Gene ANIA_03881 details

Gene Information

• Locus tag: ANIA_03881
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001302
• Strand: -
• Start bp: 2731477
• End bp: 2734989
• Gene Length: 3513 bp
• Protein Length: 1125 aa
• GC content: 50%
• Product: conserved hypothetical protein
• Protein accession: CBF75176
• Protein GI: 259481551

Plasmid Coverage information

• Num covering plasmid clones: 16
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 40
• Fosmid unclonability p-value: 0.693693
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCCGAGC AACATAGACG ACAAACAGAT TATAGGATTG CCTGGGTGTG TGCACTACCC 
CTTGAGGCTG CCGCTGCGCA ATCGATGCTG GATGAGGTCC ATCCAAGACT CCCCCAACTC 
ATCAATGACC AGAATATCTA CACTCTAGGT GCAATAGCAG GCCATAATGT CGTGTTAGCA 
TGTTTGCCAT CGGGAGCATA TGGCACTATC TCTACGGCTG TCGTGATTAC ACAGCTTCTC 
TCAACATTCA CTGAAGTCGA ATTCGGGTTA ATGGTCGGCG TGGGCGGCGG GATCCCGCGA 
ACGGTAGACA ATAACATGTG GCTTGGAGAT ATTGTGGTCA GCAAACCTAC TTCAGAGGGA 
ACGAGTGGGG TGGTTGCCTA TGATTTTGGG AAGGTCCTCG GTGATGGCGA ATTCAAAGTG 
ACTGGAATAT TGAACCGGCC GCCCCTAGTC CTTCTGAACG CAATATCACA ACTCCAAGCC 
GAAGAGATAA TGGGGAAACC ACTGGGTATC CTGAGCCTAG TCTCATCAGC TTTGAAGACG 
AATTCAGGAG TGGCAAGCCA GTATTGCAAG CCGGAGCGCT CCAGCGACCG TTTATTCCAG 
GCGGAATATG TTCACCCACT GGGCGACGCA GACTGCGGCA AATGTGATAC AAGGTATTTG 
GTCGACCGTT CAGTACGGCA ATCAGAAGAG CCGCGGGTGC ACTACGGACT GATCGCATCT 
GGAAACCAGT TGATCAGAGA CGCCGTGAGC CGGGACCGCC TAGCTAAAAA GCATGGGGCC 
CTGTGTTTTG AGATGGAGGC CGCTGGGCTG GTGAATCAGC TCCCGTCTGT GGTTATCCGT 
GGAATCTGTG ATTACTGTGA TTCCCACAAA TCTAAGCATT GGCAAGGGTA TGCTTCATTG 
ACGGCCGCTG CCTATGCAAA GATCCTGCTG TCCAGGATTC CTCAAGCTAA GAGCAGTAAC 
GGTTCACAGA TGCCTCAACG TACACCATGT TTTATAGTGC CTTTCCGTCA GAACCCGCTG 
TTTCTGGGCC GCGAGCGCGA GCTCTCCCGC CTTCAGATGT TGATTACGGG TGGAAACAGT 
GGGACTAGAA GAGCCGCAAT AGCAGGACTT GGAGGCGTGG GAAAGACACA GATCGTGCTG 
GAGCTTGCTT ATCGTCTTCA CAAGAAGCCG GAAGCATACT CTATAATCTG GATCTCATCA 
ACCAGCGCCG AAACGGTGGA GCAGGCCTTT ATGGATATTG GCAGCCGATT GGGCCTGGAA 
TCCATAACCC CAGATAATGT AAAAGACCGG GTAAAGGGGT ACTTGAATTC AGATACGGCT 
GGTCCCTGGG TGCTTATCAT TGACAATGCA GACGATTCGG GATTATGGTC AGCGTCCAGG 
ATCCGAGACA CTCTTCCGAC ATCGCCTCGC GGGTTTATTC TCTTTACAAC CCGGAATCAC 
CAGCTTGCAA CAAAAGTTGC TGGCCCGAAC ATTGTTGATT TGAATGAGAT GGACGTTCAG 
