTGG AGTCCATCAA CTTCCTTTAC TTCTTTGAGA GCGCCATAGG CCGTGCGGAG 
GAGGAAGAAA CACGTCTGTT CCGACATTTC CGACGACGCG CGAACACTCT CCACTCCCTT 
CACGAAAAAC ATCCAACCTA CTCGGAGCAC AGGAGTATGT TACTGAAAAA GCTACTGGAC 
ATCTTGAAGG AATCGAAGCT GCTCAAAGAA ATCAAAGACA TCCTGGACGA GATCAAGATG 
ATCAAGTCCG TTTTGAAAGA CCAGTACAAA GTCGTGAAAT CTCTCCAAGA GCTTGTGCAG 
CCTCACCACC CGTCGCGCGG CAAAGGCGCG TCTCATCTCC ACACGGAAAA CAAGTTCTCC 
AACGTCTTGA CGTTGATTCG AGATACCGAC GAAAGTTTTG ACGTCATGGA AGCACATGCG 
AAGCAGGTGG AGAATGGGCT TGAGCACCTC CTCGACCTCA AACAAAAGCA AGCGAATTTG 
TGGGAGGCCC GGTCTTCCCG TGAGGGTGCC GAAGAAGCCG CTAAGCAGGG CAAGACCATA 
CTCGTCTTCA CCGTCGTCAC AATTATCTTC CTCCCGCTTT CCTTCATGGC CTCCTTCTTC 
TCCCTCGGTG TCTCGATCTT CCCAAAACAA GACGGCGAGA ACAACCTTCC TCTCGGCTGG 
GTCGCAGCCT TCCTCTTCGG CATATCATTC GCCGTGTCCA TCCCCTTCAT CCTGCTCGCC 
TTCAAGATCG AAAGCTTCTC CTCGGCCTGG ACGCGCCTCA CGCACTCCGC CAACAAGTGC 
GCGGCCTTCA TCCTGCTCAA GCCCCTCGGC CGGGTCCCCA GCCGGCGCGT GCGGGCCAAG 
GGCCAGGAGT GGTACAGGGC GTGGGTGAGC TTCATCGCCA AGCACGACCT CCCGCTCAGG 
CCGGACGGGG AGACGGCGGC CCGGCTGAAG CGCGAGACGG ACGGCGCCGC CGGCGCCGCC 
GCCGCCGCGG CCGCGCCGCC CGAGCCGAGC TCCGGCTCCG ACTCGAGCTC GGATGGGGAG 
GTGAGCGACG AGGAGGAGCT GGACTTGGCT GTGCGGCAGA CGGAGAGGCA GAGGAACTTG 
CTGCTGTGGA TGAAGGCGGC TGAGCGTTGA

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

RefSeq	XP_020127938.1
CDS	1..3870
Translation	MDLSTSNGNGSNPAPRIGDGGSHDSPETVTPVIKVSLPDEDLPSDPAVAISPSQPPHKLVRSKSLTAIPGVGDEQLASTKSWKPSKRLSFLLPEKVAVPIISEKRRLEKRESKTGQDARTSSPSRHATFQHVIPAIKVRKLSEPKDNTNGCQVDVVVIHMCGNRKKNVDWEMSVFIEPKDKKETYLDEQCQARKRSQLRRTVSQGNESLLPPEVPDLQASAAAVNWLEDQDMLPKALPKARITAFGLDINQSISNSANAPIDLKFAATEILKEFLRQWDGDEQRSIVFIGHGYGTIVIEHLLFGDLLKTVGEDSRLQIVESTAAVVMFSPPLERFDNLISWMANDFNIPRCSAIFEARKANNDRAPNVIWDDFLKKTEPRNIATFGYLEQNNEPKKAKSTNAQPQTRLKRFDRTWTFDTDVDNIARISHANDIRFKNLAKAVSEYVGVHQLLRAGRIPDEDLIDDLLGASIDFNFENGKRQTVLHLAVEQGLDRLVKSLVNSGKVDLDRQDDSGNTALHISIASRFHHSRDMVFHLLKAGANTGVMNKLGKSAEELALEANISIKELFRKRPLVEGPIGPRTLVGGKPANPAAQASCQKAGMVAREVFKPTKSKPERHLPVYKSVHDFIYTDDNIDDFFQAAYHEHPGTAMCRWYHIPMNNMAWDLFAKLKLPHWPWPKPYKRSKIHYGRYMSPEATRLPGLPRSYSTPSHDSWVVFMPYISYESCLRQQQIASITERAGVTLPGIFRLSNLPFSRPRLIDRRRSRNNVGANILPSEDPEALAIKGYLNDHNHNQSQHLTFHVRRTLDQSYYNMLKDTSYRDRTQVVSRCAKLEWQDSPDHNVLMVDQLWLWFLKGKDGKPDTIITSFPSREGATYPQSTREADDLQGTILDPTDRKCISESTDLVSRILSVCCNAFDRHQHLESINFLYFFESAIGRAEEEETRLFRHFRRRANTLHSLHEKHPTYSEHRSMLLKKLLDILKESKLLKEIKDILDEIKMIKSVLKDQYKVVKSLQELVQPHHPSRGKGASHLHTENKFSNVLTLIRDTDESFDVMEAHAKQVENGLEHLLDLKQKQANLWEARSSREGAEEAAKQGKTILVFTVVTIIFLPLSFMASFFSLGVSIFPKQDGENNLPLGWVAAFLFGISFAVSIPFILLAFKIESFSSAWTRLTHSANKCAAFILLKPLGRVPSRRVRAKGQEWYRAWVSFIAKHDLPLRPDGETAARLKRETDGAAGAAAAAAAPPEPSSGSDSSSDGEVSDEEELDLAVRQTERQRNLLLWMKAAER

