| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05001 |
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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 | BN001303 |
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| Strand | - |
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| Start bp | 320356 |
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| End bp | 324857 |
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| Gene Length | 4502 bp |
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| Protein Length | 1297 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 | exosome complex exonuclease Rrp6, putative (Eurofung) |
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| Protein accession | CBF76306 |
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| Protein GI | 259482125 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.333756 |
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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 | 37 |
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| Fosmid unclonability p-value | 0.453331 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATCCTT CCACTGGGTT TGCACCGTTC CAAGAACGGG TGCAAACGTC CCTCATGGAT
GTTACCCGTA CGGTCGGAGC GCTGGCCGTG AACGATCTCA ACTTCCACCG AACTTCAAGC
GCAAATGTCT CTGAGGGGCT AGACGAGGAA AGCGGCCGAT TGTTGTCGCT GACATCGTCG
CTTCTAAAGG CAGCTACTGC TGGCACCGAT ATTTCCGCGC CGGTACTCTC GGACGAGGAT
TCGATTGAGG ACAATTGGAG GGGCATTGTG GATGTGATAG ATGCGCTTTT AGAAAAAGCG
GACGCGTGTT TGGATGAATT CACAGGCGTT ATCAAGAAAT TGAGTCCGTC GCAGGATAAG
GATGCAGAGG CGAGGGGTGC TGCGGCTTCG AATATGAGGA GGGCGCAGAA TTTCCCGACA
ATCTACGACT ATGGCCCGTC AAAAATCCCT AAGCCTCAGC TCCAATTTGA ACATCAAGTC
GATCCTACGG ATACGTCGCC TTTCAGACCT CTGCTGAAGA CGAAACCGCA TGCTATAGAG
CCGTTGGAGC AGTCGCTGAC ACCTTCAATT GACGCGCCTC ACGGTTCTCG TAATCCGTAC
GAGACGGAGA TCCGTGCTGC AAAGTACCCA AGCTCCGTCT ATACCGTATC GCCCCCGATT
GACTATCTGC CCTTTGAGAC GACAGCTGCG ACTTTCGTGG ATACTTTGGA CGGTGTGAAA
GAGATGCTGG CGGAACTGAA ATCTGCGCGC GAGATCGCGA TTGATTTGGA ACATCATGAT
GTACATTCTT ATCACGGTCT TGTATCGCTG ATGCAGATCA GTACCCGCGA GAAGGACTGG
GTGGTGGATA CGCTCAAGCC ATGGAGGGAG GAGCTGCAAA TGCTGAACGA GGTGTTTGCA
GACCCTAACA TACTGAAACT CTTCCACGGA TCGAGCATGG ATATTATCTG GCTGCAACGC
GACCTTGGGC TCTATGTTGT TGGGATGTTC GACACGTATC ATGCAGCCTG TGCTCTCAAC
TACCCGAAGA AGAGCTTGAA GTATCTGCTG CATAAATTTG TCAACTTTGA AGCCGATAAA
CAGTACCAGA TGGCCGACTG GCGAATTCGA CCGCTTCCAT CTGGTATGTT TAACTATGCT
CGCTCCGACA CCCATTATCT CCTCTACATC TACGACAATC TTCGCAACGA GCTGTTGACG
AATTCTACGC CCGAGGACAA CCTTGTGGAT TATGTCCTGG AAAAGTCTAA GACCGAAGCG
