CNA05290 cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)

Gene
Clones
gRNAs

Summary

Gene Symbol	CNA05290
Entrez Gene ID	3253311
Full Name	IDN3-B
Gene Type	protein-coding
Organism	Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)

mRNA and Protein(s)

mRNA	Protein	Name
XM_566838.1	XP_566838.1	IDN3-B
XM_024656302.1	XP_024511932.1	IDN3-B, putative

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The genome of the basidiomycetous yeast and human pathogen Cryptococcus neoformans.
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
Science (New York, N.Y.)307(5713)1321-4(2005 Feb)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following CNA05290 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNA05290 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
OCn00133	XM_566838.1 Latest version!	Cryptococcus neoformans var. neoformans JEC21 IDN3-B, partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OCn06608	XM_024656302.1 Latest version!	Cryptococcus neoformans var. neoformans JEC21 IDN3-B, putative (CNA05290), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

CNA05290 ( XM_566838.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21) -> XP_566838.1 Cryptococcus neoformans var. neoformans JEC21 IDN3-B, partial mRNA.

Price & Availability↑

CloneID	OCn00133
Clone ID Related Accession (Same CDS sequence)	XM_566838.1
Accession Version	XM_566838.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5775bp) 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	IDN3-B
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_006670). The reference sequence was derived from mrna.CNA05290.1. 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.

ATGCGCCTAC CGCTCGGGCT GACGCGTCGG TATTTAGTGG CTCAGCACCT TTCTCCTCAT 
CATGCTTTCC CTCAAAGCGC TCCTCCGTCA AGGGAAATAT ATCCTCAGTA TGCCCAAGCA 
TTTGACAGGG TGGAACAGCC TCAGACAGCG GAAGACTGGG CTATGAAGCA ATCAACAGAC 
ATGCAGATAC AGCAACTGCT AGAAAGACAA CGAGGAGTGT ATGACTATGC CCAAGGGCCT 
CCTCCCGCCC CTCAGCATCC TCGATACTAC TCAGGGCCGC CTACACCAGT CTCAGATCAT 
CAATCACAAC CTCATATAGC TCCTGCTAGC TACTCGAATA CTCCATCGAT GTCGTATAAT 
TTCCTTCCAG CCTATATGCC CCCGTCAACC CCTACCACAT CGACCCACAA TGGCTGCTGC 
GTCGGGAACT CGACATCTAC CTCCCCTGTT ACGCCCGGCC TCATGGCCAA TAGTATGACT 
GTTCATAATG ATAAACAGTT TTTTGAGCGC TTCGTGGATA ACACGTTGTC AAGAAGCATG 
GAACAGCAGC TTGCGCAGCC TGTAGCGCAT CCTCAAGCCT ATGCTCAGCC TCAACCGCGA 
TATCATTCCC CGTCATCTAT GGTCCCTCAA TTTCATCCTC AACCTGTCCC ACACCCACAT 
CCTCATCCAC ACCCACAGCC ACACTCACGC TCCCAAATCC ATTCCCTACT CCAGACACAA 
GCACAGCCTT TCCCTCAACA GCAATATTCT TTCTCTTCCC AACCGAGTGT ACAACAACAA 
CAGCAATTCA ACGAATCTGT TACTCTCCCA CTAGTTCGTG GTATGTCTCC CGCAAAACGT 
CCCTCTATTC CTTCTACGGC TATGCGTTCT CCTCACCCGA CTTCATCCAT AGCTTCCACG 
CCAACAGCTG ATCGCATCAT GTCCTCTCCT GCCCTCTCAT CTTCACCCGA CCCACTGGGC 
CTTCCAGGAC CATCCCCGTC AAAAAAACCA CGAGGGAAGA AGGAGATATC TCCTATATGG 
GCCCAGTCTA ACAATCATCC TGCCGACGGT GTAATAGGTA TGAGGTCGTT GAGTATGGCA 
GAGAGGAGTA TGAGCGTTAG CTCAGGCCTT AGCTCTGGTG AGGAAAAAAA AGATAAAATT 
ACGTTAAAGA TTCCGATGCA TCTCGCGACT CCTCAGCAGC CCCGAAAGTC CGACCGGGAG 
GAGGAAGAAG AGGAAGAAGA TAAGCTGGAT TGGGGCGATG AACTTGGGAA AGACGAACAG 
GGTGATTGGA CAATGGAGAG ATGCTCGAGT CCCAGCGGCA ATAGAGGTGT CGATATGCAA 
GTGCAGATGA GTGGAAGGAC CGGAGAAAGA GATATGCGTA CCAATCCCAC TTTTCGGGAC 
CTTGAATTGG CGAATGCCAA ATACTTTGCC CATATCTCGA AGGAAGGGAC ACACGCCCTT 
CTCTCCACCG AGACTATGGC AAAAATTATA CGATATATCA TACGTGTCCA GTCGACAAAG 
AAGCGACAGA AGAGCGGATC TGAGACTGAT GGCGAAGCGC GAGGATGGGA TTTAACAGCT 
GTCAATGGGC TTTTGAGACA TTTGGAGAAA TGCATACGGG ATGCGGAAGG AACATCTGCT 
TTTCCTGATG ACCGAAAGGC GATCAATGTA GATGAAAAAT TCAAGAAAAA GAAGGGAAAG 
TCCAAGACTG GAAGTGTTTC ACCCCTGAAA CCTGTGAATG CGTTCAAAAA TGAGGGACAG 
GACCTTGAAG AAGAGATACC CCATACCCGC ATGGCGCAGT GCGAAGAAAC TCTGTTGAGA 
TTACGCAGAG GCGTTGCCGC TGCAGAATGT TGCTTTGTTC TGCTGGACTC TGAAGGGTTG 
TCTAAACAGG TGTACTCTGA GGATCTGTTA TCAACATGTG TGCAGATGAT CAAAGAACAA 
CTTGCGCAAG TCGTTGTCCC CGTTCTGCAA GGCATGGCTG GCGAAAGTAT GTGCTGTGTG 
TTGTCGGCGT TATCTTCACT GATGTTTCTC GCAGAGATCG CTTCATCGAC GCTAGCTCAT 
GTGGTCCAAG AAGAATTGGC AAATTCCAAG AAGGGGAAGC TGTCGATGCC TTTATCATCT 