Target ORF information:

RefSeq Version	XM_020276184.1
Organism	Diplodia corticola
Definition	Diplodia corticola ankyrin repeat protein (BKCO1_4500026), partial mRNA.

Target ORF information:

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

XM_020276184.1

ORF Insert Sequence:

ATGGATCTAT CTACTAGCAA CGGCAATGGC TCCAATCCCG CTCCGCGCAT CGGCGACGGG 
GGTTCTCATG ACTCCCCCGA AACTGTTACG CCAGTCATTA AAGTCTCATT ACCGGATGAG 
GACCTTCCTT CTGACCCAGC AGTCGCTATA TCTCCATCGC AGCCGCCGCA CAAGCTTGTT 
CGCAGCAAAA GCCTGACAGC AATTCCCGGC GTGGGTGACG AGCAACTTGC ATCAACGAAA 
TCCTGGAAAC CTTCGAAGCG CTTATCATTC CTGTTACCCG AGAAGGTCGC GGTACCGATA 
ATCAGTGAGA AACGAAGGCT TGAGAAAAGA GAAAGCAAGA CCGGCCAAGA TGCTCGAACC 
TCTTCACCAT CCCGACACGC CACCTTTCAG CATGTGATTC CAGCTATAAA GGTTCGCAAG 
CTTAGTGAGC CCAAAGACAA TACCAATGGA TGTCAAGTAG ACGTTGTGGT CATACACATG 
TGCGGGAATC GTAAGAAAAA CGTTGACTGG GAGATGTCCG TATTCATCGA GCCGAAAGAC 
AAGAAAGAGA CATACCTTGA CGAACAATGC CAGGCACGCA AACGATCGCA ACTCAGGCGG 
ACGGTATCTC AGGGCAATGA AAGCCTCCTT CCCCCAGAAG TACCCGACCT GCAAGCTTCT 
GCTGCCGCCG TGAACTGGCT CGAAGACCAG GACATGCTAC CCAAAGCTCT CCCTAAAGCA 
AGGATCACCG CTTTTGGTCT GGACATCAAT CAAAGTATCT CGAACAGTGC GAACGCTCCA 
ATTGACCTGA AGTTTGCTGC GACAGAGATC CTGAAAGAAT TCTTGAGGCA ATGGGACGGA 
GATGAACAAA GATCCATCGT CTTCATCGGC CATGGCTATG GCACTATCGT CATTGAACAC 
TTGCTTTTCG GAGATCTGCT GAAGACAGTT GGAGAAGACT CGAGGCTCCA AATAGTCGAG 
TCTACCGCCG CAGTTGTCAT GTTTTCCCCA CCGCTGGAAC GTTTCGACAA CCTGATCAGC 
TGGATGGCAA ACGATTTCAA CATACCGAGA TGTTCAGCAA TATTTGAAGC GCGTAAGGCC 
AACAATGATC GTGCACCCAA TGTCATTTGG GACGACTTTC TCAAGAAAAC GGAGCCGCGA 
AATATTGCCA CGTTTGGATA CTTGGAGCAA AACAACGAGC CAAAGAAGGC TAAGAGCACC 
AATGCACAAC CGCAAACCCG TTTGAAGCGC TTTGATAGGA CCTGGACATT CGACACGGAT 
GTCGACAACA TTGCGAGGAT CAGCCATGCA AACGACATCC GGTTCAAGAA CCTTGCGAAG 
GCCGTGTCAG AGTACGTGGG TGTCCACCAA CTTCTTCGGG CTGGCAGGAT CCCTGATGAG 
GACCTCATTG ATGACTTACT CGGAGCCTCG ATCGACTTCA ACTTTGAGAA CGGAAAGAGA 
CAGACAGTCC TACATTTGGC TGTTGAGCAA GGCTTGGACA GACTCGTCAA GAGTTTGGTC 
AACAGTGGCA AGGTTGATTT GGATCGCCAG GATGATTCTG GAAACACAGC ACTCCATATC 
TCCATTGCGT CTCGCTTCCA TCACAGTCGG GACATGGTCT TTCATCTGCT AAAAGCCGGT 
GCAAACACTG GAGTCATGAA CAAACTTGGC AAGTCAGCTG AAGAGTTGGC GCTAGAAGCC 
AACATATCCA TCAAAGAACT CTTCAGAAAG CGGCCATTGG TTGAAGGTCC TATCGGACCA 
CGCACGTTGG TCGGGGGAAA GCCAGCAAAT CCCGCCGCCC AGGCGTCATG CCAGAAGGCC 
