| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09151 |
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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 | 275660 |
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| End bp | 278925 |
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| Gene Length | 3266 bp |
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| Protein Length | 1050 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | mitochondrial exoribonuclease Cyt-4, putative (AFU_orthologue; AFUA_7G01550) |
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| Protein accession | CBF82444 |
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| Protein GI | 259485429 |
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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 | 23 |
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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 | 0.361435 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CGTCCTTCTC TATTTCTACA ATAGATCGTT GTTCGGCCGT ATGATGGATG ATAAGTCATG
CCTCTAACTG CCTACAGAGC CCGGATATCC GGCAGGGCGA CAGGTCCGGG CTTTGTCAAG
CTCGGCCATT CGACCTCCGT CGCCCGTTCG TGCCCAGCAG CCCTGAGCAG ACTTGCCGCA
AGACCAGTGA TAGCTCGGCG GTACAATTCT AATGAGACTC AGGTTTGTTC AATTTGACGG
AAGCAAAATT TTGCTTGCTA ATTCGTTGCA TCTACCAGAG TTCAGTTGGC GACTCGTTGC
GAAAACCGCA GTCCATTGAC GATATTCGAC TTCAGACCGA GTTTGAGAAG AATAAAGACA
TTAGGGACTA CCTGCGAAAA TGGCAGGAGA TCACACCAAA CACTCTGGAC CCAGTTCGCA
ATATCGAACT GTCGGAGTCG TCGCAACCAT GGACGGGGAA TATGTTCACG TTTGGCTCGG
ACCTGGATGA CGCGGTTGAC GATAAGCTGC GGCTGACAGA CGAGGATATG TCCGGCTTTG
CCCATATTGC TGATGAGGGA GAGGGTGTAT ACGACTACCT ACAGCCTGGA GATCTTGTGG
TGTTTCGGAT GTATGCACCC TTCTGCAGCG CTTGGAAACC GCTAACAATT GGCAGCTCCC
ACGAAATATT GAGATACGGT ATCTACGTTC GATCCATCAA CAAACAACAT CAATTCTACA
CCCACAGAGG GAAATGGCGG ATTGCCGACA CTAAAGATGT CGACTTTGTG GTGAGGGGAT
TCGTAAGCCC CAAGTCTGTC AGGCGTCTGC ACCCGTACTT TCCAGATACC ACAGCCGAGC
TGTTGGGCGA GATTCAGTCG ACAATTGAAG GAGGAGTACC ACGCGAGGCA GGCGCGCGCC
TTCTTGAGAA GTTGAATGAG TTTGACGCGC AGGTCCAGGC ACTGTACCGG GCCAACTCAA
TTCGATTCGA TAATATCTAC GAGGTGGTGG CCCATCCAGA AAAGCAACTG CAAATGACCC
TGGACGAGCT GGCCTGCGAA GCGCTGGAGA TTGAGCCCGA CCAAATCAAT GATGTGATCC
GTTATGTTGT CCATCGCTCA TGCCGCCAGT TTCCTTTTCT GATAGACAAT GATCGAAGCT
CTTTGTTCAC CTTTCAATAT GTCATCTTTC CCACCTCCGT CGCCACCATG CTTACAAGAG
TCACGACTTG GGTCCGCGAG CACCAGTCAT TTCTCGTTGG TTCTGTTACT GCAAATAGCG
TGAAGTCGCA TCATCCAATG GTGACATTCA TTCAAAAGGC GCAACGATTG ATACGACAGA
GCAGGGTTAT CCGCTCGCCG ACCGTGATGG CTTGCGTGGG CCCATCGGCA CAGCGCTTCG
CTCTTGAGGG TGCTGGCATC TCGCAGGTGG TTCGGAAGGT GTCAAACGAG GCCTTTACCA
GCTTCAATGA TAATGACAAG CTAATTATTC GATTCCTCCA GCTCTGGTGT ATCCCCCCTA
AGAGGATGAA GTCGGCCGCT CTGCAATCGG CTGGATCGCA TATAATGCGC GCAACAGGCA
TGTATTCCGC AATGGAGCTG AATTCAGGAT CGGCCCCTTT GTTTCTGCAG GAACTGGGGG
TTTTTGCGCC ATGGGAGAAT CTACGCCTCC TGGATCAAGA CCTGAATCTC TCCCCATACC
CCCCTACCTC GGACCAAAAG TGGAGTCAGT TCCAGGGTGA AACTCAGAGT TCTCGTAGAA
