CORT_0E01730 cDNA ORF clone, Candida orthopsilosis Co 90-125

Gene
Clones
gRNAs

Summary

Gene Symbol	CORT_0E01730
Entrez Gene ID	14541322
Full Name	Fzo1 mitochondrial biogenesis protein
Gene Type	protein-coding
Organism	Candida orthopsilosis Co 90-125

mRNA and Protein(s)

mRNA	Protein	Name
XM_003869844.1	XP_003869893.1	Fzo1 mitochondrial biogenesis protein

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_0E01730 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CORT_0E01730 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
OCa367731	XM_003869844.1 Latest version!	Candida orthopsilosis Co 90-125 Fzo1 mitochondrial biogenesis protein (CORT_0E01730), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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** 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_0E01730 ( XM_003869844.1 ) cDNA ORF clone, Candida orthopsilosis Co 90-125 -> XP_003869893.1 Candida orthopsilosis Co 90-125 Fzo1 mitochondrial biogenesis protein (CORT_0E01730), partial mRNA.

Price & Availability↑

CloneID	OCa367731
Clone ID Related Accession (Same CDS sequence)	XM_003869844.1
Accession Version	XM_003869844.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2631bp) 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	Fzo1 mitochondrial biogenesis 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 (NC_018298). COMPLETENESS: incomplete on both ends.

