| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10415 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 597668 |
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| End bp | 602042 |
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| Gene Length | 4375 bp |
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| Protein Length | 1146 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | |
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| Product | DNA repair protein Rad18, putative (AFU_orthologue; AFUA_3G05440) |
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| Protein accession | CBF82662 |
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| Protein GI | 259485548 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0107863 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.00000500177 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGACAGCAC CTTTAGCCAG ATTCTTTCAA TTACGCTCAC CAAACCGACG ACATCTCTAA
AACGATTGCG ACAAGAAGAC TGCCAATAAT TTTTCGATTC TATGCCTGCC CCGCAAATTT
AGTATGACCG GTCTCGGCCT CCACAACTTA ATGTCGATAT CGCATATTGA AGATGTCAAA
CCAAAAGCGC TCACAGGAGT CTCAAGACTT TTCTGATACG GATCACGAAG ACACCTCATC
GGATCGTTCC TCTCTTTCTC TTCAAACGGT GTGTGCGTAT GATATACAAC AACCTCTGGA
ACTAACATCT GAAGACAGAG AAAACGGCCC CGTGTTTCCG ATTTTGCCGA GTTTCATCGA
TCAGACCATA GTCTCGCATT CAGTGATATT GGCGGAGATA CCGCAAGAGC AACCACATCA
TCTACCGTTG ATCTGGAGCA GGACGAAGAA GAGCTGGAGT TGCTCGCGAC ACAAATCATC
CAAGAGAAGT ATTCTTTCGG CAGTGATGAA CCCAATGCGC CTTCGGAACA TGGAATCCTT
GAGCGAGTTG AATGTTATAA CTTTATGTGT CATGACCACT TCCAAGTGGA GCTCGGTCCT
TTGATCAACT TCATCGTGGG GAAGAATGGC AGCGGCAAGA GTGCGGTCTT GACAGCTATA
ACACTATGTT TGGGTGGGAA AGCGTCAACC ACTAATCGAG GCCAGAGTCT CAAAAGCTTT
ATTAAGGAAG GTAAAGAGTA AGTTTTTCCT CCTCAGGAGG TTCTTCGTTT CTGACTCTTA
AAAGATCCGC TACTATCATT GTGCGGATTA AAAATCAAGG CGACGGGGCC TACCTGCCTG
ACGATCTTGG AAAGTCAATC ATAGTGGAGC GTCATTTTTC TAAAAGTGGC GCGAGCAGCT
TCAAGATAAA AGCAGATAAT GGGCGCATCT TCTCCACCAA GAGGACTGAA CTTGATGCTA
TTATTGACCA CTTCACTTTG CAATTTGAGA ACCCGATGAA TGTTCTGTCG CAAGATATGG
CTCGCCAATT TCTTAGTTCG TCCAGCCCCG CTGAAAAGTA CAAGTTCTTT GTGAAAGGTG
TTCAGCTAGA ACAACTTGAT CAGGATTACC GGCTAATAGA AGAGTACGGT GACCAAATCG
AGGAGAAAAT CAAAAGCAAA CAACAAGACG TCTCAGTCCT AAAGAATCGC CGGGATGCAG
CTGAAAGAAA ACTGGAGATG TCCGACCAGC AGGAAAACCT CCGGGAGCGG CAGAGAAAAC
TACGAAGACA AGCAGCCTGG GCTCAAGTAG AGGAGCAAGA AAGGGTATGA AGCCTAATTT
