| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10008 |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 4739818 |
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| End bp | 4742854 |
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| Gene Length | 3037 bp |
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| Protein Length | 880 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 | ubiquitin ligase subunit CulD, putative (AFU_orthologue; AFUA_5G12680) |
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| Protein accession | CBF90329 |
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| Protein GI | 259489778 |
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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 | 14 |
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| Plasmid unclonability p-value | 0.122406 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.163465 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TCAAGACATC TCAGAACTGG AAGCTAGCGG CGATGGTCCT CGTGGTCCGA ACTGTCCTCG
GATTTTTCCA ACTCTGAGTG TTTCCCTTCG TCATCCTATC CTGGGATAGA ACCGGGTAGA
TGCAGCAGAA CTCGAGATCC CCCCCGGAAC AGAGGAGCGG TAAGCGCAAA GCTACTGGCA
AAAGGAAGTT TCCAGACCAA GGTGAACTCT CTCAACAACC TCGACATCAG CAGGCGACTA
TCTCGGAGCT CCTCCACCGG AACCAAGCAC AGAATCAAGC ACAGGAACAA GACGACGAGC
ACCTCCCCCC AACGAACAAG CGAGTTCGAC CATCTTCTTC CTCCATCGCA GCGAACCAGC
CCGAGTCCGG CGATATGTAT AGTTTCTCAA CCGCTGAGCC GAAACCGAAT GGTCCGAACA
CAGGTGGTTT GACTTTGTCG AATTCCACTC TCCAAGCTCG CCCCGGGACC TCGTCGCACC
AGAGCAACTT TACACCGCAT ACAGGCGCGA GAAGACTTGT GGTGAAGAAT CTCCGCACAG
GGCCCCGGTT GAATCAAGAT TCGTATTTCG ATAAAGTATG GGGTCAGTTG GATGCGGCAT
TGTCAGCGAT CTTCAGCGGA GGGAAACCGG AGATTTCACT TGAGGAGCTT TACAAAGGGG
CAGAAAATGT TTGTCGTCAA GGACGAGCTA CTATTCTGGC AAAGCGGCTC CAAGAGCGAT
GTCGACAACA TGTTACCGGA AAATTGCACG GCTCATTGGT CGACAAGGCA CAAATGGCAT
ACAATATTGA GACCCTGAGG TCTGTGGTTG AGGCCTGGAA AGAGTGGCAG TCAATGTTGG
TACGTTAGAC TTCTCTTTTT TTGTTTGGAA TTACTAACTA AGTATAGATT ACCGTGCGCT
GGATCTTCTA CTACCTTGAC CAATCCTTCC TCCTCCACTC CAAAGAACAT CCTGTAATCC
GAGAAATGGG CCTACAGCAA TTCCGACAGC ACATATACTC TGATCCCACA CTGCAGGAAA
AAATACTTCA GGGAGCCTGT GATCTTGTTT CGGCAGATCG CAGCGACGAA AACGGTATCG
TCGCTGACTC TTCTCTGCTA CGGAATGCCA TTGAGCTATT TCACAGCCTT GACGTTTATG
TCTCTGGCTT CGAGCCTGTG CTCGTTTCGG GGTCGAAGGA CTTTTTCTCT CTATGGGCTC
AGCAGGAGGC GACAGGATAT CTGGCGTCAT ATGTGGAGAA CAGCCATCGC CTGATCGAGC
GCGAGATGAA CCGATGCGAA CAGTTCTCTT TCAATCGGAC GACCAAACAA AAACTGTCTG
AGTCACTCGA TCAAACCCTA GTAACAGATC AAGAGAGCGT CTTATTGAGC CAGAAGGATG
TTCTCGGTTT GTTGCGAATA GGGAACAAGA TTGCCCTAGG GCAACTTTAT ACGCTTCTTG
AACGGAGGGA CCTTGGAGCC AAATTGAAAG GCGCCTTTAG CACATATATC GTGGAAGAGG
GTACTGGAAT TGTTTTCGAT GAGAGCGAAG CGGACATGGT GGTACGCCTA CTGAGCTTCA
