| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10316 |
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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 | 4135345 |
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| End bp | 4139753 |
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| Gene Length | 4409 bp |
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| Protein Length | 1445 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 | hypothetical protein similar to RNA polymerase III (Broad) |
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| Protein accession | CBF87003 |
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| Protein GI | 259487939 |
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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 | 14 |
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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 | ATGCAGCCTC TGGAGGGTGT GCAGGCGGAC CTGGGCAAGG CCCAGGTCAT CGACCGTGTC
CCCAAAGTGA TCAAGGAACT CAAATTTGGT GTACTGTGAG TGCCCGCTTG ACAGAAGTTT
TCTCCGAAGC CGCCAGCGAC AGGCTAACGC TTCGGCTTCT CCGCAGGTCC AACGACGACA
TTGTCAGCCA AGGCGTAGTC GAAGTGTCCG ACAGGAAATT CTTCAACCTC GAAAATGACC
GTTCTATTGT TCCAAATGGC CCGCTCGACG CGCGCATGGG TATCTCGAAT AAGACTTCAA
CCTGCCAGAC ATGCGGCGGC GCACTGCAGG TTTGCAACGG CCACTTCGGT CATGTGCGGC
TTGTTTTGCC CGCTTTTCAT GTGGGTTATT TCAAGCGTGT GATTAGTATT CTGCAGGAAA
TTTGCAAGGA GTGCTCCCAT ATTCTGCTCC CCGAAGCAGA ACGCCGCGCC TTTCTCCGTG
AGATGCGCCG CCCGCGACTG GATAACCTGC GACGGATGCA GATCGCCAAA CGAGTCAACG
ACCGCTGCCG CAAGACCCGA ACCTGCGAAA ACTGTGGTGC TGTTAATGGG GTGGTGAAGA
AGACAGGTAC TAGCTCTCTT AAGATCACGC ATGACAAATT CCGTGCGTTT AATGCCTCGA
CATCGGCAAA GAAGATCCCG CCACCTAGCA AGATCGTCTT CGATAGGTCA CTAGAGGAAG
CTAGAAGTTC TAATCCGGAG GTCGAGAAAC ATCACAAAAA AGCTCAGGAC GATTTGAATG
CGCTGCGGGT GTTGAATCTG TTCAAGCGCA TCTCGGACAG TGATTGTGAA TTATTAGGAC
TGGACCCTAA GGAAGCAAGG CCGGAGATGT TCCTCTGGCA GTTTATCCCT GCGCCGCCAG
TGTGTATTCG TCCGTCCGTC GGTCAAGATG CTTCATCGAC TGAGGATGAT CTGACGGCTA
AGCTGGGAGA TATCGTCCAG AGTAACATCA ACCTCAAAAA TGCTTTGCTA AAAGGAGCTC
CAGTGCAGAC GATCATGGAG TGCTGGGACT ATATGCAGCT TCAGATTGCC GTCTACATCA
ACAGCGATGT CCCCGGTCTG AACAAGGCAG ACCTCGGGAA GCCTATTCGA GGTTTCGTGC
AGCGTCTGAA GGGTAAACAG GGTCGATTCC GTGGTAACCT GTCTGGAAAG CGTGTTGATT
TCTCTGGTCG AACTGTTATC TCGCCCGATC CCAACCTTCG CGTCGATGAG GTTGCTGTCC
CGGAATTGGT GGCAAAGAAC ATGACATATC CCGAAGTGGT CAACAGGTAC AATAAAGAAA
AGCTACAGCA ATGCGTTCGA AATGGACAGA AGAAGTGGCC GGGTGCCAAC TATATCATCA
AAAAGGGCAA CCCCCTAAAG ACCATGCTTA AGTATGGTAA TCTGAAATTT ATTGCCGATC
