SS1G_14093 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_14093
Entrez Gene ID	5481022
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001584946.1	XP_001584996.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_14093 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_14093 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
OSo00286	XM_001584946.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

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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_14093 ( XM_001584946.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001584996.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo00286
Clone ID Related Accession (Same CDS sequence)	XM_001584946.1
Accession Version	XM_001584946.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3297bp) 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_001820807). COMPLETENESS: incomplete on both ends.

ATGGAACACC CGCAAACGCC GTCGCAACAT GGTATTACTC CTCGCAATGC TCAACATCAA 
CTTGCACTAG AGGATATAGA ACAGCCTAGT GCTGTAACCT ATTCAGCGAC ACAATCCCTA 
CATGCCACTC TATCTCATAA CCATCAACAG CCTGTTGAGC CTGTTGAGCG AGCAGGCTTT 
TCACAAGTAA CACCAGGAAA TTTGGATCAA CTGGATAGAG ATGATGATGC TATTTCATAT 
AATATCCCTC CTGCCAAACG ACAAATGCGG GACAGGAAGC CGAATACCCC TAGCAATACC 
ACAGGAAATG GCCGAACGCC AGGAATACGT GCTCAGGACT CTCTCAAAAA ATCTAAACCT 
GCCAAGGTCA TTGATACAAA GGCTAAAATT AGAGAAGAAA TTACCAACGC AACCTTAGCT 
CAGAGAAAAG CTTTCTTGAT AGAGAAGCAG GATTACTTCG CACCATTGCT ACAACAAGAA 
GAGAGGGCCA AACTACCAGC TTTTGTGCCT TATCAGCAGC TAGAAGCCCA GCCGAATGGC 
ATCAAAGCTA CTTTAAAGCC TTATCAGCTT GCGGGTTTAA GTTATATGGT CTACTTGTAC 
AAAAATGGGG CTAACGGCAT TTTGGGTGAC GATATGGGGC TAGGAAAGAC TCTTCAAACA 
CTTTCCTTGA TTCAATACCT CAAAGAGAAC TATCCTACCT CTGTAAAAGG CAAATTACAA 
CGCCCGTTCC TTATTGTTTG TCCTCTATCA GTCTTGGGAA GCTGGATGGA CGAGACAGAG 
AAATGGACTG ACTTGCGTCG AAACCTGATC CCCCATGCCA CTAGAAAGAG AAAGCACCAT 
GCTAGCCAGG ATTCGTTGCG AAGAGATCCC ATTTCTCTGG ACAGCGATGA TGATATTGAT 
GCCGGAGTGG ACTTGGTCAT TACAACATAC GATTGTTGTA AGAGCGAGCA ATCTTGGCTT 
AAAGGGAGTT CCCCGGGGGT AGATTTAGGC CTACCTCCTA TGAAGGAGGT CCTGCTTCTT 
GTCTCACTTA GTCCAATGCA AAAGAGATGG TATGAAAAAT TGATCAAGAA GACGGATAGG 
GAGATTCTAC ACGAGCTATT TGATAACAGT CAGGAGTCAT CTGCTTCGAC AAATCTCGCT 
TTGGAATCAA CCTCCGGTGG TCACAATGGC GAGAAGAATC GTACTACTTG GCAAAGCTTG 
ATGAACCTTG TTAGTCAACT CCGAAAGGTT TGCAACCATC CATATCATTT TGAAGATGCG 
