| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG01590 |
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| Symbol | |
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| ID | 3258547 |
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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 | 450937 |
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| End bp | 454382 |
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| Gene Length | 3446 bp |
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| Protein Length | 770 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638257776 |
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| Product | aconitate hydratase, putative |
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| Protein accession | XP_571872 |
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| Protein GI | 58269432 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1048] Aconitase A |
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| TIGRFAM ID | [TIGR01340] aconitate hydratase, mitochondrial |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ACTTCAACCA CTGCGTCGAG CTATTAGACT GTTTGAGCAT GACACTCAAC GGCAATGAAA
AACTCATTGA TGCTGATTCG TAGGAGTTGT TACATATGCT GGCAACAACT CACGTTCATT
TTGGATATTT CTTCGTTTGA ATTGGCCATA TATCCGTCAA AGTAATACCA CTATCTGACC
TATGTTGCGA CTCATACGAA GTCATCGGCC ATTACAACGA CGAGGGCTGG CCACTATCAA
TTCGAGGGTC CAAGGCAGTC CGCTCGAACC TAGCACATTC ATTGACTATG AGAGAGTATC
GCAGCAGATT GCACAAGTGC GGAAGAGGTG AACAAAAGCT ACTGCAGATA GAGGAAAAAG
TTTAGCTGAT GAATGGGTCT ATGCAGACAT GGGAAGCCTC TAACGCTTGC CGAAAAGATC
CTATACGGAC ATCTCGAAGA TCCAAACGCG CAAGAGCTCA AGCGTGGTTC CTCGCAGCTC
AGACTGAGAC CAAAAGTGGG TAGTGTTGGT TATAATACGA TCAGAAACTG ACTCTGCCAT
AGCGTGTAGC TCTTCATGGT GCGTCCCAAT GATCTCATGT TGTTCACCCT TTGGGAAGGA
AGGACTAATT GAGAAACTCG TAGATGCTAA TGCCCAAATG GCTTTGCTGC AGGTACATAC
TGGCGTCTTT TGCTGCCAAA CGATAGCTGA TAGATAGGCT TATAGTACAT GACCACTGGT
ATTCCCAGAG TCCGCGTACC TACATCTGTC CACACAGACC ATCTGATCAT CGCCCGAGAA
GGAGCGGGGC CAGACATGGA CCGCGCCATT GCCGCGAACA AGGAAGTATA TGATTTCTTG
CAGACGGCTT GTGCCAAGGT ATGTTGGTGT GTTTCCCATT GGGTGGATAT TGATGTGTAA
GTATACCAAA GTACGGGATT GCTTTCTGGA AGCCTGGAGC GGGCATCCTT CACCAAGTGA
TTTTCGAGCA ATACGCCTAC CCCGGAGGTC TCATGATTGG CTCCGACTCC CACACTCCCA
ATGCTGCAGG ACTTGGTATG CTAGGTATTG GTGTAGGCGG TATGGAGGCA GTCGACGTGA
TGGCCGGTTT GGCTTATGAG GTGAAACATC CCAATATTAT TGGTGTCAAT CTCACTGGCA
AGCTTGGGCC ATGGTCAACA ACGAAGGATA TTATTCTAAA GTTGGCATCT ATCTTGACAG
TCCGCGGTGG CACGGGCTCG ATCATTGAAT ATTTTGGGCC CGGTGCTCAC AGTCTTTCGG
CTACGGGTAT GGGTACCGTC GGAAACATGG GCGCAGAAGT TGGAGCTACG TGTAGCGTCT
TCCCATTCAA CCAAGGAATG GCCGATTATC TGGAGTTGAC TGGACGATCT ACAATTGCGA
GGACAGCAGA GGACTATAGG GACGACTTGA AGGCGGATGA AGGAGCAGTA TATGACCAAT
TGATTGATAT CGTAAGTATG GACTCCCAAG GCGTGGTTTG TACCATAAAT CATGGCTCAT
GTGCAAATTA TTAGAATTTG TCCGAACTCG AACCCCACAT AAATGGTCCT TTCACTCCCG
ATCTCTCCTG GCCAATTTCT GGCATGGGTG AAGCCGTTAA AAGTACCGAC TGGCCAACAA
ATATCAGTGC AGCTCTCATC GGATCCTGCA CCAACTCTTC TTACGAAGAC TTATCCCGAG
