| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06464 |
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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 | BN001301 |
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| Strand | - |
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| Start bp | 80852 |
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| End bp | 83958 |
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| Gene Length | 3107 bp |
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| Protein Length | 921 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | esterase, putative (AFU_orthologue; AFUA_1G03170) |
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| Protein accession | CBF69416 |
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| Protein GI | 259479304 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 32 |
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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 | 48 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTCTAC TTGAAAGACT TTGTGGTATT CTTGTTCCTA TTCTACTTTT GAATGTTCTG
AATGTACGTG GACATGTCAT ATACGGGAGA GGCGCTCCCT CCCTCCCGGT CAACGCCGCT
TCTATATCAG ACCAGGTCCC ATCTGCCCTT GTCCGCCGTC AATCCGTGGG AGACGTAGAG
CTGCGCATTC TTCCCTTGGG AGCATCAATT ACCTGGGGTT TGAAGTCGGA GACTCACAAT
GGTTACCGCA AATATCTTCG GGACCAGCTC CGTTTTGACG GCTGGGAAGT TAATATGGTT
GGGAGTAAAC ACGACCCAGA TTCAACGATG AAGGACAACG TACGTTCACC ACTTGCTATA
ATTCAGTAAT TGCTGCTAGC GGTGCACATG TCTTTTCTGT CTTTTGAAGA GGATCCCTGC
TGATAGCATG TTGCGGAACA CAGGACGTCG AAGCGCACTC CGGCGATACA ATTGACATGG
TTACCGCCGC AGTGCATGGA TCGCTGGCGT ACAAGCCTAA TGTTGTTCTG ATCAACGCAG
GTACAAACGA TTGTCGCCTA GGCATTGAGA TACCTGAGGC CGGAGCCCGC ATGCGCTCTC
TGATAGAGAC ACTGGTCCAA GCAGAGGACA TGAGCCGTAC TTTGATTGTC CTTTCCACCC
TGCTTCCTAC TGAAAACGCC CAGGCTAAGG CTAATGTCCC GAGCGTAAAT GCGCAGTACC
GGACGCTCGT GAAAACCATG CGTGAGGAGG GTGTCTCCAT TGTTCTCGCG GAGATGAACA
GGGCAGACGG CTGGATTGCT TTCCCCAACG ACTTCGCCGA CGATACTCAT CCGAACGAAG
CTGGATACAA GAAAATGGCG TCTATATGGC ATTCAGCGAT CAAGGATGCT GCGAACAAGA
ACCTCATTGT TGCACCGGCA GCGTTTGGAA GCCCAGGGGG AAGCGATGGG CAGTGCGAGA
GGGAGTACGG AACTGGTGTT TATGCCGGTG GATTGACGCA ACGTGGCAGT GGAGAAGAGG
ATGGGATCTA CTATCACGAC AGCGAGGCAA TGGGTGAGGT CTTTACTGTG CTTGGCGGAG
AAGATGACTT TGACACGTTC TTCTTCGCAC GAATATTCAG TCGTGACCGC GACGATATGC
TCAGATGGAC TAAGGCCGAC GGCAGCGTCA AGTACCTCCT TAATCGAAAT ATTGACGGGC
AGAGCACAAA GTTCGTCGAT GAGCACATCT CTATGACCGT TGAAGATAAC TGTAACCCAG
CTGGTGTTAA TTTCATCGAT GTTAATGGTT AGCTTTGCCC CGTTCTTTGG CTTGCCTCGT
CTTCTCCTTT CAAGCTGTTA CAGCACTGAC ATCACTAGCT GATGGTTTGG ACGATTTTGT
TTGTATTGCA AAAGACGGAA CGGCCTACGC AAGCATCAAC ACCGGTGAAG ACCCTCCTAG
GTTTGTGTAC AAAGGGCTAT GGAAATCGCG CGAGGGCTAT GGTCAGGCCA ATGTAAGGCT
GGGAGATGTT GACGGTGATG GTAGGGCCGA CTATTGCGTG GTTGCTGGTA ATGGGGATAT
TACCTGTTGG CGGAATGGAT GGGTTGGTCA GTGGTCTTCT ACACATCTTC GATAAATGGC
