Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | CND05870 |
Symbol | |
ID | 3257301 |
Type | CDS |
Is gene spliced | Yes |
Is pseudo gene | No |
Organism name | Cryptococcus neoformans var. neoformans JEC21 |
Kingdom | Eukaryota |
Replicon accession | NC_006686 |
Strand | - |
Start bp | 1602838 |
End bp | 1609142 |
Gene Length | 6305 bp |
Protein Length | 1858 aa |
Translation table | |
GC content | 49% |
IMG OID | 638256526 |
Product | conserved hypothetical protein |
Protein accession | XP_570544 |
Protein GI | 58266776 |
COG category | |
COG ID | |
TIGRFAM ID | |
| ![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_cp.jpg)
![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_hh.jpg)
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Plasmid Coverage information |
Num covering plasmid clones | 16 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | n/a |
Fosmid unclonability p-value | n/a |
Fosmid Hitchhiker | n/a |
Fosmid clonability | n/a |
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Sequence |
Gene sequence | ATGCTGCCAT CAAGCCAACA AACGACCGCT CCCGGGCCCT TGCCGGCCAC GCCCGACCAG TTGTCACTGC GTCAGCGTCA TCCTTCATCC AAGCAGGGCA CGCCCCGTAA CCTTGATGGC CCATCAAGCT CCAAGCCTTC TCCTTCCGAG TCTGCTCGGC GGGGAAAGCC CAATTTTTTC TCTTCAATGC ATTTCTCTCA AGCACTTCCG CAATCAATTC CTTCGATGAT TCCGGATGAG CCTCCACCTG AACTTCAGCG AAGTCAGCGT AGGTCCAAGG TTGAAGCGCT TACAAAACTC GATCGTACTG GTACACCCAT TCAATCCGCC GCTGGGCCTG CTGCAACGTC ATTCGTACCC CACACAATTC AGAAGTCAAC CCCTCCACCA TCTGCTCCGC ATTATTTGCG GAACCCGCTC CATCGTCCGA AAGTCGTCAA TCCGCCCTTC TCCATCGATA GTGTGCGCAC AGAAGCTCCG CGTCATCCTC ATCTCCGTAC CGAGCCAAGG CTTTTTGGAT TAGGAGATTG TCCTACTTTT TATCCCACTC CTGAAGAGTT CAAAGACCCT ATGGCTTATA TCGGCTCCAT CGCCCAGCAA GGTAAAAAGT ATGGAATGTG CAAAATTGTG CCTCCGGAGG GATGGCATAT GCCTTTCCGA CTGGAGACAG AAACATTCAG GTTCAAGGCA AGGCTGCAGC GACTCAATCA GCTCGAAGCC GCCTCCCGGG CCAAGCTCAA CTTTCTGGAA CAACTTTCCA TGTATCATAT GCAGCAAGGC GACTCTAAAA TCCATATCCC CCTCATAGAC CGGCAACCTC TTGATCTTTG GAAGCTGAGA AGGGAAGTCA ACAGGTCCGG AGGGAACCTG GAGTTGGACA GGACAAAAGG