| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02086 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 2762220 |
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| End bp | 2766724 |
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| Gene Length | 4505 bp |
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| Protein Length | 1394 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 | Nuclear pore complex protein An-Nup159 (Eurofung) |
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| Protein accession | CBF86150 |
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| Protein GI | 259487456 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.919136 |
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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 | 44 |
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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 | ATGGCATTCA GCATGGGGGC TGCAAACCCT CCCGCCGAAT TGGGACCGGA ACTTCCAGAT
CCTATATGCG GAGGTAAGAC CTCTGGATTC CGTGTACACT CGATCAATTC CGGCCGTAAG
GCTGCTAACG CTCGGAACAG GAAGTCGGTT TCAAAGGCGT TTCCGGCGAC AGTAACGTCC
AACTCCTCCC TACACCTTGG CCTGCCGATG CGCTTCCTGC CCCTTCCTGC ACCTTACTCG
CTGTCGCAGC CACCAAAGGC ATAGTAGTCG GTGCTGGTCC GAACACGTTA TGTGTTGCGT
CTACTGAGTC CGTCAGAGCG GCTATATCCG CAGATGACGA GAAAGAGAAG GTCAAGACAA
AGCCGTTCCA ACCGCAAGCG ACTATCTCGC TTCCCGGAAG ACCTACGCAT ATAGCATTTG
CCTCTGGCGA TAGCGCCCTG GTGCTTGCGA CAGAAAGCGG GACTCATCTG TCGGTCTTTG
AGACAGGAAG CCTACTACAG CCTAATGCGC AGCCTGCTAT ATCCATTCCT ACCAATGGCG
CCACTTTCCG GACTGTTGCG CCCAATCCAG CCCAGGCGGA GGATTCCCAT TCATCCCTTG
TGGCCTTGGT AACGAACGCT GGCGAGTTGT TAATGGCGGA CCTGAAGGCC GGCAATCTCG
TCACGGGAGC AAATGGCAAC ATCTTGAAAG CCGATGTTAG CTCTGTTGGG TGGAGTAACA
AAGGCAAGCA ACTCGTAGCT GGCCTCGTGG ACGGAACTGG TTATGTGATG ACTCCAGATG
GCGTGCAGAA GGACCTCATC CCTAAGCCTC CAGATCTCAC AGATCCCTGT CATGGTAAAT
TTCACGTCCA AACAGCCCAT TCTTGTATAG CTGATTTTGC CTAGTATCAT CCATCGCGTG
GCTTGAGAAC GATATCTTCT TGATGGTGTA TACTCCGAAT GTTGCAGAAG ATGATGCGGG
ACTGACTCCC TCGTCGTCAT ACTATATCAT CACAAGAAGA AAGCAACAGC CTTTCTTGAT
ACAGAAGCTG CCTGAACTGG CTAGCCCTTT CGGCTATAAA CGTGCGCCGG CTTACCAGTT
CATCGCACGT ATCCGGAATT ACATGCCACA TCTGACGGAT GCTTTGATTG TGTCTTCCAC
GGCATCTGCA GACATTGGAT TAATTACTAG GTCTTCTCAG GCACTAGCGA GTGACGATAG
TGCCAGAGCC ATCGTGGGAC AATTTGCTAC GACGGAAGTG AATGACGACT CCAAAAAAGC
TTCGGTTCCC TTAAAGGACT CAACCGACGA AACGTCAGTT ATAGGTTTGG GTCTTGATTT
TTCAAGTTCA GAACCTGTCA TAGCCCCCAT TCAAGGAGAG GATATTGCTG AAAGCTCAAC
TCCCTTGCCC AATCTCCTCC TATTAAACCA CGAGGGCGTT CTATGTTCTT GGTGGTTCGT
