| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06354 |
|---|
| Symbol | |
|---|
| ID | 0 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Aspergillus nidulans FGSC A4 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | BN001301 |
|---|
| Strand | + |
|---|
| Start bp | 430085 |
|---|
| End bp | 434865 |
|---|
| Gene Length | 4781 bp |
|---|
| Protein Length | 1418 aa |
|---|
| Translation table | |
|---|
| GC content | 53% |
|---|
| IMG OID | |
|---|
| Product | ubiquitin C-terminal hydrolase, putative (AFU_orthologue; AFUA_2G14130) |
|---|
| Protein accession | CBF69639 |
|---|
| Protein GI | 259479427 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 7 |
|---|
| Plasmid unclonability p-value | 0.387584 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 45 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGTCGGGCT CAGAGAACAA GCATGATAGC GTCCCGCCGA CCGGGCGCGA AGCCTCGCCA
AGTACGAAGC GGGCTGCGCC CGAGGCTGAG CAGGATGTAG AAATGGGCAT CGAGAAAGAC
ACACAATCCC GACCCGGCAA TCCTGATCAG ATGGATACAA CAGCATCGGA AGCATCCACG
GGCAATGATG GAACCTCGCC GTCCGACAAC GCCTACCAAA CGCCGTCCAG CATGTCGACC
TATACTGCTC CTGTGACAGG AACCCAGAAC AACACCAAGA CCGAAGCTTC GATGTCGTCT
AATGAGCGGC CTTCCTACGA TGACCAGGTC GCCAAGGTGA CGTGTTTTAT GATGCAGCCG
CTGCAGGAAG GCCAGAAGGG TTACGTAGTT TCCATGTCGT GGTTAAAGCG CGTTCTTGCA
CGGAGTTCCA CTCATGCCGA CAATATCGAC AAGAGCGCTG CAGAGGGTGA AATTGGTCCG
GTCGACAACT CGGACCTTGT TCTGGTTACC GATCCGGTCA ACGTGGGGCT CAAGGATGAG
CGCGAGCAAC CATTCATCCC TCTGCGTCCG GGATTACAGT TTGGGGAAGA CTTTGAAGTT
GTGCCCCAGG AAGGTTGGGA TCTCATCATG CAATGGTATG GTCTCGCCGA GCAGTCGCCA
GCCATCGTTC GCTATGCCCA CAACACCAGC CCGTTCGGTG CTGCGGAGAA CATCCAATAT
GAGCTCAACC CGCCGGTCTA CACTATCCTG AAGCTCTCAA ACCCACAAAA GGGCGTTACT
CCGGACACTT TGCGAGACAA AGCGAAGCTG CCCGTTAAGA GCTTGGCCAG CCGGCACGAC
AACTTCCAGA CTTGGCTGCG GAAGGCGAAA CGGTCGGTCA ATGTTGACCC CTTGGTGAAG
GTTCGTGTTT GGAGGATCCT CGGAGGCCTG GGCAGTGCCG CTGCATCAAC CAACATTACC