CCGCTTCTAT TGCTAAGCAG GCTACAGAGG CGGGCCTAAA AGCGAAAACG GATTTTTTTA
TCAGTCCAGG GTCTGAGGAA ATTCGATCCA CTGTTTCAAG AGATGGTGTT TTGGAGGAGC
TACAGAAGGC TGGAGGAATG GTCTTGGCAA ATGCGTGCGG GGCTTGTGTC GGTCAATGGG
AGAGGCCGTC AATGAAGAAG GGCATGAAGA ACACGAGTGA GATCACATTA TGAGCTACTG
AGGCCGGAGC TAAACTTGAC TAGTTGTCTC TTCATTCAAC CGCAACTTTG TCGGTCGGCA
GGATGGCAAT CCGGGAACAC ACTCTTTTGT TGCTAGCCCA GAGGTGAACC GTGCAACGCA
ATGTGAAGGG ATTAGAACTG ACTGAGTATA GCTCGTGACC GCGTTGGCTT TCTCCGGGAA
TTTAAATTTC AACCCTATGA AGGACAATAT TCAGCTTCCC GACGGCACCC ACTTCCATTT
TGCTCCTCCT CAAGGGCCTG CTCTCCCTGA GAAGGGTTAC GAGCGCACTT TGCAATTCTA
TGATGAGCCG CCTGTGGGCG GATCGAGCGT TGATCTGGCT GTAGATCCAA ATTCTAGCAG
GATTCAGCTT ATCAAGCCGT TTGAGGCATG GAGTGGAAAG GGTGAGCAAG ACTTGACCAT
GTTGATCAAA GTGAGAGGAA AGTGCAGTGA GTGCAAACTT TTACTCAACC GCTCAAAGCC
CGGTTCCCTG ACACGCTTGG ATCTTGTCGG ATAGCAACGG ACCATATTTC CGCTGCTGGG
CCTTGGTACA AATACAGGGG GCATCTACAG AACATCTCTC GTCAGTTTCT CTGCTCTGCT
TTTGGATGAA CATCACTAAC GATATGCAGA AAATCTTTTG ATCGGCGCAA TCAATGATGA
GAATGTGAGT CTCATGGATA TCCATGTAGG CGTTGTGATA TTCTGGATCT GATTGACTCG
AAAATTTTAG GGCAAACCCA ATTGTATACG AAACGTAGAT ACAGGAGAAT TTGGGACCGT
CCCCGCTACC GCCGAGTGAG TGACTTATTC TGAGCATTTT GTGCGCGTAC TGATATTCGG
ATTTAAGGTA CTACCGTGAT ACTAACCGGA AATGGGCCAT CTTGGCGGGC GATAACTATG
GGGAAGGCTC ATCTCGTGAA GCTGCCGCTT TATCGCCTCG ATACATGGGT GGCTTTGCTG
TTATTGCTCG CTCAATGGCT CGTATACACG AGACAGTGAG TTCTACCCTG GATATCTCTC
CGTCGCCGAG TACAGAAAGC TAACGAATGG TTTTGATTTT TGCAGAACTT GAAAAAGCAA
GGTCTCTTGC CCCTTTTCTT CCGTGACCCG GCCGATTATG ACAAAATTTT GCCAGGCGCG
CAGGTAAGCT GAAGATGAGA TTAAAGTGAG GAGCAACCAG CTGAATCGAT GATTCTCATT
CTAGCTCAGG TTGACTAACC TGCAAGCTTT GGCCCCTGGA AGCCCCGTTT ACCTCACCTA
TACGAACGCA GGACAAGAAC ACATTCAGAT TGAACTCTTC CACTCCTTAA CTGACCATCA
GATCACATGG TGAGTATAAT GGATTTGTGC TCTAAAAAGG CGTCCCAATG AACTGAGACA
TGTTTCTTTT TTCATAGGTT CAAGGCTGGT TCAGCTCTGA ATACTCTCCG TCCCAAAGAC
TGAAAGGCTG AAGATTAATT AGAAAGCAGA AGATTTGGCG TTTAGTTACA GTTGTACAGT
ACATTTTTTG GAGAAACTGG ATCGCA
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| Protein sequence | MLRLIRSHRP LQRRGLATIN SRVQGSPLEP STFIDYERVS QQIAQVRKRH GKPLTLAEKI
LYGHLEDPNA QELKRGSSQL RLRPKRVALH DANAQMALLQ YMTTGIPRVR VPTSVHTDHL
IIAREGAGPD MDRAIAANKE VYDFLQTACA KYGIAFWKPG AGILHQVIFE QYAYPGGLMI
GSDSHTPNAA GLGMLGIGVG GMEAVDVMAG LAYEVKHPNI IGVNLTGKLG PWSTTKDIIL
KLASILTVRG GTGSIIEYFG PGAHSLSATG MGTVGNMGAE VGATCSVFPF NQGMADYLEL
TGRSTIARTA EDYRDDLKAD EGAVYDQLID INLSELEPHI NGPFTPDLSW PISGMGEAVK
STDWPTNISA ALIGSCTNSS YEDLSRAASI AKQATEAGLK AKTDFFISPG SEEIRSTVSR
DGVLEELQKA GGMVLANACG ACVGQWERPS MKKGMKNTIV SSFNRNFVGR QDGNPGTHSF
VASPELVTAL AFSGNLNFNP MKDNIQLPDG THFHFAPPQG PALPEKGYER TLQFYDEPPV
GGSSVDLAVD PNSSRIQLIK PFEAWSGKGE QDLTMLIKVR GKCTTDHISA AGPWYKYRGH
LQNISQNLLI GAINDENGKP NCIRNVDTGE FGTVPATAEY YRDTNRKWAI LAGDNYGEGS
SREAAALSPR YMGGFAVIAR SMARIHETNL KKQGLLPLFF RDPADYDKIL PGAQLRLTNL
QALAPGSPVY LTYTNAGQEH IQIELFHSLT DHQITWFKAG SALNTLRPKD
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