TATTTTCACA ACGTCACGAT TTCAGCCATC GCCCAGTCCA TCTGCTCCAC CTTACCCCGC 
TTGACTTCCA TGATTAGCAG AGAGAACTTT GCTTTCTCGG AATCTCTCAT CATCCAAATT 
GTCTATCTCG CAAAAGAACC ACTGTTTATC GTGGATCCAG GAGCGAAGAA GAAGCATGAA 
AGAGAAGGAA TGGCAATCGT GAAAACTTTG AGGATGGAGG CCTTGAGCCT GCTAAGAGGA 
GCGTTCGCGA GATATGATGC GCAACGGCAA TGGATCATTG AAGAAGTCCT GAGTTCACTT 
GTTGGAATAC CAGGACAAAG CCACGACCAA ACGCATTTCC AACTGGCAAA TGGCAAATCC 
ATTCATGCTC TCAGTGCCCT CTTGCTCCAG CTCGTTCAAG CTTCAGCATA TGGTGCTATG 
ACCAAAATAC GCAAGATACA CTCTTCAGCT GCGGATATGG AAGTTTTGGA CAGGCCCGCT 
GAGGAAAAAA AGGACGTGGA AGAGGAAGAG GCTCGAATCT GTGCAGAAAC CGTAGAGTCT 
GCTGTTCGCT CCGCCACGAT GATAGCTAGC TACGTCTTAT CAAAAGCAAC GACCACTAAA 
GCTACCAAAA CCTCTCATGA TGCCGACTAC AAGACGATTC TTGGTCTCTT CATGAACGAT 
CTTCTCACTG TCCTATATCG TCCCGAGTGG CCAGCGGCTT CCCTATATTT GAGCGTCTTT 
TCTAGGATCA TGGTTAGTTC TTTAGACGAT TCAAAGACCG GGACAGAAGC TACTGCCTCC 
AAGACTGTTG CGTTGGACTA TTTGGCAGAT ATCGCTGCGA AGCTGAAATC GCTAGGTATG 
GAGATGACAG GTGTGACTAG AGTGGCTGCT CTCGATGAGG TGATTTCTGA AGCCAGCATT 
GATGACCTGA AGAAACTCAT CGAAGCCCAA GCTTCCATTC GTACATTCCT CAACTCTGCA 
GCACATGATG ACAATTCCTT CACTTGTTCC CTGGATATGG CTTCTGTCAT CTGGGCTCAG 
GAGCTCCAAA ATGGTATCAA AAAGGCTGGA TCAATCGTCG AGAAGCTCGC GGCAGAGAAA 
GATGATGAAG CGCAAGAGAT GGGCCAGAAA CTACTGTCTA TTGGTATGAT GCTTAAAACA 
ACTCTCCGGA ATGTTTGGAT GACGGATGAT AAGCTTTTCG AAGTCAACGA TCCCAAGCAA 
GCAGAACAAG CAGTCCAAGC TTCTATCTCT GTATCTCGAG GTAGATCATT ACAGAGCGCT 
ATTGACCCCA TCATCCACGC ATTACTTACA GCACTGGGCA ACCCAATCAT TGCTATCCGT 
ACCAAGGCTC TGAGAGGTGT CGGAAGTATC GTTATGGTGG ATCCAGATGT ACTTCGGCTG 
CGCCAGTTTC GCCTTGCTCT GGAGGAAAGA CTGTCCGACG TGTCACCAGG TGTGAGAGAT 
GCAGCCGTGG AGCTTGTTGG CAAGTATCTT GTTCAGAAAC CCGAGCTTGC TACGCAGTAT 
TACCCACAGA TTGCTCTACG CGTTATGGAT ACTGGTTTAA GCGTACGAAA GAGAGTTATC 
AAGATCCTGA AAGGCATTTT TGCTACGATG GAAGAAAAAA AGATGCAAAT CGACATCTGC 
TGCAAGATGA TTGCTTTAAC GGATGACCGT GATCCAGGAA TTAAGGATCT CTCAACCAAG 
ACACTGACTG AGATAATTTT TTCAGATGAA GGAGGTGATT CAGCGACGCT CTTAGTTGAC 
ATCCTAAGCG ATTATAGAGG ATCGTACGCC GTTCTCGAGA AGGCCATGGA CGAGGTACTC 
AAGGAGTGCG AAAATGTCGG CCAGAAATAC CGTTTCGGCA AGATAATTGA CGACCTTGTT 
GCCCGATTGA TTGACGCCAC GGAGCAAATC GAATTTGACT CTCTAAGCCA CATTAAAGCA 
ATTTGGCTCA TAGCTGGCAG CGACCCCTCA CAGGTTGACA CCCAAAAAGC CAGCGTTCTG 
TTGACCTATC TCAGACCGCC TGCCAACGCC GATGATCAAG CGACGAATGA GCTTCTTCTC 
CGCATTTTCC AAAGGTGTAT CCCTCGAATG CCTCGTACAG CTTCGACTTT TGCCCTGGAT 
CTCACCAAGT CCCTTATGCC AATGATTAGC AAGCCATCGG GCGGTTTTCA GGCTTTGCGA 
GAAACCATTG GTTGTTTCTG TGCCGTGACA AATTATCTGA CCAAGGATTG GATGAAAGTG 
ATCACGGTAC TCAGAGCATG CGAGGCTAAG ATCAGGCCAG TCTGGCGACA GATCAAAGAT 
TTTTCAAATG AAAAGGTACC GGCGCTGAAT CAAGCATCTG CAATGATGCT GTATATCACG 
GCCCTTATTG CTGAAGGTTG CAACTTGGAC ATAGTTGCTA AGGACGACCT TGCTGTCGAT 
AGAGAATTGC GCAAGATCAC TCCCCAGCCT ATTTCAGAGT ACTTCTCCCA GATCTATCTC 
GACTTTGCTC GCATGTACTC CGCTCAATCT GCCCCCACCA TTTGTCTAGG CGCCCTTTTT 
CGTTCTTACC CTTCTCTCCT TCAACGGCCA GAGATTGTCC AATGGATGCA GGACACGTTC 
GCTTCAGGCG ATATGGATGC CCGCGCGAGA CTTTTGAGTG TTATTCATGA GTTTTTAGCG 
TCGGAAGTCA GGAAGAGGGT CGAAGGTGTG GATACAAAAA AGGATGTGAG CTTGCTTATC 
GGAAATGCCA AGGAGTTGCA AGATTCAGAC TATTCTACGA CTATCGTGCA AAACAACATC 
GAGCATATAT TTGAATGTGC CAGATCTCAA CATATCCCTG CACAGAATGC TGCTCTAGAT 
GTGCTCACAT TTGTCGTCAA TCAAGGGCTC TACTCGCCTG TTCACACTGT CCCTATCCTT 
GTCACGTTGG AGACCGCCGA AGATCCAGTT GTATCTGAAC GAGCTCTCGC TCTGCATAAC 
ACACTTCACG CCAAACATGC GAGCCTTATC CATGTCTTGT TCATGGATTC GGCCAAAGCG 
TCTTACCAAT ATCAGCGTAA TATCTCTGCA GAGCCCTCTG GACATCGTAA TGGTGTCGCT 
TTGCTATCAA AGTGGTATGT CATGTTGCAC GAGAAGAGGA GCTGGAGGCA CGATTTTTTG 
AAGGCTCTAT GTAGGGCGTT CGATGGGGAT TTGGAGGATC ACATGGACAT CGGCCTGGTT 
TTGTATCTTG CCGAAAACCT GGCAACTTTG GATTATAAGC TACAAGAAGA ACCCATGACT 
GTCGTTCAAG CCCTTAACAG AGTTGTGTCC ACTTGTTCTC ACCTCGCCGC ACTCATGGAA 
GAAGCAGCCT TGGAGGGTGA GTCGACTGAG TCACTTGAGG GAAAGAAGGT GCCCTTGGGA 
AAATTAAGCG GGGAAAGTAT CGACGCGAGC AGACTGGCGG AAGCGAGCAT CGTGGTCGGG 
TTGGCATTGC TGGTGAAAAA TCATCTAGTT GCATTATACC ATTTACCTGA AGACAAATGC 
GCGAGTCATA TACCAGGCAA AAAGTCTACG ATCGGAGACA AGCCAGCTCA GAGAAGAGGG 
ATGCAAGTGC TGGAACTGAG TAGGATGCCG TTGGCCAGGG GTGTCGTCAG TATAGGAGAC 
TTCAAAGAGC AACAGGTCGC GTTTTCACGG CTATTGCAAG AGGATGGAAC CTTGTCTGAA 
AAGGAAGAAT TGTAG

