SS1G_02095 cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70

Gene
Clones
gRNAs

Summary

Gene Symbol	SS1G_02095
Entrez Gene ID	5493608
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Sclerotinia sclerotiorum 1980 UF-70

mRNA and Protein(s)

mRNA	Protein	Name
XM_001597849.1	XP_001597899.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following SS1G_02095 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SS1G_02095 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
OSo07707	XM_001597849.1 Latest version!	Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$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)

SS1G_02095 ( XM_001597849.1 ) cDNA ORF clone, Sclerotinia sclerotiorum 1980 UF-70 -> XP_001597899.1 Sclerotinia sclerotiorum 1980 UF-70 hypothetical protein partial mRNA.

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CloneID	OSo07707
Clone ID Related Accession (Same CDS sequence)	XM_001597849.1
Accession Version	XM_001597849.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3741bp) 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_001820834). COMPLETENESS: incomplete on both ends.

ATGTCGTCCA AAAAGGCGAA CACGAAGGTC TTCTCCTCAC TTGAAGAAGA CGAAATTTCC 
AAATTACTAT TAGAATCGAC GGATGATGAG GAGCAATATC CTTCAGATCA CGAATTCACG 
GTCGAACGAA TTTTGGCCCA AAAATCGGAA GACGGTCAAC AGCTGTATCT GATTAGGTGG 
GCGGGATTTC CAGAGGAAGA ATCATCTGTA AATACTCATC ATATCAAAAC TCATCCTGAG 
TATACTGCTA ATATTTACAT CTCACAGTGG GAGCCGAGAA GGAACATATT GGGCAAACCC 
ATTCTTGATG CTTGGAAATC ACGACAATCT CGTGAACTTG AGGGCTTGGA TACACCATAT 
GACACCAGAA AACTCGAAGC TCTAAAAAGG AGGGTCGAGG ATGGTAAATT ACGACGTCGT 
CGTTTGCGAC GTGAAAAGAG GAAGCGCCAG GGTATAGTTG TCTCTCCTCA CGACTCGGAT 
GCAGATGCTG GCGAAGAAGA GTCTACAGTT CTACGTCAAA ATGTTGGCTC ACCTACACCC 
GATGGTAAAA GGAATCCTGA AAGACAGCAG CAAGTTCAAG CTACGAAAAA ACCTGAGGGA 
CCTGTACAAA ATGACTCGGA CTTATCGTCT GATGAACCGC TGTTTGTCAA TCAACAACAA 
ACGGCAAAAT TGGATGCCTC ATCTTCTAAA ACTGCCCCCC GACCAGAGGA GGAATCACAG 
AAGCAAGCTG CTTCAAAGCC AAGAGCCGCT GATACCCTGG AGATAGCAGC CGCCAAGAAG 
TCTACATCCT CTAGAGGTAC ACCAAAAATT CGAGGAGGAG GTGCCATGCG CGGAGGTTCT 
TCTCTATACT CACAAAATGT ATTCATCAGT GGTAAAGCTC CCAGAAAACA AAAAGCCAGT 
TTGATTGAAG CTGCTGCAGA TTCATCAAAA GACCAGCGGC ATTTCAAAAC CAGACACATC 
CTCAGAAAAG TGGAACTGGC TGGTAGAACG ATGGCGGAAA AAGCACCAGA TCTTGCTTTT 
ATCCCTGGTG GGTTGATCAA TCCTTCAAAA GCTTCATCTG CGCAAAAACC AGAGGCTCTT 
CGGAGGACTT CATCTGCTCC ACAGAACGAA GAGGAAAATC GAAGAGTGCC ACCAGCTACG 
CCAAATCATG AGCAGCAAGA AGACTCCCAT GGACCTGCTC CGCACCCGGC TGAAATGTCA 
TGGGAGGACG TACAGCATAT CCCGTATGAG CAACGAACAA GATGCTTCTT CACTACCCAG 
CCACAAGGGT GCTATAATAG TCATTGCAAA TATCTTCACG TCGACGATCC CCGACTTCCC 
GTTGTCTCGG CCCCCGATGG ATGGTTTGAC TCACAGAAAA AAATCTGTTT CTTCTACAAT 