TTGCAGCGCT ATGAGCGCCC CGTTTACGAT GCAGCTACAG GGCAAGGCGC GGGTGGCTGG
TACGATCTGA TGACGCGCAG TCCTGCCATC CTCAGCAGCG AGCAGTTCGC TGTCCTCAAG
GCTGTGCACG AATGGCGCGA CAGGGTAGCT CGAGAGGAGG ACGAAGGTGT ACAATGCGTT
TTTCCCAAGC ACATACTTTT CCGAGTCGCC CAAGCGATGC CTCAAGATCT AGGTACATTG
TTCCGTACGA TGTCCCCTAT GACACCGATT GCAAAAGATC GCGCGCCGGA CCTTCTGCAA
GTCATCAAAA CAGCAAAGGC TGAAGGTGCC ACCGGACCTG AGTGGCGCGA CGTGTATGTC
AAACCCACCA GAGGTCTTCC ACAAGTAGAA GCTCCTCCAT CGCCTCCCAC CGCACAAGAT
GGGTCTTTCC CTACCGCTTC TCGCTACGAG ACCTCCCAGT TTTGGGGCGC TGTGCTGGAT
ACTCAGACAC CCCCTCTTTC TCCGGAGTAC TCTCTTGCAG CATCGGCAGA GGCCCTTCGC
CTCTCTCTTC CTATACCGCC TATGCCGAGA ACAGTCGCTG AAGTCCAAGT TGCGCAACCA
CCCAAACCTA CATCTCCCAC CCCAGCGCCC AAAAAGGAGG AAGAAGACAA AAACAAGATC
TTCACTGTCA AAGAGCTCGG CGGGCCGCGC AAACGCAAGG CTGCACCACA ACCTCCTGCG
GAAGTCGAAA CTTCCTCACA ATCGGAAGAG CCCCAAGCTG AGCTTGACCT TGACGAGATC
CCCATCGAAA TCGGTTCACC TCCGTCCAAG AAACAACGTC GGAAGGAGAA GCGCGAAAAG
AAAAAAGCGA AGCAAAATCA GTCCCAAAAT GCAGAAGACT CAACACCGTT CAACTACGAC
ACAGCGGATT CTATTCTCAA CGCCAATCCT CAGCCTACGT CTGGTCTTCC ATCCAAACGC
CCATTCGATC CATACAAGAA GGCGCTCGAG GCTCCTCGGA CTGGTGTTAA AAAGGAGAAG
AAAGAATTGC CTGGACGGAG CTTTACTTTC AGGTAGACTA GTTAGAAACC CTTGGACATA
TAAAGACAAG GTCACAAAAG TGCCACGAAT GCATAGCGAT ACCCGATCTT CGTCTGAAGG
AAGACTAGTT TCTTTAATTC GCACCTCCGG TCCTAGCACT GTACGGCGTA ATAAGTCCTC
TGTAGTCGCT TTGCTGAGGA TGGACGACTA CGTGGAAATC CATTGCCTAG CATTTCAACG
CCACGACACA CCACTTTAAC AACGAGATAA ACTGCCTGAA TAAGAAGCAA TCAACTCGCG
TTATCCTCGA CTTCGTCGTA GCCAGACCAG CAATTCTCCC CTGAACCTGT AGTATATGCT
GACTAATCCC GTCAACGGCC ACCCTGTAGG CGGCATCCAA ACATCGCAAC AACTGCAACA
CCTGGACAGG CGTCAACGAT TGCACAACTG ACAGTCTATG CTGCTTGTCA AGCAGGAATA
TTAGCTCTGC ATTGATTAGA CCTGTCACAT GGGGATTGCA CAGCTGCGAA TTGAGTGTTG
CCCTCACGAG ACGGCCATTG AAGACATCAC CTCTTAATCG ATTAGCTCGG CTGGTTTTGC
TGGATATACA AAGTGGCCAC TTAAAGCCAG CATTTCCTTG ATTCCATTCA TTTGGCTTTC
TGATACCGGG CCAGAACCGC CAATTCGAGT CATTCTTACT GGCTTGAAGG CGGACAATCG
GGACAGTATG GCCTCCGAAC CCTCGTACAT AGACTACGAG GCCTTCCTAG ACCCGGCCTT
CTCACCGGCC GCATTTGCCA ATTCGCTGGT AGTGGCCACC AACAATGCCA CAGACACACC
ACTGGATCTG TCAACCCCGC TTTCCCGGGT ATTGTTCGAT CTCCAAGAAA TTGACACGCA
TATCCACACG CTGACCACCA AATCAGCTCT CCCCCTGCTG ACGCACACGG GGGACCAAAC
CGCAGCTGCG GGCAAGATTC TTAAAGAAAC AGACGAGCAA ATTGTCGCTG TCTCACAGGG
GTATGAGCGG CTGGAGCGCG AGGTCCTCCG TAGGTGGGAG GCTGCCGAGG AGGCGAGGGT
CGCTGCGGAG AATTCCCTGG CCACCGTGCG TCTCGCACGA GCCGTTGCAA GGTGCATCGC
GCTAGGTCGC CAGCTGGACA GCCAGATGGT CGAGGTTACT GGGCGTGGTG GGTTATCTGG
GCCCAGCTCT GGGATTGGAT CTGGGCCTGG AGGAGAGATA GCTTCTTCTG GAACTGGGCC
TGCACCAGGC CGAGACGACG CGCGTGCGCT CGAGCGCGCT GCATCAACAA TCGTGACTCT
