| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00500 |
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| Symbol | |
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| ID | 3258821 |
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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 | 128690 |
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| End bp | 132035 |
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| Gene Length | 3346 bp |
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| Protein Length | 666 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638257665 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_571755 |
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| Protein GI | 58269198 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG5574] RING-finger-containing E3 ubiquitin ligase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | CTTCTATGTC TAAATAAACA AACTTGCTCA GCGAATAGCT GCCACATCCT AGCTCATGAG
ACTGGCCCTG AATGAAATAC GGCAAAGAGT TTCAGCAGCT TCTCGATAGC TCCGACTTTC
CAGAGGAGTG GAAATCTTCT GCTATCGAGT ATCGCCGGGT GGGTTTGTTT CGGATACGAT
CATACTAGCT ACACACTGAA GTGACTCATC TAGCTCAAGA AGATCATCAA AGATGTAGTC
GCAGAGCTCA CTTCCATGGG CCTTTCACCA GATATTCTCA ACAAACTGCT CGTCGCAGAC
AATCATTCCG TGGTATCGGA CAGGCGCAAC AGCAATAGCA GTGGAACACC CGAAAATGAG
CTTATAGAGT TTGAGTTTGA GAGTGAAGAA GGCAGTCCAT CCGTGTTTCG GTCCGGACGT
CTTCCCTTGC ACCACGAACC GCAAGAAGTT CTGGTCGATC CGGTACTCGA TGACGACAGA
TACCTCAGCA CCGATAACTT ACATCACCCT CATCCTCACA AGTTTAGATT ACGGCTTTTG
TCAGAAGCTT CCCAAGACGC TGAACCGTGT AGTATGGCCG ACTTGCCTAC AGCACAGAAC
CTGTCACAAG TTACATCGGC ATATCAAAAT GGTCCTTTAA ACGGCAGAAG AGGATCTGAG
GGAAGCCATA AGAACCGGAG GGTTGTCAAG AGAGCTGTAA GCGTAGGTCA TGGCGGAATA
AAGGCAGAAT ATGTCGTTAC TGGTGAGAAA CGTACGCCCC TCAAAAGAGC ATCGCTGATC
AATACGGTTG CAGGTGCTCC AGATCATCCA GTACCCCAGA TCCGCCTTCA TCTCTCAGCT
CTTACATCCC ACCTCCCATC TCCATCACCT CCACCATCCT TTGCCGAGTC TGAAATAGGA
ACAGATACAG AGACTGAAGA CGAGGATCCC CCAATATACT CGGCGCCCCG AACGCCGCGA
GCGTTTGATC GTTTTTGTAT TCTGTCTCCA AATCCTAGCC TCAATCGAAT CAACGCGGCT
AAATCCCCAA TCTGGGCTAT CGCCAGTAGC AGGAATTTTG ACGGATTGGC AGATCTATCT
CTGGGAGAGG CAGCTATGGA AGAAGAAACA TTGCCTACTC CAATTCAACA GTCCTTCAAG
ACACCTGAGG GGATACCTCA CTCAGAACGA GAATTCATCA TCCCCCTCTC ATCAGACTTT
ACCTTCTTCT CTCTACTCAC TACTGCACTT ACCTCTCTCT CCTCTTTCCA CGCCAGACAA
CAGATCCTCT TTCAACAATC CGTCGAAAAG CTTTGTGAAA TGATTTCAAA ATCCATATCG
CCGCAAGCTA GTATTGAAAT CCTCCCCACG CCCCTCACAC CATCCAATGA AATCACACCT
AGGATGCATC CCTCCAAGGC TTCTCGCAAG GACTTGTATG CATGGCGGGA GATATTCACT
CTTTGGATCG AAGCACAAAT ATTCGAATCC AACAGCGAGA GAAACCGGGG AGAACGAACG
GTGGAGGAAG CGGAGTTGAG ACTACAAAAA TTTGCCAATC AAGTCGTTAA GCGTGGCCTG
GGGGATAGGC GCACGATGAA GGGGAAGAAA GTGAGAGAAG CATGGGAAGA GTTCCTGAGG
TTGAACGTTT TATTATTGGA CTTGAAGAAG TTCCAGAGTG CCAATATCAA AGCCGCAAGG