CCTGCTGCGT CTCGCAGCGC ATCCCCAGCC CCATTCTCGC CACTTGTTTC AAATGCAGGC
AGCAGCTATG TCCTTGACCT AAATACATTC CTCTCCCTTT CAGAGGGGTC TCAGCGAGAA
TTACTGGATG TCAAAGATCA GTCAAACAAT CCCAAGTATA ATGGTAAGAT GACGCTCGAC
GCCGCAGGCC TAGGCGAACC CAGCGTCATC GTCCTTGAAG AGGGCGTGTT TGGCGCCAAT
AGCGACGCGG AGTGGGTATC CGACCTCTCC CAGCAAGCCA TGAATCGACT CGGTGTCCCG
TCCGGTAGCT TGAAGCCCAA CAAGCTGAAG AGCAAGAGCC CAGCAACCAG CGGGCGATCT
TCTCCAGTAC CAGAACCCAT CAGGAAAACC CGTAAGGACG GCAAGCCCCG AGGCAATACC
GGTCTTAGCA ATTTGGGCAA TACCTGCTAC ATGAACTCTG CTCTGCAGTG CGTTCGTAGC
GTAGAGGAGC TGACTTATTA CTTCCTGAGT GAGTGTTATT GATCGTGCTG CTTGAGTCAC
TGCTGACTTG CGAAGACGAT GTCTATAAGA AAGATCTTAA CCCCAGCAAT CCTTTAGCTC
ATAACGGCGA CGTGGCCAAA GCGTACGCAA ATTTGCTTCG GAATATTTAC GATGAAGCAG
GACACGGCTC CTTTGCACCA AGGCAGTTGA AGAACACCAT TGGCCGGTAT GGTCCGGCGT
TCTCCGGCTA TGGCCAGCAG GACTCACAAG AATTTCTTTT GTTCCTACTT GACGGTTTGC
AGGAGGACTT GAACAGGATT CAGAAAAAGC CATACATCGA GAAGCCCGAC TCAACGGACG
AGATGGTGCA CAATAAAGAA GCTCTCAAGG AATTTGCCGA CAAGTGCTGG GACATTTACA
AGGCACGCAA CGATTCGGTC ATCACGGATC TGTTTGCCGG CATGTACAAG TCGACTCTTG
TATGCCCTGT CTGCGACAAA GTTAGCATCA TCTTCGATCC TTTCAACAAC CTCACGCTCC
AACTGCCGAT TGAGAACCTG TGGAGCAAGA GTATCTTCTA CTTCCCTCTT CACAAGAAAC
CGATCATCAT AGATGTCGAG ATCGACAAGA ACTCCAGCAT CAAGGCACTC AAGGAGTTTA
TTGCTAAGAA AGCAGGCTCT GATCCGGAGC GGCTGGTCAT GTCGGAGATC TACAAGTCCA
AATTTTACAA GATGTTCGAC AATGTCAGCT CGATTGCGGA TTGCCAAATA GGTGATTCCG
ACGAGATTGG TATGTTTGAG CTCGAGTCGG TGCCGACGAA TTATAACCCC GACAAGCAGA
CTACGAAGAG CTACTTTTCC TACGGCCGCT CGAGCCATGA GGAGGTTCCG AGCTTTGACT
CGCCCAAGGC AGACCGCATG CTTATACCTA TTTTCAACCG CCATGAAGGG CAGCGGGGTT
ACCGCATGCA ACGTCAATTC TTCGGCGTGC CTTCGTATGT CGTTATCAAC CGGGAAGAGG
CTACCGATTA TGATGCCATT CTGCGCAAGG TCCTCTCTGA AGTTGCTACG ATGACGACCA
GGGACTTCCT CAACGAGCAG ATTGAGACTC AGCAGCAAGA AACTACAGAG GACTCGGATA
CTGTTATTAT GAACGAAGAT GACGCAGAGT CTGCCGACGA CAAGATCAAG ACAACATCTG
TTGATGGAGA GGAGGGCATG GTGGACGTTT CCATGCGTGA TGCATCCGAC CAAGCCGAGG
CTGCGGATGA TCTTACTCTC GCGCATAGCT CGATTCCCGC ACCATTCCAC AGACTTTTCG
