| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06454 |
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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 | BN001301 |
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| Strand | + |
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| Start bp | 121125 |
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| End bp | 124724 |
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| Gene Length | 3600 bp |
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| Protein Length | 774 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 | conserved hypothetical protein |
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| Protein accession | CBF69440 |
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| Protein GI | 259479317 |
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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 | 19 |
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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 | 54 |
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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 | ATGAGCCCTC GTCTAGACTA CAATGAAGGA TACGATTCCG AAGACGAGGA GATCCCCCGT
TACGTACACC ATTCTAGAGG AAAGAGTCAT AGATCCGTGA GGACGTCAGG TCGCTCACGC
ACGTTGGATT ACGACGGGGA TGATGAAGCT AGTGACCACG CTGCCCCCTC CGGGATTGAT
CGGGACGCTC GAGCCTGTCC AACATCTCGC AGATATACTG ATGACTGCCT TGAGACACAT
AAATTTCGAG GTGCCCGCTC CTCTCGCTCC CGTGGACGAA CCGATGATAA CAAGGTTTTG
TACTACACCA AGTATCGCAG CCCGGCTAAG GACTTGCCTA TCGAGCGTGA TCCCGAGGGT
ATTAATTTAT TCAAGGTCCG ACAGCACACA CGGCCAAGTG ACGCTCATGT GCCCAGTGGA
TACCGTGAGC CCTACGAAGT CAAGGTCGAC GAGTATGAGG ATGATCATCC CCGTACATGC
ACTAGCCGCC GTGACTCTAG ACAGCCGAAA GTCTACAAGG TCCGGGTTGA TGAGTACGAG
GATAACCTCC CTGCACGCTC TCACACTGAC TTTCGCGAGT CTCCACGGTC TGAAAGATGC
TCTAGCCGCT ACACCGAGGA CTCGAAGCCT GGGGAGCTTC CTCCCCGCTC AGGGCCCTGT
CGGTCCAGCA GGCCTTCTCC GGTCGATGAG GACGTCGAGT ATGAGATCCG TGAGCCCCGA
GGGCATCGCT CCAGTCGACA CTCTACAGAT GTTGACTTTC AGCCAGTAGA ACAACATCCT
CGCTTTGGAC AACGTGGACT CAGCAGACCT TCGCGGGTTG ATGAGGAAGT CGATTATGAG
ATCCGTGAGC CCCGTGGCAA TCGTGTCAGT CACGCTGCTC ATGGTGACAG CCCCTGTCAG
GACCAAAGCT CCAGGCATAT CGGCATTCAA TTGTGGAGTA CGCGCGGACC CCGGGCGGCT
GGCCGTGGCC GGGGTCCTGA TGAGTCTGAC GATGTTGAGC CCTAGGCAGG GAATTGCCGT
AATGCTCTTC AAACTGTATA GCAAGCTCAG CATCAATTCT TTAACTGGCA GGCGCTCTGC
TCGCGCGTTT CTCTCTTGGG GTGGTTGGTT TGACTGTAGA TTTCCTCTTT CAAGGCTTCT
AGATACACCT TTGGAAGATA GCAACGCTAT GCAAGATATT TTTGATAATT CAAATCCTTT
TTACACATGG AATAGCTGGT GTTCCTGTTT TATCTAGGCA ATTGACCCAC GCCATCTCGG
TAGGTACGGT AAAAGCAAGC CGTAATCTCG TATGGCTTCA TCCTTAGCAT CGTATAGATC
TCCACTCGGG ACTCGGCCAG GGATCTTCCA TCAATCAACG TGAAGAAGTC CAGCACCCCG
CTGAATCATA ATATCCTACC GATTCTGCTC TCTTCACCTC TAGATACCCC TCTAGACTCC
TGTCAACATG TTCCGTACAG TCGAAGACCG CCCGACCCCA AAAGAGGTAT ATAACTGGCG
GCTGTACACC GAGGCCACCA TCATTGCCAC TGGTACACTC TTGTGAGTAG GTGCTGTTGT
AACGAAAAAC ATCCAACTGA TCCGCCAGGT TCGGCTATGA CTCGGCTTTT GTGGGAACTA
CCATTGCCCG CCAAAGCTTC GTTGATGCCT TCAACATCGT CGAGTCGGAG GCGGCGGATA
TTTCAAGCAA TATCACGTCA ACCTTTCAGG CCGGCGCATT TTTCGGCGCC ATCTTCTGCT
