CORT_0D07490 cDNA ORF clone, Candida orthopsilosis Co 90-125

Gene
Clones
gRNAs

Summary

Gene Symbol	CORT_0D07490
Entrez Gene ID	14540123
Full Name	Ulp3 SUMO deconjugation enzyme
Gene Type	protein-coding
Organism	Candida orthopsilosis Co 90-125

mRNA and Protein(s)

mRNA	Protein	Name
XM_003869666.1	XP_003869715.1	Ulp3 SUMO deconjugation enzyme

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Sequence and analysis of the genome of the pathogenic yeast Candida orthopsilosis.
Riccombeni A, Vidanes G, Proux-W?ra E, Wolfe KH, Butler G
PloS one7(4)e35750(2012)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following CORT_0D07490 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CORT_0D07490 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
OCa366579	XM_003869666.1 Latest version!	Candida orthopsilosis Co 90-125 Ulp3 SUMO deconjugation enzyme (CORT_0D07490), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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)

CORT_0D07490 ( XM_003869666.1 ) cDNA ORF clone, Candida orthopsilosis Co 90-125 -> XP_003869715.1 Candida orthopsilosis Co 90-125 Ulp3 SUMO deconjugation enzyme (CORT_0D07490), partial mRNA.

Price & Availability↑

CloneID	OCa366579
Clone ID Related Accession (Same CDS sequence)	XM_003869666.1
Accession Version	XM_003869666.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3711bp) 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	2017-09-21
Organism	Candida orthopsilosis Co 90-125
Product	Ulp3 SUMO deconjugation enzyme
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_018297). COMPLETENESS: incomplete on both ends.

