| Gene Symbol | LELG_00840 |
| Entrez Gene ID | 5235805 |
| Full Name | hypothetical protein |
| Gene Type | protein-coding |
| Organism | Lodderomyces elongisporus NRRL YB-4239 |
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LELG_00840 cDNA ORF clone, Lodderomyces elongisporus NRRL YB-4239
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Gene
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Clones
gRNAs
The following LELG_00840 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LELG_00840 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.
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Reference Sequences (Refseq)
CloneID OLd03014 Clone ID Related Accession (Same CDS sequence) XM_001528270.1 Accession Version XM_001528270.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 3426bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1203868800000 Organism Lodderomyces elongisporus NRRL YB-4239 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_001813685). COMPLETENESS: incomplete on both ends.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421ATGAGTTCAA CGGAGTTCGA TGCCGCCAAG GTGCTAAAGG CATTCGAGGA TAATGATACC
AACACTACTA CCGCCACAAC CACGCACACT ATCGAATCAA AGCTTCAGTT AATTCAATCA
CTCAAATCGC AGATTAAAAA GTACGGAATC GATCTCGATG ATGTCCCCAC TTTTTTGAAA
ATTATAACCA AGGGACTAGA TATCAACGAG CTAGGCATTC TGAATGTTAG TTTCAACTCA
TTGTATTATC TCATTAGGCG AATCAGTGTG CAGGATAGAA GCGGGAAAAT TTTGAAAGAT
CAAAGTCTTT ACATTCTACC AGTATTGATA AATAGACTAG GTACTTCGAG TAGCGGGATA
GCAAAAAAGG CGCTTGAAGA CTATTGGCTC AATTCCCCTG TTGAAGTGGA AAACGCGGTG
AGAGAGATTG CGTTTACAAC GCCAAATTCC AATATTTTTA TTGAGGCGCT TAGATGGATT
CAGCAATTGG TTGAAAATAT TGGCTTCAAC TTCAATACTG ACTTATTTAC ATCCGATCTT
GTTGAAGCAC TAGTGAGAAA CCAAAAGAAC GAAGATGTAG TACATGCAGC AAGGGACCTC
ATACACGCAA AGTCCAATAT ACCGAATGGC GAAGCACACA TGAAGAATCT TATTGAAGCG
GTGCGGAAAA GCTCAGTTCA ACAGAGAATA AAGGAAAATA TACTTGGGAA TAGTTTGCGT
CCATCGACTA GAGTACTCTC CCTTGAAACA CGTGAGAGCA AAGTATCCAA AGTTTATGAT
ACAGAGAAGC ATAAAATCCA ATCCCAACAA CTTCTGAAAG ATGGATCCGA TTATTATGCA
TCGCGACTAG AAGATTTGTT GTCAAAGCTG AGGTATGCAA TAGATACTTC AATTGATGCA
CTTGATATCG CCGGAGCCGA AGAATTGTAT CGAATCATTG AGTCAAATGA AGCCAGCTTT
GAAGAGAAGG AAACAGAGTT CAATTGGAAG CAAAGGGAAA AAACTATTGT CCAACTTCGG
CGGTTTGTTA GAGGAAATTC TAGCACGCAG TTTTTTCAAG ATTTATTAAT CTGTTTGCGT