AAAAGCAACT CGACGACATC TGGAATGAAT CGTTTCGACG CAACGAGGGC CTCGGCCATG
CCCTCCGGGA GTCCTTCGAA AGCTTCATGA ACAAGGGCAG AAAGTCAGAC GCCACGGGCG
GTACGGACAA TCCAAAGACC GGCGAGATGA TTGCGAAATA CGTTGATCGA CTTCTCCGAG
GGGGATGGCG GCTGGCTCCT ACGCGAGAAG CCGAGAATAT GCCTTTAGCG GATGAAGATG
CAGAAATCAA CCGACAGCTA GATCAGGTGT TAGATCTATT CCGGTTCGTC CATGGTAAGG
CTGTATTTGA GGCATTCTAC AAAAATGACC TTGCGCGCCG CCTTTTGATG GGAAGAAGTG
CGAGCGATGA TGCAGAAAAG AGCATGCTGG CAAGGCTCAA GACAGGTTCG TTCCGTGCTA
TCTTGAGCTG ATCACGATTG CTAATCGCGT CTAGAATGCG GATCAAGTTT CACGCACAAC
CTCGAGTCCA TGTTCAAGGA TATGGAAGTT GCCCGTGACG AAATGAGCGC ATACAATTCC
ATAAAGCGCG AACGCCAAAC TCCCCTTCCC GTAGATCTCC ATGTTAGCGT GCTATCAGCC
TCCGCGTGGC CTACGTACCC TGACGTCCAA GTGCGGATAC CACCGGAGAT CGCAACTGCC
ATCAGCGACT TTGAAAAATT CTATGACACT AAATATAACG GCCGGAAGCT GGCGTGGAAG
CACCAGCTTG CGCACTGTCA GCTGCGAGCA CGGTTTCCCA ACGGCAACAA GGAGCTCGTC
GTCAGTTCAT TCCAGGCAAT CGTGCTCCTC CTCTTCAACG AGCTTCCAGA AGGCGGGACG
CTCAATTATC GACAGATTCA GGAAGCTACC ACTCTATGTA AGTCCCTTAC TAGCCTATCT
ATTACTATCC ATTGCCCTAC TGCCACGGTT ATTTTACTAA CACAATACAG CCGACCAAGA
ACTGACCCGA ACTCTCCAAT CCCTCGCATG CGCAAAATAC CGTGTCCTCT CCAAAAAGCC
GAAAGGCAGA GACGTGTCTC CCACCGATGA ATTCTCCTAC AACGCCTCCT TCACAGACCC
TAAGTTCCGC ATCAAAATAA ACCAGATCCA GCTCAAGGAA ACGAAGGAGG AGAACAAGAC
GACGCATGAG CGGGTTGCCG CGGATAGGCA CTATGAGACT CAAGCCGCTA TTGTGCGCAT
CATGAAGAGC CGCAAAACAA TCACCCATGC CGAACTTGTT GCGGAGGTGA TTAAGGCTAC
TAGGAGTCGG GGTGTATTGG AGCCGGCGGA TATCAAGAAG AATATTGAGA AGTATGCCCC
TGCCTCATTA TGCTATTATC TTGGATGCGT GTGCTAACGA TGTCTCTGTA GGCTGATCGA
GAAAGATTAT ATGGAACGTG AGGACGGGAA CAGATACCAA TATGTAGCTT AGATTTTGCG
CTTGACTACT ATCGCGCTGG CTCTAAATGT CTTATGT
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| Protein sequence | MQQNSRSPPE QRSGKRKATG KRKFPDQGEL SQQPRHQQAT ISELLHRNQA QNQAQEQDDE
HLPPTNKRVR PSSSSIAANQ PESGDMYSFS TAEPKPNGPN TGGLTLSNST LQARPGTSSH
QSNFTPHTGA RRLVVKNLRT GPRLNQDSYF DKVWGQLDAA LSAIFSGGKP EISLEELYKG
AENVCRQGRA TILAKRLQER CRQHVTGKLH GSLVDKAQMA YNIETLRSVV EAWKEWQSML
ITVRWIFYYL DQSFLLHSKE HPVIREMGLQ QFRQHIYSDP TLQEKILQGA CDLVSADRSD
ENGIVADSSL LRNAIELFHS LDVYVSGFEP VLVSGSKDFF SLWAQQEATG YLASYVENSH
RLIEREMNRC EQFSFNRTTK QKLSESLDQT LVTDQESVLL SQKDVLGLLR IGNKIALGQL
YTLLERRDLG AKLKGAFSTY IVEEGTGIVF DESEADMVVR LLSFKKQLDD IWNESFRRNE
GLGHALRESF ESFMNKGRKS DATGGTDNPK TGEMIAKYVD RLLRGGWRLA PTREAENMPL
ADEDAEINRQ LDQVLDLFRF VHGKAVFEAF YKNDLARRLL MGRSASDDAE KSMLARLKTE
CGSSFTHNLE SMFKDMEVAR DEMSAYNSIK RERQTPLPVD LHVSVLSASA WPTYPDVQVR
IPPEIATAIS DFEKFYDTKY NGRKLAWKHQ LAHCQLRARF PNGNKELVVS SFQAIVLLLF
NELPEGGTLN YRQIQEATTL SDQELTRTLQ SLACAKYRVL SKKPKGRDVS PTDEFSYNAS
FTDPKFRIKI NQIQLKETKE ENKTTHERVA ADRHYETQAA IVRIMKSRKT ITHAELVAEV
IKATRSRGVL EPADIKKNIE KLIEKDYMER EDGNRYQYVA
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