ATGACAGGAT TTCCCAACCT CCAACCGAAT GAGTCTAAGC AAAAGCCTCG TCAAAATAGT 
AATGATAACG AAGATGAAGC GACTCTTCTA GATGGCTCTT CGGGCAAGCC TTCGCATTTG 
GTGTACATGC CTGGTGAGAG TCATCTATCA CATGATGGTA CAACTTTATT GGATGGAGAA 
GAAGGGAGTA GCTCCCTGGA TGCTAGACGA GGAGTGTCAT TCCAAAATCA TCAGCATATC 
AATGCGTCTT TACAACAACT CAAATACAAC GATAACAAAC TATCTTTAGA TAGAGCAATA 
AACCAAACTA TAGAACTTAT TGAGGAAATT GTCAAGGAGA ATAAAGAGCG GCCAGTATTT 
TACCCCACTG AAATCGAAGA TGGATCAAAA ATCTTGCTCA ATAGTGCAAA GGCACATTTG 
GGTTTGGTGA GACAAAATTC GAGCATCAAG CAATTAGCAA AGCAAAAGAT AAAAGAAGAT 
GATATCAACA AGGAATTACC AGAGTTTAAA ATTCTAAAAA TTAACATTCG TGGTGGCCAT 
GGAGATGACA ATTTGGTTTC AAATTTGGAC AAGAAGTCAA TAGCAGCATT GTTGGAGAAG 
AAGCTACATG GGCAAACAAA GTACCTTCTC AACTTGAAGG AAAGGGTTGA CGATACGTCT 
TCGAAGGTGT TTGTCACGGG AGATTTGAAT GCAGGAAAAT CAACTTTTTG CAATGCCCTT 
TTAAGAAGAA AACTTCTCCC GGAAGACCAG CAACCATGTA CATCTGTGTT TTGTGAAGTA 
ATTGATGCTC AGAAAGAAAA TGATGAAGTT GAGGAAGTAC ACGCTGTTCC TATAGAGAAG 
GAATACAAAA AGAATGACGA ATCTACATAT GAAGTACATC CGCTTCTGGA GTTGGAAAAC 
TTGGTGTACG ATTGTGACAA ATATAAATTG TTGAAAGTAT ATGTTCTTGA TAATCGATCC 
TTCCAGGAAA GCTTGCTCCG TAACGGGATT ATTGACGTCA AGCTCATTGA TGCTCCGGGA 
TTAAACATGG ACTCATACCA AACAACACAA GTGTTTTCAC GTCAAGAGGA AATTGATTTG 
GTTGTCTTTG TTGTTAGTGC AGAAAATCAC TTTACTTTAT CAGCAAAAGA ATTTATTGCC 
GCTGCTGCCA ATGAAAAGAG ATATGTTTTC ATTGTTGTAA ATCGGTTTGA CAATATCAAA 
GATAAGGAAA AGTGTAGAAA AAGAATTTTG GATCAAATCA AAAACCTTTC GCCTGATACA 
TACAAGAATG CAAAGGAATT CATTCATTTT GTTAGCTCTA CTGAAATTAA TAGTGGTGAT 
GGAGGCGATG GCGGTGATGA TGGTGATGAC GGTGATGACG ATAATGGAAG CAATAACAAT 
CCTGACCATC CTGACTTCGA TCTCCTTGAA GCATCCTTGC GAAAATTTCT TTTGGAAAAG 
AGGTCGATAT CGAAATTACT TCCAGCAAAG AGTTATCTCC TCAATTTGTT ACATGATTTG 
CAAACTTTGA GCAAAATTAA TGAAAAAATG TACAACGATG AAAGACAAGA AAAGATGTTG 
GAACTCAATA GCCTGGTTGC TCCTAAAGTC GATGAGGTTA TTTCTAAATC TCACAAGATT 
GCCGATACTA TAAGCTCAGT AATAGAAGCA GCATGCACTC AAGTGTACAA TGACACTACC 
AAGGAAATGG TTTCAGTCAT TGACAATTTA GGTGACAAGC CCGTTGTTCA ATATGAAGGG 
TTGCAATACC TCTTTGAATA TGCAAAGGAG TCTCAATTGG CATTAATGGA TGTTATTTAT 
GACTCTGTGT TGAAAAGTGA GGAGTTGGCA AAACAGGTCA CAGCAGCAAA AGTCGATGAA 
ATAACAAAGT ATGGTAAAAA CACATTGGGC GAAGAGTTTC TCAATGATAA GAAATTCAAT 
TCTGAGTTGA TGTTCTCCAG GGTTAAAGAT GACATTGGAA AAAACATTGA AGATACTATT 
GAAGTTTCTG ACTTTTTTGA TCCATCTATT GATTCATTTT TGGTATTTGT TGGATTGCCT 
GAGAATTATG TAAAAGCTAC AAAGCATCAA ATTTCATACT TTAACCCAAT TTCTGTCATC 
ACAGCAATAC CATCAAACGC AGTTGCGTTG AAAGAGCAAT TACCAACACA ATTGACATTG 
CACACAATAT ATTCATCTGG TAAGCTTCTA ACCACGGGTG CGTTGATTAA TCGTTTGTAT 
CACTTCAGCA ATTATGTTAC ACCCAACACA ATCAAGAGAG TTGCAGCACC TGTACTTATT 
TGTGTTTCAG GTATTGCAAT ATACTACCTC ATTAGTGATA TTCCAAATGC TTTATCAAGA 
AAACAAGCTA AGAAGATAAA AAAGAAGATT CAGGAGATGA ATTATGTTCA CAACAATTCA 
GCACGTATTT CTGGTGAATG TCGACAAGTT TTGAATTATC CGTCAAGACA AGTAATGAAT 
AATTTCCAAA CCAGTATCGA CAAGAATTTG TCTCAGAAGA AGAAATTGGA ATCATATATC 
AAAGACGCTG AAATTAGTTC AGGATTCTTC AAGCAATTGT TGACAAAGAT TAATGATCAA 
CAAAGAATCT TGAAAGAAAT TGATTTGGAA AGTCTCAACT ACGTTGATTG A

