| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05525 |
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| Symbol | |
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| ID | 0 |
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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 | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001305 |
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| Strand | + |
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| Start bp | 2258526 |
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| End bp | 2261773 |
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| Gene Length | 3248 bp |
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| Protein Length | 783 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | Aconitase Fragment [Source:UniProtKB/TrEMBL;Acc:Q8J267] |
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| Protein accession | CBF81741 |
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| Protein GI | 259485023 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.842678 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TGGGTTTCAA ACTCTCTCTT TCTCCCCTTC ACTCTCCACT CCATTTCCCC AGGTTGAAGC
TGCTACTTGG TTTAGCTCTC CAGCGTGTTG TGGCCTAGCC ATCTTGCATA GAGAGCTTCC
ATCATGATCA CCACAAGGCT TGCGCGCATG GGTGCGCTGG TGAGTAACCC ATATTCCTCA
TCTCCCGTAG TCTCGCATAG CTGGCCTCGA GATTGCTGCT CTAAGCGCAA TGAAGGTCGG
CCTATGCAGG TTCTGAACAC TTAGCAGCTA ACATGGTTTT GATGCAGGCC CCTAAGTCCC
GTCTTGTAAG ACATCTCCTA GCCGCCTTGA TCCCGGGAAT TGTGAAATGC AGGATCAGTG
AGTACTAATT CTGGACCAGC TGTTCGGGAC TCGGGGCATG GCCACCGTTG CCGACCTCGA
CAAGAAGGTC GAGATGTGCA ATCTCGAAAA GGTGAGCTAT TCCTTGTCGT GACTCTATTG
TGGCTAGCCT CGGTTGCTTC GGATGAGTTA GCGATGCTGG ACAAACTCCG CTAACGGTCG
CATTCTAGGG CAACTACATC AACTACAAGT ATGTTTAAGA GTCATTGGAG TCTGGAGTGC
TGGTCTATTG GCGAAGCCAA ATGTCGGGAG TTGACTAATA TGTTTTTGCA ACTTGCAGGA
AGATGTCCGA GAACCTGGAC GTTGTTCGCC GTCGTTTGAC TCGTCCTCTC ACATACGCCG
AGAAGATTCT GTACTCTCAC CTTGACGACC CCCAGAACCA GGACATCGAG CGTGGCAAGT
CCTACCTCAA GCTCCGCCCT GACCGTGTTG CTTGCCAGGA TGCCACCGCC CAGATGGCCA
TCCTGCAGTT CATGTCGGCT GGTATGCCGT CCGTCGCTAC TCCCACCACC GTGCACTGTG
ATCACTTGAT TGAGGCTCAG CTTGGTGGTG AGAAGGATCT TGCTCGCGCG AACGAGATCA
ACAAGGAGGT CTACGACTTC CTTGCCTCTT CGACTGCCAA GTACAACATT GGTTTCTGGA
AGCCTGGCTC TGGTATCATT CACCAGATTA TCCTTGAGAA CTACGCCTTC CCCGGTGGTC
TTATGATCGG TACCGATTCT CACACTCCTA ACGCTGGTGG TCTTGCTATT GCTGCTATTG
GTGTTGGTGG TGCCGATGCC GTCGATGTCA TGGCTGGCCT TCCTTGGGAA TTGAAGGCTC
CCAAGGTCAT CGGTGTTAGG CTCACTGGTG AGATGTCCGG CTGGACCGCT CCCAAGGGTA
AGTATCATTA TTTACATCTG ACCCAAGGCT TGAGGGGAAT TGTGCACTAA TACTCTCTTA
GATATCATCC TCAAGGTCGC TGGTCTCCTG ACTGTCAAGG GTGGTACTGG TGCCATCATT
GAATACCACG GTCCTGGTGT CAACTCCCTC TCTGCCACTG GTATGGCCAC CATCTGTAAC
ATGGGTGCTG AGATTGGTGC CACCACCTCT CTCTTCCCCT TCAACGACCG TATGTACGAC
TATCTGAAGG CTACCAAGCG TCAGCAGATT GGTGACTTCG CCCGCTCCTA CGCCAAGGAC
