ORF » Species Summary » Cryptococcus neoformans var. neoformans JEC21 » CNM01660 cDNA ORF clone

CNM01660 cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)

The following CNM01660 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNM01660 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
OCn01873 XM_568324.1
Latest version!		 Cryptococcus neoformans var. neoformans JEC21 protein ste16, partial mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00
OCn07250 XM_024658313.1
Latest version!		 Cryptococcus neoformans var. neoformans JEC21 protein ste16, putative (CNM01660), mRNA. pcDNA3.1-C-(k)DYK or customized vector 19-21 $727.30
$1039.00

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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)
    CNM01660 ( XM_568324.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21) -> XP_568324.1 Cryptococcus neoformans var. neoformans JEC21 protein ste16, partial mRNA.
    Price & Availability↑
    CloneID OCn01873
    Clone ID Related Accession (Same CDS sequence) XM_568324.1
    Accession Version XM_568324.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4110bp)
    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 1345046400000
    Organism Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
    Product protein ste16
    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_006682). The reference sequence was derived from mrna.CNM01660.1. This record represents the complete annotated sequence of the C. neoformans JEC21 genome. A small number of gaps exist which are represented by NNNNs within the final sequence. The genome has been annotated by TIGR and the annotation data is available for viewing and download from the TIGR database (http://www.tigr.org/tdb/e2k1/cna1/). COMPLETENESS: incomplete on the 5' end. 

