CNBB4170 cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A

Gene
Clones
gRNAs

Summary

Gene Symbol	CNBB4170
Entrez Gene ID	4934511
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Cryptococcus neoformans var. neoformans B-3501A

mRNA and Protein(s)

mRNA	Protein	Name
XM_772093.1	XP_777186.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following CNBB4170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNBB4170 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
OCo01226	XM_772093.1 Latest version!	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB4170) partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

CNBB4170 ( XM_772093.1 ) cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A -> XP_777186.1 Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB4170) partial mRNA.

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CloneID	OCo01226
Clone ID Related Accession (Same CDS sequence)	XM_772093.1
Accession Version	XM_772093.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6219bp) 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	1205942400000
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_009178). COMPLETENESS: incomplete on both ends.

ATGGGATCCC CCTTACCAAG ACAGCGTTCA CGCGCAAACC TCAAACATGC ACTCCCTGCG 
CCACCATCCA CTCGCTCACT AGCATCGATG GCAGGTAACA GCCCGACATC GTCTCCTACG 
CCTCAACGAC GCTCTGAGAT TACGGCCGAC GCACTTCGGT CTCACCTTTC AAGCTTGTTA 
GAACAAAAGT CGTCACAACT TCAAATGCTG GGAACAATGG GCCAGGAGAT TCTGAGACAA 
CAGCAAGAGC TCGAAGAGCG CATCCGGGAC TTTGAAGGTG AAGGAATAGA AGGGGATGCC 
ATCGCGGAGG AGACCAAGGA AAAACTTAGA GAGCTTGACG AAGCAATGAA AGCTTGGGAA 
AATCAGAATG AAGATATGAT GAGAGAGCTC GGAGGAAAGC ATCGACAGCT TGACATGGAG 
TTTGCGACTG AGATTGGTCA GAACCTTCTG GTCGAAGTTC GGAGGCTTCA AGCATTGTTG 
AGTGAAAGGG ACCGCGCTCT GGAAAAGCTT TCCGAAGAAA AGGAGACTTG GGAACAAGAA 
AGTCAGACCC TATTGATTGC TGTAAGGGCT GCAGAAAGCA GCGTTGACCG TTACAAAGAA 
GAGAACTGGA ACCTTGAAGT AAATCTACAA GAACTTCGTT CATCTGTTGC CGACATGCAA 
GATCAGCTCA CCAAGGCCAA TGCCGAGCAA GCACGCCTGC AAAAAACCCT CGTATCCTCT 
