Gene ANIA_01025 details

Gene Information

• Locus tag: ANIA_01025
• 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: 1709259
• End bp: 1712755
• Gene Length: 3497 bp
• Protein Length: 1067 aa
• GC content: 52%
• Product: conserved hypothetical protein similar to Rho GTPase activating proteins (Eurofung)
• Protein accession: CBF88312
• Protein GI: 259488678

Plasmid Coverage information

• Num covering plasmid clones: 20
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 43
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGGAGTCCC CCACATCGTA CCCCCCGGAG TCTCCCATGG AGCAGGAGGA TATTCCATTC 
CCTTGCAAGG GCTGTGGAGA GGTATGAAGT GTCCGGTGAA AACTGTTAAG GAGCGCGAAT 
GCCGATACTG ACCTGGATAG ATTTTGGAAG AAGGCAAAGC TTTCGAGCTT GGTAGGTGTT 
ACGCCGATGT AGATCGCCAT AGTTTACTTG CTGACTGCGC TCTCTCTAGC CGGAAATCGA 
TGGCATATCG ACTGTTTCCG CTGCAGCTCG TGCAGCACAC TCCTAGATTC GGATGCGCAT 
CTTCTACTCC TCGGAGACGG CTCATTGATC TGCAGCAATT GTACCTACAG TTGCAGCTCA 
TGTGGGAACA AGATCGAGGA TTTGGCCATC CTGACTGGCG AACAAGCTTT CTGTGCCCAA 
TGCTTTCGAT GCCGGAACTG CAAAAGGAAA ATCGAGAATT TGCGCTATGC GCGGACGTCG 
CAGGGAATCT TTTGCATGGA TTGCCACGAG TCTTTGATGC AACGACGAAG AAAGAAGAAT 
CGTGCGGCAA CGTCTAAGAA GCATACTGGT CCCGGTGTAA AGTTAGACAA ATCGCTCCCT 
TCGCTGCCTC CTGAAGAGGT CGAGCCCCAT CCGCAAGCCG CAGATGACCT CTCTGTTGAC 
GGGTATGTTG ACTCGTCGAT GGAGGCGGGC TCTCGAACGG CAGCGCCTGC GCTGGACGCG 
GGAACCTCGT CTGTGGATAA TCAAGGTAAG CATCGCGATG TTTTGCGGCG GACGATGTAG 
TGCAGTGAAC TGATGTGCTG CGGCTCTGAA CAGATAATTT GATCCTGCCA TCGAGCACGT 
ATCGCAGCAA CCGGCTTTCT GTCGTCCCTA CCGAACCGGA TGCAGACGGT GGAGAGTTTT 
TGATTCCGCT CGCATTCGAT CCCTCCGAAG AACAGAGACC CCCTCGCGAC CACTCCACCA 
GGTCTCCAGA GCGCGCCCCA ATGGAGAACT CGTCTCCCCA CATTGCCTAC CAGGAAAAGG 
GTCGGGAGCG CCCCGAACCC GAATCTCATC GCTGGCGTCA AGATGATTCT CTCAATAGGG 
CAGCGAGTTC AAACTCTGCT CGAAGTTCTA GGTCGGACCT ACCGGTGGGT CATAAAGGAA 
GCAGCTCTTA TTCCACGTAT GACAAGTCGT CAACGGCCCA TGGGAGAGAC GGCTCGACTG 
TTGACCCAAG AACTGCGGCT ACGGAGAGTA CGACTACATT GCCCACTCGT CCCTCTTACG 
AGCTTCGTCG CCTGCACGAG AACGGAGGAT CCTCAGACTC GTCACCAGCT GTCGCTCATC 
CCAAGCGTGG AGATTCACTA GAAAGTAGGC ACCATAAACT TCCTCGAAAG GAAACTGTGC 
AATCTCCTGG TGCTACTCCA GCCCCTCAAA GCGATCAGTG GAGTGAGAAG TCTGTGGACA 
CTTTGAACAA AACAACTGCT CAAACTGGAG AGTCGCCACG GCTTCCGCGT AGTGACTCTT 
ACGAACAGCC GAAATCCCGC GCGCGTCCAA ATTCGATCTG CACCCCTCAG CAGCCAGACG 
CATTCCGCTC TGCGGACTAT GGAGCAACTC CTTCACCTCT GCGTTACAGT GGCGGGGGTG 
ATTTCTCTAT GGACGAGGAT ATGGCGAGAA TCATGGGTTC AGAAGAACAG CACTCGCAAA 
ACAGCGAATC ATTCCTCCGC AGAATGTCCA ACTCGGTGCG CCATGGTCGA AGCTATAGTG 
ACAAGGGCAC ACGGTTATCA AAGGACGCAA AGTGGCCTAA AACTCCTGTC AACGGGTCTG 
CCAATGCTTC AGCCAGCTCT CCGGAGCAAA TGGGAACCGA CGAAGTAACA TGGCTTCGGA 
GCGAGCTGCG AAAGGAGCGT CAACGGGTCC TTCAGCGGGA TCAGAAGATT GCGGAGATGG 
AGTCTGTCCT CAAAGCTACT GCTGATGTGA AGCAGGTCAA CACGGAGCTT AATGAGAAAC 
GATCGACTAT GGTGGTGTTG GACGCCCAAA AGGAGATTGT CATGCGGGAG CTCACTGTTT 
TGACTGAGCA CCTCGAGTCT GAAAAGCGTG GTGGCAGTAG TGGTCCCCTT GACCTGAGTA 
AACTTACCAA CAAGGTCCTG CGGGACTTTG TGGAGTCTAT CCAGAATCTG AAAGATTCTT 
TCACGCCTCA GATTGAAGAG TTGATCCAGA AACGCAATGA GGCTGCTGAG GAGCTTGCAA 
AGATCAACAG CCAGAAGGAT AAGAGCTTCC AAGAATTCGA GCAACTGTCC TCAAAGAACG 
CCCAGCTGGC TGAACTGAAC AATCAACTCG TCCATCAAAT CCAAGAGCTA TACAAGGCAA 
ATAACTCAGA CGGACGCGGT GCCAACGGTT TGGGCATTTA CTCGCACGGG AAGGAGAAGT 
CTTTATCCTC AATTGATGCA CTGAAGGCCA CGGGTGAATT GGCACAGTCG GTCTCCACTC 
CTAATATGTC TGAAGAGGCT GAGCCGGCCA CCGTTGTTCC TGGTCCCCAG GTTGTTAGCA 
TTCGTAAAGG ACAGCCTCGC AAGTTCAACT GGAAGAAAGG AGGCCAGAAC GTCGCCAAAG 
GAGTCACGAA AGGTCTCAAG GGAGCGTTCA TGTCCAGCGA AAATAACACT AGTACCGCGG 
ATGGCGTTCC TGGCCTACCA CGCTCTCAGA CACAAGACCC TAGTCGTCAG GGCTTTGGCT 
TTTTCGGAAA CCAGCGTAAC AAGCAAACGG GCACCAGAAT GCCGCAGACC GACAGCGTCC 
CAGCCTTGGC CGAAACCTCC CCAGCAGGTA AGTTCCCAGC CATAGTTGCA GCCAACACCC 
GTACTTATCT TTCCTTCAGG ACTATTCGGA ACCGATTTGG AGCAACGCAT GGAGCATGAA 
AAGAGCATTA TTCCGGGTAT TATCACTCGA TGTATCCAAG AGGTTGAGTT ACGAGGTATG 
TTATCGTGTC ATCAATCTGT CAGGCCCATG AGGTTAATGC TGGTAATTCA GGCATGGACA 
TGGAAGGGAT ATACCGAAAA TCTGGCGCTA GCTCAGCTAT CCAGACAATT CGAGAAGGCT 
TCGAGCGGTC TCCTCAGGAT TATGATATTT CAGACCCTGA TTTGGATATT CACGCCGTGA 
CATCGGCCCT CAAGCAATAC TTCCGCAAAC TACCCATGCC TCTCATCACG TACGACGTTT 
ACGAAAAAAT TATCGAAACA GGGGAGATCA CTTCGCACTC TGGTCGTGTC GAAGCGTTGC 
AAAAGAGCCT CGGAGAGTTA CCGCGTGTTC ATCAGGATGT GCTTGAGTTC CTCGTGTTTC 
ACTTGAAGCG TGTCGTGGAA CGGGAGAAAG AAAATCTGAT GACAAGCCAA AACATTGCCG 
TTGTCTTTGC GCCGACAATC ATGCGGCCAC AGAGTCTCGC ACGAGAGATG ACGGATGTTC 
AAAAGAAGAA TGAGGTGGTC AAGTTCCTGG TGGATAATTG CCAGGAAGTT TTCATGGGCA 
TGCAAAATAA CAACTAA 