    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
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    ATGGCTTTCT CGATCTCGAG TCGCCAGCTA CCACGGCCAA GCATTGATAG TAATGTAACT 
    GCCGGTGCAG ACGATGTGGA GGATGGGGAG ACTGTTATAG AGAAGAAGGA TGGAGGTGCA 
    GATGGCGCTG AACAGGAAAA GGTGAAGGCT AATATAACAG CTCAGCTCGA AGCAGCCAAC 
    GAGCACATCA AATCACTAGA AGCAAAGTTG GAACGATTGA GAGGTACACC TCAAAGAACT 
    CGCCGGCGTC CCCAAGCCCG ATTACACGGC TACCCCTCAT CGTCCTCTCT CAACCCTCTC 
    TCATCATCAC ACTCTTCAAA CGCTCTCCTG TCAGCCCAAC GTCCCCGAGT ACTTCGACAG 
    CATTCCAACC TTACGCCCGA ACGAGACCGT GAAGATGGTG GCTACTTCAC CCAAGGCCTT 
    GGGACACCCT CTAGGGGTCT ACCAAGAATG GGAACGTCAT CAACCTTGGC CAGTTCTAGT 
    GGAGGAAGTG GTAATCGGCC AAGAAGTCGA AGCGCCGGAG AGGATGTACT TTCCGCGAGT 
    TCTTCATGGG ATCAAAGTTC TGGGATCTTG ATGGAGGATG AGAATACATC GGTGCTCTTG 
    GATAATGTAA GAATTTTTTT AAGACGGCTC AAGGAAATTG GAAGAGGGAA GGGGAAAGAG 
    AGACCTGTAG ATAACGGGAC TGAGGAGTTG GAGGTGTTGG CTAGGTTAGG TGATATGTTG 
    AAAAAGTCTG AAGGATTGAG ATTAAGCGTT GAGTTGGACG AAATTGTCCA AAGTGTATTA 
    CCATCCTTAG ACGACTCATC GGCCCCCAAA AGAAGAGCGG CTGCCTATCG CATACTACGC 
    TACATCCTCA CGCGAGAGTC ATGGGCTAAA ATGCTTTCGG CTGGTATTGA ATGGCTCTTC 
    ATACGAACAT TCACACGTGA CGCCAAAGCG GTACATGAAA GAGAACAAGC TCTTAGACTA 
    ATACGCTCTG TCATTGTTCT TCCACCTCCT TCTTTGCGGC CTATTTCTTC CCCCGTACGT 
    TCGAGATCCC ATTCTCAGTC ACAAGCGTAT TCGCGTTCGA ATTCTCGCTC CACTAAGAGA 
    GGTGTGAACG GAGATCATGA GGAGGGATTT GTAGCAGTAG TAATGGAGAA CAAGGTGCCT 
    TTGACAGATG GGATCGTGAG GGCGGTTGTC AGTGTAGCAG AAAATCCCGA TGATGCAATG 
    CGAACGATAT GCATGGAGAC ACTTTTGGAG ATCGGTCTAC TCGACTTGGA ATGTCTCGCT 
    CGGTCTAACG CTTTCCGCAC AGTCTTGTTA ACCTTCAAGG ACGGACCTGC CGAACTCGGT 
    CCAGCGATTA CAGGATTACT GCTTTTCCTT GTGAATAAAC CGTCCACAAG AGAACTTCTT 
    CTTCCCGGCT CGGACCTGGA GGTAGGTATC CAGTTTTCAC ATGATCAGGA AGCATTCGTA 
    AAGCTGACGT GGGTGCTTCA GACCGTGTTG GTGGGTCTGA CAGAAGCATA TGGCAAGATA 
    CCGACAAGGC TTCATGGAAG ACACTTGGAA AATCTGGAAC AATGCGTGGC AAACATTGGA 
    ATGATCTTAG CATCATGGCC AGGTGAGTAT TCAAGTGATC ACCTAATCAG ACGGGATGAT 
    GCTCATTCTG CACAAGGTTT GTTATATATG TGCATGGATG ATTGTCGAGC AATCAAAAGT 
    CTGATTAGCT CTTTGCATGT ACCCAACGCC GATATGCGAA ACGCACTGTT AAACCTTTTC 
    TTCCAAGCTT TGCGTATTAA AATGCCAAAG TATATGAATG CTTTCCTCGA TGGAAAGCGT 
    CTGACTGTAT ACAACCGCAC GCAGGAAGCC ACAGCGCAAC AGCTTCAGGA AAGTAGTAAT 
    GAAGAGGAAG AGCTGCAGTC TTTGACTCTA GTCGACCACT ATATTGCGCT TTTACTCACT 
    ATCTGTATTG AGTCTGGGTT GCTAGAAGCT CTGATTGCAG TGATTGAAGA CGGCAATTCT 