TCTTGCCTGA GTGAAGCCGT TAGAGACGGT CTCACTGGCT AACCGGACCA AGTGACCGAC
AAAATTGGGC GTAAATGGGC CCTTCAGGCA AACACACTGC TGTTTCTTAT TGGCGCGATT
GTGATGACGG CTGCAACACA TCACCTTTCC TATATATGTA AGTCATATCC CCGTAGTAGT
CAAGGTTGTT AACTAGAGCA GATGCTGGAC GAGCTCTCAC CGGCATCGCA TGCGGCGCTA
TCACCGCGAC CGTCCCCAGC TATATTGCCG AGCTGTCAAT CGTGTCGATC CGGGGCTTCC
TCACCGGGTT CTTCGAAGTC GCATACCAGA TTGGTAGCTT GGTTGGATTC TGGATCAACT
ATGGCATTAA CGAGAACATG GACAACTCCT CGGCCGCAAG CTGGAGAGTG CCTATGGCAG
TCCAGATCAT CCCCGCAGGA GTCCTTTTCA TTGGTGGCTT TTCCTCCATG AGAGTCCTCT
CTGGCTGATG CGAAAAGACA GTGAGGATGC CGCGACGGCT GCCCTGGAGG CGTTGAGGAA
ACTGCCACGG TCTCATCAAT GTAATCTCCC ACCAAGACTC AGGACATAGT CCCATGCTGA
CTATTTTAGA TGTCCAGGAA GACATCGAGA TGAACCGCAC CAGGCTGCTG GAGGAAGCTC
GGATCGCCGA GAAGTACGGA CAAGGTTGGT TGGCATATAT CCGAGGCGCA CTCTTCGAGC
TCTCGCGCCA TGGGATGTGG AATCGTGTTC TGCTCGTCCT CTGTGCCTTT GCACTGCAGA
ATATGTCGGG AGCTGCTGCT ATCAACTACT ATTCCCCCAT ACTCTTTGCG TCGTTGGGGA
TCACTGATGT CGCTCTGTAT ACAGGTATTT ATGGCCTGGT AAAAGGTAAG TTCTTCTCCT
TAAGTATCTC TGGCTGACAA TAGGGATTAA CTGATGAGTT TACAGCCGTC GCATCAATTA
TATTCTACGG CATTCTCATT GATATGTGGG GCCGCCGACG TCCGACCATT GTTTCGTCAC
TGGCCTGCCC TCTATGTCTC TGGTTTGTGG GTGCATACGT CAAAGTTGGG CATCCAGCCG
ATATCATAGA CGCCGGCGGG GAATTGTCCC CCTCCACGGA GGCTGGTGGT AGAGCGGCGA
CTGCGATGAT TATGATCTAC TCCGTCTTGT AAGTGCCCCT CACTTTTGAA TGGGCTTCAG
CTTGGAACTC GAGTAACTGG TATCCAGTTG GTCTTTTGGT CTCAACGGTA TCCCCTGGAT
TGTCTCCGCC GAAATCTTCC CCGGCGCGCT GCGAAATCTC ACGGGGACAT GGGCTGCGCT
GGTGCAATGG TATGCAATTC CCTTCACCTA GTATCCATAT CTAAATCAGC AGGTTGATCC
AATTCGTTAT CACCAAAGCT CTCCCGTACA TCTTCAATAG CCTTGGGTAC GGGACGTGGT
TCTTCTTCGC CTCCTGGATG CTGCTCGCTA TCATTTGGTC ATTCTTTTTT CTCCCGGAAA
CCAAGGGGAA GACTCTCGAT GAAATGCATA CGATCTTGTA CGTTTCTCTC CGTCGAAATG
TGGTCTTGGC TAATGAATCA GCGGCCATTC TCTCGCCGAA GAGCAGGGTA AGGGTGAGGT
TCGAGATAAC ACTACTAAAA GTGATCGGGA GGCTGTCTAG TCCAGTAGTT CTAGAGGACT
ATTGGCTGGA TGATTCCTCT GATGATTTTT GATTGGTGGT GAAAATGTTG GATGTTTAAT
GCCAATGTAC TGGGAGAGAA CATGCCGATA GTACATACCG CTGTGTTGTA TATCGAAGAC
GGTTGATTTA TATATCTTAG TCTTTCAAAA GACGGCACTC ACACAATCAC ACTTCGATGA
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| Protein sequence | MSPRLDYNEG YDSEDEEIPR YVHHSRGKSH RSVRTSGRSR TLDYDGDDEA SDHAAPSGID
RDARACPTSR RYTDDCLETH KFRGARSSRS RGRTDDNKVL YYTKYRSPAK DLPIERDPEG
INLFKVRQHT RPSDAHVPSG YREPYEVKVD EYEDDHPRTC TSRRDSRQPK VYKVRVDEYE
DNLPARSHTD FRESPRSERC SSRYTEDSKP GELPPRSGPC RSSRPSPVDE DVEYEIREPR
GHRSSRHSTD VDFQPVEQHP RFGQRGLSRP SRVDEEVDYE IREPRGNRVS HAAHGDSPCQ
DQSSRHIGIQ LWTGVPVLSR QLTHAISTPV NMFRTVEDRP TPKEVYNWRL YTEATIIATG
TLLFGYDSAF VGTTIARQSF VDAFNIVESE AADISSNITS TFQAGAFFGA IFCFLPEADA
GRALTGIACG AITATVPSYI AELSIVSIRG FLTGFFEVAY QIGSLVGFWI NYGINENMDN
SSAASWRVPM AVQIIPAGVL FIGGFSSMRE DIEMNRTRLL EEARIAEKYG QGWLAYIRGA
LFELSRHGMW NRVLLVLCAF ALQNMSGAAA INYYSPILFA SLGITDVALY TGIYGLVKAV
ASIIFYGILI DMWGRRRPTI VSSLACPLCL WFVGAYVKVG HPADIIDAGG ELSPSTEAGG
RAATAMIMIY SVFWSFGLNG IPWIVSAEIF PGALRNLTGT WAALVQWLIQ FVITKALPYI
FNSLGYGTWF FFASWMLLAI IWSFFFLPET KGKTLDEMHT IFLSKDGTHT ITLR
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