| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01339 |
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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 | 733822 |
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| End bp | 737323 |
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| Gene Length | 3502 bp |
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| Protein Length | 821 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | ubiquitin-protein ligase (Rsp5), putative (AFU_orthologue; AFUA_1G09500) |
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| Protein accession | CBF87687 |
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| Protein GI | 259488328 |
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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 | 17 |
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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 | 49 |
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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 | ATGGGTTCCA ATCTGCCTGC GTGAGTTTCC TTGGACTAGC TGGCTTTTCA GTCACTAGGA
TGATTCTTGC GTTGGATATA TGCTAACATT GGTATTATAC AGCCAGCCGA ATCTTAGGGT
TACAAGTAAG ATCTTACATC TACAATGAAG GACCAGGCCG AGCAATGTCC ATATCGCTGA
TGGAAACTGA CTGGATGACA TAGTTATCGC TGCGGATGGC CTATACAAGC GCGATGTTTT
CCGTATGTCC CGGATAATTT CAGGCTGGCT GTCTACCAGT GACAGAGCTA ACTCCTCGTG
TTCTAGGACT ACCCGATCCC TTCGCCGTGG CCACCGTTGG AGGTGAGCAG ACACACACGA
CATCAGTGAT CAAGAAGACG CTGAACCCGT ACTGGAATGA AATGTTTGAT TTGTAAGTGT
TGTCGCTGCT GTCACTACTC ATCACTACTC ATCAGGTACT GATGCTGTTG TGAACTTCCA
GGCGGGTCAA TGAGGACAGT ATCCTTGCAA TTCAGATTTT CGATCAGAAG AAATTCAAGA
AGAAGGATCA AGGCTTCCTT GGCGTCATAA ACGTGCGCAT CGGAGATGTT ATTGATTTAC
AAATGGGTGG TGATGGTGAG TCATGCTGCT TCCCAGCAAC TTCCGCGTTT TGCGCTGCAT
GTCCGCGGCT CCTTCTAGAT ACATCCCAGC TAACTCGCGA TTTTGCGGCG CTTGACAGAG
ATGCTTACCC GAGATTTGAA GAAGTCTAAT GACAACCTCG TCGTACATGG AAAGCTTATC
ATCAACCTCT CGACCAATCT CAGCACACCC AACCCCAACC AGGCGAACGG TTTGCACCGG
ACACAACTTG GAGCTTCAAC ATCCAGCGGG CTTGTTCCGC AGGTTGCACC GACACCGTCA
GTACCCCAAG CTGGACCTAG CTCTGTCGAT CAATCAGCAG CTGCATCGAG TGCCTCATTG
AACCCGCAGC GTGTCCCATC GGCTACCCGC CCGACCAGTC AAATCGCCCC GCCCAACGGT
GCGCCGCCGA TCGCCAACGG ACAGGGCGTA CCACGACCTA ATCTCAGTTC ATTTGAGGAT
AATCAAGGAC GACTACCAGC AGGCTGGGAG CGACGCGAGG ATAATCTGGG AAGGACCTAT
TATGTGGACC ACAACACTCG AACCACGACC TGGAACAGGC CGTCCGCCAA CTATAATGAG
CAAACGCAGC GCACTCAGCG GGAGGCTAAT ATGCAGTTAG AGCGGAGAGC GCACCAGAAT
CGAATGCTCC CTGAGGACCG GACTGGAGCC AGCTCACCCA ATTTATCGGA AACTCAGCCG
CAAGCTCAGA CTCCGCCCGC TGGCGGCAGC GGTGCCAGTA ATAGCAACGT GGTTTCCATG
ATGGCGACAG GAGCTACCAC TGCAGGCACT GGTGAGCTTC CGCCTGGTTG GGAACAGCGG
ACTACTCCCG AGGGCAGACC GTACTTCGTG GACCACAACA CCCGTACCAC AACATGGGTA
GATCCCCGGC GGCAGCAGTA TATACGGATG TATGGCCAGA ATGCCAGTGG TGGCAATACC
ACCATCCAGC AACAGCCTGT TTCTCAACTC GGTCCACTAC CTAGCGGCTG GGAGATGCGT
CTGACAAACA CGGCTCGAGT GTATTTCGTT GACCACAATA CCAAGACAAC CACCTGGGAT
GATCCCCGTC TGCCATCCTC ACTGGATCAG GGTGTCCCTC AATACAAGCG TGACTTCCGA