GAGCCCAATC TATACTTTCC TGGCCAACAT CTAATCGAAT CTTCTGGAAA ATTCATTGTT 
TTGGAAAAGC TTATTACCGA AGCCGGTGGC TTAGGATTGA ACCTCGCGGC AGCTTCTGAA 
GTCATTCTTC TCGACCAAGA TTGGAACCCT CAAGTAACAA ATCAAGCAAT TTGTCGGGCC 
TACCGTGTTG GTCTTAAAAG CCCTCCTATA GTCTACCAAC TTGTTTCTCA AGGTACTGTG 
GAGGAACAAA TGATGCCACG AATTGCTAAG AAGCCCTATT TGTTAGCTAA GGTCACGGAA 
TCTATGGAAG ATATCTACAC CCAGGCTAGA CCCTCCAGTA AAGAAAAATT GAACGGAGCC 
TCTAGCGGCA ACAACAGCAG GATGCCGGAA ATGGACACTA AACAGCTCAT GACTCTTATT 
CGCCGAGGAG CAGCAGTCAT CTCCCGTCCC GAAATTGATA TAAACAAGAT GCTGGAATGG 
GATTTGGAAA CTACTATTAA GGTGTGCAGG GACCAATCCG CAGATCTCCT TGTTCGGAAA 
GACGTCACCA ATGGCTCAAA TGTTGATGAA GATGAATTTG AGCGAGAATG GCTTGCAGAG 
CGTGAGCGCA TTCAATCAAC ATTGTTCAAC GGGGAGACTA TTGAACACCA TCGACCCAAA 
TCCACCAAAT ATTCAGAGGG TTTTGAACCA TCAGGCAGTA GAGCTGATCG AAGGATTGGC 
AAGGAAAGAA CAGTTGCGAT GGGTGGATAC ATGGTTTCTA AGGATAGTAT CAACAATGAT 
CAATGGGAGG CCGTCAAGAC ATTCTCTTCC GCCGACGCCA AAACTTCTGC TCCTAAATGC 
GAGAAGAAAC CTGACATCAA CTCACAAGGA TATTGTCAAG TCTGTAAAAT CGAGTATGGT 
TCACCACTTA TTCGATGCAA AGTTTGTCCA AGAGTCTATC ACAACGAATG TCTCACTGAC 
ATCTACCAAC ATAAGGCTCA AAAATTCCAA TTTGCATGCC CCCGGCATAC TTGTAAAGAT 
TGCAAACAAA AAGCTGCATT TGTTGGTGGA ATGCTTTACA GATGTCGATG GTGTGAAAAA 
GCACAATGTG AGAATTGTAT TGATTGGAAG AGTTTCAAAC CGCTTGGGGA TACACTGGTT 
GGGCTCGATC TTCTTGATTT TGCAGAGGCA CCTACTGCGT TTTATGTTCA TTTTCAAGAC 
TGCACTGCGA AGTTTGAAAA GGATGGGGAG TTTAAAGCTT TATGTGCGGG GCTCGAGGCG 
AAATGGGCTA AGGAGCGAGA GAAAATGAAT GCTGTTGACG AGGGAATGGA TGTCAAGACG 
AAGATGGTGT TGGCAGAAAA GAAAGAAGAT GAGGGCTCTG CCAACAAGCT CATCATTATC 
GAAGACGATG ATGATGACGT CCAGGCGGTG TCCGTTTCAC AGCCTTTGCC AGAAAGTGTA 
TCGCATCATA TTGGTATGAA CATGGTCAAT GGTAATAATA ATGACAACGG CAGAGGTCGG 
GCTGGTCCTG GAGGGTATTC CCCTACCGAG TTCGGTTACA ATAGTATGCT CAGTGTCCCA 
AGACAAATGG CTCAATCTGT TGGCAATTAC ATGGCTGGTG CGCCGGCAAT GAGAGCTTCA 
GCTACGGATA TGGAAATGGT TGATGCACAA TATGGATATG GTAGAAACAA TGCACAAGCT 
ACAAACAGAC CATACTTCTC ATCCGGAACT CGTAGAGGAG GTCATGGTAG CTTTATCAAT 
GTTCCGAGAC ATTCCGGGCA TCCAGATCCA TACTATGTAT CTCCATACGG AATGAACACA 
AGAGGCTTTG GTAATATGCA GAATATCCCA AGACAAGATG GGTACTCTAG GCAATTACAA 
CATCATGTAT CACCACAAGG AACGAACCCA GAAAGTCATG GTAGCGTTGG AAATATTCCA 
AGGTACTCTG GACCACCACA AGCTACTATT GCTCCTACTG CGGCTACGTC TACGTCTAAG 
CGACGAGGTA CTGAAGAGGC TGGTACTGGT CGGTCGCAAT GGAACTTTCA TGGATGA

