Gene ANIA_08190 details

Gene Information

• Locus tag: ANIA_08190
• 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: 1068859
• End bp: 1072346
• Gene Length: 3488 bp
• Protein Length: 1086 aa
• GC content: 53%
• Product: protein kinase, putative (AFU_orthologue; AFUA_5G03160)
• Protein accession: CBF74071
• Protein GI: 259480964

Plasmid Coverage information

• Num covering plasmid clones: 17
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 44
• Fosmid unclonability p-value: 1
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

TTTTATTGAC ACTACCGCGA TATGACCTAG GGAACCATTC ATCAGATCCA GCCCGGAAAA 
ACCACCGGTC CGCACCACCA ATCCCCGAAA GGCTCAACAC AGGCAACTCA CGCTTGATGC 
GGCAAACGAG GACCGCCGCC AAAGATTCAT CATTTGTGCT CATCAGCAGA TCTGGCCACT 
TCCTCGCTAA CCAGTGTCTT GCATCGTCGT GCTGTTCGTC GGTAAACCTT CTTGAACCAG 
ATGCAGCAGG AAGCGAAGAT TACATGGCTG GGTCCCATAG GAGTCCGGTG CTAAAAGACC 
AGTGGAGAGG TTCTTCCGGC GAAGTTGGAG ACCAGCGTGG CCGTGAGAAG CATAGTAGGC 
CTCGAGGCTC TCACCGCGAT AGGGGGAGGG AAAGATTTCG CGACCAAGAC CGTCACCATC 
ATCATCCGCC CAACGACGAC CGGCTTCATC GCTCGTCACG GTCGCCGCCA CCGCGTTCCT 
TCCCCGGTCC GGATAACAAA CCTCAACATC GTGATTTTTC CACTAACATT GCTTCCACCC 
GCGCTTCACC AGCCCCATCA CGCTCGGAAA TACGGCCGAG CCAAAATATA AATCGACCTG 
ATTCTCCTGA ACGCATCGGT TATCGCGTTA CTAATTCACA TATGAGATCC GCAGAAAGAA 
ACCATCGCCG AGAGGATTCT CCTTCAGCTC CTCCATTCAA AAGGCAAAGG ACACACAGTC 
CTCCACCTGA CGGTTTCCAG GGTCGACCGC CCACACACTC ACGTGGAGCA CCCCCTAGAC 
ACGGTCGCGA TTTCGATCGG GAACCTTCAC ACAGCAAAGG GCGAGGAGGG CGCCCGCCAG 
GCCGAGGCAG ACCTAGTCGA AGGCCATCGC CTCGAAGGGA GAGGGAGCGG CGGAAACACG 
ATAGCGGTCT TCGGGATCCG TCAAGAAACA GACAACCCTG GTCTCATGAC TGGGAGGACA 
AACCGCCTAT ACATCCGAGC CGGCGCTACC GCAGTCCTCC TTTAGACGGA ATCGAACGGG 
ATTCCTATCT CCGATCGCCT TCTCGCGTAT CGGCAGGTAC TCTAGATTCA AGGACGTCGG 
CACTTTCCCG TCGGGGATCA AAAGGCGACA TTGCAATGCA CCCACCTCCC TCACCCTCTA 
GGCTAAGTCT AGACCGCGTT CCAGATACAG GATACGGAGC CGGTCTTCCT GAACGAAGCC 
GAGCTTCAAG GTCCCCAGTC AATTCATATC ATGAATCTAC CCGTCCTAGT TCGCCTTATT 
CTACTGCACG CAGTGGACGA AGCGGGCAGC ATTCTTCACA CCCTAGCCAG CATAGGTATG 
TACTTCTCTC GACTGGTTTT TTCTATGCAT TGCTAATGAC AACCCACAGT TTTAGGGCAA 
GCAATTTCTC CGAACATGAT TCACCCAGCC GTCTCTCTCA TGGCCAGCCC ACTTCGTCGC 
ACCACGTAGC ACCGTCACAT TCCTATCGTG ATGGGCAGCA AAGATACCAA GAAACTCACC 
AAGATCGTCG CATATCTGGG ATCGTCCCTA CTGCTCCTCT GTCTCATGCC AGAAATCGTT 
TCAGCAGTCC TCAGCGAGAT GCATCGGCTT CGCGAAGTAG GGCAGGGCCC CCCAGTCCTC 
CGCAAGGGCC CGCGGCAGAC GACCCTCCCC CGCCTCCACC ACCGCCTACG GAACCTCGGT 