ATTGTCTAGG TGATGCAATG GCCGCACTGC GAAAGGACTG GGGCGAATTG CCCGTGTATT
GTGTCGATGC TATCGATGCG CAGGAGATCG ACGATGGCAT TTCGCTTGAG CGCATCCCGG
GGTCGGACTC TTTCTGGATT CACGTTCATG TCGCCAACCC ATCCTCATAT TTAAACGTTG
GCCATCGTCT TATTGAATAT GCAGCAGCCC GGTTGCAAAC CCTCTACGTA CCTGAAAGGA
CATATCCTAT ACTGCCACCA TCTTTGACAC AGGAACACTT CAGTCTCGCC CCTGGTCGGC
CTTGCTTGAC ATTCAGCGCC AAGCTGAACC TTCAGGGCCA AGTTTTGGAG TCGAATGTGA
CTAATGGCGT TGTTCGAAAT GTCAAGTACA TCACACATGA CAAGTTGCGC AGTGTGTTTG
GAGTCGAGGC TGATAGCTCC ATGAAACCAC TGACGGTTGG AGGGAAAATG CCGGAACGGT
CCCGTCCGGA CCTGCAAGAT ACATTATCGC CTGAAGACGA GAACACGTTC CACACTTTAC
GCCAGCTTAT GCTAGGGTTT CGCGAGTACC GCCGCAAGAA CGGCGCAATG GAGTGGCCCA
ACAACATTAA CACACCTGTC TCAATGACAG TCGGAAGACG CCCGCTAGAT CCGCCCTCGA
TAGAGGTCAC CCATGGAGGC TACTACATCG GCGACCCAAT CATCCAACTC TGCCCTCAGA
AAATCGACCC TCATGAGGTC CTGGACTTGT CCAAACACGA CCTCGTCTCC CTGCTCATGA
ACCTCGCCTG CTGGGTTTCA GCCAAGTGGC TCGCCGAGCG CAACATTCCA GCCGTGTACG
ACGGCACAAA CTACCACCCG GAATACCCTC CATTGACTCG AGAGAACATG TCCGAGTACG
GGGGACAGGG ATTCTTCGAA CTCGCCGCAC CAAGAGGTGT TTCATCTTCC CGCCCAATAC
ACCATATTCC ATTGGGACTT GATGCCTACG TAAAGTCAAC TAGCCCGCTC CGCCGATACA
GCGATCTGCT AGCACACTAC CAGATTGAAG CGGCCCTCCG CTTCGAACAT GAGCACGGGC
GGCGTCTCGA CGCCTCCAAC CCCGACGACG CGAAAGCCCT CCCGTTCTCT CATGAGGACG
TCGAAGAGCA CATTTCACGG TCTCGATGGA AGAAAAATCG CCTGCGCGCC ATCGACCACG
GTTCGAAACA GTTCTGGGCA TGCATGCTCC TCTTCCGCGC GTTTTACTTT GCAGAATGTG
CCCTCCCCGA GACGTTTGAG TGTCTCGTGC ACAGGCCGTT CAGCCAAACG GCGATGGTGG
GCACGCAGTA TGATAACGGG TTCCTGGGTG CTATTACTTC GTTGGGTGTG AGGTGTGCAA
TTATTGTGCC GCCTGAAGTG AAGGATGTTG ACGTCTTGTC TGTTGTCGAG GCCAAGATCA
CGAGCGTCAA TCTCGCACGG TGTCTTGTCA CCGTGCAGGC GACAAGGCTC GTTAAGCCGT
TCAAGCGCGT GGGAGAGTGG GCGTGA
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| Protein sequence | MPLTAYRARI SGRATGPGFV KLGHSTSVAR SCPAALSRLA ARPVIARRYN SNETQSSVGD
SLRKPQSIDD IRLQTEFEKN KDIRDYLRKW QEITPNTLDP VRNIELSESS QPWTGNMFTF
GSDLDDAVDD KLRLTDEDMS GFAHIADEGE GVYDYLQPGD LVVFRMYAPF CSAWKPLTIG
SSHEILRYGI YVRSINKQHQ FYTHRGKWRI ADTKDVDFVV RGFVSPKSVR RLHPYFPDTT
AELLGEIQST IEGGVPREAG ARLLEKLNEF DAQVQALYRA NSIRFDNIYE VVAHPEKQLQ
MTLDELACEA LEIEPDQIND VIRYVVHRSC RQFPFLIDND RSSLFTFQYV IFPTSVATML
TRVTTWVREH QSFLVGSVTA NSVKSHHPMV TFIQKAQRLI RQSRVIRSPT VMACVGPSAQ
RFALEGAGIS QVVRKVSNEA FTSFNDNDKL IIRFLQLWCI PPKRMKSAAL QSAGSHIMRA
TGMYSAMELN SGSAPLFLQE LGVFAPWENL RLLDQDLNLS PYPPTSDQKW SQFQGETQSS
RRNCLGDAMA ALRKDWGELP VYCVDAIDAQ EIDDGISLER IPGSDSFWIH VHVANPSSYL
NVGHRLIEYA AARLQTLYVP ERTYPILPPS LTQEHFSLAP GRPCLTFSAK LNLQGQVLES
NVTNGVVRNV KYITHDKLRS VFGVEADSSM KPLTVGGKMP ERSRPDLQDT LSPEDENTFH
TLRQLMLGFR EYRRKNGAME WPNNINTPVS MTVGRRPLDP PSIEVTHGGY YIGDPIIQLC
PQKIDPHEVL DLSKHDLVSL LMNLACWVSA KWLAERNIPA VYDGTNYHPE YPPLTRENMS
EYGGQGFFEL AAPRGVSSSR PIHHIPLGLD AYVKSTSPLR RYSDLLAHYQ IEAALRFEHE
HGRRLDASNP DDAKALPFSH EDVEEHISRS RWKKNRLRAI DHGSKQFWAC MLLFRAFYFA
ECALPETFEC LVHRPFSQTA MVGTQYDNGF LGAITSLGVR CAIIVPPEVK DVDVLSVVEA
KITSVNLARC LVTVQATRLV KPFKRVGEWA
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