| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01961 |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 2338880 |
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| End bp | 2343765 |
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| Gene Length | 4886 bp |
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| Protein Length | 1502 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | SNF2 family helicase, putative (AFU_orthologue; AFUA_4G10830) |
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| Protein accession | CBF85901 |
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| Protein GI | 259487320 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.288064 |
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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 | 44 |
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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 | ATGGCTCCCT CACACCCAGT GGAGTCAACG CCTAACATTT CTGGAGACGC TGCTGATGCG
ACTTTCACAT CCACAAACCC AGCAACTCCC GAGTCCCTGG TAGAGACTCA GAAAACAGAT
ATGGCGCTTC TGCTCGAGAA TCTGGATTCG TTTATCGCCG TCGGCGTTTT AGAAAAGGGT
GTTCCTGGAT TCCCTGCTGC CGAAATCAAT GCATTGGAAA AACAGAATTG GGTACGGACT
ACGACCCACG AAGATCATCT CAATCCCCAA ATCAGCTATG TCCGTGTTTA TGTTTTGCCC
GATGATGTTG GGCGGAAGTT CATACCACGC TCTAGCGCCC CACTTAGAAA AGCCCTGAAA
GCTGTCATGT CCAAAGTGGA CCCCTCCCCC GACGCTTGGG CTGGGCAGGA GAGATCGGGC
CAGAGGATAG TGGACCTCTC TTCTGTTGGT GCCGAAGATG AGTCTCTGTG GTATATCTTT
AATACCCTCG AAGGTCCAAG TCCCGATGTA GAGATGATGC GGGATCCATA CGCCAAGCTA
GCCATGCAGG ATTTACTCTC TACCACCGCT TCAGATGAGA GCGCGGTTGA GAAAGGGCAA
ACCTATACTG GCGTCCTGGG TCTTAAAACA CCACTCTATC CCTATCAAAG GCGTTCGGCG
GCTACGATGA TTCAGCGAGA AGTACAGCCG CATCAAATGC TGGACCCGCG ACTTCAGTCT
TGTTCAAGCC CAACTGGCCA AAAATACTAC TACGACAAGG AAAAGGGCAA AATCGCGCGA
GAGCGAACGA TGTATTCGGA GGCCTGTGGA GGGATACTCG CGGAGACTAT GGGCTGCGGT
AAGACTCTGA TTTGCCTAGC TGTGATTTTA GCTACCCGTG GCCACTTTCC GCAAATTCCC
CTCGAGTATC AGTCCATGAG AAATCCGGAG AGGACTCAGA CTAGGAGTCT CCTTGAGATG
GCGGCGGCTG CTGCTGGTCG GTTGTCGTTG CCTTGGAAAG CACATTTTAA TTACTTGAGT