    ACGCTGAACA GGAAAGCCAC GCTTCTACTG GGTGAAGTTC TTCAAATGGC AAACCGGATT 
    TTACCTCTTC AATTCGCAGC TCAACTGCAG TCGTTACCAC GTCTATTTAC CGAAGCTACA 
    GACTTTGCCA AGCCGGGCGA TCGCATTGCC GCACTGTCAG CGCTGTCTTC AATCGATAGT 
    CTTAACCGTA ACCAGACCAA GGCGGTCCGA CGAGCTGCTG CCGACAAGGC ATTCGCATCA 
    ACAGCTCAGC AGGATTCTTT GATGCGCGGC CAGAGACAGG TTCAGCAGGT CAAGCTTCGC 
    TTGGGTTTGC AGATCGAGGA TAAACAGTTT CAGCAGATGA TTGCGGATTC CGGCCTGCTT 
    TTGCATCGCG ACCATAATAA ATGGAATTAT GAAGTCATCG TGGACCTCGT TGAAGGACCG 
    TTACTGAATC CAAAAAGGCT GGATGAGGCC ATCAGGGCAA CCAAGTTTGT CAGACGTTTG 
    TTCTCCTTCT TCCATCCATA CAACAATAGG TTCTCAACCG TCAAGCGCAC TCGGCCGAAT 
    CATAAATGGG TTAAACTCGG TTGTTCTTTA CTATCAACCA TGTTGAGCAC GCCCGAAGGT 
    ATACGGTTCT TGACGGAGGA CAAACTGTTG AAGCAGCTTC TGGATTGTTT CAATGAACTT 
    GACCAGTACG TTGGGCAACC GACTGCTCAA CCGCTCTTTG CTCGGGATCG CCTGGAGGGT 
    ACTCTAACCT ACGGATACTT TGAAATGATC GGGACGTTAA GTAAACATAG GGAAGGAATG 
    AAGTTGATGG AGAAATTCAA ATTTTTTACC TGTTTCTACC ATCTGAGCGA GCAGAGAAGC 
    CGGGATGATA TAATCAGAAT TATCATTGAA TGTTTTGATT ACACTCTTGA TGCGCACCCT 
    CGGATAGTCC TTTCCAAAGC CCTCACTTCC TCATACATGG AAACTCGTCT CTATGCCACT 
    CACCACCTTG GCCGTCTTCT TCAAGAACAG CCGGTCCTTG TGGACTGGGG ACTTCAACTT 
    ATGATCACTC AGCTATATGA TACCGCAATG GAAGTTTGTG ATGTGGCTGT GATGTATCTC 
    GAGGAGGCCT GTACAGATCC TATGTGGCTA GAGAAAGTCG TGCAGTTGAG GCCGACATTA 
    GAGCATCTGG GCGATGTCGG TCATCCACTG TTTATGCGCT TCGTATCGAC TAGCGTCGGA 
    TTTCAATATC TCAATCAAGC ACAGTACATC GAACGAGAGC TTGAGAGCTG GCTGGCTGAG 
    CGTAATCTTC TTTATGTCAT AGAAGCCGAA ACATTCATCT CTAAAACGAT TCGCCCCTGG 
    GCAAGCGATA CCGTAGAAGA CTATTGGGTA TACGACGGCT TGGCTCCCAG TCATTTCCTT 
    GGTGAACTCA CCAAAACTCC CGAAGGCTGC GAGCTTCTGA AAGAGCGAGG AATTGTTGCA 
    GAATTTGCAG AGATAGTGCG CTTACACGGA ATGGAAGGGG GCGATCCTTC GGTGTTGACG 
    AATTTGAAGA GTGTACTCTG GGCTCTGGGT AACATTGGCT CTACTGAGGG CGGACTTCCG 
    TTCCTGGAGG ATGAAGAGAT AATCATGGAA ATAGTTGAAG TTGCTGAGCA ATCCCCTGTT 
    CTAACTATTA GAGGAACCTG CTTCTTCGTC ATCGGTCTCA TTTCCTCAAC TCGTATGGGC 
    GCAGAGATCC TTGAAGAGTT TGGCTGGATA GCCACCAGGA CACCGTTGGG TGACACTACG 
    GGCCTCTGCT TGCCCAATGA CGTGTCGCGT TTCGTCGCCA TTGATACCTG GGAACGCCCT 
    GATCTCCGCC CATTCGCCCC TAACCTTCCC AAGCTGCATG GCCTGGAATC AGAAATAATG 
    ACATCAATTG CAAACCTCTC TAATTACGTC CTGGCCGCTG GGGCTATGAA TAACCTCAAG 
    CGAATCCGAA CCCGTCATCC CAAATATTTC TCCTCCATCA CTCTTTTTCA CCGCGCTTTA 
    CGAACCATCT CCACGAATCA CTTCCAGGCT CCTGTCCGGC GTTTCATTCT TGACCTTTTT 
    GAGCTCAAAC TTGAACGTCC AACTCTCATA CAATTAGCCG GGATAGAGGC CAATATTTGG 
    CGATCGGCGG AGAGACACGC TGCCAAATAA

