CNBK3190 cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A

Gene
Clones
gRNAs

Summary

Gene Symbol	CNBK3190
Entrez Gene ID	4939020
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Cryptococcus neoformans var. neoformans B-3501A

mRNA and Protein(s)

mRNA	Protein	Name
XM_767522.1	XP_772615.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following CNBK3190 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNBK3190 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
OCo05644	XM_767522.1 Latest version!	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBK3190) 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)

CNBK3190 ( XM_767522.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A -> XP_772615.1 Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBK3190) partial mRNA.

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CloneID	OCo05644
Clone ID Related Accession (Same CDS sequence)	XM_767522.1
Accession Version	XM_767522.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3846bp) 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	2008-03-20
Organism	Cryptococcus neoformans var. neoformans B-3501A
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 (NC_009187). COMPLETENESS: incomplete on both ends.

ATGCCATCAT GGTGTGATTT CTCAAACGAA GATGAAACGG AGCTATTGGC CCTGTTGACA 
CCTTTTACCG TGATGACAAC TGCGTGCGTA GGGAGACCAG GGAGGTGGAA AAAGGTCGGT 
GAGAAAACAG CATACGAGCC AGGAGCTCTG AGGTTACTTC TCGTTGGTTG TTTGTTCTAC 
TCTTTTCTTG TTCTATTTCT CCACCTCTCA ACCTATTCTA AAAGCTGTTT GTCCCCATTG 
CTCATCTTTT CATCGTTCCT GTTGCCTTTT CACTCATTGA CTTTACTTCT CCTTTTCTCC 
TTTTCCCCTT TTCTACAGTG CGCGGACTAT AGCGTCTTCT GGCCAGCGAT TTCTTCTATT 
CCATCCATCT TCACTACCCT CTCCTCGCTC ACTCACGCTC GCCACAGAAA TATATTACGC 
CCAGCAAACA CGCTCAACAG CGCGCTTATC ATGCCCTCAC GGTTCCATTC TCCTAGCAAG 
ATGTCTCTCA AAGACGTCAA GGCACCTTTC AAGACGAGAA GACTCTCTGC ATCTTCCATC 
TCCCATCCTT TCTCTGTCTC TCCCCTCTCT TTCAACCGTT CAGTCAGTCT TGCCGACTCG 
GGCAACAACG TTAACGAGGA TAATCAAGGG CATACAGATA ATGGGATAAG GGAGAAACCC 
GTAGGAATCA TCAAGCATGG CACCCCTTCT CCTCCATTCG TGCCTCCCAA ATCCCCTTCT 
CCTCCACCTG TCCCACCCAA GTCGCCTCCC CGTTTGCTTC CCCTTCCTCT TCACCCTCCC 
TCTCAACCTC TACCTTCCAC TCGACCCCGA CGACAGCCAC AACGCTCTTC CATACCGGGA 
AAGTCTTTAC CCAAATCTCC AACCAAAAAC AGTATCTTTA AGATGGTAGC AAAATCGGTA 
TCCATGCCTT CTCTTCATTC AACAACGAAT ATAAGGGTGA GTGAGAATGC TTTGCGGAGG 
GAGGAGGCTG AGGCGAAACT GAAGGACCAG GTCAAGAACA ACGGTAGGAC CAAGTATAAG 
GGTAAAGATA CCAAAGAATT ATCATCCAAA GCTCCAGACG GATTTAAGGA CAATCCCAGA 
TGGAAGAAGA CTACAAAGGA AAAGATCAAG CCAGCACCAA AGTCACAGGA AAAAATGAAA 
TCACCGAAAC AAGGGATACT CAAGTTCGGC AGAAAAGAGG CAAATCACAC TCTGAATTCG 
AACTCGGAAA TAACGGGAAA GAAGAAAAGC AAGGCTAAGA TGGCGCAGGA CGTTCCTCGA 
CAGGTTCGTT TTCATCATGT CCCACCGACT CCGCCAGTTT CTGGTGTTTC GCGCGGTAGC 
AGGGATGCGA AGAGGAACAG AATTGGAGGT GCTATTACGT CTGCTGAATC GTTAAGGTTT 
