| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_11052 |
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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 | BN001302 |
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| Strand | - |
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| Start bp | 1053473 |
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| End bp | 1057720 |
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| Gene Length | 4248 bp |
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| Protein Length | 1398 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 | exonuclease II (Eurofung) |
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| Protein accession | CBF74062 |
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| Protein GI | 259480959 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.0617559 |
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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 | 41 |
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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 CCAAGTTCTT CCGCTGGTTG AGCGAACGGT ATCCCGCGAT CTCCATGTTG
ATCGCGGAGA ACCGGATACC AGAGTTCGAC AACCTGTATC TTGATATGAA CGGCATTATT
CACAACTGCA CACACAAGGA CAGTGACTCT CCAACGTTTC GAATGACTGA GGATAAAATG
TTTATAGCCA TCTTCAACTA TATTGAACAT CTCTACGGCA AGATCAAACC AAAGAAACTC
TTCTTCATGG CCGTGGATGG TGTCGCCCCA CGTGCGAAAA TGAATCAACA GCGTGCGCGA
CGCTTCCGAA CGGCTTTAGA TGCCGAACAG GCGAAGGAGA AGGCTATTGC CCAAGGAATT
GAGATGCCGA AGGAAGATCC CTTTGACAGC AACTGCATTA CCCCGGGCAC AGAATTCATG
GCGAAGCTTA CGGAACAGCT TAAATATTTT ATCAGCAAGA AAATCTCTGA GGATAAAGAC
TGGCAAGGCG TGGAAATTGT ACTTTCCGGG CATGAAGTGC CAGGCGAAGG AGAACACAAG
ATCATGGAGT ACATCCGACA TGCAAAAGCG CAGCCCGGAT ACGACCCAAA CGTGCGCCAT
TGCTTATATG GTCTCGATGC CGATCTGATT ATGCTGGGAC TCCTCAGCCA TGACCCTCAC
TTTTGTCTTC TCCGTGAGGA GGTGACTTTC GGTCGCCAGG TGCAGAAAAA GCCCAAGGAG
CTAGAGCATC AGAACTTTTA CCTTCTACAT CTATGCATGG TCAGAGAGTA TCTGCAATTA
GAGTTCCAGG AGTTGGAGGA AGAAGGGATT ATAGATTTCC CGTACGAATT CGAGCGTGTG
ATTGACGACT TCATTCTGAT GGCGTTCTTC GTTGGGAACG ATTTCTTACC TAATCTGCCA
AACCTCCATA TCAACGAGGG TGCGCTGTCG CTGATGTTTA AGGTTTACAA AGAGGTTCTG
CCTAAGATGG GCGGCTACAT CAACGAGCAG GGTACCATCA ATTTACAGCG ACTTGGTGTG
CTTCTGGATG CCTTGAGCCA CGTGGAGTAC CGGTTCTTTG AGGCTGAGTA CTCCGACGCG
ACATGGATGC GAGCGAAACA GAGTGCTGAT AACGGCGCGG ATGTGGATGC TAAACCGAAG
ACATTCACTG TCACGCCTGA TCAGAAAAAC ATTCTCAAGA CTGTCAAGAA GTATGTTCTG
AACAGACCTG GAAAGGCAGC AGATTCAAAG CCTCTTGACT TTCCACCCAC GCTCCCAGCC
