SS1G_02435 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_02435
Entrez Gene ID	5492514
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001596168.1	XP_001596218.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_02435 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_02435 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
OSo06727	XM_001596168.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00

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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)

SS1G_02435 ( XM_001596168.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001596218.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo06727
Clone ID Related Accession (Same CDS sequence)	XM_001596168.1
Accession Version	XM_001596168.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2823bp) 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	2017-08-07
Organism	Sclerotinia sclerotiorum 1980 UF-70
Product	hypothetical 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_001820833). COMPLETENESS: incomplete on both ends.

ATGGCGCCCC CAAGAGTTAT TCATCACGAT ACCTCAATCG TTCATACCCC AGAATATGAG 
GATTTTATCG CAAAGCTCAG AGTCTATCAT GAAAAAAGAG GAACGCATTT CGATCCTGAA 
CCACGAGTTG GAACCAAGAC TATCGACCTT TTACATCTTT ACAATACTGT AATTGAGCGC 
GGTGGCTATG ATAAAGTCAG CGATGAGAAG CTTGCATGGA GAAAGCTTGG TTCAGATTTC 
AACTTGGGAG CTAATAATTT ACCTGCGCTC GCATTTAGTC TCAAAACGAC TTATTATAAA 
TACCTAGCCG CATATGAAAT CTCGACTTTT CATGGCAAGG TGCCACCTCC TCGTGAAATT 
TTAGAAGACA CAACGGCTAA GGGTGGGGGA CTTCTTTTTC GGACTATGGA CAATTTTCGA 
CCCTCAATTC GCAGAGAAAC TGGCATGCTT GGTACTGAAA ATTCAGAGGC TTCTGGCGAC 
GATGGCACAC CTGTGCGCGA CAGGAATGGA AGTGAAGAAA CGCCGGGCTC TGGAGGCAGA 
GTGACTCGAG GTCTGCGACA AGCTCCTCCA CAGCGGGTAT TATTCCAACC TGATACACAA 
CCATCTCGAC AAGTTCGACA ACATCCTTCC GCAACTTCCC ATCCACCTCC AACCCCACAG 
CACCACTTAC CCCAACAGCA AACACCATCA CATTCGCATC AACATCATAT GCCACGAGTC 
GGCGGCCCCT ACTCGCACAA CCCTTCCTCT GGTACAGAAA GTATGTCACT CGCGGTTGCA 
AGTTACGAGC CTCGGCTCCA AATGCCATTG ACACTCCGTC CTATAATCAC CCCAGGAAAT 
AACCCTGTTG AGTTTGCGCG GCGCCAAAAA GCTTTGAAAG ATGCAGCTGC AGCTGCAGAA 
GGTACCAAAA GTAATGCAAT TCCTAAGGGG ATGATGTTGC CCGGCACTGG CTTTGATGGA 
