| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL05440 |
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| Symbol | |
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| ID | 3254979 |
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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_006681 |
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| Strand | - |
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| Start bp | 512920 |
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| End bp | 516445 |
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| Gene Length | 3526 bp |
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| Protein Length | 656 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638254020 |
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| Product | glycosyl hydrolase, putative |
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| Protein accession | XP_568081 |
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| Protein GI | 58261342 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3387] Glucoamylase and related glycosyl hydrolases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | ACAAACTCCA ACATAATATT GGCCAATCCG ATACGTGCAG GCAACACTCA AGCTACATTC
ATCTCCTTTC TAACATATTT GCAGTCGCCA ACCAACGAGA ACAAGATGCT CGAACCCACC
GATATCCCCA ATAAGTCGTT GGATAAGTCG GGCTCGCCCG TTCGGTCTAT TCAGGTAGGT
GTGGGCGTAC TGTCCGCCTC GAAAGCGATA CTCATCACGT TTACGCAGGA CCATGCGCTC
ATCGGAAACC TCAGAGTGGG TAGCTTGTAG TGGTGCACCT ACTGTACAGT GCTGATACAA
GTAGACTGCG GCACTAGTAA GCGTGGACGG CTCGATTGAA TCCATGTGTA TACCGTACTT
CGACTCCCCG AGGTCCGTGT TGTTCAAAAC AAAATACAAA TGAGTGTTCA CTGTTTTTGT
TAGTGTCTTT GCCAGAATTC TAGATGCCGA AAAGGGTGGT CACTTTTCCA TTGCCCCGTT
AGTGTCCACT TTGGCTAAAC GTGTGTCTGG GACTAATGTA CAGCACCTCA CAGCACATGG
CCTTTCAAGC CGTGAGCCTT CGCCAGGTCA TGTTTTATTT GAATACTAAT TCTAATTTTA
GTAAACAAGC CTATGCGCCC AACTCTAACG TGCTCGTTAC CAAGTTTCTT TCTGAACGGG
GTGTTGGTGT GATGACGGAT TTGCTGGTGC CCAGAGGGGC AAATCTAAAC AATTCGTCAA
GCCGAGCATT TTTGCCTTGG CTCATCAGGA AAGTGGAAAG TATTAGGGGA ACGGTCCCTT
TCAAGATGGA ATGTGCGCCT GCATTTAATT ATTGTCGGGA CAAACACACG GCCGAGGTGA
GTCGAGATGC ATTAATTCTC GATTGTTTAA TATTGCATAT ATTTTCTGAT TTTTGCGTCG
TAGATTGTCC CTGACGACTC ATCATCTAAT GTCATCTCGC AAGGCACTAA AGTTCTTTTC
AAATCGCCCT CCTTTACTTT GGATCTTCGA ACAATCACTT GGTCGTCTGA TCAATGCGTC
TCCGACCCAG AGATCAAGCT TCAAATAGAA GATCTTTCGG AGAGGGGTTT GCTGGGCCCT
GCCGCTGCCT GTGACTTTGA GCTTGAAGAG GGACAATGTG TGGTCTTTGT CATGAGGGAG
GTTGGCGACT ACAGTTATGC CAACGAGGAA CACCAGGAGT TCGCCAATCC TACAACGAGT
AAAGCGAAGG CGATGGGTGT GCCTGTCGAG CAGATGTTCG AGGCCACCAA TAGGTTGCGG
CCCAAGGAAA ATCCTATCTT AACCAAGGTA GGTTACTGCA ACTGGGGTTC TAATCATGGT
TGACGTAGGA ATGTAGTCAC TGGTTGCAGC TTTGATTCGC GATACTACTT CCTATTGGAA
AAAATGGATT GGCGGGATCA AGTATAGCGG TCGCTGGAGG CAGGCAATGT TGCGATCTGC
TTTAACTCTG TAGGTCTGAT CGAGATTGTA CTGCGGATAT TGATAACCTT TTCTTATTCA
ACCACAGTAA GATGCTGGTC TTTGAAGAGA CAGGTGCTAT CGTAGCAGCT CCCACCTTTT
CACTTCCTGA GTTCATTGGA GGCCAACGTA ACTGGTGAGT TTCAAGGGAT ATGTGGCTTT
