BKCO1_3000260 cDNA ORF clone, Diplodia corticola

Gene
Clones
gRNAs

Summary

Gene Symbol	BKCO1_3000260
Entrez Gene ID	31014425
Full Name	smc n terminal domain-containing protein
Gene Type	protein-coding
Organism	Diplodia corticola

mRNA and Protein(s)

mRNA	Protein	Name
XM_020274164.1	XP_020134448.1	smc n terminal domain-containing protein

Pathways from BioSystems
Gene Ontology

The following BKCO1_3000260 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BKCO1_3000260 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
ODi87967	XM_020274164.1 Latest version!	Diplodia corticola smc n terminal domain-containing protein (BKCO1_3000260), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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_3000260 ( XM_020274164.1 ) cDNA ORF clone, Diplodia corticola -> XP_020134448.1 Diplodia corticola smc n terminal domain-containing protein (BKCO1_3000260), partial mRNA.

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CloneID	ODi87967
Clone ID Related Accession (Same CDS sequence)	XM_020274164.1
Accession Version	XM_020274164.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3540bp) 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	smc n terminal domain-containing 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_017971482). COMPLETENESS: incomplete on both ends.

ATGAGGATTG TGGAGGTAGT CATAGACGGC TTCAAGTCGT ACGCCGTCCG TACTGTCATC 
TCCGGATGGG ATGAGAGCTT CAATTCCATC ACCGGTCTCA ATGGTTCCGG AAAATCAAAC 
ATCCTTGACT CAATATGCTT CGTCCTCGGT ATCACGAACA TGACGACCGT CCGCGCGCAG 
AATCTGCAGG ACCTAATCTA CAAGCGTGGT CAAGCCGGTG TCACGAAGGC TTCTGTCACC 
ATAGTCTTCG ACAACTCGAA CAAAAGCAAA TCCCCGATCG GGTTTGAAGA GTACGCGCAG 
ATATCCGTGA CGCGTCAGAT TGTCCTCGGC GGCACCAGCA AGTACCTCAT CAACGGTCAC 
CGTGCCCAGC AGCAGACCGT CCAGAACCTC TTCCAGTCCG TCCAGCTGAA CATCAACAAC 
CCGAACTTCC TGATTATGCA GGGCCGCATC ACTAAGGTCC TGAATATGAA GGCTGTCGAA 
ATTCTGGCCA TGATCGAGGA AGCCGCCGGC ACGCGCATGT TCGAGGACAG GAGGGACAAG 
GCATTCAAGA CGATGGCGAA GAAGGACATG AAGCTGCAGG AAATTTCCGA GTTGCTGAAG 
GAAGAAATTG ACCCCAAGCT GGAAAAGCTC CGAGCCGAAA AGCGCGCCTT CCTCGATTTC 
CAACAGACCC AGAACGATGT CGAGCGGCTG ACGAGGCTGG TCGTGGCGCA CGACTATCTC 
AAATACCGAA GCAAGCTGGA CAAGTCGGTG GAAGATCTGG AGAGCAAGAA GCAGCGCGAA 
AAGGACCTCG AAGAGTCCGT GGAACGGATG AAAAACGAGA TCGAACTGCT CAAAGAGGAC 
ATCAAGAAGG TCAAGGGCGA CAGAGAAAAG GAGTTGCGTA AGGGCGGCAA ATTCCAGGGC 
TTGGAAGAGG TAGTCAAGAA GCATTCACAC GAGGTGGTTC GATTGACGAC TGTCATTGAC 
TTGAAGAAAT CCGGCTTGGC CGAAGAAACG GACAAACGCA AGAAGCTTCA GAAAACCGTC 
GCGGAGCTCG AATCCCAGCT CAAAGAAAAA AGCAAGATTT ACGAGCAGCT ACAGCAGAAG 
TACAATACCT CGCATGCAGA ACTGGCCAAG CAGACTGAGG AAGTTGAGAA GAAGGAAGAA 
