| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03811 |
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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 | 2922883 |
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| End bp | 2926150 |
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| Gene Length | 3268 bp |
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| Protein Length | 1016 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 | DNA excision repair protein (Rad26L), putative (AFU_orthologue; AFUA_2G03750) |
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| Protein accession | CBF75332 |
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| Protein GI | 259481632 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.0279051 |
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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 | 46 |
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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 | ATGGTCTCTA CTGATGACTT GGACGACCTA GACACGGTCA CAGTCTGCTC TTTTGACGAC
GATACCAATT CGACGCCTTC AGAGAAGGAT CATGACACTA CTCACGCGCG TATGCTTCTC
AGCGCCTTTA CACCAGCAGC AAGCTGACTG AGTTCTACCA GACCCCTCCC CCGAGCCTGA
AAGTATCAAG CCGAAAGTGA AGATACCATC TCCTTCACCC TCCCGCTCCA CGCTTGCATC
AACGCACCGC ATCAAGTCGT CCCCTCCTGA TCAAAAGATT CCAGTAGACC ACGCTACCGA
CGGAAAAAGC AGCGACAATG ACTCCTTCAA CGAAGGGGAA GCTGTCTATA AAGAGTTTAA
GAATCGCAAA TCCCGGAAAC GAAAGCGAAC CTCGACAGCT GTAGCAAAGA ACAAATCAAG
CAAAGCCGCA GCAAAAGACA CATTCGTTGG CCGAGTACCG AGGAAGAAGG AAGTCAGAGG
GTTTCGGCCT ACATATCTTC GTGATTACAA AGAAGAAGTG TTATCTGATG ATGACTTGAT
GGAGGATACC CTTCCTGACT ACCTACAGAA GCGTCGGCTT CAATTTGACC GGCGGCTGGA
GCATCTACAG GACGCTGGTC TGAAACTACC TCCAAGCTAT GACCATGTCT ACTTCTCTGA
TGATGAGCAG CTAGACTACC TTCGTAGGAA ACCAGCGTTC TCTGGCATCA AGCCTTGCGC
TGAATATAAA GATATCAGCC TACCCTGTTC CCTGGGAGTA ATTCCAGCGC CCATTGCCCA
GTGGCTTCGT CCTTATCAGG TGGAAGGTGC TGCATTTTTG CATCAGCTGT TTGTTTACCA
GAAAGGGGGT ATCCTTGGAG ACGATATGGG TTTGGGGAAG ACAGTTCAGG TGATTGCCTT
CCTCACTGCG GCGTACGGGA AGACAGGAGA CGAAAGAGAC GACAAGAGGA TGAGAAAGAT
GCGAAGGAGT GAAGGAGATT TGTGGTATCC GCGGACGCTC ATTATCTGCC CTGGGACTTT
GATTGAAAAC TGGAAGTCAG AAATGTCCCG TTGGGGATGG TGGCATTTCG ATGCCTATCA
AGGGAGCAAT AAGGACCTAG TTCTTCACGC TGCAAAATCC GGACGCGTTG AAATATTAAT
TACAACATAC AGCACATACC TGAAGAATAG GGATGCTGTG AACATGGTTG ACTGGGATTG
TGTCATTGCA GATGAATGCC ATGCCATCAA GGAGAGAAGC TCAGAGACCA CAAAGGCGAT
GAATGACATC AATGCACTGT GCCGTATTGG CTTGACCGGC ACCGCCATTC AAAATAGGTA
CGAGGAGCTC TGGACCTTGT TAAACTGGAC GAACCCGGGT AGAATGGGTC CTGTGACGAC
GTGGAAGAGT CACGTCTCTG AGCCGTTGAA GATCGGTCAG TCGCATGATG CTACAGTACA
GCAACTAAGA CGAGCCCGTG TGACAGCCAA AAAACTCGTG GAGAATCTTC TTCCTCAGTT
TTTCCTCCGG CGGATGAAGA CGTTGATTGC CGACCAGCTT CCGAAGAAAA TCGATCGCGT
CGTTTTTTGT CCTCTTACCG ATACCCAAGC ACAAGCATAT GAGAGACTTT TAGACAGTGA
TATCATCCAT TACATTAAGA CCTCGACCAA TAAATGCGAC TGTGGTTCCG GGAGGAAGGC
CGGGTGGTGC TGCCATCAAT ATTTACCCTC AGGCAGGCGT TGGCAAACTT ACGTGTTTCC