TACTACTCAA GTCTCCAGAC TAATTTAGAC AGATTAGGGA CTCTTTGATA GCGGAAATTT
CTAGCTTGGA CAGCAAGATA TCCGAGGTTG AGGCCGAAGT TGCGAGATGT GATGCCGCGA
TTCGAGAGGT GGAGGCAGAA GCTATTACTG CAGCCCAATA CTGCAGAGAG GCGTCTGCTA
AGGTTGACAA TGCCCAAAAT GAGAGGAACG ACATCGAAGC CAGGTGGAAC GAAGCTCTGA
ATGAACGGCA TGAGCTTCAG GTATTGTTTA TGTCCTCCCG GCACCAGTGA ACATCTATTA
ATCTCCATCT AAGGCTGAGC AACGTCGAAT AAGAGAACAT GTAAGAGAAG CAAATGCAAG
GATTCAGCAA CTGCAACATC AGGTCGATGA AGAGACACGG CGGCTGGCTG ACCTCCATGG
TGGCGGCTAT TCAAGGAAGT TGGATGAACT TGAGCGAGCT AAACAAGATG CCATGGAAGT
CCGGAAGCAG ATTGATGAAC TCGAGCAGAA TGCATCTCAA CTTAGTGACG ATATAAGAGC
GGCCGAGAGT CAGGAAAAGG CAGCGTATCA GCCCGTTGCC CAAGCTAGAC GTGATCTTGA
GGAAGCAAAC AGCCTACTAC ATAATCTTAA CAGGGAAGGT AGTGGCAGAA ATTCAGGGTT
TCCTGAAAGG ATGTCAGCTC TTCTTAAAGC AATTCAGCAA AACCGATCGT TCACTGAGAC
ACCTGTTGGA CCTATTGGAA ACTTCGTGAC TCTGCTCAAA CCAGAGTGGT CATCTATTCT
AGAAAGTTCA TTTGGGGCAA CGTTGAATGG ATTCATTGTC ACCTCGAAAC GCGATCAAAG
TATCCTATCC GAAATCATGC ACCGAGTCAA CTGGTAAGGC TTTGCGAACA TCGCCCCTTT
CCGTCTCTGC TGCTAATAAT GCATCAGTCC GACGCCAATT TTCATTGGCA GCGGTGGTAG
TATAAATACT TCCCAGCACG AGCCAGATCA ACAATTCAAT ACGGTTTTAC GAGTTCTTCA
GGTAGGCCTA TAATCAGTAT CCATATGATA CGGGACTAAC ATCAAGGAAC AAGTTTGATA
ACGAGTTAGT TCGTCGACAA TTGGTTATCA ACCACGGTAT AGAGCAGAAC CTTCTTATCG
AGAATCTCGA AGAGGCGTCG TCTGTGCTAT TTGACGGTGA AAGGCCGAGA AACGCTAAAC
GGTGCTTTTG TATCAACAAA AGCGACAGAC GTCGAGGTAT TCTTCTTTCC TACAGTAGAA
ATGGGGAGCC AAGTCAGGCC CCTGTGTCAG TTTATTCTGG TAGCCCAAGG ATGAAATCGG
ATCGGGATTC GCAAATCAGG TAAGAATCAC TGTTCCCAGT CCAGCATAGT ATTGCGGATG
CAAGTTAATC TTGTAGGGTG CAACGCGAGG CGGTAGCGAA TCTCAGACAA GTTCTAAACG
CTCGAGAAGA AGAACTGCGC TCTGCCCAGT CTCACCTCAC ACGCTGTAGG CAGGCTTTCG
AACGGAACGA AAGGAAGAAA AATTTTCTTG TCATTGAAAG CCAGAGAAAG GATGACCGTA
TTGAAGAGCT AGAAGAATCC CTTCAGAAAG AGGGTAGTCA GGACGGAGAT CTTGAAATAC
TTCAAGCGTC TCTGCGAGAA GCTCAAGAGG AAAAGCTTAC GCATGAGGGT TCTCTCGACG
ATGCTGCGAA CGCCATGACA GAGATGATGC AAAACTTGAA AAGGATCAAG AAAGAACTGG
CGACTAAGGA TGCTGAGATT GCTCGGTTGA AAGATGAGCT CAGAGTCGCT GAGAGTGAGC
AATACTTGAT CGCCGACAAG CGACGCAAAA GGATTGGCGA GAAAAATGCA GCTGTCGAGC
TGGTTGACGA CACTAATCGA CGCAGAGCTC GTATGAAACA AAAAAGGGAT AGTGCTGATG
CTGATGTACT TGAGTATATT TCGAAGGCCA GCGTAATATC CGAGCGTGTT GAGATCGATG
AAGGTGAAAC TCCAGCCACC TTAGACCGCA AACTCGAGAG AGTCACACGA GATATGGTAA
CTTATAGTCG AGAGTGCGTC AAAAAGTGTC TTTACAAGTC AACGTCTACT GACAAGATCT
TAGGCTAGGT GGCAGTCGAG AAGAAATCCG CGCGGAAGCG GACACGGCCA TCAAGGCTCA