CCAATACCTT CCGTGCTGAT TTCTGATATT GCTAACCAAT CGGTCGATTC GATGCTTGAT 
CAAATGTTGG CTGCTCAAGC AAATTATAAG CCTACATCGC CTATAGCTTT CCCTACCGCT 
GTACCAACCC CACTAGAAAC AGCTAGCGAA GTGAGCACTC GTCACGAAGG TCATGCACAA 
GTACAAAATC CGGTATACGA GCGGGTGATG AAATCGGAAA AATCAACCCC TTCGCCGCCT 
AGCTCAATCG ATACATATTC ACAGACCCAT ACCCATATTT CCACGGCGAA CCCCGTATCT 
GAACCTTGTG CCGGGTATGG CTCGACGTCC CCATCTCTTC TTTCGGCTCA GAATCCTACC 
AATCGAAGTC TGTCCATTTC TGGTGGGCTT GGTATCGAGA CGGCAAGTCT TACCCGAGGA 
GTATCTTTGA TGGAGAATAT GCACCAAGCG CCGGAGGTTC GTGCGATGCC TGATTCGCAG 
CATAGGCGGG AAATGCCTGT GATTTCTGTG GAGATGGTTG ATGACCAGGC GTACCGCGGA 
AATTCATATC CACACTTCGC TGCCGGGGGG GTTACATCTT CCTTCAACAG TTCTTTGCGG 
TCAACTAATA CTAGTAACAA GACGGACAAC CCTCAAGCTA TAGTCTCTTC CACCCATTCG 
AATAGCACTA CACCGTGGTA CGACGTCTCT ATCCACCCCA CCGAACCTGC TTCACCAGCA 
CTTTCAGCTA TCAGTTCCTC TGCCGTGATT GGTGCTCCCC TTTCTTCTCA TCCTTCTCTT 
TATCCTTCTT CGGGAGGACC TTTCTTGTCG GTGGAAAGCG AAAAGAATTC AGGGGAAAGG 
CTTTCATCCA ACTTTGAGCC GATCTCGAAG ACTGATAACC CAAGACAGTC GGCGTTGATG 
GTCGACCTAG GCATTGGTCG TCCTTACGAT GAAGCTTTGG CCCAGGCTTC AAATGTAACC 
GCTATCACCG CCGCCCCGAC CGCTACCAAT ACCACTACAG GGATGAGGAT GACATCCATT 
CCTTCTCTGT TGCCGCTCAA TCAGCTCAAA CAGCCGCTCA ACGAGAATTC CTCCGCATTT 
CCGCCGGTGA TATCACCTTC CATGTCTGAA TCTTCTGGGG GGGAGATACT TCTCACCCCG 
ATGGACCATC AATTCCACAG CCATACAGCT CACACCATGG CTAAGACTTC CAGCACAGGT 
GACGGCAGTA GTGGTGGTGC TCCTGAAGCC CTTTTAACAA TGGAGGAAAG CTTGATGTAT 
AGGGCCCTTT TTGCTCGGGC GTTTCAGCGA GGGTTCCTTA CAGCCGATGA TCTAAAAGGT 
GAAAAGACGT TTGTAGAGGC CTTGAACCCT GGGGGTCACT TGCCAAACGT GGATCATGGC 
GTTGCGAAGG AAATAGTTGC TTTGAGGCGG GAGAACGCAA GACTCAAAGC TGATGACGAG 
TGTCTCTGGA AGACGCAATT GGCGGTTTCA GAGGATATCG TCGAAAGCCA AAGAGCAGAG 
CTTTCTGCTT TCCTACACTC GCCAAAATCC TCGTACTCCC AAGACCCATG CTCTCCCAGC 
CCTTCCCCAA TAAACTCTCC ATCGCGCAAG CAAGGCCTAA AAATCACCAT TGAATCGCCC 
AACGTCAATT CACGTCTACT GCGCTACATA AACAGCAGCC TTTCAAGTCC GCCTACATCT 
CGAGGTGCGA AATACAACCA CAGAAGATCA GCAGGCGTAG ATTACCTAAT TAATGAAGTG 
TGTCAGTTGC GAACTGAGCT TGAGATTACG AGAGACCGAC AGGGACAGTG GCAGCATCGT 
GCAGAAATGG CAGAAACCCA TCGAGAACGG GCTGAAGAGA GCGTGGCGGC TATGCAGGCC 
ATGTTCGGAA GGGTAATGGA GGACCTGGAC GAGGCTCGTC GTCGGTCACA AATGACAAGG 
GAAGAGAACG ATAGGGCGAG GTCGGAAATG GAGGAAAAGC GGATCAAGGG GGAGATGGCA 
AAGCTTGAAT TGAGGAGAAG GGACGACAAG GAGCTATTGG AGAAGGAAAA GATGAAGGTC 
AAGGTAAAAA TTATGGAAAA GAAGATTGAA GGGTACAATG AAGCTGTTGA AGTCGCTCAA 
CTACGCGAAC AACGTTCCGG TCTCGAACAA GAACTCTTCC ACCTTCGCAC GGATTATGAT 
CATCTTTCTT TTTCGACCAC TGCCTCAATC AAATCACCGC CCTCACATTC AGCTGCTTTA 
CTTCCTGAAA CAAAAAGACA CCCTCACTCT CAACAACAAC GCATTGCGAC ACCTTCTTCG 
ACCAACATTT CAACTAGTGA CCAGGACGGA AAGCAGGAAG GATCCCTTAC TCCGGTAGGC 
CCGACCACTT CCAAGGGCTC GCAAAGTTTC CAACCGACCT CTGAAGGATC AAAGACTTCT 
CCTGGATTGA GCCGACCGTC ATTCTGGAAA TTCGCTTTGG CGCCTCGAAC ACAGGAGACC 
ATTTAG

