| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00757 |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 2503705 |
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| End bp | 2506931 |
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| Gene Length | 3227 bp |
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| Protein Length | 990 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 | methyltransferase (Ncl1), putative (AFU_orthologue; AFUA_1G14180) |
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| Protein accession | CBF88845 |
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| Protein GI | 259488965 |
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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 | 27 |
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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 | ATGTTGCTGG TGGGATCTTT CCGGAGCTCG AAAATTCCCC GACTACTACA GCAGCGACTA
GCACAGTCAT TTTCCATTCT AGCCATGGGT AAACGTGACA AGAAGAAGGT CAGTCATTTT
GCGCGCACTT GTCTTCACAC ACGTTAATTC TGCTGCAGTT TGGTAAAGGT GGTGGTGGCG
GTGGACGCTC TGAGCGTCAA AACTGGCAGG ACATCCCGAA GACGAACGAG CGATTCGAGA
ACTACTACAA TGCGCAAGGC TTCATTCCTG AGGAGGAGCG CGAAATCTTC TGGGAGACGC
TGCGGAGGGA GCTTCCCAAC AGTTTCCGCT TCACAGGATC CAAAGGGTAT GCTCTTTTCA
TTTTTCACTT TTTTCATTTT TTATTTTTTC GAGACGTCAT GGACAGCGCT GATACTTTCC
AAAGCCATGC GCTTTTCGTA CAGGAACGAC TAAAGAACCA CTATATCCCC GAAATTACTG
CCGTGCAGTA TGAGGGAAAT AATGTCGAGC CCCCGCGTCC GGTGGAGTGG TACCCTGATC
GTCTCGCATG GTCGATGACG ACCCCCAAGC AGGTGATCCG CCGCTTTGCA CCTTTCGCTT
CATTCCAGAA GTTCCTCGTT GCCGAGACGG ATGTGGGAAA TATCAGCCGA CAAGAGGTCG
TCAGCATGAT TCCTCCGCTC CTGATGGACC TGCGACCAGG AATGACGGTT CTGGACATGT
GCGCTGCCCC CGGAAGCAAG TCCGCGCAGT TGATGGAGAT GATTCACGCC GGTGAAGAGG
AGGCAATGCT TGAGGTTGCC AAGAAGGCGA AGGAAGGAAC GATCGGTCCG GAGCCGGCTG
GGCCAGAAGG CCTGAATGAC GACGGGCGGA CGACTGGTCT GCTCATCGCC AATGACAGCG
ACCACAAGCG CGCACACATG TTGATCCATC AGATGAAGCG TCTCAGCTCC CCGAACCTTA
TCGTCACGAA TCACGATGCC ACGATGTACC CGTCCATCAG ACTGCCGTCT AGGCCGAGTG
AGGACGGCAA GCCGACCCCG AACAGGTATC TTAAGTTCGA CCGCATCCTC GCGGACGTGC
CGTGCACTGG TGACGGAACG GCGAGAAAGA ATTATGGTGT CTGGAGAGAC TGGACACCTC
AGAATGGTAA CGGGCTGCAC ATGACACAGG TCCGGATCCT TGTCCGCGCC CTGCAAATGC
TGAAAGTTGG CGGTCGTGTG GTGTACTCTA CATGTAGTAT GAACCCGATA GAAAACGAGG
CTGTTGTCGC TAGTGCGATT GAGCGTTGTG GTGGTTTGGA AAAAGTCAAG ATCATCGATT
GCAGCAATGA ATTGCCTGGA TTGAAGCGAG TTAACGGTTT ACGATCATGG AAAGTGGCTG
ATAGAGAAAA CCGTTTCTGG AGCAGCTGGC AGGAGGTAGA GGAGCACAGG GCCCAGTCGG
GCATTGCTGG CCTCGGTCGG CTCTCCGAGG GCATGTTCCC CCCTATAACT GACATGCCAC
TTGAACGATG CATGCGCATA TACCCTCATC TGCAGGACAC TGGTGGTTTC TTCATCACGG
TTCTAGAGAA GCAGTCTGAG ATCCGTGCTA AGCCTGAGAA TCCATCAAAG GCGATCCCCA
AGGGCACTGT GGCTGCTCTG GCCGAGGAGC TTGATTCGAA GCAGAAGAAT GGAACCGGCG
AGCCTCTGGA GAAAATCGAG GCGCTAGATG ATCTGGTACC TCATGACGAA CAGGCCGACT
TGGAGAAAGA TAAGAATGCT TCTGTGGCCG AGACCACACA CCAGCCTCCT TATTCTGTTA