TTAGATGGGA ATTGCCGACG TGGTGACGCA TGTAGAGACT TACATAATTC GAACAGCAAT 
ATCCCAGTGA GGAGTCCGCC GCCTGGATGG GTACCGCCGG CCTCGTCTGG CAAAACCATG 
TCAAGAAAAT CCCAGGCGCC CCATAGTGTA GGTGGTCCAA AAATGGTCTG CTATTATTGG 
TACTCGGAGA ATAATTGCAA GAAAGGGGAT GAATGTAAAT TAGCCCATTC AAACGACAAT 
GATTTTCCCG TGGCAACGAA ACCTGGTTCT ATACCATTGA AGTCTATTCC TTGCAAGTAT 
TGGAATCAGG GCCATTGCCA GTTGGATAGG AATTGTTATT TCAAGCACGA ACAGGCTCAA 
TATAGTCCCG TAGTTTATAC GAGTCATGTT GACCCAGACG TAGTCGATCT GGGAATTTCA 
AGGGAAAGAG GTTCACAGCG CCCACTGCAT AATGCAAGAA CTACTCCGGT ACCTGGTGAC 
GACGATGCGA TAGATGTCGA GATGAACGCA GCGCCTGATC TCCCTCCGCT TGAGCGAAAT 
CATCAAGAGG CTGAACAGTT ACCTTTTGAT AATGACCTGA TGAATGGGGA GGTACAAAGC 
GCAGGTGCCA AAATTAAAGC AGTCACGTTT GGTCCACAAG CTCAACCTAC CAACCTCGAC 
TTTACAAGCC TTCCGACGGA TGCTTCAGAT TGGAAAAAAG CCTTCGTGAG TGCAGAGACT 
CTACATTTCG AACAAATCTG CACGGTGCAT GATTTCAAGT CAAAATACGG TCACATTCAA 
CAATACACCT ACTGGCAACA GAATATTAGC ACCGACTCCA CTGACCAAGC CGGATGCCAT 
ATGGTCAAAA ACATAGCTGA ATACCTCTGC CTATGGATAT CTGGTTTAGC ATGTGTTAGC 
GACAATTATA TCATTCTACT TTATCCAGTT GCAGTCGAAG AATGGAAGTA TTTAGATGTA 
GCACCTAGCC TTCCTACCGA TGCTAAGCTG AGATATTTGG TATTTGGAAC TCAGAGCCAT 
ATACTAAGTT CCGTTGAATC TTCGAAAATC AACCAAAATT CATCAACGGA TCTTTCGTAC 
AGAGATATGA TGATGAAAAG TTTCCATCAT CTTGATTACG AAAAACTGAT AATGGATCAA 
AAATCTAAGG ACCAGAAAGT CAAGGACCAA AAAGTCAAGA GACTTATCTT CAACTTTTGT 
TTGATATTTC CTGCGTCGAA CCAATCTACC GCGGAATTGA TAGCATCATG GCTTAAGAGC 
TGCTCGATAT ATAGCAAAAT TTACAATTAC CAAAAGCCAG GATGCTGGAA CCACTTCAGG 
AAAAATGTCA ACGCTGGAGC TGTACTAATA CACTCATCTG CGCTTAGTCT GATTTCTGAC 
ACAGACCTGG TTCATGGTAT GACAACAGAA GGGATGAATT ACACATTTTG GTGCATCCAA 
GATAGCACAT CGAAGATGCC GTTCTCCCAC ATCACCCAGA AACCAGAGTT GGGCCAAATT 
GTAACAAAGC GCCTGTTGCC TTTAGGATAT GCCATACTTC TAACACCAAG TTTCTTGGTT 
GCAGAACCGG TTATGACACT TAACTTCTTA AAATGGTATC AGAAAAAGCT CAAAAGCTCG 
ATAAATGGCT CAATTAGAGT ATTGTGCTGC CACGAACTGC CAAATTTCCT CATGGAACTT 
TCTATTTCCA AGGTTGAGGA GCAACAAGAA CTCATGAGAA ACCTCAGTGG CGACCCATCA 
ATGCTTGCTA AGCTAAGCGC GAAGGGATTA AGCCACGAAC AGTGTGAAGC GAGACTTGAT 
TTGTATTGGC TTCTTTGTGA TATGCTCCGC AAGGATCTAC CCGCTAACCT CTCCCCATTC 
GACTGTGATC CATCCGAGGA AGAGTCGCGG AGTCCATTAC TTTTTGCCCC TCCGTCTATT 
GATCAGAATG ATGAGAAAAA GCTAGTCGCT TGGTTTGCAG GTTGGGCCTA TGCACATCTG 
GACAAATACA GGCGATTTTA CGTCGTTGGT TCTGGGAAAT CCAAAAAAAG TGTTAATGAT 
CCAGTGAGAA TGATTCCGGA AAAGGACATC TTCCCGCAAA ATTCCAAGGC TTTTCGAGAA 
GGCGGCGCAT TGGCTTGGGC TAGGCGAGGA AGGGTGCCAT TTCCTATTGC TACTAATTTG 
GAACCATCTA ACATCAATGT AGTTCAATCC CAGGAAGTGG AAGCAGAATT GAAGGAATTT 
AAATTTGATC TCACGGACCA ATGGTATCCT GAGTGGAGGA GAAATACGGG TGAAGGACAG 
AGCACAAATC ATATCACAGA ATATCGGTGG GATCTGACGG TGGCATACTC TGCCTTTAGT 
GGTTGGTTCT TTGATTCATA G

