Gene ANIA_05640 details

Gene Information

• Locus tag: ANIA_05640
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001305
• Strand: +
• Start bp: 1865686
• End bp: 1869112
• Gene Length: 3427 bp
• Protein Length: 1068 aa
• GC content: 51%
• Product: histone acetyltransferase, putative (AFU_orthologue; AFUA_4G10910)
• Protein accession: CBF81499
• Protein GI: 259484891

Plasmid Coverage information

• Num covering plasmid clones: 16
• Plasmid unclonability p-value: 0.814217
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 47
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCGGCAA CTGTGCCGAC GGCCGCCGAC AATTCTGAAT CGAGGCCAAC GGCGGAGGAT 
TTTGTGGACA GTGACCAGGA TGCCGAAGGG GAGGAGACAG ACTTGTATCA GATGGATCAG 
CAGCTCCAGG ATGCTGTACA CCGCGCGTAT TCGGGGGAAA TCGAGGCCGA GTCAGGGGCT 
GTTGAGGTCG ACGAGGATAT GGATGCTGAG GGAGAGGTAG ATTACGATCA TGTTCCAAAT 
GGGGAGATCG ATGAAGCAGA GCCCGTGGGT GCCGTCAAGA TTCCAGAAGG TGCTTCATCT 
ATCAACAATG ACAATGACGA TGACGCAGAT GCAGATGCAG ATGCGGATGC GGATGACGAT 
CCAGAATTCA ATGAACAGAG TGAGAGCGAG CGCGGCGGAT CTAGTTCATC GAGCAGTCGC 
GATTCAGATG AGGACTGGGA GGCGGAGAGC AATGGGCCTG CGGAAGCTGA AGCGGATAAT 
AACACAGTTC GCGGGAATTG CATGTGAGTA TCCTGATAGC TCACAAGGTC AAGTTTAATT 
ATTTTCAAAC TAACATGTTG TGTACAGATT TTGCAATCAA GATGAAGATC ATGACCCAAG 
CGAAGAGTTT GAGGAGTACT TGAGCTGTGC TGTTTGTGGC GATCACTGTA CGTTGATTTG 
CGGCCCTATC AAGATGAAGG CCCAGAACCC CGGAATATAG CGGACCTTTC ACTGACTCGG 
CAACCCGAAC AGCTCATCGG CAATGTGCTC GTGAAAATAA TGCTTTAAAC GATGCTGAAG 
GTATGTTGAT ACTGCACTAC ATTTTTAAAT AATTCTTCTT TGTATTTTGC ATAATTTCTA 
ATTTTATGTA GATACTGGCT CCTGGAGATG TCCAACCTGT CACAGCGAGA ACTTGGAGCC 
TAGTTCTAAA GAGGAGGCCT CATCGCGACG AAAAAGCGGC CCGAAGAACA TGAACAAGGA 
GCTTCTGCCA GCTCACAGTG GCGAAGAAGG TTCAGATTTC CATTCTATCT TCGATACCGT 
GACCGTCGAT GAAGAGCTAC TAAACAGCTC ACGGTCGCTT CGGAAGAGAA AAACCCAGTC 
TGTCGACGCA GAGGAACACG CACCTGTTCT CCGCAAGCGA CTGAGGCAAT CGCCTGCGCG 
AGTCGCACGA GCCGACTCGC AGGATCAAAT TAAAGCCAAC GGAGACGCTT TGTCGCCCGT 
CCGCACCCGT TCTCGGCGCA CTAGAAAAGA TGAGCAGGAA CATTGCCGTG TAGTAGTGAA 
ACAGTTTGGC AAACTCGTCG TGGCTTTTCG GTTACCTGAC GTGAAACTTT CTAAGATTCT 
CAATTCGCGC AGTCGGTCCT CAATTCGAAA CCGAAAGATC CCCAAACCAC CTCCACCACA 
AGAACCACCA CAGGCCCATT TTGCCCCAAT CACTCCCATT TCTTATTTCC CGTCTTTATA 
TTCCTTCAGT GACCGCGAGC TAGAGGAGTC CTCGAAAGCC AAGCCCTACG GAGGGATTCT 
CTCCGAGGCA GATGCTGACA CCTCCAAGAC GCTACCTTCA CAACTTGACC GTGAACGCTT 
CGAAGCCGCA CGGCAGAAAG CTGAAGACGC TTGGCAAAAA CGTCTAGCAG AGTCCCAGAA 
TGGTGGCGAA ACTGTGCAGC ATGCTTCTCA GAAGGTCTCT GGGCCTCCAT CTAGGATCAA 
GTATATCAAC TTTGGCGGAT TCGAGATTGA GACTTGGTAC GCAGCGCCGT ATCCTGAGGA 
GTATAGTCGA AACCGAGTAC TCTACATATG CGAATTTTGC TTGAAGTATA TGAATTCGGA 
CTATGTCGCG TGGCGCCATA AACTCAAATG CCCCGCAAAA CATCCTCCCG GCGATGAGAT 
CTACCGTGAA GGCTCCATCT CAATCTTCGA GGTTGATGGG CGGAAAAATC CAGTCTATTG 
TCAGAATTTG TGCTTGCTTG CGAAACTGTT CCTGGGGTCT AAAACGCTTT ACTATGACGT 
CGAACCCTTC CTTTTCTATG TCATGACCGA GTTTGACGAT TTAGGGTGTC ACTTCGTGGG 
GTATTTCAGC AAAGAGAAAC GGCCAAGCTC AGCGAACAAC GTCTCGTGCA TTCTTACTCT 
ACCCATACAC CAGCGAAAGG GTTATGGAAA TCTCCTCATT GACTTCTCTT ACCTCCTTAC 
TCGCATCGAA GGCAAAACGG GCTCGCCTGA AAAGCCTCTT TCCGATATGG GCTTGGTTTC 
CTATCGAAAT TATTGGCGGC TTGTCTTGTC ATACCAGCTG CGAAATCAAA AGACGCCGGT 
CAGCATTGCC GAGCTTTCCG AACGCACAGG TATGACGGCA GATGATGTCG TTTCTGGGCT 
GGAAGCATTA CGCGCTTTAG TACGAGATCC CGTGACCAGA ACATACGCTC TCCGTCTCGA 
TTACGACTAT TTTGAGGAAT GTATTCGCGG CTGGGAAAGC AAGGGATATG TGACGCTAAA 
CCCAAATGCA CTTGTTTGGA CCCCGTACAT CATGGGTAGG AATAATCAGT CACAATTCGA 
CCGCGCTCCT ATACATACCG TCGCGCCACG CGAGGGGCTT GAAGAAGACG ATGATGAAAG 
AAAAGAGCTA GTTGAAGAAG CTTCAAAGCA GTTGGAGGCC TCCAAGCGGA ACAGTCAAGC 
GCTGGTTAAC GGCATAAGTA GCGCGGAAGT CGCCGGTACA CTGCATGAAC CTGCAGGTCC 
TCCTTCTATA GATTCCCTGT CTAACACCAA TGGCGTCCAT CATCAAACAT CAACAGGCGC 
GGCCGGACAA AAGGAGTCGG GACCTTTGAG CAATGTTCCG GCATGGCGGT TCGAAATATA 
CCCCCCAGTT CAAGCACCAG TCTCCAAAAA GCGTTCTGGC CGCCCGTTTG GGGCGAAGTC 
ATTTCAAAAA ACCTCTATCA CTCCGACTAC TACTCGCACC AGCGGTCGTA CTACGCCCCG 
AAAGGCCGCC TCCCTTTCAA CAATAACCCC AACAGCAAAC GAACATAGTG TTAGACGAGG 
TCGGAGTGCG AAGCTATTTG ACTCCCCTTC GATCGGAACG GAAAACGTGG CAACGAACGG 
TATAGAGCCA GATCAGCTCG ATCTCGCTGG TGAAACAGGA ATCAACAGCG GCCAGGAGGC 
TGTCCGTTTT ACGGTTGGAG AACAAGGGAC CCCAGATCTA TCTGAAAATC CGAGTGATGC 
CCAAATACCG CCCACGGCCA ATGGCGTTAA TGGATCAAAA GCGGTCGAAG AGCAGCAAGG 
GCCAGTGACA CCTTCGAAAG GGAAGATTGT CGAAGGCAGA GCCAAACTCA CGCGGTCCGC 
TAGTCGAAAA TCTGTTGTGG AGAAAATCGA AATGCTTATA CCAGCGGAGG GTGAAGGCGT 
CGCTGTGCCT GACGATCATG GAAGCGATGT CGATGCGGAG GGCGATATCG ATATGGAGGA 
GACATAA 

