| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG03680 |
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| Symbol | |
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| ID | 3258557 |
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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 | 1033961 |
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| End bp | 1038800 |
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| Gene Length | 4840 bp |
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| Protein Length | 1490 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638257992 |
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| Product | ubiquitin carboxyl-terminal hydrolase 12, putative |
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| Protein accession | XP_572075 |
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| Protein GI | 58269838 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG5560] Ubiquitin C-terminal hydrolase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.920906 |
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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 | ATGGGCGCTG GCGGAAGAGT GCTGCTGGTT CGAGAATTTT CTTCCGCTGC TCTCTCACCT
GCTGGCTGCC GTCCCCCCAC CCCGCCGCGT CATTGCTTAT CCTCTTTCCA CTCCATCTCC
GCTCCTTCTT TTCTTCTTTT CCTCTATCCT AAATCCGCCA GAGTGCCCAC GGACATACCC
ACAAAAGGGC ACTTTGAAAA CCTCTTCATG TCGTCCCAAG ACTTACCCGG CACACTCAAA
CGGCCACGCT CCACTTCGCG CCCTCCTTCC CCATCCTCCG GCTCGTCCCC AAAAAGAGCA
GCTTCCGAAG ATCCATTTCC TTCAAGTTCA GACTCGGGAC GCGTGTTCGA CCATCTCATT
ACTGATAACG GCGGCATGGT AGCCGCTTCA AGCCCGCTGA GGCAGGATAT TGGCGATAAT
GAGAGCAACA AGAGCTGGGT TGAGCTCACC CAGCAAGTCA AGCTCGGGTC AGATGGCGAA
GAGGATGTGG AAGGTGATAC TACCTTGAGA ACAGAAGGGA GATTTTTCCT TGTGTCCCAG
GAAGTTTGGA AAGAACGGAA CAATGAGCTT TTAGGTGCGT TGATAAAATA TTCAGCGATG
AATATATGAG TCACCCTAAT GCGCCGTATC CCTAGGCTTA CTTCCTCCTC CATTCAACCA
CTACGAGAGA TACTACATTC TCCCTAAGTC CATTGTCCAG AAGGTTCAGC TCCTTGCCCT
TGGCGACGCC AACGACATTG CGGTTCAGCC TGAAGACTTT GCGGAAGCTA TGAAGGAGCT
CGTGCCTGAT CATTCAGCCG AGTCTTTCTG GGTGATCCAG TCTGAAAAGA CTGTTGCAGG