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

RefSeq	XP_566838.1
CDS	1..5775
Translation	MRLPLGLTRRYLVAQHLSPHHAFPQSAPPSREIYPQYAQAFDRVEQPQTAEDWAMKQSTDMQIQQLLERQRGVYDYAQGPPPAPQHPRYYSGPPTPVSDHQSQPHIAPASYSNTPSMSYNFLPAYMPPSTPTTSTHNGCCVGNSTSTSPVTPGLMANSMTVHNDKQFFERFVDNTLSRSMEQQLAQPVAHPQAYAQPQPRYHSPSSMVPQFHPQPVPHPHPHPHPQPHSRSQIHSLLQTQAQPFPQQQYSFSSQPSVQQQQQFNESVTLPLVRGMSPAKRPSIPSTAMRSPHPTSSIASTPTADRIMSSPALSSSPDPLGLPGPSPSKKPRGKKEISPIWAQSNNHPADGVIGMRSLSMAERSMSVSSGLSSGEEKKDKITLKIPMHLATPQQPRKSDREEEEEEEDKLDWGDELGKDEQGDWTMERCSSPSGNRGVDMQVQMSGRTGERDMRTNPTFRDLELANAKYFAHISKEGTHALLSTETMAKIIRYIIRVQSTKKRQKSGSETDGEARGWDLTAVNGLLRHLEKCIRDAEGTSAFPDDRKAINVDEKFKKKKGKSKTGSVSPLKPVNAFKNEGQDLEEEIPHTRMAQCEETLLRLRRGVAAAECCFVLLDSEGLSKQVYSEDLLSTCVQMIKEQLAQVVVPVLQGMAGESMCCVLSALSSLMFLAEIASSTLAHVVQEELANSKKGKLSMPLSSYFHNVTISAIAQSICSTLPRLTSMISRENFAFSESLIIQIVYLAKEPLFIVDPGAKKKHEREGMAIVKTLRMEALSLLRGAFARYDAQRQWIIEEVLSSLVGIPGQSHDQTHFQLANGKSIHALSALLLQLVQASAYGAMTKIRKIHSSAADMEVLDRPAEEKKDVEEEEARICAETVESAVRSATMIASYVLSKATTTKATKTSHDADYKTILGLFMNDLLTVLYRPEWPAASLYLSVFSRIMVSSLDDSKTGTEATASKTVALDYLADIAAKLKSLGMEMTGVTRVAALDEVISEASIDDLKKLIEAQASIRTFLNSAAHDDNSFTCSLDMASVIWAQELQNGIKKAGSIVEKLAAEKDDEAQEMGQKLLSIGMMLKTTLRNVWMTDDKLFEVNDPKQAEQAVQASISVSRGRSLQSAIDPIIHALLTALGNPIIAIRTKALRGVGSIVMVDPDVLRLRQFRLALEERLSDVSPGVRDAAVELVGKYLVQKPELATQYYPQIALRVMDTGLSVRKRVIKILKGIFATMEEKKMQIDICCKMIALTDDRDPGIKDLSTKTLTEIIFSDEGGDSATLLVDILSDYRGSYAVLEKAMDEVLKECENVGQKYRFGKIIDDLVARLIDATEQIEFDSLSHIKAIWLIAGSDPSQVDTQKASVLLTYLRPPANADDQATNELLLRIFQRCIPRMPRTASTFALDLTKSLMPMISKPSGGFQALRETIGCFCAVTNYLTKDWMKVITVLRACEAKIRPVWRQIKDFSNEKVPALNQASAMMLYITALIAEGCNLDIVAKDDLAVDRELRKITPQPISEYFSQIYLDFARMYSAQSAPTICLGALFRSYPSLLQRPEIVQWMQDTFASGDMDARARLLSVIHEFLASEVRKRVEGVDTKKDVSLLIGNAKELQDSDYSTTIVQNNIEHIFECARSQHIPAQNAALDVLTFVVNQGLYSPVHTVPILVTLETAEDPVVSERALALHNTLHAKHASLIHVLFMDSAKASYQYQRNISAEPSGHRNGVALLSKWYVMLHEKRSWRHDFLKALCRAFDGDLEDHMDIGLVLYLAENLATLDYKLQEEPMTVVQALNRVVSTCSHLAALMEEAALEGESTESLEGKKVPLGKLSGESIDASRLAEASIVVGLALLVKNHLVALYHLPEDKCASHIPGKKSTIGDKPAQRRGMQVLELSRMPLARGVVSIGDFKEQQVAFSRLLQEDGTLSEKEEL

Target ORF information:

RefSeq Version	XM_566838.1
Organism	Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
Definition	Cryptococcus neoformans var. neoformans JEC21 IDN3-B, partial mRNA.

Target ORF information:

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

XM_566838.1

ORF Insert Sequence:

ATGCGCCTAC CGCTCGGGCT GACGCGTCGG TATTTAGTGG CTCAGCACCT TTCTCCTCAT 
CATGCTTTCC CTCAAAGCGC TCCTCCGTCA AGGGAAATAT ATCCTCAGTA TGCCCAAGCA 
TTTGACAGGG TGGAACAGCC TCAGACAGCG GAAGACTGGG CTATGAAGCA ATCAACAGAC 
ATGCAGATAC AGCAACTGCT AGAAAGACAA CGAGGAGTGT ATGACTATGC CCAAGGGCCT 
CCTCCCGCCC CTCAGCATCC TCGATACTAC TCAGGGCCGC CTACACCAGT CTCAGATCAT 
CAATCACAAC CTCATATAGC TCCTGCTAGC TACTCGAATA CTCCATCGAT GTCGTATAAT 
TTCCTTCCAG CCTATATGCC CCCGTCAACC CCTACCACAT CGACCCACAA TGGCTGCTGC 
GTCGGGAACT CGACATCTAC CTCCCCTGTT ACGCCCGGCC TCATGGCCAA TAGTATGACT 
GTTCATAATG ATAAACAGTT TTTTGAGCGC TTCGTGGATA ACACGTTGTC AAGAAGCATG 
GAACAGCAGC TTGCGCAGCC TGTAGCGCAT CCTCAAGCCT ATGCTCAGCC TCAACCGCGA 
TATCATTCCC CGTCATCTAT GGTCCCTCAA TTTCATCCTC AACCTGTCCC ACACCCACAT 
CCTCATCCAC ACCCACAGCC ACACTCACGC TCCCAAATCC ATTCCCTACT CCAGACACAA 
GCACAGCCTT TCCCTCAACA GCAATATTCT TTCTCTTCCC AACCGAGTGT ACAACAACAA 
CAGCAATTCA ACGAATCTGT TACTCTCCCA CTAGTTCGTG GTATGTCTCC CGCAAAACGT 
CCCTCTATTC CTTCTACGGC TATGCGTTCT CCTCACCCGA CTTCATCCAT AGCTTCCACG 
CCAACAGCTG ATCGCATCAT GTCCTCTCCT GCCCTCTCAT CTTCACCCGA CCCACTGGGC 
CTTCCAGGAC CATCCCCGTC AAAAAAACCA CGAGGGAAGA AGGAGATATC TCCTATATGG 
GCCCAGTCTA ACAATCATCC TGCCGACGGT GTAATAGGTA TGAGGTCGTT GAGTATGGCA 
GAGAGGAGTA TGAGCGTTAG CTCAGGCCTT AGCTCTGGTG AGGAAAAAAA AGATAAAATT 
ACGTTAAAGA TTCCGATGCA TCTCGCGACT CCTCAGCAGC CCCGAAAGTC CGACCGGGAG 
GAGGAAGAAG AGGAAGAAGA TAAGCTGGAT TGGGGCGATG AACTTGGGAA AGACGAACAG 
GGTGATTGGA CAATGGAGAG ATGCTCGAGT CCCAGCGGCA ATAGAGGTGT CGATATGCAA 
GTGCAGATGA GTGGAAGGAC CGGAGAAAGA GATATGCGTA CCAATCCCAC TTTTCGGGAC 
CTTGAATTGG CGAATGCCAA ATACTTTGCC CATATCTCGA AGGAAGGGAC ACACGCCCTT 
CTCTCCACCG AGACTATGGC AAAAATTATA CGATATATCA TACGTGTCCA GTCGACAAAG 
AAGCGACAGA AGAGCGGATC TGAGACTGAT GGCGAAGCGC GAGGATGGGA TTTAACAGCT 
GTCAATGGGC TTTTGAGACA TTTGGAGAAA TGCATACGGG ATGCGGAAGG AACATCTGCT 
TTTCCTGATG ACCGAAAGGC GATCAATGTA GATGAAAAAT TCAAGAAAAA GAAGGGAAAG 
TCCAAGACTG GAAGTGTTTC ACCCCTGAAA CCTGTGAATG CGTTCAAAAA TGAGGGACAG 
GACCTTGAAG AAGAGATACC CCATACCCGC ATGGCGCAGT GCGAAGAAAC TCTGTTGAGA 
TTACGCAGAG GCGTTGCCGC TGCAGAATGT TGCTTTGTTC TGCTGGACTC TGAAGGGTTG 
TCTAAACAGG TGTACTCTGA GGATCTGTTA TCAACATGTG TGCAGATGAT CAAAGAACAA 
CTTGCGCAAG TCGTTGTCCC CGTTCTGCAA GGCATGGCTG GCGAAAGTAT GTGCTGTGTG 
TTGTCGGCGT TATCTTCACT GATGTTTCTC GCAGAGATCG CTTCATCGAC GCTAGCTCAT 
GTGGTCCAAG AAGAATTGGC AAATTCCAAG AAGGGGAAGC TGTCGATGCC TTTATCATCT 
TATTTTCACA ACGTCACGAT TTCAGCCATC GCCCAGTCCA TCTGCTCCAC CTTACCCCGC 
TTGACTTCCA TGATTAGCAG AGAGAACTTT GCTTTCTCGG AATCTCTCAT CATCCAAATT 
GTCTATCTCG CAAAAGAACC ACTGTTTATC GTGGATCCAG GAGCGAAGAA GAAGCATGAA 
AGAGAAGGAA TGGCAATCGT GAAAACTTTG AGGATGGAGG CCTTGAGCCT GCTAAGAGGA 
GCGTTCGCGA GATATGATGC GCAACGGCAA TGGATCATTG AAGAAGTCCT GAGTTCACTT 
GTTGGAATAC CAGGACAAAG CCACGACCAA ACGCATTTCC AACTGGCAAA TGGCAAATCC 
ATTCATGCTC TCAGTGCCCT CTTGCTCCAG CTCGTTCAAG CTTCAGCATA TGGTGCTATG 
ACCAAAATAC GCAAGATACA CTCTTCAGCT GCGGATATGG AAGTTTTGGA CAGGCCCGCT 
GAGGAAAAAA AGGACGTGGA AGAGGAAGAG GCTCGAATCT GTGCAGAAAC CGTAGAGTCT 
GCTGTTCGCT CCGCCACGAT GATAGCTAGC TACGTCTTAT CAAAAGCAAC GACCACTAAA 
GCTACCAAAA CCTCTCATGA TGCCGACTAC AAGACGATTC TTGGTCTCTT CATGAACGAT 
CTTCTCACTG TCCTATATCG TCCCGAGTGG CCAGCGGCTT CCCTATATTT GAGCGTCTTT 
TCTAGGATCA TGGTTAGTTC TTTAGACGAT TCAAAGACCG GGACAGAAGC TACTGCCTCC 
AAGACTGTTG CGTTGGACTA TTTGGCAGAT ATCGCTGCGA AGCTGAAATC GCTAGGTATG 
GAGATGACAG GTGTGACTAG AGTGGCTGCT CTCGATGAGG TGATTTCTGA AGCCAGCATT 
GATGACCTGA AGAAACTCAT CGAAGCCCAA GCTTCCATTC GTACATTCCT CAACTCTGCA 
GCACATGATG ACAATTCCTT CACTTGTTCC CTGGATATGG CTTCTGTCAT CTGGGCTCAG 
GAGCTCCAAA ATGGTATCAA AAAGGCTGGA TCAATCGTCG AGAAGCTCGC GGCAGAGAAA 
GATGATGAAG CGCAAGAGAT GGGCCAGAAA CTACTGTCTA TTGGTATGAT GCTTAAAACA 
ACTCTCCGGA ATGTTTGGAT GACGGATGAT AAGCTTTTCG AAGTCAACGA TCCCAAGCAA 
GCAGAACAAG CAGTCCAAGC TTCTATCTCT GTATCTCGAG GTAGATCATT ACAGAGCGCT 
ATTGACCCCA TCATCCACGC ATTACTTACA GCACTGGGCA ACCCAATCAT TGCTATCCGT 
ACCAAGGCTC TGAGAGGTGT CGGAAGTATC GTTATGGTGG ATCCAGATGT ACTTCGGCTG 
CGCCAGTTTC GCCTTGCTCT GGAGGAAAGA CTGTCCGACG TGTCACCAGG TGTGAGAGAT 
GCAGCCGTGG AGCTTGTTGG CAAGTATCTT GTTCAGAAAC CCGAGCTTGC TACGCAGTAT 
TACCCACAGA TTGCTCTACG CGTTATGGAT ACTGGTTTAA GCGTACGAAA GAGAGTTATC 
AAGATCCTGA AAGGCATTTT TGCTACGATG GAAGAAAAAA AGATGCAAAT CGACATCTGC 
TGCAAGATGA TTGCTTTAAC GGATGACCGT GATCCAGGAA TTAAGGATCT CTCAACCAAG 
ACACTGACTG AGATAATTTT TTCAGATGAA GGAGGTGATT CAGCGACGCT CTTAGTTGAC 
ATCCTAAGCG ATTATAGAGG ATCGTACGCC GTTCTCGAGA AGGCCATGGA CGAGGTACTC 
AAGGAGTGCG AAAATGTCGG CCAGAAATAC CGTTTCGGCA AGATAATTGA CGACCTTGTT 
GCCCGATTGA TTGACGCCAC GGAGCAAATC GAATTTGACT CTCTAAGCCA CATTAAAGCA 
ATTTGGCTCA TAGCTGGCAG CGACCCCTCA CAGGTTGACA CCCAAAAAGC CAGCGTTCTG 
TTGACCTATC TCAGACCGCC TGCCAACGCC GATGATCAAG CGACGAATGA GCTTCTTCTC 
CGCATTTTCC AAAGGTGTAT CCCTCGAATG CCTCGTACAG CTTCGACTTT TGCCCTGGAT 
CTCACCAAGT CCCTTATGCC AATGATTAGC AAGCCATCGG GCGGTTTTCA GGCTTTGCGA 
GAAACCATTG GTTGTTTCTG TGCCGTGACA AATTATCTGA CCAAGGATTG GATGAAAGTG 
ATCACGGTAC TCAGAGCATG CGAGGCTAAG ATCAGGCCAG TCTGGCGACA GATCAAAGAT 
TTTTCAAATG AAAAGGTACC GGCGCTGAAT CAAGCATCTG CAATGATGCT GTATATCACG 
GCCCTTATTG CTGAAGGTTG CAACTTGGAC ATAGTTGCTA AGGACGACCT TGCTGTCGAT 
AGAGAATTGC GCAAGATCAC TCCCCAGCCT ATTTCAGAGT ACTTCTCCCA GATCTATCTC 
GACTTTGCTC GCATGTACTC CGCTCAATCT GCCCCCACCA TTTGTCTAGG CGCCCTTTTT 
CGTTCTTACC CTTCTCTCCT TCAACGGCCA GAGATTGTCC AATGGATGCA GGACACGTTC 
GCTTCAGGCG ATATGGATGC CCGCGCGAGA CTTTTGAGTG TTATTCATGA GTTTTTAGCG 
TCGGAAGTCA GGAAGAGGGT CGAAGGTGTG GATACAAAAA AGGATGTGAG CTTGCTTATC 
GGAAATGCCA AGGAGTTGCA AGATTCAGAC TATTCTACGA CTATCGTGCA AAACAACATC 
GAGCATATAT TTGAATGTGC CAGATCTCAA CATATCCCTG CACAGAATGC TGCTCTAGAT 
GTGCTCACAT TTGTCGTCAA TCAAGGGCTC TACTCGCCTG TTCACACTGT CCCTATCCTT 
GTCACGTTGG AGACCGCCGA AGATCCAGTT GTATCTGAAC GAGCTCTCGC TCTGCATAAC 
ACACTTCACG CCAAACATGC GAGCCTTATC CATGTCTTGT TCATGGATTC GGCCAAAGCG 
TCTTACCAAT ATCAGCGTAA TATCTCTGCA GAGCCCTCTG GACATCGTAA TGGTGTCGCT 
TTGCTATCAA AGTGGTATGT CATGTTGCAC GAGAAGAGGA GCTGGAGGCA CGATTTTTTG 
AAGGCTCTAT GTAGGGCGTT CGATGGGGAT TTGGAGGATC ACATGGACAT CGGCCTGGTT 
TTGTATCTTG CCGAAAACCT GGCAACTTTG GATTATAAGC TACAAGAAGA ACCCATGACT 
GTCGTTCAAG CCCTTAACAG AGTTGTGTCC ACTTGTTCTC ACCTCGCCGC ACTCATGGAA 
GAAGCAGCCT TGGAGGGTGA GTCGACTGAG TCACTTGAGG GAAAGAAGGT GCCCTTGGGA 
AAATTAAGCG GGGAAAGTAT CGACGCGAGC AGACTGGCGG AAGCGAGCAT CGTGGTCGGG 
TTGGCATTGC TGGTGAAAAA TCATCTAGTT GCATTATACC ATTTACCTGA AGACAAATGC 
GCGAGTCATA TACCAGGCAA AAAGTCTACG ATCGGAGACA AGCCAGCTCA GAGAAGAGGG 
ATGCAAGTGC TGGAACTGAG TAGGATGCCG TTGGCCAGGG GTGTCGTCAG TATAGGAGAC 
TTCAAAGAGC AACAGGTCGC GTTTTCACGG CTATTGCAAG AGGATGGAAC CTTGTCTGAA 
AAGGAAGAAT TGTAG

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

CNA05290 ( XM_024656302.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21) -> XP_024511932.1 Cryptococcus neoformans var. neoformans JEC21 IDN3-B, putative (CNA05290), mRNA.

