| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ00350 |
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| Symbol | |
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| ID | 3254256 |
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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 | 92773 |
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| End bp | 95823 |
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| Gene Length | 3051 bp |
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| Protein Length | 811 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638253192 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_567292 |
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| Protein GI | 58259759 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG1505] Serine proteases of the peptidase family S9A |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGGCTATCG AAACTTCGGC CGCCCACGAC GTCGACAGTG CACCTCACGG TCTTCTCAAG
AACGCACCTA CGGACGACCT GACTCTCGAA GATGAAAGTT GGCAGCATAG TGTTTGCGTG
CACTCTTACC CATCTCCACC CTTAAATGGG GGCGTGACTG AAATCATCTT CGATATTGAA
GTCAAGGACC CTTGGAGGGC CCTTGAGGAC CAAGGCTCCG AAGTGACCAA GAAGTTTATT
GAGGAGCAGA ACCACGTGAG CCTTCCACTA CCTCCTTAGC ACATCTATGT GGAAGCCACC
GCTAATTGAG TTATTCACAG TTGTCCGTCC CTCGCCTCAG CAATCACCCT CTTCGAACGG
AGCTTGAGAT TGCTGTCGAA CAATGCTACA ATCACGAGCG CATGACCTGT CCTGAACTTC
AAGCCAGCGG CTATTATTAC TGGAAATACA ATCAAGGTAC ATCTCCCCGA GATGTCATTC
TCCGTTCAAA AAATCTCGAG AGTGATTTTG GCAAGTTTGC CTCCGAGGAC GGCAAGGGCC
CTGAGCTTTT CTTCGACCTT AATACAGAAG AAAACATATC TTTATATGCT CACAGCTTCA
GCCCTAGCGG GAAACTTTGG TGTGCCATTC TTCAACAGTC TGGGTGAGTT TTCCGTTCTC
CGTATGTATC TGCCTCCTGA TACTCGATCC AGGGGTGACT GGTTGCGTCT TCGTGTATAT
GACACTCAGA CTAAGAAGGC TATCGAGAGA AGTGTGGGAG GAGCGAAATT TACTTTTGGT
GCTACCTGGG TGGGGGAGAA AGTGAGTAAT CATGCCGTTT ATTACTCGGT GCTATCTAAC
AGGCGTGCAG GGCTTCATCT ACAAGCGAGT GATCGACTAC GATACCACCG ACGGCAACTA
CCAAGCAAAG GAAGGTCAAT TCGGCTTGTT CTATCATCAA ATCGGCACTC CCCAATCAGA
AGATGTCCTC GTCTGGAAAG CCCCAGAGGG CGTCTTCCAG TACATTGGCA AGCCCTTGAT
CATCACATCC GATGCCAAAG AGGAGAATAA GAAGAGGGCT TGGTTCATGC TCGATATCTA
CAGGAACACA AGTCCGGAGA CTGAGGTTTT GATGGTGGAG CTGCCTGGAG GGACAGCTGG
CCCTGTGGGT CATACACTGC CATCTCTTGT GCTACATGGG AAAAAATGGG TATCAAAAGG
CTTCACTGGA ATGACCAATT GTAAGTTCCG TTCCATAATC GTTTTGCTCC ACTTTTGACA
TTTGCGCTAG ATATTGGCTC TTTGTCCGAC GACACTCACT TGTTCACCTC TTTCACCGAC
GGAATCTCCA CTGGCCGAAT TATCTCTGTG AGCGCTGCTG ACTATGACGC CTGTGGCGTC
AACGAGGCTA TCAAGTTCAA CACTGTCGTT CCCGCAAACT CCGAGGGCCA TCAACTACGT
CACGCATACC TTATTGGCGA CCAAGTCATC GTTCTCGATT ATCTCAAGCA TGGTTGTTCG
TTCCTCGTGT TCCTAGATGC TCGGACCGGC AAATCTGTGG GCTCGTCAGA CTCCAGGGGA
