| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00253 |
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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 | 4078380 |
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| End bp | 4081733 |
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| Gene Length | 3354 bp |
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| Protein Length | 871 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | Topoisomerase I [Source:UniProtKB/TrEMBL;Acc:Q875K2] |
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| Protein accession | CBF89874 |
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| Protein GI | 259489529 |
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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 | 18 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.698045 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CTCATTCTCT GCCTCCTCTT ATCCCGGCGC ACCCAATCTC TCTCTCTTTT TTACCTTTTT
CGCTCTCTTT CACTTCTCTT ACTTCAAGCA TTCCTCCCTT TTCATTGGTC GATTCATTAT
TGACTTCATT CTTCGTCAAG TTGTTCGAGC GCCAGCGTCG CTCTACAGAT TAGATCGCTA
TCTCGCTGCG TCCAGAACCC GTTTACCCTC ACCCATCGCT TCCCGATATA GTACTGTCTG
TCGGTTTACT AGAACCATGA GCTCTTCAGA TGATGATACC CCACTCGTCA AAATGAACGG
TAGATCCTCT GGTAAGTCGC GGCTTGTTCT TGTCAAATCT GATGCGCTTG CCTCTTTTCC
CGGCTTTCCT TGATATTTTA CTCGGTTTTT TACTTCGTCG ATTCAATCTT AATTAATATA
TCTTCCGGAT AAAGGTGGTC AATCGGACGT GAAGGTGAAC GGCGCAGCGG ACACCAACGG
TCACGTCGAT CCCGGTGTCT CTATCAGATT TGGGCCGGTG CAGAAAGATG AGGACGTTGA
AATGAATGAT GCGAACGGCG CCAGTGCGAG CAAGAGGAAG GCGCGATCAA GTGCCAATCA
GGCGCAATCA TACGCGGAGC CCGAAAGCAG TGAGGAGGAC GAACCTCTGG TACGGCCACC
CACCACCCAG ATCACTACGG CATTCTTGCC ATCGTTGTTT GCTTCAACGG CTGACTCCCC
CGGCAGAGCA AGCGTCGACG CACTTCGGTG AAACACGAGG ATCCGGAGAC TGACGACGAT
GTACCACTTG CACTTAATGG GCGGAAGCTT CCCAAGGCTT CGGAAACAGC AATCGGCGAA
GAATCCGACT CTGATGTTCC AATTGAAAGG AAATTAGCTG CCGAAAAAAA GAAAATTCAA
GTCAAGGGAG AAAAGGACGC GGATCCATCT GCACAGGCCA CCAAGTCAGC GGCTTCTGGA
AAAAAGCAAG CGAATGGAGT GAAGAAAGAA CCTGCCTCTG CTAAGCAAAC CCTGAAGCAA
GTAAAGGCCG AGCCAAAGTC AGCGCAGTCA ACCCCAGCAA AGAAGAACGC GAAGGCTACG
GCATTGAAGA AGGAGGAAAG CGAAGAAGCT GAAGAGCCAG AGGAAGAAGA ATACAGGTGG
TGGGAGGATC CAACCAAGGG CGATGGAACA ATCAAATGGA CCACTCTTGA GCACAACGGC
GTAGTTTTCC CGCCCCCGTA TGAACCGCTT CCCAAACACG TCAAAATGAA ATATGACGGC
ATTCCTGTCG ACCTTCACCC TGAAGCAGAA GAAGTGGCCG GCTTTTTTGG CAGTATGTTA
AACTCGACTC AGCATACTGA AAACCCCACG TTTCAGAAGA ACTTCTTTGC AGATTTTAAG
GAAATCCTCA AAAAGACTGG TGGCGCGAAA GATCAGAAGG GTAACAAGGT CGATATCAAG
GAGTTCTCGA AATGCGATTT CCAGCCAATC TTCCAATACT ACGATGCACA ACGTCAGGAG
AAAAAGGCGC TGCCACCCGC TGAGAAGAAA CGTCTGAAGG CCGAGAAGGA TGCACAGGAG
GCTCCCTACA TGTACTGCAT GTGGGATGGT CGCAAACAAA AAGTCGGCAA CTTCCGAGTC
GAGCCTCCTT CCCTTTTCCG CGGTCGTGGT GAGCACCCTA AGACAGGTCG CGTAAAGGCT
CGAGTTCAGC CCGAGCAGAT CACCATAAAC ATCGGCAAAG AGGCGCGCGT TCCCCCTCCA