 

Protein sequence

MESPTSYPPE SPMEQEDIPF PCKGCGEILE EGKAFELAGN RWHIDCFRCS SCSTLLDSDA 
HLLLLGDGSL ICSNCTYSCS SCGNKIEDLA ILTGEQAFCA QCFRCRNCKR KIENLRYART 
SQGIFCMDCH ESLMQRRRKK NRAATSKKHT GPGVKLDKSL PSLPPEEVEP HPQAADDLSV 
DGYVDSSMEA GSRTAAPALD AGTSSVDNQD NLILPSSTYR SNRLSVVPTE PDADGGEFLI 
PLAFDPSEEQ RPPRDHSTRS PERAPMENSS PHIAYQEKGR ERPEPESHRW RQDDSLNRAA 
SSNSARSSRS DLPVGHKGSS SYSTYDKSST AHGRDGSTVD PRTAATESTT TLPTRPSYEL 
RRLHENGGSS DSSPAVAHPK RGDSLESRHH KLPRKETVQS PGATPAPQSD QWSEKSVDTL 
NKTTAQTGES PRLPRSDSYE QPKSRARPNS ICTPQQPDAF RSADYGATPS PLRYSGGGDF 
SMDEDMARIM GSEEQHSQNS ESFLRRMSNS VRHGRSYSDK GTRLSKDAKW PKTPVNGSAN 
ASASSPEQMG TDEVTWLRSE LRKERQRVLQ RDQKIAEMES VLKATADVKQ VNTELNEKRS 
TMVVLDAQKE IVMRELTVLT EHLESEKRGG SSGPLDLSKL TNKVLRDFVE SIQNLKDSFT 
PQIEELIQKR NEAAEELAKI NSQKDKSFQE FEQLSSKNAQ LAELNNQLVH QIQELYKANN 
SDGRGANGLG IYSHGKEKSL SSIDALKATG ELAQSVSTPN MSEEAEPATV VPGPQVVSIR 
KGQPRKFNWK KGGQNVAKGV TKGLKGAFMS SENNTSTADG VPGLPRSQTQ DPSRQGFGFF 
GNQRNKQTGT RMPQTDSVPA LAETSPAGLF GTDLEQRMEH EKSIIPGIIT RCIQEVELRG 
MDMEGIYRKS GASSAIQTIR EGFERSPQDY DISDPDLDIH AVTSALKQYF RKLPMPLITY 
DVYEKIIETG EITSHSGRVE ALQKSLGELP RVHQDVLEFL VFHLKRVVER EKENLMTSQN 
IAVVFAPTIM RPQSLAREMT DVQKKNEVVK FLVDNCQEVF MGMQNNN