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

    RefSeq XP_568324.1
    CDS1..4110
    Translation

    Target ORF information:

    RefSeq Version XM_568324.1
    Organism Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
    Definition Cryptococcus neoformans var. neoformans JEC21 protein ste16, partial mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_568324.1

    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
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    4081
    ATGGCTTTCT CGATCTCGAG TCGCCAGCTA CCACGGCCAA GCATTGATAG TAATGTAACT 
    GCCGGTGCAG ACGATGTGGA GGATGGGGAG ACTGTTATAG AGAAGAAGGA TGGAGGTGCA 
    GATGGCGCTG AACAGGAAAA GGTGAAGGCT AATATAACAG CTCAGCTCGA AGCAGCCAAC 
    GAGCACATCA AATCACTAGA AGCAAAGTTG GAACGATTGA GAGGTACACC TCAAAGAACT 
    CGCCGGCGTC CCCAAGCCCG ATTACACGGC TACCCCTCAT CGTCCTCTCT CAACCCTCTC 
    TCATCATCAC ACTCTTCAAA CGCTCTCCTG TCAGCCCAAC GTCCCCGAGT ACTTCGACAG 
    CATTCCAACC TTACGCCCGA ACGAGACCGT GAAGATGGTG GCTACTTCAC CCAAGGCCTT 
    GGGACACCCT CTAGGGGTCT ACCAAGAATG GGAACGTCAT CAACCTTGGC CAGTTCTAGT 
    GGAGGAAGTG GTAATCGGCC AAGAAGTCGA AGCGCCGGAG AGGATGTACT TTCCGCGAGT 
    TCTTCATGGG ATCAAAGTTC TGGGATCTTG ATGGAGGATG AGAATACATC GGTGCTCTTG 
    GATAATGTAA GAATTTTTTT AAGACGGCTC AAGGAAATTG GAAGAGGGAA GGGGAAAGAG 
    AGACCTGTAG ATAACGGGAC TGAGGAGTTG GAGGTGTTGG CTAGGTTAGG TGATATGTTG 
    AAAAAGTCTG AAGGATTGAG ATTAAGCGTT GAGTTGGACG AAATTGTCCA AAGTGTATTA 
    CCATCCTTAG ACGACTCATC GGCCCCCAAA AGAAGAGCGG CTGCCTATCG CATACTACGC 
    TACATCCTCA CGCGAGAGTC ATGGGCTAAA ATGCTTTCGG CTGGTATTGA ATGGCTCTTC 
    ATACGAACAT TCACACGTGA CGCCAAAGCG GTACATGAAA GAGAACAAGC TCTTAGACTA 
    ATACGCTCTG TCATTGTTCT TCCACCTCCT TCTTTGCGGC CTATTTCTTC CCCCGTACGT 
    TCGAGATCCC ATTCTCAGTC ACAAGCGTAT TCGCGTTCGA ATTCTCGCTC CACTAAGAGA 
    GGTGTGAACG GAGATCATGA GGAGGGATTT GTAGCAGTAG TAATGGAGAA CAAGGTGCCT 
    TTGACAGATG GGATCGTGAG GGCGGTTGTC AGTGTAGCAG AAAATCCCGA TGATGCAATG 
    CGAACGATAT GCATGGAGAC ACTTTTGGAG ATCGGTCTAC TCGACTTGGA ATGTCTCGCT 
    CGGTCTAACG CTTTCCGCAC AGTCTTGTTA ACCTTCAAGG ACGGACCTGC CGAACTCGGT 
    CCAGCGATTA CAGGATTACT GCTTTTCCTT GTGAATAAAC CGTCCACAAG AGAACTTCTT 
    CTTCCCGGCT CGGACCTGGA GGTAGGTATC CAGTTTTCAC ATGATCAGGA AGCATTCGTA 
    AAGCTGACGT GGGTGCTTCA GACCGTGTTG GTGGGTCTGA CAGAAGCATA TGGCAAGATA 
    CCGACAAGGC TTCATGGAAG ACACTTGGAA AATCTGGAAC AATGCGTGGC AAACATTGGA 
    ATGATCTTAG CATCATGGCC AGGTGAGTAT TCAAGTGATC ACCTAATCAG ACGGGATGAT 
    GCTCATTCTG CACAAGGTTT GTTATATATG TGCATGGATG ATTGTCGAGC AATCAAAAGT 
    CTGATTAGCT CTTTGCATGT ACCCAACGCC GATATGCGAA ACGCACTGTT AAACCTTTTC 
    TTCCAAGCTT TGCGTATTAA AATGCCAAAG TATATGAATG CTTTCCTCGA TGGAAAGCGT 
    CTGACTGTAT ACAACCGCAC GCAGGAAGCC ACAGCGCAAC AGCTTCAGGA AAGTAGTAAT 
    GAAGAGGAAG AGCTGCAGTC TTTGACTCTA GTCGACCACT ATATTGCGCT TTTACTCACT 
    ATCTGTATTG AGTCTGGGTT GCTAGAAGCT CTGATTGCAG TGATTGAAGA CGGCAATTCT 
    ACGCTGAACA GGAAAGCCAC GCTTCTACTG GGTGAAGTTC TTCAAATGGC AAACCGGATT 
    TTACCTCTTC AATTCGCAGC TCAACTGCAG TCGTTACCAC GTCTATTTAC CGAAGCTACA 
    GACTTTGCCA AGCCGGGCGA TCGCATTGCC GCACTGTCAG CGCTGTCTTC AATCGATAGT 
