| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC04500 |
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| Symbol | |
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| ID | 3256569 |
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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_006685 |
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| Strand | - |
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| Start bp | 1361743 |
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| End bp | 1368054 |
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| Gene Length | 6312 bp |
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| Protein Length | 1581 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638255671 |
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| Product | UDP-glucose:sterol glucosyltransferase, putative |
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| Protein accession | XP_570011 |
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| Protein GI | 58265710 |
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| COG category | [C] Energy production and conversion
[G] Carbohydrate transport and metabolism |
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| COG ID | [COG1819] Glycosyl transferases, related to UDP-glucuronosyltransferase |
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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 | 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 | ATGTCCCCAC CCATATCCCC CACCCCCCCT CCGCTTCAGC CTCCGTTCCC ACCCACTGCC
ATCGCTCGTG GTCCCGATCG TCCCGATCCT CCTCCCCAAC ACCAGCAGGC CGCCGAGTCA
CTCGTCAATG CCGCCGCCCA GCATGTCGCC CCGACTTGTC CTCCGACATC CGATGAGTTA
CCGCAGATGG AAGACCAAGC CACAAATTCT TCTAATGACT CTTTAATACC AAGTCGGCAA
GCCCCCGACC AAGAAGAGAC AGAAAATGCG ATCACAGCGG GGACTCCGCC CGATGAGATG
GAACCAACAA AGGACGCCCA AACTGTACGA TTCTCATCCT CTTCCCCGGC ATCCTACTCT
ACACACGAAT ATCCCACAGA AGGAATCAAT GAACCGCGAA CGTCTTCTCG GGCGCCGAAT
ACAGCTTCTT CCCAGATGGC TGAGTCCAGC TGTGATTTTA GATCTTCCCG AGATATTGGT
TCCGTAAGTT CCTTTCTTGT GCAGTCACTT TTTTGTGTGC TCTGTACGGC TGTCAGGTGT