ATATGAAGAT TGCGCGAACG AATGAAGCCG TTCCACTTGG GTTTTCATCT GTAGATGAGA
ACAAAGATTA CAACTTAATG AAATCACGAA TCCAGAAGCC TACTGCCATA GAGGAGGCGA
ATAAAGACGG TGATGGGGAA CAGGACGAAG ACTCAGACGA CGAGATTGAC ATGATCACTG
AGCGTACAGT GACACCAAAA CCCAGGCCGC AGCGTCCTCT CATCAATCCC GGCGAGGCTA
TCGTGCTCGA CTGGAATACC GATGCTCATG AGGCTCTGTT TTCTGGCGAC GTTCGGGATC
CCAACGGTCC TCGGGGCGCT CCCACGTGGA CAAGTATTGA ACGCATGCCA GATCCAGAGC
TGGCTAACCG ACGTGCTTTG CGGACGAGGC GGAAAAAGAA GGGAGTCACT CTCAATGAGT
GTCTAGACGA GTTCAACAAG GAGGAGATTC TCTCAGAGAA CGACGCCTGG TATTGTCCGC
GCTGCAAAGA GCATCGACGT GCCAGAAAGA AGTTCGAGTT GTGGAAGACA CCCGATATTC
TTGTCATGCA CCTTAAGAGA TTTAGCGCCA GCCGTGGGTT CCGCGATAAG CTGGATGTCA
TGGTCGATTT TCCAGTCGAA GGTCTGGATC TAACCGGCCG CGTAGAGGCG CCCGAGGAGG
GTAAGAGCTT AGTGTATGAT CTCTTCGCTG TGGACAATCA CTACGGCGGG CTTGGAGGTG
GCCACTACAC CGCATACGCG AAGAACTTCA TGACTGGCCA ATGGAACGAA TACAATGGTA
AGTTGTTTGT TATATGGTGT GAGTATTGCT AACATCTACA GATTCATCGG TTTCACGGCC
AATTGACCCC CAGAATGCGG TCACCTCATC AGCATATCTG CTCTTCTACC GCCGGCGCTC
GGATCGTCCA CTCGGTGGCA AGATTCTGGA AGAGATCACC GAATCGTCCA CCCGGCCAGC
CAGTGAATCC GACTCGCAGG AATCGCGCGG GCCGTCTCCG TCGGGGGAAG GTCGGCGTCT
CGGCGGCTCC TCCCGCAATG GGTCGTCGAG CGCCTTAGCC GGAGTCGGAG CAGCTCACCA
GTTGGGAGAT GGTGGTTTGC GAACCGGAGC GAAGAGCAGT GAGGATGCCA ATCCCCCGGA
GTACTCGAAC AGCCCGTCGT ATGGTGAGCG CAGCCTCGGC GGTACAGGTA TGGACACTAT
GACCTATGAA GACGACGATT ACGGTAGTGG GCTGGGCAAC AACGACACGT TTCGCCTCTC
CAATCCCTCG CCCTCCTGGT CGTTCAGTCG AGTCACGGAT GCTCATCATG GCCTTTCACA
GATGACAGAG CTCCCGGGAT CCCTCTCTGA TGATGACAAC GACGACGACG ACGATTCGAA
CAAGGCTGTA GGTGGTGGCG ACATGAGCGA TACCGACTTG CGCCTGGCTT CTTTAGCGGA
TAGTCCGTTC CAGGGTCCAG TCTACCCCGG GACACCGCTA GATGAGACAG CCCCAACGCT
GACGACGGAA TTCCCTCAAC ACGATGCGGA CGACGACGAC CTCCCTGTGG TGGAACTACA
CGTGGGTGAA GAGGAACGAC TTGACTGATT AGATTTCTTT CATTCTTTCT TTCTACGAAT
TTTGGATGTG AAAATGAGAT GACATTCTAG ACGCCTGTCA TGAGGACGAC AGGTATGGTG
CATAGGCACG CGCATACGCT CGGGCTCTGC CCTCCCTGCT TTGTTTTTGC TTGTTTTCGA