CCCGAAGGCC ACAAGTGGAA AGAGGTGAAG CATGACCAGG AAGGCACCTG GCTAGCCATG
TGGCAGGAGA ACATCAATGG CAATTACAAA TACGTCATGC TTGCGGCTAA TTCCGACGTT
AAGGGTCAGA GTGACTACAA GAAATTTGAG AAAGCCCGCG AACTCAAGAA ACATATTGCT
CGGATTCGCA AGGATTATCA GAAGAATCTA AAGCACGAGT TGATGGTAGA GCGACAAAAG
GCCACCGCCG TTTACCTTAT TGACCAGTTT GCTCTTCGTG CTGGCAATGA GAAGGGCGAA
GATGAGGCTG AAACGGTCGG CTGCTGCTCT TTGAAATATG AGAATGTCAC GCTCAAACCT
CCGAACAAGG TGATATTCGA TTTTCTCGGT AAGGACAGCA TTAGGTTTTA CGACGAGGTC
GAAGTCGATC CCCAAGTCTT CAAAAACCTG AAAATCTTCA AGAAGCCTCC CAAGAAGGAA
GGTGACGAGA TTTTTGATCG GTTAACAGTA AGCCGTGTCC TGGGGAGCTT CAAGCAAAGG
TTCGCTAATT TCTCTAGACA TCTGCGCTAA ATAAACATCT CTCCCAATAT ATGCCAGGCT
TAACCGCCAA GGTGTTCCGT ACCTACAACG CTTCTCACAC AATGTCCGAA CTCCTCAAGT
CAATGCATGC TACCGGTAAC AATGCAGAAA AGGTTAAGGC ATATAACGAC GCGAACCGAA
AGGTTGCCAT TCTATGTAAT CACAAGCGCA CAGTTGGCGC AGCTCACGCG CACCAAATGG
AGAAGATGAG CGAGCGAGTG AGTCCAAATC CTGTTGAAAT CTGGGGTCCA GGTCGCAGAC
ACCGCTAACT ATTTCATTCC TGTGCAGATC AAGGGGCAGC GGTACCAGAA ATGGCGTCTT
AAGCAGATGA TGCTCGACCT CGATCCGTCC TTAAAGAAAA AGAAGGGTGC CCAGTTCTTT
GAATTGGATG AAGACATCGA TAAGGAGTGG ATTAAGGAAC ACCAGGCTTT CTTGATTGAG
GAGCAAGCAC AGAAGATCAA GAAAAAGTTC GAAAAGGATA ACGAAAAACT TTTGGCAGAA
GGTGAGAAAG AGATGAAGGC GAGTGAGCTC GAAACCCGGT TGGAGGCTGT CAAGGAATTA
GAGAAAAAAT TCAACAAGGA GAACAAGACT GGCAAAGTAG AAGCTGAAGG CCGAAGCCCA
ACCGTCGAGA AACTGGAGGC ATCCATTACT AAACTCCAGC AGCGTATCGA GAACATGGAG
CTCCAGGCCC AAGACAAGGA AGATAATAAG GAAGTGGCCC TTGGTACCTC AAAGATTGTG
AGTGAACCGC TACATACGCT TTCGATTTAA TCAGTAGCTA ATCCTCAGCA GAATTATATC
GATCCTAGAC TCACGGTCGT CTTCAGCAAG AAGTTCAAAG TCCCAATAGA AAAGTTCTTC
TCAAAGTCTC TGCGGGAGAA GTTTGAGTGG GCCATTAAGT CCGTCGATGA GAACTGGGAG
TTTTGATGAA CTGCATTTGG CTTTTCCTGA TTATTGATTT ACCTCTGCTG CCGTTACTTC
TCTTGTTGAA TCCTCACGCA TATCCAAGCA ACGCTGCCTT TGTTGGTTCT CCAA
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| Protein sequence | MSSSDDDTPL VKMNGRSSGG QSDVKVNGAA DTNGHVDPGV SIRFGPVQKD EDVEMNDANG
ASASKRKARS SANQAQSYAE PESSEEDEPL SKRRRTSVKH EDPETDDDVP LALNGRKLPK
ASETAIGEES DSDVPIERKL AAEKKKIQVK GEKDADPSAQ ATKSAASGKK QANGVKKEPA
SAKQTLKQVK AEPKSAQSTP AKKNAKATAL KKEESEEAEE PEEEEYRWWE DPTKGDGTIK
WTTLEHNGVV FPPPYEPLPK HVKMKYDGIP VDLHPEAEEV AGFFGSMLNS TQHTENPTFQ
KNFFADFKEI LKKTGGAKDQ KGNKVDIKEF SKCDFQPIFQ YYDAQRQEKK ALPPAEKKRL
KAEKDAQEAP YMYCMWDGRK QKVGNFRVEP PSLFRGRGEH PKTGRVKARV QPEQITINIG
KEARVPPPPE GHKWKEVKHD QEGTWLAMWQ ENINGNYKYV MLAANSDVKG QSDYKKFEKA
RELKKHIARI RKDYQKNLKH ELMVERQKAT AVYLIDQFAL RAGNEKGEDE AETVGCCSLK
YENVTLKPPN KVIFDFLGKD SIRFYDEVEV DPQVFKNLKI FKKPPKKEGD EIFDRLTTSA
LNKHLSQYMP GLTAKVFRTY NASHTMSELL KSMHATGNNA EKVKAYNDAN RKVAILCNHK
RTVGAAHAHQ MEKMSERIKG QRYQKWRLKQ MMLDLDPSLK KKKGAQFFEL DEDIDKEWIK
EHQAFLIEEQ AQKIKKKFEK DNEKLLAEGE KEMKASELET RLEAVKELEK KFNKENKTGK
VEAEGRSPTV EKLEASITKL QQRIENMELQ AQDKEDNKEV ALGTSKINYI DPRLTVVFSK
KFKVPIEKFF SKSLREKFEW AIKSVDENWE F
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