GAAGCATTCT CCTGGACCTT TACACTTATG ATGCTCACGT GTCCGCTTCC CCCTACAAGT
GGTAATGGGC GCAGTGAACC GTTTCAGATT TGCTGTTAAT TGAAGATTTC CGAGATCTTT
GTTGGCCTAC ATGCAAAAAG CGTGCAATAT CAATGCATTG CTTGAGGGCC TGCTTCTTTT
GCCAAAAAAC AGTGGCGACC GGTGGACGTT GGTCATATCG ACCGAAGTCG ACGTCACCTA
TTACGGTACC CACGGTCTAT GCCCGAAGGC CGTCCTTTGT GTTTGTTGTC TGTCATCTTA
TCCTTTTGTT ATTTTTCAGA GGTGGACGAG TGCTGACCGA AGCCCGCCCT TCTTTATTCT
TGCCACTCTG TGTATACCCG TCATCCACAA TTAATTGGCT ACTCCACCGA CCTCGGTCCA
TGTACAACAG ATCCGCATGG GCGCTTCAGC TCTTGTATCT GCCCTCAATG CTCTTCCTTG
GGAGGAAGAT GACGACTCTG ATGATGGGGA GGACGATGAT GAATTTATAG AGCCAGCCCG
AGGCTCTTCT TCAACGATAT ACGAGAGAAA ACAACGGCCA CAAAGTAAGT CAATCTGCTA
CTTTTCATTG GATCCATGCT CACGCTATTC GCTATTTGTC TAGTTTCTCG CCTTGGGTCG
TCTCTCAATA CCATCAGACC GATGCCTTCG TCTAGCACGA CTCATGCTAC AGCACCTTCT
ACTTCCCATG GCTTTCATCC CACACACACT CTTCATTTCC CTTTCCGCCA AAACGCTATC
GCACGCAGAG CTTGCCAGCC TGGCACAACA GAGCTAGATT ACCAATACGC TACTCCCGAG
ACATCGTCTA GAAGGACGAG TGCGGCTGGG AGCGAGTCAA GCTCGGAGGG TGAGGTTCCA
CTTCCAAAAG GCTTTGTCTC TCATCCCAAC CTTATTGTAC CGAGTGGGGA AGGCGAAGCT
GCAGCACACC CTGATCCCAA GCTGATCAGC GATAGGATAA CGAAAGAGCA GCAGATTGCA
GATGTAGAGG AACAAGCAGA AATTCTCAGG TCTGCCGAGG AACAAGAAAT GAGGCTGGGA
AAGGAGTTTG TACCGCCCAA AAGCCGCGAC TCGGCGGATT TAAATGTAGA CGCTGCTTTG
AGAGAAGGTG GAAGCGAGAG GGAGGATGTG ATTGAAGAGC AGATGCAGAC CAACGAGGCA
GAGAAGAGGC TCACAAGAAA TGAGAAATTG GCAGAACGGC TTATGGAGGT GTTTGGTCTT
GAAGAACGGG AAGAGGTATT GGAAGAGATG AAATGTTGGT TGCTGAGGAG CGTCAGTAAG
TAGCCGATCC CTTATGCCAT GACGAGGTGG TTGATGTTCC ATTAGTGCTT AAAGGTTACA
TGTACCTCAC GAAAAGGCAT ATATGCTTCT TCGCCAACAT GCCCAATGAG AATGTACGTC
AAGAACTGCA GTGCGATAAG CTAATGATGA TGAAAGAACC TGCTCGTTAA ATCCGGTCCT
TTGCACAAGA AAGCATCCCG TTCAAAACTG AATACAAAGT TCTGGGTTGT ACTGAAGAAC
GACGTTCTTA GTTGGTATGA GAGTACCTCA GATCCTTATT TCCCAAAAGG CAACATTTCT
CTCCAATACT GCCATAGCTG TGACGCTGTG AGCGGCACTA GGTTCAAAGT TCGAACATCG
GAGAGAAATT ACACTTTCAC GGCGGATACC GAGTCAAGTA GGGACGAGTG GGTCAAGGCA
ATCCAAAAGG TCATGTTTAA AACGCAGCAC GAGGGCGAAA CTATAAAGGT CATTTATTTC
AAGTGTTATT ACCTGAAGGC GTGTGCTAAA TTATTTAATA GCTCATTATC CCTCTTGAAG
