| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ00630 |
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| Symbol | |
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| ID | 3254186 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006679 |
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| Strand | + |
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| Start bp | 181791 |
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| End bp | 186272 |
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| Gene Length | 4482 bp |
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| Protein Length | 1093 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638253220 |
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| Product | hypothetical protein |
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| Protein accession | XP_567316 |
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| Protein GI | 58259807 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.394104 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGCCTCCA CCTCCACCCC CGCGAGTGAC TTCTGTAGTC CGGTCAACCG CGTCTTCCTT
CCTTCCTTCC TCTTTCCTCC TTCCAGCCCT CATAAACCAT GGTCGCCACC TGTAGCAGCG
CAGACGCTGC AGTGGAGGAC ATCAATGAGA TACATGTACA AATCAGCAAA GACAAGTCTC
GTGGATGGCA GAAGAGAGCC CAGAAATGGG CTAAAGGACG CAAGCTTCTC GGAAAGCTTC
TGGTCAGTAT ACTGTTTCGC GTAAAGGCAA ATAAGCTTAT AAGAAAGTGA TAGGGTGACC
CTACTTTGCG ATCGGAAAAT ACTTCTTTAA CAGAATGGAT AGAGGATGAG GCAATTCCCT
TCTTCCTAAT AGCACTTCTA GAACGTGAAG CTGACGACGA CAAACAGTTT GAGACAGCGA
CCAGCTCGGC AGACATTTCT TTAACGGTAG CTCTCCTACT GAACCTAGTC AAACACATCT
ATACGACCTT TATCAAACCT TCTGCGTTTC CTACCCAGGA ACCTCATACT CTTCTAACCG
AGGGACAAAA CCAACAAGGC CAGCTGGGAA CATTACATAT TGCGGGGAGA GTAATTGTCT
CTTTGACCGA ACTGTGAGTA ATGAATCTTA CATCAGGGTG GAAGCTCACC GTTTTCCAGG
CTCCTGGTAA GATATACTCA CGTCAAATAC TTTTGATGCT TATTACCGCG ATAGACAAAC
AAGAAGTTAA ATAATCATAT TGTGGCTTCC CATGTCGACT TATTCGTCAG ACTCTTGGAG
GCCTGTACCG AAGGCAAGAT CTTACAGGCA CAGGCTCACA CGAATGTAAT TACATTCATA
GATCCCTTGA ATCACACACT GACATGACAT TAGTTGGGAG AGCTAATCTT GTCGATTGTA
AACGCTGAGC ATTCTGAATG CCGCACATTT CTTTCTGAGG ATAGTGTCCT GGGGTTGTAA
GCCATCTATT CTTCTCCCCT TGTTGAAACT CATGAGCACA CTAGCGCAAA TATTGGGAAG
CTTCTCTGGA AATCGCAATG TAGGCCCCAT CAACACCAGC TCTTTCAGCA AAGCTAAAGC
TGATTCATGA TCCTGCCAGC GTCTTCAATC ACTCTCCACC TCCTTAGCAC GTTACAATTC
CTCCTACCGG CCCATACAGC TGGCAAAGAT TCTCCGAGGA CCGTTGCCTG TAGAAATGTG
GTGATGAACC AAGGTTGGAG TAAGAATATT ATTAAAGAGT CATTCAGCGC TATTGGAAAA
