| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05168 |
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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 | BN001305 |
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| Strand | - |
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| Start bp | 1162635 |
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| End bp | 1166907 |
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| Gene Length | 4273 bp |
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| Protein Length | 1307 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | NACHT and Ankyrin domain protein (AFU_orthologue; AFUA_6G07030) |
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| Protein accession | CBF81003 |
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| Protein GI | 259484622 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.6235 |
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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 | 41 |
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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 | ATGGCCGAAG TCCAAGCCCT GCGGGGGCAG CTCACGCAAG CTGCTGGCTC CGCACGTGTT
GTTGTACGCT GCCTTAATGG CAGCCGCGAC CTCCAGGAGT CCTCACAGCG CGCGATAATG
CTCCTCGTAG ATGCACTAGA CTCGATTTAC AGGCTCAAAG ACCAGATCGG CGATGACGAA
AATAAGGACA ACAAATATCT CATTGAGCCG CACCGGCTCG TTGCCCTTGC TGAAATCCTG
GAACGTTTTA CGTCGACGAT GAAATCCATG GAGCTTTATT TCCAGCCTGG CGGAGTGGGG
GTGACATACT ATAGGAAGCA CTTACTGGAA CGGACGTTCC TGGAGCGATT GGAACAGTAC
AAGGTCATGT TGTTGCTGTC CATGCAGCCG GATTCTAGGT ATGTTTGTGT TACTTTGTTC
TCGAGGTTGG AAAGGGCTAG TTGTACGCTA ACTATCCTCT GTTTAGTGAG CGATCGTTCC
TGGATAAGAA AATACGGGCT AGTCTTAGGT CAGGAGGGGA GGTGGAGTCG GGTGCGTTGG
AAGTGCGTTG TTTTGCACAA TGCGTATGCG TTCTGACTCT TTGCGCACAG GTCCGAAGGT
CGACCTTCAG TTCGAGGATC GTGTCCTCGG GATCACGAGT CAGCTTACAA CCGAAAATTT
TATTATGCTT GCGGACTTGT GTAATCGGCG GCTAAAAGGG ACTGGGCAAT GGATCTTCGA
TGATGAACAG TATAAACGAT GGTTGTTGGG CTCTACGAAA ACATTATACT GTGTCGGTCC
ACGTAAGTTC TGATATCAAA TCTCTCACAA AGCAGGATGC TAACGGGATA ACTATGGCAG
CTGGTGCGGG CAAGACATTT CTAGCGTGAG TGCATACTGG AAAGAAGCTG TGAATCGTAA
CATGCTTATA CCTGTTCAGA GCTTCCATTA TAGATTCCCT GCAAAGAACG TTTACGTCTC
CTGACGTGGC AACGGTGTTT ATCTTCTGCC AGGACGAGAG GCAGAAGGAA CAGTCTACAC
TTGATATACT TCAGAACATC CTCGCGCAAC TCGTCTACCG CAAACGGAGT CTCTCGTATG
CATCGTCCTC CCTGTACCAC TCCGAGTCCT TGATGAAAGT AAAGGCTTCG CCAAAGGTCT
ACCAGAACGC CATACGTGCT GAGGTAGATA GGTTCTCGAA AGTCTTTTTC ATCATCGACG
