| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08293 |
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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 | 1405518 |
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| End bp | 1408911 |
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| Gene Length | 3394 bp |
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| Protein Length | 938 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | snoRNA binding protein, putative (AFU_orthologue; AFUA_3G04310) |
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| Protein accession | CBF74295 |
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| Protein GI | 259481085 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.0710686 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0000000000000896141 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | AGTACATGCG TGAAAATGTC ATTGACAAAT AATGATGGCT TCTCATTGCC GCTTGCCAAG
AGACAGAAGG TGGTCGTTGA TGAGGCTGCT CAAAGGAATA CGTACCATGC TGGATCTAGG
ATTTTCTCCC CATTTCGCGT AAGTCTGAAC TTAACGATAT TTTCGAGGAG CGTCCAACTG
TATCTGACCA ACCTTGACCA GACACTTGGA CTAGTTTCAC CAACGTCTGT TCCCTTCACG
TGTACGCGAC TGGGGAAAGC CACATTTCAA ATAACAACAT CTGTCGGTCG TTGCTTGCAT
ACCTATGATC TACGTCAGGG GCTCAAGCTG GTTTTTATTA GCCGCCCACA GACTCCACGC
GACATTACTG CTACGTTCGC ATGGCACGAT ATCTTATTCG CAGCATGGGG AGCTCTCGGG
CCTGGAGGCT CCGGTGGAGT TTGGGTCTTC AAGCGTGGCA AGAAGATTGC ATCGCTTGAA
ACACCCATCG AAGCCTACGC GCCTATCGAA CACCTAACGG TCTTCGGTTC CTGGATAGTA
GGCTGCAATG GGCAGTCGGT AAACGTTTGG AAGAATGGCT CATACGAGCA TTACACGACG
CTCATCCTTG CGCACTCTCG GGATAACCCG GGTCAAGCGG CCTATGCAAC CCAGATTTGC
AATATGCCAA CTTACCTCAA CAAGGTTCTC ATCGGAAAGT CAGATGGGAC CGTGGACATT
TGGAATGTGA AAACCGGAAG GCTTGTCCAT AGCATATTTG CAGCTTTCCC CAACGCCGGC
CCAGTTACTG TACTTCGACC AAGCCCAGCG CTTTCAGTCA TCGCCATTGC CTACAAAAAT
GGGTCAATAT CTATCCAAAA CGTTGAAACT GGCCAGTCTA TATTTTCTTT CCAGCCACAG
GCGCCACGAG TGCCAGCTAT AACCTCTCTC ACTTTTCGGA ATGACGATGC TGGTGCCGGG
GAAGATGGCC AGCAGTCTGG GGCTATGGCA ACCGCTTGTC TAGCTAGCGG CGACATTACA
CTTTGGGATT TGAACCGCGG TGGTCGCGTT GTGGGTGTTC TTCGCAACGC CCATAAGGTC
TCTGCGGGCG ACCCAGGTTC AGGTATAAAC CATATAGAGT TCTTGGATGG GCAACCAGTT
ATTGTATCAA CAGGAAAGGA CAATTCGTTG CGGACATGGA TTGTGGATGA GTCTCCATTT
TCACCAATTC CGAGGCCTCT TCATTCGCGA AGCGGCCATT CCGATACCAT AACCACTGTC
TCTTTTCTCC CATCACATTC CGACGGTTCG GAAACTACAG CAAAATGGCT ATTGAGTGCG
AGCAAAGACA GCAGTCTCTG GGGATTCAGT CTACGGAAGG ACAGTCAAAG CACTGAGCTA
TCTCAAGGCT CTGTAGAACA GGGTGCCAAA AAAAAAGGTG TCGTGATCTC AGACGTGAAT
AATGGATCTA TATCAAGCCA GCCCAATCTC AGGGCGCCGG AAGTCACTTG TATTGCATGT
TCTCTCAACC GAGATGGTGG AATGGGCGTC ACTGTTTCGG GTACGATCTG GTCTAACCCT
AAAACTACCG ACACAACTGC GTCGAACAAA ACGGGCTGGG AAAGTATTGT AACAGGTCAT
CGTGGAGATA AATATGCCAG GACCTGGTTC TGGGGCAAAA AGAAAGCTGG ACGTTGGGTG
TTTGAGACTG GCGATGGAAC CGATGTTAAG GTAAGATTGA CCACTGGCAT TCACCAATCT
TAACTGACCC ACATCCTCAA CAGAGTGTTG CTATTTCCCA ATGTGGTACG TTTGCAGTGG