GGCATGGTGG CGCGAGAAGT TTTCAAACCC ACCAAATCGA AACCAGAAAG ACACCTCCCC 
GTGTACAAGT CGGTGCACGA CTTTATATAC ACCGACGACA ATATTGATGA TTTTTTCCAA 
GCGGCGTATC ATGAGCACCC AGGTACTGCC ATGTGTAGAT GGTACCACAT CCCGATGAAC 
AATATGGCTT GGGACCTGTT CGCAAAATTG AAACTGCCTC ATTGGCCCTG GCCGAAACCA 
TACAAGCGCA GTAAAATCCA CTATGGTCGA TACATGAGCC CTGAGGCTAC ACGGCTGCCA 
GGACTGCCAA GGTCTTACAG TACACCTAGC CATGATAGCT GGGTTGTTTT CATGCCATAT 
ATCAGCTACG AAAGCTGTCT TCGGCAACAG CAGATTGCCA GCATTACTGA AAGAGCAGGG 
GTAACACTTC CAGGAATATT CCGCCTTTCT AATCTGCCCT TCTCTCGCCC TCGCCTAATT 
GACCGAAGGC GAAGTAGAAA TAATGTCGGC GCAAACATTC TACCAAGCGA AGATCCTGAG 
GCCTTGGCCA TAAAAGGCTA CTTGAACGAC CATAACCACA ACCAGAGTCA GCATCTCACA 
TTTCATGTCA GACGGACACT TGATCAATCT TACTACAACA TGTTAAAGGA CACCTCCTAC 
AGGGACAGGA CCCAAGTTGT CTCTCGTTGT GCAAAGCTTG AATGGCAAGA CTCACCTGAC 
CATAACGTAC TTATGGTGGA CCAGCTTTGG TTGTGGTTCC TCAAAGGCAA AGACGGTAAG 
CCGGACACCA TCATCACCAG TTTCCCGTCG CGTGAAGGAG CCACATATCC GCAGTCGACT 
CGCGAAGCAG ACGACCTACA AGGCACTATC CTGGATCCCA CCGACCGGAA GTGTATCTCC 
GAAAGTACCG ACCTGGTCTC CCGCATTCTT TCCGTGTGTT GCAACGCTTT CGATCGTCAC 
CAGCATCTGG AGTCCATCAA CTTCCTTTAC TTCTTTGAGA GCGCCATAGG CCGTGCGGAG 
GAGGAAGAAA CACGTCTGTT CCGACATTTC CGACGACGCG CGAACACTCT CCACTCCCTT 
CACGAAAAAC ATCCAACCTA CTCGGAGCAC AGGAGTATGT TACTGAAAAA GCTACTGGAC 
ATCTTGAAGG AATCGAAGCT GCTCAAAGAA ATCAAAGACA TCCTGGACGA GATCAAGATG 
ATCAAGTCCG TTTTGAAAGA CCAGTACAAA GTCGTGAAAT CTCTCCAAGA GCTTGTGCAG 
CCTCACCACC CGTCGCGCGG CAAAGGCGCG TCTCATCTCC ACACGGAAAA CAAGTTCTCC 
AACGTCTTGA CGTTGATTCG AGATACCGAC GAAAGTTTTG ACGTCATGGA AGCACATGCG 
AAGCAGGTGG AGAATGGGCT TGAGCACCTC CTCGACCTCA AACAAAAGCA AGCGAATTTG 
TGGGAGGCCC GGTCTTCCCG TGAGGGTGCC GAAGAAGCCG CTAAGCAGGG CAAGACCATA 
CTCGTCTTCA CCGTCGTCAC AATTATCTTC CTCCCGCTTT CCTTCATGGC CTCCTTCTTC 
TCCCTCGGTG TCTCGATCTT CCCAAAACAA GACGGCGAGA ACAACCTTCC TCTCGGCTGG 
GTCGCAGCCT TCCTCTTCGG CATATCATTC GCCGTGTCCA TCCCCTTCAT CCTGCTCGCC 
TTCAAGATCG AAAGCTTCTC CTCGGCCTGG ACGCGCCTCA CGCACTCCGC CAACAAGTGC 
GCGGCCTTCA TCCTGCTCAA GCCCCTCGGC CGGGTCCCCA GCCGGCGCGT GCGGGCCAAG 
GGCCAGGAGT GGTACAGGGC GTGGGTGAGC TTCATCGCCA AGCACGACCT CCCGCTCAGG 
CCGGACGGGG AGACGGCGGC CCGGCTGAAG CGCGAGACGG ACGGCGCCGC CGGCGCCGCC 
GCCGCCGCGG CCGCGCCGCC CGAGCCGAGC TCCGGCTCCG ACTCGAGCTC GGATGGGGAG 
GTGAGCGACG AGGAGGAGCT GGACTTGGCT GTGCGGCAGA CGGAGAGGCA GAGGAACTTG 
CTGCTGTGGA TGAAGGCGGC TGAGCGTTGA