 

Protein sequence

MPATVPTAAD NSESRPTAED FVDSDQDAEG EETDLYQMDQ QLQDAVHRAY SGEIEAESGA 
VEVDEDMDAE GEVDYDHVPN GEIDEAEPVG AVKIPEGASS INNDNDDDAD ADADADADDD 
PEFNEQSESE RGGSSSSSSR DSDEDWEAES NGPAEAEADN NTVRGNCIFC NQDEDHDPSE 
EFEEYLSCAV CGDHSHRQCA RENNALNDAE DTGSWRCPTC HSENLEPSSK EEASSRRKSG 
PKNMNKELLP AHSGEEGSDF HSIFDTVTVD EELLNSSRSL RKRKTQSVDA EEHAPVLRKR 
LRQSPARVAR ADSQDQIKAN GDALSPVRTR SRRTRKDEQE HCRVVVKQFG KLVVAFRLPD 
VKLSKILNSR SRSSIRNRKI PKPPPPQEPP QAHFAPITPI SYFPSLYSFS DRELEESSKA 
KPYGGILSEA DADTSKTLPS QLDRERFEAA RQKAEDAWQK RLAESQNGGE TVQHASQKVS 
GPPSRIKYIN FGGFEIETWY AAPYPEEYSR NRVLYICEFC LKYMNSDYVA WRHKLKCPAK 
HPPGDEIYRE GSISIFEVDG RKNPVYCQNL CLLAKLFLGS KTLYYDVEPF LFYVMTEFDD 
LGCHFVGYFS KEKRPSSANN VSCILTLPIH QRKGYGNLLI DFSYLLTRIE GKTGSPEKPL 
SDMGLVSYRN YWRLVLSYQL RNQKTPVSIA ELSERTGMTA DDVVSGLEAL RALVRDPVTR 
TYALRLDYDY FEECIRGWES KGYVTLNPNA LVWTPYIMGR NNQSQFDRAP IHTVAPREGL 
EEDDDERKEL VEEASKQLEA SKRNSQALVN GISSAEVAGT LHEPAGPPSI DSLSNTNGVH 
HQTSTGAAGQ KESGPLSNVP AWRFEIYPPV QAPVSKKRSG RPFGAKSFQK TSITPTTTRT 
SGRTTPRKAA SLSTITPTAN EHSVRRGRSA KLFDSPSIGT ENVATNGIEP DQLDLAGETG 
INSGQEAVRF TVGEQGTPDL SENPSDAQIP PTANGVNGSK AVEEQQGPVT PSKGKIVEGR 
AKLTRSASRK SVVEKIEMLI PAEGEGVAVP DDHGSDVDAE GDIDMEET