Gene ANIA_10017 details

Gene Information

• Locus tag: ANIA_10017
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001308
• Strand: +
• Start bp: 4506504
• End bp: 4510012
• Gene Length: 3509 bp
• Protein Length: 1010 aa
• GC content: 51%
• Product: WD repeat protein (AFU_orthologue; AFUA_5G11870)
• Protein accession: CBF90172
• Protein GI: 259489692

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 0.0324509
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 48
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGCACGCA AATTAAGCCA CCAAAGGGTC ACTTATGGTA AGTCAACTGC GTGATCATAA 
CACTCCTTTG TTTCTACCTC CTTCTTTCCG CCCTCGCCAG ACCCCGTCCA TATCTCACAT 
TCGCGATGTC TGCACTTGAT GCTAACACAA GCATCGGCAT TTATCCAGTG CTCCCTCCCT 
CTGATGCACC CGGTGGTCAT CGGCTGGGCG TCAATGGCTT AGCGATCGAC TCAGCGAGTT 
CCATTCTGTA AGCGTTCCAA TCCGTTCCAA CACTGCTTAC CGAGATAAAC GCTGCTGTCG 
CAGTCCTCGC AGTAACTCCG TTTCTAATCG CTTTCTTTGA AAACAGTTAC TCGGCTGGTC 
GCGATGGAGT GATATGCTCA TGGGACCTTG ACCTTCCCTC TCTTACCTCG TCTTCGTCCT 
CAGCCCGGCA ACCTGGTCCT ACAAAGTTTC GAAACCAGGT CCAGGCGCAT ACGCATTGGG 
TCAACGATAT TGTCTTAACA CAAAACAACT CTGCCCTCGT TACGGCTTCG TCTGACACTA 
CGGTCAGGTT ATGGCGGCCT CACTCCGAGT CCACTGATGT CCCGGAGCCG ATTGGTAAAC 
ACACTGACTA CGTTAAGGCT CTTGCGAGCC CGGGTTCCCA TTCGACCTGG GTTGCATCAG 
GTGGCTTGGA TCACAAGGTC AATCTGTGGG ACCTCAATGG AAATGGGCAA ATCCTCAGTA 
TAGGCGCGTC GGGCGCGGAG CGGAGTGCCA AGGGCTCTGT TTACGCTTTG GGCGCTGTAT 
CCTCCGTCAT TGCCAGCGGA GGGCCGGAGA AATTGGTGAG GGTGTGGGAT CCAAAGTCCG 
GAAAATTAAT CACCAAGTTT GTCGGACATA CGGATAATAT CCGGGACATT CTCATTAACA 
GTGATGGCGA TACAATCATG ACGGCTTCGT CCGACCAAAC CGTCAAGATC TGGTCTCTGA 
CGGCGGGTAG ATGCATGCAC ACGTTGACCA TGCATAACGA CAGTGTCTGG TCGCTGTACT 
CTAACCATCC GAATTTATCT GTCTTTTATT CCAGTGACCG GTCCGGCTTG GTTGCCAAGA 
CCGATACAAG AAATGTTTCT GATATTGAAC AGGGTATCTG CGTGGCTGCA TTGCAAGAGC 
ACGAGGGAGT AGTCAAAGTC GTGGCAGCTG GAGACTATAT CTGGACTGCA ACACCGAAAT 
CCAGTATCAA TCGCTGGAGC GATGTCGATA CGGCTGCTGA GATCGATGCT CCCAGAGCCC 
GTGGTGGTCC AGACTCTGAC GCTGCACAGT CAGATGACAA GTCGCCGCCA AAGGAAAAGC 
CAACTAAGGT ACCATTTGAA TCGCTTTTAC TTCTCTCAAA CACATCTACG CTACCTAGTT 
CACGGATACC TCAAGGCGAT TCCGCCTCGA ATGGGCAGTC ATCCTCACCA CGGCAGGATA 
TCGATGATGA GCTGGGCCTC ACGCTTCCCG CTTATTCTCT GCCTGAGGAG ACAGTGGAAG 
GTCAGCATGG ACTGATCAAG TACTGTCTCT TGAATGACCG GAAACGTACA CTAACCCAAG 
ATTCCGCGGG CGAAGTTGTT TTGTGGGACC TGCTTAGGGT AAATTTCCTC TATTTCTATT 
GAAAACGAAC CTCACTAAAA AAGTCTAGTG TGTACCTATC AAGTCATTCG GCAAGCGTCA 
TATGGACGAT GTGGAATTAG AGGTCAACAC TAATGAGAGC GTTGCGCACT GGTGCACGAT 
CGATATTCGG ACGGGGAGGT TGTCTGTAAT ACTCGAACCA GGCCGGTGCT TCGACGCGGA 
GATTTACGCA GATGAGGCTG ATCTAGCGGA CTATTCACAA ATCCGCGAAG ACCAAAGATG 
TATGTTTGCC TGTTTATAAT TAAGATTTCT GACTAACTGG AATAGTGAAC CTGGGGAAAT 
GGGTCCTCCG ATGGCTCTTC GCTCCATTGG TGGATGAACT TGTCAAGCGT GATGCTGAGT 
ACCGTGCCGA AGCGAAAGCC CGAGCAGAGG AGATGGTCAA ATCTCATAGC GTGTCCGCGC 
CAGTGGATAT TCCTGGGAAG TTGACCGTGC CAATACCATC AGACCCGTCT GCCGTTCCGG 
GACGTGATTC GATTGCCAGT CCTACAACTC CCTTTAGCAT AGGCTTAGCA ACAACCCCTG 
GTTCATTGAC CTCGTCGGTG CTCAACCATG GACATAGCTA CAACAACCTG GGAATGTCTC 
CTGGGGAATC TTACGATCAT TTGACGTCGC ATCATAGTGT CGATATGGCT CGGAGCTCAA 
TGTCGGATAG GTCAAGTGAC TACTTTTCGT CCCCGAAATC GCATGCAGCG ATCGATAGTG 
ACAAGCCGTT GCCTACACCG GGCGAGCAGA CGCCAACTCC CGCTGCAGCC AGTGAGCCTG 
ATAAAGAGGA GCGTAAAAAG GGCGGCTCAC TCTTTGGCAA GAAGTTCCGA ATGGACTTTC 
CCAAGAAGCT AGGACGCACT TCGTCTGAAG TCAAGCCCCA GATCCAGGAG GAGAAGGCGG 
AGGAACCAGA AAAGACGTCG GTGAAAGAAG AGAAAGTTTT CGAGAACAAT CTCAGCGGCT 
TGATTGATCG GACGCGTCAT GAGTATGAGG AATACCTCAC CGCTAATCCG GGCCAGGAGT 
TAGTATCTGC ATTTACACCT AGCGACGAGA GCGAAGCACC AGCGCTGGAT ATACCGGCCC 
GCACGGTGGT TTTTATTCAG GAAGAGTCAG GAGACTCCGT CGTGGCTTCG GATATCTACA 
GGGGTACTCT GGAGAATATC AGTCAGGATC GAGAGAAGCT TGAGAAGACG GTGCCGTTAT 
GGCTAGGCGA TCTGCTGCTG AAGGTAGGCT GTCTCGGATA TTTCGAGTCG TTCATCTCTA 
ACCTATCAGA ACCAAATGCC TATCAAGGAG CCTGTCAAAA TCGCATTTAC GCTAAGGCCC 
TACGATGACC TATTGCCCCC TGTCGTCAAA CCAGAGACGT AAGTGCGAAT TGAAATAAGC 
CGCAGAATGC TCGTTGACAA TCTGCAGACC AAGCCTCAAT GGCACATCCA ACAACTCCCG 
TCTGAATGCG AACCGGATGC TTCGAGCCAA GAAGATCCTG GCGTACGTAT CAGAACGCAT 
TGAAGAGCCA ACCAACGACC CGCTGCAGGA CGCACTCAAA CCGGAGGAGT ACCTTGAGCT 
GTACTGCCAG AACAAGGTGG GCTTCATACA CTATATATAG CGTTAAAGAA AGATTTGCTA 
ACAAGGAAAA GCTCATACCC CCAAATATGA CCCTCGCCAC CATCAGGGTC ACTCACTGGC 
GAAACGCCAC TGACATGGTC CTTCACTACA AGGCCAACGG TAAGAAGGCG ATCCGGCTGA 
TAGGATCTGC GAATGACGCC AACGGTCAGG GTGAAGCCCA ATCCAACCAG CAATCTCAGT 
CGGAATCATG TGCGGTCCCT AATGGTGAGG AAGCGAGTGC TTCACATGGC AGCACAGCTT 
CAGGTTCGGT GTCTACAAAC ATTAATTGA 