CCTAATATCT ATGTTCGTTG CCTCTGTTCT TTGAGATCTG GTATCAAAGA GGAGCAAGAT 
TACGCTCTGC ACCACCTGGT TAAGATCTCG ATGGAGCGTG GTGATAAATA CAAATTCGAA 
GGATTTCCAG GTTTGGCCGA AGCCCTCATC GAGAAAATGC TCGAAATCGG TTCATTGTTT 
TACGATGTAC ATTGGCGGAT ATCCTACACG GAAGATGGCG AAATGGTCTC CACCACTGAT 
ACAATCAATG GTTTAGAAGG CACACCAGAT ATACTGGAAA GAATCAAACG TTTAGCTAAG 
CTGCCAGTCG ACGATAACAT TCAAACCGAG GAATTTAGTG ACACTCTTCT TCAGATCAAT 
GAGGCAGCAT TGACCATGAG AAATATGGTC ATGTTAGAAG AGAACGCCTT TTACGTATCA 
GAACTTGCAC CTCTACGAGA TTTTCTCAGT ATTGCCTTAA ACCTCCCCAA CTCCGACACT 
GTTGTAGAAT TAAAACACTA CGCTTTAGAT ATTGCCGAGC AGCTTACCAA ATATCTTCAC 
TTCGAGGTTG GAGATCCCCT TTATCTTTCA CTTCTCAAAC AATTGGATTC ACAGGACCGG 
GGCGCTATTT TGACTTCGCT GAGAGCCATT AGCAGAATAT CAATGAATCT GGAGGAGAAT 
AATCTTCTTA AAGGTGTACC AGCATCAGCT GTACAAAACA TCATCGATTG GACCTTATTA 
AATGACGAAG ATCTCGCCCA TGCTTGTTTA GACTTCCTCT ATCAATATAC GGCTGTTGTC 
GAGAATGTGG ATTACTTGAT CACAGAGGTA AAAGCAGAGC CACTAGTCAA ACAGTTGACG 
CGACTCCTCA TGCATGGGGC TCGCATCATC GAAAAGGAGT TTAATCTAGG TACGCAATAC 
AGAAAACCTG CACCTTCGGA AATTGCGCCT ATCCCACAAG ACTTACTTCT CGAAATTTCC 
AAGTTCGAGG AACCAGAGCG GAGCTCACGT TGGTTACGTT GTCTTTACGA AGAAGATCCT 
GATGAATCTA TCACGCAAAT CGCCTTGTGG CACGCCTATC AACAACAGTT TAGTTACCTG 
GCTACGGCAA CATCAAAGGC ACTTCTACCT GCTGCAGATT TTATCAAGAA TGTGAGCACA 
ACCTTCGGCG ACAAGGCGAA TGCCCAGGTT CAAAATGGCC CAGTGACAAA ATTTATCATC 
AAAGGAATTC GATGCCGCAT TGAGCCAATA GATCTACAAG GGGAGACATA CACCAAATGC 
TTGTGGCGCA CTCATCTTGG ACGACCTTGC GGAGAATTCT TCATGACCCC TGAGGCAGGC 
TATCAGCATA TCCTCAGAAA CCATTTTGGA GCCCAACTCA ATGCAGAGAA CAAATACGTA 
AATTCAGCTG CAAGCCAACA ATATGTGTGT GCATGGGATA CGTGTTCTCG CTTTCGTTCC 
TCCCCAGCCA CCAAACTATC AGAAGTTGCT ACTCATATCA AAGTCCATCT CCCTCCTAAG 
CGCACTCTTG CTAGCGAGCG CGAATCCCAG GAACCTTCTG GTCCACCTCC AGCCAAGAAA 
CACAAACCTT CATATATCGT CCAGCCACCT CGTATCAGCT TCAAATACCA CTATACAGCT 
GTTGATGAAC ATAATGATGC AGCAGGTATT CCACTGAGTG CAGTACTAGT TCTCCGGAAT 
CTGGCGAGGA ATGTTAGTAA AACCGAAGCA GAGGAGACTG CTCTCAAGGA GGGTGAAGTT 
CCTTGGGTTG ACCGATTGTT TAAACCGGTG GAGCCGAGAT TGTTTGCTAT TTATGCGCAC 
AATAAGATTT TGGCAACTTA CATGACAGAT CTTCTCGTTG CAATCAAGGA TACGCAGAAC 
TAA