CTACGCGAGG ATGAGGGTGC TGAGTACGAC CAGCTGATCG AGATCAACCT GTCCGAGCTC
GAGCCCCACA TCAACGGTCC CTTCACCCCT GACTTGGCTA CTCCCATCTC TCAGTTCAAG
GAGGCTGTCA AGGCCAACGG CTGGCCCGAG GAGCTCAAGG TCGGTTTGAT TGGCTCTTGC
ACCAACTCTT CTTACGAGGA CATGTCTCGT GCTGCTTCCA TCGCCCAGGA TGCTCTCGAC
CACGGTCTGA AGGCCAAGTC TATCTTCACT GTTACTCCTG GTTCCGAGCA GATTCGCGCT
ACCATTGAGC GTGACGGTCA GCTCAAGACC CTTGAGGAGT TCGGTGGTGT CATCCTGGCC
AACGCCTGCG GTCCTTGCAT TGGACAGTGG GACCGCAAGG ATGTCAAGAA GGGTACTCCC
AACTCCATTG TCTCTTCTTA CAACCGTAAC TTCACTGGTC GTAACGATGC CAACCCTGCT
ACTCACGCTT TCGTCACTTC CCCCGACCTT GTCGTTGCTC TGAGCATTGC TGGTACTCTC
AACTTCAACC CCCTCACCGA CACTCTCAAG GACAAGGATG GCAAGGAGTT CAAGCTTAAG
GCCCCTACTG GTGACGGTCT CCCCAGCCGT GGCTACGACC CCGGCCGCGA CACCTACCAG
GCTCCTCCCA CCGACCGCAG CAGTGTCGAT GTTGCTGTTT CCCCCTCCAG TGACCGTCTT
CAGCTCCTCG CTGGATTCCA GCCTTGGGAC GGCAAGGATG CCACTGGCAT TCCTATCCTG
ATCAAGTGCC AGGGCAAGAC TACTACTGAT CACATCTCCA TGGCTGGCCC ATGGCTCAAG
TACCGTGGTC ACCTTGACAA CATCTCTAAC AACATGCTGA TCGGTGCCGT CAACGCTGAG
AACGGCGAGG CCAACAAGAT CAAGAACGTT TTCACTGGCG AGTATGGTGC TGTCCCCGCC
ACGGCTCGTG ACTACAAGGC TCGTGGTGTT AAGTGGGTTG TTATCGGTGA CTGGAACTAC
GGTGAGGGTA GCTCTCGTGA GCACGCTGCC CTTGAGCCCC GCCACCTTGG CGGTCTCGCC
ATCATCACCC GCAGCTTTGC CCGTATTGTA AGTCTCATGC GTCTCATTCA GACTAAGTAG
TATTTGGACT AACAAATATT CTCCAGCACG AAACCAACCT TAAGAAGCAG GGTATGCTTC
CCCTCACCTT CTCCGACCCT GCCGACTACG ACCGCATCCC CCCCGACGCC ACCGTCGACC
TCCTCTGCAC GGAACTCGCC GTTGACAAGC CCATGACCCT CCGTGTTCAC CCCAAGGATG
GTGCCTCCTT CGACGTCAAG CTCAGCCACA CCTTCAACGA GTCCCAGATT GAGTGGTTCA
AGGACGGTTC CGCCCTCAAC ACCATGGCCC GCAAGTCTGG CAACTAAACG ACATCCTGTA
AATTATGTCT TGTGCTTTGA TCAGTTAGCA GCGAGCAAGA AAAGGCAGTA CTAGAGCTGC
TAATGGTCTT TCTATGATTG ATATCACGGA GTGAGGTTTC GAAAAATTTT ATGAATCGCT
TTCTGCTCAG GGGATGTATC GGCAACCTTT GGGCGGACTA CATGGATATA TCACCTGTTT
TTGTTACATC GTCCATTGTA TGTTAGGGAT TGGATGCATA CCATATACTA TTTCGTATTA
ACTGCTTC
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| Protein sequence | MITTRLARMG ALAPKSRLLF GTRGMATVAD LDKKVEMCNL EKGNYINYKK MSENLDVVRR
RLTRPLTYAE KILYSHLDDP QNQDIERGKS YLKLRPDRVA CQDATAQMAI LQFMSAGMPS
VATPTTVHCD HLIEAQLGGE KDLARANEIN KEVYDFLASS TAKYNIGFWK PGSGIIHQII
LENYAFPGGL MIGTDSHTPN AGGLAIAAIG VGGADAVDVM AGLPWELKAP KVIGVRLTGE
MSGWTAPKDI ILKVAGLLTV KGGTGAIIEY HGPGVNSLSA TGMATICNMG AEIGATTSLF
PFNDRMYDYL KATKRQQIGD FARSYAKDLR EDEGAEYDQL IEINLSELEP HINGPFTPDL
ATPISQFKEA VKANGWPEEL KVGLIGSCTN SSYEDMSRAA SIAQDALDHG LKAKSIFTVT
PGSEQIRATI ERDGQLKTLE EFGGVILANA CGPCIGQWDR KDVKKGTPNS IVSSYNRNFT
GRNDANPATH AFVTSPDLVV ALSIAGTLNF NPLTDTLKDK DGKEFKLKAP TGDGLPSRGY
DPGRDTYQAP PTDRSSVDVA VSPSSDRLQL LAGFQPWDGK DATGIPILIK CQGKTTTDHI
SMAGPWLKYR GHLDNISNNM LIGAVNAENG EANKIKNVFT GEYGAVPATA RDYKARGVKW
VVIGDWNYGE GSSREHAALE PRHLGGLAII TRSFARIHET NLKKQGMLPL TFSDPADYDR
IPPDATVDLL CTELAVDKPM TLRVHPKDGA SFDVKLSHTF NESQIEWFKD GSALNTMARK
SGN
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