CAATAGTAGA TGTCGAAAAG AGTCCGACTC TAGAGTTTAC AGAGACAATA GAGGTTAGCC
TCCCGTTTCA TCTCAAATGC CGATCGTTGA CCAATCATTT CATTACCAGG TCAAATGCAT
TGACGCGGAA GATCAAATGT CCGTCGATAG CTACTTTTTC GCATCATTTC CCGATAACGA
CTATGCCTTC TCTGCCATCC AAAAGCTTGT GCGAGAACGA CCATCACCAC CTGAGCTTCC
CCGCATATCC TCTGTCACTA CAATCCATGC TAATCAGGAG CCGCTTGACA CCAGTCATGC
TACTATCAAG CGCCATGGGA CGGATTCCTC AGCGGAAAAA CTGGGGATGG CTAGTCATCG
GCCTTTCCGG AAAATTAGTT CAGTTTTGAA ACCATTGATT TTGAAATCCA GTGATGGAGA
ACCACTTGAG GAGCACAGCC AAGGTCCTCA TCATAATGAC GAAGACGCAT CGCACCTACC
TCATATAGAG GCCATTTCAA ATAGGCGACG GTCAGAAGAA GAGTCCGACA ACGATTATTT
CGACGGCTAT CCACCTCGGC AGGTTGGCCC TCCTCCTCCG TCAATGAATG ATGACGCTCG
TAATTGGAGG CCCTCATGGA TTCGTAAACC GGCATCCAAA TTGTTCGGTA GTTCTCCAAG
CGGTTCGTTC GTCTCCCACC CTGGTCGATT GCCCACGGAT AGTTCGACTA CTGTCACCGA
GTCAGGTCCT AGCTTACGTA GTCGAACTGG TCGGACAAAG CAAGCATCCG TAACAGAAGT
GATGGAGCCT CCTATTCAGT ATGAAGAAGA GGTCAGTGAG GACGAAATGT CAAACAAACC
TTCTGTTGTA GACAGTAATT CAGCGGAGAC GGCGAGGAAG AGAGCGGCAA GGTTATCTTG
GACGTCGGAA ACTTCTAGTG GAAGTCAAAT GGTCAAGAGT AAATCGGACT TTTCAATGCT
GGGCTCTGAG AGTGGGCATA GTGAGAGCGC GGAAACGGTA AGAAAGTTTA GGACATTCTT
TGCCTTGAGT GACAAGGAGG AATTGATTGA TCGTGGGTGT CTCTTTCAGA GAAATCTGCT
CTTACTCTCT AACGCTGGCT ATCGCCTAAG ACTTTCCTGG CTACCTTTAC CGAGTATTGC
CTGTATCAGG AAGGTTTTTC ATCTCTACCA ATTACTTTTG CTTTCGGTCA TCTCAACTGC
TCTATAAAAC AAAGGAAAGT TTTAGACTGG TTGACAACTG CATAAGGCAG CTGATGGTGT
ATGTGTAGAT GATCATTCCG ATTCGCGACC TTTACGGCCT CAAAGCACAG AAAGCTTTCC
GCTTTGGACA TTCTGGTCTT ACTGTGGTCA TTAAAGGGCA CGAGGAGATT TTCATTGAGT
TCCGTTCCGC CAGTCGTCGA AAAGCCTGCA TCGCCCTACT TGAAGAACGT ATGGAGGCTG
TTCGACTCAG TGGAGAAAAC ACTATTGTTG ACTCTCACAA GATTGAAGCA CGTATAATGG
AGGACCTTGA TGAGTCTACA CCGGTTGAAC CCAAGTCCCC TTGGCCTGTG TCACCTTCGC
CCCTCTTTGG TTCCACAACT TCCACCTCAT TCCTGGAGTT TAAACCAGAG CCAATGAAGA
TCACTTGCTT GACTATTGGC AGCCGGGGAG ATGTCCAGCC ATACATCGCG TTGTGCAAAG
GATTACAGGC AGAAGGCCAC ATTACCAAAA TTGCTACTCA CGGAGAGTAC AAAGCATGGG
TTGAAGGAGT GAGTTCAGTT CCGTGCTCTT TCTATTGGCA GGCTTGGCTA ATCTATGGAT
AGCATGGCAT CGCCTTCGAA AGTGTTGGTG GTGATCCTGC TGAGCTCATG CAAATGTGTG