    CTTAACCGTA ACCAGACCAA GGCGGTCCGA CGAGCTGCTG CCGACAAGGC ATTCGCATCA 
    ACAGCTCAGC AGGATTCTTT GATGCGCGGC CAGAGACAGG TTCAGCAGGT CAAGCTTCGC 
    TTGGGTTTGC AGATCGAGGA TAAACAGTTT CAGCAGATGA TTGCGGATTC CGGCCTGCTT 
    TTGCATCGCG ACCATAATAA ATGGAATTAT GAAGTCATCG TGGACCTCGT TGAAGGACCG 
    TTACTGAATC CAAAAAGGCT GGATGAGGCC ATCAGGGCAA CCAAGTTTGT CAGACGTTTG 
    TTCTCCTTCT TCCATCCATA CAACAATAGG TTCTCAACCG TCAAGCGCAC TCGGCCGAAT 
    CATAAATGGG TTAAACTCGG TTGTTCTTTA CTATCAACCA TGTTGAGCAC GCCCGAAGGT 
    ATACGGTTCT TGACGGAGGA CAAACTGTTG AAGCAGCTTC TGGATTGTTT CAATGAACTT 
    GACCAGTACG TTGGGCAACC GACTGCTCAA CCGCTCTTTG CTCGGGATCG CCTGGAGGGT 
    ACTCTAACCT ACGGATACTT TGAAATGATC GGGACGTTAA GTAAACATAG GGAAGGAATG 
    AAGTTGATGG AGAAATTCAA ATTTTTTACC TGTTTCTACC ATCTGAGCGA GCAGAGAAGC 
    CGGGATGATA TAATCAGAAT TATCATTGAA TGTTTTGATT ACACTCTTGA TGCGCACCCT 
    CGGATAGTCC TTTCCAAAGC CCTCACTTCC TCATACATGG AAACTCGTCT CTATGCCACT 
    CACCACCTTG GCCGTCTTCT TCAAGAACAG CCGGTCCTTG TGGACTGGGG ACTTCAACTT 
    ATGATCACTC AGCTATATGA TACCGCAATG GAAGTTTGTG ATGTGGCTGT GATGTATCTC 
    GAGGAGGCCT GTACAGATCC TATGTGGCTA GAGAAAGTCG TGCAGTTGAG GCCGACATTA 
    GAGCATCTGG GCGATGTCGG TCATCCACTG TTTATGCGCT TCGTATCGAC TAGCGTCGGA 
    TTTCAATATC TCAATCAAGC ACAGTACATC GAACGAGAGC TTGAGAGCTG GCTGGCTGAG 
    CGTAATCTTC TTTATGTCAT AGAAGCCGAA ACATTCATCT CTAAAACGAT TCGCCCCTGG 
    GCAAGCGATA CCGTAGAAGA CTATTGGGTA TACGACGGCT TGGCTCCCAG TCATTTCCTT 
    GGTGAACTCA CCAAAACTCC CGAAGGCTGC GAGCTTCTGA AAGAGCGAGG AATTGTTGCA 
    GAATTTGCAG AGATAGTGCG CTTACACGGA ATGGAAGGGG GCGATCCTTC GGTGTTGACG 
    AATTTGAAGA GTGTACTCTG GGCTCTGGGT AACATTGGCT CTACTGAGGG CGGACTTCCG 
    TTCCTGGAGG ATGAAGAGAT AATCATGGAA ATAGTTGAAG TTGCTGAGCA ATCCCCTGTT 
    CTAACTATTA GAGGAACCTG CTTCTTCGTC ATCGGTCTCA TTTCCTCAAC TCGTATGGGC 
    GCAGAGATCC TTGAAGAGTT TGGCTGGATA GCCACCAGGA CACCGTTGGG TGACACTACG 
    GGCCTCTGCT TGCCCAATGA CGTGTCGCGT TTCGTCGCCA TTGATACCTG GGAACGCCCT 
    GATCTCCGCC CATTCGCCCC TAACCTTCCC AAGCTGCATG GCCTGGAATC AGAAATAATG 
    ACATCAATTG CAAACCTCTC TAATTACGTC CTGGCCGCTG GGGCTATGAA TAACCTCAAG 
    CGAATCCGAA CCCGTCATCC CAAATATTTC TCCTCCATCA CTCTTTTTCA CCGCGCTTTA 
    CGAACCATCT CCACGAATCA CTTCCAGGCT CCTGTCCGGC GTTTCATTCT TGACCTTTTT 
    GAGCTCAAAC TTGAACGTCC AACTCTCATA CAATTAGCCG GGATAGAGGC CAATATTTGG 
    CGATCGGCGG AGAGACACGC TGCCAAATAA

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

    CNM01660 ( XM_024658313.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21) -> XP_024513949.1 Cryptococcus neoformans var. neoformans JEC21 protein ste16, putative (CNM01660), mRNA.
    Price & Availability↑
    CloneID OCn07250
    Clone ID Related Accession (Same CDS sequence) XM_024658313.1
    Accession Version XM_024658313.1 Latest version! Documents for ORF clone product in default vector
    Sequence Information ORF Nucleotide Sequence (Length: 4065bp)
    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 1523289600000
    Organism Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
    Product protein ste16, putative
    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_006682). 