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

RefSeq	XP_772615.1
CDS	1..3846
Translation	MPSWCDFSNEDETELLALLTPFTVMTTACVGRPGRWKKVGEKTAYEPGALRLLLVGCLFYSFLVLFLHLSTYSKSCLSPLLIFSSFLLPFHSLTLLLLFSFSPFLQCADYSVFWPAISSIPSIFTTLSSLTHARHRNILRPANTLNSALIMPSRFHSPSKMSLKDVKAPFKTRRLSASSISHPFSVSPLSFNRSVSLADSGNNVNEDNQGHTDNGIREKPVGIIKHGTPSPPFVPPKSPSPPPVPPKSPPRLLPLPLHPPSQPLPSTRPRRQPQRSSIPGKSLPKSPTKNSIFKMVAKSVSMPSLHSTTNIRVSENALRREEAEAKLKDQVKNNGRTKYKGKDTKELSSKAPDGFKDNPRWKKTTKEKIKPAPKSQEKMKSPKQGILKFGRKEANHTLNSNSEITGKKKSKAKMAQDVPRQVRFHHVPPTPPVSGVSRGSRDAKRNRIGGAITSAESLRFPIPSVLISDIANQSVDSMLDQMLAAQANYKPTSPIAFPTAVPTPLETASEVSTRHEGHAQVQNPVYERVMKSEKSTPSPPSSIDTYSQTHTHISTANPVSEPCAGYGSTSPSLLSAQNPTNRSLSISGGLGIETASLTRGVSLMENMHQAPEVRAMPDSQHRREMPVISVEMVDDQAYRGNSYPHFAAGGVTSSFNSSLRSTNTSNKTDNPQAIVSSTHSNSTTPWYDVSIHPTEPASPALSAISSSAVIGAPLSSHPSLYPSSGGPFLSVESEKNSGERLSSNFEPISKTDNPRQSALMVDLGIGRPYDEALAQASNVTAITAAPTATNTTTGMRMTSIPSLLPLNQLKQPLNENSSAFPPVISPSMSESSGGEILLTPMDHQFHSHTAHTMAKTSSTGDGSSGGAPEALLTMEESLMYRALFARAFQRGFLTADDLKGEKTFVEALNPGGHLPNVDHGVAKEIVALRRENARLKADDECLWKTQLAVSEDIVESQRAELSAFLHSPKSSYSQDPCSPSPSPINSPSRKQGLKITIESPNVNSRLLRYINSSLSSPPTSRGAKYNHRRSAGVDYLINEVCQLRTELEITRDRQGQWQHRAEMAETHRERAEESVAAMQAMFGRVMEDLDEARRRSQMTREENDRARSEMEEKRIKGEMAKLELRRRDDKELLEKEKMKVKVKIMEKKIEGYNEAVEVAQLREQRSGLEQELFHLRTDYDHLSFSTTASIKSPPSHSAALLPETKRHPHSQQQRIATPSSTNISTSDQDGKQEGSLTPVGPTTSKGSQSFQPTSEGSKTSPGLSRPSFWKFALAPRTQETI

Target ORF information:

RefSeq Version	XM_767522.1
Organism	Cryptococcus neoformans var. neoformans B-3501A
Definition	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBK3190) partial mRNA.