GGTTTTGCTG GTGCCATCTG CAAAGGAGCA CTTTCTTTGA GGACCACGTT GTGTACACAT
AGTTGCGAGT TGCTCAAAGA ATGCGCTATA ATTTTAGGAG AAGACTTTGA TACAGGGGCT
GAGTTGGTGT TTCCGACTTT GATGAAATTG TGTCTCTCAA CAAAAAGTAT CACGTCGATG
AATGCCCATA TGGTTATTGC CGCATTGTTT GCTAACTTAC CGTTTCACAC GAGATTAGTG
ACAAGGATAA TATCCGCGAT GGAAGAACGC AATTACCAGC CTCGTTCATA TTCTTCAATT
TGGTTACAAA TTTTACTATT GAGACATGTC CAAAATTCTG ACTTTCTTTC TGCAAACAAC
ATTACACAAG TCGCAGAAAC TGCTGATAAG TTATTGATCA GATTATTGAA GGATGCTAAT
CCCAAGGTTA GGCAGGAGGC AAAGGATTGT TATTGGTGTT ATCTTAAAGT CTTTCCACAA
GAGTCGGAGA AGCTACTTAA TAGGCTTGAT CCGACAACAG TAAAGGCATT AGCAAGATCC
CAAAAGGAGC TAGGACCAGC TGCAACAACC GTTAAACCTC TTGCAGTGAA AGTAAATTCT
AGAGTTTCTT TAAAAGACCA TGGTTTTGAT GACAAAGTTA AAGAGACCAA AAAGCTCAAT
AGACCGTCTT CAAGACAAAA TACACTTGAT CCGACACCGC GTGTTGCATC CAACCCTCTA
CCAAGGACAA TGAGGTCAAC ACAAGGAAGT TTCCGTATGG AGAAACCAGT ACCGAAGCAA
AACCCAGTAT CAAGCTCAGG ATCTAGTACT AAAGGGGCGC TTCGGTCTTC CAGCTGGGGT
CCGCGTTCAC TGAACAACCT CAATGTAAAC TCTTACAACA ATAACAACGA CAATAACAAC
AATAATAATA ACAATAACAA TAATGGTAAT AATGATAATA ATGTGGCCAA GAGTTATAAT
ATTGGCAATA ACAATAACAA TAATGGTAAT AATGATAATA ATGTGGCCAA GAGTAATAAT
ATTGGCAATA ATGATAACAA TACCATCAGC AGCAATATTG AAATCAACAA TACTCAAGAA
AGAGTACGCA GCAAAACGGA AATGGATGCA AAACTTTCTC GCATATCAAC TGCACATCCC
ATGCCAGAGC CATCGTCTGA AATTGAGTCT AATCGTGTAA TACCTAGCTC CTTATCTAAA
TCATTACCCT CGAACGTGAC CAAGTTGGGC TTGACTAATG TAGAGACTAC CTTGTCACAA
TCCAAACCTA TTATTGATGA AGATGACTCA AATCCAATTG ATAGACTACT ATACTCCAAT
AACCCCGATG AGTTGGCACA AGGAGTGAAA TTGTTGATGG ATGCATTAGT TGAAAACGGA
GATTTCTCTA GATCTCATAG GATCAAGTCA CGGTTGAGGT ATATCGCAGA AAGAAATGCT
GATGCTCTTA AACCTCTCTT GACAAATTCT GAACTCATCT TTGCAAAGAC TGCAAATTTG
TTGTCCACTG ATGATTTAAT TCGGGTCTGT GCGTTGATTT TTCATGGTTC TGAGCTGAAG
ATGTTTGATT TGATATCATC AGTTGTTGAA GCTCCTGATT ATTTCCAATC CAATTTACTG
TTATTGGCAA TGACTATTGA TTACCCAGAT ATCGTAGGAA GCCACGCTTT AAAACGTCAA
ATGTCTACCT TTCAAAATGA AATAACTTCT CTGGTTTTGG AATCTCTTTC CATTGCTATG
ACCAAAATAG CAGTCACAGA CCTCCAATAT TCAGACTTGC TCTCCGAATT ACTTCGTCTG
GTAAAGGTTT TCAAACATAC ATCCATGTAT GAGTTGGTGA AAAAGTTATT TTGCCAGCTT
TACACAATGA GTAGCGAAAG ATTCATGCAA TCCATGGAAG ATGTCGAAGA TCAAGTACGA
GAAGAAGTTG AGCTGATTGT TGGTGCAGAC AATACGCTTG TGGTGGGAAG AAACTTGAAC
AGTGCTGTTT TTGAGTTTAC ACAAATAAAT CCAGGAAAGA AGACAAACGT CGATACTTTA
GATGTAATCA AAACGACAAA GCACAATTTC AACACATCAC CAAATACGAT CCCGAAGTCG