CGCGAGGCTG CTGAAGCTTA CAAGACCGAA GCCGAGAAAC ATGCTCAGGC TATCGAAGAA 
CTCAAAGCCA AGCATGAGAC TGATATGGCC CAGGCTAGAA GGACGACTGC TGGCTTGCAA 
CGTGACAAAA GCGACTTGTT AGGGGAACTC AATCACGAAA GACAGCGGCG AGTCAGCGCA 
CGAGGCAGAA TGTCCCAGAG CTTGAGCGCT AGCCCTGGCA TGCTCAGTCC TAACCACCTC 
GACAGCGACG AAGACGATGT CTTTGCAGCT GGTGGAAAAG GCAACTCCAG CCCTACCAAA 
CGCGGTCCTG GCTTTGACGC CAACGATAAT GCCCTTTCGC CTTCTCAGCT TTACGAATCC 
GACTTTGACT CACCGAACCC TACGCCCTCT AAACCATTCC CCCGATCACC TCTTGGAGAG 
ATGTTTGTCA GTGAGAACGA TGAGCTCCGT GAGAAACTTC GGGTCGCTGA GCAAGAAATT 
GAAGCTCTCA AGAGCGAAAA TGAGCGAGTC CGACTTGGCA GCTTTTCAAA GAAGGAAAGC 
GTTGTCGATG AGTTTGGCAC TCGTGCTCCT GCAGGTGAAT GGGAGGAAGA TGAGCACACG 
ATTGGTGCTT CAAGTCGAGG CCGAGGTTCT ACCCGGGGCA GACGTGGTGG ACGAGGAAAG 
AATTTTGCCG CCAGTATTGG CCGCAAATTT GGTTTCAACA GAGCAGTTTC TGGCCTCAGC 
ACCCCCAACG CTGGCGACAG AAGCTTCAAC TCAACGAGCT CTGGCACTCC CGATCTTTTG 
CGCCCTCGAG ACATGTCCGC GAGCCCCGCT CCTTCCGTTA TTGGTGGCGA AACGTTGGGC 
AACGTCTTGG GCAATCGCTC TGTTGAGAGG CTCGGATCTG CCTCACCTTT CAACACGCCT 
TCCATCGACA GTCTCAAGGC TAACTTTGGT CAGCCTACAG CTCTTGCCGA TGAAATCGGT 
GCGCCCATCG AGCCATCTAC CGACTATGTC GACGCTGGTA TCATGACTGA TAAATGGTCA 
CCGGAGAAGC CAATCATGCC TGGTACACAG TCGCCTGCTG TTATCCCCTC ACCTACCACG 
CCTACTGAAC TCATTGCCAG CTGGGGTGCT GAAACACCTA AACGCGGTGT CAGGGATGAG 
TCGCAGTTTG CCAACCTTCC TCCTCTCCCT CCTCCTCCAG CAACCCCCAC AGCTGCTGGT 
GATACTACTC CCACCAAGAA GAATACTCCT CTTCCTATGC CCAGCAGGCT TCAGCAAGTC 
TTTGCGCCCA TTTCTATCGA TGATAGTATG TCTATCACTA CCGATACTGA TGCCGACGAC 
TATGAATCGG CTGCTGAGAC GATCGGCTCC CTCACTCCTA ACCGAACCCA ATCCGAGCTC 
CCTACCGACA CCGAAGCCTA CCAAACTGGC CGAGAATGGC CCAACGAGAG CAGCGCAGAG 
GACAGTGACA CGGAGGAAGT GCAAGAACAA GAGCACACTT TGCGTGGTCT GAAGGCCTCT 
TCTACCATAG GTTTGGGCTT GGCCAGTGCC GCTGCTGGTG GATGGGCTGC TGCTAAGCAA 
GCACACAAAA TGGCCAGTAG AGACAGAATC GCCGACGCTC CTGTCGAGAA GATCGTCGAG 
AAGATCGTCG AAGTCGAAAA ACGCATTGAA GTCCCTGTCG ACAGGATTGT CGAGGTTGAA 
AAACGCGTTG AAGTACCTGT GGACAGAATC GTCGAGGTTG AAAAAATTAT CGAAAAGATT 
GTCGAAGTCC CGGTTGAGAG GATTATCGAG GTCGAAAAGA TCGTCGAAAT ACCAGTTGAA 
AAGATTGTGG AGGTTGAGAA GATCGTCGAA GTCGAAAAAC GCATTGAAGT TCCTGTCGAC 