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

RefSeq	XP_001597899.1
CDS	1..3741
Translation	MSSKKANTKVFSSLEEDEISKLLLESTDDEEQYPSDHEFTVERILAQKSEDGQQLYLIRWAGFPEEESSVNTHHIKTHPEYTANIYISQWEPRRNILGKPILDAWKSRQSRELEGLDTPYDTRKLEALKRRVEDGKLRRRRLRREKRKRQGIVVSPHDSDADAGEEESTVLRQNVGSPTPDGKRNPERQQQVQATKKPEGPVQNDSDLSSDEPLFVNQQQTAKLDASSSKTAPRPEEESQKQAASKPRAADTLEIAAAKKSTSSRGTPKIRGGGAMRGGSSLYSQNVFISGKAPRKQKASLIEAAADSSKDQRHFKTRHILRKVELAGRTMAEKAPDLAFIPGGLINPSKASSAQKPEALRRTSSAPQNEEENRRVPPATPNHEQQEDSHGPAPHPAEMSWEDVQHIPYEQRTRCFFTTQPQGCYNSHCKYLHVDDPRLPVVSAPDGWFDSQKKICFFYNLDGNCRRGDACRDLHNSNSNIPVRSPPPGWVPPASSGKTMSRKSQAPHSVGGPKMVCYYWYSENNCKKGDECKLAHSNDNDFPVATKPGSIPLKSIPCKYWNQGHCQLDRNCYFKHEQAQYSPVVYTSHVDPDVVDLGISRERGSQRPLHNARTTPVPGDDDAIDVEMNAAPDLPPLERNHQEAEQLPFDNDLMNGEVQSAGAKIKAVTFGPQAQPTNLDFTSLPTDASDWKKAFVSAETLHFEQICTVHDFKSKYGHIQQYTYWQQNISTDSTDQAGCHMVKNIAEYLCLWISGLACVSDNYIILLYPVAVEEWKYLDVAPSLPTDAKLRYLVFGTQSHILSSVESSKINQNSSTDLSYRDMMMKSFHHLDYEKLIMDQKSKDQKVKDQKVKRLIFNFCLIFPASNQSTAELIASWLKSCSIYSKIYNYQKPGCWNHFRKNVNAGAVLIHSSALSLISDTDLVHGMTTEGMNYTFWCIQDSTSKMPFSHITQKPELGQIVTKRLLPLGYAILLTPSFLVAEPVMTLNFLKWYQKKLKSSINGSIRVLCCHELPNFLMELSISKVEEQQELMRNLSGDPSMLAKLSAKGLSHEQCEARLDLYWLLCDMLRKDLPANLSPFDCDPSEEESRSPLLFAPPSIDQNDEKKLVAWFAGWAYAHLDKYRRFYVVGSGKSKKSVNDPVRMIPEKDIFPQNSKAFREGGALAWARRGRVPFPIATNLEPSNINVVQSQEVEAELKEFKFDLTDQWYPEWRRNTGEGQSTNHITEYRWDLTVAYSAFSGWFFDS

Target ORF information:

RefSeq Version	XM_001597849.1
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_001597849.1

ORF Insert Sequence:

ATGTCGTCCA AAAAGGCGAA CACGAAGGTC TTCTCCTCAC TTGAAGAAGA CGAAATTTCC 
AAATTACTAT TAGAATCGAC GGATGATGAG GAGCAATATC CTTCAGATCA CGAATTCACG 
GTCGAACGAA TTTTGGCCCA AAAATCGGAA GACGGTCAAC AGCTGTATCT GATTAGGTGG 
GCGGGATTTC CAGAGGAAGA ATCATCTGTA AATACTCATC ATATCAAAAC TCATCCTGAG 
TATACTGCTA ATATTTACAT CTCACAGTGG GAGCCGAGAA GGAACATATT GGGCAAACCC 
ATTCTTGATG CTTGGAAATC ACGACAATCT CGTGAACTTG AGGGCTTGGA TACACCATAT 
GACACCAGAA AACTCGAAGC TCTAAAAAGG AGGGTCGAGG ATGGTAAATT ACGACGTCGT 
CGTTTGCGAC GTGAAAAGAG GAAGCGCCAG GGTATAGTTG TCTCTCCTCA CGACTCGGAT 
GCAGATGCTG GCGAAGAAGA GTCTACAGTT CTACGTCAAA ATGTTGGCTC ACCTACACCC 
GATGGTAAAA GGAATCCTGA AAGACAGCAG CAAGTTCAAG CTACGAAAAA ACCTGAGGGA 
CCTGTACAAA ATGACTCGGA CTTATCGTCT GATGAACCGC TGTTTGTCAA TCAACAACAA 
ACGGCAAAAT TGGATGCCTC ATCTTCTAAA ACTGCCCCCC GACCAGAGGA GGAATCACAG 
AAGCAAGCTG CTTCAAAGCC AAGAGCCGCT GATACCCTGG AGATAGCAGC CGCCAAGAAG 
TCTACATCCT CTAGAGGTAC ACCAAAAATT CGAGGAGGAG GTGCCATGCG CGGAGGTTCT 
TCTCTATACT CACAAAATGT ATTCATCAGT GGTAAAGCTC CCAGAAAACA AAAAGCCAGT 
TTGATTGAAG CTGCTGCAGA TTCATCAAAA GACCAGCGGC ATTTCAAAAC CAGACACATC 
CTCAGAAAAG TGGAACTGGC TGGTAGAACG ATGGCGGAAA AAGCACCAGA TCTTGCTTTT 
ATCCCTGGTG GGTTGATCAA TCCTTCAAAA GCTTCATCTG CGCAAAAACC AGAGGCTCTT 
CGGAGGACTT CATCTGCTCC ACAGAACGAA GAGGAAAATC GAAGAGTGCC ACCAGCTACG 
CCAAATCATG AGCAGCAAGA AGACTCCCAT GGACCTGCTC CGCACCCGGC TGAAATGTCA 
TGGGAGGACG TACAGCATAT CCCGTATGAG CAACGAACAA GATGCTTCTT CACTACCCAG 
CCACAAGGGT GCTATAATAG TCATTGCAAA TATCTTCACG TCGACGATCC CCGACTTCCC 
GTTGTCTCGG CCCCCGATGG ATGGTTTGAC TCACAGAAAA AAATCTGTTT CTTCTACAAT 
TTAGATGGGA ATTGCCGACG TGGTGACGCA TGTAGAGACT TACATAATTC GAACAGCAAT 
ATCCCAGTGA GGAGTCCGCC GCCTGGATGG GTACCGCCGG CCTCGTCTGG CAAAACCATG 
TCAAGAAAAT CCCAGGCGCC CCATAGTGTA GGTGGTCCAA AAATGGTCTG CTATTATTGG 
TACTCGGAGA ATAATTGCAA GAAAGGGGAT GAATGTAAAT TAGCCCATTC AAACGACAAT 
GATTTTCCCG TGGCAACGAA ACCTGGTTCT ATACCATTGA AGTCTATTCC TTGCAAGTAT 
TGGAATCAGG GCCATTGCCA GTTGGATAGG AATTGTTATT TCAAGCACGA ACAGGCTCAA 
TATAGTCCCG TAGTTTATAC GAGTCATGTT GACCCAGACG TAGTCGATCT GGGAATTTCA 
AGGGAAAGAG GTTCACAGCG CCCACTGCAT AATGCAAGAA CTACTCCGGT ACCTGGTGAC 
