| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG04260 |
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| Symbol | |
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| ID | 3258610 |
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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 | 1201108 |
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| End bp | 1204222 |
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| Gene Length | 3115 bp |
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| Protein Length | 811 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638258050 |
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| Product | ubiquitin-protein ligase, putative |
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| Protein accession | XP_572097 |
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| Protein GI | 58269882 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG5647] Cullin, a subunit of E3 ubiquitin ligase |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.229428 |
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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 | CGACCAGCTC TCGACCTGCA ACTGTCCCGA ACTTCACAAT GTCCTCTCTC GTGGTGTTCC
CGTCTACAAC AAATGCATTC ACCTCTTACA GGCCAAGTGT AAGAGCGCAC GTCGACTTTA
TCAAGCCCGG AAGCGGTAGT CAGCACTCCA CGGGTCGCAT CGTAAAGCTC GAGTTACCTT
GTGAGTTCCC AAGCCGAAGT AGAATGTCTC TGCGCTAAGT ATAATCTTCA GCTTTGGTCC
AGCCACAGGC CACGGATCAA CTTGAGCCAT TATTCAAATC AATCGACGCA ATATTGGCAG
GCCAACCAAC GCCATTAAGT TACCAACACA TCACTGCATT CTGTCAGACT GTGGTCCTTC
AAGATCGAGA CGCTGCCTCT CAACTTTCCG ACAAGTGCAC CAGCTCAATT GATCGGTATA
CTGAAATCAT TCGCAGGGAA TTAAAAGGAG GCATTTTGGC CAAAGACAGG AATACATTGG
GGAAATTATG TGAAAGTTGG CAAGTTTGGA CTGCGAGAAC GGTGAGTAAT CGTAGTAGTC
GTCTCATACC CTTAAGATTC ACGCTTATTC CTTCCAGACT CTTCTCAGCT CATTACTGGT
TCACCTTGAC AAAGTCTACC ATAGTTCTTT TTCGGAACCT AACATCTTGC GATCCAGAGC
GATTGCCAAA TTTAAGTCCA TCGTCTGGCA AGACTCTGTA ATACACGCGG TAATTATCGA
TGACATTTTC AGATGGCTCT CAGAAGAAAG GCAAACTGGA ATGTGAGTAC ACCTTTTATA
TCCTCGTCTT ACCTTCCAAT GCTCATTGAG ATACAGTCCC TCGAGCGCCC GACCCACGAT
TCTGGCCGTA GACAAGATTG CGCAAACTCT CCAGACATTC GGCGAACTCG CGATTGCTTA
CCAAGATGAG ACTCACGATT ATTACACGTC CGCTTTGAGA AATGCGGTCT CTGAAATTGA
GCAGGGTAAA CGGAAGGCCG GAGAATACGC CCCCTGGTTC CTTGCCAAGA TGGTCGAAGA
GGAAAATCGG GTACGCGAGT GTTTCCATAC GTTTACACTC CAACTATTGG CGCGCGACTT
GAGAAAAGTG GGTCAATCCG AAACAACCGA CAAAGTGATA GAGTTGGCTG TTGAACAAGC
TATGAGCAAC GACGAAGCAA AGGGGTTCTC AGAATTGTAC CATTTTTCCA TTGAAACTGA
TAAATTCGCT TCTCTCGTCA AATCTCTTGA AAACTACCTT GCCAAGAGAG TTTCAACACT
CATTTCCGAC CCAGTCAATG ATCCACGTAT GATAGACGAA ACCCTCAAAC TCAAACGTTT
CGCCGAAAAA ACTGTATCCA ACCTCTTTTC CGAGGAAGAC ACCGAACCTC TTCCAGCGGA
TGAAGATGTA AAGATGATTT CGGTTGAGGA GAAAGAGGAG AGAGAAAAAG AGAAGGAAGC
TGCAAAGGAA AAGAGGCAAA GTGTGAGAAT GAGAATGTTT GAACTCGAAG AAGCCGTCAG