CTCATCTCCA CTCTCCAAAC CGGTGTTGCA TCCAAGGAAG GACAGGAAAC CGGTTACCAG 
GGTCAGCTTC AGGACGCACG AAATCGCGCA AGTTCTGCGC AAACCGAACA GGAGCAGGCC 
AAACTCAAAA TTTCCCACTT GGAGAAACAG ATCAAAGAGG CGGAGCCGCG AGCGAAAAAG 
GCCAAAGAGC AGAATTCGGG ACTCCTCACC GAGCTGGAAG GCTTACGAAA GCAAGCCCAA 
AAGCTTGAGG GTGACCTTGG CAAGCTGGGC TTTGAACCCG GTAAGGAGGA GGACATGTAC 
AAGGAACAGG CACAACGGCA ACAACGCATT CGCGAGCTCA GGGAACAGTC CGAGGCCCTG 
AAACGAAAAG TTGCCAACAT CGACTTCAGC TACAGTGACC CTTCACCCAA CTTTGATAGG 
TCCAGGGTAA AGGGTCTCGT CGCTCAGCTC TTCTCTCTAG AGAAAGAGCA CACCCGAGCC 
GGCACCGCTT TGGAGATTTG TGCAGGTGGC CGTCTGTACA ATGTCGTCGT TGACACTTCT 
GAGACCGGTA CTCAGCTTCT GCAAAACGGC AGATTGAAGA AACGCGTCAC TATTATTCCT 
TTGAACAAGA TTTCTGCTTT CAAAGCATCA GCACAGAAAA TCGGCGCCGC TCAACGGATT 
GCTCCCGGAA AGGTTGACCT TGCGCTATCC CTCATCGGCT ACGACGACGA GGTTACAGCA 
GCGATGGAGT ACGTCTTCGG CTCCACGCTT GTCTGCGAGG ATGCTGAGAC GGCAAAGCGT 
GTCACCTTCG ATCCCTCGGT CCGGATGAAG AGCGTTACTC TTGAAGGTGA TGTCTATGAT 
CCATCGGGTA CGCTTTCCGG AGGTAGCTCT CCTCAGACTA GTGGGGTTCT CGTCACACTT 
CAGAAGTTGA ATGAACTTGC GAGGGAGCTC AAGGCTCAAG AACAGGCTCT AGCTACGCTC 
TCGTCAACTA TGGCGAGGGA GAAGAAGAAG CTTGACGCTG CCAAGAAGAT CAAGCAAGAG 
CTTGACCTGA AGACACACGA AATCAAGCTT GCGGAGGAGC AGATCAGTAG CAATTCGTCG 
GCTTCGATCA TCCAAGCTCT CGAGGAGATG AAGTTAACAG TCACCCAACT GAAGCAAGGC 
ATCATTGACG CGAAAGTGCG ACATGATGAA GCATCCAAGG AAGTCAAGCG CATCGAGCGT 
GACATGAACG AGTTCAGCAA AAACAAGGAC AGCAAGCTCG CCGAGCTTCA AAAGTCACTT 
GATCAGCTCA AGAAGGCATT GACCAAGAAC AATGCTTCCA TCAAACCCCT TCAGCAGGAG 
ATGAGGGACG CAATGCTCGA GTCTGAGCAG TGTGGCAGTG ATCTTGCTGC TGCCCAGGAA 
CAGTTGCAAG ATTCCATCAC GACCTTATCC GCGCAACAAG AGGAGATTGA TGGGCTTATT 
CGAGAGCAAG CGACGGCAAA GGACGCACAT GAGATGGCAG CCGCCCAGCT GGAGGACGAG 
CAGGCGAAGC TCACCGGGTT CGATGAGGAG CTGCGTGCCC TCGATGATGC CATAAGCTCC 
AAATCCAAGT TGATCACAGA GGACAGCCTC GAGCTACAAA AACTTGGCCA CCAGATCGAG 
AAGTTCGATA AGGAACTTCA AGGCGCCAAG CAGGCTGTGT CGACGCTGGA ACAGGATCAT 
GACTGGATCG TCGACGAGCA GGAGCAGTTT GGCCGACCCG GCACGGCGTA TGACTTCAAG 
GGCCAGAACA TGTCGGAATG CAAAGCCACA TTGAAGAACC TCACGGAGCG CTTTGAAGGC 
ATGAAGAAGA AGATCAACCC GAAGGTCATG AACATGATCG ACAGCGTCGA GAAGAAGGAG 
GTCTCGCTAA AGAACATGAT GCGCACCGTC ATCCGCGACA AGCGCAAGAT CGAAGAAACC 
ATTCAGTCGC TCGACGCATA CAAACGCGAC GCGCTTCAGA GGACGTGGGA AAAGGTCAAC 
TCCGACTTCG GCAACATCTT CAACGAGCTG CTTCCTGGCT CGTTCGCCAA GCTCGACCCG 
CCCGAGGGCA AGACGATCGC CGACGGCCTC GAGGTCAAGG TCTCGCTGGG CAAGGTGTGG 
AAGCAGAGCC TGACCGAGTT GTCGGGTGGT CAGCGTTCGC TCGTCGCCCT GTCCCTCATC 
ATGGCCCTCC TGCAGTTCAA GCCCGCCCCG ATGTACATCC TTGACGAGGT CGACGCCGCG 
CTGGATCTGA GCCACACGCA GAATATTGGA CGACTGATCA AGACGAGGTT CAAGGGTAGC 
CAGTTCATCG TCGTCTCGTT GAAGGATGGG ATGTTCCAGA ACGCCAACCG TATCTTCCGG 
ACCAGGTTCA GCGATGGTAC CAGTATTGTG CAGGCGCTGA CGCCGGCGGA CTTGAAGTAA