AGCTATGCAA ATCCTGCAGA AGCTGAGCAA TCATCTTGCT ATCCTCATTC CACAGAGCAC
GGACTCGTTT GAGAAGCAGG AAAAGGACAA GGAGATGCTG GAGATTGCGG TGCCTGATGA
GTGGGAGAGG CTATATCGCA CGAGAGATTC AATAATCAAC TATGCTGATG CTGAATATTG
CGGTAAGTGG AAAGTCCTCA GGAAACTTCT GAAATGGTGG CACGGGAATG GGGACAAGGT
TCTTGTGTTT TCGCACAGTG TCCGCCTCCT GAAGATGTTA CAGATGCTTT TCAACCATAC
AAGCTACAAC GTCAGTTACC TGGATGGATC GATGACCTAT GAAACCCGGG CCAAGGTTGT
CGACGAGTTC AACTCCGATC CGCGACAATT CGTGTTTTTG ATCTCCACAC GGGCTGGCGG
AGTTGGGCTG AATATCACAT CAGCAAACAA GGTCGTAATC GTTGATCCTA ACTGGAATCC
GTCCCACGAT CTCCAAGCCC AGGATCGGGC GTATCGAATA GGCCAGACAC GCAATGTAGA
GGTCTTTCGC CTCATATCCG CCGGTACTAT TGAAGAGATT GTCTATGCCC GGCAGATCTA
TAAGCAACAA CAAGCGAACA TTGGATACAA CGCCAGCTCC GAGCGACGCT ACTTCAAGGG
CGTGCAAGAA AAGAAAGACC AGAAAGGTGA GATTTTTGGC CTCCAGAACA TTTTCGAATA
CCAAAACGAC AACATTGTGC TGCGTGATAT CGTCAACAAG ACCAATATCG CCGAAAGTAA
AGCCGGCGTA CAGGTCATGG ATATCGAACT GGAACTGGAA GAAGCGGGCT CCGAGGACGG
TTCCTGGAGT AGAAATCCAG ACGACGATGA TGAAGCCATG AGCCAACTTG CCGCCAGAAT
CCGAGGCGAA ACAGACGACG AAGTTATTTT TCCCCACCGG CAACAATCCA CAACTCCATC
CAAACACGAC CCAATCCAAG CTATCCTCGC CGGCGCAGGC GTCGAATATA CACATCTAAA
CAACGAAGTT GTCGGCTCTT CTAAAGTCGA GGAACAACTA AGCCGCCAAG CTCAGCTAGC
TGAGGATGAC AGCCTGGCCA ACCTCCAAGT CTTCTGCGAC TCGCAAGATG AGGTCGCCGG
TGCGGTTGTA GCTCCGACAT TCCAGAAAAA CGGCCGACCG GTGACATTTA AGTACCATCC
CCCGGAAGAC GTGATGAAGC GCCAGTTCTG TAGCATGGCG AGACGGTTTG GGTTCCCGAA
TGCGACGGAA TTTGCGCTTG TTGTTGAGAG CATGACGCAG GCTGAGAGGA GGGCTTGTCT
TGATCGATGG TATCGCGAGA GGAGGCAGGC ACTCCTTGAG TAAGCTTCTG AGGCGGGCGC
CGCAGCGGGA TCGTAGTTAC TCTTGGTGAG ATTGGTACTA TTCGTTTACG AGACATGATT
GACGAGTATC CGCTATTAGT ATAGAACAAA AGGAATGACT TTCCTTTACA AGTGTATTTA
ATATAGTTGA GAATGATTCA TTAACATT
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| Protein sequence | MVSTDDLDDL DTVTVCSFDD DTNSTPSEKD HDTTHAHPSP EPESIKPKVK IPSPSPSRST
LASTHRIKSS PPDQKIPVDH ATDGKSSDND SFNEGEAVYK EFKNRKSRKR KRTSTAVAKN
KSSKAAAKDT FVGRVPRKKE VRGFRPTYLR DYKEEVLSDD DLMEDTLPDY LQKRRLQFDR
RLEHLQDAGL KLPPSYDHVY FSDDEQLDYL RRKPAFSGIK PCAEYKDISL PCSLGVIPAP
IAQWLRPYQV EGAAFLHQLF VYQKGGILGD DMGLGKTVQV IAFLTAAYGK TGDERDDKRM
RKMRRSEGDL WYPRTLIICP GTLIENWKSE MSRWGWWHFD AYQGSNKDLV LHAAKSGRVE
ILITTYSTYL KNRDAVNMVD WDCVIADECH AIKERSSETT KAMNDINALC RIGLTGTAIQ
NRYEELWTLL NWTNPGRMGP VTTWKSHVSE PLKIGQSHDA TVQQLRRARV TAKKLVENLL
PQFFLRRMKT LIADQLPKKI DRVVFCPLTD TQAQAYERLL DSDIIHYIKT STNKCDCGSG
RKAGWCCHQY LPSGRRWQTY VFPAMQILQK LSNHLAILIP QSTDSFEKQE KDKEMLEIAV
PDEWERLYRT RDSIINYADA EYCGKWKVLR KLLKWWHGNG DKVLVFSHSV RLLKMLQMLF
NHTSYNVSYL DGSMTYETRA KVVDEFNSDP RQFVFLISTR AGGVGLNITS ANKVVIVDPN
WNPSHDLQAQ DRAYRIGQTR NVEVFRLISA GTIEEIVYAR QIYKQQQANI GYNASSERRY
FKGVQEKKDQ KGEIFGLQNI FEYQNDNIVL RDIVNKTNIA ESKAGVQVMD IELELEEAGS
EDGSWSRNPD DDDEAMSQLA ARIRGETDDE VIFPHRQQST TPSKHDPIQA ILAGAGVEYT
HLNNEVVGSS KVEEQLSRQA QLAEDDSLAN LQVFCDSQDE VAGAVVAPTF QKNGRPVTFK
YHPPEDVMKR QFCSMARRFG FPNATEFALV VESMTQAERR ACLDRWYRER RQALLE
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