CTAGTCAGGT CCCTTCAGCG AAGAGGGAAG CGGATGGCGT GGATGGTGAA CTTCCCTTCA
AGCGCACTAA GCTCGATAGC GGAGCCGAAG TCGTGATTGG AGACCGTCCT ATTCATCAAC
CTCCAGCTGC CGAGGAGCCT GATGTCGCCA CGTCCGATGT CACTTCTACT CCTGTCCCTA
CAGACACACC CCAGGCGTCA GCACCCGAGA CTCAGCCCAA GCCCGTCAAG CGAAAGCCCG
GCCAACCCAT TGAGGAGCCT TTCAGATACT TGGACCCTAA CCACGAAGAG CTCAAGCCGA
TCTTCGACTT CTTCGAGATC TCAGATCGCT TCCCCCGCGA TCGGTTCATG GTCCGTAATG
CGGAGGCGAC CATGTCACGA ACTGTTTACT ACACCAGCGC TCTCGCACGC GATATCCTAG
TCGCCAACCA GGGCCATGGT CTTAAGTTTG TCCACTGCGG TGTCAAGATG TTCGTCAAGC
AAGATGCACA GCGTCTTGAC GTTTGCCGAT GGCGTATTCA GACCGATGGT CTACGGCTGG
TCGAGCCATG GCTGGGCCCT GCTCGTGCCG TCACCCTGAC CCAGAAGGAG ACTTTCCGAA
AGCTCCTGGT GGAGATGTTC CCCAAGGTCG ACGACGGCGG CTGGCAGAAT CTTGGCGAGA
TCGGCGAGCG CGTAAGAGAC ATCCCGATGG GCTGCAGTAT TATCTACATC ACTCCCGAAG
GAGACGACAA ATTCAGGTAC GTGAATCACC GCCCTAATTA GAAACTACAT TACTAACTTG
TTCAGCGAAC GAATGGTCCT TCCTCTCTGG CGATCCCTGC ACTCGGTCAA CCTTATGCTT
CCCAAGGAAG ACCGCCGGGC CCTGCTTCTT CGTATCTTCA ACGACACTAC GCCAGTGCTG
AACACAACAC AGAAACGCAC CCAGACTGCA GCACAGTCCT CGGCAGCGGA CGCCGTCGCT
ACGGAGGAAG AGGCTCTCAA AGAGGAGAAC CTGATTCTCG GCCAAGACGA GCAGGAGCAG
ATGGATACGC GGGAAACGTA CACGAAGGCG AACGAGGAAG AGGATCGCGC CAACACGACC
GTATAGTTAG ATTTCTTTAG ACAAAAGCTA CGATTGCAAT TCACATGGTA CTTTTGGACT
GCCCGGCTGT TTCTCAGTGG AAGAATGGAG CCACCAACAC AATATTATTG GCGGTCGTTC
CTGCCAGTGT ACCGAATGTA AACGTCGAAA GATCGTGGCT TTTCCCTTTT GTTGCTCTGT
ACTATCACCT TCCTGGAGTC ACTCTCGAAG TCACTACGGA GTCTCTACAA GTCATTACGA
AGTCACTCAG GACAGGCCAA GGTCGCCTTT TCCCTCGTCT CGAGCGTCGA TCTAACCCTG
GAGGGATCGG AGATGAGCTC CGACTTACTA GAGAATGGGC CGTATGA
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| Protein sequence | MLLVGSFRSS KIPRLLQQRL AQSFSILAMG KRDKKKFGKG GGGGGRSERQ NWQDIPKTNE
RFENYYNAQG FIPEEEREIF WETLRRELPN SFRFTGSKGH ALFVQERLKN HYIPEITAVQ
YEGNNVEPPR PVEWYPDRLA WSMTTPKQVI RRFAPFASFQ KFLVAETDVG NISRQEVVSM
IPPLLMDLRP GMTVLDMCAA PGSKSAQLME MIHAGEEEAM LEVAKKAKEG TIGPEPAGPE
GLNDDGRTTG LLIANDSDHK RAHMLIHQMK RLSSPNLIVT NHDATMYPSI RLPSRPSEDG
KPTPNRYLKF DRILADVPCT GDGTARKNYG VWRDWTPQNG NGLHMTQVRI LVRALQMLKV
GGRVVYSTCS MNPIENEAVV ASAIERCGGL EKVKIIDCSN ELPGLKRVNG LRSWKVADRE
NRFWSSWQEV EEHRAQSGIA GLGRLSEGMF PPITDMPLER CMRIYPHLQD TGGFFITVLE
KQSEIRAKPE NPSKAIPKGT VAALAEELDS KQKNGTGEPL EKIEALDDLV PHDEQADLEK
DKNASVAETT HQPPYSVTSQ VPSAKREADG VDGELPFKRT KLDSGAEVVI GDRPIHQPPA
AEEPDVATSD VTSTPVPTDT PQASAPETQP KPVKRKPGQP IEEPFRYLDP NHEELKPIFD
FFEISDRFPR DRFMVRNAEA TMSRTVYYTS ALARDILVAN QGHGLKFVHC GVKMFVKQDA
QRLDVCRWRI QTDGLRLVEP WLGPARAVTL TQKETFRKLL VEMFPKVDDG GWQNLGEIGE
RVRDIPMGCS IIYITPEGDD KFSERMVLPL WRSLHSVNLM LPKEDRRALL LRIFNDTTPV
LNTTQKRTQT AAQSSAADAV ATEEEALKEE NLILGQDEQE QMDTRETYTK ANEEEDRANT
TWKNGATNTI LLAVVPASVP NVNVERSWLF PFVALYYHLP GVTLEVTTES LQVITKSLRT
GQGRLFPRLE RRSNPGGIGD ELRLTREWAV
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