| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09507 |
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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 | 3139264 |
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| End bp | 3142794 |
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| Gene Length | 3531 bp |
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| Protein Length | 285 aa |
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| Translation table | |
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| GC content | 44% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | CBF82251 |
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| Protein GI | 259485326 |
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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 | 8 |
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| Plasmid unclonability p-value | 0.818482 |
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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 | 25 |
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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 | ATGTACTTCC AAGACCTTCT CAACATTGTC ATGCCCCTGA CTGTAATGAG AACAATGCCA
CCCTGTATGA ATAAGGAGAT CCTGTCAGCC AGGCAATGCA GCATGTATAG GATGCTATGA
GGCAGCTGGC TCAGTATAGT CAGTACATAG TACAGCACTG TGGGAATAGT ATTTATATAA
TAGCTGTGAG CACAGTGCCC AACTAGATCC CACACTGTCT ACTGCAGGCA TATATGGATA
AGACAAGTAT TGTAAAGTAT ATATAGCTAT AGCAGTAGAT CCTGCTGTTC CTTATTTACA
TGCAGACTAA GTAGCCATAA TAATAAAAAA AGCTAAGCTA TGTTATGACT ATATAATAGT
AGTAGACCTG GCAGCAACTA TAGCAGCTTG CCTGTAGATC TGATAAGGTA GGTAGGTTGC
CAGCATCATG CCAGAGCCCT GATCTGATCT TGGATACCAA CCAACTTGAG GCATTTATGA
TGACCCTGTT GGAGACAGCC TGCCTTGATT TCTGCATTGA GCTGCTTAAC CAGAAGACCA
AGATATATAA GTATAAGAGC CTGTTAGTAT ATATGATGGC TGTCCTTAGT TACAGCAAGC
AGGGCTGGCA CAATGCTGAT AGCTATCTAC TAATCCTCTT ATACATGCTG AAGGTGGCAT
GCTTTCTTGT TATGCAGAAG GCATTGTGGC TTGACCCCCA GTACTAGGAT ATTATCCAGA
TATAGGCAGC AGCTGCCAAG CAGGGCTTGT GGGTGGGCAA GGCAGCAGAC CAGGAGCTGG
CATGGCTGTT CAATGACAAA GGGTACGCCG AGGCCTCGTC CCTGTCAAGT CTGTCAAGCC
CAGAGACTAT ATCTGCATCC TAAGGCTGCA TGATTGGCTG TATTTGATCA TGGTTGTTTC
AGGCTGGTAT TGACTGGATG GTACAGTAAT TTATGGTCTA TGGCCAGCAC AGCCCTGTCA
AAGTACTGCT CAACTGGTAT ATATATAGGC TGAAGGTGCA CTACAACACC ATGGTACCAG
GATATGTGAC ATAGATGGGC CAGGAGCAGC TGCTGTACAA GCAGATGGAC TTTACTATAG
GCCAGTTTCG CGGTTTTGTG CATGGCATAG TTGTGGCTGT GTGAGAGCTG ATGGCAGGCC
TGCTGTGCTA GCCTGATTGC CAGTAATAGC CAGCCATCCT ATGGGATCAC CTATTTAATA
ATCCAACTAA AGGCACTGCA GGCTGGAGCT TCCTGCAGGA TGCTTGTACA CCATAGCCTA
TAGCAGGGAA GACATGGCTG GTTGACTAGA TTAGTACTGA ACTAGCTGTT GCTTAAGTCT
TTATCACCTA GGGCACTGTT AGTATAAACA AGGTGCAGAA GTACTTTCAG CAGGTTACAT
GATTTAAAGA GAAGCTGGCA GTGGCTGTGT ACCTTACTAG CAGGGTGCTA GTATGTGTGC