ATGTCTAGCT CAAACTTCAA GAACAAGCAG TATCCATCGC TTGTAAGAAA ACGTACATCC 
AGTGCTTATG GAACGAAACC CGTTGACAAT ATTTACAAGA AAACTGAAAA ATCATCAAGC 
ACCGCAACTT CGCGTAATTT TGATCCAAAT ATCGTATCAA ACACTCCTAA ACTGCAGACC 
AAACCACGTC AAACTAGTTT AAGTAATTTA TTTTATGGTA CAACAGGTCA TAAGGCTACT 
ACACCTGGAA ATCCAACGAG GAAAAGGTTG GACAGCTTGA CTTCAAAAAC GATCAAGGTC 
ATAGAGCTTG ACAAAGCTGA AGATGACAAT GGAATGAGGG ACAGGCATGA AGCGAATCCA 
AATGGATCCG GCCACAAACT GTCATCGGGC GACAAAGGCA GTGAGATAAT GAATCCCAAG 
CATCAGCTGC TGCCATATCA AGGTTCCAAT GACTCTTCCC GAGATGCCAC AGAAGAGATC 
TCTCATACTA CACGCGAAGA TGATTTCTTC AACTGTCCAG AATGGCACTA TAACAGGAAA 
CCTAATCGTA ACTCCACAGA GACCAACTAT CAGGAAAAAC TTGAAACGTC TTCGAGGATT 
CGCGAAAGAC TAGACAACTT GACCCATCGA ACAGACCGAT TACTTGAACT GAAAACAACA 
TACGCTTTCC GAGAAAAGGA ACCAAAAAGA AGTTTGATTT CGCCGGACTC GAAATCAAAG 
GATGCATCCC TGATCAATTC TCACGATTCA CCTCTACCAA ATGCGAAGAA ACCACAGTCT 
AATCCACATT CAGAGTCTTC ATCACCCACA CTCATTCCCG ACACACTACC TTCGGTCTCA 
CCATCATCAG CACCGTCTAT TTCTCTGGAG CCAGAATTCG CAGGGGTGGA AGATTGTGAT 
GGAAACAAAT TAAATGTGAA AGAATGCGAC TTGAGAATGT TTCCCAAAGT ACGGCATGTC 
TTAAAGTCCT TCCACTACCA TGGCCAAAAA GTCAAAAAGA GGAACCATCG ACGAATATAC 
GAGATAGCTG TTTCACTGGA TGGGACGTAT ATCTACATTG GGTGGCGACA TCCATCACTT 
GGCCTAGTGC CAGTCAACGG ATTTGTCATA AACATTGATT CCCAATTGAG AAATTTCTCG 
TTCGCAAATG AATCTTTCAT AATACAGTTG ACACAAGGTC AGAGGTTTAT TATAGCATCA 
CATTATGGAA GAGACGATGA TATCCGAAAG TACTTTACAA AACATCCCAA CCTGAAAGTG 
AAAGTTGGGG TGACCTTGAC TGAAATTGCG GAAAAGCGAA TAATGGAGAG AGCTACTGAC 
AGATTAAACA GAGCAGTAGC TGATCCATTG GCCAGAGCCG TTTTTAAACA GCCGCGAAGA 
AGTTCACCCA GAATTTCGAA ACTGACATAT GACTATGACG GTGTAGAATA TGTGGGAAGT 
TATTCCAGTG ATAATGAAGG GATTGATTTT TTTGACGACT CAGACTACAA TAAATTTGAA 
CTGATTCCAG ATTTCAAACC AGAATTGAGA TACAAATTTA TTGATGGAAC AGAAATTACT 
GTTAATGAAA GTGACTTTAA GACTTTACAT CGTAATTACT GGGTTAATGA CATAATCATT 
GATTTTGGAA TAAAATATAT TATAGAAGAA GGAGTGAAAA AAGGGTTGGT AGATGCCTCT 
GAAATACACT CGTTCAACTC GTTCTTTTTC AAGAAGTTGA CATCTGGGAC CAAGAGCGGA 
AGCACTCCTC AGTATTATAA CAATATAAAA AGGTGGCTCT CGAAACTCGA TTTGATGAAG 
TTTAAGTACC TCATCATCCC AGTAAATACA GACCTGCATT GGTATTGCTG CATTATTAGA 
AATCTTCCAG GGTTGTTAAA ACTGGCACAA GATCGAAAAG CTGCAGAAGA TGAACCTATT 
GATATTGACG GAATGGAACT GCAAACTAAA CAGAGTAATC AAAATGCAGA AATTTTTGTA 
CTAGATTCCT TGGGAAATAA AAGGTATAAT GTGAGTGCTC CCCTCAAGAG TTTCATCATT 
GATTATTGCA AGGAGAAATA TGACGTGGAG ATCAATCGAG ATCAAATTCG TTTTCAATCA 
ACAAGAATTC CCCGTCAAAA CAATTTCAAC GATTGTGGTG TTCATGTTTT GTACAATATT 
AGAAAATGGC TAAACAATAT CACCGAATGT GAAATATTTT TCAAAAAGCA CCTGCAAAGC 
CAGGCCAAAA CGATTTTTCC AGCTGAAGAA AGAAGAAAAG AGAGAAAGTA TTGGTCTAAT 
ATACTACTTG AATTACACAA GGCTCAAAAT CCGTCTCACA AAGACAATTC CGAACCGGTT 
GGCGATGATG ACGATAATGA TGATGATGAT ATCATTGAAA TTATGGAGGA AAGTACCGTT 
GGTGAAACAA CCCGTCAACC CAAGGGGTCC GTGTCAAGAT TCAGTTCTAA ACTTGATGGT 
CATGATCCTG GTTCTTGTGA ATGGCGCATT CCCTATCATT CCACAGCTAG TGAGAGTCTA 
GGTGATCTAG GTGATCTGGA AATTGAAGAT GTCACCAATG ATGAGGTTAT AAAAGTCGAT 
AAATCGAAAA TAAATCATAC TGTGGGTGTG AATAAGGAAC AGGAAGAAGT TAAGCGAATG 
GATCAAAAAA AGAATGATAG CAATCAGCAT GACGATGGTC CAAAAAGTCC AATAGAGTTA 
GAGGAACAAC CCGAACTTCT GCCTGGGGAA CACCAAATTG AGGTGGGAGA TACTCCATCT 
TCCAAGGCAG ATCAATTAAT AAATATGATA GGTGAAAAGC AAGACCTAGG TGATGTGGCC 
GCTATTACCA TTGAAGACGA TCCCGCTGAC AGAGCATCCT CGGAGGGAGC GTTAACATTG 
AAAAACCTCA CCTTAAGGGA ACAATTCAAA GATGCTCGAC TATATCCCAG TCTATGCCAA 
TTATTGAATG ATCATTTTCA CGACGAAAAT ACTCCCATCA AAGGTGTTAG ATGGATTGTT 
GTCAAAAGGC TTGTTCAGAA GGCGATAGAC AATCGCGCCA ATTGGAGAGA ATTGGAAAGT 
TTGCTTAAGC TGTATGCCGA CTACCCACCC AAAACTGTAA AAAGTTATAG TGGGGATGAT 
ACAAATGGAG TGCATGAGAT ATCAGTATCA CCCAAGAAGA AGTTTTCTGA GGCTTCCCTC 
AATAGCAATA GAGATGTTAC CAATATGATA GAAAACTTGA GACTAGCCAA TAATCACTTT 
GGTAATGCTG TTAAAGGGGA TATTCCAGAA AAGGCGCCAT TTGTGTCTCC ACAAGGGTTT 
AATGATCAAG AATGGAAGCA AAATAACAAC CCAGCGCAGA GTTTGCATAG CCGGAAAGAG 
CATGGTGGGA CCATTACAGA GAATTCCCAT GGTAGCAAGG GGGACGCATT TTCAAGAAAT 
ATCTCTATTG CTGACGCTTC CAAACATGAT ACAGCTTCCT TCAGGTATGA GGGCTTTCGA 
AGCAGAGGCT TTCGTAATGA TGGCTTTGGC AAAAGTGGCT TCGGAAGCAA GGGTTTTAAA 
GGAAGCGAAA GTGCTGATTC TAACGACAAA AAGAAAGTAG CAAGAGACAT AGTGGAAACG 
GATGGTTTGG ACATGGTTGC ACAGTCAAAT CGAGTATCCT TACATTCGGA TGATAGTAGT 
GTAATACTTG ATTACCCTCG CATCCCGTAC AAGAAGAGAA AGCTAGATTG A

