| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG03330 |
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| Symbol | |
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| ID | 3258936 |
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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_006692 |
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| Strand | + |
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| Start bp | 938783 |
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| End bp | 942030 |
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| Gene Length | 3248 bp |
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| Protein Length | 864 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638257958 |
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| Product | mannosyl-oligosaccharide 1,2-alpha-mannosidase, putative |
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| Protein accession | XP_572059 |
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| Protein GI | 58269806 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 0.462558 |
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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 | GCAAGACGTC GTACGTGCCA GGGTCCAGCA GCAGCAGCAA TTGGCCTTCA TTTAATACAC
GTCGAGCGCG GCAAACCGAC GATCACGCGA CGAGAGCGTT GCATATGGTG GACAGCGTGC
ATATCCATCG CTGAAAAGAC TGAAAGCGCT GTCGTGTTCA TCGCCTCACC ATCTCGCTGC
ACGGGTTTTT ATATCGTTAC CACCCCTTGC TCTCCTTTTT AGTCAGTCTT TTTGTGCCAA
GCCCCCACAT ACCGCGCGGC AACCAATGGG TCGCTCTCTT TCCCCCAAGC CTACAGGCCG
CAACATGCCG TACGCCCCCG CCTATCCTTC CTCGTACTCG GACCCTGAGA AAGGCCTCCC
TTCATCCCCG TCCTCATTAG CCCGTCATAT GCTTGTGCCG AGGAAGCCAA GATGGATCCT
GGGCGGCTTG TTGATATGCG TAGTGATACT GTACTATATG ACCAGTAACA AAGACGAAAC
GGCATGGGGT CATGGTGGAT CTTGGGATGC GGAAGGCGAT GATTCGAGGG CCGGTTCGAA
ACCTTCAGAC GACAAAAGTG AGAGCCCCAC TTACAGTGAC TACATTGTCG ACGCCCACGG
GAACCACTTT GTCAAGGGAT GGCAACAGCC CATCACGCCC ATGCACCCAG ATGTCGACCT
CCTTCCACGC GCACCTTCCA TCTTCCCTTA TCTCAACGTC TCCGAGTCCG AGCTGCCCGA
AGAAAAGATA TATCCCGATT CCGATCTTCG TTTGATCATT TCTCAGCCAC CGGATCTGCC
TGAAGAGCAT TCCAATAGCA TGCCAGAGGA TGCATGGTCC CAAAAATGGA GTGGACCAAC
GGTCTGGGAT CAGCCCAAAG GAGAGATGAA AAGAGTCCAG TGGGAAGGGT TCGCCGGTGG
AAGGGACCGT TGGGAAAGCG AGAATGATAG AAAGGTCAGG GAGGAAAGGA AGGAAGCGGT
GAAGAGAGGT TTCAAACATG CCTGGGAAGC TTATAAACGC CATGCTTGGG GTAAGTTTAA
GCAGTGACTG GTACATTGCA TCTAATAGAG CTGACAAAAT ATACGAATAG GACACGACGA
AGTCAGACCA GTTTCGTTGA CACATTCAGA TCCCTTCAAT GGGTAAGATT CCTTACTACA
CTTTTGAATA AGTGCTGATT GTATGATGTA GCTGGGGGGC TACCATTGTC GACTCTCTTG
ACACGTTGCT TCTTATGGGC TTTTCAAATG AGTACAATCT ATGTCGCCCA CATGTTAATC
AGCTCAATTT CCATTGGGTT AATGGGCGCG ATTGGAACGA CGGATACGTT TCGGAGGAAC
TAAGCGGCAG CGGTGAGGTG TATGCTCTCA ATCGTGATAA AACTGTCGGT CTGGCTGTAT
TTGAGACCGG TATCAGGTAC CTTGGCGGTC TTCTTGGAGC TTATGACCTT TCCGGCGATG
ATCTTCTTCT TGAAAGGGCT GTAGATCTGG CAGATATTCT GAGCACCGCT TTCAAGACAG
GCTCAGGTCT ACCGGCCGGC CGGATGGACC CTGGTACAAA AGATGAGATG ATTCGGCTGG
