Gene ANIA_04963 details

Gene Information

• Locus tag: ANIA_04963
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001303
• Strand: +
• Start bp: 437007
• End bp: 440542
• Gene Length: 3536 bp
• Protein Length: 1057 aa
• GC content: 54%
• Product: cell division control protein (Cdc15), putative (AFU_orthologue; AFUA_3G10250)
• Protein accession: CBF76386
• Protein GI: 259482165

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 0.00898549
• Plasmid hitchhiking: No
• Plasmid clonability: decreased coverage

Fosmid Coverage information

• Num covering fosmid clones: 50
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGCCGGGTA CGGTTTCTGA AGGGCCCACG GTTGCCCTAT CTTGTGAGTA GCCCCCAGGC 
CTCTACCAGG ATCTACCTAC TAACAAGATC GACGTAGTTG CCAATAATTT CTGGGGAAAG 
GATGATGCCG GCGTTGCGCC CATGCTAGAG CGCATGCAAG CAGCTAAGCT CTCTTGCGAT 
GAATTGAAGA CTTGGTACAA TAGTTCGTCA CCCATGCCTA GGTCTGACTC GCGAACCCGT 
CGTTCTGACA GCTGCTAGTC CGCGCCGCGA TCGAAGATGA GTATGCACGG AAGCTCCTTA 
CACTCTGCCG CAAGCCTCTC GGAGCACACG AGACGGGATC TCTTCGGGAG TCTTTTGATA 
CTGTGCGAGC AGAGACAGAG GCCATTGCGA AAGCGCATGC CGCCATCGCA GGGCAAATGA 
AGAGAGAGCT AGAAGAGCCG CTGATCGCAT TTGCCGGTGG TAACAAAGAA CGAAGAAAGA 
TCATCCAAAA TGGCATTGAG CGCATACATA AGACTAAGAT GCAACAGACA CACACCGTGA 
ATAAGGTGAG CTTGTGGATA TCTCAGCGCG GAACCGGTGG GCTAAACAGA CAGACTCGGG 
ATCGATACGA GCAGGACTGC CTAAGAATAA AAGGTTATTT GGCGCAAGGT CACATGGTGA 
TGGGCCAAGA GGAGCGAAAG AACAAGGCGA AGCTCGAGAA GACCCAGATT CAGCTAGCGT 
CTAGCAGCAG TGAGTATGAT GCCGCAGTTA AAGTGCTTGC TGATACCACC GAACGCTGGA 
ACAAGGAATG GAAAGCTGCC TGTGATGTAA GCCCTGCGCA GAAACTCCTT GATTGGTTTG 
TCACTAATAG CGATTTAGAA ATTTCAAGAC CTTGAGGAAG AGCGCATCGA TTTCACCAAG 
AGCAGCCTTT GGACATACGC CAATATTGCG TCCACAGTGT GCGTAAGCGA CGATGCTGTA 
AGTCGACCGC TCCATGCGCG TGCGGCCTGA TCAAACCGTG GCTGATTGAG TAATAGTCCT 
GCGAGAGAAT CCGTCTTTCA CTGGAGAACT GCGAAGTCGA GAAAGATATC ATCCACTTCA 
TTAAGGAAAG AGGCACGGGT CAGGAAATAC CCGCTGCCCC AAAGTTCATC AACTTCTCTC 
GAGGAGACGT GAACGATGCC AGCTCCGATG TGTCCGAGGA AGAAGGCTAT TCTGTAGCTC 
AATTCCAGCG CACTATCAAC CCTGCATTCC GCAGCTCCTC ACCGCAGCCA TCTACTTACG 
AGTCTCATCA TGAAGCGCCG CCTGTGGACC TGGCTCAGAA CGGTCCTTCA ACACCTTCGA 
GCAGAGAGCC TACCGTTCCT TTGCAGAAGC CAACGCAGCC ACCGATGCAG CCACCTACGC 
AGGCACCAAT GCAGGCACCA ATGCAATCGC CAATACAGCA GCAGCCCCCT CCTCTAGATT 
TCCGCCGAGG AGGCCACCTT CCGCCAAATT ACGATCCCAA CCAGCACGGT GAGATTTCGG 