GCGCCGGCTG CTCTCCGATA CGGGTGCGGG CGAGGAAGGT TACGGTCTGG ATCGGGTCAA
GGTCATCCGG ACCCTAAAGT CTGATCTTCT AATGCCGGCC GAGAACCTTG TCAGGGCCAG
AGCACAACAA GCCATCAACC GGTTCTCCAT CTCCTCAACA AGTACAAGCA ATGGGGTATC
CTCCCAATCA GGCTATAAGC TAGCCCGCGA CGCACGAGCC CGTCTCGTAT CTGGCGTCAA
TACGCTCTAT CTCCTCTCCC CCCTACCGCC GAAATCATCG AGCCCCAAAG ACTTCACCCC
GGACCTCCTC CTCTCCACGC TGCAGGGCTA CATCCAAACG ACCATGGTCG CCTCTCTCAA
TAACCTCTCT CGCGCCTTAA CCATGCTCCC GACCCTCGAC AAAACCCTCT CGGATATCTC
CGCCCGCTGC CAGGACATCC ACAGTCTCGA AGCAATCCTG AGCACCATCA AGCCCCCATC
CCATCCTTCC CTCCCACAAG TCTCAAAATC CCAAGATTCT ACTGAGTCTG TTACTGCATC
GAGAAATAAC CTCCTAATTC CCCTCCTCAA CACCCTCGAC ACTTCCTCCC TCCCCTCCTA
CTTCTGGCGC TCACTCGCCT CCTCCCTTTC CCCTCGCGTG CAGGAAATCG CATCTCGCGG
CGGCGTCTCG GCACGCACGC TCCGCTCAAA CCGCGATAGA CTGAAAAAAG AAATCCGGGA
GTGCGTCCTT CGGGGATCGC AGTTGCCAGC TTCCTTAGGT TTGGAGAAGC ATAGCCAGGC
TCACGCTCAA GGAAATTGGG AGCGCGAGGC CGCTGTCATG GTTGGTTCTG TTGTGGGGGT
ACTGTAGCAG GTAGTTGTGC TTGAGTGTCT TGATAAAGCG ACTTAGTTTT TATCAGTCTA
CA
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| Protein sequence | MDPSTGFAPF QERVQTSLMD VTRTVGALAV NDLNFHRTSS ANVSEGLDEE SGRLLSLTSS
LLKAATAGTD ISAPVLSDED SIEDNWRGIV DVIDALLEKA DACLDEFTGV IKKLSPSQDK
DAEARGAAAS NMRRAQNFPT IYDYGPSKIP KPQLQFEHQV DPTDTSPFRP LLKTKPHAIE
PLEQSLTPSI DAPHGSRNPY ETEIRAAKYP SSVYTVSPPI DYLPFETTAA TFVDTLDGVK
EMLAELKSAR EIAIDLEHHD VHSYHGLVSL MQISTREKDW VVDTLKPWRE ELQMLNEVFA
DPNILKLFHG SSMDIIWLQR DLGLYVVGMF DTYHAACALN YPKKSLKYLL HKFVNFEADK
QYQMADWRIR PLPSGMFNYA RSDTHYLLYI YDNLRNELLT NSTPEDNLVD YVLEKSKTEA
LQRYERPVYD AATGQGAGGW YDLMTRSPAI LSSEQFAVLK AVHEWRDRVA REEDEGVQCV
FPKHILFRVA QAMPQDLGTL FRTMSPMTPI AKDRAPDLLQ VIKTAKAEGA TGPEWRDVYV
KPTRGLPQVE APPSPPTAQD GSFPTASRYE TSQFWGAVLD TQTPPLSPEY SLAASAEALR
LSLPIPPMPR TVAEVQVAQP PKPTSPTPAP KKEEEDKNKI FTVKELGGPR KRKAAPQPPA
EVETSSQSEE PQAELDLDEI PIEIGSPPSK KQRRKEKREK KKAKQNQSQN AEDSTPFNYD
TADSILNANP QPTSGLPSKR PFDPYKKALE APRTGVKKEK KELPGRSFTF SSAGFAGYTK
WPLKASISLI PFIWLSDTGP EPPIRVILTG LKADNRDSMA SEPSYIDYEA FLDPAFSPAA
FANSLVVATN NATDTPLDLS TPLSRVLFDL QEIDTHIHTL TTKSALPLLT HTGDQTAAAG
KILKETDEQI VAVSQGYERL EREVLRRWEA AEEARVAAEN SLATVRLARA VARCIALGRQ
LDSQMVEVTG RGGLSGPSSG IGSGPGGEIA SSGTGPAPGR DDARALERAA STIVTLRRLL
SDTGAGEEGY GLDRVKVIRT LKSDLLMPAE NLVRARAQQA INRFSISSTS TSNGVSSQSG
YKLARDARAR LVSGVNTLYL LSPLPPKSSS PKDFTPDLLL STLQGYIQTT MVASLNNLSR
ALTMLPTLDK TLSDISARCQ DIHSLEAILS TIKPPSHPSL PQVSKSQDST ESVTASRNNL
LIPLLNTLDT SSLPSYFWRS LASSLSPRVQ EIASRGGVSA RTLRSNRDRL KKEIRECVLR
GSQLPASLGL EKHSQAHAQG NWEREAAVMV GSVVGVL
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