TCGGCAATAA CTCTGTTAAA AAGTGCCGTT TTTGATCAGA GCTTGCTGGA AAGTGACACA 
TCTACAGCCG TTCTCGCTCG ACACTTACAT TTCATACCTT TAGCGATCGT CCAAGCCGCT 
AGTTATATCA ATGAAAACTT GATCTCCGCT GAAACATACC TTTCACTTAT CAAGGACACG 
GAAACTTCGA TGCTAGAGTT GCTCAGCAGA GACTTTGAGG ACGAGTGGAG ATATCTAGGG 
ACCGCGAATT CTATAACCTC AGCATGGCTC ATCTCTTTCA GACAGATTCA GACCATGAGC 
CCACTGGCTG TGGAGTACTT ATCATTCATG TCCTGCCTTG ACTTTGCCTG GATACCATGT 
TTATTGCTTC CAGCCGCACA GTCAAAGGTT GAACAGCAGA GCGCTTTAGG GGTACTAAAA 
GGATACTATT TCATATCTGA GCACTCAGAG AGTGGTATTC AATACTTTAG TCTGCACGAA 
CTTGTCCACT CGGTGACAAA AAACTGGTTA AGAACCCAAA ATACGCTAGA ATGCTGGATG 
AAGAAAGCCG GACAACACCT GAAAGATATT TTTCCGGAAA GCAAGCCAGA GAACCGCATG 
CTGTGGAGGA GATACCTACC GCATGCACAG CATATTCTTG GGTGTGAACA GTTTCAAGCT 
AGGACACCGG ACAGGGAGAG ACTGGTGCAG AAAGTGGGCC AGAGTTTGTA TAGTGATGGA 
AGGTACCGCG AGGCAGAGGT TCTATTCCGC GAAATTCTGG AGACAAGGAG AGCACGGCTT 
GGACACGACC ATCCTGATAC TCTCGAGAGT CTTGAGTGTG TGGTGGCTAC ACTGTGGGAC 
CAGGGTCACT GGAAGCATGT TGAGGAGCTC CAACTCAGAC TGCTGGAAGT CAGAGAAAAG 
AGACTAGGGC CAGATGATCC TGTAGTTCTG AGCAGCTTGG GCAACTTAGC TTCGACCTTT 
ATGAATCAAG GCAAGTGGGC TGACGCTCAG AATATGGAAA GGGAGGTGTC CACGAAATTC 
AAGTTGCTAC TTGGAGAAGA CCATCCGAAA ACATTGAAAA GCATGAGCAA CCTTGCCACC 
ACATATCGCA TGCAAGGCAA ATATGGCCAG GCTGAAGAAC TTGACATTTG CGTCCTCAAG 
TGTCGCACGA AAGTTCTTGG GCCCGAACAT CCAGACACAG TCATGACCAT GGGAAACCTG 
GCATCCACAT ACATGGAGCA GGGCCGATGG AGTGAAGCAG AAGAGTTGAG AAGACGCCAA 
GTAGCATTAT TGGAGGGAAG TATTGGTCCT GAACATAAAG ACATGCTCGC TGCTATGGGG 
AACCTAGCGA CGATATACCG CGAGCAGGGG AAGTGGACAC TTGCAGAAGA TCTGGAGGTA 
CGTGTTTGGA AACAGTCACA AGCCGTGTTA GGGACAGAGC ATCCGAATAC GCTGATCAGC 
ATGGCGAACC TGGCATCAAC CTACCGCAAC CAGTACAAGT TCGCAGAGGC TGAACTACTT 
GAGATGGAGA CCACGAAGAT CTTCAAGTCA GTCCTTGGCT CCCAGCACCC TATTACTCTA 
CGAAGCATGG GCAACCTTGC GTCTACAAAG CGGAGCCTGG GGAAACTTGA AGAAGCAGAG 
GAGCTTGAGG AGCAGGTGAT GACGACGTTT GACTCCATTT TAGGACGTGC TCACCCAGAC 
ACGCTGACAA GCATGGGCAA CCTGGCCTGC ACATATCGCT ATCAAGGTCG CTGTGCGGAA 
GCCGAGAAGC TGGAAATAGA GGTACTAGAC GCGAGGAAAA AGCTACTGGG ACCGAGCCAC 
GTAAATACAC TAACCAGCAT GTGGAATTTG GCCCGCACTT GGAGGAGGCA GGAGAAGTAC 
ACGGAAAGCT ATAAGTTGTT GCAAGCCTGT GTTGAACAGC AGATTCGCCA GCTGGGGCCG 
AACCATCCTG ATACTCTCGA AGCTACGCTG GAATTGGATT CATGGCAATC GGGCATAGAT 
GGAAGCTGGA TACTTATGAA AAACGTGGAG TAA 