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

RefSeq	XP_001584996.1
CDS	1..3297
Translation	MEHPQTPSQHGITPRNAQHQLALEDIEQPSAVTYSATQSLHATLSHNHQQPVEPVERAGFSQVTPGNLDQLDRDDDAISYNIPPAKRQMRDRKPNTPSNTTGNGRTPGIRAQDSLKKSKPAKVIDTKAKIREEITNATLAQRKAFLIEKQDYFAPLLQQEERAKLPAFVPYQQLEAQPNGIKATLKPYQLAGLSYMVYLYKNGANGILGDDMGLGKTLQTLSLIQYLKENYPTSVKGKLQRPFLIVCPLSVLGSWMDETEKWTDLRRNLIPHATRKRKHHASQDSLRRDPISLDSDDDIDAGVDLVITTYDCCKSEQSWLKGSSPGVDLGLPPMKEVLLLVSLSPMQKRWYEKLIKKTDREILHELFDNSQESSASTNLALESTSGGHNGEKNRTTWQSLMNLVSQLRKVCNHPYHFEDAEPNLYFPGQHLIESSGKFIVLEKLITEAGGLGLNLAAASEVILLDQDWNPQVTNQAICRAYRVGLKSPPIVYQLVSQGTVEEQMMPRIAKKPYLLAKVTESMEDIYTQARPSSKEKLNGASSGNNSRMPEMDTKQLMTLIRRGAAVISRPEIDINKMLEWDLETTIKVCRDQSADLLVRKDVTNGSNVDEDEFEREWLAERERIQSTLFNGETIEHHRPKSTKYSEGFEPSGSRADRRIGKERTVAMGGYMVSKDSINNDQWEAVKTFSSADAKTSAPKCEKKPDINSQGYCQVCKIEYGSPLIRCKVCPRVYHNECLTDIYQHKAQKFQFACPRHTCKDCKQKAAFVGGMLYRCRWCEKAQCENCIDWKSFKPLGDTLVGLDLLDFAEAPTAFYVHFQDCTAKFEKDGEFKALCAGLEAKWAKEREKMNAVDEGMDVKTKMVLAEKKEDEGSANKLIIIEDDDDDVQAVSVSQPLPESVSHHIGMNMVNGNNNDNGRGRAGPGGYSPTEFGYNSMLSVPRQMAQSVGNYMAGAPAMRASATDMEMVDAQYGYGRNNAQATNRPYFSSGTRRGGHGSFINVPRHSGHPDPYYVSPYGMNTRGFGNMQNIPRQDGYSRQLQHHVSPQGTNPESHGSVGNIPRYSGPPQATIAPTAATSTSKRRGTEEAGTGRSQWNFHG

Target ORF information:

RefSeq Version	XM_001584946.1
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_001584946.1

ORF Insert Sequence:

ATGGAACACC CGCAAACGCC GTCGCAACAT GGTATTACTC CTCGCAATGC TCAACATCAA 
CTTGCACTAG AGGATATAGA ACAGCCTAGT GCTGTAACCT ATTCAGCGAC ACAATCCCTA 
CATGCCACTC TATCTCATAA CCATCAACAG CCTGTTGAGC CTGTTGAGCG AGCAGGCTTT 
TCACAAGTAA CACCAGGAAA TTTGGATCAA CTGGATAGAG ATGATGATGC TATTTCATAT 
AATATCCCTC CTGCCAAACG ACAAATGCGG GACAGGAAGC CGAATACCCC TAGCAATACC 
ACAGGAAATG GCCGAACGCC AGGAATACGT GCTCAGGACT CTCTCAAAAA ATCTAAACCT 
GCCAAGGTCA TTGATACAAA GGCTAAAATT AGAGAAGAAA TTACCAACGC AACCTTAGCT 
CAGAGAAAAG CTTTCTTGAT AGAGAAGCAG GATTACTTCG CACCATTGCT ACAACAAGAA 
GAGAGGGCCA AACTACCAGC TTTTGTGCCT TATCAGCAGC TAGAAGCCCA GCCGAATGGC 
ATCAAAGCTA CTTTAAAGCC TTATCAGCTT GCGGGTTTAA GTTATATGGT CTACTTGTAC 
AAAAATGGGG CTAACGGCAT TTTGGGTGAC GATATGGGGC TAGGAAAGAC TCTTCAAACA 
CTTTCCTTGA TTCAATACCT CAAAGAGAAC TATCCTACCT CTGTAAAAGG CAAATTACAA 
CGCCCGTTCC TTATTGTTTG TCCTCTATCA GTCTTGGGAA GCTGGATGGA CGAGACAGAG 
AAATGGACTG ACTTGCGTCG AAACCTGATC CCCCATGCCA CTAGAAAGAG AAAGCACCAT 
GCTAGCCAGG ATTCGTTGCG AAGAGATCCC ATTTCTCTGG ACAGCGATGA TGATATTGAT 
GCCGGAGTGG ACTTGGTCAT TACAACATAC GATTGTTGTA AGAGCGAGCA ATCTTGGCTT 
AAAGGGAGTT CCCCGGGGGT AGATTTAGGC CTACCTCCTA TGAAGGAGGT CCTGCTTCTT 
GTCTCACTTA GTCCAATGCA AAAGAGATGG TATGAAAAAT TGATCAAGAA GACGGATAGG 
GAGATTCTAC ACGAGCTATT TGATAACAGT CAGGAGTCAT CTGCTTCGAC AAATCTCGCT 
TTGGAATCAA CCTCCGGTGG TCACAATGGC GAGAAGAATC GTACTACTTG GCAAAGCTTG 
ATGAACCTTG TTAGTCAACT CCGAAAGGTT TGCAACCATC CATATCATTT TGAAGATGCG 
GAGCCCAATC TATACTTTCC TGGCCAACAT CTAATCGAAT CTTCTGGAAA ATTCATTGTT 
TTGGAAAAGC TTATTACCGA AGCCGGTGGC TTAGGATTGA ACCTCGCGGC AGCTTCTGAA 
GTCATTCTTC TCGACCAAGA TTGGAACCCT CAAGTAACAA ATCAAGCAAT TTGTCGGGCC 
TACCGTGTTG GTCTTAAAAG CCCTCCTATA GTCTACCAAC TTGTTTCTCA AGGTACTGTG 
GAGGAACAAA TGATGCCACG AATTGCTAAG AAGCCCTATT TGTTAGCTAA GGTCACGGAA 
TCTATGGAAG ATATCTACAC CCAGGCTAGA CCCTCCAGTA AAGAAAAATT GAACGGAGCC 
TCTAGCGGCA ACAACAGCAG GATGCCGGAA ATGGACACTA AACAGCTCAT GACTCTTATT 
CGCCGAGGAG CAGCAGTCAT CTCCCGTCCC GAAATTGATA TAAACAAGAT GCTGGAATGG 
GATTTGGAAA CTACTATTAA GGTGTGCAGG GACCAATCCG CAGATCTCCT TGTTCGGAAA 
GACGTCACCA ATGGCTCAAA TGTTGATGAA GATGAATTTG AGCGAGAATG GCTTGCAGAG 
CGTGAGCGCA TTCAATCAAC ATTGTTCAAC GGGGAGACTA TTGAACACCA TCGACCCAAA 
TCCACCAAAT ATTCAGAGGG TTTTGAACCA TCAGGCAGTA GAGCTGATCG AAGGATTGGC 
AAGGAAAGAA CAGTTGCGAT GGGTGGATAC ATGGTTTCTA AGGATAGTAT CAACAATGAT 
CAATGGGAGG CCGTCAAGAC ATTCTCTTCC GCCGACGCCA AAACTTCTGC TCCTAAATGC 
GAGAAGAAAC CTGACATCAA CTCACAAGGA TATTGTCAAG TCTGTAAAAT CGAGTATGGT 
TCACCACTTA TTCGATGCAA AGTTTGTCCA AGAGTCTATC ACAACGAATG TCTCACTGAC 
ATCTACCAAC ATAAGGCTCA AAAATTCCAA TTTGCATGCC CCCGGCATAC TTGTAAAGAT 
TGCAAACAAA AAGCTGCATT TGTTGGTGGA ATGCTTTACA GATGTCGATG GTGTGAAAAA 
GCACAATGTG AGAATTGTAT TGATTGGAAG AGTTTCAAAC CGCTTGGGGA TACACTGGTT 
GGGCTCGATC TTCTTGATTT TGCAGAGGCA CCTACTGCGT TTTATGTTCA TTTTCAAGAC 
TGCACTGCGA AGTTTGAAAA GGATGGGGAG TTTAAAGCTT TATGTGCGGG GCTCGAGGCG 
AAATGGGCTA AGGAGCGAGA GAAAATGAAT GCTGTTGACG AGGGAATGGA TGTCAAGACG 
AAGATGGTGT TGGCAGAAAA GAAAGAAGAT GAGGGCTCTG CCAACAAGCT CATCATTATC 
GAAGACGATG ATGATGACGT CCAGGCGGTG TCCGTTTCAC AGCCTTTGCC AGAAAGTGTA 
TCGCATCATA TTGGTATGAA CATGGTCAAT GGTAATAATA ATGACAACGG CAGAGGTCGG 
GCTGGTCCTG GAGGGTATTC CCCTACCGAG TTCGGTTACA ATAGTATGCT CAGTGTCCCA 
AGACAAATGG CTCAATCTGT TGGCAATTAC ATGGCTGGTG CGCCGGCAAT GAGAGCTTCA 
GCTACGGATA TGGAAATGGT TGATGCACAA TATGGATATG GTAGAAACAA TGCACAAGCT 
ACAAACAGAC CATACTTCTC ATCCGGAACT CGTAGAGGAG GTCATGGTAG CTTTATCAAT 
GTTCCGAGAC ATTCCGGGCA TCCAGATCCA TACTATGTAT CTCCATACGG AATGAACACA 
AGAGGCTTTG GTAATATGCA GAATATCCCA AGACAAGATG GGTACTCTAG GCAATTACAA 
CATCATGTAT CACCACAAGG AACGAACCCA GAAAGTCATG GTAGCGTTGG AAATATTCCA 
AGGTACTCTG GACCACCACA AGCTACTATT GCTCCTACTG CGGCTACGTC TACGTCTAAG 
CGACGAGGTA CTGAAGAGGC TGGTACTGGT CGGTCGCAAT GGAACTTTCA TGGATGA