CGGAAACTCA TCTACTTCCG GTCACAGCCA GCGCTGCGCA TCATGTCTGG CCAATGCCAC
GTCAAGGTTC GCCGAAATAA CATATTTGAG GACTCATATG CCGAAATCAT GCGCCAGAGC
GCGTCCGATT TGAAAAAGCG GCTGATGATC AAGTTTGACG GTGAAGATGG TCTGGACTAT
GGTGGTCTTT CGCGGTAAGC ATTCACTCTG ACGTATAGCT TACTTACTGC TAACGTGCAC
CAGCGAATTC TTCTTCCTTC TCTCTCACGA AATGTTTAAT CCGTTCTACT GCCTTTTCGA
GTACTCTGCG CATGATAATT ATACCCTACA GATTAATCCT CATTCAGGGG TCAACCCAGA
ACACCTGAAT TACTTCAAGT TTATTGGGCG TGTTGTTGGA TTGGCCATTT TCCACCGTCG
GTTCCTTGAC TCATTCTTTA TTGGAGCCTT CTACAAAATG ATGCTACGCA AGAAGGTGTC
CTTGCAGGAC ATGGAGGGTG TAGACGAAGA TCTGCACCGC AATTTGACAT GGACACTGTA
TGTCTCATCA TTATTTGCTG GAGATGTCTT CTAACCATCA GCAGGGAAAA CGATATTGAG
GGCATCATCG ACTTGACTTT CACAGTTGAC GACGAAAAGT TTGGAGAGCG CCGTACGATT
GAGTTGAAGC CTGGCGGGGA AGATATACCC GTGACTAATG AGAACAAGCA CGAATATGTT
GAGTAAGTTA TTTACAGCTC TTTCTATGAG CCAGTCTAAT CATTTCTAGG CTTGTGACGG
AGTGGAAGAT TGTGAAGCGA GTAGAAGAGC AGTTCAACGC TTTCATGTCT GGCTTCAACG
AGCTTATTCC GGCGGATCTA GTCAATGTGT TTGATGAACG TGAGCTAGAG CTGCTGATTG
GAGGTATTGC CGATATTGAT GTCGATGACT GGAAGAAGCA CACCGATTAT CGCGGCTACC
AGGAACAGGA TGAAGTCATC CAGAACTTCT GGAAAATTGT TCGCACTTGG GATGCGGAAC
AGAAGTCCCG TCTGCTCCAG TTCACCACAG GTACATCACG TATTCCAGTC AACGGGTTCA
AGGATCTTCA GGGCTCGGAT GGACCTAGAC GATTCACCAT TGAGAAGTCT GGAGATCCAA
TCGCCTTGCC CAAGTCTCAC ACATGGTAAG TCTCAACTTC TGTTCGCTTC TACGTTCTTT
GCTAATTCTT TTCAGTTTCA ACCGTCTTGA TCTTCCACCG TATAAGTCAC ATGAGGTGCT
AGAGCACAAG CTGTCGATCG CTGTGGAAGA GACATTAGGT TTCGGGCAGG AGTAGTAACA
CATCTGAATG GATTTAGAAA GCCAGCATTT ATACTATCCA TTCGATTCAC CAAACAGCTT
CAGAGATCAG CCCAACGAGG AAGGGCTATT CATACGGAGC GTATTTTGCT CCTCTTGTTT
GATCTTCTCC GCGAAGCGCT GCCTAGGGTC ACGCCATACC CGTCGAGTCC ATTTCTAATC
TGTCATTTCT CCTGTCACGG TGCAGGCAGT GATTCTGTTA TTCCCAGTCA TTCTTTTGAG
AAGAGCAGGA CTCAGTTGAG GCCATACATA CAGGCACACG GCATTGTTAA GCTTGATTTA
TTCTATTCTT ACCAGGATGT GGTGGACTGA CTTGTATATA ATGTATCATC TCTAAGAACA
TGGACTGCTA CTTGCTGCAC ATCTTAAGTT GCATCGGCGT TCATGCAGTG ATGCCGAATC
CCAGTTTTGC AGAATATCTA TC
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| Protein sequence | MGSNLPAQPN LRVTIIAADG LYKRDVFRLP DPFAVATVGG EQTHTTSVIK KTLNPYWNEM
FDLRVNEDSI LAIQIFDQKK FKKKDQGFLG VINVRIGDVI DLQMGGDEML TRDLKKSNDN
LVVHGKLIIN LSTNLSTPNP NQANGLHRTQ LGASTSSGLV PQVAPTPSVP QAGPSSVDQS
AAASSASLNP QRVPSATRPT SQIAPPNGAP PIANGQGVPR PNLSSFEDNQ GRLPAGWERR
EDNLGRTYYV DHNTRTTTWN RPSANYNEQT QRTQREANMQ LERRAHQNRM LPEDRTGASS
PNLSETQPQA QTPPAGGSGA SNSNVVSMMA TGATTAGTGE LPPGWEQRTT PEGRPYFVDH
NTRTTTWVDP RRQQYIRMYG QNASGGNTTI QQQPVSQLGP LPSGWEMRLT NTARVYFVDH
NTKTTTWDDP RLPSSLDQGV PQYKRDFRRK LIYFRSQPAL RIMSGQCHVK VRRNNIFEDS
YAEIMRQSAS DLKKRLMIKF DGEDGLDYGG LSREFFFLLS HEMFNPFYCL FEYSAHDNYT
LQINPHSGVN PEHLNYFKFI GRVVGLAIFH RRFLDSFFIG AFYKMMLRKK VSLQDMEGVD
EDLHRNLTWT LENDIEGIID LTFTVDDEKF GERRTIELKP GGEDIPVTNE NKHEYVELVT
EWKIVKRVEE QFNAFMSGFN ELIPADLVNV FDERELELLI GGIADIDVDD WKKHTDYRGY
QEQDEVIQNF WKIVRTWDAE QKSRLLQFTT GTSRIPVNGF KDLQGSDGPR RFTIEKSGDP
IALPKSHTCF NRLDLPPYKS HEVLEHKLSI AVEETLGFGQ E
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