TCACAAGCTT ATTGGAAAAG CCAAGAAGGA GGATGTTTGG GCGCTGGGAG ATGCGGAAGA
GAATGAGGAC TATGTGTTTG TGCCCGAAAC TGGCTGGCAA AAAGTACTTG AATGGTTTGG
CCCGTACGAC GGACCTTCCT TACCTCGCTA TTGCGTCCCC CCTGATAATA TCGAGATCAT
TCCTGCAAAC CTTCGACTTT TCATTGTCTT GCCCGCTGAC GCCATCACTA CCGCTGGTCA
ACCCGATGAA TCTATTCAGA GTGTTCTTTT GGCTCCTAGC ACCACTCCGA TCAAGACTTT
TGAGAGCTTT GCTGTCTCTG TCTGTAACCA GGAGATTGAC CGTAGCAAAC TCGCTGGGCA
ATGGGCTACC CGTTTATGGA AGATTGAAAA GTCAGGCGAA AATGATGAAA GTCTCCTCAA
GTCTGGGTCT CTTGAAATCA CTCCCAAAGC GCTTATTTCT ACCAAGTGCC AGCTTATTGA
CACTTCGAGT GCCGAAGAAA ACCTTGCAGA GGCTATTTTA GGCAGTTCAA AGTCCCAGAT
CATTGCTATC GAATTTGGCA AGATCCCCGA AGGATCCTCT ACTCCCGTCT GGAACGTCGA
AGTCAACAAC GATAAGCAAG CAGTTGAGAA AAGTAATAAG CCTCCTCCTC TTTTCTCCAA
GCCTGCCTTT TTTAGTGGAT CCGGAAAAGC AGCTAGCGAG TCCGCTTCTA CTACGGATGC
TATCCAGACT AGGAGTCAAA CCAGAGAACG AAAGGGCAAG GGTCTGGTCG GTTTGCAAAA
TTTGGGCAAC ACCTGTTTCA TGAATAGTGC TGTGCAATGT CTGAGTAACA CCAAGGAGCT
TTCCCAATAC TTCCTCTGTG AGTTAATCTT CCTGTTAATC TGTGAGATAT TACTAACACA
TTTGCCCAGC CGGTGTATAC ACCGAAGAGC TTAATCGTGA CAATCCTCTC GGCATGCAAG
GTCAAATCGC CGAAGCCTTT GGCCAAGTAG TCGAAAACCT CTGGGCTCCT ACTTCTTCTA
TGCATAGCTC CTACTCTCCC CGCCAGCTCA AATGGACTAC TTCCAGGTTC GCCCCTCAGT
TCGCTGGTTA TGGACAGCAC GACACTCAAG AGTTCATTGC ATTCTTACTG GATGGTTTGC
ATGAGGACTT GAATAGGATT TTGAAGAAGC CATATATCGA GAAACCCGAC TGGAAGCCTG
GTGGTGGTGA CAAGGAGTTG GCTGAGCTTG GAAAGGAATG CTGGGATGGG TACAAAAAGA
GGAACGACAG TGTCATTGTC GACTTGTTCC AAGGGCAGTT GAAGAGTACC TTGGTTTGTC
CCGAATGTCA CAAGGTAGGT CACTAAAGTA GTAAAGACAT CTACTAACGA GGACTTGCAG
GAATCCATCA CCTTTGATCC GTTCATGTAC CTTACAGTGC CTCTGCCCAT TGCGCAGAAC
AGACAGTTCA AGATCACCTT TGTCCCTCGA GACACCGAAA AGCCACCTGT CAATGTCAAG
CTTTTGATCC CTCAAAATGC CTCATTCGCT CAGGTCAAGG ATAAGATTGG GTCACTGTTC
GACTGCAAGG GTTCTAGCGT AAGTCATTTA GCGATAAGGA ACGTACATTG CTGACTCGTA
ATAGATCGTC GGCTTCGACC TCTGGAATAA CCGGCCTTAC GCTTGGTGGG CCGACTCGGA
CCACAACAGT GAAGCTAAAG ACACCGACGA AGCTATCTTT TACGAACTCG ACCCATCCGT
CTCCGTTTCC GTGCCCAGGG GGAAATTCGG TTCCCAACCT CGAACAACCA GCCAAGATGG
CTCATTAACT GTCCCCGTTT ACACCTTCCG AACTGTCGAA AACTCTCGAG GCGGCTATCG