ATATAACGAG TCAATCCGGC AAAAGGTACC ATACGACGGA TTGACTTCTG CTAAAACGCA
AGTACCGCCT GCGCTGCAAT CGCAGTCAAC ACAACCGCAG CCCGCGGCGC AGTCACCTTT
TGCGCAGCCG TCCTTTGGCA GCCCGGCAGC ACCATCTAGT TTTGGCACCA CAGGCTTCGG
CAAGCCGTCT GCGGCACCTG CATTTGGCAG TCCTTCAGTT CCAGGAACCC CTCAGCAACC
CAGTTTTGGA AAACCTTCAT TTGGGACGCC TGCCTTTGGC ACATCTGCCT TCGGGGCGCC
TGCCTTTGGC GCGCCCGCTG CGTTGGGCTC GAATGCACCC AAGTTCGGTC AATCTGGATT
TGGACAGTCG TCGACTCCGG TGAAAAGCCT TTTCGGAGCA TCTGGTGCTC CTGCAGGAGG
TGGTTTCGGT TCGTTCGCGA ACGTAAGTGG CGGCGGTGGT TTCGCCAGTC TGGCCACGTC
AAAGCCCTCG GAGGGGTCTC CCTTTGGCAA ACTGCCTAGT GAAAATCCGT TTGGGAAATC
TTCTGTATTT GGTGCCCAGT CCGAGACCAC CGCATTCACT CCCCAGAAAA CGGAGGAGTC
TAAGGGGGCT TTTGGTGCGG GTTCCAGTGG TTTCGTCCTT GGGTCAACTT TCAAGGGGGA
CGGTACTGCC GTCAATGATG CGCCGAAGCC CGAAAAACCT TCCGGGTTGT TCTCATTCGG
CTCCTCATTC GATGAAATGG TCTCTACGCC CAGCAAAACC AGCCCGCCTA CAGAAGCAAT
GGATGACATT GAGGACTCGA ATGCTACTAG TCAAAACCTT CCGGCAGCAA AGGAACCAGC
ACCCTCCCTA TTTGGTGCAA GCTCGAAACC TTCCACTGGA TCGTCGATTT TCGGATCTTT
TGGATCACAG ACGCAAAACC AATCACCATT TGGTTCAGCA CAAACGAGCA AGTCTCCATT
TTCACTACTT GGAAATAAAA AAGCCGACAA CCAAGCGCCA AGTCCCTCGT CGGCACCCTC
GGAGAAGACT GCAGTGGCTA GCCCACCTTT CACAAAAGCC AAGTCACCTG AACCTGAACC
GCCCCTTCCT CCTGACTCTA CAAGCAGGGC CGTATATGGT CCGGGTGACA CATCTGCATC
TTCCAATGTC TCAAAAAGCT CTGTTGATGA TGCACCTCTA CCGCCAGATT TCACAGCGTC
CCGAAAGTCT CCTGAGCCTG AAAGCGAACC GCCTTTGCCG CCTGATTTCC TCACGCAGCC
TAAGAAAGAA GAACCAGAGG AAGAGGAGGA ACCGGTGAAG GCCGAAGAGG CACCATTGCC
TCCAGACTTC ACGAAGCCAA GTGCGCCCTT GGGGAAAGAC TCTCCCTTGG TTCAAGAGGA
ATCGGACGCA GGCTCGGATC TCGGGTCGGA CGCAGATGAA TCACAGAAGG GTCCCCCCGA
GGATGAGTCT GAGCTCGAAG ACAGTGGTGA GGACAACACG CATGAAGTCA AGGAACCGAG
CGTTGAGTCA TCACCAGAGA GTTCTCTCGA CGACAAACAC ATGGGTGAAG GCTCAGCTGG
TGGGCTGTTT GGCAAGAAGC AGTTATTTGG AGAAATAAGC AAGCCTTTGT TCCCTCAAAC
AGCACAAAGT CGCGAACCTC CGAGATCTCC TAGCCCGATA CGGCCTCCTC GTACTCGGCA
AGGTCTCCCG AAAACTGAAA ATCTCCGCTC TATCAGTGCT CCACACAAGC CTGGAGATGC
TCTTGCTGCC CGAAAAGCCT CTCTCACCGA ATTAGCAAAG CGCGAAGAGC TCCGACAACC
GGCGCGCAGC CGTGCCCGGG AGCCTGAACC TCAGCCTGTC GAGACGGAAG AAGAAGCCTT
GTCCGACGAT GAAGACGAGC GACTCCGTGC GGACCTTAAT AGGCCACTAG AGCCCGTACC
TACACTAGAC CCCTTCCTAC CTCACCAGGA TTACACGGGT GAAACCTCGA AACCTGGTAT
TCCCGGCCAA ATTGAGAGGC TTTACCGCGA TATCAACTCC ATGGTGGATA CTCTTGGGAT
AAATGCGCGC TCCTTGTCTT CTTTTCTTCT TTATCAACAA AAGTCCACTG ACTCCAATTG
GATCAACATA CTGAGAAGTG ATAGCCCAAC TGATATTCTG GATGAGAAAC TGCTTCTTCG
GCAAATTGAG GATTTGGATT CTACCGTCAG TGTCCTTGCA GAATCTCTTG AGAAGCACAG
AGTGCAAGGG GTGGAAGAGA AGCTTGAAAG CTGCCGAGAA CTGTTGGGTA AGGACATCTT
