| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND02620 |
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| Symbol | |
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| ID | 3257065 |
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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_006686 |
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| Strand | - |
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| Start bp | 710447 |
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| End bp | 713728 |
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| Gene Length | 3282 bp |
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| Protein Length | 792 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638256196 |
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| Product | aconitase, putative |
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| Protein accession | XP_570245 |
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| Protein GI | 58266178 |
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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 | 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 | CAATTATTTA ATCAGCCGAC AAGGCATACC TCTTATACCA CACTTACATT ACTACTACCA
TAGCATCATG GTTTCCTCTC GGTACCTCGT CCGAGGAGCG AACTCCCTCT CCCGCCAGTC
CATGGTCGCT AAGCGATCCA TGGCGACTGT GCAATCTTCC ATCGGTGACA AGAAGGTCGA
GATGTCCAAC CTCGAAAAGG GGAAGTTTAT CAACTACCAA AGAATTGAGA ACAACCTCCA
GGTAGTGAGG TCCAGGTGAG TGGGAATTTC CGATGACGCA AATCTTGTTG GGTCTGTGAA
AAGGAGTAAA AAGCGGTTTG TGGAGCTGTC AGGTGTCGAT CAGTATGCTC CTGGCGCAAT
AAGTCTCCAG CTAGATATTT GATAGTCGTT GCAGGGGAGG ATCCTGGGCT GTCGCCTCTT
GGGACGTATC AGCCAGTCAT ATTCTGCCGG TTTCTCGGCC GTTCCGCGCG TAACAGCAAA
ATGGTTGCAG TTGCTGACAA ACTATCAAAC AGGCTCAACC GACCGCTCAC TCTTGCTGAG
AAGGTTGTGT ACGGCCATTT GGACAACCCC CATGAGCAGG ATATTGAGCG AGGTGTTTCT
TATCTTAAGC TCCGTCCTGA TGTGAGTGGA GCATGCATTC ACGGTAATCT CCGATCGGTC
AGCTGACTAT GTTCCCACAG CGTGTTGCGT GCCAGGATGC CACCGCTCAA ATGGCTATCC
TTCAATTTAT GTCTGCTGGT CTCCCCCAGA CTGCTGTTCC CACTTCTGTC CACTGTGATC
ACCTTATTCA GGCTCAAATC GGCGGTAAGG CTGATTTGGC TCGTGCCATT GACATTAACA
AGGAGGTCTA CGACTTCCTT GCTACTGCCT GTGCCAAGTA TGGCATTGGT TTCTGGAAGC
CCGGATCCGG TATTATGTGA GTTTATTATT TGTCTTTATG TACGTTTTAA AATCTGACTA
GTTATTTGCA GTCACCAAAT TATCCTTGAA AACTATGCTG TGCCTGGTCT CATGATGATT
GGCACTGATT CCCACACTCC TAATGCTGGT GGTCTTGGTA TGGTTGCCTG CGGTGTTGGT
GGTGCCGACG CTGTTGACGT CATGGCCGAT ATCCCTTGGG AGCTCAAGGC CCCCAAGGTT
ATTGGTGTCT ATCTTGATGG TCAGATGAGC GGATGGACTA CTCCCAAGGG TGAGCTTGAT
GAATCTATAC CACTTGGCGA CAGAAATTGA TTCTTTGATA GATGTTATTC TCAAGGTTGC
GGGTATCCTC ACTGTCAAGG GTGGTACTGG TGCTATCATT GAGTACCATG GTCCTGGTGT
CGAGTCTCTT TCTTGTACCG GTATGGCTAC TATCTGTAAC ATGGGAGCTG AGATTGGTGC
CACTACCTCT CTCTTCCCCT TCAACCACCG AATGGGCTCT TACCTCAAGG CCACCAACCG
TTCTGCCATT GCGCAATACG CCGAGGAGTT CAACCACAAC CTCCAGCCTG ACGAGGGTTG
TGAGTACGAC CAGAGGATTG AAATCAACCT CTCTGAGCTC GAGCCCCATA TCAACGGTCC