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CloneID	OCn06608
Clone ID Related Accession (Same CDS sequence)	XM_024656302.1
Accession Version	XM_024656302.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5916bp) 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	IDN3-B, 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_006670).

ATGCCTCAAC AACATCCGCT CGTTCAGGTT GACCAAGCAG ACTATGGTCA CAGCTACCGA 
TCTCCTGCAA GCCAAGGTCA GACGAACCAA AGCGGAAGGC ATCAAGACCC ATCTAGTATT 
TTGAGCGTGT ATCCTTTCAT GACCTATGCG CCTACCGCTC GGGTGGCTCA GCACCTTTCT 
CCTCATCATG CTTTCCCTCA AAGCGCTCCT CCGTCAAGGG AAATATATCC TCAGTATGCC 
CAAGCATTTG ACAGGGTGGA ACAGCCTCAG ACAGCGGAAG ACTGGGCTAT GAAGCAATCA 
ACAGACATGC AGATACAGCA ACTGCTAGAA AGACAACGAG GAGTGTATGA CTATGCCCAA 
GGGCCTCCTC CCGCCCCTCA GCATCCTCGA TACTACTCAG GGCCGCCTAC ACCAGTCTCA 
GATCATCAAT CACAACCTCA TATAGCTCCT GCTAGCTACT CGAATACTCC ATCGATGTCG 
TATAATTTCC TTCCAGCCTA TATGCCCCCG TCAACCCCTA CCACATCGAC CCACAATGGC 
TGCTGCGTCG GGAACTCGAC ATCTACCTCC CCTGTTACGC CCGGCCTCAT GGCCAATAGT 
ATGACTGTTC ATAATGATAA ACAGTTTTTT GAGCGCTTCG TGGATAACAC GTTGTCAAGA 
AGCATGGAAC AGCAGCTTGC GCAGCCTGTA GCGCATCCTC AAGCCTATGC TCAGCCTCAA 
CCGCGATATC ATTCCCCGTC ATCTATGGTC CCTCAATTTC ATCCTCAACC TGTCCCACAC 
CCACATCCTC ATCCACACCC ACAGCCACAC TCACGCTCCC AAATCCATTC CCTACTCCAG 
ACACAAGCAC AGCCTTTCCC TCAACAGCAA TATTCTTTCT CTTCCCAACC GAGTGTACAA 
CAACAACAGC AATTCAACGA ATCTGTTACT CTCCCACTAG TTCGTGGTAT GTCTCCCGCA 
AAACGTCCCT CTATTCCTTC TACGGCTATG CGTTCTCCTC ACCCGACTTC ATCCATAGCT 
TCCACGCCAA CAGCTGATCG CATCATGTCC TCTCCTGCCC TCTCATCTTC ACCCGACCCA 
CTGGGCCTTC CAGGACCATC CCCGTCAAAA AAACCACGAG GGAAGAAGGA GATATCTCCT 
ATATGGGCCC AGTCTAACAA TCATCCTGCC GACGGTGTAA TAGGTATGAG GTCGTTGAGT 
ATGGCAGAGA GGAGTATGAG CGTTAGCTCA GGCCTTAGCT CTGGTGAGGA AAAAAAAGAT 
AAAATTACGT TAAAGATTCC GATGCATCTC GCGACTCCTC AGCAGCCCCG AAAGTCCGAC 
CGGGAGGAGG AAGAAGAGGA AGAAGATAAG CTGGATTGGG GCGATGAACT TGGGAAAGAC 
GAACAGGGTG ATTGGACAAT GGAGAGATGC TCGAGTCCCA GCGGCAATAG AGGTGTCGAT 
ATGCAAGTGC AGATGAGTGG AAGGACCGGA GAAAGAGATA TGCGTACTGC TTGGCAGAAG 
CTTCATACGT TACTTGAAGA TATATCAGAG GAGTCAGACT CTTTTCCAGC CAATCCCACT 
TTTCGGGACC TTGAATTGGC GAATGCCAAA TACTTTGCCC ATATCTCGAA GGAAGGGACA 
CACGCCCTTC TCTCCACCGA GACTATGGCA AAAATTATAC GATATATCAT ACGTGTCCAG 
TCGACAAAGA AGCGACAGAA GAGCGGATCT GAGACTGATG GCGAAGCGCG AGGATGGGAT 
TTAACAGCTG TCAATGGGCT TTTGAGACAT TTGGAGAAAT GCATACGGGA TGCGGAAGGA 
ACATCTGCTT TTCCTGATGA CCGAAAGGCG ATCAATGTAG ATGAAAAATT CAAGAAAAAG 
AAGGGAAAGT CCAAGACTGG AAGTGTTTCA CCCCTGAAAC CTGTGAATGC GTTCAAAAAT 
GAGGGACAGG ACCTTGAAGA AGAGATACCC CATACCCGCA TGGCGCAGTG CGAAGAAACT 
CTGTTGAGAT TACGCAGAGG CGTTGCCGCT GCAGAATGTT GCTTTGTTCT GCTGGACTCT 
GAAGGGTTGT CTAAACAGGT GTACTCTGAG GATCTGTTAT CAACATGTGT GCAGATGATC 
AAAGAACAAC TTGCGCAAGT CGTTGTCCCC GTTCTGCAAG GCATGGCTGG CGAAAAGATC 
GCTTCATCGA CGCTAGCTCA TGTGGTCCAA GAAGAATTGG CAAATTCCAA GAAGGGGAAG 
CTGTCGATGC CTTTATCATC TTATTTTCAC AACGTCACGA TTTCAGCCAT CGCCCAGTCC 
ATCTGCTCCA CCTTACCCCG CTTGACTTCC ATGATTAGCA GAGAGAACTT TGCTTTCTCG 
GAATCTCTCA TCATCCAAAT TGTCTATCTC GCAAAAGAAC CACTGTTTAT CGTGGATCCA 
GGAGCGAAGA AGAAGCATGA AAGAGAAGGA ATGGCAATCG TGAAAACTTT GAGGATGGAG 
GCCTTGAGCC TGCTAAGAGG AGCGTTCGCG AGATATGATG CGCAACGGCA ATGGATCATT 
GAAGAAGTCC TGAGTTCACT TGTTGGAATA CCAGGACAAA GCCACGACCA AACGCATTTC 
CAACTGGCAA ATGGCAAATC CATTCATGCT CTCAGTGCCC TCTTGCTCCA GCTCGTTCAA 
GCTTCAGCAT ATGGTGCTAT GACCAAAATA CGCAAGATAC ACTCTTCAGC TGCGGATATG 
GAAGTTTTGG ACAGGCCCGC TGAGGAAAAA AAGGACGTGG AAGAGGAAGA GGCTCGAATC 
TGTGCAGAAA CCGTAGAGTC TGCTGTTCGC TCCGCCACGA TGATAGCTAG CTACGTCTTA 
TCAAAAGCAA CGACCACTAA AGCTACCAAA ACCTCTCATG ATGCCGACTA CAAGACGATT 
CTTGGTCTCT TCATGAACGA TCTTCTCACT GTCCTATATC GTCCCGAGTG GCCAGCGGCT 
TCCCTATATT TGAGCGTCTT TTCTAGGATC ATGGTTAGTT CTTTAGACGA TTCAAAGACC 
GGGACAGAAG CTACTGCCTC CAAGACTGTT GCGTTGGACT ATTTGGCAGA TATCGCTGCG 
AAGCTGAAAT CGCTAGGTAT GGAGATGACA GGTGTGACTA GAGTGGCTGC TCTCGATGAG 
GTGATTTCTG AAGCCAGCAT TGATGACCTG AAGAAACTCA TCGAAGCCCA AGCTTCCATT 
CGTACATTCC TCAACTCTGC AGCACATGAT GACAATTCCT TCACTTGTTC CCTGGATATG 
GCTTCTGTCA TCTGGGCTCA GGAGCTCCAA AATGGTATCA AAAAGGCTGG ATCAATCGTC 
GAGAAGCTCG CGGCAGAGAA AGATGATGAA GCGCAAGAGA TGGGCCAGAA ACTACTGTCT 
ATTGGTATGA TGCTTAAAAC AACTCTCCGG AATGTTTGGA TGACGGATGA TAAGCTTTTC 
GAAGTCAACG ATCCCAAGCA AGCAGAACAA GCAGTCCAAG CTTCTATCTC TGTATCTCGA 
GGTAGATCAT TACAGAGCGC TATTGACCCC ATCATCCACG CATTACTTAC AGCACTGGGC 
AACCCAATCA TTGCTATCCG TACCAAGGCT CTGAGAGGTG TCGGAAGTAT CGTTATGGTG 
GATCCAGATG TACTTCGGCT GCGCCAGTTT CGCCTTGCTC TGGAGGAAAG ACTGTCCGAC 
GTGTCACCAG GTGTGAGAGA TGCAGCCGTG GAGCTTGTTG GCAAGTATCT TGTTCAGAAA 
CCCGAGCTTG CTACGCAGTA TTACCCACAG ATTGCTCTAC GCGTTATGGA TACTGGTTTA 
AGCGTACGAA AGAGAGTTAT CAAGATCCTG AAAGGCATTT TTGCTACGAT GGAAGAAAAA 
AAGATGCAAA TCGACATCTG CTGCAAGATG ATTGCTTTAA CGGATGACCG TGATCCAGGA 
ATTAAGGATC TCTCAACCAA GACACTGACT GAGATAATTT TTTCAGATGA AGGAGGTGAT 
TCAGCGACGC TCTTAGTTGA CATCCTAAGC GATTATAGAG GATCGTACGC CGTTCTCGAG 
AAGGCCATGG ACGAGGTACT CAAGGAGTGC GAAAATGTCG GCCAGAAATA CCGTTTCGGC 
AAGATAATTG ACGACCTTGT TGCCCGATTG ATTGACGCCA CGGAGCAAAT CGAATTTGAC 
TCTCTAAGCC ACATTAAAGC AATTTGGCTC ATAGCTGGCA GCGACCCCTC ACAGGTTGAC 
ACCCAAAAAG CCAGCGTTCT GTTGACCTAT CTCAGACCGC CTGCCAACGC CGATGATCAA 
GCGACGAATG AGCTTCTTCT CCGCATTTTC CAAAGGTGTA TCCCTCGAAT GCCTCGTACA 
GCTTCGACTT TTGCCCTGGA TCTCACCAAG TCCCTTATGC CAATGATTAG CAAGCCATCG 
GGCGGTTTTC AGGCTTTGCG AGAAACCATT GGTTGTTTCT GTGCCGTGAC AAATTATCTG 
ACCAAGGATT GGATGAAAGT GATCACGGTA CTCAGAGCAT GCGAGGCTAA GATCAGGCCA 
GTCTGGCGAC AGATCAAAGA TTTTTCAAAT GAAAAGGTAC CGGCGCTGAA TCAAGCATCT 
GCAATGATGC TGTATATCAC GGCCCTTATT GCTGAAGGTT GCAACTTGGA CATAGTTGCT 
AAGGACGACC TTGCTGTCGA TAGAGAATTG CGCAAGATCA CTCCCCAGCC TATTTCAGAG 
TACTTCTCCC AGATCTATCT CGACTTTGCT CGCATGTACT CCGCTCAATC TGCCCCCACC 
ATTTGTCTAG GCGCCCTTTT TCGTTCTTAC CCTTCTCTCC TTCAACGGCC AGAGATTGTC 
CAATGGATGC AGGACACGTT CGCTTCAGGC GATATGGATG CCCGCGCGAG ACTTTTGAGT 
GTTATTCATG AGTTTTTAGC GTCGGAAGTC AGGAAGAGGG TCGAAGGTGT GGATACAAAA 
AAGGATGTGA GCTTGCTTAT CGGAAATGCC AAGGAGTTGC AAGATTCAGA CTATTCTACG 
ACTATCGTGC AAAACAACAT CGAGCATATA TTTGAATGTG CCAGATCTCA ACATATCCCT 
GCACAGAATG CTGCTCTAGA TGTGCTCACA TTTGTCGTCA ATCAAGGGCT CTACTCGCCT 
GTTCACACTG TCCCTATCCT TGTCACGTTG GAGACCGCCG AAGATCCAGT TGTATCTGAA 
CGAGCTCTCG CTCTGCATAA CACACTTCAC GCCAAACATG CGAGCCTTAT CCATGTCTTG 
TTCATGGATT CGGCCAAAGC GTCTTACCAA TATCAGCGTA ATATCTCTGC AGAGCCCTCT 
GGACATCGTA ATGGTGTCGC TTTGCTATCA AAGTGGTATG TCATGTTGCA CGAGAAGAGG 
AGCTGGAGGC ACGATTTTTT GAAGGCTCTA TGTAGGGCGT TCGATGGGGA TTTGGAGGAT 
CACATGGACA TCGGCCTGGT TTTGTATCTT GCCGAAAACC TGGCAACTTT GGATTATAAG 
CTACAAGAAG AACCCATGAC TGTCGTTCAA GCCCTTAACA GAGTTGTGTC CACTTGTTCT 
CACCTCGCCG CACTCATGGA AGAAGCAGCC TTGGAGGGTG AGTCGACTGA GTCACTTGAG 
GGAAAGAAGG TGCCCTTGGG AAAATTAAGC GGGGAAAGTA TCGACGCGAG CAGACTGGCG 
GAAGCGAGCA TCGTGGTCGG GTTGGCATTG CTGGTGAAAA ATCATCTAGT TGCATTATAC 
CATTTACCTG AAGACAAATG CGCGAGTCAT ATACCAGGCA AAAAGTCTAC GATCGGAGAC 
AAGCCAGCTC AGAGAAGAGG GATGCAAGTG CTGGAACTGA GTAGGATGCC GTTGGCCAGG 
GGTGTCGTCA GTATAGGAGA CTTCAAAGAG CAACAGGTCG CGTTTTCACG GCTATTGCAA 
GAGGATGGAA CCTTGTCTGA AAAGGAAGAA TTGTAG