GTCGGGCTTC AAGACAGGAA TGGGTAGTCG ACAAAACGCC CCTGCCGAAT GGATTGCCAA
GCATCTCGAT GCCGCCATGC GTAAAGGCCA AGGATCCGGC ACTGAAGAAC AGTTTAATAA
TCACTTGGAT GAGATTGTCA CACTGATCGG GTTTACCAAA GACAAAGATG TGTTCAAGGC
ATTTTACTCG AGTCAATTGG CCAAGAGGCT GTTGTTGAAT AAAAGTGCGA GTAATGATCA
GGAAAAGACC ATGGTGGCAA AACTTCAAAA GGGTAGGTGG ACTCTCCCTC CGTTGTCTGA
GAAGGTGAAG CTAATGAGAC AACCGCAGAG CTGGGAGAAG AATTCACGTC GGGAGATGTG
ATGATGAAGG ACCTTCAACT TTCAGAAACG TAAGTGTAGT CTACCGATTG GTAAATCTTT
TGTTCTAACT GCCTCCTTCA GGCTCGTACG ATCATACCAA CTGGCACAGT CCAGAGGTCC
AGCACAGTAT GGCGAGACAT CCAACTTTAC CGCCAACGTA CTCACTGAGT CTGCATGGCC
TGCGTAAGTT CACAACCACC CCCTCACTTC GCAACCCTCA AATGCCACCC ATCACATACT
GGCCTCTTGA TTTTGTACTT ATTTTCCCTT CCGTTGTAGC TATCCCCTCC TCAAAGACGG
CTGGAATTTC CACCTTACTC CATCCCTTCA ATCCTCAATC GACGATTTCA CCTCCTGGTA
CACCACTCAA CACAAGAACC GTGTCCTCTC CTGGCGATTC CAACTTGCAA CTGTTACTCT
TACCGCCCGA TTCCCAAGTG GACGGTACGA AGTCGGGGTC AGCCTATTCC AGGCGGTCGT
GCTCCTTTTG TATAATGAGA TTGAAAGCTT GACATTTGCG GAAATTAAGG AGAGGACTGG
TATCGGTAAG TTGCTTTATT CCCCAACACA TGCCATCACG ACTTGAGCTG CGAGCTGGTA
CTTATTTGGC CGGTCTGTGT CTACAGAGAA TAATGAATTG GTCAGAACAC TTCAATCGTT
AGCGCTAGGT AGGAAAGGTA CCCGAGTTCT TCTTAAGAAG CCCTCCGGCA AGGAGGTCAA
TCCTACAGAT ATCTTTGCTT GGAACAAGGG CTTCACGAGC GAACGCATCA AATTCAAAAT
CAACCAGATC CAACAGGATA TGTCTGTAGG TCATTGTCTC TTCATGATAT GTATCAACTG
CAATTTGCTT ACCACGTGAC GTGGGCCACT TAGGCGGAAG AATCCCGCAA GACAAACGAA
CAAGTCGCTC TCGACCGAGT GTCCATCCTC GAAGCTACCA TTGTCCGAAT CATGAAATCC
CGCAAGAAGC TTACCCTCCA GCTGTTGATT GATGGGGTCG TTAGCGACGT CTCAAAAAGG
TTCCCGCCGG ATGTGAAGGA GATTAAGAAG AGGGTGGAGA GCCTGATTGA ACGAGAAGTG
AGTGACCTTT TGTGCAATTT AGTATTCCAC CGTGCTCCGT GAAATATATA TTTAGACAGT
CATGACGCTA ATGCTGCATC TTGTGTTCAG TTCATGGCCC GAGACGAGGA AGATCGATCT
ATTCTCCACT ATGTTGCTTA AGATCCGATC ATGTGTACTG CTGTTCCCCT TCAGA
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| Protein sequence | MSSLVVFPST TNAFTSYRPS VRAHVDFIKP GSGSQHSTGR IVKLELPSLV QPQATDQLEP
LFKSIDAILA GQPTPLSYQH ITAFCQTVVL QDRDAASQLS DKCTSSIDRY TEIIRRELKG
GILAKDRNTL GKLCESWQVW TARTTLLSSL LVHLDKVYHS SFSEPNILRS RAIAKFKSIV
WQDSVIHAVI IDDIFRWLSE ERQTGIPSSA RPTILAVDKI AQTLQTFGEL AIAYQDETHD
YYTSALRNAV SEIEQGKRKA GEYAPWFLAK MVEEENRVRE CFHTFTLQLL ARDLRKVGQS
ETTDKVIELA VEQAMSNDEA KGFSELYHFS IETDKFASLV KSLENYLAKR VSTLISDPVN
DPRMIDETLK LKRFAEKTVS NLFSEEDTEP LPADEDVKMI SVEEKEEREK EKEAAKEKRQ
SVRMRMFELE EAVRSGFKTG MGSRQNAPAE WIAKHLDAAM RKGQGSGTEE QFNNHLDEIV
TLIGFTKDKD VFKAFYSSQL AKRLLLNKSA SNDQEKTMVA KLQKELGEEF TSGDVMMKDL
QLSETLVRSY QLAQSRGPAQ YGETSNFTAN VLTESAWPAY PLLKDGWNFH LTPSLQSSID
DFTSWYTTQH KNRVLSWRFQ LATVTLTARF PSGRYEVGVS LFQAVVLLLY NEIESLTFAE
IKERTGIENN ELVRTLQSLA LGRKGTRVLL KKPSGKEVNP TDIFAWNKGF TSERIKFKIN
QIQQDMSAEE SRKTNEQVAL DRVSILEATI VRIMKSRKKL TLQLLIDGVV SDVSKRFPPD
VKEIKKRVES LIEREFMARD EEDRSILHYV A
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