| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG03260 |
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| Symbol | |
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| ID | 3258742 |
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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 | 919037 |
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| End bp | 923777 |
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| Gene Length | 4741 bp |
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| Protein Length | 1220 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638257947 |
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| Product | sterol 3-beta-glucosyltransferase, putative |
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| Protein accession | XP_572041 |
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| Protein GI | 58269770 |
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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 | 21 |
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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 | GCCCATATAA CGAAACATCC CACAGAACCC ATTATTTGCC GCCTACCCTG CTATCCTCAC
TCCAACCTTC ACTATCCTCC GTCTAATCTT CCAAATTAGA CAATCCGTCC CTGTGTTCGG
ACTTGAGCAC ATACAATCTC CTAAGGAGCT TCGATAATTT CATCTCGTCT AACCCATCTA
TCGTCGCCGC TATCGGAGTC AGCTCAGAGC TCGACACTTT TTTTTACGGA TGCGGTGGTT
CTCTCCATCA GAAGCGGTCC AGCGATCAGG CACGCCATGT GCTGCTCAAC TGTTCGACCT
CTTCAAATAC ATGGCGGGAG ACAACTCAGA TGGGGATTTT GGTCAGGGGG AAGCTGCTGA
AGGTGAGGAG AACGAGGTCC TCCCCAACTT TCTCCCTCAA GGCGACAGAC CTTCACCAGT
GACTTGGGAT GATCGTCCCT ATGCTCTAGC CGATGATCCC CATCTGCATA TAGCTTCTCA
GGAGACTAGG CCCTCAACTC CTTCACGAGT GAAGCATGAA AAAGGAACTT CAACCTATCT
TGAGGAAGCT GAAAAAGCCA CTGAAAGAGA GCGGAATTCA CTGAGCGCCC GACTGACAGG
TTAGTACATT TAAATGCCAC TATATACTGG AGGTGGCTCA CCATCGAGCA CTCAGCGATG
TCATTGAGCA ATCTGTCGAA CGCGATGTTG TTGCGTAGCG GTAAGAAAGT CAAGAGAAGG
CCTTTGCCCC TCAAGGATCA GGATCCTTCA CCCGAAATAG GGGCCAAATC ATCCATCCTT
TTAACTCCGT CCGCATCCTT GGATGATTAT AAGATAGGGG TGCTTGGGGA TCTGTCTGAA
AATGATATGC CCTTGGATGG TGACGACATC ACTGACGAAG AGAAGATCGC GGCCATTATA
AGCGAGTTTG GAGATATTAC CAGTTTGTAT GAGGACCAGG AACCTGAGAG AATTCTTGCT
GAAAGCAAGG GTAGCGTGTT TAAGTGAGTC GTTGCCAGTT TTTCGAGAGC TGACGTCCAG
GAGCGTCATG ATGATAGTAG GTACCTAAAA ACTGGCCTGG CTAACGGCAC AGGGCAATTT
GCATCTAACA ACCCATCGTC TCCTCTTTCA TGCCTCTATT CCTCCTGATT ATGGATCCGG
TGCCCTTTCC TCCACAGGGT CCGCAACAAA CGACGCTACC GTCCGTCAAC CGGACGTGCT
CCAGGCTGGC CCAGTCACAG TTCATTACCC AGGGGCTATC AGACCCTCAA GGCGGGTGTG
GATGGAATTA AGCTCGGAGA TGGTCACCAC CTATCCTGGT GCGGATGAAG CCAGTCGCGT
GCGACCCCTC AGATGTGTTT TATGTAAGTC GATAAATCTG ACTTCGCTGA CATCTGTAGT