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

RefSeq	XP_024511932.1
CDS	97..6012
Translation	MPQQHPLVQVDQADYGHSYRSPASQGQTNQSGRHQDPSSILSVYPFMTYAPTARVAQHLSPHHAFPQSAPPSREIYPQYAQAFDRVEQPQTAEDWAMKQSTDMQIQQLLERQRGVYDYAQGPPPAPQHPRYYSGPPTPVSDHQSQPHIAPASYSNTPSMSYNFLPAYMPPSTPTTSTHNGCCVGNSTSTSPVTPGLMANSMTVHNDKQFFERFVDNTLSRSMEQQLAQPVAHPQAYAQPQPRYHSPSSMVPQFHPQPVPHPHPHPHPQPHSRSQIHSLLQTQAQPFPQQQYSFSSQPSVQQQQQFNESVTLPLVRGMSPAKRPSIPSTAMRSPHPTSSIASTPTADRIMSSPALSSSPDPLGLPGPSPSKKPRGKKEISPIWAQSNNHPADGVIGMRSLSMAERSMSVSSGLSSGEEKKDKITLKIPMHLATPQQPRKSDREEEEEEEDKLDWGDELGKDEQGDWTMERCSSPSGNRGVDMQVQMSGRTGERDMRTAWQKLHTLLEDISEESDSFPANPTFRDLELANAKYFAHISKEGTHALLSTETMAKIIRYIIRVQSTKKRQKSGSETDGEARGWDLTAVNGLLRHLEKCIRDAEGTSAFPDDRKAINVDEKFKKKKGKSKTGSVSPLKPVNAFKNEGQDLEEEIPHTRMAQCEETLLRLRRGVAAAECCFVLLDSEGLSKQVYSEDLLSTCVQMIKEQLAQVVVPVLQGMAGEKIASSTLAHVVQEELANSKKGKLSMPLSSYFHNVTISAIAQSICSTLPRLTSMISRENFAFSESLIIQIVYLAKEPLFIVDPGAKKKHEREGMAIVKTLRMEALSLLRGAFARYDAQRQWIIEEVLSSLVGIPGQSHDQTHFQLANGKSIHALSALLLQLVQASAYGAMTKIRKIHSSAADMEVLDRPAEEKKDVEEEEARICAETVESAVRSATMIASYVLSKATTTKATKTSHDADYKTILGLFMNDLLTVLYRPEWPAASLYLSVFSRIMVSSLDDSKTGTEATASKTVALDYLADIAAKLKSLGMEMTGVTRVAALDEVISEASIDDLKKLIEAQASIRTFLNSAAHDDNSFTCSLDMASVIWAQELQNGIKKAGSIVEKLAAEKDDEAQEMGQKLLSIGMMLKTTLRNVWMTDDKLFEVNDPKQAEQAVQASISVSRGRSLQSAIDPIIHALLTALGNPIIAIRTKALRGVGSIVMVDPDVLRLRQFRLALEERLSDVSPGVRDAAVELVGKYLVQKPELATQYYPQIALRVMDTGLSVRKRVIKILKGIFATMEEKKMQIDICCKMIALTDDRDPGIKDLSTKTLTEIIFSDEGGDSATLLVDILSDYRGSYAVLEKAMDEVLKECENVGQKYRFGKIIDDLVARLIDATEQIEFDSLSHIKAIWLIAGSDPSQVDTQKASVLLTYLRPPANADDQATNELLLRIFQRCIPRMPRTASTFALDLTKSLMPMISKPSGGFQALRETIGCFCAVTNYLTKDWMKVITVLRACEAKIRPVWRQIKDFSNEKVPALNQASAMMLYITALIAEGCNLDIVAKDDLAVDRELRKITPQPISEYFSQIYLDFARMYSAQSAPTICLGALFRSYPSLLQRPEIVQWMQDTFASGDMDARARLLSVIHEFLASEVRKRVEGVDTKKDVSLLIGNAKELQDSDYSTTIVQNNIEHIFECARSQHIPAQNAALDVLTFVVNQGLYSPVHTVPILVTLETAEDPVVSERALALHNTLHAKHASLIHVLFMDSAKASYQYQRNISAEPSGHRNGVALLSKWYVMLHEKRSWRHDFLKALCRAFDGDLEDHMDIGLVLYLAENLATLDYKLQEEPMTVVQALNRVVSTCSHLAALMEEAALEGESTESLEGKKVPLGKLSGESIDASRLAEASIVVGLALLVKNHLVALYHLPEDKCASHIPGKKSTIGDKPAQRRGMQVLELSRMPLARGVVSIGDFKEQQVAFSRLLQEDGTLSEKEEL