TAGATAACGG AATGTTCACG GTCTCTTTCC TCAAGGAAGG TCTCCAAAAG GTATCTTTCA
TTCTGCTTTT GCACGGCTTT TGCTCACGCA ATCATGCAGT TCCGAGGGTG GTTGGATGAC
CTTCTCAATT CTTCATGGGA AGCTTGCCAA GGATCTGACT TACTGATTGA ATCTCCAAGC
GCAATGAGCG GCATCCACGT CGCAGAGGCA TTAAGAATAC CGTATTACCG AGCTTTCACG
GTGTGTGCCT ACCATTGGGA AAGTATGGCG ATGACTGATC AACCGAGATA GATGCCTTGG
ACCCGGACGA GAGCCTATCC TGTGAGCAGC CATGGACGCC ATTCTTGCAA CCTCTTCTGA
CATATTCGCA GCACGCGTTT GCTGTTCCTG AACATGGTCG CGGAGGCCCA TATAACTATA
TGACTTACAC AATGTTCGAT CAAGTCTTCT GGCGAGCAAT CTCTGGACAA GTAAATCGGT
GGAGACGTAA CGTCCTGGGC CTTGATGCCA CTACATTTGA CAAAATGGAG CAGCACAAGG
TTCCCTTCCT GTATAACTTC TCGCCTACTG TGGTACCACC CCCTCTTGAT TGGACAGAGT
GGATTCATGT CACTGGATAT TGGTTCCTGG ATAAAGCAGA CGAGAAGCAG GGGGAGAAGA
GTTGGACACC TCCGCAGGGC CTTGTTGACT TTATTGACAA GGCGCATGGG GAGGAAAAGA
AAGTGGTATA CATGTGAGTC GTCGTTAGCA CCACCTTGTC TAGTTTACTG ACTAGAATAA
CATCGAATTT AGCGGGTTTG GTTCGATTGT TGTGTCTGAT CCAGAAGAAA TGACTCGCTG
TGTTGTGGAA GCAGTAGTGA ATAGCGGCGT GTGCGCAATT TTGTCAAAGG GCTGGTCTGA
TCGAGGGTCG AAAAAGGGGG AGCCGAAAGG GGATTCAGAG GGAGCTGATG GTGTCAAATA
TCCCCCTGAA ATTTTGTAAG CACCGTTTGC CAATGGTCAA ATTTGAAAAC TAATCATCAT
CGCCTGTTCT AGCGCTATCG ACTCCATAGA TCATGGTTGG CTGTTCCCAC GAATTGATGC
AGCTTGTCAT CATGGCGGTG CTGGGACAAC GGGAGCAAGT TTGAGGGGTA AGCTCTTCTT
TTTGGGATTG TAGAAAGATT ACTGATTTTG TGTTGCAGCT GGAATTGTAA GTAGGATTGA
TTATAAAAGT ATTTGTTCCA CTTCGAACTG ACCTTTTCTT AGCCTACAAT CATCAAACCG
TTCTTCGGCG ATCAAGCGTT CTGGGCAGAA CGGGTTGAAA GTCTGAATGT TGGCTCGTCC
ATCCGCAGGT TGACGTCTCA TCAACTTGCA TCTGCCTTGA TCAAGGCGAC TACCGATGAG
AAGCAGATTT CGAAAGCGAG AGTAGTTGGT GAAATGATCA GGAAGGAAAA TGGTATAACG
AGGGCTATAG AAGCCATCTA CCGTGATCTG GTGAGTCGGT CAATTAGTGC GGAACATGTC
TGACTTTGGT GTTAGGAATA CGCCAAATCA ATCATCAAAT CCCTTCCATC TACCGATGAC
AGAACCCCGG AGAGGATTTC TAGTCACCTT CATCCTTTAA CCACTGCCGA CCTCAGCTTT
AACCGGGTAC GTTCACGATC ACGCTCTCGT TCTCGTTCTT CACAAGGTAG ATTTTCCCCA
CGGCGTCACA CTGTGGACGA TGATGGCTGG TCAGTTGTCT CTGGCGGTAG TCGAAGTCGT
AGCGGCAGTG CTAGTGCTGT GACCAGTCCT GAACGCCGTC CACTGAATAT TGGATCTGCA
CTTGGAAGTC ATGTTTTTAA AACTGCCTTA TTACCTAATA CATTTGGGAA ATGGAGGAAC