Target ORF information:

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

XM_767522.1

ORF Insert Sequence:

ATGCCATCAT GGTGTGATTT CTCAAACGAA GATGAAACGG AGCTATTGGC CCTGTTGACA 
CCTTTTACCG TGATGACAAC TGCGTGCGTA GGGAGACCAG GGAGGTGGAA AAAGGTCGGT 
GAGAAAACAG CATACGAGCC AGGAGCTCTG AGGTTACTTC TCGTTGGTTG TTTGTTCTAC 
TCTTTTCTTG TTCTATTTCT CCACCTCTCA ACCTATTCTA AAAGCTGTTT GTCCCCATTG 
CTCATCTTTT CATCGTTCCT GTTGCCTTTT CACTCATTGA CTTTACTTCT CCTTTTCTCC 
TTTTCCCCTT TTCTACAGTG CGCGGACTAT AGCGTCTTCT GGCCAGCGAT TTCTTCTATT 
CCATCCATCT TCACTACCCT CTCCTCGCTC ACTCACGCTC GCCACAGAAA TATATTACGC 
CCAGCAAACA CGCTCAACAG CGCGCTTATC ATGCCCTCAC GGTTCCATTC TCCTAGCAAG 
ATGTCTCTCA AAGACGTCAA GGCACCTTTC AAGACGAGAA GACTCTCTGC ATCTTCCATC 
TCCCATCCTT TCTCTGTCTC TCCCCTCTCT TTCAACCGTT CAGTCAGTCT TGCCGACTCG 
GGCAACAACG TTAACGAGGA TAATCAAGGG CATACAGATA ATGGGATAAG GGAGAAACCC 
GTAGGAATCA TCAAGCATGG CACCCCTTCT CCTCCATTCG TGCCTCCCAA ATCCCCTTCT 
CCTCCACCTG TCCCACCCAA GTCGCCTCCC CGTTTGCTTC CCCTTCCTCT TCACCCTCCC 
TCTCAACCTC TACCTTCCAC TCGACCCCGA CGACAGCCAC AACGCTCTTC CATACCGGGA 
AAGTCTTTAC CCAAATCTCC AACCAAAAAC AGTATCTTTA AGATGGTAGC AAAATCGGTA 
TCCATGCCTT CTCTTCATTC AACAACGAAT ATAAGGGTGA GTGAGAATGC TTTGCGGAGG 
GAGGAGGCTG AGGCGAAACT GAAGGACCAG GTCAAGAACA ACGGTAGGAC CAAGTATAAG 
GGTAAAGATA CCAAAGAATT ATCATCCAAA GCTCCAGACG GATTTAAGGA CAATCCCAGA 
TGGAAGAAGA CTACAAAGGA AAAGATCAAG CCAGCACCAA AGTCACAGGA AAAAATGAAA 
TCACCGAAAC AAGGGATACT CAAGTTCGGC AGAAAAGAGG CAAATCACAC TCTGAATTCG 
AACTCGGAAA TAACGGGAAA GAAGAAAAGC AAGGCTAAGA TGGCGCAGGA CGTTCCTCGA 
CAGGTTCGTT TTCATCATGT CCCACCGACT CCGCCAGTTT CTGGTGTTTC GCGCGGTAGC 
AGGGATGCGA AGAGGAACAG AATTGGAGGT GCTATTACGT CTGCTGAATC GTTAAGGTTT 
CCAATACCTT CCGTGCTGAT TTCTGATATT GCTAACCAAT CGGTCGATTC GATGCTTGAT 
CAAATGTTGG CTGCTCAAGC AAATTATAAG CCTACATCGC CTATAGCTTT CCCTACCGCT 
GTACCAACCC CACTAGAAAC AGCTAGCGAA GTGAGCACTC GTCACGAAGG TCATGCACAA 
GTACAAAATC CGGTATACGA GCGGGTGATG AAATCGGAAA AATCAACCCC TTCGCCGCCT 
AGCTCAATCG ATACATATTC ACAGACCCAT ACCCATATTT CCACGGCGAA CCCCGTATCT 
GAACCTTGTG CCGGGTATGG CTCGACGTCC CCATCTCTTC TTTCGGCTCA GAATCCTACC 
AATCGAAGTC TGTCCATTTC TGGTGGGCTT GGTATCGAGA CGGCAAGTCT TACCCGAGGA 
GTATCTTTGA TGGAGAATAT GCACCAAGCG CCGGAGGTTC GTGCGATGCC TGATTCGCAG 