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

RefSeq	XP_003869715.1
CDS	1..3711
Translation	MSSSNFKNKQYPSLVRKRTSSAYGTKPVDNIYKKTEKSSSTATSRNFDPNIVSNTPKLQTKPRQTSLSNLFYGTTGHKATTPGNPTRKRLDSLTSKTIKVIELDKAEDDNGMRDRHEANPNGSGHKLSSGDKGSEIMNPKHQLLPYQGSNDSSRDATEEISHTTREDDFFNCPEWHYNRKPNRNSTETNYQEKLETSSRIRERLDNLTHRTDRLLELKTTYAFREKEPKRSLISPDSKSKDASLINSHDSPLPNAKKPQSNPHSESSSPTLIPDTLPSVSPSSAPSISLEPEFAGVEDCDGNKLNVKECDLRMFPKVRHVLKSFHYHGQKVKKRNHRRIYEIAVSLDGTYIYIGWRHPSLGLVPVNGFVINIDSQLRNFSFANESFIIQLTQGQRFIIASHYGRDDDIRKYFTKHPNLKVKVGVTLTEIAEKRIMERATDRLNRAVADPLARAVFKQPRRSSPRISKLTYDYDGVEYVGSYSSDNEGIDFFDDSDYNKFELIPDFKPELRYKFIDGTEITVNESDFKTLHRNYWVNDIIIDFGIKYIIEEGVKKGLVDASEIHSFNSFFFKKLTSGTKSGSTPQYYNNIKRWLSKLDLMKFKYLIIPVNTDLHWYCCIIRNLPGLLKLAQDRKAAEDEPIDIDGMELQTKQSNQNAEIFVLDSLGNKRYNVSAPLKSFIIDYCKEKYDVEINRDQIRFQSTRIPRQNNFNDCGVHVLYNIRKWLNNITECEIFFKKHLQSQAKTIFPAEERRKERKYWSNILLELHKAQNPSHKDNSEPVGDDDDNDDDDIIEIMEESTVGETTRQPKGSVSRFSSKLDGHDPGSCEWRIPYHSTASESLGDLGDLEIEDVTNDEVIKVDKSKINHTVGVNKEQEEVKRMDQKKNDSNQHDDGPKSPIELEEQPELLPGEHQIEVGDTPSSKADQLINMIGEKQDLGDVAAITIEDDPADRASSEGALTLKNLTLREQFKDARLYPSLCQLLNDHFHDENTPIKGVRWIVVKRLVQKAIDNRANWRELESLLKLYADYPPKTVKSYSGDDTNGVHEISVSPKKKFSEASLNSNRDVTNMIENLRLANNHFGNAVKGDIPEKAPFVSPQGFNDQEWKQNNNPAQSLHSRKEHGGTITENSHGSKGDAFSRNISIADASKHDTASFRYEGFRSRGFRNDGFGKSGFGSKGFKGSESADSNDKKKVARDIVETDGLDMVAQSNRVSLHSDDSSVILDYPRIPYKKRKLD

Target ORF information:

RefSeq Version	XM_003869666.1
Organism	Candida orthopsilosis Co 90-125
Definition	Candida orthopsilosis Co 90-125 Ulp3 SUMO deconjugation enzyme (CORT_0D07490), partial mRNA.