CTTCACCCCT GATCTTGCCA CTCCTCTCTC CAAGTTTGCC GAGGAGGTCA AGAGGCACTC
CTGGCCTCAG GAGCTCAAGG TCGGTTTGAT CGGCTCTTGC ACCAACTCTT CTTATGAGGA
CATGTCTCGA TCCGCCCACA TTGCTCGGGA GGCCGCTTCC CACGGTCTTA CCGCCAAGTC
GCAGTTCACC ATTACCCCCG GTTCCGAACA GGTCCGAGCT ACCATTGCTC GAGACGGTAT
GGTCGATGAC TTTGAGAAGG TTGGTGGTCT TGTTCTTGCC AACGCCTGTG GTCCTTGCAT
TGGTCAATGG GACAGGCGAG ATGTTAAGAA GGGCGAGGCC AACTCTAGTA AGTTTTAATT
GTTGTATAAG TTGAAGTCGT AAATTAACTC GTCGTTCCAG TTATCACCTC GTACAACCGA
AACTTTACTG GTCGAAACGA TGCCAACCCT GCTACCCATG CCTTTGTTGC TTCCCCCGAT
CTTGTCACTG CCATGATCTT TGCTGGTGAC CTCACCTTTA ACCCTATGAC CGACTCTCTC
AAGGGTGCCG ACGGCAAGGA GTTTAGGTTC TCTGACCCCT CTGGCTTTGA GCTCCCTGCC
AAGGGCTACG ACCCCGGAGA GAACACGTTC CAGGCTCCTC CTGCTGACGG CACCACCGTC
TCTGTCGCCG TCAGCCCTAC TTCTGACCGA CTTCAGCTCT TGAAGCCCTT CAAGCCTTGG
GACGGCAAGG ACATTATTGA AGCTCGTGTT CTTATCAAGG CCAAGGGCAA GTGCACGACT
GATCACATTT CTGCTGGTGG TCCCTGGCTC AAGTACCGAG GTCACCTTGA AAACATTTCT
CGTAAGTGTT TCGATTATGT CATCTTTTGT GATTTTCCTG ACGTTTTTTT GCTCTAGAAA
ACTGTTTGAT CGGTGCTATT AACTCTGATA ACGGTGAGGC CAACAAGATT CTCAACCAGG
AGACTGGCGA GTTTGGCCCT GTCCCCACTG TTGCGGCGTA CTACCGAGAC CGAGATATCC
CATGGGTCGT TGTCGGTGAC GAGAACTATG GTGAAGGTTC TTCCCGAGAA CATGCCGCTC
TTGAGCCCCG ATTCCTTGGT GGACGAGCTG TCATCTGCCG ATCCTTTGCG CGTATTCACG
AGACCAACTT GAAGAAGCAG GGTATGCTTC CTCTGTGGTT CAAGAACCCT GCCGACTATG
ACAAGATTTC CGGTACCGAC AAGATTTCCA TCCTTGACCT CCAGAACTTT AAGCCCGGTC
AGGACATCAA GGTTGAGATT ACCCACAAGG ACGGCTCCAA GGAGCAAATT CTTACCACTT
CATCCATCAA CGAAGGTCAA TGGGGTTGGT TCAAGGCTGG TTCTGGTGAG TCATCATTCT
TGCTGCGTTT GGTTTAGACT GACGAATTTG TGTAGCGCTC AACATGATGG CTTCTGCTGC
CAAGGCCCGT GCTGAGAAGC AGGCTTAAGA ATGATCCTTT TTCCCACACG TTTTACACAA
TGATTCGCAT TTGTCTCAAG CTCCATAACA ACATTTTTTC AATACCCAAC ATTTGCATTA
TCTAGTTTGA CTTTTGTCTC CCTTTTATTA TCAATTGTTT CTTTTTAATG ATTCGGCCTT
TATTTGGCGT TGGATCGATT TCATGGCGAG GGAGGGTGCA GGTTTAAAGT ATAAAAGGTT
TTTAACGTGC CATGACCGAC GTGATGCCAT TATATGACTA CC
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| Protein sequence | MVSSRYLVRG ANSLSRQSMV AKRSMATVQS SIGDKKVEMS NLEKGKFINY QRIENNLQVV
RSRLNRPLTL AEKVVYGHLD NPHEQDIERG VSYLKLRPDR VACQDATAQM AILQFMSAGL
PQTAVPTSVH CDHLIQAQIG GKADLARAID INKEVYDFLA TACAKYGIGF WKPGSGIIHQ
IILENYAVPG LMMIGTDSHT PNAGGLGMVA CGVGGADAVD VMADIPWELK APKVIGVYLD
GQMSGWTTPK DVILKVAGIL TVKGGTGAII EYHGPGVESL SCTGMATICN MGAEIGATTS
LFPFNHRMGS YLKATNRSAI AQYAEEFNHN LQPDEGCEYD QRIEINLSEL EPHINGPFTP
DLATPLSKFA EEVKRHSWPQ ELKVGLIGSC TNSSYEDMSR SAHIAREAAS HGLTAKSQFT
ITPGSEQVRA TIARDGMVDD FEKVGGLVLA NACGPCIGQW DRRDVKKGEA NSIITSYNRN
FTGRNDANPA THAFVASPDL VTAMIFAGDL TFNPMTDSLK GADGKEFRFS DPSGFELPAK
GYDPGENTFQ APPADGTTVS VAVSPTSDRL QLLKPFKPWD GKDIIEARVL IKAKGKCTTD
HISAGGPWLK YRGHLENISQ NCLIGAINSD NGEANKILNQ ETGEFGPVPT VAAYYRDRDI
PWVVVGDENY GEGSSREHAA LEPRFLGGRA VICRSFARIH ETNLKKQGML PLWFKNPADY
DKISGTDKIS ILDLQNFKPG QDIKVEITHK DGSKEQILTT SSINEGQWGW FKAGSALNMM
ASAAKARAEK QA
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