GTCTTCTGTA CGACAACTGG AACCAATAGA TCCCGAACAT CCTCGTGATT TTTATGTGGA
GTACGAGACT GCTACTGGAT GGAAGCGAAG CCACATCTCT GTCGACACTG AGGTAAGAGT
TTTTTCATGG AATAAAACTG ATCAGCGTAT TAGCAATCAG CCGGGCAATG GAGACGGGCC
TTCCATGCTG CACTATTCCG CCAAATGCGA TATAAATGGC GCCAATCAAG TGGCTTTATC
CCTCCCGACG ATAACTGGTC AATGATGCGT GTCTGCATTC CATTGAGCAG AGTTACTCTT
AAAGGCATTA GCAGCTATCA TTCCTTTGCC ACTCTAATGG GACTGGATGT GGACCTCGAC
GTCGTGTTGC ATCCGGCTTT TTCATTTTTG TCAAGCATTG AAAACCGCAT ACCTGATGCT
CCTCATAAAC TCAAGCTTAT ACATCCGTCC TCTATATCAT CAGTTAAGCC ACCAGCTCTT
CCATGCTCCA AAACAACGTC TCGAAAATCT TCACTTTGGA GGGGAGACGC TGATGCTGCC
AGATCACCTG ATCTTTGGAA CGGCTCTCAA GCTAATCCGG ACAATCCAAA AGAACAAAAA
CTGCTTGAAT TTAATATTGC CGTCCTCAAC GAACAGGTAT GGTTTGCTGA AGCGCTGCAA
TCTGCGGTGA ATGCTTCTAA ATTGCGGAAA TACGCAGCAA CAGCGAAGGA GCCTAAAATT
GTCCTCGAAG TGGACGGACA TGATTGCCTT GCTGCAGATG ACGAGTTGGA CTCAAAAAGC
TTGGGGACGA CAGGGTCCAC TGAGTTGGAC GAGGATGAAG ATAGCGGCGA TGACGTGCTG
CAACAAACAC GCAAGCGAGA GAAGGCTTTC ATGGCTGCAA AAGTATTCGG TTTGAAGGAA
GAAGATGGGA TATGGAGTGA GTACTAAACA ATGACATCCG TGACGCTAAT TCAACAGTGA
AACGCTGTTA TATTGTAACG TCATTTCTGC CGGCCCGTGG CCATATTATT ATAACGCCTC
AGTATATTTG CTTCTGGCGC AGAGTAGCTG TTGGAACCGA TATTAGAGTA AGCATGATTG
TGCGCAATAT TCTGCTGACC CGCTCAGTAT CGCTTCCCGG TTGAAGACGT GGAAAATGTA
TTCATTGTTC CAGGAATACG GGTCCGCTTC CACGGGCTTG CTCTGCAGAT AAAAGGACAT
GAAGATCTTC GCTTCGAATT CTGGAAACAC TCGTCAAGGG ATGAAGTGAG TGATTTTTGG
GGCAACAGGC GAACTGACGA CTGTGAAAGG TTATGGCACA TATCAAATCA TTGGCTGGAA
CAAGTTCAGG CGTTACAGCT CTCAGTTCAA AATCACCATC AGCCCGAACG TCAAACAGTG
GAAAGCAGGT TATGGCAGTT TCCTCCAAGC AAACTTTTGC AGTACACCCC GCCGATATCC
TTGCCCCCTC AAAAAGCTCT CTATTTCAAC CACTGTCTGT GACAGATGAT AGCCTACCGT
ACTTGCCGTT TGTTGCCAAT AGTCCAAATT TTACCGCACG CCTAGAGCCA CGCACTTTTG
TGTGTCTTAC CATTGGTTCG AGGGGTGATG TCCAGCCCTA TATCGCATTG GGGCTGCAGC
TGAAAAAAGA TGGGCATAAA GTGGTGATAG TAACACATCG TGAGTTATTT ATGGTCTGAA
GTCCGCTCAT AAAATTTCAA GTGGAATTTA AGGAATGGGT TGAGGGTTAC GGAATTGAAC
ACCGCGAAGC AGGAGGTGAC CCGACTGCTC TGATGAAGCT CAGTCAAGAA CATAAAATGT
TCTCCCCTGG GTTCTTCAAA GAGTCATTGG GGTCGTTCCG TCAGTGGCTG GATAACTGTA
AGCTGATGAT CGTTCAACAC AATTGCGGTC GATTGATAGC CTTTTATTGA TTAACCTGTG
CATTCACAGT ATTGCTGGAT TCATGGCAAG CATGTAAAGA TGCGGATGTC CTCATTGAAA
GCCCATCCGC CATGGCAGGA ATACATATTG CGGAAGCCCT GAAAATACCA TATTTCAGAG
CTTTCACCAT GCCTTGGACT AGGACCTCTG CGTATCCTCA AGCATTCTTA GTTCCAACAT
TTGAAATGGG ACCTAGCTTC AATTATGCGA CCTACGTACT GTTCGATAAT ATTATGTGGA
AGGCAACCGC TCCCCAAATC AATCGCTGGC GTAAAAAGCA CCTCAACCTG AAACCGACAG
ATTTGTCGAC CCTCTCCATT ACGAATGTCC CCTTTTTGTA TAACTTCAGC CCCTCTGTTG
TCCCAAAGCC GCTTGACTGG CATGACGATG TCATTGTTAC TGGATACTGG AATCTGGAAG