AGGGACCGCA AATTCGTGGA GCAGCTTGCG GACGATCTAC GGTTGCCCTG GAGTACTGTC
TCGAATGACG ATGGAGACCG GTTCATTCGA ATTCAATTTC CATCCAATGA AAACGATGAC
AGCGAAGAAG AGGAGGATGA GGAGGCTTCT ATGGCGGTTC GGCGAGTTAT TCGCAAATAT
GAGAACGCCA AAGTCCAAGA GCTCTCAGCT GAGGAGGCAT TAGCGGCTGC CCAGAAGAAA
TACGAAGAGA AGTTCCAAGA TTGGAAAGAC AAGTATTATA TGGAAAAATT CGGCTGGGGA
TTGGACAACC ACGAGGAGAT GCGAAAATTG ACCGAAAATT ATGTACAAGG CCTTCAGTGG
GTTTTATTTT ACTATTATCG TGGCATCGCT TCCTGGCCTT GGTTCTTCAA TTCGCATTAC
GCGCCTATGA TCTCAGGTAT GTGCTTGATT ACTTTTGGTC GTCAACAAAA CCGCTAATGT
TTCCCAGATG TAAAAAAGGG TTTGAATGCG GATATGAACT TCCGACTCGG AAGGCCATTT
AGGCCTTATG ATCAGCTCAT GGGGGTGCTT CCCGATCGGA GCAAGAAAAT TGTACCTAAG
GCATACCACG ATCTCATGTC CTCGCCAGAT TCTCCTATTA TCGACTTTTA CCCACGTGAC
TTCGAACTTG ATATGAACGG GAAAAAGATG GAATGGGAAG CTGTCGTCAA GATCCCATTC
ATTGACGAAC GTCGCCTCTT AGATGCCCTT GCGACAAGGG AGCACCTTCT AACACCAGAG
GAGAAGGCCC GAAATGGCTT CGGTGTTAGC CTCAAGTTCA CGTACTCGCC AGATACAGAG
TACATCTATC CTTCCTCCTT GCCTGGAGTT TTCCCGGACA TCCCTAACTG CCGCTGCATC
CAAAATGTCT TTGACTTACC GACGATGGAC GGCCTTGAGC CGTACGTCGG ACTTGTTGAA
GGAGTTCATC TTGGAGCATC AGCTCTTGCC GGGTTTCCCA GCCTGAAAAC ATTGCCTCAC
GCTGGCCAAC TAGGTTTCCA TGGGGTCTGT GTCTTCCAGC AAGAAAGTCG CAACGAAAGC
ATGGTAATTA CAGTACTTGA CCCGGGAAGC CGGTCAAGTT CTGAACTGGC TAAGAAAAAA
CTTGGCCAAC GAGTCTTTGT GGGTTATCCA TTCCTACAAG AAGCACTTGT CACCCGCGTG
TCCGATGAAC TATTTGACTA TACTCTTCCC GCCGGAGAAG AGCATCCTCT TGCCACACCT
CATTCGGATG CTCAGATTGA GCAGTGGAAA AAGAAGGCGG ACAAGATCGA AGGCATCTAC
AGCAGGAGAT TCGGTACTAT TATCGGCCCA GTTGAGGCTA TGGTTCATGT TCAACTCCTG
AAGGGTCTTA TCAAAACTGA CTCCGGTGCT ACCGTCAAAG AATTTGCGGA CATTCCTGGA
CAAGAGACAG ATTATGCATT GCAACTTGTT GTCGACGAAG TAATCAACCC TGATGAACGG
TTCATTGAAA GAGAAGCCCT CCCGGTCGAA AAAGAGTTTC CGGAAGGATC GCGCGCCTTC
TTCCTTGGCG AGTTTAACTA CGGAAGACCT GTTCATATCA CTGGTCACGA TGATGGTAAA
GTTAACGGAC TTATTGCTGT TATCAAGGGC CGGGAGCCCG AGTTTGGAAG AGAACGTGCG
CGAAACGCGG AGGCTCTTTC TCCCTACATG CCAGCCTTTG CAGTTGCGCG GATCCTGCAG
CTGAATCCCT TGACTTTGGC TAAAATCACG TCTTCATTCT CAGTGGACGT CGATGGTCAA
CGTGTCAACT TGGGTCTCAA CCTTAAATTT GAGGCTAGGA AGCAGAAGGT TCTTGGTTAT
TCCCGCCGAT CTGAGTCGGG CTGGGAGTTC AGTGCAAAGG CAATTGGACT GGTAGAGCAG
TACATGCTCA AATTCCCTCA ATTTATCGCG GGTATCCAGC GTAACCCTCG CAATGACAGA
TATCAGCCTA CCGATTTCTA TCCTCCCGAT ATCGCTCTTG ACAAGATAAA TGAGATCAAA
GCTTGGCTCA AGGAAATTGA GTCGAAGAAT TTCGAACGGG TCCCTCTAGA AGCGGAGCAG
CTCGATTCAG ATGTTGTGAA GCTTATCGAG CAAGACGCCG ACCAACTAGT GAAAACCCAG
CCGCCTATGG AAGCCAAGAA AATTCGTGAT ATTCCTCGGA GTGCGCTTCT TCGGCCAGCT
GACGTTGAAC ATCGACTTGG AAACCAAACT TTCAAACTTG GAGATCGTGT TGTGTATGCT