AGGATTATCG AGGTTGAGAA ACGCGTCGAA GTACCTGTGG ACAGAATCGT CGAGGTTGAA 
AAAATTATCG AAAAAATTGT TGAAGTCCCG GTTGAGAAGA TTATCGAGGT CGAAAAGATC 
GTCGAAAAGA TTGTCGAAGT CCCGGTCGAC CGAATCGTCG AGGTACCTGT AGAAAAAATC 
ATTGAAGTGG AGAAACTCGT CGAAGTGCCG GTTGAGGTCG AAAAGATCGT CGAGAAGATC 
GTCGAGAAGA TCATCGAGGT ACCGGTGGAA GTTGAGAAGA TTGTAGAAGT TCCCGTGGAG 
AAAATTGTGG AGGTTGAAAA ACGGGTTGAG GTCCCCGTAG AGGTGGAGAA GATTGTTGAG 
GTACCTGTCG AGGTCGAAAA GATCATTGAG AAAATCGTGG AAGTTCCCAT CGACAAGATC 
ATTGAAATCG AGAAGCGAGT GGAAGTCCCT GTCGAAATCG AAAAGATCGT CGAGGTGCCT 
GTGGAGACAA TTGTCGAGAA AATCGTTGAA GTTGAGAAGA TCGTGGAGAA GACTGTTGAG 
GTCCCAGTCG AAAAGATCAT CGAGGTCGAA AAGATTGTCG AAGTCCCCGT CGAAAAAATC 
ATCGAGGTTG AGAAAATCGT GGAAAAGATC GTTGAGGTCC CAGTCGAAAA GATCATTGAA 
GTTGAAAAGA TTGTGGAGGT CCCCAAGATC ATTGAGGTTG AAAAAGTGGT GGAGAAGATT 
GTTGAGGTTG AAAAGGAAGT CATAAAGGAG GTGGAAGTGG AGAAGATAGT GGAAAAGATT 
GTTGAGGTGG AGGTTGTCAA GGAGGTGCCT GTCAATGTTG ACGTCGAAAA GATTGTAGAA 
CGGGTCGTGG AGGTCGAAAA GCCCGTCGAA AAGATTATTG AGGTGCCAAA GATTGTGGAG 
GTGGAGAAGA TTGTGGAGAA GGTGATAGAA GTCATCAAGG AAGTACCCAA GGAGATCGAG 
ATCATCAAGG AAGTGGAGGT GGAGAAGATT GTTGAAGTCA TCAAGGAAGT GGAGGTGGAG 
AAGATTGTTG AAGTCATCAA GGAAGTTGAG GTTGAAAAAG TGGTCGAGAG GATTGTTGAG 
GTGCCAGTGG AGGTTGAGAA GATTGTTGAG GTCGAGGTGG AGAAGCGAGT CGAAGTACCG 
TTTGAAGTGG AGAAGATTGT TGAAGTTGAA AAGGTTGTTG AGGTGCTGGT GGAAGTGGAA 
AAGAGAGTGG AAGTACCTGT GGAAGTTGAG AAGATTGTGG AGAAGACGAT TGAGGTGCCG 
ATGGAGGTTG AGAAAATCGT GGAAAAGATC GTTGAAGTTC CGGTTGAAAT CGAAAAACGC 
ATCGAAGTCC CGGTCGAAGT CGAAAAGATC GTTCAAATCC CCGTTGAGGT CGAAAAGATC 
GTGGAGAAGA TGGTAGAGGT GCCTGTTGAG GTGGAAAAAA TAGTCGAAAA GGTGGTGGAG 
GTGCCTATCG AAATTGAGAG GATTGTTGAA GTTCAGAAGA TTGTCGAGGT GCCTGTCGAG 
GTCGAGAAGA TTGTCGAAAG GATTGTGGAG CTTCCCGTCG AAGTGCAGCG AAGAATTGAG 
GTCCCGGTCG AGAAGATCGT GGAGGTCGAA AGGATTGTTG AGGTCGAGAA GATTGTGGAG 
GTACTAGTCG AAAAGATTGT CGAAGTCCCT GTCGAGCGTG TCGTCGAGAG GCAAGTCGAG 
GTTCCGGTCG AAATCGAACG CATTATCGAA CGACGAGTTG AGGTTCCGAT CGAGAAGATT 
GTCACCATCG AAAAGCGCAT CGAAATTCCC ATCGAGAGAA TCGTCACTGT GGAGAAGATT 