CAAATGGGGG AGATTTACGA TGGGTGTATC AAGTCTTGCG AGGCAAACCG CGGCTCATAT
ATCTTTCGCC CGCCGGCAGG GAGATATACT GGCCGTACTG TTGTGGAATA CCCCCGCATC
CATCTTCATT CAGGGACTTT AATAGTAGTA CCCCCCAATC TGGTTGACCA TTGGATGAGT
GAGATTGCGA TGCACACCGA GGGCCTGAAG ACTCTCACGT TGCGGAGCAG CGCAGACTTG
ACACCGCCGC CCGAGGACTT ATTCGCTTAT GACATTGTTC TTTTCTCAAG AACTCGATTT
GAGAAAGAGG CGGATGACTT TAATGGAGGC GGCCGGGACC GCCGCAAGGA GCCTTCGCCG
TTAACAAAGC TCCATTGGCT CAGGGTTATT GTAGATGAAG GGCATAACGT CGCCGGCCAT
GGCCACAAGA CGAATATGTC GCACCTTCTC GATCAGATCC ACGTCGAGAG ACGGTGGGTT
GTTTCTGGTA CTCCGTCCAG TGGGCTGTAT GGGGTTGAAG TCAGCCTGGC GTCTCGTGAA
ACACACACGA GCGACACTGA TTTGACCGAG GCAACGACCG CCGTGCTTCA CGGTAGGAAG
AAGACCGGAA AGGGGTTGGA TAGCGAGCTA AAAGATCTCG ACAAGTTACG TCGAATTGTT
GTTGACTTCC TGGGCCTCAA GCCCTGGTCT AACTCGAGGA GCGATGATCC CGCTGACTGG
GCGACGTACA TCAAGCCAGT TGGACCTAAT GGGAGGCGAC GAAAGGCGCC ATCCCTCCGA
GCAACGCTGC AAGGCCTAGT TGTACGTCAT CGGCTGGATG TTATTAACAA TGAAATCCCT
TTGCCACGAT TGTACAATAA AGTCGTTCAT CTTGAACCGA CTTTTTACGA TAAACTGAGT
CTAAACTTGT TTATTTTCAT CCTGGCTGTC AACGCGGTCA CGTCAGAACG GCAAGATATA
GATTACATGT TTCACCAACG CAACAGAAAA CATCTCAGCC GTGTCATCAG CAATCTGCGA
CAAGCTGGGT TCTGGTGGGC GGGCTCCGAC TTCGACTTAC AGGGGACGGT CAATGTCGCT
ACGACATATC TTGAGCAGAA CAGAGAGACA ATGACTGAAG ACGACATCTC AACACTCACG
CAAGGCATCA AAATTGCTCA GACAGCACTC AACTCTGGTG CCTGGAATGG ATTCAAGAAC
ATGCATGAAC TGGGCGTTTT TGTCACTGGC TTTCCATCAG AGGCTCGAAA CTTTTGGGCC
CTAGATCCCG CACAGGCCCA GTGTGAGCCT CTTTTACTCG GAATCTCACA AGCTCGTCTC
GCTCAGCAAT TCGTAACGAA ACATCTCTGT GAACCTGACC CAGCCGAAGG CCTGTCGGGC
GCTGGCATCA AGATACGTAG GGAGTTGTCT CACCGCGAAG GATTTGATGC ATCAGTCGCG
GCCCCTAAGA AGACTTCCCC AGAGAGCTCG GTTAAACGCA AAGCCAAGCA AACATTTCTG
AATGGGATAT ACAAGGAACT GCCCCCTTAT TCGCCCCTCA CACAAACTAA ACTGATCGCG
ACTGCATCAG CCAAACTAAC GTACCTATTA GACCAGGTTC AAGAACACTC CAAGGCTGAA
AAGATCATCA TCTTCTATGA CAATAACAAC TCGGCATACT GGATTGCCGA GGGCCTCGAA
CTGCTGGGGG TGGACTTCCG GATCTACGCT AACACATTAA AACCGACCCT CCGCGAAGAA
TACTTAATCC TATTTCGCGA ATTTGAGCAG GTCCGCGTAC TCCTAATGGA CCTCCGGCAA
