| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01956 |
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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 | 2321566 |
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| End bp | 2326147 |
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| Gene Length | 4582 bp |
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| Protein Length | 1443 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 | chromatin remodeling complex subunit (Chd3), putative (AFU_orthologue; AFUA_4G13440) |
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| Protein accession | CBF85892 |
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| Protein GI | 259487315 |
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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 | 12 |
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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 | 40 |
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| Fosmid unclonability p-value | 0.801646 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTGGCT TTGATTATAA GAAAGGAAAT AATGACCTCC AACCGGCCGG TCCTCAGATG
ACTGCTGTAG AAGTTCCGGT TCTCTCTAAT TTACGCGAGT ATGAATGGCT TCCCGGTCAT
TCCACCGTTC GGTACATCAT CCACGAGGTG TTGTCGGAGG ATAGCTACGA GCCTTCGTAT
CTTGTCAAGC TAGAAAGTCA TGAGTTGGAA GTTGTACGAA GCCAACCCCC TCAACTAAAG
ATGCTTTGAC TCACAGCTCC TTTCTACTCA GATATCTTCC TCGCGTCTGC AAAAGCTTGA
AAATGGCCGC GAGGCACTTG AAACTTTCCA GAACTCGCGT GTTCGTTATC GCGAACCTTC
CTGTGAGTCC GAGTCGAATA TCGATAAGGA GGAAGATGAA GGACAAGAGA CGACGTGCAG
CCCCCCGGGG TCTGAATTGG ATGACAGCAG GCCGTCGCGC CGAGCAAAGA AGACCAAGTT
CACGGAATTC TTTGGTGCGG TTAGCAGCGA CGATGACGGA AAATTGACAA AGTCCGATTC
AAGCGATGAA GATGTTGTTG CACCCAGGTC GAGGCAAAGT GTGCTGAGGA AGCGTCCAAA
CTATCACAGC ACCTTGAATA ATGGCTTTGG TGCCAATGCG CACTCAAGAA CCAGGGCTTC
AACTAGGTCC CGTAAACCTT TGCGGTACAA TCTCCATGAG ATGTACGAGG ACGATATTTC
CGAATATGAA GCCGTGCTGT CAAATCATCG AAAATACGTG GGCACTAAGG AGAAGTTCGA
TAAGATCCCA TCGAGTGATC TATTCCGAGG CCGTCACCGA GAAGTCTGCG AAGTCTGCTC
GATTGAAGGC GATCTTCCTG ACAAAGGGCC TCTTGTTTTT TGTCAAGGCT GTACTGATGC
CTACCACCAG GCTTGCCTAG GCCCACGAAC CGCGCGAGAG CATCTTGTCA CCAAAGTAGC
AAGCGATAAA TTCATTCTCC AGTGCCGCCG CTGTTTAGGT TCCTCTCACG CCAAGGATTC
AAGATTCCCC CATCAAGGAA TATGCACTGG GTGCAATAAA CCGGGAAAGA TGTCAAATCC
ATTAAGGGAG CGACTAACAT CCAAACAAGA ACAGCAACAA CGGCAGGAGA ACGGAGGTGA
AGATCCTATT ACAGCGGTTA GCTCATACCT CATCAACAAT CCAGATAATC TACTCTTCCG
TTGCAAGGCT TGCCATAGGT CTTTTCACTT CGATCACCTC CGGGCTGGAC GCATATCCAA
CTGGCAATGC CATGATTGCA ACTCGCTGCC CGGGGAGGTC AACGCAATGG TCGCCTGGCG
ACCATTGAGT ACCGCCTCGA AGAAATCTCC TAAGATCTCG GAACTGGACA AAGAGTACCT