TGGACGGGAT CTATAATATA TTCCTCCTTC CCTGTTTCTG CATGTATGTC CCCAAAAGCT
TTTTTCTCTT TTTGTGACAA CTTCTAGAGC AGAAGGTGTC ACCACTCGCC AAATCGGATG
TGATGTGAGA CGGATGGCGA TATGGAGCCT TGCTGTGCTA CGAAGAGGAG CATGGCATGC
CATGATGTCG GAGTATTGTG TATAGGATGA GTCCTCAGCT AGAGGGTATA CGGCAATAGA
TCGTATGAAC TGGCTTTTCT TGTCAGGCTC GCTACTATGA T
|
|---|
| Protein sequence | MSGSENKHDS VPPTGREASP STKRAAPEAE QDVEMGIEKD TQSRPGNPDQ MDTTASEAST
GNDGTSPSDN AYQTPSSMST YTAPVTGTQN NTKTEASMSS NERPSYDDQV AKVTCFMMQP
LQEGQKGYVV SMSWLKRVLA RSSTHADNID KSAAEGEIGP VDNSDLVLVT DPVNVGLKDE
REQPFIPLRP GLQFGEDFEV VPQEGWDLIM QWYGLAEQSP AIVRYAHNTS PFGAAENIQY
ELNPPVYTIL KLSNPQKGVT PDTLRDKAKL PVKSLASRHD NFQTWLRKAK RSVNVDPLVK
VRVWRILGGL GSAAASTNIT PAASRSASPA PFSPLVSNAG SSYVLDLNTF LSLSEGSQRE
LLDVKDQSNN PKYNGKMTLD AAGLGEPSVI VLEEGVFGAN SDAEWVSDLS QQAMNRLGVP
SGSLKPNKLK SKSPATSGRS SPVPEPIRKT RKDGKPRGNT GLSNLGNTCY MNSALQCVRS
VEELTYYFLN DVYKKDLNPS NPLAHNGDVA KAYANLLRNI YDEAGHGSFA PRQLKNTIGR
YGPAFSGYGQ QDSQEFLLFL LDGLQEDLNR IQKKPYIEKP DSTDEMVHNK EALKEFADKC
WDIYKARNDS VITDLFAGMY KSTLVCPVCD KVSIIFDPFN NLTLQLPIEN LWSKSIFYFP
LHKKPIIIDV EIDKNSSIKA LKEFIAKKAG SDPERLVMSE IYKSKFYKMF DNVSSIADCQ
IGDSDEIGMF ELESVPTNYN PDKQTTKSYF SYGRSSHEEV PSFDSPKADR MLIPIFNRHE
GQRGYRMQRQ FFGVPSYVVI NREEATDYDA ILRKVLSEVA TMTTRDFLNE QIETQQQETT
EDSDTVIMNE DDAESADDKI KTTSVDGEEG MVDVSMRDAS DQAEAADDLT LAHSSIPAPF
HRLFDMKIAR TNEAVPLGFS SVDENKDYNL MKSRIQKPTA IEEANKDGDG EQDEDSDDEI
DMITERTVTP KPRPQRPLIN PGEAIVLDWN TDAHEALFSG DVRDPNGPRG APTWTSIERM
PDPELANRRA LRTRRKKKGV TLNECLDEFN KEEILSENDA WYCPRCKEHR RARKKFELWK
TPDILVMHLK RFSASRGFRD KLDVMVDFPV EGLDLTGRVE APEEGKSLVY DLFAVDNHYG
GLGGGHYTAY AKNFMTGQWN EYNDSSVSRP IDPQNAVTSS AYLLFYRRRS DRPLGGKILE
EITESSTRPA SESDSQESRG PSPSGEGRRL GGSSRNGSSS ALAGVGAAHQ LGDGGLRTGA
KSSEDANPPE YSNSPSYGER SLGGTGMDTM TYEDDDYGSG LGNNDTFRLS NPSPSWSFSR
VTDAHHGLSQ MTELPGSLSD DDNDDDDDSN KAVGGGDMSD TDLRLASLAD SPFQGPVYPG
TPLDETAPTL TTEFPQHDAD DDDLPVVELH VGEEERLD
|
|---|
| |