AGCTCGAACC AAGACATTTC CAACATGAAC TCTGGGATGG AAACCCCATC ATGTTCTGTT
CCTGCACTTA CCTCCAATAT ACCATCGCGG GATAATATTA ACAATGAAGC TTTCAAATTA
AAACCGGCAA ATTCCACGAA TACTGAGATA GAGTCACTAA GACCATTTAA ATTGGCAAAA
TCCCCTTCAA AAGGTCTTTC CGCACTGAGT AATGAAGTAT ATTCTGAGAT CAATCGGATA
CGCTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_001528320.1 CDS 1..3426 Translation 
Target ORF information:
RefSeq Version XM_001528270.1 Organism Lodderomyces elongisporus NRRL YB-4239 Definition Lodderomyces elongisporus NRRL YB-4239 hypothetical protein (LELG_00840) partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_001528270.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421ATGAGTTCAA CGGAGTTCGA TGCCGCCAAG GTGCTAAAGG CATTCGAGGA TAATGATACC
AACACTACTA CCGCCACAAC CACGCACACT ATCGAATCAA AGCTTCAGTT AATTCAATCA
CTCAAATCGC AGATTAAAAA GTACGGAATC GATCTCGATG ATGTCCCCAC TTTTTTGAAA
ATTATAACCA AGGGACTAGA TATCAACGAG CTAGGCATTC TGAATGTTAG TTTCAACTCA
TTGTATTATC TCATTAGGCG AATCAGTGTG CAGGATAGAA GCGGGAAAAT TTTGAAAGAT
CAAAGTCTTT ACATTCTACC AGTATTGATA AATAGACTAG GTACTTCGAG TAGCGGGATA
GCAAAAAAGG CGCTTGAAGA CTATTGGCTC AATTCCCCTG TTGAAGTGGA AAACGCGGTG
AGAGAGATTG CGTTTACAAC GCCAAATTCC AATATTTTTA TTGAGGCGCT TAGATGGATT
CAGCAATTGG TTGAAAATAT TGGCTTCAAC TTCAATACTG ACTTATTTAC ATCCGATCTT
GTTGAAGCAC TAGTGAGAAA CCAAAAGAAC GAAGATGTAG TACATGCAGC AAGGGACCTC
ATACACGCAA AGTCCAATAT ACCGAATGGC GAAGCACACA TGAAGAATCT TATTGAAGCG
GTGCGGAAAA GCTCAGTTCA ACAGAGAATA AAGGAAAATA TACTTGGGAA TAGTTTGCGT
CCATCGACTA GAGTACTCTC CCTTGAAACA CGTGAGAGCA AAGTATCCAA AGTTTATGAT
ACAGAGAAGC ATAAAATCCA ATCCCAACAA CTTCTGAAAG ATGGATCCGA TTATTATGCA
TCGCGACTAG AAGATTTGTT GTCAAAGCTG AGGTATGCAA TAGATACTTC AATTGATGCA
CTTGATATCG CCGGAGCCGA AGAATTGTAT CGAATCATTG AGTCAAATGA AGCCAGCTTT
GAAGAGAAGG AAACAGAGTT CAATTGGAAG CAAAGGGAAA AAACTATTGT CCAACTTCGG
CGGTTTGTTA GAGGAAATTC TAGCACGCAG TTTTTTCAAG ATTTATTAAT CTGTTTGCGT
GGTTTTGCTG GTGCCATCTG CAAAGGAGCA CTTTCTTTGA GGACCACGTT GTGTACACAT
AGTTGCGAGT TGCTCAAAGA ATGCGCTATA ATTTTAGGAG AAGACTTTGA TACAGGGGCT
GAGTTGGTGT TTCCGACTTT GATGAAATTG TGTCTCTCAA CAAAAAGTAT CACGTCGATG
AATGCCCATA TGGTTATTGC CGCATTGTTT GCTAACTTAC CGTTTCACAC GAGATTAGTG
ACAAGGATAA TATCCGCGAT GGAAGAACGC AATTACCAGC CTCGTTCATA TTCTTCAATT
TGGTTACAAA TTTTACTATT GAGACATGTC CAAAATTCTG ACTTTCTTTC TGCAAACAAC