GTTGAAGTCC CTGTTGCCGC CAACAAATCT CTTTTCTCCG ACTCTACCTC TCAAACCGAA 
CCTCTTGCCT CTGTGAACTC CTCGTCGCTT GCCCCCAATC CCGACATCGG TTTGTTCCGT 
GTCACACCTG GTACAAGTTA CGACTTCCTC AAGGCTCCTC CGTCGACTGT TCGTCGAGTC 
TCTGCGGACA ATCTTGCGGC TGTTGCCAGT GGCTCCGCCG ATTCCACAAA GACAGTCGAG 
ACGAAGAGTG TACCTACTTC TCCTGCGGAC AAATCTCAGC CGCCAATGAT GAACCTTCCC 
CCTCCACCTA GCAACCCACC GCCTAGTCGT ATCGGCAAGA AGATGTCAAT GGGTCCTCCT 
CCTTTGCCTA CCTCTCCCCA CCCCGACGAC TTCCTTCAAC GGGCAACGAG CCCCGCATTC 
CAATCCACCG TTAATCGGCG CTCTTCGACG CGTACCGCTC CATCTGCTGC TGGAGCTGCT 
ATCCGTGCTT CTGGTGGTGA CATGCCGCCC CCAGCCTCTA CCTCGCGTAA ACCGTCAAGA 
AGCAGTTTCA AGCCCGCGGC TTCTGCTCAA GCCACGCCTG TCAGGGATGA TGTCAAGTCT 
CGCCAAAGCG TCAGGCGCCG CACAGACAAC ACCTTTGCTT CCAGCGGTTA CACCTCTGCC 
AACTCTAGTG CCACTGGTCA TGATCAACTC ATAGAACATG ATCGCAACCC TTCACTCTCG 
TCATTCGATA GCTATGCCGG GACAGTCCCG AAGCCGCGTG GTGTACCTAC GGCAGGCTCA 
ACCGATCCCC AAACAATTCA CGCGATTACG CAGACGATGA TTGGAGAGTA TCTGTACAAG 
TACACGAGGA GAGCAGTCGG CAAGGGTCAG AGTAGCAACA GACACAAGAG ATTCTTCTGG 
GTACATCCAT ACACCAAGAC TCTGTACTGG AGCACAGAGG ATCCGGGAAG TAGCAGAGCT 
TCCGAGAGTT CGGCCAAGAG TGTGTTCATC TCGAACGTCA AGGTTATCGA GGACACTAAC 
ATCCAACCTC CTGGTTTGTT CACCAAGAGT ATCGTCGTGT CTACTCCTGG GCGAGAAATT 
CAGATCACTG CACCTACACA AGAGAGGCAT GAGCTCTGGA TGTCTGCACT GCAGTTCCTT 
TTGCAAAAGC AGAGTCCTGA AGCCAACAAT ACTCTCGCCG AGACCACTGT TCGAAACAGC 
TCTCGCCCGG CTCTTGCCTC AATAGCCGAC GAACAAGGCC GACTTACAAT GCCCAAATCT 
CCCCTGTCTC TTCGTTCATT TGGCTCTGAG CGCCATTCTC TCAGTAATAT TACCCCCAAA 
GCCAATCGCA GCCACTCGAC CATGAGTAAC TACCCTCGTT CAGCGTCGAC GATGGGTAAA 
AGGGCAGGTA CAGTAGCACA TGAGTATACG AGAAGGCACG AAGTACCTCA ACCATTCCAT 
GGTGGGCACC GGTACAAGGG GCCTTATAAG GGAGCACCAA TTGTAGACGA CGAATTCGAT 
GTAGTGTCAC GGGAAGATGG AGAGGATATG GATACTTCAT TTGAAGGCCT TGAGAATGTT 
AGAGCGTGCT GCGATGGCAA ACACCTTGTC GGCCAGCATA ATCACCATCA TGACCATCCC 
AATGTCCCTC GGACACCTGC TCGGGCGGAG ACACCATCTC TGCGCGGCTG GTCTATGCGT 
TCAGGAAGAG CGTCCAACGT GCTTAGCGAC GGAGAAAGTA TCTTCTCAAC AGCCAAGAAG 
AGGGAAGAAC GATCAAAATC TGCCATGGGA CATAGGGATA GGAGGGATGG AGCAAAGAGT 
CCTGCTATGG GGTCGTTGAG GAATCTCAAG CAGGCATAG