Target ORF information:

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

XM_003869666.1

ORF Insert Sequence:

ATGTCTAGCT CAAACTTCAA GAACAAGCAG TATCCATCGC TTGTAAGAAA ACGTACATCC 
AGTGCTTATG GAACGAAACC CGTTGACAAT ATTTACAAGA AAACTGAAAA ATCATCAAGC 
ACCGCAACTT CGCGTAATTT TGATCCAAAT ATCGTATCAA ACACTCCTAA ACTGCAGACC 
AAACCACGTC AAACTAGTTT AAGTAATTTA TTTTATGGTA CAACAGGTCA TAAGGCTACT 
ACACCTGGAA ATCCAACGAG GAAAAGGTTG GACAGCTTGA CTTCAAAAAC GATCAAGGTC 
ATAGAGCTTG ACAAAGCTGA AGATGACAAT GGAATGAGGG ACAGGCATGA AGCGAATCCA 
AATGGATCCG GCCACAAACT GTCATCGGGC GACAAAGGCA GTGAGATAAT GAATCCCAAG 
CATCAGCTGC TGCCATATCA AGGTTCCAAT GACTCTTCCC GAGATGCCAC AGAAGAGATC 
TCTCATACTA CACGCGAAGA TGATTTCTTC AACTGTCCAG AATGGCACTA TAACAGGAAA 
CCTAATCGTA ACTCCACAGA GACCAACTAT CAGGAAAAAC TTGAAACGTC TTCGAGGATT 
CGCGAAAGAC TAGACAACTT GACCCATCGA ACAGACCGAT TACTTGAACT GAAAACAACA 
TACGCTTTCC GAGAAAAGGA ACCAAAAAGA AGTTTGATTT CGCCGGACTC GAAATCAAAG 
GATGCATCCC TGATCAATTC TCACGATTCA CCTCTACCAA ATGCGAAGAA ACCACAGTCT 
AATCCACATT CAGAGTCTTC ATCACCCACA CTCATTCCCG ACACACTACC TTCGGTCTCA 
CCATCATCAG CACCGTCTAT TTCTCTGGAG CCAGAATTCG CAGGGGTGGA AGATTGTGAT 
GGAAACAAAT TAAATGTGAA AGAATGCGAC TTGAGAATGT TTCCCAAAGT ACGGCATGTC 
TTAAAGTCCT TCCACTACCA TGGCCAAAAA GTCAAAAAGA GGAACCATCG ACGAATATAC 
GAGATAGCTG TTTCACTGGA TGGGACGTAT ATCTACATTG GGTGGCGACA TCCATCACTT 
GGCCTAGTGC CAGTCAACGG ATTTGTCATA AACATTGATT CCCAATTGAG AAATTTCTCG 
TTCGCAAATG AATCTTTCAT AATACAGTTG ACACAAGGTC AGAGGTTTAT TATAGCATCA 
CATTATGGAA GAGACGATGA TATCCGAAAG TACTTTACAA AACATCCCAA CCTGAAAGTG 
AAAGTTGGGG TGACCTTGAC TGAAATTGCG GAAAAGCGAA TAATGGAGAG AGCTACTGAC 
AGATTAAACA GAGCAGTAGC TGATCCATTG GCCAGAGCCG TTTTTAAACA GCCGCGAAGA 
AGTTCACCCA GAATTTCGAA ACTGACATAT GACTATGACG GTGTAGAATA TGTGGGAAGT 
TATTCCAGTG ATAATGAAGG GATTGATTTT TTTGACGACT CAGACTACAA TAAATTTGAA 
CTGATTCCAG ATTTCAAACC AGAATTGAGA TACAAATTTA TTGATGGAAC AGAAATTACT 
GTTAATGAAA GTGACTTTAA GACTTTACAT CGTAATTACT GGGTTAATGA CATAATCATT 
GATTTTGGAA TAAAATATAT TATAGAAGAA GGAGTGAAAA AAGGGTTGGT AGATGCCTCT 
GAAATACACT CGTTCAACTC GTTCTTTTTC AAGAAGTTGA CATCTGGGAC CAAGAGCGGA 
AGCACTCCTC AGTATTATAA CAATATAAAA AGGTGGCTCT CGAAACTCGA TTTGATGAAG 