    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
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    ATGGCTTTCT CGATCTCGAG TCGCCAGCTA CCACGGCCAA GCATTGATAG TAATGTAACT 
    GCCGGTGCAG ACGATGTGGA GGATGGGGAG ACTATTGAAA GTCTGGAAAA TAAGTTAGCC 
    ATCGAGCGAA GAGTTCAATA TGGTGCAGAG AAGATGTTAG ATGTTATAGA GAAGAAGGAT 
    GGAGGTGCAG ATGGCGCTGA ACAGGAAAAG GTGAAGGCTA ATATAACAGC TCAGCTCGAA 
    GCAGCCAACG AGCACATCAA ATCACTAGAA GCAAAGTTGG AACGATTGAG AGGTACACCT 
    CAAAGAACTC GCCGGCGTCC CCAAGCCCGA TTACACGGCT ACCCCTCATC GTCCTCTCTC 
    AACCCTCTCT CATCATCACA CTCTTCAAAC GCTCTCCTGT CAGCCCAACG TCCCCGAGTA 
    CTTCGACAGC ATTCCAACCT TACGCCCGAA CGAGACCGTG AAGATGGTGG CTACTTCACC 
    CAAGGCCTTG GGACACCCTC TAGGGGTCTA CCAAGAATGG GAACGTCATC AACCTTGGCC 
    AGTTCTAGTG GAGGAAGTGG TAATCGGCCA AGAAGTCGAA GCGCCGGAGA GGATGTACTT 
    TCCGCGAGTT CTTCATGGGA TCAAAGTTCT GGGATCTTGA TGGAGGATGA GAATACATCG 
    GTGCTCTTGG ATAATGTAAG AATTTTTTTA AGACGGCTCA AGGAAATTGG AAGAGGGAAG 
    GGGAAAGAGA GACCTGTAGA TAACGGGACT GAGGAGTTGG AGGTGTTGGC TAGGTTAGGT 
    GATATGTTGA AAAAGTCTGA AGGATTGAGA TTAAGCGTTG AGTTGGACGA AATTGTCCAA 
    AGTGTATTAC CATCCTTAGA CGACTCATCG GCCCCCAAAA GAAGAGCGGC TGCCTATCGC 
    ATACTACGCT ACATCCTCAC GCGAGAGTCA TGGGCTAAAA TGCTTTCGGC TGGTATTGAA 
    TGGCTCTTCA TACGAACATT CACACGTGAC GCCAAAGCGG TACATGAAAG AGAACAAGCT 
    CTTAGACTAA TACGCTCTGT CATTGTTCTT CCACCTCCTT CTTTGCGGCC TATTTCTTCC 
    CCCGTACGTT CGAGATCCCA TTCTCAGTCA CAAGCGTATT CGCGTTCGAA TTCTCGCTCC 
    ACTAAGAGAG GTGTGAACGG AGATCATGAG GAGGGATTTG TAGCAGTAGT AATGGAGAAC 
    AAGGTGCCTT TGACAGATGG GATCGTGAGG GCGGTTGTCA GTGTAGCAGA AAATCCCGAT 
    GATGCAATGC GAACGATATG CATGGAGACA CTTTTGGAGA TCGGTCTACT CGACTTGGAA 
    TGTCTCGCTC GGTCTAACGC TTTCCGCACA GTCTTGTTAA CCTTCAAGGA CGGACCTGCC 
    GAACTCGGTC CAGCGATTAC AGGATTACTG CTTTTCCTTG TGAATAAACC GTCCACAAGA 
    GAACTTCTTC TTCCCGGCTC GGACCTGGAG ACCGTGTTGG TGGGTCTGAC AGAAGCATAT 
    GGCAAGATAC CGACAAGGCT TCATGGAAGA CACTTGGAAA ATCTGGAACA ATGCGTGGCA 
    AACATTGGAA TGATCTTAGC ATCATGGCCA GGTTTGTTAT ATATGTGCAT GGATGATTGT 
    CGAGCAATCA AAAGTCTGAT TAGCTCTTTG CATGTACCCA ACGCCGATAT GCGAAACGCA 
    CTGTTAAACC TTTTCTTCCA AGCTTTGCGT ATTAAAATGC CAAAGTATAT GAATGCTTTC 
    CTCGATGGAA AGCGTCTGAC TGTATACAAC CGCACGCAGG AAGCCACAGC GCAACAGCTT 
    CAGGAAAGTA GTAATGAAGA GGAAGAGCTG CAGTCTTTGA CTCTAGTCGA CCACTATATT 
    GCGCTTTTAC TCACTATCTG TATTGAGTCT GGGTTGCTAG AAGCTCTGAT TGCAGTGATT 
    GAAGACGGCA ATTCTACGCT GAACAGGAAA GCCACGCTTC TACTGGGTGA AGTTCTTCAA 
    ATGGCAAACC GGATTTTACC TCTTCAATTC GCAGCTCAAC TGCAGTCGTT ACCACGTCTA 
    TTTACCGAAG CTACAGACTT TGCCAAGCCG GGCGATCGCA TTGCCGCACT GTCAGCGCTG 
    TCTTCAATCG ATAGTCTTAA CCGTAACCAG ACCAAGGCGG TCCGACGAGC TGCTGCCGAC 
    AAGGCATTCG CATCAACAGC TCAGCAGGAT TCTTTGATGC GCGGCCAGAG ACAGGTTCAG 
    CAGGTCAAGC TTCGCTTGGG TTTGCAGATC GAGGATAAAC AGTTTCAGCA GATGATTGCG 
    GATTCCGGCC TGCTTTTGCA TCGCGACCAT AATAAATGGA ATTATGAAGT CATCGTGGAC 
    CTCGTTGAAG GACCGTTACT GAATCCAAAA AGGCTGGATG AGGCCATCAG GGCAACCAAG 
    TTTGTCAGAC GTTTGTTCTC CTTCTTCCAT CCATACAACA ATAGGTTCTC AACCGTCAAG 
    CGCACTCGGC CGAATCATAA ATGGGTTAAA CTCGGTTGTT CTTTACTATC AACCATGTTG 
    AGCACGCCCG AAGGTATACG GTTCTTGACG GAGGACAAAC TGTTGAAGCA GCTTCTGGAT 
    TGTTTCAATG AACTTGACCA GTACGTTGGG CAACCGACTG CTCAACCGCT CTTTGCTCGG 
    GATCGCCTGG AGGGTACTCT AACCTACGGA TACTTTGAAA TGATCGGGAC GTTAAGTAAA 
    CATAGGGAAG GAATGAAGTT GATGGAGAAA TTCAAATTTT TTACCTGTTT CTACCATCTG 
    AGCGAGCAGA GAAGCCGGGA TGATATAATC AGAATTATCA TTGAATGTTT TGATTACACT 
    CTTGATGCGC ACCCTCGGAT AGTCCTTTCC AAAGCCCTCA CTTCCTCATA CATGGAAACT 
    CGTCTCTATG CCACTCACCA CCTTGGCCGT CTTCTTCAAG AACAGCCGGT CCTTGTGGAC 
    TGGGGACTTC AACTTATGAT CACTCAGCTA TATGATACCG CAATGGAAGT TTGTGATGTG 
    GCTGTGATGT ATCTCGAGGA GGCCTGTACA GATCCTATGT GGCTAGAGAA AGTCGTGCAG 
    TTGAGGCCGA CATTAGAGCA TCTGGGCGAT GTCGGTCATC CACTGTTTAT GCGCTTCGTA 
    TCGACTAGCG TCGGATTTCA ATATCTCAAT CAAGCACAGT ACATCGAACG AGAGCTTGAG 
    AGCTGGCTGG CTGAGCGTAA TCTTCTTTAT GTCATAGAAG CCGAAACATT CATCTCTAAA 
    ACGATTCGCC CCTGGGCAAG CGATACCGTA GAAGACTATT GGGTATACGA CGGCTTGGCT 
    CCCAGTCATT TCCTTGGTGA ACTCACCAAA ACTCCCGAAG GCTGCGAGCT TCTGAAAGAG 
    CGAGGAATTG TTGCAGAATT TGCAGAGATA GTGCGCTTAC ACGGAATGGA AGGGGGCGAT 
    CCTTCGGTGT TGACGAATTT GAAGAGTGTA CTCTGGGCTC TGGGTAACAT TGGCTCTACT 
    GAGGGCGGAC TTCCGTTCCT GGAGGATGAA GAGATAATCA TGGAAATAGT TGAAGTTGCT 
    GAGCAATCCC CTGTTCTAAC TATTAGAGGA ACCTGCTTCT TCGTCATCGG TCTCATTTCC 
    TCAACTCGTA TGGGCGCAGA GATCCTTGAA GAGTTTGGCT GGATAGCCAC CAGGACACCG 
    TTGGGTGACA CTACGGGCCT CTGCTTGCCC AATGACGTGT CGCGTTTCGT CGCCATTGAT 
    ACCTGGGAAC GCCCTGATCT CCGCCCATTC GCCCCTAACC TTCCCAAGCT GCATGGCCTG 
    GAATCAGAAA TAATGACATC AATTGCAAAC CTCTCTAATT ACGTCCTGGC CGCTGGGGCT 
    ATGAATAACC TCAAGCGAAT CCGAACCCGT CATCCCAAAT ATTTCTCCTC CATCACTCTT 
    TTTCACCGCG CTTTACGAAC CATCTCCACG AATCACTTCC AGGCTCCTGT CCGGCGTTTC 
    ATTCTTGACC TTTTTGAGCT CAAACTTGAA CGTCCAACTC TCATACAATT AGCCGGGATA 
    GAGGCCAATA TTTGGCGATC GGCGGAGAGA CACGCTGCCA AATAA