CATAGGCGGG AAATGCCTGT GATTTCTGTG GAGATGGTTG ATGACCAGGC GTACCGCGGA 
AATTCATATC CACACTTCGC TGCCGGGGGG GTTACATCTT CCTTCAACAG TTCTTTGCGG 
TCAACTAATA CTAGTAACAA GACGGACAAC CCTCAAGCTA TAGTCTCTTC CACCCATTCG 
AATAGCACTA CACCGTGGTA CGACGTCTCT ATCCACCCCA CCGAACCTGC TTCACCAGCA 
CTTTCAGCTA TCAGTTCCTC TGCCGTGATT GGTGCTCCCC TTTCTTCTCA TCCTTCTCTT 
TATCCTTCTT CGGGAGGACC TTTCTTGTCG GTGGAAAGCG AAAAGAATTC AGGGGAAAGG 
CTTTCATCCA ACTTTGAGCC GATCTCGAAG ACTGATAACC CAAGACAGTC GGCGTTGATG 
GTCGACCTAG GCATTGGTCG TCCTTACGAT GAAGCTTTGG CCCAGGCTTC AAATGTAACC 
GCTATCACCG CCGCCCCGAC CGCTACCAAT ACCACTACAG GGATGAGGAT GACATCCATT 
CCTTCTCTGT TGCCGCTCAA TCAGCTCAAA CAGCCGCTCA ACGAGAATTC CTCCGCATTT 
CCGCCGGTGA TATCACCTTC CATGTCTGAA TCTTCTGGGG GGGAGATACT TCTCACCCCG 
ATGGACCATC AATTCCACAG CCATACAGCT CACACCATGG CTAAGACTTC CAGCACAGGT 
GACGGCAGTA GTGGTGGTGC TCCTGAAGCC CTTTTAACAA TGGAGGAAAG CTTGATGTAT 
AGGGCCCTTT TTGCTCGGGC GTTTCAGCGA GGGTTCCTTA CAGCCGATGA TCTAAAAGGT 
GAAAAGACGT TTGTAGAGGC CTTGAACCCT GGGGGTCACT TGCCAAACGT GGATCATGGC 
GTTGCGAAGG AAATAGTTGC TTTGAGGCGG GAGAACGCAA GACTCAAAGC TGATGACGAG 
TGTCTCTGGA AGACGCAATT GGCGGTTTCA GAGGATATCG TCGAAAGCCA AAGAGCAGAG 
CTTTCTGCTT TCCTACACTC GCCAAAATCC TCGTACTCCC AAGACCCATG CTCTCCCAGC 
CCTTCCCCAA TAAACTCTCC ATCGCGCAAG CAAGGCCTAA AAATCACCAT TGAATCGCCC 
AACGTCAATT CACGTCTACT GCGCTACATA AACAGCAGCC TTTCAAGTCC GCCTACATCT 
CGAGGTGCGA AATACAACCA CAGAAGATCA GCAGGCGTAG ATTACCTAAT TAATGAAGTG 
TGTCAGTTGC GAACTGAGCT TGAGATTACG AGAGACCGAC AGGGACAGTG GCAGCATCGT 
GCAGAAATGG CAGAAACCCA TCGAGAACGG GCTGAAGAGA GCGTGGCGGC TATGCAGGCC 
ATGTTCGGAA GGGTAATGGA GGACCTGGAC GAGGCTCGTC GTCGGTCACA AATGACAAGG 
GAAGAGAACG ATAGGGCGAG GTCGGAAATG GAGGAAAAGC GGATCAAGGG GGAGATGGCA 
AAGCTTGAAT TGAGGAGAAG GGACGACAAG GAGCTATTGG AGAAGGAAAA GATGAAGGTC 
AAGGTAAAAA TTATGGAAAA GAAGATTGAA GGGTACAATG AAGCTGTTGA AGTCGCTCAA 
CTACGCGAAC AACGTTCCGG TCTCGAACAA GAACTCTTCC ACCTTCGCAC GGATTATGAT 
CATCTTTCTT TTTCGACCAC TGCCTCAATC AAATCACCGC CCTCACATTC AGCTGCTTTA 
CTTCCTGAAA CAAAAAGACA CCCTCACTCT CAACAACAAC GCATTGCGAC ACCTTCTTCG 
ACCAACATTT CAACTAGTGA CCAGGACGGA AAGCAGGAAG GATCCCTTAC TCCGGTAGGC 
CCGACCACTT CCAAGGGCTC GCAAAGTTTC CAACCGACCT CTGAAGGATC AAAGACTTCT 
CCTGGATTGA GCCGACCGTC ATTCTGGAAA TTCGCTTTGG CGCCTCGAAC ACAGGAGACC 
ATTTAG