ATGGATAAGA AATTGGATCC TGGTGTAGGC CTTTCTAACA CGAACGCCAT TCTGCCTAGG
AATTGTGCTG ACTCGACTGG GTGAATTGTA GCTTCTAATG AAGTGTATTA ACATCTTTGC
TGAAGACCAT AGTTTTCTTC GCCCCAAAGC CTTCCAACTT ACCTCTTTCA TCATTGACGA
CGAAGATCAG ATCGTCTCTC ACAAATCAAA GAAGAACCTC AAGAATGGTC ATTTGGCTTT
ATATGCAGAC CGGTACTGCT GTCGATTCAC TGTAAGCCTT AGGCTTGCTT CGTGAGAAAA
AGAGTGACAA GTCTGAGCTG ATGGCTGTGA ACAGCTGTAT GGAGATGATG AGCATGAGTC
ACCCAGAATC TTTGCGCATA CGGAGATCGA GGAATTTATC CGTCTCAATA CGAAGGACGG
AGGGTCTACC GGTAAGTCGG CCGCACCACA CCACCAGTGG ATACATTCAG ATACATCACC
AAATAGACTT TGAATTCCAA GTACCTTCTT TCGATGACCG CATATCGATT GTCAAGTTTG
GTATCAAAAC AGCTGAAGCA TCGGACTTTG AAACCTTGAT GAAGAAGGCG AAGAACCCAA
GTACATTCTG CTTCGCAATC TCTACATCTT GTGATGACTA ACGGCTATAT GTGCAGAGCC
TCAAACGCTC GAAGGAGAAG CCGAGAAGAA AGCCCCTGCT ACAACGGTCG CCCAGCCCGA
CCCCCTTGCA CCAGCAGATA AACGAGCCGA TGGTAAACGA AAAACCAGAT TCTCATCCCT
TGCGAGATCC ATTTCCCCTG GGATCAATTC CAACAAAATC TCCGAACCCG AACCCCTGTC
CAAAGCCAGA TCTATCATGT CTAACAGGTC TTCCAAAGTA CGAGTCTCCC TCGATGTTGC
TGAGGAAGAA AAGGATTCGG CGCTGGCTTT GCACGGAGCG AGCAAAAAGA ATGAAGGAAA
TGAGAAGACA CCAAAGGCCG GAAAAGGAGA GAAATTGGGA ACGATGGAAA TGAAAAAAGC
GGAATGGAAG ACCGCTGGGT CTGATGCGGC TGCTGATTCG GACGAAAGTG GTATAGTTCT
TATCGGTAAG ACGTCCACGC CCATGACGAG GTCTACAAAA ACCTGTGAGT CCCCATCCGG
CCTCTCTTAC TCTCATCCGC GTTTCACAGA GCTAACGATG AGGGGGAATA GATGGGAGCA
GAGGCAGCAG ATCTTCCTCC GCTCGACGTC CTATGCAGTC CAAGCCTCCG CTCCCTCCCA
TGGAATCCTC CGACTCTGAA CTCGACACAA AACCACTCCC CCCTCCAAAC TCCAATCGAC
GTACAAGCCT ACTCCAAAAT AGATTGAAGA AAGATGTTGA CGAAAAGAGC AAGGCTACGC
CCACCATCCG TGCACCGACG CTGAAAAGCC GCGCGAAATC TTTGGCCAGT TCAATTGCGG
AGGGTAGAGC GGCCACCCCA GTCTCGAGGG GGCCTACACC CGCCACTGGG GGCATTAACG
AGCAGCTTTT TGGATCTGAT GGCGGAAATA GAGGTAAGGA TGGGAAGAAA GCGGGGATGA
CGAAGTCTTG GAGGGGTAAG AAGGACAAAG TTGCAGAGGA AGTGAGCGTC CATCATCTCA
TTACTTGTTC GGCCCTCCGA AGCTGAAAGA TACCCACTCT CGCAGGCACT GCCCGTCTCC
ATCATTGCAC CTATCCCAGA ACCATCTTCC ACCTCCCGCC GCGCACTGAT CAAGAAACGT
TTTCCACAAC AATCGTCTGA CGAAGAGGAA CCTTCTGAAG CTGAACCGTG GACCAAAGCA
GGGCGCACAT CCCTCCAACC GCAAATCCGG ACCAAGGTTA AGAATCGAGC GCCATCTCTT
CCTCCGACCA CATCAGACGA TGAACCGCTA AGGGAACGCG TGAATACGAT GAATTTTGAC
TGTGATTCTA TGGCGGAAGA TGAAACCAAG GACCCCCAGA AGAAGCTCAC CAAACAGACG
ACCAGCAAGA GCACGGTTAA GGCGGCTTCT ATTCCCCGGA AAAAGGGTGA TCTAGCCGCA
CCAGTAAGCG AATCCGAGTC TAACCTTCAG CCAGAGGAAT ACCGCTCTCA AGATTCTCGA
CACTGTCAGC AAAATATGGT AGACTTAGCC TGCTCTGCTC CTTCCTTTGT TACTGTCAAA
GACATTACTA ACCGGCGAAG GCCCAAAACT AAGAAAATCA TTTCCCGGTG TGAGGATGAG
