| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ00390 |
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| Symbol | |
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| ID | 3254112 |
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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_006679 |
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| Strand | + |
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| Start bp | 100467 |
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| End bp | 103807 |
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| Gene Length | 3341 bp |
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| Protein Length | 1030 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638253196 |
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| Product | 3-methyl-2-oxobutanoate hydroxymethyltransferase, putative |
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| Protein accession | XP_567295 |
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| Protein GI | 58259765 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG0413] Ketopantoate hydroxymethyltransferase |
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| TIGRFAM ID | [TIGR00222] 3-methyl-2-oxobutanoate hydroxymethyltransferase |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | ATGTTACCAA GAGCCCACAG ATTAGTCAAT CAAAGGCCAG GGATCGCTCT TCGACCTCAC
GCAAGCCACG TTTCCTCAGC GGCAACTTCG GCAGTTAGAC GTTCGGTGGC AAGTCAAGCC
CAAGTAGCCC AACCCCCGAT CCATCCTGAA ATTGATGGCA CATTCAATGA TCTGATCGGG
GAAGGGACTA TGAACATGGG AATGAAACCT AGAGGAAGCG ACAGGACGTC ATTGCCATAC
AGAAATATAA ACGAGATCGA ATTGGCGGAT CATCAGCCTG TCCGACATAG CGGAAGAAAG
TGGTCATCTC TAGGCTTGCG AATAGAACAG AGTGATCTCG TCATCGATGA GTCGCCAGAA
GTTTATAACT CTGCCTCGGA AGGGGAATAC CATGATTTTG GTCGAGAAGA AAGGAGGAGC
CCAGCTGCTG TCTTGGGAAG CAAGCGTCTG GGAATGGTAG TCTTGCCGGA GGAAATGCAG
CGAGGTATTC AAAGGCAAAT CGACCGTAAG CATATTTGAT TTGAGAAGAC ATCAAGGCAA
GTTATACTGA CGATGATCTA GTCATGGACA ATCCCCGAGA TATTCGAAAA TCATATCTGG
CGCTTCCCAA TGTTCCTACA CCCATTAGCG CTACAAAATC GGAGCGTAGA GATAAACCGT
TCCGCACACC GGAAGGCGAG CTTGCCAAAG CATCCGCAAT CCTTCCCGGA GAGTATGGTG
CGGTCAAGAA TGTGCTGGAA GAATTGGAGA GAAGGTTAGG TCGAGAATGG TTGACAAGTG
CAAAGGAAGG AGAGATCTTG GAGTTCTCAT CTAGCCTGGG GTCTGGCCTT TGGTAAGTGC
AGCTCTCGTG TTTTCTGCTA GCAATGTTAG TTATTAAGCT TCGTAGGGCT ATCATGGATG
TCATGGGTGG TCTGCTCTCT TCTCGCCGGA GATGGCAGGA AGGACAGGAC AAGTTAAAAT
ATCAATTTGT ACACTCTTCT AGACATGGTC TTGACCTCGT CCAAAGAATA GCAGAGGGTA
TGTGCATATC CAATACGTAA CTGTACGTGG GCTAATTTTG TTGCGTAGTC ATCCCTGAGG
AATCTGCCGA CGTTCAGTTC AACCGCAGAC ATGTCCATTC TTCGACCCCA TCACTAATTC
TTTCCACATT CCATTTAACC TCTTTCCCTA CATTACCAAC CAGACAACTC TACCTGCGTC
AACTTTTAGA GCTCTCATCT CCTTATATCG TCCTCATCGA AAGGTCAACA CCCCAAGGCT
GGGCCGCTAT CTCACAAGCC CGCTCATACT TACTCGAGAA ATCAACTTCC GAAAACCCCC
TTCACGTGGT AGCTCCCTGT CCTCACGATG GGAAGTGCCC TTTGGTCGGA ACCAAGGATG
TTTGTGGATA TAGCCAGAGA CTTCAAAGGC CTTCTTTCCT GAGAAAAACA AAACACTCAT
CTAGGGGAGA GGAGGAAAAG GGTTACTGCT ACCTAGTGAT CGCCAAGGGC GAGCGTCCCT
CCGTTGGCAC CGTAGCTGAG GATATGAAAG TTGCTGGAAG GATGGGAAAG GTGGGACGGG
AAGCAGCTGA AAAAGCGTTG ATCAAGTCTC AAGGCCGATC GATCATTCAA GAAGTTGAAG