CAGGATTCCG GCAAAGTGCC CATAGCTACT CGAGGAACTG TGGTCGGGCT TACTCGAACG
CCAAGAGCCA TTTTGCTTGA TGTTGTCTTT GACGTCGCAT TCATGAGCGG CACAACTCTT
GGGGACCGAT GCTCTCCCTT CCGAGGGCAA ACGGTACTGG CGTCTTCTGT ACTGAATCTC
TCGTATCGAC AGCTCGTTGC TAGTACCAGA GCAGCTGTCA ACCAGAAGCA GCAGAATCAG
CCCTCTCCTC TGACGGTAAA GGGCTATGGC GCGCCTCTGG GTCCCGGTGG TCAAGGGCAG
CTGAAAGAAG CTCCCGCTCC GCCTCCACTT CGAGGCTCAT TTCGAGGAGC ATTGTCCGGG
GCGAGAGGTG GACGTGGCGA CGCCAACGGT ACGGCAACCC TACCTTTCCG GCCGCATCCT
GAAACGAACG GCTCAGCTCG CGGCAGTAGA GGCCGAGGCC GCGGAGGAGG CGTGGCGCGT
GGACGAGGTG GCTATGTTTC AGTCGATAAC AGTGATCCCA ACGCCGGTGT TGTCCAAAAT
AACCCCAACT TCCGGCCGAA GAACTATTCG CAAGTACCAC CGCCCAGTGG GCTGGAGTAT
CGCGGACGAG GCAGAGGCCG AGGCGCCCGT GGCGGAGATC GAGGAAACGG TTATCGCGGT
CGCGGCAGCC ATCGTGGAAG AGGAGCCGCT GCCACAGCTG GACAGTGA
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| Protein sequence | MGVPKFFRWL SERYPAISML IAENRIPEFD NLYLDMNGII HNCTHKDSDS PTFRMTEDKM
FIAIFNYIEH LYGKIKPKKL FFMAVDGVAP RAKMNQQRAR RFRTALDAEQ AKEKAIAQGI
EMPKEDPFDS NCITPGTEFM AKLTEQLKYF ISKKISEDKD WQGVEIVLSG HEVPGEGEHK
IMEYIRHAKA QPGYDPNVRH CLYGLDADLI MLGLLSHDPH FCLLREEVTF GRQVQKKPKE
LEHQNFYLLH LCMVREYLQL EFQELEEEGI IDFPYEFERV IDDFILMAFF VGNDFLPNLP
NLHINEGALS LMFKVYKEVL PKMGGYINEQ GTINLQRLGV LLDALSHVEY RFFEAEYSDA
TWMRAKQSAD NGADVDAKPK TFTVTPDQKN ILKTVKKYVL NRPGKAADSK PLDFPPTLPA
RDRKFVEQLA DDLRLPWSTV SNDDGDRFIR IQFPSNENDD SEEEEDEEAS MAVRRVIRKY
ENAKVQELSA EEALAAAQKK YEEKFQDWKD KYYMEKFGWG LDNHEEMRKL TENYVQGLQW
VLFYYYRGIA SWPWFFNSHY APMISDVKKG LNADMNFRLG RPFRPYDQLM GVLPDRSKKI
VPKAYHDLMS SPDSPIIDFY PRDFELDMNG KKMEWEAVVK IPFIDERRLL DALATREHLL
TPEEKARNGF GVSLKFTYSP DTEYIYPSSL PGVFPDIPNC RCIQNVFDLP TMDGLEPYVG
LVEGVHLGAS ALAGFPSLKT LPHAGQLGFH GVCVFQQESR NESMVITVLD PGSRSSSELA
KKKLGQRVFV GYPFLQEALV TRVSDELFDY TLPAGEEHPL ATPHSDAQIE QWKKKADKIE
GIYSRRFGTI IGPVEAMVHV QLLKGLIKTD SGATVKEFAD IPGQETDYAL QLVVDEVINP
DERFIEREAL PVEKEFPEGS RAFFLGEFNY GRPVHITGHD DGKVNGLIAV IKGREPEFGR
ERARNAEALS PYMPAFAVAR ILQLNPLTLA KITSSFSVDV DGQRVNLGLN LKFEARKQKV
LGYSRRSESG WEFSAKAIGL VEQYMLKFPQ FIAGIQRNPR NDRYQPTDFY PPDIALDKIN
EIKAWLKEIE SKNFERVPLE AEQLDSDVVK LIEQDADQLV KTQPPMEAKK IRDIPRSALL
RPADVEHRLG NQTFKLGDRV VYAQDSGKVP IATRGTVVGL TRTPRAILLD VVFDVAFMSG
TTLGDRCSPF RGQTVLASSV LNLSYRQLVA STRAAVNQKQ QNQPSPLTVK GYGAPLGPGG
QGQLKEAPAP PPLRGSFRGA LSGARGGRGD ANGTATLPFR PHPETNGSAR GSRGRGRGGG
VARGRGGYVS VDNSDPNAGV VQNNPNFRPK NYSQVPPPSG LEYRGRGRGR GARGGDRGNG
YRGRGSHRGR GAAATAGQ
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