TTTAAGTACC TCATCATCCC AGTAAATACA GACCTGCATT GGTATTGCTG CATTATTAGA 
AATCTTCCAG GGTTGTTAAA ACTGGCACAA GATCGAAAAG CTGCAGAAGA TGAACCTATT 
GATATTGACG GAATGGAACT GCAAACTAAA CAGAGTAATC AAAATGCAGA AATTTTTGTA 
CTAGATTCCT TGGGAAATAA AAGGTATAAT GTGAGTGCTC CCCTCAAGAG TTTCATCATT 
GATTATTGCA AGGAGAAATA TGACGTGGAG ATCAATCGAG ATCAAATTCG TTTTCAATCA 
ACAAGAATTC CCCGTCAAAA CAATTTCAAC GATTGTGGTG TTCATGTTTT GTACAATATT 
AGAAAATGGC TAAACAATAT CACCGAATGT GAAATATTTT TCAAAAAGCA CCTGCAAAGC 
CAGGCCAAAA CGATTTTTCC AGCTGAAGAA AGAAGAAAAG AGAGAAAGTA TTGGTCTAAT 
ATACTACTTG AATTACACAA GGCTCAAAAT CCGTCTCACA AAGACAATTC CGAACCGGTT 
GGCGATGATG ACGATAATGA TGATGATGAT ATCATTGAAA TTATGGAGGA AAGTACCGTT 
GGTGAAACAA CCCGTCAACC CAAGGGGTCC GTGTCAAGAT TCAGTTCTAA ACTTGATGGT 
CATGATCCTG GTTCTTGTGA ATGGCGCATT CCCTATCATT CCACAGCTAG TGAGAGTCTA 
GGTGATCTAG GTGATCTGGA AATTGAAGAT GTCACCAATG ATGAGGTTAT AAAAGTCGAT 
AAATCGAAAA TAAATCATAC TGTGGGTGTG AATAAGGAAC AGGAAGAAGT TAAGCGAATG 
GATCAAAAAA AGAATGATAG CAATCAGCAT GACGATGGTC CAAAAAGTCC AATAGAGTTA 
GAGGAACAAC CCGAACTTCT GCCTGGGGAA CACCAAATTG AGGTGGGAGA TACTCCATCT 
TCCAAGGCAG ATCAATTAAT AAATATGATA GGTGAAAAGC AAGACCTAGG TGATGTGGCC 
GCTATTACCA TTGAAGACGA TCCCGCTGAC AGAGCATCCT CGGAGGGAGC GTTAACATTG 
AAAAACCTCA CCTTAAGGGA ACAATTCAAA GATGCTCGAC TATATCCCAG TCTATGCCAA 
TTATTGAATG ATCATTTTCA CGACGAAAAT ACTCCCATCA AAGGTGTTAG ATGGATTGTT 
GTCAAAAGGC TTGTTCAGAA GGCGATAGAC AATCGCGCCA ATTGGAGAGA ATTGGAAAGT 
TTGCTTAAGC TGTATGCCGA CTACCCACCC AAAACTGTAA AAAGTTATAG TGGGGATGAT 
ACAAATGGAG TGCATGAGAT ATCAGTATCA CCCAAGAAGA AGTTTTCTGA GGCTTCCCTC 
AATAGCAATA GAGATGTTAC CAATATGATA GAAAACTTGA GACTAGCCAA TAATCACTTT 
GGTAATGCTG TTAAAGGGGA TATTCCAGAA AAGGCGCCAT TTGTGTCTCC ACAAGGGTTT 
AATGATCAAG AATGGAAGCA AAATAACAAC CCAGCGCAGA GTTTGCATAG CCGGAAAGAG 
CATGGTGGGA CCATTACAGA GAATTCCCAT GGTAGCAAGG GGGACGCATT TTCAAGAAAT 
ATCTCTATTG CTGACGCTTC CAAACATGAT ACAGCTTCCT TCAGGTATGA GGGCTTTCGA 
AGCAGAGGCT TTCGTAATGA TGGCTTTGGC AAAAGTGGCT TCGGAAGCAA GGGTTTTAAA 
GGAAGCGAAA GTGCTGATTC TAACGACAAA AAGAAAGTAG CAAGAGACAT AGTGGAAACG 
GATGGTTTGG ACATGGTTGC ACAGTCAAAT CGAGTATCCT TACATTCGGA TGATAGTAGT 
GTAATACTTG ATTACCCTCG CATCCCGTAC AAGAAGAGAA AGCTAGATTG A