GCACTGTTTC GTTGGCCGAA GTAGGCAGTA TGTCGCTTGA GCTCATTCGC TTGTCTCAAA
TAACCAAAGA TCGTAAATGG TTCGATCTCG CACAAAGAGC GATGGATTAT ATCCATGAAC
GAGTTATCCC CCGCGGCACC CATTCTCCTC TGATTCCTAT GTGGTTCCAA CCCGATGCTC
CTCTGACCAC TTCGATGCAC GGCGGCCTCA CCTTTGGTGG CCTTGCCGAT TCTTATTACG
AGTACCTTAT CAAGACGTAC AAACTTTTGG GCACTAGCGA AGTCTCACAA GTGTGGCGAG
ATGTATATGA GCGCTCAATT GACAAAGCCA AGGAGACCCT GTATGTCGAC ATTGACATTG
TACCCGGTCG CAATATTCTA GCAGTTGGTA AGCTTGAGAA TGGGAGACTC ATTCCAGAGC
TCGAACATCT CACATGCTTC ATCGGTGCTA TGCTTGGTCT TGGAGCGAAA CTTCTGGACA
GGCCTGGTGA CATGCGGGAT GCTGAGAGAG TCACCGCATC GTGCTATTGG CTCTCAGCAG
ATACGCCAAC TGGTCTTCAG CCTGAAGTTG TCGAATGGTA TGCTCCCCAT GAAACCTCGG
CCATGTACGA GAATGTTTCG ATATCTGGTG GCGGTAGGCA CCACCCCCTG ATTTTCAGCG
AGGACGAATC TAAAGACAGA GATGGGATGT ACAGGGATAG AAACGGTGTC TTAAGGTGGA
CTGAGGACAA TGAGCCCGTT TTATACACCG ATCGCGAGAA AAAGAAGAAC GGACAGACAC
CTATCAAATA TGCCCAGAGA CTGAAAGGCA CGCCTACCGG CGCCAGAAAA GTATCGACCC
GAGGCCTCAA CCGACCTGAA ACCATTGAGT CGATATTTTA CATGTAAGTT TTTTTTTTTT
ATTGGTTCGC ATCTGAAAAG CACTCACTCC TCCGCTGCAG GTATCGTATC ACTGGCGATC
GTAAATGGCA AGAGAAGGGA TGGAAGATGT TTACATCATG GATGAACGCT TCCACAGTGG
ATGGGGGATT CAGTAGTGTC GAAGATGTCA CAAAGTTGCC TGTAAGATTC GGTGACAACA
TGGAAAGCTT TGCTCTGGCG GAAACGTTCA AGTAGGTTTC TGCTTGCAAA AATATAGTAC
CTGGAAGTAC ACTTACAAGT CCGTCTTAGA TATCATTTCC TACTTCAATC AGAGCCGGAT
GTCCTTTCTT TGGATGACTA TGTGCTCAAC ACGGGTGAGT TCTGTAGTTT TTGCCAGGCC
CCCACCGAGA AGCTGACTGA TCGTCTTCAG AGGCCCATCC TTTCCTCACC AACCCCAAGC
TTGATCCTAA AGCTCACACG ACTCACACTC GCTTTTGGTC ACCCCCTCCT TCACAGGATC
TTGGAGTGCG AGGACAAGGT ACCAATGCCC AAAAGTTTGC CCGTCTTGAG GTCATTGAGC
GGGCTTCATT GCCTTTCCTT CCTGCCCCTC CTCAGAATGC TCCTGGGGGA GGCGGCGGAA
GAGGAATGGG CGGCGGAGGA GGAAAACCTG GGGTTATTCC GAAACTTCCT CCAGAGATTT
TAAAAAAGTT AAATCAGTGA TTGAAAGAGG GAAGATGGAA GAAGGGTAGT TCGCCCTATC
GCTGGTCGAT CAAGGAGGAT GTGCAATGAA TGTATCCACA CCAAAGCCGT AGCTGACCAC
AATGATTA
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| Protein sequence | MGRSLSPKPT GRNMPYAPAY PSSYSDPEKG LPSSPSSLAR HMLVPRKPRW ILGGLLICVV
ILYYMTSNKD ETAWGHGGSW DAEGDDSRAG SKPSDDKSES PTYSDYIVDA HGNHFVKGWQ
QPITPMHPDV DLLPRAPSIF PYLNVSESEL PEEKIYPDSD LRLIISQPPD LPEEHSNSMP
EDAWSQKWSG PTVWDQPKGE MKRVQWEGFA GGRDRWESEN DRKVREERKE AVKRGFKHAW
EAYKRHAWGH DEVRPVSLTH SDPFNGWGAT IVDSLDTLLL MGFSNEYNLC RPHVNQLNFH
WVNGRDWNDG YVSEELSGSG EVYALNRDKT VGLAVFETGI RYLGGLLGAY DLSGDDLLLE
RAVDLADILS TAFKTGSGLP AGRMDPGTKD EMIRLGTVSL AEVGSMSLEL IRLSQITKDR
KWFDLAQRAM DYIHERVIPR GTHSPLIPMW FQPDAPLTTS MHGGLTFGGL ADSYYEYLIK
TYKLLGTSEV SQVWRDVYER SIDKAKETLY VDIDIVPGRN ILAVGKLENG RLIPELEHLT
CFIGAMLGLG AKLLDRPGDM RDAERVTASC YWLSADTPTG LQPEVVEWYA PHETSAMYEN
VSISGGGRHH PLIFSEDESK DRDGMYRDRN GVLRWTEDNE PVLYTDREKK KNGQTPIKYA
QRLKGTPTGA RKVSTRGLNR PETIESIFYM YRITGDRKWQ EKGWKMFTSW MNASTVDGGF
SSVEDVTKLP VRFGDNMESF ALAETFKYHF LLQSEPDVLS LDDYVLNTEA HPFLTNPKLD
PKAHTTHTRF WSPPPSQDLG VRGQGTNAQK FARLEVIERA SLPFLPAPPQ NAPGGGGGRG
MGGGGGKPGV IPKLPPEILK KLNQ
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