GAGTACTGAA TATGTCATTT CAGGGACTAT CGTTTCACAT GGGTCCGAGA CTCCAGTTTT
ACGCTATACG CTTTGATCAG ATTGGGCTTC ACTGAAGAGT ACGACAATCA TCTGGCCCAA
AATCCAAACC CACGCTGATC GGTCCACGTA GAGCGGATGC TTTTGTGAAT TTCATACTTG
AAAGACTGAA AGATAGGAAT TCTGACGGCT CTCTTCAAAT GTAAGCTCAT TAAATATGTA
TAATCCAGAA CTGACTTCTA TAAAAGTGTC TATACTATTC ACGGTGGCAA GGTAAACATC
TACTCGCAAC ACATTTAATA AGGTGCTTAC AGAACTTAGG ACCTCGAGGA GATCGAGCTG
AGCCATTTGG CCGGTCACAA GGGCTCAAAA CCGGTCCGCA TTGGCAACGG TGCTGCAGAC
CATCTGCAAC TCGTCAGTTC TCATTTCTTA ACGTCCAGAC TTGCCAAACT AACAGCCTCC
CAAGGACATT TACGGAGAGC TCTTGGACTG TATCTACCTC GCTCAAAAGT ATAGCAAACC
TCTTGTGAGA CAATAGCCAC TTCCTTACAT GAACGAAAAA GCTAACTGTC AATGTAGGGC
TGGGATTCTT GGGTAGCTGT TAGACAAGTC GTGGACTACG TCTGCGGTCA AGTCGATAAT
CCGGACTTGT CTATCTGGTG AGCGCCATGA TTAAGTGTTT ATGAGGTTCA AATTGCTAAC
CAAGTATCCA GGGAGGTCCG AGGCCAACAG AAAAATTTTA CTTATTCCAA GATCATGATG
TGGTATGTTT CTTTGCATAA AAAGGCTTAT GAATAGGTTA TTCAATCTAC CTTTAGGGTT
GCTATAGACC GTGGTATTCG GCTCGCAGAC AAAAGGTGTT TGCCTTGTCC CAACCGATCG
AAGTGGCTCG AGACAAGGGA TAGATTGTAT GAGACGATTC AAAACAAAGC TTGGAAGTAA
GTTACCTCCG ATATGTGAAG ATACCTTGGC CAACTCGTTT CTCGCAGTCC AGCTAAACAA
ATATTTGCCC AATCTTATGA GGATTTGAAT ACGCTTGATT CTGCTGTTTG TGAGTATTTG
CATTAATCAT TCGATATGTG TAACTGATGA GCGAATCCGT AGTAATCATG CCGCTGGTGA
GTTCCACCAT TTGCCCAGTG AACAAGATCT TATTTTATTT TAAAGGTCTT CTTCATTTCT
GCTGCGGATC CCCGATTTAC AAACACTCTC GACGCTATTC TTAAGACGTA TATCTGATCT
GATCTGATAG CCATGCGAGG TCAAATGCTG ACCCTTACTT AGACCAGAGA AAGGAGGCCT
TACCGCGAAC AATTCAGTGT ACCGATACAA CGCACAGCTC TCTGACGACG GTGTAGGCGG
CGAGGAAGGC GCCTTTTCCC TATGCACTCT TTGGTGCGTT GAGGCCTTGA CTAGAGCTGG
TGTCTATAAT GCGAAATATC TCGATTATGC GTAAGCCGAT TGGACTTTTG AATGTGGGGC
GCTGATGTAG TGATAATCGT ATAGCATGAA CATGTTCATT GATTTCCTTG GCTACGGTAA
CCATGTTGAA CTGTACAGTG AAGAAATTAG CCCCGGAGGC GAAGGTTTAG GTGTAAGAGA
AAACCGAATC CTTTCAGGCT GGGTGTAGCT GATACTGGCT GTTTCCAATA GAACACTCCT
CAGGCATTCT CGCACGTTAC ACTCATTTCT GCTGGATTCA ACCTCGATCG CGCATTGAGT
GGAAATGGCA GAAGTGCGTG GGCGTAAATG ACGAACGAAA AAGATAGTGG AGTCGAAGGA
AAAGGATTAA GGCAAACATG AATGGCATTT ATGAAGCTCT TTTTATGGGG GTATATGCTC
CTATCACAGA TAGCTGATCA GTGATAGAGA AAGCTCAGAA AACCAC
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| Protein sequence | MLEPTDIPNK SLDKSGSPVR SIQDHALIGN LRTAALVSVD GSIESMCIPY FDSPSVFARI
LDAEKGGHFS IAPTWPFKPK QAYAPNSNVL VTKFLSERGV GVMTDLLVPR GANLNNSSSR
AFLPWLIRKV ESIRGTVPFK MECAPAFNYC RDKHTAEIVP DDSSSNVISQ GTKVLFKSPS
FTLDLRTITW SSDQCVSDPE IKLQIEDLSE RGLLGPAAAC DFELEEGQCV VFVMRESLVA
ALIRDTTSYW KKWIGGIKYS GRWRQAMLRS ALTLKMLVFE ETGAIVAAPT FSLPEFIGGQ
RNWDYRFTWV RDSSFTLYAL IRLGFTEEAD AFVNFILERL KDRNSDGSLQ IVYTIHGGKD
LEEIELSHLA GHKGSKPVRI GNGAADHLQL DIYGELLDCI YLAQKYSKPL GWDSWVAVRQ
VVDYVCGQVD NPDLSIWEVR GQQKNFTYSK IMMWVAIDRG IRLADKRCLP CPNRSKWLET
RDRLYETIQN KAWNPAKQIF AQSYEDLNTL DSAVLIMPLV FFISAADPRF TNTLDAILKT
PEKGGLTANN SVYRYNAQLS DDGVGGEEGA FSLCTLWCVE ALTRAGVYNA KYLDYAMNMF
IDFLGYGNHV ELYSEEISPG GEGLGNTPQA FSHVTLISAG FNLDRALSGN GRSAWA
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