| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08999 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 180933 |
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| End bp | 184362 |
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| Gene Length | 3430 bp |
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| Protein Length | 740 aa |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF84489 |
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| Protein GI | 259486551 |
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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 | 25 |
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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 | 46 |
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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 | ATGGCCAAGC AAATCCAACC AAAACCCAGC GCACTCGCCA CCCTCATTCC CGAGCTTCAG
TGGCTCATTT TCAATTGCTT ATCGTTCGAT GATAAAGTCC TCTTCACCGA GATCGGGCTA
TTTCACCCGG ATCTCTTGAC CAGCCACGGC CAGACGAATA CATACGACCA ACACGGCCGA
ACGCTCCTCC ACGTCGCCGC AGAGAAAGGA TGCGTAAGGG CAGCGCAGCA CCTCCTCTGT
GGCGGCGCCA CCCCATCGGC GAAAATGGGC CCAGGGGCAC GCGATTTTAA TACAACACCG
CTAATCCTTG CCGCCCAGCA AGAGAACAAG GAACTCGTGA ACCTGCTCCT GAGTCATGGA
GCCGACGTTA ATGACTGGGA CTACAGCGGC ATAACGGCAC TCCACTACGC CGTCATACGC
GGCGACGGAC GCATCGTCCG GATTCTTCTC GATAAGGGCG CAAAGCAGAC GAACAACTAC
GACATCGGTT GCCCCGTCCA TGTCGCGGCT GCAAGCGGGG CCCTGGAGAT ACTTCGACTC
CTCGTGGCGC ACGGAGCGGA TGTCGGCGCC AGCAAGCGAG GCCTGTCGGC GCTCGACATC
GCGCTTCTTA ATGGAAATAT CGCGGCTGCG CGGATTCTCG TTGACGCGGG GGCGCCGCTG
AACGATCCCG TCGAGGGCTG GGGCTTGTTC AACCCAACGC TGATGGTCGC CGGCGGGCCG
CATGCGGCCG ATGCTGCTGA GATAGTACTT GATCACAGCA TTGCGAGCAT TGATTCTGTG
GCTCGCCAAA GGGAGGTGGA AGAGTGGTGG AAGCCGCGGC AAAAGGGGGA ATACGCGGAG
CTTCTGCAGG CGATGCTTGT GGCCGGCGCG GACCCGAACC AGACCTTTCG GTCTGCCACG
CCGCTGCATT TGGCTGTTGT TGCTGGGAAT GAGCATGCGG TGCGGGTTCT GCTTGAGGCT
GGGGCGGATG TTCATGCGAG AACAGACCGG GGTCGGTCTG CGTATCTGCT TAGCTGTCTG
TTTCACTATG TTGATATCCA TGAGCAGCTC TGCAGCGCAA GGAAGAGAGG GAGAGAGTTG
GCGGATCCAC CTGCTGTGCC AGTCAAGCCG GGGCGTTTCA GTGCATCTGG CCTCTGATTT
TCGCCAGCAT CAGCGGAGTG CAATCCCGTT CCTCAATTTC GTCTGTTCTC CGACAACCAG
GGAATCTTTG TTGCTTCACT CCTTCTTTAT TCGCTCGTTT CAAGGCGCAC GGCGAAGTAG
GAAACTGCCA TGGTTAGGGT ACGCTGAGAG GATGTAGAAT GCATGTTTGC TCTTTGTCGA
GCGCAGCGAT GAAACCCGTG CATCCGCTCA GAGCCGCGGG CCTGGGTGCC AGGATTCTAG
CACTCATCTC CCTGCTCCCA TTCCTATTCC TATGCGCCGT GGCGCAGGGA GTTGGAGAGC
CCGGCGGAAC GTGCTCAGAT TCCGTCCCAT GTACCAGGGC TGCTGCAGTA AGGACTACTC
AAGCGGCTTT ACGCCGGAAC ACTGTGATAC TGGCCGCATA AGCGACTGCA ACGCAACGGC
AGAGTACGGG CAGTACGCAC TTCCGGGGCA ATCCGACTGC TAGATAAATA TCTGTTGTAG
GTAGGCTCTG TGCCCCCAGT GAGACATACA CAGACCCAGA AGCTATGCTA ACAGCCAGAC
AGCGAGTTCC GATACTGAGG TGTCACCTCG GATTTTTGCG GCGATGGCTG TCAAAAGAAC