GTCACGAAGC GGTAATGGAA GTTGTGCGCC TGCATGAGAT AGAGCCTGGT ATGGAGAACT
ATTTTGAAGA GACGTCACCC TCTGTCAACT CGGAAGAATT GGAAGAGAAC TTAAGAAAGG
AGGCGTATAG CTGGCCGAGA ATGGTTGCTC CACCGATGAA GAGGAAGGGA CATGTCACCA
TGGATACTTG TTGCGCTGAT GGTGAGTTGC AACGCGCCAA TATCCAATGT TCAACGATTG
ACATATCTCA GGTAACATAC AACGTCTTAC CTATACCAAG TCGCATTCCA AGCAAAGCTA
CCATGACGCT CGTAAATCTT CTTGGGGTGA TCTCTTCCCC CACACTTCCA AAGGCAAGCC
TGTTATTCGA ACCCGTGGTG TCAGACGACT TGCAAAGTCC GAAAACAATG GGGATGCGGA
CGCAGTTATC AGCGAACTCT TATCAGCAAG CTTGGAGGAA GAGATGGAAC TCGAGAAAGC
TATGGAGGCG GTGGAGGTTG ACGAGCTGAA GGAATTGGAA ATGTTGGGCA TTAAAACTCC
CAGGGCTGAA GTCTCCAAGG AAAGGCAGGA TGACGATATG CTGGTGTGGA AGTCGAACAA
GAATGGACCT TTTGCTTCCG GGCAGAAAAG GAGCTACAGA ACTTTAACAT CGACGAGGAG
CACTTCACAA CCTAAGACGC CACCTTCCAT TCAGACTCGA TCAATGTCAG CTCGCCCGGC
TCCTCCAATT AGGCCCAAGG CGACCCTTTC ATCCTTGTTG TCACTCGCTA AATCTGGCAC
CCCCATCAGC GTTCTCACTG CTTACGATTA CCCCACTGCT CTCCTCTCCG AATCCTGCAA
CCTCGATATG ACTCTCGTTG GAGATTCACT TTCTCAAGTC GCTCTCGGTC ATGAGACAAC
TACAGCTATT ACCCTTGATG AGATGATCCA CCATGCACGA ACGGTTGTAC GGGGTGCGAA
AACACCTTTT GTTTTTGCCG ATATGCCCTT TGGTAGCTTC GAGACTTCCT TAGAAGAAGG
CGTCAGGAGT GTCTTGAGGA TGGTTAAAGA AGGTGGTGTA GATGGTGTCA AAATCGAAGG
TGGTCGCGAA ATTGTCCCTC TTGTTCGACG TCTTTCCGCT ATTGGTATCC CTGTTATGCC
TCACCTCGGC CTGCAACCTC AACGAGCCAC CAGTCTGTCA GGCTACCTCG TTCAGGGGCG
AACCGCTCAA GCTGCTTATG AGATCCTGCA AAGTGCTCGA GAGCTCGCGA ATGCTGGGGC
TTTCGCATTC CTTCTCGAGG CAATGCCCTC AAAGGTTGCG AAGCTCGTTA CTGAGGAAGT
TGGCAAGAAG GGTGTATTCA CAATTGGTAT TGGTGCTGGA AATGGGACCA ACGGCCAGGT
TCTGGTTATC ACCGACGTGC TTGGTATCTA CGCTGAGGAT CCTCCTGAGG ATATAGCCAC
ACCCAACGTT ACAGGAGAAA CCGAGCTTGT CTCTACGTCT CGTGATTTCA CCAAGCCTCT
CGACGCGCCA CGATTCGTTC GTCAGTTTGG GTCGCTCGGG CAAGAGATGC GCCGCGCTGT
GCGTGCATAT GTGCAAGCTG TTAAGGGAAG AAGCTTCCCC GACTCCAAAG AGAGCTATGG
GATGAAGAAG GAGGAGTGGG AGACGTTTTT GGAGATGGTC AAGCGCGAGA AGGACCAGCA
TTAATGAATA GAAATTAGAG CATACCTTGT GTCATTATAT A
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| Protein sequence | MLPRAHRLVN QRPGIALRPH ASHVSSAATS AVRRSVASQA QVAQPPIHPE IDGTFNDLIG
EGTMNMGMKP RGSDRTSLPY RNINEIELAD HQPVRHSGRK WSSLGLRIEQ SDLVIDESPE
VYNSASEGEY HDFGREERRS PAAVLGSKRL GMVVLPEEMQ RGIQRQIDLM DNPRDIRKSY
LALPNVPTPI SATKSERRDK PFRTPEGELA KASAILPGEY GAVKNVLEEL ERRLGREWLT
SAKEGEILEF SSSLGSGLWA IMDVMGGLLS SRRRWQEGQD KLKYQFVHSS RHGLDLVQRI
AEVIPEESAD VQFNRRHVHS STPSLILSTF HLTSFPTLPT RQLYLRQLLE LSSPYIVLIE
RSTPQGWAAI SQARSYLLEK STSENPLHVV APCPHDGKCP LVGTKDVCGY SQRLQRPSFL
RKTKHSSRGE EEKGYCYLVI AKGERPSVGT VAEDMKVAGR MGKVGREAAE KALIKSQGRS
IIQEVEGHEA VMEVVRLHEI EPGMENYFEE TSPSVNSEEL EENLRKEAYS WPRMVAPPMK
RKGHVTMDTC CADGNIQRLT YTKSHSKQSY HDARKSSWGD LFPHTSKGKP VIRTRGVRRL
AKSENNGDAD AVISELLSAS LEEEMELEKA MEAVEVDELK ELEMLGIKTP RAEVSKERQD
DDMLVWKSNK NGPFASGQKR SYRTLTSTRS TSQPKTPPSI QTRSMSARPA PPIRPKATLS
SLLSLAKSGT PISVLTAYDY PTALLSESCN LDMTLVGDSL SQVALGHETT TAITLDEMIH
HARTVVRGAK TPFVFADMPF GSFETSLEEG VRSVLRMVKE GGVDGVKIEG GREIVPLVRR
LSAIGIPVMP HLGLQPQRAT SLSGYLVQGR TAQAAYEILQ SARELANAGA FAFLLEAMPS
KVAKLVTEEV GKKGVFTIGI GAGNGTNGQV LVITDVLGIY AEDPPEDIAT PNVTGETELV
STSRDFTKPL DAPRFVRQFG SLGQEMRRAV RAYVQAVKGR SFPDSKESYG MKKEEWETFL
EMVKREKDQH
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