GGTTGGATAT GCTTTCCGAT AAGGAACGTC TACTCGGCCG GCTCCAAAAG CTTCCGGACC
AGGTACAACT TCTCGTTACC TTGCGGGAAG TGAGTCAGGC CTCAAACTCT CCTCGCGTAA
CGGTGCTAGC TCCAAGCACG GATCTTCAGC TTTACGCTAT CTCGAGGATT GAGAGCGACG
CGAGCCTTGT CGACCTACTC AAGCGGAAAT CTAGCCCCCA AATGTACCAT GATGTTGTGA
GCATGGTGGC GGAGAAAAGT CATGGAGTGT ATGTTTCTAT CCTCCTCCCG CTGACCAGTC
TTTTGTTCGC TAACATGACT AGCTTTCTCC TTGCCAAGAT ACACCTCGAC CTTCTAGCTC
GCTATACAGA AAAGAGCCTC TTCGAAAGAG CATTAGTACA CCTTCCGCAA AGCCTAAGTG
AAGCATACGG AGAAGCGATG AAACAAGTTG TCAGTCAGGG GCCCAAGGCT GCTTCCTATG
TCTATTGGAC TTTATACGCT CTTCGTCCTC TAACTGTCGG AGAATTGAAG TCAGCTACCA
GTAGCACTGA CAGCCCTGCG AATGACCAAT TCATGAGCTT TGAGCATTCC TTACAGACAC
AGAGCGCCGG GATTCTCACT GTCGATGCTG TAAGCGGAAC TGTCCGTTTC GTTCACAGGA
CAGCCAAAGA ATATCTGATC GGCACACCAT CGCGGGTTTT CTTCCCATCA GCCCAAAAGG
ATATTGCCGA GGTGTGTTTG ACGGCCATTA CGCCAGACGA AGTCGTTGAT GACTGCTATT
ATAACGGCGG GAACCCGCCA CGCAGTTCCG GCAGTGGGTT CCTAAGCTAC GCTGCGATGT
ACTGGGGCTT CCACGCACGC GAGGTGCACG AAGACGAGCA AACTATCCAG GTGCTCATTA
AGACATTCCT TAATAAACTG CTTTGGAGGC GACCTCCCCT GCAGGTCCTG ACGAACGAGC
CTATGATTCC GTCTGAGCTG GGTCTGGGCA AATACCCCCA AGATTGGACA GCTCTTCATA
TTCTTGCTTA TTTCGGAATT GTGAGCAGAT GCAGGCGCCT CATCGCACAA GGTGGAAGAA
TTGACGCAGG TGACAATTCT TTCCGACTCA CGCCTTTGCA TTGCGCGGCT AGCAGGGGAC
ACTCAGACAT GGTAGAGTTT CTTCTTGATA ACGGTGCAGA TGGAAACGCC ATTGCTCGCG
ACGGCAGTAC GGCCTTACAC CTAGCCACGC AATATGGCCA ACGAAAAGTC ATGAAACTCT
TACTTCATCG ACCGGTTAAT GCTCAAATAG CCAATCTTGA GGGCGCGACA AGCCTCCAGC
TAGCTGTGAA GACCGAAGCA GACGAAGCCA CCGTCCCTCT CCTTATAAAG AACAAGGTAG
ATGTGAACAC TCGCAATATC CGCACAGGAG ATACGGCACT ACATCTAGCT ATAGAATGGA
GACGACCGCG AATTGTCCTA TACCTTCTCG ATAAAGGTGC TTCGATTGAT ATGACTAACG
AAAACGGCTT CACCCCTCTC CAGCTAGCCG TGAAAGTCGA CAACTGCGAA GCGATCTCCG
TCCTCCTTCA GCGCCGCGCC AACATTGAAG CACGCTCTTT ATCAGGCCTT ACAGCGCTCC
AAATAGCCGC GTACGAAGAG CACTGGGTCG CATTCGACCT CCTCATCATC GGCGGTGCGG
ATATTAACGC CTGGAACAAA GAAGGCGAAT CTCTCATCCA CGAGCAAGCG CGTAAAGCAA
CAAGCCCTGC CATCGCAGCT AAGCTCCTTG ACCAAGGCGC CAATATCGAA GCCTTTACCG
CAAAAGGCCT CACTCCACTT CACTGTGCTG CCCTTGAGTC TAACAAGACA ATGTTTCTTT
TCCTCATTAG CCGCGGTGCA AAGCCCACAG CTCTCACTGC AAAGGGCGAC TCCCTGCTAC
ACATTACCCT CCCCATTCTA CACTAAAGTT CGACATCCTC AGAATTGCTC TCAACTACGG
GGCTAGTGTC CATACCGTTT CAAATGAAGG CTGGACACCC CTCCATCAGG CGGTTTACGT
CGGCACAGGC GCGCCAGACC ATGAATTCCC CCAAATAGCA GAATATATCC ACCTTCTAGT
CAGCCGTGGT GCGGACATTA ATGCCCGTCT GCAATCCCCC GCAAGCAACA GCGAAACCTC
ACTCCACCTT GCCATCACCG CCATTGTTAC TCGGCCCGAT TTAGTACAGC TGCTAATCCA
ATGCGGCGCC GATATCAACG CACCTACGGC AGACGGGAAG ACGCCTCTTC ATCTCGCGGC
