Gene ANIA_02994 details

Gene Information

• Locus tag: ANIA_02994
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001306
• Strand: +
• Start bp: 2097823
• End bp: 2101406
• Gene Length: 3584 bp
• Protein Length: 1133 aa
• GC content: 49%
• Product: conserved hypothetical protein
• Protein accession: CBF83602
• Protein GI: 259486060

Plasmid Coverage information

• Num covering plasmid clones: 19
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 51
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCAGCTA TGCTCTGGCA GTACTTGCTC CTCACGGCCC TCTTCTGGAC GAGCGTAAGA 
GCGGGAGGCT GGGAAGACTT TGCGGATAAC TTCGCAACGG ACTTGGTATC TATCTGTCCT 
GCTTAACCCA ATCTATTCTT GCTTGCGTCG AATGTAGTGC TAATGTGATT GCCGGTTCAG 
GCACCCCTAG TCGCTCTCTT TGGCGAGCGG CTAATGAAGC AATTTCTCGC CGAGTCTACA 
AGCCGTCTCG ACAATTTGAT ATTTGCCTTG TGTCCGCTAG GCATATTGAC TGCTGTAGTC 
TCCGTCATCC GGATTTGCGG GAATCCGTCT CTTCGAGCTT TTGTGGGCAG GGCCAATGAA 
GCACCGGGAG AGGCGGAGAA TGAGCTGCTA TCTTGCGTGT CTGAGGGCTT GGCAGAGTTG 
TTCAACGATG GCGGCATTTC CAGAGTATCT GGCAGGCCCA GGATTTTGGA AGTGGTTGTA 
TGGGAAGAAC AAGGCTCATA CGCGCTTGGG ACTCTTCGCG ATGCCCTTAA AGCAGGAGCT 
TGGTACGCGG ATGGCGAGGG AGTTCATGCT GGGAAAGAGC TCCTACAGCT TCCTGAACTG 
GATATACCGA ATCTGTCACT AAATAAGGGC ATTGACCGGA GAGGGCCTTG GTGGTTCTAC 
GCAGCTGCTC TTTTGGGGAT CATTTTACAG GGAGGTAGGG ATCATACTTG GTCTGGATGC 
TTATGCTACT TCCTACTGAT CAGGGTCTAG GAACTTTGGC ATATGCGGCA CTAACAGTTT 
TTTGGTCGTC TGGTATTTTT GGAAACGACG ATGATTCCGC CACAAACTAT GCTTTGCCAT 
TCTACATCTA CGGGTCGGTT TCACTCAGCT TAGGCATGTT TCTAAGTGCC TTCTTGATAG 
AACGCTCATC TAGTGAGACT TACTTACACC CAAACAAACC AAGTAAGCTT TACTGGTTAC 
AACCGGGCCG ACAGAGTATT GGAGATCAGG ACTTCGGGGC CTTCCTTGCT GTTGAAGAAG 
GCCCGAATTC ATCAACCTCC CAAGACTTGA TATATATAAA ATCCGTCCGC GGCCCTCCTC 
CAAAGGGCAA AAGATCTCTG CTTGTCTTCA CTATATCCGT CACTATGGTG GGATTTGTGT 
TGCAATTCGT GGGTCTTCGT GGCCTACACC CGTCCGTTAT AATCGCAGAC GTTGGATCGA 
CGCTTGTCAT GGCAGTGGCG CGCACATGTC TGAGAACTAA ACGGCTTGGT TCAGACGGGA 
ACCAGTTTCG CATAGACGAT CGAGAACTCT TTTCCCTGAA TGAGCAAGAA TTGGATTGTT 
TTGCATATCA CCTGGAAAGG GTCAAATCCT TCCAACTGAT GTCAACCCCC GTACATGCAT 
CTGTGCGGTC TGGATCATGT GCAACGAGTA GCTCATCACA AGTGTCGAAT CAGCCATCTG 
GACTTGGAGA GAAATTGATA CGCACTAGAG CTAGGTTAAC AGAGCTCACT TCTTGCGGCC 
GCCATCCTAG TATGGACTGG GATGATCTCC CAATACGAAG AGTGGCTAAA AACCTTGCGA 