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

RefSeq	XP_777186.1
CDS	1..6219
Translation	MGSPLPRQRSRANLKHALPAPPSTRSLASMAGNSPTSSPTPQRRSEITADALRSHLSSLLEQKSSQLQMLGTMGQEILRQQQELEERIRDFEGEGIEGDAIAEETKEKLRELDEAMKAWENQNEDMMRELGGKHRQLDMEFATEIGQNLLVEVRRLQALLSERDRALEKLSEEKETWEQESQTLLIAVRAAESSVDRYKEENWNLEVNLQELRSSVADMQDQLTKANAEQARLQKTLVSSREAAEAYKTEAEKHAQAIEELKAKHETDMAQARRTTAGLQRDKSDLLGELNHERQRRVSARGRMSQSLSASPGMLSPNHLDSDEDDVFAAGGKGNSSPTKRGPGFDANDNALSPSQLYESDFDSPNPTPSKPFPRSPLGEMFVSENDELREKLRVAEQEIEALKSENERVRLGSFSKKESVVDEFGTRAPAGEWEEDEHTIGASSRGRGSTRGRRGGRGKNFAASIGRKFGFNRAVSGLSTPNAGDRSFNSTSSGTPDLLRPRDMSASPAPSVIGGETLGNVLGNRSVERLGSASPFNTPSIDSLKANFGQPTALADEIGAPIEPSTDYVDAGIMTDKWSPEKPIMPGTQSPAVIPSPTTPTELIASWGAETPKRGVRDESQFANLPPLPPPPATPTAAGDTTPTKKNTPLPMPSRLQQVFAPISIDDSMSITTDTDADDYESAAETIGSLTPNRTQSELPTDTEAYQTGREWPNESSAEDSDTEEVQEQEHTLRGLKASSTIGLGLASAAAGGWAAAKQAHKMASRDRIADAPVEKIVEKIVEVEKRIEVPVDRIVEVEKRVEVPVDRIVEVEKIIEKIVEVPVERIIEVEKIVEIPVEKIVEVEKIVEVEKRIEVPVDRIIEVEKRVEVPVDRIVEVEKIIEKIVEVPVEKIIEVEKIVEKIVEVPVDRIVEVPVEKIIEVEKLVEVPVEVEKIVEKIVEKIIEVPVEVEKIVEVPVEKIVEVEKRVEVPVEVEKIVEVPVEVEKIIEKIVEVPIDKIIEIEKRVEVPVEIEKIVEVPVETIVEKIVEVEKIVEKTVEVPVEKIIEVEKIVEVPVEKIIEVEKIVEKIVEVPVEKIIEVEKIVEVPKIIEVEKVVEKIVEVEKEVIKEVEVEKIVEKIVEVEVVKEVPVNVDVEKIVERVVEVEKPVEKIIEVPKIVEVEKIVEKVIEVIKEVPKEIEIIKEVEVEKIVEVIKEVEVEKIVEVIKEVEVEKVVERIVEVPVEVEKIVEVEVEKRVEVPFEVEKIVEVEKVVEVLVEVEKRVEVPVEVEKIVEKTIEVPMEVEKIVEKIVEVPVEIEKRIEVPVEVEKIVQIPVEVEKIVEKMVEVPVEVEKIVEKVVEVPIEIERIVEVQKIVEVPVEVEKIVERIVELPVEVQRRIEVPVEKIVEVERIVEVEKIVEVLVEKIVEVPVERVVERQVEVPVEIERIIERRVEVPIEKIVTIEKRIEIPIERIVTVEKIVEVPVAANKSLFSDSTSQTEPLASVNSSSLAPNPDIGLFRVTPGTSYDFLKAPPSTVRRVSADNLAAVASGSADSTKTVETKSVPTSPADKSQPPMMNLPPPPSNPPPSRIGKKMSMGPPPLPTSPHPDDFLQRATSPAFQSTVNRRSSTRTAPSAAGAAIRASGGDMPPPASTSRKPSRSSFKPAASAQATPVRDDVKSRQSVRRRTDNTFASSGYTSANSSATGHDQLIEHDRNPSLSSFDSYAGTVPKPRGVPTAGSTDPQTIHAITQTMIGEYLYKYTRRAVGKGQSSNRHKRFFWVHPYTKTLYWSTEDPGSSRASESSAKSVFISNVKVIEDTNIQPPGLFTKSIVVSTPGREIQITAPTQERHELWMSALQFLLQKQSPEANNTLAETTVRNSSRPALASIADEQGRLTMPKSPLSLRSFGSERHSLSNITPKANRSHSTMSNYPRSASTMGKRAGTVAHEYTRRHEVPQPFHGGHRYKGPYKGAPIVDDEFDVVSREDGEDMDTSFEGLENVRACCDGKHLVGQHNHHHDHPNVPRTPARAETPSLRGWSMRSGRASNVLSDGESIFSTAKKREERSKSAMGHRDRRDGAKSPAMGSLRNLKQA

Target ORF information:

RefSeq Version	XM_772093.1
Organism	Cryptococcus neoformans var. neoformans B-3501A
Definition	Cryptococcus neoformans var. neoformans B-3501A hypothetical protein (CNBB4170) partial mRNA.

Target ORF information:

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

XM_772093.1

ORF Insert Sequence:

ATGGGATCCC CCTTACCAAG ACAGCGTTCA CGCGCAAACC TCAAACATGC ACTCCCTGCG 
CCACCATCCA CTCGCTCACT AGCATCGATG GCAGGTAACA GCCCGACATC GTCTCCTACG 
CCTCAACGAC GCTCTGAGAT TACGGCCGAC GCACTTCGGT CTCACCTTTC AAGCTTGTTA 
GAACAAAAGT CGTCACAACT TCAAATGCTG GGAACAATGG GCCAGGAGAT TCTGAGACAA 
CAGCAAGAGC TCGAAGAGCG CATCCGGGAC TTTGAAGGTG AAGGAATAGA AGGGGATGCC 
ATCGCGGAGG AGACCAAGGA AAAACTTAGA GAGCTTGACG AAGCAATGAA AGCTTGGGAA 
AATCAGAATG AAGATATGAT GAGAGAGCTC GGAGGAAAGC ATCGACAGCT TGACATGGAG 
TTTGCGACTG AGATTGGTCA GAACCTTCTG GTCGAAGTTC GGAGGCTTCA AGCATTGTTG 
AGTGAAAGGG ACCGCGCTCT GGAAAAGCTT TCCGAAGAAA AGGAGACTTG GGAACAAGAA 
AGTCAGACCC TATTGATTGC TGTAAGGGCT GCAGAAAGCA GCGTTGACCG TTACAAAGAA 
GAGAACTGGA ACCTTGAAGT AAATCTACAA GAACTTCGTT CATCTGTTGC CGACATGCAA 
GATCAGCTCA CCAAGGCCAA TGCCGAGCAA GCACGCCTGC AAAAAACCCT CGTATCCTCT 
CGCGAGGCTG CTGAAGCTTA CAAGACCGAA GCCGAGAAAC ATGCTCAGGC TATCGAAGAA 
CTCAAAGCCA AGCATGAGAC TGATATGGCC CAGGCTAGAA GGACGACTGC TGGCTTGCAA 
CGTGACAAAA GCGACTTGTT AGGGGAACTC AATCACGAAA GACAGCGGCG AGTCAGCGCA 
CGAGGCAGAA TGTCCCAGAG CTTGAGCGCT AGCCCTGGCA TGCTCAGTCC TAACCACCTC 
GACAGCGACG AAGACGATGT CTTTGCAGCT GGTGGAAAAG GCAACTCCAG CCCTACCAAA 
CGCGGTCCTG GCTTTGACGC CAACGATAAT GCCCTTTCGC CTTCTCAGCT TTACGAATCC 
GACTTTGACT CACCGAACCC TACGCCCTCT AAACCATTCC CCCGATCACC TCTTGGAGAG 
ATGTTTGTCA GTGAGAACGA TGAGCTCCGT GAGAAACTTC GGGTCGCTGA GCAAGAAATT 
GAAGCTCTCA AGAGCGAAAA TGAGCGAGTC CGACTTGGCA GCTTTTCAAA GAAGGAAAGC 
GTTGTCGATG AGTTTGGCAC TCGTGCTCCT GCAGGTGAAT GGGAGGAAGA TGAGCACACG 
ATTGGTGCTT CAAGTCGAGG CCGAGGTTCT ACCCGGGGCA GACGTGGTGG ACGAGGAAAG 
AATTTTGCCG CCAGTATTGG CCGCAAATTT GGTTTCAACA GAGCAGTTTC TGGCCTCAGC 
ACCCCCAACG CTGGCGACAG AAGCTTCAAC TCAACGAGCT CTGGCACTCC CGATCTTTTG 
CGCCCTCGAG ACATGTCCGC GAGCCCCGCT CCTTCCGTTA TTGGTGGCGA AACGTTGGGC 
AACGTCTTGG GCAATCGCTC TGTTGAGAGG CTCGGATCTG CCTCACCTTT CAACACGCCT 
TCCATCGACA GTCTCAAGGC TAACTTTGGT CAGCCTACAG CTCTTGCCGA TGAAATCGGT 
GCGCCCATCG AGCCATCTAC CGACTATGTC GACGCTGGTA TCATGACTGA TAAATGGTCA 
CCGGAGAAGC CAATCATGCC TGGTACACAG TCGCCTGCTG TTATCCCCTC ACCTACCACG 
CCTACTGAAC TCATTGCCAG CTGGGGTGCT GAAACACCTA AACGCGGTGT CAGGGATGAG 
TCGCAGTTTG CCAACCTTCC TCCTCTCCCT CCTCCTCCAG CAACCCCCAC AGCTGCTGGT 
GATACTACTC CCACCAAGAA GAATACTCCT CTTCCTATGC CCAGCAGGCT TCAGCAAGTC 
TTTGCGCCCA TTTCTATCGA TGATAGTATG TCTATCACTA CCGATACTGA TGCCGACGAC 
TATGAATCGG CTGCTGAGAC GATCGGCTCC CTCACTCCTA ACCGAACCCA ATCCGAGCTC 
CCTACCGACA CCGAAGCCTA CCAAACTGGC CGAGAATGGC CCAACGAGAG CAGCGCAGAG 