 

Protein sequence

MARKLSHQRV TYVLPPSDAP GGHRLGVNGL AIDSASSILY SAGRDGVICS WDLDLPSLTS 
SSSSARQPGP TKFRNQVQAH THWVNDIVLT QNNSALVTAS SDTTVRLWRP HSESTDVPEP 
IGKHTDYVKA LASPGSHSTW VASGGLDHKV NLWDLNGNGQ ILSIGASGAE RSAKGSVYAL 
GAVSSVIASG GPEKLVRVWD PKSGKLITKF VGHTDNIRDI LINSDGDTIM TASSDQTVKI 
WSLTAGRCMH TLTMHNDSVW SLYSNHPNLS VFYSSDRSGL VAKTDTRNVS DIEQGICVAA 
LQEHEGVVKV VAAGDYIWTA TPKSSINRWS DVDTAAEIDA PRARGGPDSD AAQSDDKSPP 
KEKPTKVPFE SLLLLSNTST LPSSRIPQGD SASNGQSSSP RQDIDDELGL TLPAYSLPEE 
TVEGQHGLIK YCLLNDRKRT LTQDSAGEVV LWDLLRCVPI KSFGKRHMDD VELEVNTNES 
VAHWCTIDIR TGRLSVILEP GRCFDAEIYA DEADLADYSQ IREDQRLNLG KWVLRWLFAP 
LVDELVKRDA EYRAEAKARA EEMVKSHSVS APVDIPGKLT VPIPSDPSAV PGRDSIASPT 
TPFSIGLATT PGSLTSSVLN HGHSYNNLGM SPGESYDHLT SHHSVDMARS SMSDRSSDYF 
SSPKSHAAID SDKPLPTPGE QTPTPAAASE PDKEERKKGG SLFGKKFRMD FPKKLGRTSS 
EVKPQIQEEK AEEPEKTSVK EEKVFENNLS GLIDRTRHEY EEYLTANPGQ ELVSAFTPSD 
ESEAPALDIP ARTVVFIQEE SGDSVVASDI YRGTLENISQ DREKLEKTVP LWLGDLLLKN 
QMPIKEPVKI AFTLRPYDDL LPPVVKPETP SLNGTSNNSR LNANRMLRAK KILAYVSERI 
EEPTNDPLQD ALKPEEYLEL YCQNKLIPPN MTLATIRVTH WRNATDMVLH YKANGKKAIR 
LIGSANDANG QGEAQSNQQS QSESCAVPNG EEASASHGST ASGSVSTNIN