 

Protein sequence

MPEQHRRQTD YRIAWVCALP LEAAAAQSML DEVHPRLPQL INDQNIYTLG AIAGHNVVLA 
CLPSGAYGTI STAVVITQLL STFTEVEFGL MVGVGGGIPR TVDNNMWLGD IVVSKPTSEG 
TSGVVAYDFG KVLGDGEFKV TGILNRPPLV LLNAISQLQA EEIMGKPLGI LSLVSSALKT 
NSGVASQYCK PERSSDRLFQ AEYVHPLGDA DCGKCDTRYL VDRSVRQSEE PRVHYGLIAS 
GNQLIRDAVS RDRLAKKHGA LCFEMEAAGL VNQLPSVVIR GICDYCDSHK SKHWQGYASL 
TAAAYAKILL SRIPQAKSSN GSQMPQRTPC FIVPFRQNPL FLGRERELSR LQMLITGGNS 
GTRRAAIAGL GGVGKTQIVL ELAYRLHKKP EAYSIIWISS TSAETVEQAF MDIGSRLGLE 
SITPDNVKDR VKGYLNSDTA GPWVLIIDNA DDSGLWSASR IRDTLPTSPR GFILFTTRNH 
QLATKVAGPN IVDLNEMDVQ SAITLLKSAV FDQSLLESDT STAVLARHLH FIPLAIVQAA 
SYINENLISA ETYLSLIKDT ETSMLELLSR DFEDEWRYLG TANSITSAWL ISFRQIQTMS 
PLAVEYLSFM SCLDFAWIPC LLLPAAQSKV EQQSALGVLK GYYFISEHSE SGIQYFSLHE 
LVHSVTKNWL RTQNTLECWM KKAGQHLKDI FPESKPENRM LWRRYLPHAQ HILGCEQFQA 
RTPDRERLVQ KVGQSLYSDG RYREAEVLFR EILETRRARL GHDHPDTLES LECVVATLWD 
QGHWKHVEEL QLRLLEVREK RLGPDDPVVL SSLGNLASTF MNQGKWADAQ NMEREVSTKF 
KLLLGEDHPK TLKSMSNLAT TYRMQGKYGQ AEELDICVLK CRTKVLGPEH PDTVMTMGNL 
ASTYMEQGRW SEAEELRRRQ SQAVLGTEHP NTLISMANLA STYRNQYKFA EAELLEMETT 
KIFKSVLGSQ HPITLRSMGN LASTKRSLGK LEEAEELEEQ VMTTFDSILG RAHPDTLTSM 
GNLACTYRYQ GRCAEAEKLE IEVLDARKKL LGPSHVNTLT SMWNLARTWR RQEKYTESYK 
LLQACVEQQI RQLGPNHPDT LEATLELDSW QSGIDGSWIL MKNVE