GACAGTGACA CGGAGGAAGT GCAAGAACAA GAGCACACTT TGCGTGGTCT GAAGGCCTCT 
TCTACCATAG GTTTGGGCTT GGCCAGTGCC GCTGCTGGTG GATGGGCTGC TGCTAAGCAA 
GCACACAAAA TGGCCAGTAG AGACAGAATC GCCGACGCTC CTGTCGAGAA GATCGTCGAG 
AAGATCGTCG AAGTCGAAAA ACGCATTGAA GTCCCTGTCG ACAGGATTGT CGAGGTTGAA 
AAACGCGTTG AAGTACCTGT GGACAGAATC GTCGAGGTTG AAAAAATTAT CGAAAAGATT 
GTCGAAGTCC CGGTTGAGAG GATTATCGAG GTCGAAAAGA TCGTCGAAAT ACCAGTTGAA 
AAGATTGTGG AGGTTGAGAA GATCGTCGAA GTCGAAAAAC GCATTGAAGT TCCTGTCGAC 
AGGATTATCG AGGTTGAGAA ACGCGTCGAA GTACCTGTGG ACAGAATCGT CGAGGTTGAA 
AAAATTATCG AAAAAATTGT TGAAGTCCCG GTTGAGAAGA TTATCGAGGT CGAAAAGATC 
GTCGAAAAGA TTGTCGAAGT CCCGGTCGAC CGAATCGTCG AGGTACCTGT AGAAAAAATC 
ATTGAAGTGG AGAAACTCGT CGAAGTGCCG GTTGAGGTCG AAAAGATCGT CGAGAAGATC 
GTCGAGAAGA TCATCGAGGT ACCGGTGGAA GTTGAGAAGA TTGTAGAAGT TCCCGTGGAG 
AAAATTGTGG AGGTTGAAAA ACGGGTTGAG GTCCCCGTAG AGGTGGAGAA GATTGTTGAG 
GTACCTGTCG AGGTCGAAAA GATCATTGAG AAAATCGTGG AAGTTCCCAT CGACAAGATC 
ATTGAAATCG AGAAGCGAGT GGAAGTCCCT GTCGAAATCG AAAAGATCGT CGAGGTGCCT 
GTGGAGACAA TTGTCGAGAA AATCGTTGAA GTTGAGAAGA TCGTGGAGAA GACTGTTGAG 
GTCCCAGTCG AAAAGATCAT CGAGGTCGAA AAGATTGTCG AAGTCCCCGT CGAAAAAATC 
ATCGAGGTTG AGAAAATCGT GGAAAAGATC GTTGAGGTCC CAGTCGAAAA GATCATTGAA 
GTTGAAAAGA TTGTGGAGGT CCCCAAGATC ATTGAGGTTG AAAAAGTGGT GGAGAAGATT 
GTTGAGGTTG AAAAGGAAGT CATAAAGGAG GTGGAAGTGG AGAAGATAGT GGAAAAGATT 
GTTGAGGTGG AGGTTGTCAA GGAGGTGCCT GTCAATGTTG ACGTCGAAAA GATTGTAGAA 
CGGGTCGTGG AGGTCGAAAA GCCCGTCGAA AAGATTATTG AGGTGCCAAA GATTGTGGAG 
GTGGAGAAGA TTGTGGAGAA GGTGATAGAA GTCATCAAGG AAGTACCCAA GGAGATCGAG 
ATCATCAAGG AAGTGGAGGT GGAGAAGATT GTTGAAGTCA TCAAGGAAGT GGAGGTGGAG 
AAGATTGTTG AAGTCATCAA GGAAGTTGAG GTTGAAAAAG TGGTCGAGAG GATTGTTGAG 
GTGCCAGTGG AGGTTGAGAA GATTGTTGAG GTCGAGGTGG AGAAGCGAGT CGAAGTACCG 
TTTGAAGTGG AGAAGATTGT TGAAGTTGAA AAGGTTGTTG AGGTGCTGGT GGAAGTGGAA 
AAGAGAGTGG AAGTACCTGT GGAAGTTGAG AAGATTGTGG AGAAGACGAT TGAGGTGCCG 
ATGGAGGTTG AGAAAATCGT GGAAAAGATC GTTGAAGTTC CGGTTGAAAT CGAAAAACGC 
ATCGAAGTCC CGGTCGAAGT CGAAAAGATC GTTCAAATCC CCGTTGAGGT CGAAAAGATC 
GTGGAGAAGA TGGTAGAGGT GCCTGTTGAG GTGGAAAAAA TAGTCGAAAA GGTGGTGGAG 
GTGCCTATCG AAATTGAGAG GATTGTTGAA GTTCAGAAGA TTGTCGAGGT GCCTGTCGAG 
GTCGAGAAGA TTGTCGAAAG GATTGTGGAG CTTCCCGTCG AAGTGCAGCG AAGAATTGAG 
GTCCCGGTCG AGAAGATCGT GGAGGTCGAA AGGATTGTTG AGGTCGAGAA GATTGTGGAG 
GTACTAGTCG AAAAGATTGT CGAAGTCCCT GTCGAGCGTG TCGTCGAGAG GCAAGTCGAG 
GTTCCGGTCG AAATCGAACG CATTATCGAA CGACGAGTTG AGGTTCCGAT CGAGAAGATT 