ACCCGCGGTG ATGCCGCTAT AGATCCAGAT GTGGAAGTGC CTGTTCCAGA GGAGGAGGTA
GCCGAGCAAT CACCAACTGA AGATCAAGTC ATCATACCTC AACATGCCTC CATCAATGAA
CTCCAAAGCC GACCAGACTC GAACGACTTT TATTTTTCAG TAAACACCTT TGTCGCTCCT
CCTTACGTGC TTCGAGGAGA ATTAATTAAA AATCACAAGG TGGAGAAGGG CATCAAGATC
AGTGGCATTT CAAAATCTCA CACGATGCCT CAAGAGACTC TTGTCTGTTC TCAGTTGTTT
TACGAGTCGC ATGATGGTGT CAAGATCCCG ATGTTCATCT GCCATGCCCA CGATCTCGAT
TTGACCAAGC CTAACCCGGC ACTAGTTCAC GCTTACGGTG GCTTCTGTTC TCCATCTCTT
CCCCGCTTTG ACCCCATGTT TGTGGCGTTC ATGCGCAACC TCAGAGGGAT GTAAGTACGC
AAATAATGGT CCACCACATA TTTCAAGCTT ATTCTACCTG TAGTGTTGCC GTTGCTGGCA
TTCGTGGAGG TGGAGAATAC GGGCCTGAAT GGCATGAAGC CGCGCTCGGT ATCAAGCGAT
GGGTAGGATG GGACGACTTT GCTTGGGCAG CCAAGTACCT GCAAGGGAAA GGTCTTACAA
CTCCGGCGCT CACTGCGACT TACGGAACAT CAAACGGGGG CCTTCTGGTG TCGGCTGCCA
TGGTTCGCAA CCCAAGCTTG TATTCTGTCG TTTTTCCCGA TGTTGCCATC ACCGACCTTC
TGAGGTATCA CAAATTCGTA TATCTTTTCA CACCTTTTTT AAACTAGGCA AAAGCTTATT
GCGCTGTTAG ACTCTTGGTC GTATCTGGAT GGACGAGTAT GGGTCTCCCG AAAAGGCTGA
GGACTTCCCC ATTCTCCATT CCACTTCACC TCTTCACAGT GTAGACGGCG ACCCCGCCGT
TCAGTATCCC GCTGTGCTTA TAACTACTGC CGATCACGAC ACCCGGGTCG TTCCTAGTCA
TTCTCTCAAG TTCCTGGCGG AGCTCCAAGG TCAGTCTTCC ATCAAATATA TTGCTGTTTG
TGGCTTTTAC TGACGGTCTC TGCTAATAAA ATTAGCTCGG AAGTCCGAGA ACAAGGGGGT
ATTGTAATTC AATCTGTTTT TATCAGTAAA TGACGAGGAC GCTAATGATG GTTTGCATAG
CCTCGGCCGC ATTTACGAAA ATGCTGGTCA TGAGCGTGAG TAATGTCCTT CTTCTAGCCT
AATCACGATG ATGCTTGATG GACAACTAAA ACTAACGATG CACTCGATAG TCGGTTCAAA
ACCTACCAAG AAGAAGGTTG AGGAGGCAGT TGACCGTCTG GTTTTTGTTT TGTACAACTT
GAAGGAACAG TGATCAAGTC ATCCGCATTT TGTAACGCTT TCCATTAATT TTTCACCGCA
CTATTTTGAC AACTGTCAAA TAAATGTACA GTAAATCCAT GCACAAGAAC A
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| Protein sequence | MAIETSAAHD VDSAPHGLLK NAPTDDLTLE DESWQHSVCV HSYPSPPLNG GVTEIIFDIE
VKDPWRALED QGSEVTKKFI EEQNHLSVPR LSNHPLRTEL EIAVEQCYNH ERMTCPELQA
SGYYYWKYNQ GTSPRDVILR SKNLESDFGK FASEDGKGPE LFFDLNTEEN ISLYAHSFSP
SGKLWCAILQ QSGGDWLRLR VYDTQTKKAI ERSVGGAKFT FGATWVGEKG FIYKRVIDYD
TTDGNYQAKE GQFGLFYHQI GTPQSEDVLV WKAPEGVFQY IGKPLIITSD AKEENKKRAW
FMLDIYRNTS PETEVLMVEL PGGTAGPVGH TLPSLVLHGK KWVSKGFTGM TNYIGSLSDD
THLFTSFTDG ISTGRIISVS AADYDACGVN EAIKFNTVVP ANSEGHQLRH AYLIGDQVIV
LDYLKHGCSF LVFLDARTGK SVGSSDSRGT RGDAAIDPDV EVPVPEEEVA EQSPTEDQVI
IPQHASINEL QSRPDSNDFY FSVNTFVAPP YVLRGELIKN HKVEKGIKIS GISKSHTMPQ
ETLVCSQLFY ESHDGVKIPM FICHAHDLDL TKPNPALVHA YGGFCSPSLP RFDPMFVAFM
RNLRGIVAVA GIRGGGEYGP EWHEAALGIK RWVGWDDFAW AAKYLQGKGL TTPALTATYG
TSNGGLLVSA AMVRNPSLYS VVFPDVAITD LLRYHKFTLG RIWMDEYGSP EKAEDFPILH
STSPLHSVDG DPAVQYPAVL ITTADHDTRV VPSHSLKFLA ELQARKSENK GVFLGRIYEN
AGHELGSKPT KKKVEEAVDR LVFVLYNLKE Q
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