GCCTCGCACG GGCTGCACAT TGCACAGGCC TCGCGAGTGT ACATAGTCAA TCCAATTTGG
CAACCGAACA TAGAGTCTCA AGCTATCAAG CGTGCCCACC GCATTGGGCA GACCCGTCCC
GTCTTCGTCG AGACCCTCGT GCTCCGCGAC ACGCTCGAGG ACAAGATTCT CCAACGCCGG
AAAGCCATGG CAGATGTTGA GATTCAAAAT GATCTGCTGG ATGACTATAC CATGAGCTCA
ATCATCCAGC ATGAGCGTTT CATTCCCATG CCCTGCTGTG AGGACTCAAC GTCCCTGGCT
TTCCTCCGCC ATCCAACTGG TTTCTTCAAT AGACATCGTC TACCGATTCC TGATAACGAC
GAAGTGCAGA CGAGGCCGAG GATGGAAGCG AAAGCGGAGG GAAATACGCT TCTCACTACG
CCAGTAAAAC GGAGGCGCAG TGTTAGTGTG ACCCCAACCA GTAGCAAGGG AGTTGGGTTT
GTGAATTTAG AGCCAGATCT CCTTTCACCT TCGGCTAAAA GACGGCGGTC ACCATCTCGT
CTGCAGTTTC GTGATCCGAA TGGAATAATC ATGGAGTCTC CCCGTCCGAA GAGGAGTATT
TCTCCTGCTC AACGCTTCGT TGTTCGCTCC GCTGTTGAAA CTGACGCCGA ACTAGCGGGT
GCTAGGTAGA TGTATTGTAG TTAGCGGCAG CACAGTATAT TATAATACTA TCAGATACCC
CAGTTCAAAA AGCTGTAGCT GACTTTCAGG GCTTGTTAGT TTTGTAGATT CCGTACGCCA
GCTGCCCAAT TTTTCGAACT TGGAATAGTG TCAAACTTAC CTAATCCGGA AGCCCACATT
GATCACATGA TATTACGACC CACATTTCTA CGATTCCAAC CACCATCAAC GAACATCTGG
AAATGACGAC AGGACCTCAA CTAGAGCAGG GTTAAGAAAA AACAATAGAA ACATGCCGAC
TTTCATATTC GCCCTCTCGG GCCCCTCCTC CAGCGGCAAA ACAACCCTCG CCCGCCTCCT
GCAGCGCATT TTCTCCAACC AGCCACAAAC GCAAGAAGGA TCACAATTGT CGAAGCTGAT
ATCCACATTC ATAATCCATG AAGACGACTT CTACTATTCG GATGATAAGT ATGCATATGT
CCCTCCTTTC CACCCCTTAG AACAATCATG AAGCAATTTA TGAACTACCC CGCGAGTTCA
CTCTAAGCTA ATCCGATTCC AGAATCCCCT ATACAACCAC CAAATCTGGC GCCAGAATTC
AAGACTGGGA TTGTTTGGGT GCCTTGGACA TAAAATTTCT GACGTCGGCA CTCCGCTACG
TGCACGAGCA CGGGCACCTT CCGCCTCGAC TGCGCTCAAA GGAGGATCTA AATGAAGTTT
CGCCGGGGTC GGGGGTGGAT GATGCGCTCG TTGATGAGCT GAGAGGGTAC GTCTCTAGCC
GGACTCAGAT GATTTTATTG TCATCTTCGT CAATGGTTGC GGAAGAGCGA CTAGATGGAA
AGGAAAAAGT GACGATAGCA CTCCTAGAAG GATTCCTGCT ATATGCGCCA CCCGCAACAG
AAAAAGGTGG AAAAGAACAT GGACTCCGCG GTGTTCATGA CCAGATTGAT TTGCCAATGT
TTCTGGCTGC GCCGTATGAC CTTGTCAAGG AAAGGAGGGA GAAGAGGAGC GGGTATGTGA
CTATTGGGCC TGCTCCGACG ACAGAGTTGC CGCAGAGGTC GTCATCGGCC TCAGAAGCTG
AGGAAGAAAG GGTGGACCTG GAGGTCGAGG ATGATCGGCC GCCACAGAAC TTTTGGACAG
ACCCGCCTGG TTATGTGGAT GATATTGTTT GGCCGCGTTA TGTGAGGGAT CATGCATGGT