AGCTGCAGGA AGGAGATATC GTCGAGCGTC ATATCGAAGA CGGTGATATC GTCCTCTTCA
ACCGTCAGCC TTCTCTCCAC AAACTCAGTA TCCTTTCCCA TTTTGCCAAA GTTCGCCCTC
ACCGGACATT CCGACTAAAT GAGTGTGTAT GTAACCCATA CAATGCGGAT TTCGACGGAG
ACGAAATGAA TCTTCACGTT CCTCAGACGG AGGAGGCGAG AGCTGAAGCC ATGGAGTTGA
TGGGTGTGAA AAACAACCTG GCGACACCCA AGAACGGAGA GCCTATCATT GGAGCCATTC
AAGATTTCAT TAGTGCTGCC TATTTGCTTA GCAGCAAGGA TAATTTCTTC GACCGGCGTA
GTTTTACCCA GATCTGCTTA TACATGCTTG GTCCGCAAAC GCGTTTCGAT CTTCCGCCAC
CCGCAGTGTT TAAGCCACAG ATGCTCTGGA CGGGAAAGCA GGTCTTCAAT ATTCTGATGC
GGCCTAATAA GGATGACCCG GTTTTGGTCA ATCTCGACGC CGCGTGCAAA CAGTTTAAGC
CGCCAAAGGG GAATCAACCA AGAGACCTGG ACCCCAACGA TTCGTGGCTC GTCGTTCGAA
ATTCCGAGGT CATGTGTGGT GTGATGGACA AATCTACTGT CGGTTCCGGA AAGAAGGACA
ATGTCTTCTA TATCATGCTT CGTGATTTTG GCCCTGCTGC TGCTGCTGAG GGAATGAACC
GTTTGTCGAA ACTGTCAGCC CGTTGGTTCT CAAACATGGG CTTTTCTATC GGTATCACAG
ATGTCTATCC AAGCGATAGA CTAGTACAAT CGAAAAACGA CCTCGTTGAA GCAGCGTACG
CACAGTGTGA TGAAGTTATT GCCAAGTACA AAGCTGGAAC CCTTGAAAAG TATCCTGGAT
GTGACGAACT GCAGACAATG GAAAACCAAC TATCTGGTAT TCTAAGTAAA GTCCGTCAGC
AGGCCGGTGA CGAATGTATT GCTCAGCTGA GCAAATACAA CTCCCCCCTG ATTATGGCTA
CGTCCGGATC GAAAGGTTCT AGTATCAACG TGTCTCAGAT GGTCGCTCTC GTCGGTCAAC
AAATTATTGG TGGTCAGCGT GTGCAGGACG GTTTCCAGGA CCGGACTCTA CCTCATTTCC
CCAAAAACGC CCGACAGCCC CCTTCCAAGG GTTTCGTGCG GAACAGTTTC TTTTCGGGTC
TCCTTCCTTA CGAATTCATC TTCCACGCCA TGTCCGGTCG TGAAGGTTTG GTCGATACTG
CGGTCAAAAC TGCTGAAACC GGATACATGT CGCGTCGTCT GATGAAATCT TTAGAAGATC
TTTCTACTGG TTATGATGAC ACTGTTCGAA ATTCTTCTCA GGGCATCGTC CAATTCCAGT
ACGGTGACGA TAAATTAGAC CCCGTCGATA TGGAGGGCAA AGCCAAGCCG GTCCACTTCG
ATCGAACTTT CATCCACGCT GAAACGACAA CGTATAAGAA CGAGGAACGA AGCTTGTCCC
CTGCCGAGAT CATGGAAGTA TGTGAGGAGA TGCTCTCAAA AGAACGCGCC AAGCTAGCGC
GATATGATCT AATGGGTGCT GAACTCGACT ATATGGATCG AAGCGACCAT GGAGTTGACC
AGTTCGAGAG CGCTCGGGAT TTCCTTGATT CAATTCAACA ATACGTCCAA ACCAAGGCGG
ACAAACTGAT CTCTCGAGGT GGTGACAGCG ACCCATCTGA CGAGAGGACC ATCAAGGGTC
TAAACCATAC TGGAAAGCTG ACGGAGAGGA CGCTTCGGAC GTTCATTGCT GAGTGTTTGA
TGAAGTATAA GAAAGCTCAA GTTGAGCCAG GACACGCTGT GGGTGCCGTT GGTGCGCAGT
CCATTGGAGA GCCGGGTACG CAAATGACAC TGAAGACTTT CCACTTTGCT GGTGTCGCCG
GTATGAGTAT CACACAGGGT GTTCCCCGTA TCAAGGAAAT CATCAACGCC TCCAAGGAGA
TCAGTACTCC TGTTATTTCC TGCGAGCTTG TCGAGAAGCG CAACATCGTC GCGGCTCGCA
TGGCGAAGGG ACGCATCGAA AAGACCTTCC TACGCGATAT CATCCACTAC GTTCGCGAAA
CTTGGACTGG AAAAGAGGCA TACCTGACAG TTAAAATTAA CTGGGACACA ATCAGCGCCC
TTGAACTCGA TCTGACGGTG GGAAAAATAC GTCAGGCCAT TGAGAACCAC CGACGATTCA
AGTCAGAAGA CTTGAAGCTG CGGTCAACCC GCTCCCACAT TCACATCCAT ATTGACCTGG