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

RefSeq	XP_001596218.1
CDS	1..2823
Translation	MAPPRVIHHDTSIVHTPEYEDFIAKLRVYHEKRGTHFDPEPRVGTKTIDLLHLYNTVIERGGYDKVSDEKLAWRKLGSDFNLGANNLPALAFSLKTTYYKYLAAYEISTFHGKVPPPREILEDTTAKGGGLLFRTMDNFRPSIRRETGMLGTENSEASGDDGTPVRDRNGSEETPGSGGRVTRGLRQAPPQRVLFQPDTQPSRQVRQHPSATSHPPPTPQHHLPQQQTPSHSHQHHMPRVGGPYSHNPSSGTESMSLAVASYEPRLQMPLTLRPIITPGNNPVEFARRQKALKDAAAAAEGTKSNAIPKGMMLPGTGFDGPNIYVRCLCSLRSGIKEEQDYALHHLVKISMERGDKYKFEGFPGLAEALIEKMLEIGSLFYDVHWRISYTEDGEMVSTTDTINGLEGTPDILERIKRLAKLPVDDNIQTEEFSDTLLQINEAALTMRNMVMLEENAFYVSELAPLRDFLSIALNLPNSDTVVELKHYALDIAEQLTKYLHFEVGDPLYLSLLKQLDSQDRGAILTSLRAISRISMNLEENNLLKGVPASAVQNIIDWTLLNDEDLAHACLDFLYQYTAVVENVDYLITEVKAEPLVKQLTRLLMHGARIIEKEFNLGTQYRKPAPSEIAPIPQDLLLEISKFEEPERSSRWLRCLYEEDPDESITQIALWHAYQQQFSYLATATSKALLPAADFIKNVSTTFGDKANAQVQNGPVTKFIIKGIRCRIEPIDLQGETYTKCLWRTHLGRPCGEFFMTPEAGYQHILRNHFGAQLNAENKYVNSAASQQYVCAWDTCSRFRSSPATKLSEVATHIKVHLPPKRTLASERESQEPSGPPPAKKHKPSYIVQPPRISFKYHYTAVDEHNDAAGIPLSAVLVLRNLARNVSKTEAEETALKEGEVPWVDRLFKPVEPRLFAIYAHNKILATYMTDLLVAIKDTQN

Target ORF information:

RefSeq Version	XM_001596168.1
Organism	Sclerotinia sclerotiorum 1980 UF-70
Definition	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

Target ORF information:

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

XM_001596168.1

ORF Insert Sequence:

ATGGCGCCCC CAAGAGTTAT TCATCACGAT ACCTCAATCG TTCATACCCC AGAATATGAG 
GATTTTATCG CAAAGCTCAG AGTCTATCAT GAAAAAAGAG GAACGCATTT CGATCCTGAA 
CCACGAGTTG GAACCAAGAC TATCGACCTT TTACATCTTT ACAATACTGT AATTGAGCGC 
GGTGGCTATG ATAAAGTCAG CGATGAGAAG CTTGCATGGA GAAAGCTTGG TTCAGATTTC 
AACTTGGGAG CTAATAATTT ACCTGCGCTC GCATTTAGTC TCAAAACGAC TTATTATAAA 
TACCTAGCCG CATATGAAAT CTCGACTTTT CATGGCAAGG TGCCACCTCC TCGTGAAATT 
TTAGAAGACA CAACGGCTAA GGGTGGGGGA CTTCTTTTTC GGACTATGGA CAATTTTCGA 
CCCTCAATTC GCAGAGAAAC TGGCATGCTT GGTACTGAAA ATTCAGAGGC TTCTGGCGAC 
GATGGCACAC CTGTGCGCGA CAGGAATGGA AGTGAAGAAA CGCCGGGCTC TGGAGGCAGA 
GTGACTCGAG GTCTGCGACA AGCTCCTCCA CAGCGGGTAT TATTCCAACC TGATACACAA 
CCATCTCGAC AAGTTCGACA ACATCCTTCC GCAACTTCCC ATCCACCTCC AACCCCACAG 
CACCACTTAC CCCAACAGCA AACACCATCA CATTCGCATC AACATCATAT GCCACGAGTC 
GGCGGCCCCT ACTCGCACAA CCCTTCCTCT GGTACAGAAA GTATGTCACT CGCGGTTGCA 
AGTTACGAGC CTCGGCTCCA AATGCCATTG ACACTCCGTC CTATAATCAC CCCAGGAAAT 
AACCCTGTTG AGTTTGCGCG GCGCCAAAAA GCTTTGAAAG ATGCAGCTGC AGCTGCAGAA 
GGTACCAAAA GTAATGCAAT TCCTAAGGGG ATGATGTTGC CCGGCACTGG CTTTGATGGA 
CCTAATATCT ATGTTCGTTG CCTCTGTTCT TTGAGATCTG GTATCAAAGA GGAGCAAGAT 
TACGCTCTGC ACCACCTGGT TAAGATCTCG ATGGAGCGTG GTGATAAATA CAAATTCGAA 
GGATTTCCAG GTTTGGCCGA AGCCCTCATC GAGAAAATGC TCGAAATCGG TTCATTGTTT 
TACGATGTAC ATTGGCGGAT ATCCTACACG GAAGATGGCG AAATGGTCTC CACCACTGAT 
ACAATCAATG GTTTAGAAGG CACACCAGAT ATACTGGAAA GAATCAAACG TTTAGCTAAG 
CTGCCAGTCG ACGATAACAT TCAAACCGAG GAATTTAGTG ACACTCTTCT TCAGATCAAT 
GAGGCAGCAT TGACCATGAG AAATATGGTC ATGTTAGAAG AGAACGCCTT TTACGTATCA 
GAACTTGCAC CTCTACGAGA TTTTCTCAGT ATTGCCTTAA ACCTCCCCAA CTCCGACACT 
GTTGTAGAAT TAAAACACTA CGCTTTAGAT ATTGCCGAGC AGCTTACCAA ATATCTTCAC 
TTCGAGGTTG GAGATCCCCT TTATCTTTCA CTTCTCAAAC AATTGGATTC ACAGGACCGG 
GGCGCTATTT TGACTTCGCT GAGAGCCATT AGCAGAATAT CAATGAATCT GGAGGAGAAT 
AATCTTCTTA AAGGTGTACC AGCATCAGCT GTACAAAACA TCATCGATTG GACCTTATTA 
AATGACGAAG ATCTCGCCCA TGCTTGTTTA GACTTCCTCT ATCAATATAC GGCTGTTGTC 
GAGAATGTGG ATTACTTGAT CACAGAGGTA AAAGCAGAGC CACTAGTCAA ACAGTTGACG 
CGACTCCTCA TGCATGGGGC TCGCATCATC GAAAAGGAGT TTAATCTAGG TACGCAATAC 
AGAAAACCTG CACCTTCGGA AATTGCGCCT ATCCCACAAG ACTTACTTCT CGAAATTTCC 
AAGTTCGAGG AACCAGAGCG GAGCTCACGT TGGTTACGTT GTCTTTACGA AGAAGATCCT 
GATGAATCTA TCACGCAAAT CGCCTTGTGG CACGCCTATC AACAACAGTT TAGTTACCTG 
GCTACGGCAA CATCAAAGGC ACTTCTACCT GCTGCAGATT TTATCAAGAA TGTGAGCACA 
ACCTTCGGCG ACAAGGCGAA TGCCCAGGTT CAAAATGGCC CAGTGACAAA ATTTATCATC 
AAAGGAATTC GATGCCGCAT TGAGCCAATA GATCTACAAG GGGAGACATA CACCAAATGC 
TTGTGGCGCA CTCATCTTGG ACGACCTTGC GGAGAATTCT TCATGACCCC TGAGGCAGGC 
TATCAGCATA TCCTCAGAAA CCATTTTGGA GCCCAACTCA ATGCAGAGAA CAAATACGTA 
AATTCAGCTG CAAGCCAACA ATATGTGTGT GCATGGGATA CGTGTTCTCG CTTTCGTTCC 
TCCCCAGCCA CCAAACTATC AGAAGTTGCT ACTCATATCA AAGTCCATCT CCCTCCTAAG 
CGCACTCTTG CTAGCGAGCG CGAATCCCAG GAACCTTCTG GTCCACCTCC AGCCAAGAAA 
CACAAACCTT CATATATCGT CCAGCCACCT CGTATCAGCT TCAAATACCA CTATACAGCT 
GTTGATGAAC ATAATGATGC AGCAGGTATT CCACTGAGTG CAGTACTAGT TCTCCGGAAT 
CTGGCGAGGA ATGTTAGTAA AACCGAAGCA GAGGAGACTG CTCTCAAGGA GGGTGAAGTT 
CCTTGGGTTG ACCGATTGTT TAAACCGGTG GAGCCGAGAT TGTTTGCTAT TTATGCGCAC 
AATAAGATTT TGGCAACTTA CATGACAGAT CTTCTCGTTG CAATCAAGGA TACGCAGAAC 
TAA