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

    RefSeq XP_024513949.1
    CDS344..4408
    Translation

    Target ORF information:

    RefSeq Version XM_024658313.1
    Organism Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
    Definition Cryptococcus neoformans var. neoformans JEC21 protein ste16, putative (CNM01660), mRNA.

    Target ORF information:

    Epitope DYKDDDDK
    Bacterial selection AMPR
    Mammalian selection NeoR
    Vector pcDNA3.1+/C-(K)DYK
    		 XM_024658313.1

    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
    3421
    3481
    3541
    3601
    3661
    3721
    3781
    3841
    3901
    3961
    4021
    ATGGCTTTCT CGATCTCGAG TCGCCAGCTA CCACGGCCAA GCATTGATAG TAATGTAACT 
    GCCGGTGCAG ACGATGTGGA GGATGGGGAG ACTATTGAAA GTCTGGAAAA TAAGTTAGCC 
    ATCGAGCGAA GAGTTCAATA TGGTGCAGAG AAGATGTTAG ATGTTATAGA GAAGAAGGAT 
    GGAGGTGCAG ATGGCGCTGA ACAGGAAAAG GTGAAGGCTA ATATAACAGC TCAGCTCGAA 
    GCAGCCAACG AGCACATCAA ATCACTAGAA GCAAAGTTGG AACGATTGAG AGGTACACCT 
    CAAAGAACTC GCCGGCGTCC CCAAGCCCGA TTACACGGCT ACCCCTCATC GTCCTCTCTC 
    AACCCTCTCT CATCATCACA CTCTTCAAAC GCTCTCCTGT CAGCCCAACG TCCCCGAGTA 
    CTTCGACAGC ATTCCAACCT TACGCCCGAA CGAGACCGTG AAGATGGTGG CTACTTCACC 
    CAAGGCCTTG GGACACCCTC TAGGGGTCTA CCAAGAATGG GAACGTCATC AACCTTGGCC 
    AGTTCTAGTG GAGGAAGTGG TAATCGGCCA AGAAGTCGAA GCGCCGGAGA GGATGTACTT 
    TCCGCGAGTT CTTCATGGGA TCAAAGTTCT GGGATCTTGA TGGAGGATGA GAATACATCG 
    GTGCTCTTGG ATAATGTAAG AATTTTTTTA AGACGGCTCA AGGAAATTGG AAGAGGGAAG 
    GGGAAAGAGA GACCTGTAGA TAACGGGACT GAGGAGTTGG AGGTGTTGGC TAGGTTAGGT 
    GATATGTTGA AAAAGTCTGA AGGATTGAGA TTAAGCGTTG AGTTGGACGA AATTGTCCAA 
    AGTGTATTAC CATCCTTAGA CGACTCATCG GCCCCCAAAA GAAGAGCGGC TGCCTATCGC 
    ATACTACGCT ACATCCTCAC GCGAGAGTCA TGGGCTAAAA TGCTTTCGGC TGGTATTGAA 
    TGGCTCTTCA TACGAACATT CACACGTGAC GCCAAAGCGG TACATGAAAG AGAACAAGCT 
    CTTAGACTAA TACGCTCTGT CATTGTTCTT CCACCTCCTT CTTTGCGGCC TATTTCTTCC 
    CCCGTACGTT CGAGATCCCA TTCTCAGTCA CAAGCGTATT CGCGTTCGAA TTCTCGCTCC 
    ACTAAGAGAG GTGTGAACGG AGATCATGAG GAGGGATTTG TAGCAGTAGT AATGGAGAAC 
    AAGGTGCCTT TGACAGATGG GATCGTGAGG GCGGTTGTCA GTGTAGCAGA AAATCCCGAT 
    GATGCAATGC GAACGATATG CATGGAGACA CTTTTGGAGA TCGGTCTACT CGACTTGGAA 
    TGTCTCGCTC GGTCTAACGC TTTCCGCACA GTCTTGTTAA CCTTCAAGGA CGGACCTGCC 
    GAACTCGGTC CAGCGATTAC AGGATTACTG CTTTTCCTTG TGAATAAACC GTCCACAAGA 
    GAACTTCTTC TTCCCGGCTC GGACCTGGAG ACCGTGTTGG TGGGTCTGAC AGAAGCATAT 
    GGCAAGATAC CGACAAGGCT TCATGGAAGA CACTTGGAAA ATCTGGAACA ATGCGTGGCA 
    AACATTGGAA TGATCTTAGC ATCATGGCCA GGTTTGTTAT ATATGTGCAT GGATGATTGT 
    CGAGCAATCA AAAGTCTGAT TAGCTCTTTG CATGTACCCA ACGCCGATAT GCGAAACGCA 
    CTGTTAAACC TTTTCTTCCA AGCTTTGCGT ATTAAAATGC CAAAGTATAT GAATGCTTTC 
    CTCGATGGAA AGCGTCTGAC TGTATACAAC CGCACGCAGG AAGCCACAGC GCAACAGCTT 
    CAGGAAAGTA GTAATGAAGA GGAAGAGCTG CAGTCTTTGA CTCTAGTCGA CCACTATATT 
    GCGCTTTTAC TCACTATCTG TATTGAGTCT GGGTTGCTAG AAGCTCTGAT TGCAGTGATT 
    GAAGACGGCA ATTCTACGCT GAACAGGAAA GCCACGCTTC TACTGGGTGA AGTTCTTCAA 
    ATGGCAAACC GGATTTTACC TCTTCAATTC GCAGCTCAAC TGCAGTCGTT ACCACGTCTA 
    TTTACCGAAG CTACAGACTT TGCCAAGCCG GGCGATCGCA TTGCCGCACT GTCAGCGCTG 
