| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02714 |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 3004492 |
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| End bp | 3007907 |
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| Gene Length | 3416 bp |
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| Protein Length | 944 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF84162 |
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| Protein GI | 259486375 |
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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 | 18 |
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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 | 35 |
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| Fosmid unclonability p-value | 0.29896 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CTTGTACGTA CGGCACGTCT AGATAGGAAG ATCCATCTAA ATACGTCCCT TAACATTAGG
AATCGCTCAC TAATCTCAAT AATAGTATGA GGAGACCTTT TACTATGACA ATGGAAGAAG
AAAGTGTCAC ATTGTTGCTA CAGCAGCTCC AGGAGCTCCG TACGGAGATG CGGACTCAGA
AACAACAGCT CCAAGAAGAG AATAACAGCT TACGGGCGGA ACTACAGGCC GTACGGAACT
CGCAGCTGAG AAACCATCCA CCAGTTACTA CTACAGTTAC ATCTGCAACG CCCACCCCCT
ACGAACGAAG CTATCCCCGT CCTCGTCACC CGGATGTCGA ACCCTTTACT GGAGAAGACC
CTAAGGACTA CCCTCCTTTC CAGATGAACC TTCGTACGAA GTTTGCAATC GACGCCGCCT
GCTACCCTAC AGAGGAGGAA CAAGTTTACT ATGCCTACAG CCGCCTGAGA GGAAAAGCCA
GCCAGCGTGT GCTACCATGG CTCTTGGCTC GCCAGAAATC TGAGACTCCT GTGCTATGGG
CAGAATTCTC CGCGGTACTA GACAAGGCCT TCGGTGACCC TGACCGACAG AGAAAGGCTC
TTGTACGAGT GAATACAATA AAGCAAGGGA GACGTGACTT TGAAGAGTTC TTGAATGAAT
TTGACGAAGA ACTTCTTAAT GCTGGAGGGA TTAATTGGGA TGATAACCAG AAGAAGGCCT
TGTTGGACAC GGCAATTAAT GTTGAGTTGC TAAAAGCCAT GGTTGGTATT AGGCAGGAGG
ATTCGTACGA CAACTACTGC AATCAACTGC GCGAAATCAA CCACAACCTC CAGAGAGTGG
CCAGGCTTAC ACGAAAAGGA TCTCACGCCG CTGTCCCCAT GCATGTCGCT CGTACAAGAC
CAGCAGGAGG CTCTGACCGG ACCGGAACCC CTGATCAAAT GGACTGGGAA GCCACCCATG
CTCAAATTGC AGCCCTACAA AAGGAAGTTG CGGCCCTCCG TATGAAAGGG ACCAGGACCC
CAAGAAAAGC TAGTCAGGCG CCTGCAGAGG AGAAGCAAAA GAGGTTGTCC GAGGGCAAAT
GCCTACGCTG CGGCGATCCT GACCACTTCG TACGAGAGTG CCCTATAAAA CCTACCAGAC
GCCCTAGGCA GGTGGCCACA GTCCAGGAAG AACAAGACCA AATCGATGAC TACAGCAAGA
GCGAGTCGGA AAACGAATAA CCTCTGTGCA AAGTCGCGTA CAGAGGGGTT ATACAGCTAG
AGAAATACTA CTTGATTGGC AAGATTTCAA CAGCTCGCGC ATGAATACCC CCCCATTCTT
GGTGGAAGCA CTAGTCAACC ATACCTATAA TGCTCGTACA ATGATAGATA CAGGCTGCCT
GACCTATGGG GTAATCAGTG ACAAGTTTGT CAAGATACAT CAAATACCTA CCATACCTAT
CCACCCGAAA CCTTTCAAGG GAGTGACCGG GAATATAGAG GAGATTAATA AGATTGTACA
GGTTCAGCTA GACATCGGGG CGCATACAGA AAAAGGAGCC TACTTCTATG TGATACCCGA
TAACCTGGGC TATGACCTGA TCTTGGGACT CCCCTGGCTG GAGCAACATG ATGGAAGGTT
AGAGGCTAAG AGGGGCAGGC TGTACCTCCG TACTACTGGA GTCCGTCTAT GGAGTACTAC
AAAGAGGCCC TTACCGAAGC TGGACATAGC ACAGATATCA GCTGCAACCA TGGGAGGATT
TATACAAAGG AAAAGGTGCC ATGGCCAAGA TATCGAGATA TTTGCGGTCT CATTGGCAGA
TATACAGAAG GCACTGGCCC CAAAGAGACA TATTGACCCC CGTACGAAGC TACCAAGGCA