ATCCCGCCAG CAAAGAGAAG CTGTCAAAGA CTGAAATTGC CGCTACCAGC TCAGACCCCT
TCCTCCGCCT CAAGGCTCTT AAACGCCTGC TTCCAGACAT CCAAGTTCTC GGCCACCCGC
AAGCTAACCG TGCCATCATT CGTACCGACG ACAAATCGGA TACTAACACC CTCCTCGTCG
AAGGTTACGG TCTCCGCCAG TGCATGAACA CAGTCGGTAT CGACGGCCTA CGCACCAGAT
CCAACAACGT CATGGAAACT CGTGAGGTAC TGGGTATTGA GGCAGCGCGG TCAACAATCA
TTCAGGAAAT CAGCGAGGTC ATGAAGGACA TGGACATCGA TCCGCGTCAT ATGCAGCTCC
TTGCCGACGT CATGACTTAC AAGGGTGAAG TTCTCGGTAT CACGCGATTT GGTCTCGCAA
AAATGCGGGA TTCTGTTCTG CAACTTGCTT CTTTCGAGAA GACTGCGGAC CACCTCTTCG
ATGCTGGTGG AGCTGGCCGC ACCGATCTTA TCGAGGGCGT CTCGGAGTGT ATCATCATGG
GGAAGACGGT GTCGCTTGGT ACCGGTGCGA TGGAGGTAGT CCGCAAGATG AACTTCTTCG
AGGGCCAGAT CGGGCCGAAG AAGACGATCT TTGAGGATGC ATGGAATGAT GTCCATGGCG
AGCGAAAGAC GAAAAAGAGG AAGATGTAG
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| Protein sequence | MQPLEGVQAD LGKAQVIDRV PKVIKELKFG VLSNDDIVSQ GVVEVSDRKF FNLENDRSIV
PNGPLDARMG ISNKTSTCQT CGGALQVCNG HFGHVRLVLP AFHVGYFKRV ISILQEICKE
CSHILLPEAE RRAFLREMRR PRLDNLRRMQ IAKRVNDRCR KTRTCENCGA VNGVVKKTGT
SSLKITHDKF RAFNASTSAK KIPPPSKIVF DRSLEEARSS NPEVEKHHKK AQDDLNALRV
LNLFKRISDS DCELLGLDPK EARPEMFLWQ FIPAPPVCIR PSVGQDASST EDDLTAKLGD
IVQSNINLKN ALLKGAPVQT IMECWDYMQL QIAVYINSDV PGLNKADLGK PIRGFVQRLK
GKQGRFRGNL SGKRVDFSGR TVISPDPNLR VDEVAVPELV AKNMTYPEVV NRYNKEKLQQ
CVRNGQKKWP GANYIIKKGN PLKTMLKYGN LKFIADQLQE GDIVERHIED GDIVLFNRQP
SLHKLSILSH FAKVRPHRTF RLNECVCNPY NADFDGDEMN LHVPQTEEAR AEAMELMGVK
NNLATPKNGE PIIGAIQDFI SAAYLLSSKD NFFDRRSFTQ ICLYMLGPQT RFDLPPPAVF
KPQMLWTGKQ VFNILMRPNK DDPVLVNLDA ACKQFKPPKG NQPRDLDPND SWLVVRNSEV
MCGVMDKSTV GSGKKDNVFY IMLRDFGPAA AAEGMNRLSK LSARWFSNMG FSIGITDVYP
SDRLVQSKND LVEAAYAQCD EVIAKYKAGT LEKYPGCDEL QTMENQLSGI LSKVRQQAGD
ECIAQLSKYN SPLIMATSGS KGSSINVSQM VALVGQQIIG GQRVQDGFQD RTLPHFPKNA
RQPPSKGFVR NSFFSGLLPY EFIFHAMSGR EGLVDTAVKT AETGYMSRRL MKSLEDLSTG
YDDTVRNSSQ GIVQFQYGDD KLDPVDMEGK AKPVHFDRTF IHAETTTYKN EERSLSPAEI
MEVCEEMLSK ERAKLARYDL MGAELDYMDR SDHGVDQFES ARDFLDSIQQ YVQTKADKLI
SRGGDSDPSD ERTIKGLNHT GKLTERTLRT FIAECLMKYK KAQVEPGHAV GAVGAQSIGE
PGTQMTLKTF HFAGVAGMSI TQGVPRIKEI INASKEISTP VISCELVEKR NIVAARMAKG
RIEKTFLRDI IHYVRETWTG KEAYLTVKIN WDTISALELD LTVGKIRQAI ENHRRFKSED
LKLRSTRSHI HIHIDLDPAS KEKLSKTEIA ATSSDPFLRL KALKRLLPDI QVLGHPQANR
AIIRTDDKSD TNTLLVEGYG LRQCMNTVGI DGLRTRSNNV METREVLGIE AARSTIIQEI
SEVMKDMDID PRHMQLLADV MTYKGEVLGI TRFGLAKMRD SVLQLASFEK TADHLFDAGG
AGRTDLIEGV SECIIMGKTV SLGTGAMEVV RKMNFFEGQI GPKKTIFEDA WNDVHGERKT
KKRKM
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