TCATCAGGCT AATATTTATG ATAGACGATA TGCCGAAGTA TTGGCAGCCG CTTGGTAAAC
GGTTCACCGG TAAAGGAATA GGGGATCTTC GAGGCGTTCG GCTCGAGGAC ATCAATGGCG
ATGTAAGATA TCCTCTCCGA CACGCAATAT CGCATCTGCT GACAGTCCAC ATCAGGGACG
AGATGACTGG TTGTGGGTAG ATGATGTTGG CGCGACAACA ACCTATACCA ATGCACGAAG
CTGCCAAACA GTTGAAGAAG GCGACGGTCT GAACATTGTG TGGAGGCCGG GCTACCACAA
GGGGTACAGC TCCGGACCGA CACACTTTGG GATGAGCGAC TTTGGCAACT CTGGGCTCCG
ACGTCGCGTT CACTTCGCAC GAATATATGG AGTGCCGCAG GACTTTGGTC TTCTCGGCAG
CCAGGACTAC GTCTTCGTTG ACAGGGACGA CAACCCAGTG AACGGTGGAG GTGACGGTGA
CAAAGTGGGC GGGTACACAT ACAGAATCCG TGTATGGAAG AATAAAGGAA GCGGAGGAAC
AAAAATCAAA GGTCAGTTAC TTGTATTGAA GGCATTTCTT CTTACTAAAG GCGATTTCTT
TGGTAGCCGA TGGGAATCGG TACTGCAACA TGTTGGGCCA CGACGACGGT CGTATGGACT
ATGTTTGGAT CCTCTCGAAG GGCGACATGC GAATATACCC TAACAAGGGG CTTTCCTTCG
TTTCCAATGA TGGGGAGAGC TACTGGGGTC CAAACTATGT TATCTTCGAC CCTGCAAGTA
TGTCAATCAA CCGAGACCTC GATCGTCGGG ACTTGCATCT CGTCGACTGG GATGGGGATG
GTGCATGCGA CATAATCTGG ACAGACCCAA ATAATCTGAA CCGGCCTCGA CTGTTCCGTA
ATCGGATTAA AGAGACCGGC GATTTCAATT GGGAGTACAC TGCCAATCCT GCGCCCACCG
TGACCTGCCC GGAACAACGT GGACTAGGGT TCTTTGACCG ACCAGTCCAG CTCGCTGATA
TTACAGGAAA TGGCAAAGCT GACTATCTCT GCATCGAGAA AGACGGACGG ACCTGGGGCT
GGGTTCATAA TGACAATGGC TGGGAGTTGA TTGATCAGGT CAAATTTTCC GAGGCCAAAG
ACCGGGCGAA TCTACACTGG GCTGATGTCA ATGGTGATGG CCGAGCCGAC CTAATTCATA
CCAACAAGTT CAACGGCGAT GGGACTGTGT GGTACAATCG TGGCCGCCGT GAGATCGGCG
GCTCACGGTT CTGGTGGGAA CCAGCAGGCC TGACATACGA AGGTGCAGTT GCAGGATCCT
GCACCTACTT TGCTGATCTT GATGGAGACG GGCGCGCGGA TATGCATGCA ATCACTCATT
CCATGCTAAA TACCGCAGAG ACTTGGTATA ACAAATGTGA ACTTACTGAC TCTACCGGGG
ATGATGGCCC CATTACTGAC CCGGGCTTAC CAAGCATACC TGAATGA
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| Protein sequence | MALLERLCGI LVPILLLNVL NVRGHVIYGR GAPSLPVNAA SISDQVPSAL VRRQSVGDVE
LRILPLGASI TWGLKSETHN GYRKYLRDQL RFDGWEVNMV GSKHDPDSTM KDNDVEAHSG
DTIDMVTAAV HGSLAYKPNV VLINAGTNDC RLGIEIPEAG ARMRSLIETL VQAEDMSRTL
IVLSTLLPTE NAQAKANVPS VNAQYRTLVK TMREEGVSIV LAEMNRADGW IAFPNDFADD
THPNEAGYKK MASIWHSAIK DAANKNLIVA PAAFGSPGGS DGQCEREYGT GVYAGGLTQR
GSGEEDGIYY HDSEAMGEVF TVLGGEDDFD TFFFARIFSR DRDDMLRWTK ADGSVKYLLN
RNIDGQSTKF VDEHISMTVE DNCNPAGVNF IDVNADGLDD FVCIAKDGTA YASINTGEDP
PRFVYKGLWK SREGYGQANV RLGDVDGDGR ADYCVVAGNG DITCWRNGWV DDMPKYWQPL
GKRFTGKGIG DLRGVRLEDI NGDGRDDWLW VDDVGATTTY TNARSCQTVE EGDGLNIVWR
PGYHKGYSSG PTHFGMSDFG NSGLRRRVHF ARIYGVPQDF GLLGSQDYVF VDRDDNPVNG
GGDGDKVGGY TYRIRVWKNK GSGGTKIKAD GNRYCNMLGH DDGRMDYVWI LSKGDMRIYP
NKGLSFVSND GESYWGPNYV IFDPASMSIN RDLDRRDLHL VDWDGDGACD IIWTDPNNLN
RPRLFRNRIK ETGDFNWEYT ANPAPTVTCP EQRGLGFFDR PVQLADITGN GKADYLCIEK
DGRTWGWVHN DNGWELIDQV KFSEAKDRAN LHWADVNGDG RADLIHTNKF NGDGTVWYNR
GRREIGGSRF WWEPAGLTYE GAVAGSCTYF ADLDGDGRAD MHAITHSMLN TAETWYNKCE
LTDSTGDDGP ITDPGLPSIP E
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