Target ORF information:

RefSeq Version	XM_024656302.1
Organism	Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)
Definition	Cryptococcus neoformans var. neoformans JEC21 IDN3-B, putative (CNA05290), mRNA.

Target ORF information:

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

XM_024656302.1

ORF Insert Sequence:

ATGCCTCAAC AACATCCGCT CGTTCAGGTT GACCAAGCAG ACTATGGTCA CAGCTACCGA 
TCTCCTGCAA GCCAAGGTCA GACGAACCAA AGCGGAAGGC ATCAAGACCC ATCTAGTATT 
TTGAGCGTGT ATCCTTTCAT GACCTATGCG CCTACCGCTC GGGTGGCTCA GCACCTTTCT 
CCTCATCATG CTTTCCCTCA AAGCGCTCCT CCGTCAAGGG AAATATATCC TCAGTATGCC 
CAAGCATTTG ACAGGGTGGA ACAGCCTCAG ACAGCGGAAG ACTGGGCTAT GAAGCAATCA 
ACAGACATGC AGATACAGCA ACTGCTAGAA AGACAACGAG GAGTGTATGA CTATGCCCAA 
GGGCCTCCTC CCGCCCCTCA GCATCCTCGA TACTACTCAG GGCCGCCTAC ACCAGTCTCA 
GATCATCAAT CACAACCTCA TATAGCTCCT GCTAGCTACT CGAATACTCC ATCGATGTCG 
TATAATTTCC TTCCAGCCTA TATGCCCCCG TCAACCCCTA CCACATCGAC CCACAATGGC 
TGCTGCGTCG GGAACTCGAC ATCTACCTCC CCTGTTACGC CCGGCCTCAT GGCCAATAGT 
ATGACTGTTC ATAATGATAA ACAGTTTTTT GAGCGCTTCG TGGATAACAC GTTGTCAAGA 
AGCATGGAAC AGCAGCTTGC GCAGCCTGTA GCGCATCCTC AAGCCTATGC TCAGCCTCAA 
CCGCGATATC ATTCCCCGTC ATCTATGGTC CCTCAATTTC ATCCTCAACC TGTCCCACAC 
CCACATCCTC ATCCACACCC ACAGCCACAC TCACGCTCCC AAATCCATTC CCTACTCCAG 
ACACAAGCAC AGCCTTTCCC TCAACAGCAA TATTCTTTCT CTTCCCAACC GAGTGTACAA 
CAACAACAGC AATTCAACGA ATCTGTTACT CTCCCACTAG TTCGTGGTAT GTCTCCCGCA 
AAACGTCCCT CTATTCCTTC TACGGCTATG CGTTCTCCTC ACCCGACTTC ATCCATAGCT 
TCCACGCCAA CAGCTGATCG CATCATGTCC TCTCCTGCCC TCTCATCTTC ACCCGACCCA 
CTGGGCCTTC CAGGACCATC CCCGTCAAAA AAACCACGAG GGAAGAAGGA GATATCTCCT 
ATATGGGCCC AGTCTAACAA TCATCCTGCC GACGGTGTAA TAGGTATGAG GTCGTTGAGT 
ATGGCAGAGA GGAGTATGAG CGTTAGCTCA GGCCTTAGCT CTGGTGAGGA AAAAAAAGAT 
AAAATTACGT TAAAGATTCC GATGCATCTC GCGACTCCTC AGCAGCCCCG AAAGTCCGAC 
CGGGAGGAGG AAGAAGAGGA AGAAGATAAG CTGGATTGGG GCGATGAACT TGGGAAAGAC 
GAACAGGGTG ATTGGACAAT GGAGAGATGC TCGAGTCCCA GCGGCAATAG AGGTGTCGAT 
ATGCAAGTGC AGATGAGTGG AAGGACCGGA GAAAGAGATA TGCGTACTGC TTGGCAGAAG 
CTTCATACGT TACTTGAAGA TATATCAGAG GAGTCAGACT CTTTTCCAGC CAATCCCACT 
TTTCGGGACC TTGAATTGGC GAATGCCAAA TACTTTGCCC ATATCTCGAA GGAAGGGACA 
CACGCCCTTC TCTCCACCGA GACTATGGCA AAAATTATAC GATATATCAT ACGTGTCCAG 
TCGACAAAGA AGCGACAGAA GAGCGGATCT GAGACTGATG GCGAAGCGCG AGGATGGGAT 
TTAACAGCTG TCAATGGGCT TTTGAGACAT TTGGAGAAAT GCATACGGGA TGCGGAAGGA 
ACATCTGCTT TTCCTGATGA CCGAAAGGCG ATCAATGTAG ATGAAAAATT CAAGAAAAAG 
AAGGGAAAGT CCAAGACTGG AAGTGTTTCA CCCCTGAAAC CTGTGAATGC GTTCAAAAAT 
GAGGGACAGG ACCTTGAAGA AGAGATACCC CATACCCGCA TGGCGCAGTG CGAAGAAACT 
CTGTTGAGAT TACGCAGAGG CGTTGCCGCT GCAGAATGTT GCTTTGTTCT GCTGGACTCT 
GAAGGGTTGT CTAAACAGGT GTACTCTGAG GATCTGTTAT CAACATGTGT GCAGATGATC 
AAAGAACAAC TTGCGCAAGT CGTTGTCCCC GTTCTGCAAG GCATGGCTGG CGAAAAGATC 
GCTTCATCGA CGCTAGCTCA TGTGGTCCAA GAAGAATTGG CAAATTCCAA GAAGGGGAAG 
CTGTCGATGC CTTTATCATC TTATTTTCAC AACGTCACGA TTTCAGCCAT CGCCCAGTCC 
ATCTGCTCCA CCTTACCCCG CTTGACTTCC ATGATTAGCA GAGAGAACTT TGCTTTCTCG 
GAATCTCTCA TCATCCAAAT TGTCTATCTC GCAAAAGAAC CACTGTTTAT CGTGGATCCA 
GGAGCGAAGA AGAAGCATGA AAGAGAAGGA ATGGCAATCG TGAAAACTTT GAGGATGGAG 
GCCTTGAGCC TGCTAAGAGG AGCGTTCGCG AGATATGATG CGCAACGGCA ATGGATCATT 
GAAGAAGTCC TGAGTTCACT TGTTGGAATA CCAGGACAAA GCCACGACCA AACGCATTTC 
CAACTGGCAA ATGGCAAATC CATTCATGCT CTCAGTGCCC TCTTGCTCCA GCTCGTTCAA 
GCTTCAGCAT ATGGTGCTAT GACCAAAATA CGCAAGATAC ACTCTTCAGC TGCGGATATG 
GAAGTTTTGG ACAGGCCCGC TGAGGAAAAA AAGGACGTGG AAGAGGAAGA GGCTCGAATC 
TGTGCAGAAA CCGTAGAGTC TGCTGTTCGC TCCGCCACGA TGATAGCTAG CTACGTCTTA 
TCAAAAGCAA CGACCACTAA AGCTACCAAA ACCTCTCATG ATGCCGACTA CAAGACGATT 
CTTGGTCTCT TCATGAACGA TCTTCTCACT GTCCTATATC GTCCCGAGTG GCCAGCGGCT 