CTGTGCCACA CAATGCGTAT CCAACCGATG GTATGACAAT GTTTTGCCGA ACCGGTCCTC 
CATCCGAACG CAGCTCAGGA ACAACTAGTG GCTACCGCCC ATCCAGCCAA GACTCCCATA 
GTGAAGTCTC CAACGCCACT TCGATATCTA GCCAGGAGCC TCCCAGCGCC AGACAGTCTC 
CGACCAAGCC AATAAATGGC GTGGCTTTGC CAGGTATAGG TAGCGGAGAG GTACAGCCGG 
CGCAGAAAAA GAAATTCTTT AGCAACAGTC CGTTCCGACG CAAGAGCCGC CATGACAAAG 
ACCGCAATTC TGGACCCTCT CAGCTTCCTA GCCGAAGAAC CTGGGACTCT CCTTCCAAAC 
AAACCACTCC TATCAAAGCT CCAACTCCTC AAAAGCCTCA ACAACCTCAG CCACCGATTA 
CGAAGGCGGC AGATGATATT GCCAGATCTG CTAGCCCTGA ACCGGTTGAT CCAAGGGCTA 
ACTTTCAACT AAATGTTGGA AACAACGTGT TTGATGTTGC CTCTCCAGAT AAACCTAAAC 
CGACCAATGG TGCGGAGCCG GCAAATGATG GAGAGGACAC CGACCCCATC GCGCGCGCAT 
TAGCGGATCT AAAAGTGGCT GGAAAGCAGT CGGCAACCCG TGTCTCTGCT GATAGGTATC 
ATGGTATTGC TACGCCAGTT CCTTCTGCAC CTGCATCGAA CTTCACTGCA AACTCCGTGG 
CCACACCACC CCCGGCATAT AACGATGCCT CAGTGAAGCG TCTCGATGCT CCCCAGCCGG 
CCTTCACCTC AAAGCAAATG CAAAAAACCA CCCAGCAATA TACAGGTAAG ACCCATAATA 
TGCTCCGGGG CAAAGCGAAC CCGGTCTCGG TGTCTAGTCG CAGCCCCAGG CAGTCTCAGG 
AAGCCACTCG AGCGCCATCA CCCGCTGCTC CTAGGCGAAG CGTAAGCCCT CAACCGCAAC 
CGCAACAGCA ACCGGCCACT CGAGGAGAGT CACGAATGAG TCAATACAGT CGCGCTGCAA 
GCCCCAATAC AAGCCAATAC CAATCGAGCA GCGTGAAGAG TCGTCACAGT CAATCCCCAA 
GTGTCTCTAC TCCCCCACAA CGCCCAAGCG ACTCTCCATA TTCGCCTCAT GACTTTGCAA 
AGCGAAGTTC TGCAAGCGCT GCTCCATCGC CAACTACAAC CACAGCTCCC AGGGCACCCT 
CACCGAAGGA GTTTGCCAAG CGATCTTCTC AGAGCTCAGC TTCTCGAGCC GCATCCCCGC 
AGCCACAATT CAAGCAGCAA GCCTCCGTCC CTCGAGCTGT ATCCCCACAG CCGCAATACA 
GACAGCAAGC TTCTGCCCCT CGAGCTGTAT CCCCACAGCC GCAATACCGA CAGCAAGCTT 
CTGCCCCTCG AGCTGTATCC CCACAGCCGC AATACCGACA GCAAGCTTCT GCCCCTCGAG 
CTGTATCCCC ACAGCCGCAA TACCGACAGC AAACGTCCAT TCCACGCGCG GTCTCACCCA 
ATGACTTCGC CAAGCGGCCC TCTCAGAACT CTATGCCAAG GGCTGTATCA CCCCAGCCTC 
AGTTCCGGCA ACAAGCTCGA CCTTCGAGCG CCGGTGGAAT GGAGCTGCAG CTTTCACAGC 
CGGATATGTA CGGCAGTAGC GGCGACGGAT ACGCATCCCC GCAGAGGGAA TCTAGAAGAC 
CAATGTCGTA CTATGATGGT GGTAGTCAGC GCAGTCGATC CAGGAGTCGA TCGATGGCGG 
TCGCGGATCC AGGAAGACAG TTTAGCCGTG ATGGCCGCCC CATTTTGCAC TTTGGTATGT 
ACCAGCTGTA CCGGCCAATC ATCCATGTCA TGCACACCTT CATACTAACC TTTACTGTCC 
TGATAGCCCG CGCACTGTAC AGCTACACCG CTGCCATTCC TGAAGAACTT GGATTCCAGA 
AAGGTGATGT CCTTTCCGTT ATCCGGCTTC AGGATGACGG TTGGTGGGAA GCTGAAGTCA 
CTACCACCCG CCTAAGGACG GGGTTGGTGC CAAGCAATTA TCTCCAGATC ATTTAG 