    TCTTCAATCG ATAGTCTTAA CCGTAACCAG ACCAAGGCGG TCCGACGAGC TGCTGCCGAC 
    AAGGCATTCG CATCAACAGC TCAGCAGGAT TCTTTGATGC GCGGCCAGAG ACAGGTTCAG 
    CAGGTCAAGC TTCGCTTGGG TTTGCAGATC GAGGATAAAC AGTTTCAGCA GATGATTGCG 
    GATTCCGGCC TGCTTTTGCA TCGCGACCAT AATAAATGGA ATTATGAAGT CATCGTGGAC 
    CTCGTTGAAG GACCGTTACT GAATCCAAAA AGGCTGGATG AGGCCATCAG GGCAACCAAG 
    TTTGTCAGAC GTTTGTTCTC CTTCTTCCAT CCATACAACA ATAGGTTCTC AACCGTCAAG 
    CGCACTCGGC CGAATCATAA ATGGGTTAAA CTCGGTTGTT CTTTACTATC AACCATGTTG 
    AGCACGCCCG AAGGTATACG GTTCTTGACG GAGGACAAAC TGTTGAAGCA GCTTCTGGAT 
    TGTTTCAATG AACTTGACCA GTACGTTGGG CAACCGACTG CTCAACCGCT CTTTGCTCGG 
    GATCGCCTGG AGGGTACTCT AACCTACGGA TACTTTGAAA TGATCGGGAC GTTAAGTAAA 
    CATAGGGAAG GAATGAAGTT GATGGAGAAA TTCAAATTTT TTACCTGTTT CTACCATCTG 
    AGCGAGCAGA GAAGCCGGGA TGATATAATC AGAATTATCA TTGAATGTTT TGATTACACT 
    CTTGATGCGC ACCCTCGGAT AGTCCTTTCC AAAGCCCTCA CTTCCTCATA CATGGAAACT 
    CGTCTCTATG CCACTCACCA CCTTGGCCGT CTTCTTCAAG AACAGCCGGT CCTTGTGGAC 
    TGGGGACTTC AACTTATGAT CACTCAGCTA TATGATACCG CAATGGAAGT TTGTGATGTG 
    GCTGTGATGT ATCTCGAGGA GGCCTGTACA GATCCTATGT GGCTAGAGAA AGTCGTGCAG 
    TTGAGGCCGA CATTAGAGCA TCTGGGCGAT GTCGGTCATC CACTGTTTAT GCGCTTCGTA 
    TCGACTAGCG TCGGATTTCA ATATCTCAAT CAAGCACAGT ACATCGAACG AGAGCTTGAG 
    AGCTGGCTGG CTGAGCGTAA TCTTCTTTAT GTCATAGAAG CCGAAACATT CATCTCTAAA 
    ACGATTCGCC CCTGGGCAAG CGATACCGTA GAAGACTATT GGGTATACGA CGGCTTGGCT 
    CCCAGTCATT TCCTTGGTGA ACTCACCAAA ACTCCCGAAG GCTGCGAGCT TCTGAAAGAG 
    CGAGGAATTG TTGCAGAATT TGCAGAGATA GTGCGCTTAC ACGGAATGGA AGGGGGCGAT 
    CCTTCGGTGT TGACGAATTT GAAGAGTGTA CTCTGGGCTC TGGGTAACAT TGGCTCTACT 
    GAGGGCGGAC TTCCGTTCCT GGAGGATGAA GAGATAATCA TGGAAATAGT TGAAGTTGCT 
    GAGCAATCCC CTGTTCTAAC TATTAGAGGA ACCTGCTTCT TCGTCATCGG TCTCATTTCC 
    TCAACTCGTA TGGGCGCAGA GATCCTTGAA GAGTTTGGCT GGATAGCCAC CAGGACACCG 
    TTGGGTGACA CTACGGGCCT CTGCTTGCCC AATGACGTGT CGCGTTTCGT CGCCATTGAT 
    ACCTGGGAAC GCCCTGATCT CCGCCCATTC GCCCCTAACC TTCCCAAGCT GCATGGCCTG 
    GAATCAGAAA TAATGACATC AATTGCAAAC CTCTCTAATT ACGTCCTGGC CGCTGGGGCT 
    ATGAATAACC TCAAGCGAAT CCGAACCCGT CATCCCAAAT ATTTCTCCTC CATCACTCTT 
    TTTCACCGCG CTTTACGAAC CATCTCCACG AATCACTTCC AGGCTCCTGT CCGGCGTTTC 
    ATTCTTGACC TTTTTGAGCT CAAACTTGAA CGTCCAACTC TCATACAATT AGCCGGGATA 
    GAGGCCAATA TTTGGCGATC GGCGGAGAGA CACGCTGCCA AATAA

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

  • PubMed

    The genome of the basidiomycetous yeast and human pathogen Cryptococcus neoformans.
    Science (New York, N.Y.)307(5713)1321-4(2005 Feb)
    Loftus BJ,Fung E,Roncaglia P,Rowley D,Amedeo P,Bruno D,Vamathevan J,Miranda M,Anderson IJ,Fraser JA,Allen JE,Bosdet IE,Brent MR,Chiu R,Doering TL,Donlin MJ,D'Souza CA,Fox DS,Grinberg V,Fu J,Fukushima M,Haas BJ,Huang JC,Janbon G,Jones SJ,Koo HL,Krzywinski MI,Kwon-Chung JK,Lengeler KB,Maiti R,Marra MA,Marra RE,Mathewson CA,Mitchell TG,Pertea M,Riggs FR,Salzberg SL,Schein JE,Shvartsbeyn A,Shin H,Shumway M,Specht CA,Suh BB,Tenney A,Utterback TR,Wickes BL,Wortman JR,Wye NH,Kronstad JW,Lodge JK,Heitman J,Davis RW,Fraser CM,Hyman RW


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