GTCACCATCG AAAAGCGCAT CGAAATTCCC ATCGAGAGAA TCGTCACTGT GGAGAAGATT 
GTTGAAGTCC CTGTTGCCGC CAACAAATCT CTTTTCTCCG ACTCTACCTC TCAAACCGAA 
CCTCTTGCCT CTGTGAACTC CTCGTCGCTT GCCCCCAATC CCGACATCGG TTTGTTCCGT 
GTCACACCTG GTACAAGTTA CGACTTCCTC AAGGCTCCTC CGTCGACTGT TCGTCGAGTC 
TCTGCGGACA ATCTTGCGGC TGTTGCCAGT GGCTCCGCCG ATTCCACAAA GACAGTCGAG 
ACGAAGAGTG TACCTACTTC TCCTGCGGAC AAATCTCAGC CGCCAATGAT GAACCTTCCC 
CCTCCACCTA GCAACCCACC GCCTAGTCGT ATCGGCAAGA AGATGTCAAT GGGTCCTCCT 
CCTTTGCCTA CCTCTCCCCA CCCCGACGAC TTCCTTCAAC GGGCAACGAG CCCCGCATTC 
CAATCCACCG TTAATCGGCG CTCTTCGACG CGTACCGCTC CATCTGCTGC TGGAGCTGCT 
ATCCGTGCTT CTGGTGGTGA CATGCCGCCC CCAGCCTCTA CCTCGCGTAA ACCGTCAAGA 
AGCAGTTTCA AGCCCGCGGC TTCTGCTCAA GCCACGCCTG TCAGGGATGA TGTCAAGTCT 
CGCCAAAGCG TCAGGCGCCG CACAGACAAC ACCTTTGCTT CCAGCGGTTA CACCTCTGCC 
AACTCTAGTG CCACTGGTCA TGATCAACTC ATAGAACATG ATCGCAACCC TTCACTCTCG 
TCATTCGATA GCTATGCCGG GACAGTCCCG AAGCCGCGTG GTGTACCTAC GGCAGGCTCA 
ACCGATCCCC AAACAATTCA CGCGATTACG CAGACGATGA TTGGAGAGTA TCTGTACAAG 
TACACGAGGA GAGCAGTCGG CAAGGGTCAG AGTAGCAACA GACACAAGAG ATTCTTCTGG 
GTACATCCAT ACACCAAGAC TCTGTACTGG AGCACAGAGG ATCCGGGAAG TAGCAGAGCT 
TCCGAGAGTT CGGCCAAGAG TGTGTTCATC TCGAACGTCA AGGTTATCGA GGACACTAAC 
ATCCAACCTC CTGGTTTGTT CACCAAGAGT ATCGTCGTGT CTACTCCTGG GCGAGAAATT 
CAGATCACTG CACCTACACA AGAGAGGCAT GAGCTCTGGA TGTCTGCACT GCAGTTCCTT 
TTGCAAAAGC AGAGTCCTGA AGCCAACAAT ACTCTCGCCG AGACCACTGT TCGAAACAGC 
TCTCGCCCGG CTCTTGCCTC AATAGCCGAC GAACAAGGCC GACTTACAAT GCCCAAATCT 
CCCCTGTCTC TTCGTTCATT TGGCTCTGAG CGCCATTCTC TCAGTAATAT TACCCCCAAA 
GCCAATCGCA GCCACTCGAC CATGAGTAAC TACCCTCGTT CAGCGTCGAC GATGGGTAAA 
AGGGCAGGTA CAGTAGCACA TGAGTATACG AGAAGGCACG AAGTACCTCA ACCATTCCAT 
GGTGGGCACC GGTACAAGGG GCCTTATAAG GGAGCACCAA TTGTAGACGA CGAATTCGAT 
GTAGTGTCAC GGGAAGATGG AGAGGATATG GATACTTCAT TTGAAGGCCT TGAGAATGTT 
AGAGCGTGCT GCGATGGCAA ACACCTTGTC GGCCAGCATA ATCACCATCA TGACCATCCC 
AATGTCCCTC GGACACCTGC TCGGGCGGAG ACACCATCTC TGCGCGGCTG GTCTATGCGT 
TCAGGAAGAG CGTCCAACGT GCTTAGCGAC GGAGAAAGTA TCTTCTCAAC AGCCAAGAAG 
AGGGAAGAAC GATCAAAATC TGCCATGGGA CATAGGGATA GGAGGGATGG AGCAAAGAGT 
CCTGCTATGG GGTCGTTGAG GAATCTCAAG CAGGCATAG

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

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CNBB4170 cDNA ORF clone, Cryptococcus neoformans var. neoformans B-3501A

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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