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

RefSeq	XP_003869893.1
CDS	1..2631
Translation	MTGFPNLQPNESKQKPRQNSNDNEDEATLLDGSSGKPSHLVYMPGESHLSHDGTTLLDGEEGSSSLDARRGVSFQNHQHINASLQQLKYNDNKLSLDRAINQTIELIEEIVKENKERPVFYPTEIEDGSKILLNSAKAHLGLVRQNSSIKQLAKQKIKEDDINKELPEFKILKINIRGGHGDDNLVSNLDKKSIAALLEKKLHGQTKYLLNLKERVDDTSSKVFVTGDLNAGKSTFCNALLRRKLLPEDQQPCTSVFCEVIDAQKENDEVEEVHAVPIEKEYKKNDESTYEVHPLLELENLVYDCDKYKLLKVYVLDNRSFQESLLRNGIIDVKLIDAPGLNMDSYQTTQVFSRQEEIDLVVFVVSAENHFTLSAKEFIAAAANEKRYVFIVVNRFDNIKDKEKCRKRILDQIKNLSPDTYKNAKEFIHFVSSTEINSGDGGDGGDDGDDGDDDNGSNNNPDHPDFDLLEASLRKFLLEKRSISKLLPAKSYLLNLLHDLQTLSKINEKMYNDERQEKMLELNSLVAPKVDEVISKSHKIADTISSVIEAACTQVYNDTTKEMVSVIDNLGDKPVVQYEGLQYLFEYAKESQLALMDVIYDSVLKSEELAKQVTAAKVDEITKYGKNTLGEEFLNDKKFNSELMFSRVKDDIGKNIEDTIEVSDFFDPSIDSFLVFVGLPENYVKATKHQISYFNPISVITAIPSNAVALKEQLPTQLTLHTIYSSGKLLTTGALINRLYHFSNYVTPNTIKRVAAPVLICVSGIAIYYLISDIPNALSRKQAKKIKKKIQEMNYVHNNSARISGECRQVLNYPSRQVMNNFQTSIDKNLSQKKKLESYIKDAEISSGFFKQLLTKINDQQRILKEIDLESLNYVD

Target ORF information:

RefSeq Version	XM_003869844.1
Organism	Candida orthopsilosis Co 90-125
Definition	Candida orthopsilosis Co 90-125 Fzo1 mitochondrial biogenesis protein (CORT_0E01730), partial mRNA.

Target ORF information:

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

XM_003869844.1

ORF Insert Sequence:

ATGACAGGAT TTCCCAACCT CCAACCGAAT GAGTCTAAGC AAAAGCCTCG TCAAAATAGT 
AATGATAACG AAGATGAAGC GACTCTTCTA GATGGCTCTT CGGGCAAGCC TTCGCATTTG 
GTGTACATGC CTGGTGAGAG TCATCTATCA CATGATGGTA CAACTTTATT GGATGGAGAA 
GAAGGGAGTA GCTCCCTGGA TGCTAGACGA GGAGTGTCAT TCCAAAATCA TCAGCATATC 
AATGCGTCTT TACAACAACT CAAATACAAC GATAACAAAC TATCTTTAGA TAGAGCAATA 
AACCAAACTA TAGAACTTAT TGAGGAAATT GTCAAGGAGA ATAAAGAGCG GCCAGTATTT 
TACCCCACTG AAATCGAAGA TGGATCAAAA ATCTTGCTCA ATAGTGCAAA GGCACATTTG 
GGTTTGGTGA GACAAAATTC GAGCATCAAG CAATTAGCAA AGCAAAAGAT AAAAGAAGAT 
GATATCAACA AGGAATTACC AGAGTTTAAA ATTCTAAAAA TTAACATTCG TGGTGGCCAT 
GGAGATGACA ATTTGGTTTC AAATTTGGAC AAGAAGTCAA TAGCAGCATT GTTGGAGAAG 
AAGCTACATG GGCAAACAAA GTACCTTCTC AACTTGAAGG AAAGGGTTGA CGATACGTCT 
TCGAAGGTGT TTGTCACGGG AGATTTGAAT GCAGGAAAAT CAACTTTTTG CAATGCCCTT 
TTAAGAAGAA AACTTCTCCC GGAAGACCAG CAACCATGTA CATCTGTGTT TTGTGAAGTA 
ATTGATGCTC AGAAAGAAAA TGATGAAGTT GAGGAAGTAC ACGCTGTTCC TATAGAGAAG 
GAATACAAAA AGAATGACGA ATCTACATAT GAAGTACATC CGCTTCTGGA GTTGGAAAAC 
TTGGTGTACG ATTGTGACAA ATATAAATTG TTGAAAGTAT ATGTTCTTGA TAATCGATCC 
TTCCAGGAAA GCTTGCTCCG TAACGGGATT ATTGACGTCA AGCTCATTGA TGCTCCGGGA 
TTAAACATGG ACTCATACCA AACAACACAA GTGTTTTCAC GTCAAGAGGA AATTGATTTG 
GTTGTCTTTG TTGTTAGTGC AGAAAATCAC TTTACTTTAT CAGCAAAAGA ATTTATTGCC 
GCTGCTGCCA ATGAAAAGAG ATATGTTTTC ATTGTTGTAA ATCGGTTTGA CAATATCAAA 
GATAAGGAAA AGTGTAGAAA AAGAATTTTG GATCAAATCA AAAACCTTTC GCCTGATACA 
TACAAGAATG CAAAGGAATT CATTCATTTT GTTAGCTCTA CTGAAATTAA TAGTGGTGAT 
GGAGGCGATG GCGGTGATGA TGGTGATGAC GGTGATGACG ATAATGGAAG CAATAACAAT 
CCTGACCATC CTGACTTCGA TCTCCTTGAA GCATCCTTGC GAAAATTTCT TTTGGAAAAG 
AGGTCGATAT CGAAATTACT TCCAGCAAAG AGTTATCTCC TCAATTTGTT ACATGATTTG 
CAAACTTTGA GCAAAATTAA TGAAAAAATG TACAACGATG AAAGACAAGA AAAGATGTTG 
GAACTCAATA GCCTGGTTGC TCCTAAAGTC GATGAGGTTA TTTCTAAATC TCACAAGATT 
GCCGATACTA TAAGCTCAGT AATAGAAGCA GCATGCACTC AAGTGTACAA TGACACTACC 
AAGGAAATGG TTTCAGTCAT TGACAATTTA GGTGACAAGC CCGTTGTTCA ATATGAAGGG 
TTGCAATACC TCTTTGAATA TGCAAAGGAG TCTCAATTGG CATTAATGGA TGTTATTTAT 
GACTCTGTGT TGAAAAGTGA GGAGTTGGCA AAACAGGTCA CAGCAGCAAA AGTCGATGAA 
ATAACAAAGT ATGGTAAAAA CACATTGGGC GAAGAGTTTC TCAATGATAA GAAATTCAAT 
TCTGAGTTGA TGTTCTCCAG GGTTAAAGAT GACATTGGAA AAAACATTGA AGATACTATT 
GAAGTTTCTG ACTTTTTTGA TCCATCTATT GATTCATTTT TGGTATTTGT TGGATTGCCT 
GAGAATTATG TAAAAGCTAC AAAGCATCAA ATTTCATACT TTAACCCAAT TTCTGTCATC 
ACAGCAATAC CATCAAACGC AGTTGCGTTG AAAGAGCAAT TACCAACACA ATTGACATTG 
CACACAATAT ATTCATCTGG TAAGCTTCTA ACCACGGGTG CGTTGATTAA TCGTTTGTAT 
CACTTCAGCA ATTATGTTAC ACCCAACACA ATCAAGAGAG TTGCAGCACC TGTACTTATT 
TGTGTTTCAG GTATTGCAAT ATACTACCTC ATTAGTGATA TTCCAAATGC TTTATCAAGA 
AAACAAGCTA AGAAGATAAA AAAGAAGATT CAGGAGATGA ATTATGTTCA CAACAATTCA 
GCACGTATTT CTGGTGAATG TCGACAAGTT TTGAATTATC CGTCAAGACA AGTAATGAAT 
AATTTCCAAA CCAGTATCGA CAAGAATTTG TCTCAGAAGA AGAAATTGGA ATCATATATC 
AAAGACGCTG AAATTAGTTC AGGATTCTTC AAGCAATTGT TGACAAAGAT TAATGATCAA 
CAAAGAATCT TGAAAGAAAT TGATTTGGAA AGTCTCAACT ACGTTGATTG A