ATTACACAAG TCGCAGAAAC TGCTGATAAG TTATTGATCA GATTATTGAA GGATGCTAAT
CCCAAGGTTA GGCAGGAGGC AAAGGATTGT TATTGGTGTT ATCTTAAAGT CTTTCCACAA
GAGTCGGAGA AGCTACTTAA TAGGCTTGAT CCGACAACAG TAAAGGCATT AGCAAGATCC
CAAAAGGAGC TAGGACCAGC TGCAACAACC GTTAAACCTC TTGCAGTGAA AGTAAATTCT
AGAGTTTCTT TAAAAGACCA TGGTTTTGAT GACAAAGTTA AAGAGACCAA AAAGCTCAAT
AGACCGTCTT CAAGACAAAA TACACTTGAT CCGACACCGC GTGTTGCATC CAACCCTCTA
CCAAGGACAA TGAGGTCAAC ACAAGGAAGT TTCCGTATGG AGAAACCAGT ACCGAAGCAA
AACCCAGTAT CAAGCTCAGG ATCTAGTACT AAAGGGGCGC TTCGGTCTTC CAGCTGGGGT
CCGCGTTCAC TGAACAACCT CAATGTAAAC TCTTACAACA ATAACAACGA CAATAACAAC
AATAATAATA ACAATAACAA TAATGGTAAT AATGATAATA ATGTGGCCAA GAGTTATAAT
ATTGGCAATA ACAATAACAA TAATGGTAAT AATGATAATA ATGTGGCCAA GAGTAATAAT
ATTGGCAATA ATGATAACAA TACCATCAGC AGCAATATTG AAATCAACAA TACTCAAGAA
AGAGTACGCA GCAAAACGGA AATGGATGCA AAACTTTCTC GCATATCAAC TGCACATCCC
ATGCCAGAGC CATCGTCTGA AATTGAGTCT AATCGTGTAA TACCTAGCTC CTTATCTAAA
TCATTACCCT CGAACGTGAC CAAGTTGGGC TTGACTAATG TAGAGACTAC CTTGTCACAA
TCCAAACCTA TTATTGATGA AGATGACTCA AATCCAATTG ATAGACTACT ATACTCCAAT
AACCCCGATG AGTTGGCACA AGGAGTGAAA TTGTTGATGG ATGCATTAGT TGAAAACGGA
GATTTCTCTA GATCTCATAG GATCAAGTCA CGGTTGAGGT ATATCGCAGA AAGAAATGCT
GATGCTCTTA AACCTCTCTT GACAAATTCT GAACTCATCT TTGCAAAGAC TGCAAATTTG
TTGTCCACTG ATGATTTAAT TCGGGTCTGT GCGTTGATTT TTCATGGTTC TGAGCTGAAG
ATGTTTGATT TGATATCATC AGTTGTTGAA GCTCCTGATT ATTTCCAATC CAATTTACTG
TTATTGGCAA TGACTATTGA TTACCCAGAT ATCGTAGGAA GCCACGCTTT AAAACGTCAA
ATGTCTACCT TTCAAAATGA AATAACTTCT CTGGTTTTGG AATCTCTTTC CATTGCTATG
ACCAAAATAG CAGTCACAGA CCTCCAATAT TCAGACTTGC TCTCCGAATT ACTTCGTCTG
GTAAAGGTTT TCAAACATAC ATCCATGTAT GAGTTGGTGA AAAAGTTATT TTGCCAGCTT
TACACAATGA GTAGCGAAAG ATTCATGCAA TCCATGGAAG ATGTCGAAGA TCAAGTACGA
GAAGAAGTTG AGCTGATTGT TGGTGCAGAC AATACGCTTG TGGTGGGAAG AAACTTGAAC
AGTGCTGTTT TTGAGTTTAC ACAAATAAAT CCAGGAAAGA AGACAAACGT CGATACTTTA
GATGTAATCA AAACGACAAA GCACAATTTC AACACATCAC CAAATACGAT CCCGAAGTCG
AGCTCGAACC AAGACATTTC CAACATGAAC TCTGGGATGG AAACCCCATC ATGTTCTGTT
CCTGCACTTA CCTCCAATAT ACCATCGCGG GATAATATTA ACAATGAAGC TTTCAAATTA
AAACCGGCAA ATTCCACGAA TACTGAGATA GAGTCACTAA GACCATTTAA ATTGGCAAAA
TCCCCTTCAA AAGGTCTTTC CGCACTGAGT AATGAAGTAT ATTCTGAGAT CAATCGGATA
CGCTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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