TTGGTCGAAG ATCACTGTAA GTCTCGGTCA CAAACCCTCT TGGGCCCCCC ACGTTCGGGC TGCCTACATG AATATCGTTC TGCCCTTTGA CAATTGGGCT GTAAGGGCAA GACCAGCATC CGTTTCACCT TTGGCCAGAC TCAATCCTCG TAGCAGTGGC TCACCCTCTA AGCCGCCTCC TCCCGTTACC AACGATAATT TTTCTGCATC TCCCGTAAAA GGTATCAGCA GAATGGGTAC AACTTCGCAT TACCCAATTT CCAAAATCCG ACCGAATGGC ATGCCCTTTG TGCCTCCTCC TGATAACGGG CGGTCGCCGT CAAAGTGTGC ATCACTCAAT TGTGGTAGCG CTTTGGGGGA TGTGAATGAG ATTAACGAGC CAAGTCCGTT GTCAATATCC CCATCGGCAA CAGCAAGTAC TCCGACGACG TTAAGGATAA ACGTGCCCGG GTTTTCGGAC CAGGAGGGCA GCGACAGTGA ACTGAGTGAT GAGGATTCAG CCTTATCCCC ACCGTCAATT AGGAAAGCAC CTTTCGAGGC AGAGTATCAA AAGGGCGAAG TGAGTTGTTA TTAACGTCCC TTAGTCACAA TACCAATGAT AAATCACAGG TCTGCGAGAT ATGTAAAGGT GAACACGACG CGGATAAGAT TCTCCTCTGC GACGGCTGTG ATAGAGGTAA TTAATTCCGA CATCAAAGCT GCAACTTTCT CACTCCTTTT TATACGCAGG TTTTCACATT TATTGTCTGG ATCCTCCTCT GGCCTCTGTT CCAACCAATG AGGAATGGTA CTGTACATCG TGCCTTCTTT CACAAGGTGA AGATTTTGGA TTCGAAGAAG GTGACGAGCA TTCTGTTGCA AGCTTCCAAG CCCGTGATGC AGCTTTCTCC TATGCGTGGT GGAACCGCCA CATGCCCCAC AGCTCATCCC GGACATCCAT TAATGAAGCT CAGCCTACAG ATGATGGCGA CAATGGGCAG GTGAAGCCTA GACAACTCGG CAAAGTGACG GTCTCAGAGG ATGATATAGA GCGAGAGTTT TGGAGGCTTA CGGAAAGTTC GCTCGATACG GTCGACGTGG AGTACGGAGC GGATATTCAC TCCACTTCAC ATGGAAGGTT GGTTCTGGTC CTTCCCGGGT GGTTAGGTGA AAAGCTGATA GTCAAATAGT GCTGGTCCGA CTCTCGAGAC TCACCCCCTT GATCCATATT CAAGGGATCC TTGGAATCTC AACAACATGC CCATCCTTCC AGATTCGTGA GCCTTTTACC TCTTCGTTGT CATCATTGAT ATTAAGCATC AAAAGCTTGT TGCGTTACAT CAAATCCGAT ATTTCGGGCA TGACTGTACC ATGGATTTAT ATAGGGATGA TGTTCTCCAC GTTCTGCTGG CATAATGAAG ACCATTACAC ATATAGCATC AATTATAGTA TGTTATCATA CGCGTTCAAG GCATCACTAA CCAACCTTCA GTGTACTGGG GCGAGACGAA AACCTGGTAC GGTATTCCCG GCAGTGATGC TGAGAAGTTT GAAGCCGCTA TCAAATCAGA AGCGCCTGAT CTTTTTGAGC AACAGCCTGG ACTTCTGTTC CAACTTATTA CAATGATGAA TCCGGGTCGA CTCAGCGAAG CTGGTGTCAA AGTCGTGGCT TGTGATCAAA GGCCGAATGA GTTTGTGATC ACATTTCCGA AGGCCTATCA CTGCGGTTTC AATCACGGAG TAAGTTTCAA GTGATGAGCG CTTCATTTGA GTGCTGATCG GGAGGGTGCG TAGATCAACA TGAACGAGGC TGTCAATTTT GCACTCCCCG ATTGGTTGCC CGATGGTAAG GAGAGCGTGC