| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10921 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 441958 |
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| End bp | 446821 |
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| Gene Length | 4864 bp |
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| Protein Length | 1602 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | NACHT and WD domain protein (AFU_orthologue; AFUA_3G07460) |
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| Protein accession | CBF78714 |
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| Protein GI | 259483375 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 45 |
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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 | ATGGTACGGC CCCAGACTAG AAGTGAATAG CATGATCTCT GATGACACCT GACCTCAGTT
CAAGCAGCTT TCGTCAAGAC AAGCTCGATC TCCTGATACG CATTCCTCGA TCAGCTCGCA
AGACCCTGCC TGGAAGAAAG AAATATACAA TGCCAACGAA GAAGTCCATG AAAGTTCAAC
ATTATCATCG ACGCAAACTC GACGCACCTT GTCTCGTCAC TGGCTACCGT TTAGGTCTTC
TTCCAGACGC CGTAGTCCAT CGCCTGAGAC ACAGTCAAAG TTTGGACTGC ACGTCGTTCA
CCGACCGAAG ACAATCGCAC CAGTAAACAT TGTCTTTGTA CATGGTCTTG GTGGTGATCG
AATATTGACA TGGTGCAAGC ATAGGGACAA AAGACTATAC TGGCCGGAAA AGTGGCTTAA
ACAGGAGCAG AGCATTGGGC GTTGTCGCAT TCTATCCTTT GGGTATGATG CCAGCTTTGG
TATGGGTGCG GTCAAGAGCA TCTATAGGAT CTCAGACTTC GCCAAAAGCC TTTTGCACGA
TATGAAGTTT GGACAAGATA GCAATGGAAA TCCTCTAGGA CTGGGAAAAG TGCCAACAGT
TTTTGTTGCA CACTCTATGG GTGGCCTTGT TGTTAAGGCA GCGTACCTTT TGGGACAGAA
CGACGAGACA TACAAAGAAG TTGTGCAATC CATCGGGGCA ATTATTTTTC TGGCAACACC
TCACCGTGGT GCGGACTCAG CTGCGACACT CAATAACCTA CTTCAAGCCA GTTTTTCATC
TTCCAAAAGC TTTATCGCAG AGCTTCAACG TGGCTCCCCT GCCCTTGAAG ACATCAACGA
ACAGTTTAGG CACATTGCAC CCAAATTGTT GATCGCTTCA TTCTACGAAA GTCTAGCGAC
GAGGATTGGG ATACACTCTA CCATGATAGT CATTAGAGAT TCTGCAACAC TGGGATATCA
GCAGGAAATT TCAAGGGAGC TCCATGCGGA TCACCATGAA GTGTGCAAAT ACTCGAGTCC
GCAAGATGCG AACTACACCA GTGTTCGCAA TACATTGGCC TCATTTATTG CGCAACTACA