ATAGTGACAG AGACTGGGTA CCTCCAGCCG CATTGGAAGA GTTTATTGTT AGAGCAAATG
AAAAAGGACG GCCTTTAGTT TACATTGTAA GTTTAGACAT CTGGTAATAG TTAAGTTGGC
GATAACAACA ACAAACTAGG GTTTTGGATC TATTGTTGTC CCACAACCTG ATGAGATGAC
TCGAAGTATA ATCAAAGCGG TCGAAAAAGG TAATTGAAGG CGTTTGAGTA GAGTTCTAGT
ATGACTGATC TCCATTTCTG CAGCCAATGT TTGCGCAATC ATTGCCAAAG GATGGTCTTC
ACGAGGTGGT GACCCAGCCA AAGAAGGGCA GAATATCACC TTCCCTGAAA GCTGTTATGG
TATCGATAAA ATTCCTCATG CTTGGTTGTT CCCAAGAGGT GAATACAGTT TGATAAGTCA
AGTGTTTACT GGCCTGCTGA TATTCCACCT GTAGTTCGAG CAGCATTACA TCATGGTGGT
GCTGGAACTG TTGGTGCCAG CTTAAGAGCT GGTATCCCTA CCTTAATCAA ACCCTGGTTC
GGGTAAGCGA TTTAAGGAAG CGGATTGACT ATCGCGAACG AACTGACACT TTTAAAGAGA
TCAGTTCTTT TGGTCGATAC GTGTTTCAAA ACTTGGTGTT GGGTTGAAAG TTCCATCTTT
GCGGTCTGAT GATGTGGCTT CCGCCCTTAT CAAGGCTACA TCCGATAGGC TCATGATTGA
GAAAGCGGCT CGGATCGGTG AACGCATACG GTCAGAAAAT GGCGTGGCTA CGGCAGTCAG
TGCTATCAGC TACAACATCT CCAGGGCAGC AAATAATCGT AGAACAGCGA GATAAATTAT
ATCTGTGGAT AGAAATTAGC AGACTGACTC TGTCTCGGTC CCAAATGTAT CATTAGTGTA
TCCCCTTTTT ATCGCTTCCA TCCTGAAACG CTTGTCAGAT AAATTGACAG AGTGCTGGAA
GTGTGGGTTA TATACAATTG GGGTCGTGAT AGCGCAGACT ATAGATGAGT ACTCTTGCTG
G
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| Protein sequence | MRWFSPSEAV QRSGTPCAAQ LFDLFKYMAG DNSDGDFGQG EAAEGEENEV LPNFLPQGDR
PSPVTWDDRP YALADDPHLH IASQETRPST PSRVKHEKGT STYLEEAEKA TERERNSLSA
RLTAMSLSNL SNAMLLRSGK KVKRRPLPLK DQDPSPEIGA KSSILLTPSA SLDDYKIGVL
GDLSENDMPL DGDDITDEEK IAAIISEFGD ITSLYEDQEP ERILAESKGS VFKSVMMIGN
LHLTTHRLLF HASIPPDYGS GALSSTGSAT NDATVRQPDV LQAGPVTVHY PGAIRPSRRV
WMELSSEMVT TYPGADEASR VRPLRCVLLS SVRQLEPIDP EHPRDFYVEY ETATGWKRSH
ISVDTEQSAG QWRRAFHAAL FRQMRYKWRQ SSGFIPPDDN WSMMRVCIPL SRVTLKGISS
YHSFATLMGL DVDLDVVLHP AFSFLSSIEN RIPDAPHKLK LIHPSSISSV KPPALPCSKT
TSRKSSLWRG DADAARSPDL WNGSQANPDN PKEQKLLEFN IAVLNEQVWF AEALQSAVNA
SKLRKYAATA KEPKIVLEVD GHDCLAADDE LDSKSLGTTG STELDEDEDS GDDVLQQTRK
REKAFMAAKV FGLKEEDGIW MKRCYIVTSF LPARGHIIIT PQYICFWRRV AVGTDIRYRF
PVEDVENVFI VPGIRVRFHG LALQIKGHED LRFEFWKHSS RDEVMAHIKS LAGTSSGVTA
LSSKSPSART SNSGKQVMAV SSKQTFAVHP ADILAPSKSS LFQPLSVTDD SLPYLPFVAN
SPNFTARLEP RTFVCLTIGS RGDVQPYIAL GLQLKKDGHK VVIVTHLEFK EWVEGYGIEH
REAGGDPTAL MKLSQEHKMF SPGFFKESLG SFRQWLDNLL LDSWQACKDA DVLIESPSAM
AGIHIAEALK IPYFRAFTMP WTRTSAYPQA FLVPTFEMGP SFNYATYVLF DNIMWKATAP
QINRWRKKHL NLKPTDLSTL SITNVPFLYN FSPSVVPKPL DWHDDVIVTG YWNLEDSDRD
WVPPAALEEF IVRANEKGRP LVYIGFGSIV VPQPDEMTRS IIKAVEKANV CAIIAKGWSS
RGGDPAKEGQ NITFPESCYG IDKIPHAWLF PRVRAALHHG GAGTVGASLR AGIPTLIKPW
FGDQFFWSIR VSKLGVGLKV PSLRSDDVAS ALIKATSDRL MIEKAARIGE RIRSENGVAT
AVSAISYNIS RAANNRRTAR
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