TCAGCAGGCT CTGAAACAGG TGGAAGAATT TGGGATGCTT CTTGAAGTTC TGCCACGCCT
TACTTTCATA TCTAGCGATC ATCACTAACG GATATTGCAT AGGTTCTCAA AGCTAGTCTC
AATCATCGTA AGGAGCGCTG GCGTGCTTTT AGATCACATA TCTCCTCTCG TGCCAAAGCA
CAATTCACTT ATCTTTTGAG TGAAAGAAGC TTCCGCGGGC GACTCTTGGC CGATCATGAG
AACAAAACTT TAGACTTGCA GGTATATCCA TACGACAAGC TCTGAATCAA CATGTGCTTA
CTTCGCAGGT TGAACCGGAC ATTACTAAGG ATAGCAGCGA AGGACGTGGC GCGAGAACCC
TTTCCGGAGG GGAGAAATCA TTCTCGCAAG TCTGCCTTTT ACTGGCGCTC TGGGAAGCCA
TGGGATCACC AATTCGCTGT TTAGATGAAT TGTAAGCAGC TATCGCTAAA AGCCTGTCAG
CAATTCCTTT ACTAAGACTT GCTGCAGTGA TGTTTACATG GACCATATAA ACAGAAAGAT
GGCGATCGAT ATGCTCGTAT GTGATCCTCC GTACAGGCAA GGAAAGGAGA TTGCTAAGTA
AACCTATACA GATGTATGCC GCCAGACGGT CTGTCGGTCG CCAATTCATA CTCATCACGC
CTGGCTCAAG AGCTGAGATT AGTCTAGCGC CTGATGTCAT GGTGAAAGAG TACGGGTTAA
CAGATTTTAT TCAGGATAAA GCTGACTGGC GTATAGGTTA GCAGAACCAG AACGGGGACA
AGCAATACTG TCTTTTAGGC ATTAGAAGTT GCTAGAAGTA CGCCTCTAAC TCCAAAGAAC
TGCTTACTTT AGAGAGACTT CTTTTGATAT CCCTTCTTTC TGCTTTTCAT AGTAT
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| Protein sequence | MSNQKRSQES QDFSDTDHED TSSDRSSLSL QTRKRPRVSD FAEFHRSDHS LAFSDIGGDT
ARATTSSTVD LEQDEEELEL LATQIIQEKY SFGSDEPNAP SEHGILERVE CYNFMCHDHF
QVELGPLINF IVGKNGSGKS AVLTAITLCL GGKASTTNRG QSLKSFIKEG KESATIIVRI
KNQGDGAYLP DDLGKSIIVE RHFSKSGASS FKIKADNGRI FSTKRTELDA IIDHFTLQFE
NPMNVLSQDM ARQFLSSSSP AEKYKFFVKG VQLEQLDQDY RLIEEYGDQI EEKIKSKQQD
VSVLKNRRDA AERKLEMSDQ QENLRERQRK LRRQAAWAQV EEQERIRDSL IAEISSLDSK
ISEVEAEVAR CDAAIREVEA EAITAAQYCR EASAKVDNAQ NERNDIEARW NEALNERHEL
QAEQRRIREH VREANARIQQ LQHQVDEETR RLADLHGGGY SRKLDELERA KQDAMEVRKQ
IDELEQNASQ LSDDIRAAES QEKAAYQPVA QARRDLEEAN SLLHNLNREG SGRNSGFPER
MSALLKAIQQ NRSFTETPVG PIGNFVTLLK PEWSSILESS FGATLNGFIV TSKRDQSILS
EIMHRVNCPT PIFIGSGGSI NTSQHEPDQQ FNTVLRVLQF DNELVRRQLV INHGIEQNLL
IENLEEASSV LFDGERPRNA KRCFCINKSD RRRGILLSYS RNGEPSQAPV SVYSGSPRMK
SDRDSQIRVQ REAVANLRQV LNAREEELRS AQSHLTRCRQ AFERNERKKN FLVIESQRKD
DRIEELEESL QKEGSQDGDL EILQASLREA QEEKLTHEGS LDDAANAMTE MMQNLKRIKK
ELATKDAEIA RLKDELRVAE SEQYLIADKR RKRIGEKNAA VELVDDTNRR RARMKQKRDS
ADADVLEYIS KASVISERVE IDEGETPATL DRKLERVTRD MVTYSRELGG SREEIRAEAD
TAIKAHQQAL KQVEEFGMLL EVLKASLNHR KERWRAFRSH ISSRAKAQFT YLLSERSFRG
RLLADHENKT LDLQVEPDIT KDSSEGRGAR TLSGGEKSFS QVCLLLALWE AMGSPIRCLD
EFDVYMDHIN RKMAIDMLMY AARRSVGRQF ILITPGSRAE ISLAPDVMVK ELAEPERGQA
ILSFRH
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