AGCAAAGGGA ATAGAGGTTA TCAATGATCT TATGGCTGAG GAATCGAGAA AGATTGAAAA
GCTGTTGTTG GTCACACCCA AACATGAAGA GGAATTCGAG ACTTTGCGTT CTTGGTGGCT
GGAAGGGACC TGTGATTGGA TCTTTGACGT CGCTACCGTC AAGAACTGGC TGAAGAATGA
AGAAGAGGTA GAAGAGGTAC CGATCGTGCA GTTCAAAGCT CCGCCTGCGA GTGGTAAATC
CGTTCTAAGC GCATACCTTG TTCGCGAGCT TCGTTCTCGC GGCCATTCCG TCTTGTATTT
CTTCTTCAGA GCGGAGGACT CTGACCAACG AACTGTGAGT TTCTTCTTGA GGTCAACGGC
GCTGCAGCTG GCAAGCGTCA GCCCCGTGTA TAAGGAGAAG TTGCTTCACA TAGCTATTGG
CGGCCACAGC GTGATGACCT CGAGCTCCAC GGATGTCTTC CGAAAGCTGT TTCAATTTGC
GTCCTCGGGT GTCGACTTCC CGTATCCTTT GTACTGGATT GTCGATGCGG TCGACGAGTC
AGAATCGGCA AAGACTGTGC TTGAGTACAT ATCCAGAATA CGGCTGGTCA TCCCTTCCCT
AAAAGTATTG TTCACTAGCA GGGAGTCTGT CATCTTCCCG GCCGACCAGA AAATTGCGAC
TTTCTCCGCG TCAGCAGAGG GCAAAGGATC TGTTGGCGAT AATTCTTTGG ACATTAGAAT
CTATCTTGAG CGGATGATGC ATGAAATGGG TGGTAAACAA GAGTTGAAAG ACACTGTGAT
GCAGGCAATT CTGCGCCGGG CACAAGGGAA TTTTCTTTGG GTCCGGTTGG TTGTAAAAGA
AATCCTCAGT TGCCATACAG AGGAAGGGAT CGAGACGGCC TTGCAAAGCA TGCCCAAAGA
TATGAATCAA TTGTACGAAC GCATGGAGTG GGTGGTTTTA TCAGCACCCC GTGCTGAAGA
CAAGGAGATC GCTCAGATGA TCCTTCGATG GGTTGTTTGC TCCCGTTTTC CCATGACTAC
CGAAGTTTTG AACCAGGCCT TGAACAAGAA ATTCATCGAT CTGCGGAAAA CGATCTCCCA
AGTCTGTGGA CAGTTTGTCA TGGTCGACCC CTCTGGTCAA GTCAGGCTTA TACATGAAAC
TGCTCGGGAA TACTTGACAA GAACTACGGC GAGTCCCATT GCAATACGAC TACCAAAAAG
CCATTACTCG CTCTTCGAGC AAACATTATC GGCATTGCTT GCCCCTGACA TCCGCCAGAA
GGTCATCAGA GCGCAAGAGT CCATTTCAGT ATCGGAGCCC TTTCTGTTGT ATGCAGCCAC
GTCGTGGATG TATCATCTGC AGCAGTCAGC CGAAATAAGC GACCAAACCA TCGACCATCT
ATCTCAATTC TTTAGAACGA CCTCTGTGCT CGTATGGATC CATTTACTGT CAATTACCGA
CCAGCTGGAT CGGTTGGTCA GGGCAGCCAA GATTGTGACG GACTCCATTA AAGCTTATCG
CAAGTCAAAC ATGACAAAAA ATCCATTGTT GCACAAATTA TCGAATCTGG AGCTTCTTGA
AAGATGGTCT GCAGATCTCT TGAAGATTGT GGGGAAGTTC AGCCGGCAGT TGAAGATATA
CCCTGCAGCC ATATATAGCC AGATTCCGCC TCTATGCCCT TCCAGCTCTG TCATTTACGA
ACAATTCTAC CAACAAGACT TCGCAAATAT TAAAATCATG GGAATCTCGC AAACGGATTG
GAATGACAAT CTTGCTCGGA TTCCACTACC CCGTGGGGAG GAAGGCATCA AACTATGTTG
TTTCGGACGG TATGTTGCTG TGCTGACCAG CTCTGGCAGG GTAACAATCT GGGACGCGAA