GATGACGATG AGCAGGTTCA AGAGCTTGAG GAGGAATACG ACGAGGCGGA TGTACAAACG
AAGAAGAGGG GCCTTAGGCC TATTCGAGGT GTGCTGGACA AGAACAATAT CAAGAACCAG
AAGCAAAAGC AGATATCCGA ATTCAAGCTT GACGAATCTG ACTCCCAGTC CAACTCTGAC
CTCCGTTCTG ATTCTGACCA TCCTCCAACA AAGAAATACA AAGCCAACAG CAAAAGCAAG
ACCGCAGCCA TGGCCAAATC CACTAAAGCT GAAATCAAAG CCCAGTCGAA AGCGAGGAAA
AACAGGTCCC GCAGAATGGA AAGTAGTGAA GATGAAGAAT CCCCTACTGA TAATCAAGCT
TCCGAACCCT GTCCTAATGT TGAGTCGAAT CCTGAGTCTG AGCAGTCTGA GCAAGATGTC
AAGCGTGGGA AGAAGCTTAC CAAGGGCAGG AAATCATCGA CCGCCGCCAC TGCTTCTTCC
ATGTCGACCA AGACCAAAGC TCAAGTTAAG GAAATCAAAT CTTCTCGCCG GCCTTATATG
TTCAGCAAAC CCTTGAAGAA ACGTAAGGAC ATGACTGAGA GCGAAAGTGA GGGAAAGGAC
GAGGAGGATG CAGAAGAAAG GCCGCCTCTC AAGAAGACTA AAAAGGCCCA ACCTTCAACC
AAACGGAAGA GGGACGAAAG ATCCGGTAGT GAGGAAGAGG GCCGAGCCTC ACAGCCGTCA
TCGAAGCTGG CCAAGGTGAT CAGGGAAGGT CGAGGAAAGA CGATGATACA GGGCAAGGCG
GAGAAGAAAG TGGAAGAGGC GGCGGTAGAG GAAGAACCTC CAAAGATTAG CGATGTAAGC
TTTCTTTACT GATATAGCCA AGGTCCTATG GCTGATTGAT TGTTAAAGCT GTTGAGTGGT
ATTTCTAAAG TACGTCCTTA TTACTGATTC TCTACCTCAT GCCTGCTGAT AAAAATGAAG
GCTATGAGGA AAAGAGTCAA CACGCGCTCC CGTTTGAGGT AA
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| Protein sequence | MASTSTPASD FCSPVNRVFL PSFLFPPSSP HKPWSPPVAA QTLQWRTSMR YMYKSAKTSL
VDGRREPRNG LKDASFSESF CQTHLYDLYQ TFCVSYPGTS YSSNRGTKPT RPAGNITYCG
ESNCLFDRTT NKKLNNHIVA SHVDLFVRLL EACTEGKILQ AQAHTNCPGV RKYWEASLEI
AITLQFLLPA HTAGKDSPRT VACRNVVMNQ GWSLSNTNAI LPRNCADSTG FLRPKAFQLT
SFIIDDEDQI VSHKSKKNLK NGHLALYADR YCCRFTLYGD DEHESPRIFA HTEIEEFIRL
NTKDGGSTAE ASDFETLMKK AKNPKPQTLE GEAEKKAPAT TVAQPDPLAP ADKRADGKRK
TRFSSLARSI SPGINSNKIS EPEPLSKARS IMSNRSSKVR VSLDVAEEEK DSALALHGAS
KKNEGNEKTP KAGKGEKLGT MEMKKAEWKT AGSDAAADSD ESGIVLIGKT STPMTRSTKT
YGSRGSRSSS ARRPMQSKPP LPPMESSDSE LDTKPLPPPN SNRRTSLLQN RLKKDVDEKS
KATPTIRAPT LKSRAKSLAS SIAEGRAATP VSRGPTPATG GINEQLFGSD GGNRGKDGKK
AGMTKSWRGK KDKVAEEALP VSIIAPIPEP SSTSRRALIK KRFPQQSSDE EEPSEAEPWT
KAGRTSLQPQ IRTKVKNRAP SLPPTTSDDE PLRERVNTMN FDCDSMAEDE TKDPQKKLTK
QTTSKSTVKA ASIPRKKGDL AAPVSESESN LQPEEYRSQD SRHCQQNMVD LACSAPSFVT
VKDITNRRRP KTKKIISRCE DEDDDEQVQE LEEEYDEADV QTKKRGLRPI RGVLDKNNIK
NQKQKQISEF KLDESDSQSN SDLRSDSDHP PTKKYKANSK SKTAAMAKST KAEIKAQSKA
RKNRSRRMES SEDEESPTDN QASEPCPNVE SNPESEQSEQ DVKRGKKLTK GRKSSTAATA
SSMSTKTKAQ VKEIKSSRRP YMFSKPLKKR KDMTESESEG KDEEDAEERP PLKKTKKAQP
STKRKRDERS GSEEEGRASQ PSSKLAKVIR EGRGKTMIQG KAEKKVEEAA VEEEPPKISD
AMRKRVNTRS RLR
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