TCCAACGGCG TTGGACGTGG CCAGCCAGAG TAGGTTGATA TCATCTCCTC CTGGGAGCTG
AATGCCGACG AAGATATAGC CGTCCGTCGT GCTCCGCAAA TACAGGCGCC ATGTCCTTCA
AGCGGCGCAT TGGGTACTAT GAGCTGTTCA ACTACTACAA GGGTTGCAAC GTGATCGAGC
CCGAGAGTCT CATCATCGAG CCATTTACTC ACATAAATCT GGCGTTTGTA AACCTTGGCG
ACGACTACAC GTTGATCGAC GAATATGGCA ATATCGCCGA CTGCGTCTTG TTCCTCAAGT
TCTCCAACCC TGGTCTGCGC GTGAATATCG CTGTTGGAGG ATGGGTATTT AGTGACGCCC
CGACGCAGCA CCTGTGGACG CAAAGTAAGT GGCCATCCGC CTGCCATTGG TGCATCTTTT
GGAGAGATAA TTATTTCGCC GTATAGTGGC TCGCTCGCAC GAGAAACAAC AGACATTCAT
CAACTCTGTT GTAAAGTACC CCCAGGACTA CCCCAGGGGG TGTAGGGGTA CGAGCCTGAA
TGCTAGGCTT TGAAAGCACT GGCAGGATCA ATGGCACTAG TCCTGCTGCT CGGAAACTGT
TTCTGATTGT ACCCGGCCTA AATGTGCTGA TCTGAGCTTG TGGATAGGCT GCAAGGAAAT
CAAGTTTATC AATATTTTCA GGGATACACT CGTACTATAG CTCCTCCTAG ACCCTGACCT
CCCCCAGCAT CTGCACAGTG GCAAGAGGTT ATGAATCGGT TGTGGCAACA GTCAGAGAAG
CCCCTATCAC CTGAGTCAGT CCCGCTGCTG CTTGATCAAC GATTTATACT AGGGCAAAGC
AACCCATCAA CTCAGGAATT TCCCCGGACG CATGAATCGC AATGACGACA TGCGTCTAGA
AGCCAGGAAT CGCGAGATCA AGAGAACGGT GAGTGTCAGC AATATCCTAA CCAGCAGGGA
AGAAGACAAG GAATCCAAGT TATTCCTCGG CAGGCGTACC CACGGCGAGC AGGTACCTAT
CGTGACCCTG CTAGCTTGAC CAAAACAATC GTCCGCAGAA TGAATCGCCA CTGACTCACC
ACCCAAGCTC CTGCATCTCC ACCTACCCTT GCCGTCGTGA CCTCGAGAAC TTTGAAGAGT
AAACTCAACT TAAACTCACT CTTCTTCTCC CCTCACCTCT TCCACTTTCC GCGACAAGTT
CTCAAAAATA TTTTTAACCC CGCACAAGCC CTTCACATAC TACTCCCGCC ACAACCACCC
AGCATGTCAA ACCCGAATCC ACCAATGGAA AAAGGAAAAG AAGGTGGATG AAAGAGAGGA
AGGGGATAAG ACCACAAACT ACCCAGCCGC GAAGTCACAG TCTCCAAAGC ACTAAGCTTA
CTCCTACAAC ACGCCGCGAG GGTCTCAATA TCAATTCGCA GGGGAATGCG AATGTCACGG
ATGTAGTATA TCTGGACCTT ACTCAAGTCA AAACATCATG AGTTAGGAGC GGAGGGAATA
GAAGGTATAA TTGGACATGC CAACTGACAA GATGTTTCCA GCTCGCATGG CAAAAAACTG
AAATCACTCA GGGCCACATT CCCCAGAATC ATAAGTACTG TCAAGATGTC AGATAAGAAG
CAGTTTGCGC TGCTATACCA TCTTCCCTCT GAACAGACTG ATACATTACC AACAAAGATT
GAGAAACCAG
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| Protein sequence | MAKQIQPKPS ALATLIPELQ WLIFNCLSFD DKVLFTEIGL FHPDLLTSHG QTNTYDQHGR
TLLHVAAEKG CVRAAQHLLC GGATPSAKMG PGARDFNTTP LILAAQQENK ELVNLLLSHG
ADVNDWDYSG ITALHYAVIR GDGRIVRILL DKGAKQTNNY DIGCPVHVAA ASGALEILRL
LVAHGADVGA SKRGLSALDI ALLNGNIAAA RILVDAGAPL NDPVEGWGLF NPTLMVAGGP
HAADAAEIVL DHSIASIDSV ARQREVEEWW KPRQKGEYAE LLQAMLVAGA DPNQTFRSAT
PLHLAVVAGN EHAVRVLLEA GADVHARTDR ALQRKEERER VGGSTCCASQ AGAFQCIWPL
IFASISGVQS RSSISSVLRQ PGNLCCFTPS LFARFKAHGE NACLLFVERS DETRASAQSR
GPGCQDSSTH LPAPIPIPMR RGAGSWRARR NVLRFRPMYQ GCCSKDYSSG FTPEHCDTGR
ISDCNATAEY GQLCAPTSSD TEVSPRIFAA MAVKRTPTAL DVASQSAMSF KRRIGYYELF
NYYKGCNVIE PESLIIEPFT HINLAFVNLG DDYTLIDEYG NIADCVLFLK FSNPGLRVNI
AVGGWVFSDA PTQHLWTQMA RSHEKQQTFI NSVVKYPQDY PRGCRASAQW QEVMNRLWQQ
SEKPLSPENF PGRMNRNDDM RLEARNREIK RTPFTYYSRH NHPACQTRIH QWKKEKKVDE
REEGDKTTNY PAAKSQSPKH
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