 

Protein sequence

MPGTVSEGPT VALSFANNFW GKDDAGVAPM LERMQAAKLS CDELKTWYNI RAAIEDEYAR 
KLLTLCRKPL GAHETGSLRE SFDTVRAETE AIAKAHAAIA GQMKRELEEP LIAFAGGNKE 
RRKIIQNGIE RIHKTKMQQT HTVNKDCLRI KGYLAQGHMV MGQEERKNKA KLEKTQIQLA 
SSSSEYDAAV KVLADTTERW NKEWKAACDK FQDLEEERID FTKSSLWTYA NIASTVCVSD 
DASCERIRLS LENCEVEKDI IHFIKERGTG QEIPAAPKFI NFSRGDVNDA SSDVSEEEGY 
SVAQFQRTIN PAFRSSSPQP STYESHHEAP PVDLAQNGPS TPSSREPTVP LQKPTQPPMQ 
PPTQAPMQAP MQSPIQQQPP PLDFRRGGHL PPNYDPNQHG EISAVPHNAY PTDGMTMFCR 
TGPPSERSSG TTSGYRPSSQ DSHSEVSNAT SISSQEPPSA RQSPTKPING VALPGIGSGE 
VQPAQKKKFF SNSPFRRKSR HDKDRNSGPS QLPSRRTWDS PSKQTTPIKA PTPQKPQQPQ 
PPITKAADDI ARSASPEPVD PRANFQLNVG NNVFDVASPD KPKPTNGAEP ANDGEDTDPI 
ARALADLKVA GKQSATRVSA DRYHGIATPV PSAPASNFTA NSVATPPPAY NDASVKRLDA 
PQPAFTSKQM QKTTQQYTGK THNMLRGKAN PVSVSSRSPR QSQEATRAPS PAAPRRSVSP 
QPQPQQQPAT RGESRMSQYS RAASPNTSQY QSSSVKSRHS QSPSVSTPPQ RPSDSPYSPH 
DFAKRSSASA APSPTTTTAP RAPSPKEFAK RSSQSSASRA ASPQPQFKQQ ASVPRAVSPQ 
PQYRQQASAP RAVSPQPQYR QQASAPRAVS PQPQYRQQAS APRAVSPQPQ YRQQTSIPRA 
VSPNDFAKRP SQNSMPRAVS PQPQFRQQAR PSSAGGMELQ LSQPDMYGSS GDGYASPQRE 
SRRPMSYYDG GSQRSRSRSR SMAVADPGRQ FSRDGRPILH FARALYSYTA AIPEELGFQK 
GDVLSVIRLQ DDGWWEAEVT TTRLRTGLVP SNYLQII