AGCGGGCGAT GTCCCTTCTG ATCTCTCTCT CAAGCCCTTC TTTATTACCC TTACTAAGGC
TGAGGCGTCT GACCCCAATG CCGTAAGGGA GGCTATCATG CGCGGTTACA CACGATTCAT
GAAGCCCGAA GCAAAGGAGA ACATTTACGT CCCCGCCTCT AGTGCTCAGG CTAAGGCTCC
TACTCCACCC AAGAGCGACG ATGGGGAGCC TGGGACAGAG ATTCACATGA GCGGTGACCA
GGCTACTGTC GTAGAGGTCC CTTCATCCCG GCAGTCGCCC GCGATTGGCG CCGAAGAGCC
CGGGGAGGGT GCTCCCATGG AATTGGACTC TGCTTCTGCC TCCACGTCGG CAGTGACTGG
CATCCAGCTC AGTGGATCTA CGACTTCCCT TCTTAGCACC AACTCCATCA GATCTTCTAT
TTCTTTATCC GGCAAACTCG TGCCCAGAGC AGATCTTTTC AAAGTTTATG TTGCTGATCC
CACTGGTGAT TTCTCCTTTA AGAGCTTCAG ATCGAACGAG AAGAAGTATG ATGCTGCTCA
TCTTTACGAC AAGGATATCA CTTCCGCCTC TAAGAGCTGG TCTTTGCTCG AGTCTCGCAA
GAAGAAGGCG AAGAAGCATA TTGTCAACCG ACTTGCTTCC GGTATTAGCT CCATGGTCAA
CCCTTCCAAT AACTCTGACG ATGAAGTGCT GTCCGATGGA TCTACTAGCA CATCACCTAA
CAAGCTGGAG AAAATGAAGG AAAAGTTGAC CAACTCCAAG CTAGCAGTAA GGCCAGGAGA
AGGTATTTTC TGCGAGTGGT CGGGGGCCGA CTTTGCCGAA TGGCTCAATG ATAATGTTAA
GGGCGAAGAT GTTATCGATC CTGCGATTTC CAAGGAATTG GTCAAGAAGA GAGAGGGGAA
GCACATTGGT ATTGAGGATT GTTTAGACGA GTTCTCAAAG GAGGAGACCC TCGGTCAAGA
CGACTTGTGG TACTGCCCTG TCGTAAGTCC TTTTTTTCCT TGGTCTTCGA GCTATGCTGA
CACCATTTGT ACAGTGCAAG AAGCACCAAG CTGCCACCAA GAAGCTGGAA ATCTACAAGG
CTCCCGATAT CCTTGTTATT TGTATCAAGC GATTCGGTTC TTCGCGACGT ATGGGCGATA
AGCTCGATAA CCTGGTACAC TTCCCGATTG ATGGGCTCGA CTTGGAAGAC AGGATTGGTG
AGAGGCAGGT GGCCAAGACT TTGAAGCTCA ATGGAGAAGA TGTTGAGGGA TATGGTATCG
AAGATGACGG TGAACCTCTG CTTTATGACC TTTGTGAGTC ATTTTGTCAA ACGAAGCTAG
ATGGACTCTT TCTGATAAGT ATGCCTCTGT AGATGCTGTC GACAACCACT TCGGTGGAAT
GGGCGGAGGC CACTATACTG CCTTCTGCAG GAATCAAGTG GATAACCAGT GGTACAACTA
TGATGATTCT CGAGTCTCCA AGGCCGATGT TTCTTCAGTT CAGGTGAGTC ACTTTCTACT
TCTCTCATCA TATAAACCGT TAACCGTAAA ACAGAGCCGT GCCGCCTATT TGCTGTTCTA
CCGAAGAAGA ACCAACCGAC CTATCGGCGG CGAATCCAGG ATCAAGGCTG AAGAAGCCGC
TCGCAATGTG CCATCCGCTT CTGCTTCCCC CGACGCCGGA CCATCCACCG AGTCATCCAC
CATGCCCTCC ACAGCCTTTG TTTCCGCCCG TACGACCCCT ACACGGGATC TTTCACCCGC
TACATTCTCA GACGAGCTCC CTTCGTACTC GCAAGTGCCC TCTCCACCTA CACTCGATAC
ATCCGCGCCC CCTAGCCCTA CGGTCAGCGA CGATTCCTTC CCTGTAACGG GCACATATAG