AAGTAAGTCC TGTTTTGCTT CGTACTAATT TGACATGACT GATTATGGGA AAAGGATTTT
GAAGAAGCAC GATAAACGTA CAGCACTCAC AGCATCGACT GGTTTTCAGG CCTTCGTTCG
GTCTACACTC ACAGCGCAAA TAGATGAAGA CGGGAACATT TCCACATGGG TCTTTTATAA
TACGTCGCTT CCTCACGTCC TCCTGGCCAG CTTAACCAGT ACTCTTTTAC CGTACGTGGC
ACCTGACATT TATCAACGCA TAACTGACTC TTAGCCTTCA TCAGGATTCT TCCAAGTCTC
GATGACTACG CTTGTTTAAT TTGCACTTCA ATTGCATTCA AACCAATCAG ACTTGCCTGC
GGCCATTTGT TTTGCGTTAG GTGCTTGGTG AAAATGCAAA AAGCTGGGAA GGGGAAGTGT
CCTTTGTGTC GATCAGATGT CATTCTATTG GCTGATAAAA GTGAGTTGCG GTCTTTCTGT
ACGTTCATGT GGATATCGAG CTGACAGTTA TGCGTAAAGC GTGTCTGGAT TTGACCGTCA
TGAAGTGAGC GCATCCAAAT TTCCTCTTAA CATCTGCTGA CATTGACTTT TTGTCCAGCT
TCATGAAAGA ATGGTTTCCG AAAGAAGTCA AAGCAAAGCA GAAGGAGAAT GATGAAGAGA
TTGTGAAAGA GCAGGCACGA GAAACAGGTA TGGACACGAG GTGTTGCATC ATGTAGAGGA
GTAGCCGCTA TTAGTTATAT CTTCTCACTT TCGGGTTTTA TGAGTGTCAT GGCATATACC
ACAGAATAAG AATCAAAAAC GAGAATATTC TGCATTGAGA CAAAAAGGAT AAGAGTAACA
AATCAAACGT GTCGGATGTC GAAATTGATA TGTACCTGCT ACTGTGCGGA TGTAGTATTG
CAAATCGCAA AGGACCTTCT AAGCCGGCAG AGTCGATGTC GGATGACAGA GGGGTAAGAC
CCCACCAAAG GAAAATCTGC CAGCAATCCT TTCTGTGCCC CCTAACATGA CTTGACACCA
ATGAGCTACG TACCATTGTG AGGCTTTCAT CTATCCGTAT CGGACAGTAT CTTAGAAAGA
TGATGCTGGT AATCCAACTA TCGCCTTCAC AACCCCTCAT CCCCATAACC AACTCCAATC
CACTCCACAA CATCCGTCGT CATCAAAAGA TGTTCGCCCT CCTCACAATC TTCACTCTTT
TGTCTTTCCT CATCCCCTCT CTCGCCCTCC CGACAGTTCG CAACAACGTC CTTCTCAACT
CTACCGCCGC ACCTCCCAAG CGCGAACCGA CTTCTGTCAT CGTTTCCATC AATATCCCCA
TCTACACTTC GATGTTGTCC AACTTTTCCA ATCCGGATGA TTCAGAACCA AGCGCCTTGG
CTGGACCGGG TACGATAGGA TTGCAAATTT GGGAGGGTGA TGTAATCGAA CATGAGTGGA
AGATCTCTGA GAAGGCGATT AATGATGATG GTGATGCAAG TCTCGATGTT TGGAGCCTAC
AAGCAAGTCT TTCCTGGATT GATGGTGGGC TGAGAAGGCT GATCATTAAT CAGTGCCACC
TTATTTTGAC AAGCTCTGTG GCCTCAAACT CCCACTTTGT CTTCACCCTC AGTCCCAAGT
CCCCATTCAT CAGTGGTAGT ATGGCTAGCG AGATTGTTTT CGAGTG
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| Protein sequence | MKYGKEFQQL LDSSDFPEEW KSSAIEYRRL KKIIKDVVAE LTSMGLSPDI LNKLLVADNH
SVVSDRRNSN SSGTPENELI EFEFESEEGS PSVFRSGRLP LHHEPQEVLV DPVLDDDRYL
STDNLHHPHP HKFRLRLLSE ASQDAEPCSM ADLPTAQNLS QVTSAYQNGP LNGRRGSEGS
HKNRRVVKRA VSVGHGGIKA EYVVTGAPDH PVPQIRLHLS ALTSHLPSPS PPPSFAESEI
GTDTETEDED PPIYSAPRTP RAFDRFCILS PNPSLNRINA AKSPIWAIAS SRNFDGLADL
SLGEAAMEEE TLPTPIQQSF KTPEGIPHSE REFIIPLSSD FTFFSLLTTA LTSLSSFHAR
QQILFQQSVE KLCEMISKSI SPQASIEILP TPLTPSNEIT PRMHPSKASR KDLYAWREIF
TLWIEAQIFE SNSERNRGER TVEEAELRLQ KFANQVVKRG LGDRRTMKGK KVREAWEEFL
RLNVLLLDLK KFQSANIKAA RKILKKHDKR TALTASTGFQ AFVRSTLTAQ IDEDGNISTW
VFYNTSLPHV LLASLTSTLL PILPSLDDYA CLICTSIAFK PIRLACGHLF CVRCLVKMQK
AGKGKCPLCR SDVILLADKT CLDLTVMNFM KEWFPKEVKA KQKENDEEIV KEQARETGMD
TRCCIM
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