GAACTATCGA ATTGACAATG GAGGTGGTGT CAGGATGGAA AGAGTCGCCT CTCAGTTCAT 
GCAGTTTTGA ACTTTTCTTC GCCTGCCACC CTAAGGATAG CAAGTCCCGC GGCTCCCTGG 
AAACATATAA TATCATGCTT GAACGATCAA ATGATACATT TCAATGGAAA GTCGACGCAA 
ACGAGCTGGA GGCAATTCTA GGGCTATGGA CATTCTGGCT CTTGAAGTAC GATGCGAAGT 
GGTCGCAGAA TGGCCTTGGA CGAGTAGTGG GATTGACTAA AGAAGAGGCC AAAGCTGAAA 
CAACAGATCT ATACTTCCAC AAGTGGATTT TCCGACAGAG GGAGGCAATG ATGGTATCAT 
CAAAGATGAT GTCCTTTCCA GGGCAGACTT TCGGTTACTT TTCCGATGAT TACCCGGATA 
GCAAGGAGAT TCTTGTCGTA AGAACAGAAA ACAGCCTGGG AGTCATGGCC GCACAAGAGA 
TATATATACA GTTTCTCATG GGTATTCTCG CAGGGACCAA AATTCTCGGG GGCAGCGTGG 
ATATCATTCC AATCTCCCAG TCTAGTTTCC TATCCCAGAG TACCTGCCTA GACGAACTCG 
TGGCCTGTTT TGGAACCGGG GATCTGGGTT CAAGAGAGGA TGCTTTGCTG TGTATAGTGC 
CAGTGCTCAA ACATCGCGGC ATTCTGCCCG AGCTTACTGG GGATACAAAC AGCGTACGAG 
AGCGCATTCA GAAGTTCACC TCTGACGGCG ACTGGGACGC TGCGTTCTCC ATGCTTCAAT 
GGCTCTGTCA ACGATCTGAA GGAAACGAAT TCGACCGCGC TGTGTACGAG TTGGGGCTTC 
TCTGCCAGCG AGCTATGCTT ATCAATATCG CAAGCGTCCG AGATAGAGGC TTTGAAACTG 
CTAAATCTCT CCTCCAGTGC GATGCCAGAT TCATCTTTTT CAGGAACCTT GGAAGCGCCC 
GCCGCCCAGA CTGGATGAAC TCACCAGCTC AAAAGAACTG GTGGACTGAA TTTTCCAGTC 
AGCTCGGTTG GGTGACATGG CATATTGCCA ATAATAACAC TCACCTACAT CCAGTAAAAC 
CTCTCCTGGA GAACATGGGT TTCTCAAAGG ACTCACTTTT CCGAGCAAAC GACAACCCTG 
ATGCCACAGA ACAAGCAAAC GCGAATACCG CGCAACTTAC TTTTCTGAAG TGGACCATTC 
CCAAATTCAA TGCTGGACGT CAGGGAGTCG ATGTCGAATA TGAGGGTGAA AACTGCATAG 
AAATTTGTTT GTCCTGGATC ATCAAAAATG CACAGCACGC CCTTCTCCAC TGGGTCCTAG 
CCCGTTGGGT AGAGGTCGGT CTAAATTGTC CACATTTAAT CATGAAAGCA TTTGTGTATG 
CCGCCAAGAG TCAGTCGGAT CCGGCAATCC AGATTCTTCG TCGCCGCGGT GCAGACATCA 
ATATACCAGG TGATCAAGCA TGTACAGCTT TACTTGAACT TGTTGAAACC GGGAATAGAG 
AATCGGTCAA GAAGCTACTC GCCAACGGAG CTGATGTGAA CGCTTTTGTT GAAGGTACGA 
ACCCTCCTCT AAATCTGGCT GCTGGCCAGG GGGATGAGGC AATGACACTT TTGCTCCTCG 
AGTGGGGAGC AGATCTGGAT ATTCGAGATG CCGGAGGCTT TACAGCTTTG CGCACAGCTT 
GCGAATTCAA CCAGTTCAAG ACCGCTACTT TACTCCTCGA AAGAGGTGCG GATATTGATA 
GCAAAGCTGG TGGTGGATAC ACCCCTCTTG CCTCGGCTGC AGTAAAAGGC AATCTACCGA 
TGGTTGAATT CCTCCTGGAT AAGGGAGCAG ATGCCGAAAT CACAGATGAC GACGGGAATA 
CAGTGCTGAT GCTGGCGGTT TATGAACCCT CCGGTGCCGT CGTGCGCTTT CTGATCGACC 
GGAAAGTGGA TATCAGCAAG AGAGACAACT CTGGACGGAC AGCACTTGAC CTTGCAAGAA 
GAATAGAGTC AAGAACAATT ATAGCCATGT TAGAAGCCGC CTAG 