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

RefSeq	XP_020134448.1
CDS	1..3540
Translation	MRIVEVVIDGFKSYAVRTVISGWDESFNSITGLNGSGKSNILDSICFVLGITNMTTVRAQNLQDLIYKRGQAGVTKASVTIVFDNSNKSKSPIGFEEYAQISVTRQIVLGGTSKYLINGHRAQQQTVQNLFQSVQLNINNPNFLIMQGRITKVLNMKAVEILAMIEEAAGTRMFEDRRDKAFKTMAKKDMKLQEISELLKEEIDPKLEKLRAEKRAFLDFQQTQNDVERLTRLVVAHDYLKYRSKLDKSVEDLESKKQREKDLEESVERMKNEIELLKEDIKKVKGDREKELRKGGKFQGLEEVVKKHSHEVVRLTTVIDLKKSGLAEETDKRKKLQKTVAELESQLKEKSKIYEQLQQKYNTSHAELAKQTEEVEKKEELISTLQTGVASKEGQETGYQGQLQDARNRASSAQTEQEQAKLKISHLEKQIKEAEPRAKKAKEQNSGLLTELEGLRKQAQKLEGDLGKLGFEPGKEEDMYKEQAQRQQRIRELREQSEALKRKVANIDFSYSDPSPNFDRSRVKGLVAQLFSLEKEHTRAGTALEICAGGRLYNVVVDTSETGTQLLQNGRLKKRVTIIPLNKISAFKASAQKIGAAQRIAPGKVDLALSLIGYDDEVTAAMEYVFGSTLVCEDAETAKRVTFDPSVRMKSVTLEGDVYDPSGTLSGGSSPQTSGVLVTLQKLNELARELKAQEQALATLSSTMAREKKKLDAAKKIKQELDLKTHEIKLAEEQISSNSSASIIQALEEMKLTVTQLKQGIIDAKVRHDEASKEVKRIERDMNEFSKNKDSKLAELQKSLDQLKKALTKNNASIKPLQQEMRDAMLESEQCGSDLAAAQEQLQDSITTLSAQQEEIDGLIREQATAKDAHEMAAAQLEDEQAKLTGFDEELRALDDAISSKSKLITEDSLELQKLGHQIEKFDKELQGAKQAVSTLEQDHDWIVDEQEQFGRPGTAYDFKGQNMSECKATLKNLTERFEGMKKKINPKVMNMIDSVEKKEVSLKNMMRTVIRDKRKIEETIQSLDAYKRDALQRTWEKVNSDFGNIFNELLPGSFAKLDPPEGKTIADGLEVKVSLGKVWKQSLTELSGGQRSLVALSLIMALLQFKPAPMYILDEVDAALDLSHTQNIGRLIKTRFKGSQFIVVSLKDGMFQNANRIFRTRFSDGTSIVQALTPADLK

Target ORF information:

RefSeq Version	XM_020274164.1
Organism	Diplodia corticola
Definition	Diplodia corticola smc n terminal domain-containing protein (BKCO1_3000260), partial mRNA.