CACCCTTCGC AGCCAATGTG CTAGTATCAG AAAGACGCTT GACGCGTACA CCGATGCTGC
ATCAATCGTT TCTGCACCTC TTTCCGCAGA GCAGGCAAAC CTCCAACAGG ATCTTCGGAC
ATCGTCAGTC GAGATCCAGA CAAAATTGGC AGAACTCGAA TCTGCAGTAT CTCTTCTACG
AGCTAAGATT GCAGATTCTC CCCGCGCGGA TGGATCACGG CCCTCTACTA GGCGGCCCAC
GGTCGAGGCT GTCACGTCAA CCATTGCAAC AATGATGAAC ATGGTCGAAA GCAAGAGCGG
TGACATTGAT GTTTTAGAAG TTCAAATGAA AAAGCTGGGC TTTGATACAT CGGCTGCTCC
CCCCAGCCGG GAGGGATCTC CTTTCACGAC CCCGCGAAAG GGTCTGAGCA GAGTTCCTGC
TACTCCTGGG TCTCGCGGGA CTCTGGAAGA TCCAGTCAGT TCGTACCACA CACCGGATTC
TAGTTCCCGA GGCATAAATA TGCGTTCGAG CATCAACGGC TCAGCAAAAG CGAGTAGACT
CCGGCTTGTG GAGCTTGTGA ACGACGGAGG GGACAGAAGG GAGGTCGCGC AGTGGAAGGC
CAAAATGCAG CGCAAGCAGC ATCTTATGGG TAGCCTCAGA AAGGCCATCG AGGAGAAGGA
GACGAAGGTC CGAAGCGTGG ACGATATTTA GGACTCTACA CGCTGTCTAT TGCATATTAT
TGGGATGTTC TATTCTTGCT ACGAACAGTG AACCCGACGA GTCACGGCAT GGAGCAATTG
GGGAC
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| Protein sequence | MAFSMGAANP PAELGPELPD PICGATKGIV VGAGPNTLCV ASTESVRAAI SADDEKEKVK
TKPFQPQATI SLPGRPTHIA FASGDSALVL ATESGTHLSV FETGSLLQPN AQPAISIPTN
GATFRTVAPN PAQAEDSHSS LVALVTNAGE LLMADLKAGN LVTGANGNIL KADVSSVGWS
NKGKQLVAGL VDGTGYVMTP DGVQKDLIPK PPDLTDPCHV SSIAWLENDI FLMVYTPNVA
EDDAGLTPSS SYYIITRRKQ QPFLIQKLPE LASPFGYKRA PAYQFIARIR NYMPHLTDAL
IVSSTASADI GLITRSSQAL ASDDSARAIV GQFATTEVND DSKKASVPLK DSTDETSVIG
LGLDFSSSEP VIAPIQGEDI AESSTPLPNL LLLNHEGVLC SWWFVYNESI RQKVPYDGLT
SAKTQVPPAL QSQSTQPQPA AQSPFAQPSF GSPAAPSSFG TTGFGKPSAA PAFGSPSVPG
TPQQPSFGKP SFGTPAFGTS AFGAPAFGAP AALGSNAPKF GQSGFGQSST PVKSLFGASG
APAGGGFGSF ANVSGGGGFA SLATSKPSEG SPFGKLPSEN PFGKSSVFGA QSETTAFTPQ
KTEESKGAFG AGSSGFVLGS TFKGDGTAVN DAPKPEKPSG LFSFGSSFDE MVSTPSKTSP
PTEAMDDIED SNATSQNLPA AKEPAPSLFG ASSKPSTGSS IFGSFGSQTQ NQSPFGSAQT
SKSPFSLLGN KKADNQAPSP SSAPSEKTAV ASPPFTKAKS PEPEPPLPPD STSRAVYGPG
DTSASSNVSK SSVDDAPLPP DFTASRKSPE PESEPPLPPD FLTQPKKEEP EEEEEPVKAE
EAPLPPDFTK PSAPLGKDSP LVQEESDAGS DLGSDADESQ KGPPEDESEL EDSGEDNTHE
VKEPSVESSP ESSLDDKHMG EGSAGGLFGK KQLFGEISKP LFPQTAQSRE PPRSPSPIRP
PRTRQGLPKT ENLRSISAPH KPGDALAARK ASLTELAKRE ELRQPARSRA REPEPQPVET
EEEALSDDED ERLRADLNRP LEPVPTLDPF LPHQDYTGET SKPGIPGQIE RLYRDINSMV
DTLGINARSL SSFLLYQQKS TDSNWINILR SDSPTDILDE KLLLRQIEDL DSTVSVLAES
LEKHRVQGVE EKLESCRELL GKDIFTLRSQ CASIRKTLDA YTDAASIVSA PLSAEQANLQ
QDLRTSSVEI QTKLAELESA VSLLRAKIAD SPRADGSRPS TRRPTVEAVT STIATMMNMV
ESKSGDIDVL EVQMKKLGFD TSAAPPSREG SPFTTPRKGL SRVPATPGSR GTLEDPVSSY
HTPDSSSRGI NMRSSINGSA KASRLRLVEL VNDGGDRREV AQWKAKMQRK QHLMGSLRKA
IEEKETKVRS VDDI
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