 

Protein sequence

MPAMLWQYLL LTALFWTSAP LVALFGERLM KQFLAESTSR LDNLIFALCP LGILTAVVSV 
IRICGNPSLR AFVGRANEAP GEAENELLSC VSEGLAELFN DGGISRVSGR PRILEVVVWE 
EQGSYALGTL RDALKAGAWY ADGEGVHAGK ELLQLPELDI PNLSLNKGID RRGPWWFYAA 
ALLGIILQGG TLAYAALTVF WSSGIFGNDD DSATNYALPF YIYGSVSLSL GMFLSAFLIE 
RSSSETYLHP NKPSKLYWLQ PGRQSIGDQD FGAFLAVEEG PNSSTSQDLI YIKSVRGPPP 
KGKRSLLVFT ISVTMVGFVL QFVGLRGLHP SVIIADVGST LVMAVARTCL RTKRLGSDGN 
QFRIDDRELF SLNEQELDCF AYHLERVKSF QLMSTPVHAS VRSGSCATSS SSQVSNQPSG 
LGEKLIRTRA RLTELTSCGR HPSMDWDDLP IRRVAKNLAR TIELTMEVVS GWKESPLSSC 
SFELFFACHP KDSKSRGSLE TYNIMLERSN DTFQWKVDAN ELEAILGLWT FWLLKYDAKW 
SQNGLGRVVG LTKEEAKAET TDLYFHKWIF RQREAMMVSS KMMSFPGQTF GYFSDDYPDS 
KEILVVRTEN SLGVMAAQEI YIQFLMGILA GTKILGGSVD IIPISQSSFL SQSTCLDELV 
ACFGTGDLGS REDALLCIVP VLKHRGILPE LTGDTNSVRE RIQKFTSDGD WDAAFSMLQW 
LCQRSEGNEF DRAVYELGLL CQRAMLINIA SVRDRGFETA KSLLQCDARF IFFRNLGSAR 
RPDWMNSPAQ KNWWTEFSSQ LGWVTWHIAN NNTHLHPVKP LLENMGFSKD SLFRANDNPD 
ATEQANANTA QLTFLKWTIP KFNAGRQGVD VEYEGENCIE ICLSWIIKNA QHALLHWVLA 
RWVEVGLNCP HLIMKAFVYA AKSQSDPAIQ ILRRRGADIN IPGDQACTAL LELVETGNRE 
SVKKLLANGA DVNAFVEGTN PPLNLAAGQG DEAMTLLLLE WGADLDIRDA GGFTALRTAC 
EFNQFKTATL LLERGADIDS KAGGGYTPLA SAAVKGNLPM VEFLLDKGAD AEITDDDGNT 
VLMLAVYEPS GAVVRFLIDR KVDISKRDNS GRTALDLARR IESRTIIAML EAA