GACGATATCG GGAGCACAAT AAAGCACCTG TGTTCTCGCA CAACGAACTG CTTATTACCA TTACCTTGTT TTCGGAGACG ATCAGAACCG CCCTTTGGTA CGCATCACCT AGCAACAAAT AAAAAGGGGC TGATCCGTTT ATCCACATTC AGGTTGAAAG ACGCCCTCAT CGAAATGGTC GACGAGGAAA CAGCACGTCG GGGGGCTCTA CGTACCAAGT ACCCTAAACT AGTGGAATAC CTAATCGAGG AGGATTGTCC AGAGGAGCAG TATCAATGCG CCATTTGCAA GGCGTTTTGT TACCTTGCCC AAGTTACATG TTCGTGTACC AGTCAGGTCT CATGCCTATC CCATGCCGAT CAGCTCTGCA CTTGTAGAAA GCCTCGTAAG GTTCTAAGAA TGAGATATTC AGAAGCCCAA CTAGAGGATA TCCGTGATGT TGTGGTACAT CGAGCAGCTC TCCCCGAGCA ATGGCGCGTC AGATTCCTCT CATTGATGGA AAGCCCTAGA CCACAGTTGA AATCTATGCG AGCTCTTGTG TCGGAGGGGG AGAGGATTGC GCACCCCATA CCCGAACTTG GACCATTGAA GCGCTTTGTG GATGTCGCCA CGTCACTAAT TCAGCAGATT ATGGCCATAA CGGCAAGAAA GAGCGCCGGA AGGCGAAAAA AGGCAAGCAG AGTGGATAGT GACCGCAAGG GCAAAAGAAC TAGGGCCGAC CGGGACGATG GAGAAAATGA TGGTATTGAT CGCAGCCCTG GTGTCCTCAC AGGCCTTTTA AAGCAAGCTG ACCGGCTTGC ATTTGATGCC CCTGAGCTTC CGCAGCTCCG ACAACTTATG GTGACTATCG AAGACTTCCG TACAGAGGCG TCTTCTTTGC TCGCAACCCC TGAAGATCAA CTTGATCGTC AAAGGTGCAA GAACGCCTTG ATACTTGGCC AGTCATTTGG CCTTGACTTC CCGGAATTGC CACCTCTAGA ACAACTGGTT CAACGGCAGG AATGGTTTAG ACAGCTCGAA GAAGAAATTG ATGACGCGAA TATGGAGTAT GACGATGTTG TCGCGCTCTT GGAGGAGTCA TTGGAATGCC AAATCCCTCG GGATCATACG ATGGTCAATG AGCTCAAAGT TCGAGAAAGG AAGGGTAAAC AATGGATAGA CTCCGTCGAG AGGTTGCTGG CATCCTCTCA AATCACCATC AATGATATTT CCGCGCTCAT TGAGGCAAGG CGGCACGTCC CAATCTCCAT CGATATTCTT CGCAAGTTGG AAAGTCTTCG TAAATCCGCC ATTAGCTGGC AAACTTCTGC AAGAAATGTT TTTGCAACCA ATGGATCGTC TGTGGCTGCT TCTAGGCTTT GCAAGAACGT TGTGGCTGCT TCAAAACCAC TGAGCAATGT AGTTATCCCG GAAATACGCC AGTTACAAGC CGAGCTCGAG CATCATGCCC TTTGGAGGGA AGAGGCCAGC AAGGTTTTAG GCGTTCCAGT TGCAAGACTT GCCTCTACCA TTGATTACAT CCGCAGCGCG TTTGAAAACA GCCTTGCACC AGATGACGAT GCGCACAACA ATCAGAGGGT CTGTTTCTGT CGGTCGTCAC CAGCAGATAA CATGGTTATG TGCAAAGTTT GTCAGCACAG CTACCATCCC CGATGCGTAG ATGTGTCCCT CCGCCATGTT CCAGAAGAAT TCAAGTGCGC TATGTGCCAA CGTTTGCCCA ACGACGATGG CCCCTCCCTC GATGCTTTCA TTGGTCTAAT CTCCCCACAA CGTTGGAACT TCCTTATAAA TCCATTGGAG TTTGAACTCG CTCAATATAT TGCTTCTGCA GCTATCCGCT ACGCTCCTCA