CCACTTCAAG CAAGTCTGTT CTCTTGTACA CCAAGAGGCT GTCACTTCGA TGTCTTTCAA
CCGGTACGGC ACAGAAATGC TCACCTTCGG CCTAGTAACA TCCAGGCTGT GGTCTGTTCC
CTCAGGGGAG CTGTTGGCCA CTGTAGTTAA TCCTGCTAAT ACCAGAGCAT TGTCTGTCAC
ATTCAGAGAG ACCGATAGGA GTGTCCTTGT TGCCTGCACA AATCGAGTTA TATATTCTCT
GGACCTTGAA GACCTCGCTG CTGGTTGGCG TATGCTTAGT CGAAGCTTAC TCCACGAGCG
ATCAGAGGTG GGTGGAGCTA TCGTCAACTC ACCGAGGTGT GTATCATTCA ACGGAGATGC
GAGTCAGGTT GGAGTTTCGT ACCGGGGTTT TCCACTATCG GTGTGGGATC TCAATGAGAT
GCGGTGTATC GCCAGGTGTA GGAGACCGAC GCGCACACCG AGTAAGCCAG AATCAGCCGA
GGTTACTTGG TTCCCAGTCG ATAGATTTAC CTGGAACCCC GTTACCGGTC ACATCATTGG
CTTGTACAAA GATGGTACGG TATTCAAATG GCACCCTGCA ACGAACGAGT ATCAGGAAGC
TTCTTCGTCT GCCGATGAGG TGGCTGCCAG TCCCGACGGC AGTTTATTCG TAACAAGCAG
CAGCAACGGA ACCGTCAAAG TGTGGAGCTT TGAATATATG TCGGTCATAT ATCAGCTCTC
GTCTGGTGAT CTGGTTAGGG AGCTGGCATT TGCTCCGGAT AGTAGACGGT TCTATGACAT
CCGAGGCTCT TTATTAAACG CGTGGCAATC AAACACTCTA CTACGATTCC TTGAGGTAGA
TGAGGCTTTC AGTGATACAT CCAGCCAGGA TCAAAGATCA ACATCTATTT CGCATATATC
CGAAGCCCAT ACCGTGTCTT ATGAAGCAGT GTCTGTGATC AGAGTCAGCC CAGAGCACGG
CTTGTACTGC GCTGGTAACG AGGAAGGAAT TGTGACACTG TTTGATGAAA AGTCAGAGGA
ACTGGGGAAA ATTCTGGAAT TTCCCAATTT TGTCAGCATC AGTTGTCTTG CGTGGAGTAA
TGATTCAGGC TATGTGGCCG GTGCAGACCT CGCAGGAGAC ATTGAGATTA GAAAACTCAC
TAAAGTCAAA ACCACCGGCA ACGGCCCGAG TCAGGTACAG TCTGTACCCC AATCGAAGCC
CGTTTTAAAG AAGGACGGCA GTGCAATATG TGACCTTCTT TTCAGTCACG ACTCAACCCT
TCTACTTATT ATTTCAGGTC TGAGCGCGTA TATTTGGTCA GTGGAAGAAG GATGTGTGAT
AATCGAGAAA CAAATTGCGC AAACAAGCAC TCAGATATGG GCAAACCATC CTGCACAGCC
TGGGACTTTG CTGAAGTTTG CGGACAATGG TATCACAGGC TTTAGGTGGT CGGACTTTTC
CGAGATTGCT ACTGCGTTAT ATGACGGTTT ATCACTGCAC AGCGAGGCAA CTTGTCCAAA
ACTCAAAGGT GTGAGATTTA ACCAAAATGG CAAGTTTGCA ACCATTCATC AAACAGATAT
TACATGCATG GAAAGGTTGT TCATAGTCGA TATCTCAGCC TTACAACTCA AACCTGGAAG
CACTTCAAGT ATTGCGAGGC TCTCAACAAT AGTCCCAGCA GATGTTGCGA GACAGGTGGA
AGTGGTACTT GGCATCCTCC CCGGATCAAG GTTCTTCTTT CTTGATAAAA ATTTGTGGCT
TTGTTCTGTT TTCCTTAAGA GTTCGGTTAC GGAAGATACC ATCGAGCGTC ATTACTTTTT