Target ORF information:

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

XM_020274164.1

ORF Insert Sequence:

ATGAGGATTG TGGAGGTAGT CATAGACGGC TTCAAGTCGT ACGCCGTCCG TACTGTCATC 
TCCGGATGGG ATGAGAGCTT CAATTCCATC ACCGGTCTCA ATGGTTCCGG AAAATCAAAC 
ATCCTTGACT CAATATGCTT CGTCCTCGGT ATCACGAACA TGACGACCGT CCGCGCGCAG 
AATCTGCAGG ACCTAATCTA CAAGCGTGGT CAAGCCGGTG TCACGAAGGC TTCTGTCACC 
ATAGTCTTCG ACAACTCGAA CAAAAGCAAA TCCCCGATCG GGTTTGAAGA GTACGCGCAG 
ATATCCGTGA CGCGTCAGAT TGTCCTCGGC GGCACCAGCA AGTACCTCAT CAACGGTCAC 
CGTGCCCAGC AGCAGACCGT CCAGAACCTC TTCCAGTCCG TCCAGCTGAA CATCAACAAC 
CCGAACTTCC TGATTATGCA GGGCCGCATC ACTAAGGTCC TGAATATGAA GGCTGTCGAA 
ATTCTGGCCA TGATCGAGGA AGCCGCCGGC ACGCGCATGT TCGAGGACAG GAGGGACAAG 
GCATTCAAGA CGATGGCGAA GAAGGACATG AAGCTGCAGG AAATTTCCGA GTTGCTGAAG 
GAAGAAATTG ACCCCAAGCT GGAAAAGCTC CGAGCCGAAA AGCGCGCCTT CCTCGATTTC 
CAACAGACCC AGAACGATGT CGAGCGGCTG ACGAGGCTGG TCGTGGCGCA CGACTATCTC 
AAATACCGAA GCAAGCTGGA CAAGTCGGTG GAAGATCTGG AGAGCAAGAA GCAGCGCGAA 
AAGGACCTCG AAGAGTCCGT GGAACGGATG AAAAACGAGA TCGAACTGCT CAAAGAGGAC 
ATCAAGAAGG TCAAGGGCGA CAGAGAAAAG GAGTTGCGTA AGGGCGGCAA ATTCCAGGGC 
TTGGAAGAGG TAGTCAAGAA GCATTCACAC GAGGTGGTTC GATTGACGAC TGTCATTGAC 
TTGAAGAAAT CCGGCTTGGC CGAAGAAACG GACAAACGCA AGAAGCTTCA GAAAACCGTC 
GCGGAGCTCG AATCCCAGCT CAAAGAAAAA AGCAAGATTT ACGAGCAGCT ACAGCAGAAG 
TACAATACCT CGCATGCAGA ACTGGCCAAG CAGACTGAGG AAGTTGAGAA GAAGGAAGAA 
CTCATCTCCA CTCTCCAAAC CGGTGTTGCA TCCAAGGAAG GACAGGAAAC CGGTTACCAG 
GGTCAGCTTC AGGACGCACG AAATCGCGCA AGTTCTGCGC AAACCGAACA GGAGCAGGCC 
AAACTCAAAA TTTCCCACTT GGAGAAACAG ATCAAAGAGG CGGAGCCGCG AGCGAAAAAG 
GCCAAAGAGC AGAATTCGGG ACTCCTCACC GAGCTGGAAG GCTTACGAAA GCAAGCCCAA 
AAGCTTGAGG GTGACCTTGG CAAGCTGGGC TTTGAACCCG GTAAGGAGGA GGACATGTAC 
AAGGAACAGG CACAACGGCA ACAACGCATT CGCGAGCTCA GGGAACAGTC CGAGGCCCTG 
AAACGAAAAG TTGCCAACAT CGACTTCAGC TACAGTGACC CTTCACCCAA CTTTGATAGG 
TCCAGGGTAA AGGGTCTCGT CGCTCAGCTC TTCTCTCTAG AGAAAGAGCA CACCCGAGCC 
GGCACCGCTT TGGAGATTTG TGCAGGTGGC CGTCTGTACA ATGTCGTCGT TGACACTTCT 
GAGACCGGTA CTCAGCTTCT GCAAAACGGC AGATTGAAGA AACGCGTCAC TATTATTCCT 