CATAAAATGG AAAGAGAAGT CCTACGCTCA TTGTACTTGG ATGCCCGGAA GTTGGGTTTG
GGGTTATATC AACCCGGTAA TGCGTCGCGC GTTTTTGAGA TCAGACAAAA GCCATCTACC
ACGGATGACC ACAGATGAGG CCATACCCAA TGATTACTTG CGGTTCGATA TCATTTTTGA
TGTCAAGTTC GCTGATAATG ATCTCCATAT GTACGGTGAG GATTACGACG AGGATCTTGA
GCGCATTGAT AATGTTTCCA AAGCCTATGT AAAGTTCAAA GGATTACCCT ACGAGGATGC
GGTATGGGAA GTACCTCCAG ACCGTAGCAA TACTGAAGCT TGGAATGATT TCAAAGCTGC
GTATGCAGAC TGGGCCAAGA AACCATTCAT CAGCACACCA AATCAAATAT CACTACAGAA
ACACCTGGCT AATGTGAGGA AACAAAAGTT CAAGTCGAGA GAAGCTCAGC CCAGGATTAT
GACGGGCGGG GAGATCATGG ATTACCAGCG AGATGGCTTG AACTGGCTAT ACTTCAAATG
GTTCAAGCAG CAGAACGCCA TTCTTGCTGA CGAGATGGGT CTTGGGAAGA CTATTCAAGT
GATAGGTTTA CTGGCAACTC TGGTCCAAGA TCATAAGTGC TGGCCATTTC TCATTGTTGT
GCCAAACTCA ACATGTCCGA ATTGGAGAAA AGAATTAAAA ACATGGGTCC CTTCCCTCCG
TGCAGTCACC TACTATGGCT CTTCTCTGGC GCGCAAAATG GCGCAAGAAC ACGAAATGTT
CATTAGGGGT GACCCTGACC TCAGATGCCA TGTTGTCATA ACTTCATATG AGACAATGGT
GGATGATTCT TGTCGAAAGG TTTTGTCAAG AATACCTTGG GCCGGGCTTA TTGTCGACGA
AGGGCAGCGG CTAAAGTCTG ACAAGAGCCA AATCTATGAG GGACTATCTA AGATGAAATT
TCCCTTCAAG GTACTGATGA CTGGGACTCC GTTGCAGAAT AACACCAAGG AACTTTTCAA
CCTTCTGCAA TTCTGTGATC AGTCCAAGAA CGCAGAAGAA CTGGAGGAGA AATATGGCAC
CCTATCCAAG GAGAATATCC CGGAACTGCA CGAGTTAATC AGGCCGTTCT TCCTCCGGCG
CACGAAGGCC CAGGTCCTTA CTTTCCTTCC ACCTGTTGTT CAGATCATTG TTCCTGTCAC
GATGTCTGTT CTTCAGAAGA AGCTTTACAA GTCTATCCTT GCAAAGAATA CTCAGCTCAT
CAAAGCTATC TTCCAGAGAA ATGAGGAGGA CCAGCCACTA AAACAAACAG AGCGTCATAA
TTTGAACAAT ATCTTGATGC AGCTGCGGAA GTGCTTGTGT CATCCCTTTA TCTTCAGCAA
GGCCATTGAA GAGCGAACGG ACGACCCAGA AGTAGCCCAC CGCAATCTTG TGGATGCTGC
AGGGAAGCTT CAGTTATTAG AGCTAATGTT ACCAAAACTC CAAGCTCGCG GTCATCGAGT
TCTAGTATTC AGTCAATTCC TTGAGAACTT GGATGTCATG GAGGACTTTC TCGATGGGTT
AGGTCTTCCC CACCGACGCC TCGACGGAAG GATGACTTCA CTTGAAAAAC AAAGAATGAT
TGACGATTAC AACGCCGAGA ACTCTCCATA CTTCGCTTTC CTTCTCTCTA CTAGATCTGG
CGGCGTCGGT ATAAATCTTG CCACTGCAGA TACTGTCATT ATCATGGACC CTGATTTCAA
CCCTCACCAA GACATGCAAG CATTGTCTCG TGCCCATCGT ATTGGGCAGA AGAATAAAGT
CCTTGTCTTT CAGCTCATGA TTCGAGGGAG CGCCGAGGAA AAGATTATGC AGATTGGCAG
AAAAAAGATG GTACTCGATC ACGTTCTCAT TGACCGTATG GCCGCGGAAG ATGATGATGG
CGAAGACTTA GAATCCATTC TTCGTCACGG AGCCAAAGCA TTATTTGATG ACGACAACTC
TGGCGACATA ATCTACACTT CCGAATCTGT TGATAGGCTG CTTGACCGCA GCCAGGCGGA
GCAGGCCACG AATCCAGACA CGAATGTCTC TGCTTCTGAG TTTAGCTTTG CTCAAGTATG
GGCCGCCGAT AGCCAAGGCC TGGAAGACCA ACTTAATGTT GCAGAAGAAG ATCCAACCAT
AAGCAACCAA ACGTGGGAGA AAATACTACA AGAGCGTGAA CGGGCTGCGG CTGAGGAAGC
ACGAAAGAAA GCAGAAATCC TTGGCCGCGG CAAGCGGAAG CGGGCGACTG TTGACTACTC
AGCTGTTGAT GCCGATCCGG CCCCTGCCAG AGCGCTTGCG AGTCGCGAGA CTGAGAGTGA
CGCGGAATTC CGTGAGGATG AAGCCGGAGT AGCCTCTGAT TACAGCATGG AAGACGATAT