AGCGTTCCGC CTGGCTGATC CCCTCAGTCT TTCTCCTCCT TGCCGGGATT TAGAATTGCT TCGACATACT ATCCGCAAGA TCTATACCTT GCCACTCGTA TTTGACGCAC GTAACTCTCA GACTAACGAA CGCTGCGTGT TCGTAAACTG GCTATTTAGG AGGATGCAAG ATGCTATCAG GATGAAGGCG AAAGAGATCT CATTGTCAAC TGTTGGTGTG CAGTCGAAGG TGGGCCGTAG ACCTTCTGTG GCTTTGGCAG CTGGGCAATC TACTTTGATG AACAGTGAAA ATGGGACGCT TTCAGGACGC GCAAGACCTC GTCGAAGAGC ACGTATCATT CTTGCAGAAT CACATCCTCA CGAGTTTTAT TGTCTATGTG GGATGTCGTC CGCGGGCGAA AATACTACTG CACAGATTGA GTGTCCCAAA TGTGGACAGG GATACCATGC GGGTTGCGTC AAGATGACGG AGGGGCTTGC AGGGAAGTCT GTTTGGACAT GCCCATGTTG TACAGTTCGA GATGGGAGGC ATTATCAAAA GGGTGTCGAG GTTCGAGTTC AGCTCAGCTG TAAGTTGTCC ACGTTATGGA TTTTGGATAT ATAATTGATC AATTGAGGAT AGCACATCGC GGAACGGACC AATTTCTTGA CTATCACACC ATCATAAACG ATTTTGCGGA CCGCTTAGTT GTTATAACAA AACCTACTTC TGCAAGCGCC ATTACTCTGG AGTGCATCGA CTTCGTGCCT GCACGTATTC CGAATAATGT GAAAACGATG GAAGAGAGGG AAGACTCTTT GAACAGGATT AAAAAGAGGA AATCTGGAGG AGTTGACGGA GGTTTCCGGA ATGAGCAAGC AACGAACAAC CCTGTCGCCC ATGGTTTGAA GACAGTGGCT GCCAAGGGTT TTATGGGCCC TCCCTCGACA ATACTCAACA AGATCCCCAC ACAGACAGCA AGCTCTGAAT TCGGTGGCTC CTCAGTTGCT ATGGGTGCAT TACCTGACAC GCAAACAAAA TCCAGCGCTG TGCCACGCAC CATTTACACC CCTGCCGAGT CGAATGCCAA TACTTCCGTT TCTTTGTTGA CACCCACAAT CCAAAACCGG TCAACTTTCG ACTTGCGTTC TGATTTTGGT CTAGAATCTT GTTTCTCATC AACGCCCGTT GCTACCGGAG CGTCTACTAC GTCCATAGTG CGGCAAAACG GTTGCACCGC ATCAGCCACC ACTATATGTT GCGAAGGACG AGCAACGGCT GTAACTGGGA AGAGTGTTCT TGACGACAAT ATCGATTCAC GTGAAGGCTC TGAAGAAAGG TATTCGTATT CGGATATGGG AGAATTCACT GCCGTTAAGG AGGGGCGTCA TGTTGTCGAT GAAGATGTTA CTATGGAGAA CCAATAAGAG GTTAATGGAT TATTGCCACG TTTACGGCAT GCGAGATATA AGAGAAGGCG CTTGTAGGAC AGTCGGTGAT CGTCTCTTCT CATCTCATGA TTCTATGGTT GAATCCCGCT TTAAGACGTA TATGCGGATT ATAACCTGAT ATGCCGGTCT TTATATTTAG TTGAGTATAT ATGAGTTGCA TTTGGTGGTG GGTAAAGTTA ATTTGAGTTT GACATTTTTA CCCCCGTAAC TTTCAGAGTA TAAGAACATT GCTCCCACCC CTCCGCCCCT GTATAGTTAT ATAAGTATGC TACTAAAAAT GTAAAAATGG TTCCG