TTGAACAAGA TTTCTGCTTT CAAAGCATCA GCACAGAAAA TCGGCGCCGC TCAACGGATT 
GCTCCCGGAA AGGTTGACCT TGCGCTATCC CTCATCGGCT ACGACGACGA GGTTACAGCA 
GCGATGGAGT ACGTCTTCGG CTCCACGCTT GTCTGCGAGG ATGCTGAGAC GGCAAAGCGT 
GTCACCTTCG ATCCCTCGGT CCGGATGAAG AGCGTTACTC TTGAAGGTGA TGTCTATGAT 
CCATCGGGTA CGCTTTCCGG AGGTAGCTCT CCTCAGACTA GTGGGGTTCT CGTCACACTT 
CAGAAGTTGA ATGAACTTGC GAGGGAGCTC AAGGCTCAAG AACAGGCTCT AGCTACGCTC 
TCGTCAACTA TGGCGAGGGA GAAGAAGAAG CTTGACGCTG CCAAGAAGAT CAAGCAAGAG 
CTTGACCTGA AGACACACGA AATCAAGCTT GCGGAGGAGC AGATCAGTAG CAATTCGTCG 
GCTTCGATCA TCCAAGCTCT CGAGGAGATG AAGTTAACAG TCACCCAACT GAAGCAAGGC 
ATCATTGACG CGAAAGTGCG ACATGATGAA GCATCCAAGG AAGTCAAGCG CATCGAGCGT 
GACATGAACG AGTTCAGCAA AAACAAGGAC AGCAAGCTCG CCGAGCTTCA AAAGTCACTT 
GATCAGCTCA AGAAGGCATT GACCAAGAAC AATGCTTCCA TCAAACCCCT TCAGCAGGAG 
ATGAGGGACG CAATGCTCGA GTCTGAGCAG TGTGGCAGTG ATCTTGCTGC TGCCCAGGAA 
CAGTTGCAAG ATTCCATCAC GACCTTATCC GCGCAACAAG AGGAGATTGA TGGGCTTATT 
CGAGAGCAAG CGACGGCAAA GGACGCACAT GAGATGGCAG CCGCCCAGCT GGAGGACGAG 
CAGGCGAAGC TCACCGGGTT CGATGAGGAG CTGCGTGCCC TCGATGATGC CATAAGCTCC 
AAATCCAAGT TGATCACAGA GGACAGCCTC GAGCTACAAA AACTTGGCCA CCAGATCGAG 
AAGTTCGATA AGGAACTTCA AGGCGCCAAG CAGGCTGTGT CGACGCTGGA ACAGGATCAT 
GACTGGATCG TCGACGAGCA GGAGCAGTTT GGCCGACCCG GCACGGCGTA TGACTTCAAG 
GGCCAGAACA TGTCGGAATG CAAAGCCACA TTGAAGAACC TCACGGAGCG CTTTGAAGGC 
ATGAAGAAGA AGATCAACCC GAAGGTCATG AACATGATCG ACAGCGTCGA GAAGAAGGAG 
GTCTCGCTAA AGAACATGAT GCGCACCGTC ATCCGCGACA AGCGCAAGAT CGAAGAAACC 
ATTCAGTCGC TCGACGCATA CAAACGCGAC GCGCTTCAGA GGACGTGGGA AAAGGTCAAC 
TCCGACTTCG GCAACATCTT CAACGAGCTG CTTCCTGGCT CGTTCGCCAA GCTCGACCCG 
CCCGAGGGCA AGACGATCGC CGACGGCCTC GAGGTCAAGG TCTCGCTGGG CAAGGTGTGG 
AAGCAGAGCC TGACCGAGTT GTCGGGTGGT CAGCGTTCGC TCGTCGCCCT GTCCCTCATC 
ATGGCCCTCC TGCAGTTCAA GCCCGCCCCG ATGTACATCC TTGACGAGGT CGACGCCGCG 
CTGGATCTGA GCCACACGCA GAATATTGGA CGACTGATCA AGACGAGGTT CAAGGGTAGC 
CAGTTCATCG TCGTCTCGTT GAAGGATGGG ATGTTCCAGA ACGCCAACCG TATCTTCCGG 
ACCAGGTTCA GCGATGGTAC CAGTATTGTG CAGGCGCTGA CGCCGGCGGA CTTGAAGTAA