TAGTGTTTAC GAAGGGGCGA CCATAAAACC TAAAGGTAAT TGGCCTATCG CAATTGCTTT
GTTCAAACCC CCAGAAAGCT AATTCCATCT GCAGTTCATG CATTTCAGCG GGTCATACTC
CTTCCACAAG TTGCCCAAAC TCCTCAGTCA GTCCAAGCAC CAACGCCGAA CGGTGTAGGG
ATGAATGGCC ATGTGGACCG CAATGGGGAT GCTTGTTTTG TCTGCGGCCG AGTTCACCCA
ATGGGATCTT GCCCACTCAA GCTGGCTGGA GTTGAACATT GCGGTCTCTG TGGACTCGCT
CATTATGGCC AGGCTCGTAC TTGTCCGCAT TTGAAGTCCG AGCTTCAAGT TTCAAGGATG
ATCGAGGCTT TGAAACAGAG CAATGAAGAT AAACATCTCG TTGCCCTGGC CAAGAAGTAC
GTCTACGGCA TAAAAGGTGA TCTCGCACAG CGCGAGAGGA GGAAATCACG GAAGGGCCCT
GCCGCAGATG CTTCCATAAA CTCAACTAAG ACTCCCACCT CATCAGTCCC GCCGAAGGCT
AGTATCCTCC CCACTGGACA GCCAGTTATA GACATTACCG AGGATCAGTA TGAATCTAGC
AATGGGCAAC CTGCTCCATC TGGCATTGAA GGCTCGAACA CGAACGATCG GAAACGTATA
GCGTGTTGAG CAATTACGAA TCTGGGAGAA ACTGATTCCC ACACTTACTG GGAAGGTATC
TTTGGGGTGT CCATAACGGG GCGGCGTAAC AAAGCAGACG TTGAGGGGTT CTATCCTTAA
TTTGTACATA TAAAAGATAA TC
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| Protein sequence | MLGFDYKKGN NDLQPAGPQM TAVEVPVLSN LREYEWLPGH STVRYIIHEV LSEDSYEPSY
LVKLESHELE VISSSRLQKL ENGREALETF QNSRVRYREP SCESESNIDK EEDEGQETTC
SPPGSELDDS RPSRRAKKTK FTEFFGAVSS DDDGKLTKSD SSDEDVVAPR SRQSVLRKRP
NYHSTLNNGF GANAHSRTRA STRSRKPLRY NLHEMYEDDI SEYEAVLSNH RKYVGTKEKF
DKIPSSDLFR GRHREVCEVC SIEGDLPDKG PLVFCQGCTD AYHQACLGPR TAREHLVTKV
ASDKFILQCR RCLGSSHAKD SRFPHQGICT GCNKPGKMSN PLRERLTSKQ EQQQRQENGG
EDPITAVSSY LINNPDNLLF RCKACHRSFH FDHLRAGRIS NWQCHDCNSL PGEVNAMVAW
RPLSTASKKS PKISELDKEY LIKWKEKSYA HCTWMPGSWV WGYINPVMRR AFLRSDKSHL
PRMTTDEAIP NDYLRFDIIF DVKFADNDLH MYGEDYDEDL ERIDNVSKAY VKFKGLPYED
AVWEVPPDRS NTEAWNDFKA AYADWAKKPF ISTPNQISLQ KHLANVRKQK FKSREAQPRI
MTGGEIMDYQ RDGLNWLYFK WFKQQNAILA DEMGLGKTIQ VIGLLATLVQ DHKCWPFLIV
VPNSTCPNWR KELKTWVPSL RAVTYYGSSL ARKMAQEHEM FIRGDPDLRC HVVITSYETM
VDDSCRKVLS RIPWAGLIVD EGQRLKSDKS QIYEGLSKMK FPFKVLMTGT PLQNNTKELF
NLLQFCDQSK NAEELEEKYG TLSKENIPEL HELIRPFFLR RTKAQVLTFL PPVVQIIVPV
TMSVLQKKLY KSILAKNTQL IKAIFQRNEE DQPLKQTERH NLNNILMQLR KCLCHPFIFS
KAIEERTDDP EVAHRNLVDA AGKLQLLELM LPKLQARGHR VLVFSQFLEN LDVMEDFLDG
LGLPHRRLDG RMTSLEKQRM IDDYNAENSP YFAFLLSTRS GGVGINLATA DTVIIMDPDF
NPHQDMQALS RAHRIGQKNK VLVFQLMIRG SAEEKIMQIG RKKMVLDHVL IDRMAAEDDD
GEDLESILRH GAKALFDDDN SGDIIYTSES VDRLLDRSQA EQATNPDTNV SASEFSFAQV
WAADSQGLED QLNVAEEDPT ISNQTWEKIL QERERAAAEE ARKKAEILGR GKRKRATVDY
SAVDADPAPA RALASRETES DAEFREDEAG VASDYSMEDD ISVYEGATIK PKVHAFQRVI
LLPQVAQTPQ SVQAPTPNGV GMNGHVDRNG DACFVCGRVH PMGSCPLKLA GVEHCGLCGL
AHYGQARTCP HLKSELQVSR MIEALKQSNE DKHLVALAKK YVYGIKGDLA QRERRKSRKG
PAADASINST KTPTSSVPPK ASILPTGQPV IDITEDQYES SNGQPAPSGI EGSNTNDRKR
IAC
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