ATACTGGAAA TACCTAAGGC TCTTCGAACA AGACAAAGCT GAAGAACTAC CACCGCACCG
GGGAGATGGG ATTGATCACA AAATCGAGCT CGTACGGGAG GAGAGTGGGA AGGATCCTGA
AGTCCCCTGG GGCCCCCTTT ACAACATGAC CCAGGAAGAA CTAATAGTCC TCCGGAAAAC
ACTCTCTGAA CTACTACAGA AAGGCTTTAT CCGCGTGAGC CATTCCCCAG CTGCAGCCCC
AGTACTCTTT GTACGAAAAC CAGGAGGAGG ACTGCGGTTC TGCGTCGACT ACCGTGCTCT
AAATGCCATT ACCAAGAAGG ACCGCTATCC ATTGCCCCTG ATCCATGAGA CACTGAACCA
AATTGGACAA GCCAGATGGT TTACTAAGCT GGATGTGTCT GCTGCCTTCC ACAAGATCCG
CATAGCCAAA GGCCAGGAAT GGATGACTGC CTTCCGTACG AGATACGGGC TCTTTGAATG
GCTAGTCACC CCTTTTGGGT TGGCTAACGC ACCGAGTACC TTCCAAAAAT ACATCAACTG
GACCCTCCGG GAATATCTAG ATGAATTCTG CTCAGCCTAT ATTGACGATG TGCTTGTCTA
TACCAATGGG GACCTCCGCC AGCACCGGAA GCACGTACGA ATGGTCTTGA AGAAACTGGA
AGAAGCAGGC CTATATTTGG ATATTAAGAA GTGCGAATTT GAGTGCAAGG AGACAAAGTA
CTTGGGCTTT ATAATACAGG CAGGGAAGGG AATCAAAATG GACCCGGAGA AGGTGAAAGC
AATAAAGGAA TGGGAAACCC CTACTACTAT AAAGGGCGTC CGAGGATTCC TGGGCTTTGC
CAACTTCTAC CGAAGGTTCA TCCCTAACTT CTCAGGGATC GTACGCCCAC TAAACAACTT
GACAAAGAAA GGAACACCCT TCTTGTGGAC TAAGGAGTGC CAGGATAGCT TTGATCTGCT
TAAGGAAAAG TTCATTACTG GACCTGTCCT AGCAACCTTC AACCCTTCCT ACCGTACGGT
AGTAGAGACC GACTCCTCAG GTTATAATAC AGGAGGAGTT CTCTCTCAAT ATAATGAAAA
AGGGGAATTG CACCCATGTG CCTACTTCTC TAAAAGGAAA TTCCCCAGCT GAATGCAACT
ACGAGATCTA TGACAAGGAG CTACTTGCAA TTGTACGATG TCTTGAAGCC TGGGATGCTG
AACTGCGCTC ATGTGGAGAA TTCCAAGTTA TTACCGACCA CAAGAACCTG GAGTACTTCT
TCTCCCCAAG GAAACTGACA GAGCGGCACG TACGATGGTC CTTATTTCTC AGCCGGTTCA
ACTTCAAGTT AGTATATAGG AAAGGGTCAG CCAATCAGAG AGCTGATGCA CTTTCACGGA
GAGACCAAGA CATGCCTGAT GATAAAGATG ACAGGGTCAA GTCTCGTACG ATGCAACTCT
TTAGTAAAAA ACACTTGGGA AAAATGGTAG TTGCCACCCT TCAACCAACC GGAGAGCCAC
CACGCGAGCC GTGTGAGAAA GGTGACATGT GGAAAGAGGC ACTCAAGCAG GGATAA
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| Protein sequence | MRRPFTMTME EESVTLLLQQ LQELRTEMRT QKQQLQEENN SLRAELQAVR NSQLRNHPPV
TTTVTSATPT PYERSYPRPR HPDVEPFTGE DPKDYPPFQM NLRTKFAIDA ACYPTEEEQV
YYAYSRLRGK ASQRVLPWLL ARQKSETPVL WAEFSAVLDK AFGDPDRQRK ALVRVNTIKQ
GRRDFEEFLN EFDEELLNAG GINWDDNQKK ALLDTAINVE LLKAMVGIRQ EDSYDNYCNQ
LREINHNLQR VARLTRKGSH AAVPMHVART RPAGGSDRTG TPDQMDWEAT HAQIAALQKE
VAALRMKGTR TPRKASQAPA EEKQKRLSEG KCLRCGDPDH FVQLDIGAHT EKGAYFYVIP
DNLGYDLILG LPWLEQHDGR LEAKRGRLYL RTTGVRLWST TKRPLPKLDI AQISAATMGG
FIQRKRCHGQ DIEIFAVSLA DIQKALAPKR HIDPRTKLPR QYWKYLRLFE QDKAEELPPH
RGDGIDHKIE LVREESGKDP EVPWGPLYNM TQEELIVLRK TLSELLQKGF IRVSHSPAAA
PVLFVRKPGG GLRFCVDYRA LNAITKKDRY PLPLIHETLN QIGQARWFTK LDVSAAFHKI
RIAKGQEWMT AFRTRYGLFE WLVTPFGLAN APSTFQKYIN WTLREYLDEF CSAYIDDVLV
YTNGDLRQHR KHVRMVLKKL EEAGLYLDIK KCEFECKETK YLGFIIQAGK GIKMDPEKVK
AIKEWETPTT IKGVRGFLGF ANFYRRFIPN FSGIVRPLNN LTKKGTPFLW TKECQDSFDL
LKEKFITGPV LATFNPSYRN SPAECNYEIY DKELLAIVRC LEAWDAELRS CGEFQVITDH
KNLEYFFSPR KLTERHVRWS LFLSRFNFKL VYRKGSANQR ADALSRRDQD MPDDKDDRVK
SRTMQLFSKK HLGKMVVATL QPTGEPPREP CEKGDMWKEA LKQG
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