| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00707 |
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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 | 2673684 |
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| End bp | 2676991 |
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| Gene Length | 3308 bp |
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| Protein Length | 1032 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | 5'-3' exoribonuclease 2 (EC 3.1.13.-) [Source:UniProtKB/Swiss-Prot;Acc:Q5BFH3] |
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| Protein accession | CBF88946 |
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| Protein GI | 259489019 |
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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 | 16 |
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| Plasmid unclonability p-value | 0.787623 |
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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 | 42 |
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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 | ATGGGTGTTC CGGCTTTGTT CAGATGGCTC TCCAAGAAAT ATCCGAAGAT TATCTCCTCG
GTAATCGAGG AACTGCCTCA GGAGGTCAAT GGAGAAGAAA TTCCGGTTGA CATCACCGGC
CCAAATCCAA ATGGCGAAGA GATGGATAAT CTGTATCTCG ATATGAACGG CATTGTCCAT
CCGTGTACAC ATCCAGAGGG CAAGCCGCCA CCCGCCAATG AGCAGGAGAT GATGATCGAG
ATTTTTAAAT ACACAGATCG GGTCGTGAAT ATGGTCCGCC CTCGGAAGCT CCTGATGATT
GCCGTCGGTA TGTTTCCCGT ATTCCTTGTT CTGTGGGATC TTTGATTAAT CCAACGATTC
TATCGCAGAT GGTGTTGCCC CCCGCGCAAA GATGAACCAA CAGCGAGCAC GTCGATTCAG
GTCCGCTCAA GAAGCTAGAG AACAAGACGA GAAGAAACAG GAGTTCCAGA GAATGCTTGC
GAAACAGAAC GGGGACAAAG AACAAATGCT CCAGGAAGAA GTCATCCAGA AGACATGGGA
CAGCAACGTT ATCACTCCCG GAACACCGTT CATGGACATC CTTGCAGCGT CCCTGCGGTA
CTGGATAGCT TACAAGCTCA ACACTGATCC TGCCTGGGAA AAGGTTAGTT TTCTGTCAGT
ATTTGAGTGT TGAGGTTCTC ATCGAAATAG TTGAAAATCA TCATCTCCGA TGCCACAGTG
CCCGGTGAAG GTGAACATAA GATCATGGAA TTCATCCGCT CGCAGCGCGC TTCGCCTGAA
CATGACCCAA ATGCTCGTCA TGTTATTTAC GGATTGGTAT GTCCCCTCCA GCCTAAATTC
AAACATGAGC TGATGTAAGA TCATGATAGG ACGCAGACTT AATTATGTTA GGTCTGGCTA
CTCACGAGCC CCACTTTAGA GTGTTGCGAG AGGATGTGTT CTTCCAGGAA TCCAAACAGC
GGACATGTCA TCTCTGCGGT CAGCCTGGCC ATAAAGCGGA GGAGTGCAGA GGTCAAGCCA
AAGAGAAGAA CGGAGAGTTC GACGAAAAAG GAAAAGGTGC AACACTCAAG CCGTTTATCT
GGCTCCATGT TTCAATCCTT CGAGAATATC TTGCGGCGGA ACTTTACGTC CCGCACCAAC
CGTTCCCGTT TGATCTTGAG AGGGCGCTAG ATGACTGGGT TTTCATGTGT TTTTTTGTAG
GAAACGATTT CCTCCCGCAC TTGCCGTCTT TGGACATTCG TGAGGATGGT ATCGACACTT
TGATTGCAAT CTGGCGTGAT AACATCCCCC TAATGGGTGG ATATCTGACT CAGGATGGGC
GCGTGGACCT AAAGAAAGCT CAGCTTATTC TCCAAGGTCT CGCTAAGCAA GAAGATGCTA
TCTTTCGCCG TCGTAGGCAG GCAGAAGAGA GGAAGCTTGC CAACGAGAAG AGACGCAAGC
AAGAAGAAAA GGCACGCAAT GAGGAGCGCG CCAGGAAAAG AAGGCGAAGC TCTCCCTCTT
ACGATGCGAT TGAATCACCC ACTCATGCTA AGCCGCGCAG TGCTGGTGCA GCTGCAGCGC
CGCCAGCTGG CCTTGAGCTG ATCACCCCTG CCAGAGGTGA ACTGGCCCGT CAGACCCGAG
AGCTGACTCA TAGTATGGTG GTCAATCGCG GCAACGTCTA TCGGGCCAAT ATGGCTAACA