CTGAGCTGCT GAGTATCTAG TATATTAATA CTGACAATAA CTAGCATCAC AACATCTTTA
TTAAGGACAG CCTCGTCGTG TTTGTGACAG CATACTACAA GGGGTTTTAT GCGAGCAATA
ATGTTAAGAT CATCTACCAG TACCTGCCTT GCGAAGTGGG CAAGCTTGTT GTGTAGTACT
TGTGGCTGGT GCTGCTATTT GTGCGCCAGC TTGCAGTAAT ATAGTGCCAG GTAATATTTA
GCAGTACTAG CCAGGGTAGT AATACCAGCA AGCTGATAAT GCACCACAGC CTGTATCTAT
AGAGGCCAGA TATCAGCATA GGTTGTAAAT AGTCTAGCAA GTACCTGCGC AAGGTGCTGA
AGTAGGAGAG TAAGACCAGT ATCAGTACCC AGTATCTGCT GAACATTGCT AATTATTATA
ATATTACTAT TGGCATCAGC TGTCAATTCC TGTGCATATT GAGTATATTC CTAAACAATA
TCCAGGCCAA GTACAAGCAG GTGATGGCCG CCCTGGAGGC AGACAAGGAC CTTAATAAGA
TAGGTAATAT TGTAGACAAG CAGGCAGGGC ACTCGCCCTA TATAGCAGTG ATAGTATATA
GGTACAAGAG CAGCAAGCTT GCTGGCAGTA TAATAATATA CTAGCTGTGG TTTTGAGTAT
TAAGTACTGA CTAGTATTAC TTTCTAGGGT TTCCAGACCT GCTACTAGTC AACATAGTAC
TAGGCAAGCA CACCAACCTG TAGGAGGAGC AGGCTATTAA CTATCAGGAA TAATAGCAAT
AGTAGCTGGC CTAGATAGAC ATAGTACAGG TATTATAGTG CATGATAGGA CAGCCTATAC
TGCAGTTGTA TAGGGTGCAG GTACTAGTAC TGAAGGTAAT CTAGGACAGT GCCAGCCCTG
TAGTTGCAAT CATGCCTACA GGTAGTAGCA AGAATATACT ATTTATATTG CCTGTATATA
CAGCCCCAGG GGGATGCATA ATTATGGTAG TACCCCTACT ATTGCTGTAT ATAGACCTGA
TAATACACTA TCAGGCCCTG GGCATCTTAT ATATGTTGTA GGAGAGCTAC CAGCCCCCCA
ACAAGACAGT AATTATACTT ATAATACCTG AGTCAACCAA GAACCCAGAT TTCTATATAT
TCCTAAACTG CCAACAGCAG ATGCAACAGC TTGACTGCAT TATTATTAAC AAGTATAATA
TTATCCTCAA TAATTAGAAG GATTTCTGGC TGGTAATAGT ACGCCTTGGG CGTCTTGTCA
GTGCCCAGAT GCAGCTGGTA TTTTTGACAG TGACACTGCC CCTGACAGAG GAAGTATAAT
TCCTGCAATA TATTAAGCAT CAACACAGCA AGGTTGGCAT CTATCATATA CAGACAAGTT
GGCACAATAT CGCATATTAT GTGGTTTGGC TGTTGCTGCC CTGAGGTGTC CCTCGCGAGC
TATACCAGTA GTTAACACAG CCTAATATAT AGGGATTTAT CCAGCAGTAC ATCCAGCAGG
CCAGTAATAG CCAGGTAATT ATATATACTA ATATCAAGAG CTAGGTTGAT GCTATCAGCT
ATAAGCTGGG CTGTGAGGTA TACTATAGTA CTATTCTGGA CTAGACAGGC ATAATATAAT
AGTTCCAGAG CAGCCAGACC TGTATTATTG CCGCAACAAG TACCTTATAC ATAGGCATTG
ATATCCCTGA TATCTAGTAC ATGATCTATC TAGGTTAGCT ATAAATACTG CTTAACTACA
GCTAGGAGAG TAGGTGTGCA GGGCATGATA GCTTAGCAAG CAAGGCTGTC ATTATGTACC
CCCAGGGCTG GGATAACCTT GATCTATAGG TTGACTAGGT ATTAGATGCC AAGTTCAAGC
GCGTGCAGGC GTACATGGAG GTTGTGGAGG GGGTAGGGTG TCATTAGTAT GTCCTTGACC
AGTATCTGGA TAGGATAGTC AATAGATACA CGCGCCAGCA GTGCCAGGAT CAGGATCCTA
ATAAGCTACC ATACAATGCC TGCTAGCTGG ATAGGCAGGG TAAGCAAACC CCAATACTAT
TACTATTACT GTTGCCAGCA GTATCAGCAG CAGAATACAA TATCAATATA A
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| Protein sequence | MYFQDLLNIV MPLTIPHCLL QAYMDKTSIV KLPASCQSPD LILDTNQLEA FMMTLLETAC
LDFCIELLNQ KTKIYKYKSL LAAAAKQGLW VGKAADQELA WLFNDKGLKV HYNTMHHNIF
IKDSLVVFVT AYYKGFYASN NVKIIYQYLP CEVGKLVVYC QFLCILSIFL NNIQAKYKQV
MAALEADKDL NKIGFPDLLL VNIDSASPVV AIMPTAPGGC IIMGFIQQYI QQASNSQVDA
ISYKLGSRRV LDAKFKRVQA YMEVVEGVGC HYWIGRYQQQ NTISI
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