GACGATGCGA TAGATGTCGA GATGAACGCA GCGCCTGATC TCCCTCCGCT TGAGCGAAAT 
CATCAAGAGG CTGAACAGTT ACCTTTTGAT AATGACCTGA TGAATGGGGA GGTACAAAGC 
GCAGGTGCCA AAATTAAAGC AGTCACGTTT GGTCCACAAG CTCAACCTAC CAACCTCGAC 
TTTACAAGCC TTCCGACGGA TGCTTCAGAT TGGAAAAAAG CCTTCGTGAG TGCAGAGACT 
CTACATTTCG AACAAATCTG CACGGTGCAT GATTTCAAGT CAAAATACGG TCACATTCAA 
CAATACACCT ACTGGCAACA GAATATTAGC ACCGACTCCA CTGACCAAGC CGGATGCCAT 
ATGGTCAAAA ACATAGCTGA ATACCTCTGC CTATGGATAT CTGGTTTAGC ATGTGTTAGC 
GACAATTATA TCATTCTACT TTATCCAGTT GCAGTCGAAG AATGGAAGTA TTTAGATGTA 
GCACCTAGCC TTCCTACCGA TGCTAAGCTG AGATATTTGG TATTTGGAAC TCAGAGCCAT 
ATACTAAGTT CCGTTGAATC TTCGAAAATC AACCAAAATT CATCAACGGA TCTTTCGTAC 
AGAGATATGA TGATGAAAAG TTTCCATCAT CTTGATTACG AAAAACTGAT AATGGATCAA 
AAATCTAAGG ACCAGAAAGT CAAGGACCAA AAAGTCAAGA GACTTATCTT CAACTTTTGT 
TTGATATTTC CTGCGTCGAA CCAATCTACC GCGGAATTGA TAGCATCATG GCTTAAGAGC 
TGCTCGATAT ATAGCAAAAT TTACAATTAC CAAAAGCCAG GATGCTGGAA CCACTTCAGG 
AAAAATGTCA ACGCTGGAGC TGTACTAATA CACTCATCTG CGCTTAGTCT GATTTCTGAC 
ACAGACCTGG TTCATGGTAT GACAACAGAA GGGATGAATT ACACATTTTG GTGCATCCAA 
GATAGCACAT CGAAGATGCC GTTCTCCCAC ATCACCCAGA AACCAGAGTT GGGCCAAATT 
GTAACAAAGC GCCTGTTGCC TTTAGGATAT GCCATACTTC TAACACCAAG TTTCTTGGTT 
GCAGAACCGG TTATGACACT TAACTTCTTA AAATGGTATC AGAAAAAGCT CAAAAGCTCG 
ATAAATGGCT CAATTAGAGT ATTGTGCTGC CACGAACTGC CAAATTTCCT CATGGAACTT 
TCTATTTCCA AGGTTGAGGA GCAACAAGAA CTCATGAGAA ACCTCAGTGG CGACCCATCA 
ATGCTTGCTA AGCTAAGCGC GAAGGGATTA AGCCACGAAC AGTGTGAAGC GAGACTTGAT 
TTGTATTGGC TTCTTTGTGA TATGCTCCGC AAGGATCTAC CCGCTAACCT CTCCCCATTC 
GACTGTGATC CATCCGAGGA AGAGTCGCGG AGTCCATTAC TTTTTGCCCC TCCGTCTATT 
GATCAGAATG ATGAGAAAAA GCTAGTCGCT TGGTTTGCAG GTTGGGCCTA TGCACATCTG 
GACAAATACA GGCGATTTTA CGTCGTTGGT TCTGGGAAAT CCAAAAAAAG TGTTAATGAT 
CCAGTGAGAA TGATTCCGGA AAAGGACATC TTCCCGCAAA ATTCCAAGGC TTTTCGAGAA 
GGCGGCGCAT TGGCTTGGGC TAGGCGAGGA AGGGTGCCAT TTCCTATTGC TACTAATTTG 
GAACCATCTA ACATCAATGT AGTTCAATCC CAGGAAGTGG AAGCAGAATT GAAGGAATTT 
AAATTTGATC TCACGGACCA ATGGTATCCT GAGTGGAGGA GAAATACGGG TGAAGGACAG 
AGCACAAATC ATATCACAGA ATATCGGTGG GATCTGACGG TGGCATACTC TGCCTTTAGT 
GGTTGGTTCT TTGATTCATA G