TGTTGCTTCC TGAAGACGAC GGCGCCGAGG CCTTGCCTAC TGAGGATCAG GATGAGCTGA
TCCGCAGAGT CGGGCAGGGC GTGAAGCTGA GAATGGATGC TGGCGTTACT GTTGCTCCTG
GCCAGGGAGC CCTCCCTATG GCGGATCTGC TAAAGTGGGC GGTTGAGGAG ATCTTGAAAC
ACCTGGAAAA GAGCACAAGG CCCTGA
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| Protein sequence | MAPSHPVEST PNISGDAADA TFTSTNPATP ESLVETQKTD MALLLENLDS FIAVGVLEKG
VPGFPAAEIN ALEKQNWVRT TTHEDHLNPQ ISYVRVYVLP DDVGRKFIPR SSAPLRKALK
AVMSKVDPSP DAWAGQERSG QRIVDLSSVG AEDESLWYIF NTLEGPSPDV EMMRDPYAKL
AMQDLLSTTA SDESAVEKGQ TYTGVLGLKT PLYPYQRRSA ATMIQREVQP HQMLDPRLQS
CSSPTGQKYY YDKEKGKIAR ERTMYSEACG GILAETMGCG KTLICLAVIL ATRGHFPQIP
LEYQSMRNPE RTQTRSLLEM AAAAAGRLSL PWKAHFNYLS QMGEIYDGCI KSCEANRGSY
IFRPPAGRYT GRTVVEYPRI HLHSGTLIVV PPNLVDHWMS EIAMHTEGLK TLTLRSSADL
TPPPEDLFAY DIVLFSRTRF EKEADDFNGG GRDRRKEPSP LTKLHWLRVI VDEGHNVAGH
GHKTNMSHLL DQIHVERRWV VSGTPSSGLY GVEVSLASRE THTSDTDLTE ATTAVLHGRK
KTGKGLDSEL KDLDKLRRIV VDFLGLKPWS NSRSDDPADW ATYIKPVGPN GRRRKAPSLR
ATLQGLVVRH RLDVINNEIP LPRLYNKVVH LEPTFYDKLS LNLFIFILAV NAVTSERQDI
DYMFHQRNRK HLSRVISNLR QAGFWWAGSD FDLQGTVNVA TTYLEQNRET MTEDDISTLT
QGIKIAQTAL NSGAWNGFKN MHELGVFVTG FPSEARNFWA LDPAQAQCEP LLLGISQARL
AQQFVTKHLC EPDPAEGLSG AGIKIRRELS HREGFDASVA APKKTSPESS VKRKAKQTFL
NGIYKELPPY SPLTQTKLIA TASAKLTYLL DQVQEHSKAE KIIIFYDNNN SAYWIAEGLE
LLGVDFRIYA NTLKPTLREE YLILFREFEQ VRVLLMDLRQ ASHGLHIAQA SRVYIVNPIW
QPNIESQAIK RAHRIGQTRP VFVETLVLRD TLEDKILQRR KAMADVEIQN DLLDDYTMSS
IIQHERFIPM PCCEDSTSLA FLRHPTGFFN RHRLPIPDND EVQTRPRMEA KAEGNTLLTT
PVKRRRSVSV TPTSSKGVGF VNLEPDLLSP SAKRRRSPSR LQFRDPNGII MESPRPKRSI
SPAQRFVVRS AVETDAELAG ARNMPTFIFA LSGPSSSGKT TLARLLQRIF SNQPQTQEGS
QLSKLISTFI IHEDDFYYSD DKIPYTTTKS GARIQDWDCL GALDIKFLTS ALRYVHEHGH
LPPRLRSKED LNEVSPGSGV DDALVDELRG YVSSRTQMIL LSSSSMVAEE RLDGKEKVTI
ALLEGFLLYA PPATEKGGKE HGLRGVHDQI DLPMFLAAPY DLVKERREKR SGYVTIGPAP
TTELPQRSSS ASEAEEERVD LEVEDDRPPQ NFWTDPPGYV DDIVWPRYVR DHAWLLLPED
DGAEALPTED QDELIRRVGQ GVKLRMDAGV TVAPGQGALP MADLLKWAVE EILKHLEKST
RP
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