TCCCTATATT TGAGCGTCTT TTCTAGGATC ATGGTTAGTT CTTTAGACGA TTCAAAGACC 
GGGACAGAAG CTACTGCCTC CAAGACTGTT GCGTTGGACT ATTTGGCAGA TATCGCTGCG 
AAGCTGAAAT CGCTAGGTAT GGAGATGACA GGTGTGACTA GAGTGGCTGC TCTCGATGAG 
GTGATTTCTG AAGCCAGCAT TGATGACCTG AAGAAACTCA TCGAAGCCCA AGCTTCCATT 
CGTACATTCC TCAACTCTGC AGCACATGAT GACAATTCCT TCACTTGTTC CCTGGATATG 
GCTTCTGTCA TCTGGGCTCA GGAGCTCCAA AATGGTATCA AAAAGGCTGG ATCAATCGTC 
GAGAAGCTCG CGGCAGAGAA AGATGATGAA GCGCAAGAGA TGGGCCAGAA ACTACTGTCT 
ATTGGTATGA TGCTTAAAAC AACTCTCCGG AATGTTTGGA TGACGGATGA TAAGCTTTTC 
GAAGTCAACG ATCCCAAGCA AGCAGAACAA GCAGTCCAAG CTTCTATCTC TGTATCTCGA 
GGTAGATCAT TACAGAGCGC TATTGACCCC ATCATCCACG CATTACTTAC AGCACTGGGC 
AACCCAATCA TTGCTATCCG TACCAAGGCT CTGAGAGGTG TCGGAAGTAT CGTTATGGTG 
GATCCAGATG TACTTCGGCT GCGCCAGTTT CGCCTTGCTC TGGAGGAAAG ACTGTCCGAC 
GTGTCACCAG GTGTGAGAGA TGCAGCCGTG GAGCTTGTTG GCAAGTATCT TGTTCAGAAA 
CCCGAGCTTG CTACGCAGTA TTACCCACAG ATTGCTCTAC GCGTTATGGA TACTGGTTTA 
AGCGTACGAA AGAGAGTTAT CAAGATCCTG AAAGGCATTT TTGCTACGAT GGAAGAAAAA 
AAGATGCAAA TCGACATCTG CTGCAAGATG ATTGCTTTAA CGGATGACCG TGATCCAGGA 
ATTAAGGATC TCTCAACCAA GACACTGACT GAGATAATTT TTTCAGATGA AGGAGGTGAT 
TCAGCGACGC TCTTAGTTGA CATCCTAAGC GATTATAGAG GATCGTACGC CGTTCTCGAG 
AAGGCCATGG ACGAGGTACT CAAGGAGTGC GAAAATGTCG GCCAGAAATA CCGTTTCGGC 
AAGATAATTG ACGACCTTGT TGCCCGATTG ATTGACGCCA CGGAGCAAAT CGAATTTGAC 
TCTCTAAGCC ACATTAAAGC AATTTGGCTC ATAGCTGGCA GCGACCCCTC ACAGGTTGAC 
ACCCAAAAAG CCAGCGTTCT GTTGACCTAT CTCAGACCGC CTGCCAACGC CGATGATCAA 
GCGACGAATG AGCTTCTTCT CCGCATTTTC CAAAGGTGTA TCCCTCGAAT GCCTCGTACA 
GCTTCGACTT TTGCCCTGGA TCTCACCAAG TCCCTTATGC CAATGATTAG CAAGCCATCG 
GGCGGTTTTC AGGCTTTGCG AGAAACCATT GGTTGTTTCT GTGCCGTGAC AAATTATCTG 
ACCAAGGATT GGATGAAAGT GATCACGGTA CTCAGAGCAT GCGAGGCTAA GATCAGGCCA 
GTCTGGCGAC AGATCAAAGA TTTTTCAAAT GAAAAGGTAC CGGCGCTGAA TCAAGCATCT 
GCAATGATGC TGTATATCAC GGCCCTTATT GCTGAAGGTT GCAACTTGGA CATAGTTGCT 
AAGGACGACC TTGCTGTCGA TAGAGAATTG CGCAAGATCA CTCCCCAGCC TATTTCAGAG 
TACTTCTCCC AGATCTATCT CGACTTTGCT CGCATGTACT CCGCTCAATC TGCCCCCACC 
ATTTGTCTAG GCGCCCTTTT TCGTTCTTAC CCTTCTCTCC TTCAACGGCC AGAGATTGTC 
CAATGGATGC AGGACACGTT CGCTTCAGGC GATATGGATG CCCGCGCGAG ACTTTTGAGT 
GTTATTCATG AGTTTTTAGC GTCGGAAGTC AGGAAGAGGG TCGAAGGTGT GGATACAAAA 
AAGGATGTGA GCTTGCTTAT CGGAAATGCC AAGGAGTTGC AAGATTCAGA CTATTCTACG 
ACTATCGTGC AAAACAACAT CGAGCATATA TTTGAATGTG CCAGATCTCA ACATATCCCT 
GCACAGAATG CTGCTCTAGA TGTGCTCACA TTTGTCGTCA ATCAAGGGCT CTACTCGCCT 
GTTCACACTG TCCCTATCCT TGTCACGTTG GAGACCGCCG AAGATCCAGT TGTATCTGAA 
CGAGCTCTCG CTCTGCATAA CACACTTCAC GCCAAACATG CGAGCCTTAT CCATGTCTTG 
TTCATGGATT CGGCCAAAGC GTCTTACCAA TATCAGCGTA ATATCTCTGC AGAGCCCTCT 
GGACATCGTA ATGGTGTCGC TTTGCTATCA AAGTGGTATG TCATGTTGCA CGAGAAGAGG 
AGCTGGAGGC ACGATTTTTT GAAGGCTCTA TGTAGGGCGT TCGATGGGGA TTTGGAGGAT 
CACATGGACA TCGGCCTGGT TTTGTATCTT GCCGAAAACC TGGCAACTTT GGATTATAAG 
CTACAAGAAG AACCCATGAC TGTCGTTCAA GCCCTTAACA GAGTTGTGTC CACTTGTTCT 
CACCTCGCCG CACTCATGGA AGAAGCAGCC TTGGAGGGTG AGTCGACTGA GTCACTTGAG 
GGAAAGAAGG TGCCCTTGGG AAAATTAAGC GGGGAAAGTA TCGACGCGAG CAGACTGGCG 
GAAGCGAGCA TCGTGGTCGG GTTGGCATTG CTGGTGAAAA ATCATCTAGT TGCATTATAC 
CATTTACCTG AAGACAAATG CGCGAGTCAT ATACCAGGCA AAAAGTCTAC GATCGGAGAC 
AAGCCAGCTC AGAGAAGAGG GATGCAAGTG CTGGAACTGA GTAGGATGCC GTTGGCCAGG 
GGTGTCGTCA GTATAGGAGA CTTCAAAGAG CAACAGGTCG CGTTTTCACG GCTATTGCAA 
GAGGATGGAA CCTTGTCTGA AAAGGAAGAA TTGTAG

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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CNA05290 cDNA ORF clone, Cryptococcus neoformans var. neoformans JEC21(Filobasidiella neoformans var. neoformans strain JEC21)

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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