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Protein sequence | MLPSSQQTTA PGPLPATPDQ LSLRQRHPSS KQGTPRNLDG PSSSKPSPSE SARRGKPNFF SSMHFSQALP QSIPSMIPDE PPPELQRSQR RSKVEALTKL DRTGTPIQSA AGPAATSFVP HTIQKSTPPP SAPHYLRNPL HRPKVVNPPF SIDSVRTEAP RHPHLRTEPR LFGLGDCPTF YPTPEEFKDP MAYIGSIAQQ GKKYGMCKIV PPEGWHMPFR LETETFRFKA RLQRLNQLEA ASRAKLNFLE QLSMYHMQQG DSKIHIPLID RQPLDLWKLR REVNRSGGNL ELDRTKGWSK ITVSLGHKPS WAPHVRAAYM NIVLPFDNWA VRARPASVSP LARLNPRSSG SPSKPPPPVT NDNFSASPVK GISRMGTTSH YPISKIRPNG MPFVPPPDNG RSPSKCASLN CGSALGDVNE INEPSPLSIS PSATASTPTT LRINVPGFSD QEGSDSELSD EDSALSPPSI RKAPFEAEYQ KGEVCEICKG EHDADKILLC DGCDRGFHIY CLDPPLASVP TNEEWYCTSC LLSQGEDFGF EEGDEHSVAS FQARDAAFSY AWWNRHMPHS SSRTSINEAQ PTDDGDNGQV KPRQLGKVTV SEDDIEREFW RLTESSLDTV DVEYGADIHS TSHGSAGPTL ETHPLDPYSR DPWNLNNMPI LPDSLLRYIK SDISGMTVPW IYIGMMFSTF CWHNEDHYTY SINYMYWGET KTWYGIPGSD AEKFEAAIKS EAPDLFEQQP GLLFQLITMM NPGRLSEAGV KVVACDQRPN EFVITFPKAY HCGFNHGINM NEAVNFALPD WLPDGKESVR RYREHNKAPV FSHNELLITI TLFSETIRTA LWLKDALIEM VDEETARRGA LRTKYPKLVE YLIEEDCPEE QYQCAICKAF CYLAQVTCSC TSQVSCLSHA DQLCTCRKPR KVLRMRYSEA QLEDIRDVVV HRAALPEQWR VRFLSLMESP RPQLKSMRAL VSEGERIAHP IPELGPLKRF VDVATSLIQQ IMAITARKSA GRRKKASRVD SDRKGKRTRA DRDDGENDGI DRSPGVLTGL LKQADRLAFD APELPQLRQL MVTIEDFRTE ASSLLATPED QLDRQRCKNA LILGQSFGLD FPELPPLEQL VQRQEWFRQL EEEIDDANME YDDVVALLEE SLECQIPRDH TMVNELKVRE RKGKQWIDSV ERLLASSQIT INDISALIEA RRHVPISIDI LRKLESLRKS AISWQTSARN VFATNGSSVA ASRLCKNVVA ASKPLSNVVI PEIRQLQAEL EHHALWREEA SKVLGVPVAR LASTIDYIRS AFENSLAPDD DAHNNQRVCF CRSSPADNMV MCKVCQHSYH PRCVDVSLRH VPEEFKCAMC QRLPNDDGPS LDAFIGLISP QRWNFLINPL EFELAQYIAS AAIRYAPQAF RLADPLSLSP PCRDLELLRH TIRKIYTLPL VFDARNSQTN ERCVFVNWLF RRMQDAIRMK AKEISLSTVG VQSKVGRRPS VALAAGQSTL MNSENGTLSG RARPRRRARI ILAESHPHEF YCLCGMSSAG ENTTAQIECP KCGQGYHAGC VKMTEGLAGK SVWTCPCCTV RDGRHYQKGV EVRVQLSSHR GTDQFLDYHT IINDFADRLV VITKPTSASA ITLECIDFVP ARIPNNVKTM EEREDSLNRI KKRKSGGVDG GFRNEQATNN PVAHGLKTVA AKGFMGPPST ILNKIPTQTA SSEFGGSSVA MGALPDTQTK SSAVPRTIYT PAESNANTSV SLLTPTIQNR STFDLRSDFG LESCFSSTPV ATGASTTSIV RQNGCTASAT TICCEGRATA VTGKSVLDDN IDSREGSEER YSYSDMGEFT AVKEGRHVVD EDVTMENQ
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