AGAGCGCGGC CGCTGTCTTG AAAAGCAAAC TACTGGGAGG GCAGGATGGC CAGCCCTCTG
ACGATGGAGA GTCAACCGCT GAGTCGGACG CACAACTTGA CGCTGCAGGA CCTGTTCTCG
GCAAACGAAA GGCAGATGAG GCAGAGGTCG GACAGCTCGG TACTGAGACA CCAGACAAGC
CGGAACCCGC GAAGGCGGAT GAGCTGCCGC CAGACACAGT CCGTCTGTGG GAAGAAGGAT
ACGCAGACCG ATATTATGAA CAAAAGTTTG GCGTTGACCC ACAGGACAAG GAGTTCCGTC
ACAAGGTTGC GAGGGCGTAC GCCGAAGGCC TCGCTTGGGT TCTGTTATAT TATTTCCAAG
GGTGCCCGTC CTGGACTTGG TACTACCCGT ACCATTACGC GCCTTTCGCT GCAGACTTTG
TGGATATTGG TGACATGGAG TTATCGTTTG AGAAAGGTAC TCCATTTAAG CCTTACGAGC
AGCTTATGGG CGTTCTCCCT GCGTCCTCGA ATCATGCTAT ACCAAAGGTG TTCCACTCAT
TAATGACCGA GCCCGATAGC GAGATTATCG ACTTCTACCC CGAGGATTTC CCGGTCGACC
TGAACGGCAA GAAGTTTGCC TGGCAAGGTG TGGTCTTGCT GCCCTTCATT GACGAAAAGC
GACTTCTGGC TGCCATGTCC AAGAAATATC CCCTTTTAAC TGAGGATGAA AAAGCTCGCA
ACACCGTGGG TCGGGATGTG CTGCTATTAT CAGAAAGCCA CCCGCTTTAT CAAGATCTCG
TCTCAAATTT CTACTCTAAG AAGCAAGGCG CTCCAAAGTA CAAACTCAAC ATGCGGGTGA
GCGATGGACT TGCAGGCAAG GTTGAAAAGA ACGAGGCGTA CATTCCGCAC AGCTCCCTCG
TGTCATCTCT GGAGGAGTAT GGTATGCCAT CATTGGAGGA TGACCGTTCG ATAATGTAAG
TTGCTTCTCT TGGTGATTGT TGCCACTGGC TAACGTGACT TAGGGTCAAT TACGAGATAC
CGAAATCCAC CAACATTCAT AAGTCCATGC TTCTACGGGG AGTGAAATTC GGTCCTCCAG
CCTTGGACAA TGCAGATATC CAGGCTACTA AATCTAGAGC CCAGCACTCC GGACGCTCGT
ACGGCGGAGC GCCTTTCCGT GGCGGACGAG GAGGACGTAT GAATTATGCC GGTGACAGAC
AAAGCCATGG CAACGATAGA CCAAACCCGT TTGCGGCACA CCTTGATCCC AAGTTTATGC
CTGGAGCCAA CCCCGGGGCT CCGATGGGGA TGCCCTCTGG TTGGGTTCCT CCCTCTGGCA
ATTTTTCGCG GGGGCCGCCG CCTCCTCCCC GTGGAGGAAC ATCCTATGGA TACGGCTCGC
AGCAATATGG TTCTTATGGT GGGTATGGAC AGCAGCAAAG CTATCAACAA TCAAGCCACA
GTCAAAGCGA CTATTATGGT CGGGGTCCGC CAGCGCCCTA CAACAATGGC CCGGCTGATT
ACTACAGTGG GCGCCCATCA GGCTATGGGC CGCAAGAATC TCGAGGCGGA GGCTACAACC
GTGGCGGTTA CAGAGGCGGC CGAGACACTT ATTCCTCAAG TGGCCATGGC GGATACGGCC
GATACTAG
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| Protein sequence | MGVPALFRWL SKKYPKIISS VIEELPQEVN GEEIPVDITG PNPNGEEMDN LYLDMNGIVH
PCTHPEGKPP PANEQEMMIE IFKYTDRVVN MVRPRKLLMI AVDGVAPRAK MNQQRARRFR
SAQEAREQDE KKQEFQRMLA KQNGDKEQML QEEVIQKTWD SNVITPGTPF MDILAASLRY
WIAYKLNTDP AWEKLKIIIS DATVPGEGEH KIMEFIRSQR ASPEHDPNAR HVIYGLDADL
IMLGLATHEP HFRVLREDVF FQESKQRTCH LCGQPGHKAE ECRGQAKEKN GEFDEKGKGA
TLKPFIWLHV SILREYLAAE LYVPHQPFPF DLERALDDWV FMCFFVGNDF LPHLPSLDIR
EDGIDTLIAI WRDNIPLMGG YLTQDGRVDL KKAQLILQGL AKQEDAIFRR RRQAEERKLA
NEKRRKQEEK ARNEERARKR RRSSPSYDAI ESPTHAKPRS AGAAAAPPAG LELITPARGE
LARQTRELTH SMVVNRGNVY RANMANKSAA AVLKSKLLGG QDGQPSDDGE STAESDAQLD
AAGPVLGKRK ADEAEVGQLG TETPDKPEPA KADELPPDTV RLWEEGYADR YYEQKFGVDP
QDKEFRHKVA RAYAEGLAWV LLYYFQGCPS WTWYYPYHYA PFAADFVDIG DMELSFEKGT
PFKPYEQLMG VLPASSNHAI PKVFHSLMTE PDSEIIDFYP EDFPVDLNGK KFAWQGVVLL
PFIDEKRLLA AMSKKYPLLT EDEKARNTVG RDVLLLSESH PLYQDLVSNF YSKKQGAPKY
KLNMRVSDGL AGKVEKNEAY IPHSSLVSSL EEYGMPSLED DRSIMVNYEI PKSTNIHKSM
LLRGVKFGPP ALDNADIQAT KSRAQHSGRS YGGAPFRGGR GGRMNYAGDR QSHGNDRPNP
FAAHLDPKFM PGANPGAPMG MPSGWVPPSG NFSRGPPPPP RGGTSYGYGS QQYGSYGGYG
QQQSYQQSSH SQSDYYGRGP PAPYNNGPAD YYSGRPSGYG PQESRGGGYN RGGYRGGRDT
YSSSGHGGYG RY
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