TTGGAGGAAG GGGATGACAG ATAGATAATG TTTTTATTAT TATGGAACTG TACAAATATA
ATTAGCAATG CCAGGTTGTA AAGCTTTAGT CAATATGAAT CTCTTGTATG TATACAGAGG
TATGAGCACA AAATGGCGGT GCCCTTGTAC CTGTGTCTGT TATCCGCTGC GAGGTATGGT
TTTAACGAAC GA
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| Protein sequence | MSPPISPTPP PLQPPFPPTA IARGPDRPDP PPQHQQAAES LVNAAAQHVA PTCPPTSDEL
PQMEDQATNS SNDSLIPSRQ APDQEETENA ITAGTPPDEM EPTKDAQTVR FSSSSPASYS
THEYPTEGIN EPRTSSRAPN TASSQMAESS CDFRSSRDIG SIRMGASALV SALNALPWEE
DDDSDDGEDD DEFIEPARGS SSTIYERKQR PQTPSTSHGF HPTHTLHFPF RQNAIARRAC
QPGTTELDYQ YATPETSSRR TSAAGSESSS EGEVPLPKGF VSHPNLIVPS GEGEAAAHPD
PKLISDRITK EQQIADVEEQ AEILRSAEEQ EMRLGKEFVP PKSRDSADLN VDAALREGGS
EREDVIEEQM QTNEAEKRLT RNEKLAERLM EVFGLEEREE VLEEMKCWLL RSVMLKGYMY
LTKRHICFFA NMPNENNLLV KSGPLHKKAS RSKLNTKFWV VLKNDVLSWY ESTSDPYFPK
GNISLQYCHS CDAVSGTRFK VRTSERNYTF TADTESSRDE WVKAIQKVMF KTQHEGETIK
LIIPLEAIVD VEKSPTLEFT ETIEVKCIDA EDQIYFFASF PDNDYAFSAI QKLVRERPSP
PELPRISSVT TIHANQEPLD TSHATIKRHG TDSSAEKLGM ASHRPFRKIS SVLKPLILKS
SDGEPLEEHS QGPHHNDEDA SHLPHIEAIS NRRRSEEESD NDYFDGYPPR QVGPPPPSMN
DDARNWRPSW IRKPASKLFG SSPSGSFVSH PGRLPTDSST TVTESGPSLR SRTGRTKQAS
VTEVMEPPIQ YEEEVSEDEM SNKPSVVDSN SAETARKRAA RLSWTSETSS GSQMVKSKSD
FSMLGSESGH SESAETVRKF RTFFALSDKE ELIDHFPGYL YRVLPVSGRF FISTNYFCFR
SSQLLYKTKE SFRLMIIPIR DLYGLKAQKA FRFGHSGLTV VIKGHEEIFI EFRSASRRKA
CIALLEERME AVRLSGENTI VDSHKIEARI MEDLDESTPV EPKSPWPVSP SPLFGSTTST
SFLEFKPEPM KITCLTIGSR GDVQPYIALC KGLQAEGHIT KIATHGEYKA WVEGHGIAFE
SVGGDPAELM QMCVDNGMFT VSFLKEGLQK FRGWLDDLLN SSWEACQGSD LLIESPSAMS
GIHVAEALRI PYYRAFTMPW TRTRAYPHAF AVPEHGRGGP YNYMTYTMFD QVFWRAISGQ
VNRWRRNVLG LDATTFDKME QHKVPFLYNF SPTVVPPPLD WTEWIHVTGY WFLDKADEKQ
GEKSWTPPQG LVDFIDKAHG EEKKVVYIGF GSIVVSDPEE MTRCVVEAVV NSGVCAILSK
GWSDRGSKKG EPKGDSEGAD GVKYPPEIFA IDSIDHGWLF PRIDAACHHG GAGTTGASLR
AGIPTIIKPF FGDQAFWAER VESLNVGSSI RRLTSHQLAS ALIKATTDEK QISKARVVGE
MIRKENGITR AIEAIYRDLE YAKSIIKSLP STDDRTPERI SSHLHPLTTA DLSFNRVRSR
SRSRSRSSQG RFSPRRHTVD DDGWSVVSGG SRSRSGSASA VTSPERRPLN IGSALGSHVF
KTALLPNTFG KWRNLEEGDD R
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