TTGGATCTGC AGGTGGTAGC ATTCGCCTCT TCAATATGCA ATCAGGTCAA TACCGGCGGA
GCTATCCCTG TCAGAAAACA AAATACGACT TGGGTGGTGA AGTCAGATAC TCGAACAAGC
AAATTCATAC TCAGCATACA AAATCAGTCA CTGGTCTGGC AATTGACAGT TTGAATCGGA
CAGTTCTCAG CTGTGGGTTG GATGGAAAAG TTAAGGTGGG ACCTTTCAAA TAAATATCAC
TCTTTTCCCT ATTACTGACT GTGTACTACC CTGTTACAGT TCTGGGATTT CCAGTCTGGT
TTGTTAATCA AGGAACTTGA CTGGTATCCA ATGACAGCAA TCACGGCCCT AAGGTATAAT
AGTATGAGTG AGCTAGTTGC ATTCAGCTGT GATGACCTTT CCATACGTGT GGTTGACATG
GAAACAAAGA AAATCGTGCG TGAGCTGTGG GGATGTGCTG GACAAATAAA TGATTTCATC
TTCTCCAGTG ACGGGCGTTG GATAATTGCT GCTTCTATGG ACTCCATTAT CCGAGTGTGG
GACTTGCCCA CTGGTCATCT GATTGATCTT TTCCGCGTAT CCAGCACATG CACGTCTCTG
GCCATGTCAC CCACTGGTGA TTTTCTAGCC ACTGCACATG CAGATGGGGT GGGCATCGGC
CTCTGGTCAA ATAGGAGTCT ATTCATCCCA GTATCTACAC GGGATCTGAA CGTGGATAAC
CTCTTGGATA CCGGACTTCC TACTTCCTCT GGAGAGGGAG GTGTCGGAAT TATTGAAGCA
GCTTTCCAGC AGGATAATGA AGAACATGAC GGTGATGGTC CAATCTCATG TACAGAACAA
CTCGATCGAG ATATGTTGAC GCTTAGTGTT GTTCCCAAGA ATAAGTGGCA GACACTTGTT
CACATGGATT TGATTAAGGT AACATTTTTC TCTGATTTTA CTCCAGTTGT TCCAGATTTT
CGTTCAAACC CAATTCTAAC ATCGTATTTA GGAGCGGAAC ATGCCAAAGG AACCACCAAA
GCGTCCTGAG AAGGCTCCGT TCTTCCTCCC TGCGCCTGCT TCTGATGGTG CACCTAAGCA
CAATGCCAAT GCAACGTTAC TAGAAGAAGG AAAACTCACA GAATCATCAC GTGTCGCCAA
GTTACAGATC ACCAAGAACC CCAATGCAGT CTCTCGATTC ACATCACTGT TGCGGACGGG
GTGCATTTCT GGAGACTTTG AACCTTTCTT CTTCGAGATG AAGTCTTTGA ACCCGTCCAG
ACTGGACTTT AGACACGATC GTTAGACACC GCAAGTCAAT GGCGGGCAGT CCGAACTGTC
GGCTTTTGTC ATGGCGCTAT GCAGTTGCCT TGCTTCCAAA AAGGATTTTG AGCTCGCCAA
TGCATGGATG GCAGTATTTC TCAGAATACA CTCGGATGTT GTTGCGGCGT GCTCTGATCA
AAGTGAAGGT ACGGACAGTG AGCTGAGAGA GCATCTTGAT CTTTGGAAAC GCGTACAACA
GGCTGAGACT CAACGTCTGG CCAGTTTAGT TGGCTACTGT CGAGGCGTTG TTGGGTTCTT
GAGGTCTTCC CGTTAGCGTA TGCTGCATAT ATTC
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| Protein sequence | MSLTNNDGFS LPLAKRQKVV VDEAAQRNTY HAGSRIFSPF RTLGLVSPTS VPFTCTRLGK
ATFQITTSVG RCLHTYDLRQ GLKLVFISRP QTPRDITATF AWHDILFAAW GALGPGGSGG
VWVFKRGKKI ASLETPIEAY APIEHLTVFG SWIVGCNGQS VNVWKNGSYE HYTTLILAHS
RDNPGQAAYA TQICNMPTYL NKVLIGKSDG TVDIWNVKTG RLVHSIFAAF PNAGPVTVLR
PSPALSVIAI AYKNGSISIQ NVETGQSIFS FQPQAPRVPA ITSLTFRNDD AGAGEDGQQS
GAMATACLAS GDITLWDLNR GGRVVGVLRN AHKVSAGDPG SGINHIEFLD GQPVIVSTGK
DNSLRTWIVD ESPFSPIPRP LHSRSGHSDT ITTVSFLPSH SDGSETTAKW LLSASKDSSL
WGFSLRKDSQ STELSQGSVE QGAKKKGVVI SDVNNGSISS QPNLRAPEVT CIACSLNRDG
GMGVTVSGTI WSNPKTTDTT ASNKTGWESI VTGHRGDKYA RTWFWGKKKA GRWVFETGDG
TDVKSVAISQ CGTFAVVGSA GGSIRLFNMQ SGQYRRSYPC QKTKYDLGGE VRYSNKQIHT
QHTKSVTGLA IDSLNRTVLS CGLDGKVKFW DFQSGLLIKE LDWYPMTAIT ALRYNSMSEL
VAFSCDDLSI RVVDMETKKI VRELWGCAGQ INDFIFSSDG RWIIAASMDS IIRVWDLPTG
HLIDLFRVSS TCTSLAMSPT GDFLATAHAD GVGIGLWSNR SLFIPVSTRD LNVDNLLDTG
LPTSSGEGGV GIIEAAFQQD NEEHDGDGPI SCTEQLDRDM LTLSVVPKNK WQTLVHMDLI
KERNMPKEPP KRPEKAPFFL PAPASDGAPK HNANATLLEE GKLTESSRVA KLQITKNPNA
VSRFTSLLRT GCISGDFEPF FFEMKSLNPS RLDFRHDR
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