CGAACGAGGG CGCGAATCAA TTTTCCGAAT TCTGTACGAC GCAGGGGCCG ACATGTCCCT
TGAGGTCCCG GATAGTGCGA AGGCTGACGA TGGGCACGAC GGGACAGGGG TGGGAAGAAC
CGCGTATGAT ATTGCGCTGA GTAACCCGTT CGGTCGGCAT TGGTTCGAGA GTGACGGAAA
GCTTAAGCCT GTTGTCAAAG AGGTGAAGAG GAAAGACAGT GTGGAGACAC TTATTGACGA
GGATGAGTTT CATGGAGAAG GTGAAGGGGA CAGCAACGCA GTGATCATCG AAGATAAAGC
TGGAGAAGGC TCCGCCACTG AGGCCGTTGA ACGTCCCCAG GAGCCATTAC CCTCAGACAA
CGCCACCCCC AACCCAGTCT TCGCACCCCG GAAATCAGTC TCGAGAAGCG GGAGCTTGAG
CGGGAGCATC CGCTCCTCAT CTGCTCTCGG CCGCAGCATC GCCCAGCATC CCAGGTCAAA
CTCAATCGGG GGCGTATTAT CGCCTGCATC GTACTCAGAT TCTGCCTCGC CATTTCCGAC
GCTGCAGAAC ATTAACCAGA AGACCGGGAG TCGAACTTGG AAGGGAAACA GGAGCTTTGA
TCGTGAAGCT TGGGGTCAGC TAGAGAATGG AGTCTCCGTC TCAAGATCTG GGTCCGGGTC
TGCGTCTGTG TCTGGATCTG GGGAATGGGC TGGGAGTGGG GACTGCGATG GTGATGGAGA
TGTTCAAAGT CTGAATGAGA AACATGAGCC TGTCTCGTTC GTTCAAAATG AAACACCATA
TGTGATTGTT TGA
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| Protein sequence | MAEVQALRGQ LTQAAGSARV VVRCLNGSRD LQESSQRAIM LLVDALDSIY RLKDQIGDDE
NKDNKYLIEP HRLVALAEIL ERFTSTMKSM ELYFQPGGVG VTYYRKHLLE RTFLERLEQY
KVMLLLSMQP DSSERSFLDK KIRASLRSGG EVESGPKVDL QFEDRVLGIT SQLTTENFIM
LADLCNRRLK GTGQWIFDDE QYKRWLLGST KTLYCVGPPG AGKTFLAASI IDSLQRTFTS
PDVATVFIFC QDERQKEQST LDILQNILAQ LVYRKRSLSY ASSSLYHSES LMKVKASPKV
YQNAIRAEVD RFSKVFFIID GLDMLSDKER LLGRLQKLPD QVQLLVTLRE VSQASNSPRV
TVLAPSTDLQ LYAISRIESD ASLVDLLKRK SSPQMYHDVV SMVAEKSHGV YVSILLPLTS
LLFANMTSFL LAKIHLDLLA RYTEKSLFER ALVHLPQSLS EAYGEAMKQV VSQGPKAASY
VYWTLYALRP LTVGELKSAT SSTDSPANDQ FMSFEHSLQT QSAGILTVDA VSGTVRFVHR
TAKEYLIGTP SRVFFPSAQK DIAEVCLTAI TPDEVVDDCY YNGGNPPRSS GSGFLSYAAM
YWGFHAREVH EDEQTIQVLI KTFLNKLLWR RPPLQVLTNE PMIPSELGLG KYPQDWTALH
ILAYFGIVSR CRRLIAQGGR IDAGDNSFRL TPLHCAASRG HSDMVEFLLD NGADGNAIAR
DGSTALHLAT QYGQRKVMKL LLHRPVNAQI ANLEGATSLQ LAVKTEADEA TVPLLIKNKV
DVNTRNIRTG DTALHLAIEW RRPRIVLYLL DKGASIDMTN ENGFTPLQLA VKVDNCEAIS
VLLQRRANIE ARSLSGLTAL QIAAYEEHWV AFDLLIIGGA DINAWNKEGE SLIHEQARKA
TSPAIAAKLL DQGANIEAFT AKGLTPLHCA ALESNKTIIA LNYGASVHTV SNEGWTPLHQ
AVYVGTGAPD HEFPQIAEYI HLLVSRGADI NARLQSPASN SETSLHLAIT AIVTRPDLVQ
LLIQCGADIN APTADGKTPL HLAAERGRES IFRILYDAGA DMSLEVPDSA KADDGHDGTG
VGRTAYDIAL SNPFGRHWFE SDGKLKPVVK EVKRKDSVET LIDEDEFHGE GEGDSNAVII
EDKAGEGSAT EAVERPQEPL PSDNATPNPV FAPRKSVSRS GSLSGSIRSS SALGRSIAQH
PRSNSIGGVL SPASYSDSAS PFPTLQNINQ KTGSRTWKGN RSFDREAWGQ LENGVSVSRS
GSGSASVSGS GEWAGSGDCD GDGDVQSLNE KHEPVSFVQN ETPYVIV
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