TCAAGGAGTC GATATCGCCT CTGTAGGCCA ATCAATTGGA TTTGGAAACA CTGCATGGGG
TTCGCCTGCC AAGGTACCGG AAAGTGGACA TTCGTTTGGG ACGATGACTA GGGCTGAGTG
GCTGGATCCT CCGGCGCAAT CTGTAGACAT GGGGCGGATG TCTACGAATA TGGATGTGGA
GGAGGATAGG TCTGATGTAT TGACGGCACT CCAAGGTGAC GAAGGTGACG AAGGTACACG
GGGGACCAAA GATGAGGATG TGGAAATGGA GTTACAGTAG
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| Protein sequence | MGAGGRVLLV REFSSAALSP AGCRPPTPPR HCLSSFHSIS APSFLLFLYP KSARVPTDIP
TKGHFENLFM SSQDLPGTLK RPRSTSRPPS PSSGSSPKRA ASEDPFPSSS DSGRVFDHLI
TDNGGMVAAS SPLRQDIGDN ESNKSWVELT QQVKLGSDGE EDVEGDTTLR TEGRFFLVSQ
EVWKERNNEL LGLLPPPFNH YERYYILPKS IVQKVQLLAL GDANDIAVQP EDFAEAMKEL
VPDHSAESFW VIQSEKTVAG HKLIGKAKKE DVWALGDAEE NEDYVFVPET GWQKVLEWFG
PYDGPSLPRY CVPPDNIEII PANLRLFIVL PADAITTAGQ PDESIQSVLL APSTTPIKTF
ESFAVSVCNQ EIDRSKLAGQ WATRLWKIEK SGENDESLLK SGSLEITPKA LISTKCQLID
TSSAEENLAE AILGSSKSQI IAIEFGKIPE GSSTPVWNVE VNNDKQAVEK SNKPPPLFSK
PAFFSGSGKA ASESASTTDA IQTRSQTRER KGKGLVGLQN LGNTCFMNSA VQCLSNTKEL
SQYFLSGVYT EELNRDNPLG MQGQIAEAFG QVVENLWAPT SSMHSSYSPR QLKWTTSRFA
PQFAGYGQHD TQEFIAFLLD GLHEDLNRIL KKPYIEKPDW KPGGGDKELA ELGKECWDGY
KKRNDSVIVD LFQGQLKSTL VCPECHKESI TFDPFMYLTV PLPIAQNRQF KITFVPRDTE
KPPVNVKLLI PQNASFAQVK DKIGSLFDCK GSSIVGFDLW NNRPYAWWAD SDHNSEAKDT
DEAIFYELDP SVSVSVPRGK FGSQPRTTSQ DGSLTVPVYT FRTVENSRGG YRAGDVPSDL
SLKPFFITLT KAEASDPNAV REAIMRGYTR FMKPEAKENI YVPASSAQAK APTPPKSDDG
EPGTEIHMSG DQATVVEVPS SRQSPAIGAE EPGEGAPMEL DSASASTSAV TGIQLSGSTT
SLLSTNSIRS SISLSGKLVP RADLFKVYVA DPTGDFSFKS FRSNEKKYDA AHLYDKDITS
ASKSWSLLES RKKKAKKHIV NRLASGISSM VNPSNNSDDE VLSDGSTSTS PNKLEKMKEK
LTNSKLAVRP GEGIFCEWSG ADFAEWLNDN VKGEDVIDPA ISKELVKKRE GKHIGIEDCL
DEFSKEETLG QDDLWYCPVC KKHQAATKKL EIYKAPDILV ICIKRFGSSR RMGDKLDNLV
HFPIDGLDLE DRIGERQVAK TLKLNGEDVE GYGIEDDGEP LLYDLYAVDN HFGGMGGGHY
TAFCRNQVDN QWYNYDDSRV SKADVSSVQS RAAYLLFYRR RTNRPIGGES RIKAEEAARN
VPSASASPDA GPSTESSTMP STAFVSARTT PTRDLSPATF SDELPSYSQV PSPPTLDTSA
PPSPTVSDDS FPVTGTYSQG VDIASVGQSI GFGNTAWGSP AKVPESGHSF GTMTRAEWLD
PPAQSVDMGR MSTNMDVEED RSDVLTALQG DEGDEGTRGT KDEDVEMELQ
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