GCCACGCGAC TGGACAACGA CAGAATATTT CCAACAGTGT TTGCTGTTGG AGAATGGTAC
GCTTCTTTGC CCTAGGGAGG ATGAGGTGGC TGTGATTAAA AGCGAACTGA GCCGCTCGTA
CTGA
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| Protein sequence | MFKQLSSRQA RSPDTHSSIS SQDPAWKKEI YNANEEVHES STLSSTQTRR TLSRHWLPFR
SSSRRRSPSP ETQSKFGLHV VHRPKTIAPV NIVFVHGLGG DRILTWCKHR DKRLYWPEKW
LKQEQSIGRC RILSFGYDAS FGMGAVKSIY RISDFAKSLL HDMKFGQDSN GNPLGLGKVP
TVFVAHSMGG LVVKAAYLLG QNDETYKEVV QSIGAIIFLA TPHRGADSAA TLNNLLQASF
SSSKSFIAEL QRGSPALEDI NEQFRHIAPK LLIASFYESL ATRIGIHSTM IVIRDSATLG
YQQEISRELH ADHHEVCKYS SPQDANYTSV RNTLASFIAQ LQAKGIEVIN DLMAEESRKI
EKLLLVTPKH EEEFETLRSW WLEGTCDWIF DVATVKNWLK NEEEVEEVPI VQFKAPPASG
KSVLSAYLVR ELRSRGHSVL YFFFRAEDSD QRTVSFFLRS TALQLASVSP VYKEKLLHIA
IGGHSVMTSS STDVFRKLFQ FASSGVDFPY PLYWIVDAVD ESESAKTVLE YISRIRLVIP
SLKVLFTSRE SVIFPADQKI ATFSASAEGK GSVGDNSLDI RIYLERMMHE MGGKQELKDT
VMQAILRRAQ GNFLWVRLVV KEILSCHTEE GIETALQSMP KDMNQLYERM EWVVLSAPRA
EDKEIAQMIL RWVVCSRFPM TTEVLNQALN KKFIDLRKTI SQVCGQFVMV DPSGQVRLIH
ETAREYLTRT TASPIAIRLP KSHYSLFEQT LSALLAPDIR QKVIRAQESI SVSEPFLLYA
ATSWMYHLQQ SAEISDQTID HLSQFFRTTS VLVWIHLLSI TDQLDRLVRA AKIVTDSIKA
YRKSNMTKNP LLHKLSNLEL LERWSADLLK IVGKFSRQLK IYPAAIYSQI PPLCPSSSVI
YEQFYQQDFA NIKIMGISQT DWNDNLARIP LPRGEEGIKL CCFGRYVAVL TSSGRVTIWD
ANHFKQVCSL VHQEAVTSMS FNRYGTEMLT FGLVTSRLWS VPSGELLATV VNPANTRALS
VTFRETDRSV LVACTNRVIY SLDLEDLAAG WRMLSRSLLH ERSEVGGAIV NSPRCVSFNG
DASQVGVSYR GFPLSVWDLN EMRCIARCRR PTRTPSKPES AEVTWFPVDR FTWNPVTGHI
IGLYKDGTVF KWHPATNEYQ EASSSADEVA ASPDGSLFVT SSSNGTVKVW SFEYMSVIYQ
LSSGDLVREL AFAPDSRRFY DIRGSLLNAW QSNTLLRFLE VDEAFSDTSS QDQRSTSISH
ISEAHTVSYE AVSVIRVSPE HGLYCAGNEE GIVTLFDEKS EELGKILEFP NFVSISCLAW
SNDSGYVAGA DLAGDIEIRK LTKVKTTGNG PSQVQSVPQS KPVLKKDGSA ICDLLFSHDS
TLLLIISGLS AYIWSVEEGC VIIEKQIAQT STQIWANHPA QPGTLLKFAD NGITGFRWSD
FSEIATALYD GLSLHSEATC PKLKGVRFNQ NGKFATIHQT DITCMERLFI VDISALQLKP
GSTSSIARLS TIVPADVARQ VEVVLGILPG SRFFFLDKNL WLCSVFLKSS VTEDTIERHY
FLPRDWTTTE YFQQCLLLEN GTLLCPREDE VAVIKSELSR SY
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