CGCATCGAGA AGGGTATCAA AACCTCACAA ATCACAGACC AGCAAGTCGC GAGACACGAG 
CACCAGATGA AGGTTCGGGG CATGATTCTG GATCTGGATT CCGAGCTGGT CAAACAGGGC 
AACCGGATAC GCGTCCACCA GAACCCCCTT CCGGTCCTAG CAAAGGCGGA AAGATTAGCT 
TTGCGTTCAA GGCAAAGACT GGGCCGCCAT CAGCTCCAAA ACCTGTTCCT GATCTGGCTC 
AACGAATGCT AGCACGAGAA CCGCCCCAGC GAGTTGCTGA ACCCCCCCGA AGTAAAATGT 
CGTCTGGACC GCCGCCTAGA TTCAAACCAG AGCCGCGTTT TGATCGCCGC GACAGAGATC 
GGGATCGTCA TCGTGATAGA GATCGTAATA GAGGAAGGAA CGATCGAAGA GACTACAGAG 
AACCGCGTGG GTCTCGTGAA GCGCGAGATT ACCGTGACAG CAGAAGAGAC GATCGGAGGG 
TTGACCCTCG GGATAAGCGA AGAAATGACA AAGCATCTGG GGTCCGACCT GAGCGTCGTC 
ATGATCCCTC TCCAGAACCA GTAAAACGCT CGAAGATTAT GCTTCGCCTC AAACCGCGTC 
CCACCATATC CGAGGAGTTT GCCAACTCAG ATTCTGTCTA CTTCCGCAAG CCTGGCAATG 
AGTCAGTCAT TGGGGCCGGT ACGTACGGAA AAGTGTTCAA GGCAATCCAT GTCTATACTC 
AAAGAAAGGT TGCCCTGAAG AAGATTCGGA TGGAAGGAGA GAAGGACGGA TTCCCTGTTA 
CTGCTGTTCG AGAGATCAAA TTACTCCAAC ACCTGCGGAA TCATAATGTT GTCAGTTTGC 
TGGAAGTCAT GGTCGAGAAG AATGAGTGCT TCATGGTTTT TGAATATCTC TCGCACGACC 
TCACGGGCCT CATCAACCAT CCAACCTTTA CTCTCACAGC TGCGCACAAG AAGGATCTTG 
CGAAACAAAT GTTCGAGGGT CTGAGTTATC TCCACCATCG AGGAGTTCTA CATCGGGACA 
TTAAAGCTGC AAATATTCTG ATCAGTAATC AAGGTCGACT CAAGTATGCT GACTTTGGCT 
TGGCTCGATT CTTTTCAAAG AGTCGTCAGC TTGACTATAC AAATCGCGTC ATCACTATTT 
GGTACCGGCC GCCGGAACTT CTTCTTGGTG AAACACAGTA TGGGCCAGCG GTTGATGTTT 
GGAGTGCGGC CTGTGTTTAT GTCGAAATGT TCACGAAAAA GGCAGTCTTC CCTGGAGAAG 
GAGGGGAGAT TAGCCAACTC GACAAGCTTT ACAATACCCT AGGAACGCCA ACTCGTGCAG 
AGTGGCCGAA TATTGTCGAA ATGCCCTGGT TTGAGCTCAT GCGGCCAACA GAGCGAAGGA 
AGAGGATATT CGAAGATATC TATCGGGACA TCCTCTCTCC AGCCGCGTTG GATATGGTCT 
CCCAAGTGTT CCGTTATGAT CCAGCCAAGC GTCCATCGGC TGAAGATGTT CTCGCCCACC 
CTTACTTCCA TTCTGAGGAA CCGAGCCCTC AACAGCCAAT CGAGTAAGTG TTTAGCAGTT 
TCCAGCCGAG TACCAAAGTA CGAATACTGA CTTCCTCTAG ACTAGAGAAT ATCCAAGGCG 
ACTGGCATGA GTTCGAATCC AAGGCGCTTC GGAAGGAAAG GGATAGGGAA GCGAGGCGCG 
CGGAATACCA GAGGGATAAG GAGAAAAGAA AAATCCTGGC GGCACAGGAT GAACGGGAAA 
CCAAGCGTAT CAAGCCTGAT ACCAGTGATG GGTTAACATC ATCCGTACCG CAGCCTGGGC 
AGCAGTAG 

 

Protein sequence

MRQTRTAAKD SSFVLISRSG HFLANQCLAS SCCSSVNLLE PDAAGSEDYM AGSHRSPVLK 
DQWRGSSGEV GDQRGREKHS RPRGSHRDRG RERFRDQDRH HHHPPNDDRL HRSSRSPPPR 
SFPGPDNKPQ HRDFSTNIAS TRASPAPSRS EIRPSQNINR PDSPERIGYR VTNSHMRSAE 
RNHRREDSPS APPFKRQRTH SPPPDGFQGR PPTHSRGAPP RHGRDFDREP SHSKGRGGRP 
PGRGRPSRRP SPRRERERRK HDSGLRDPSR NRQPWSHDWE DKPPIHPSRR YRSPPLDGIE 
RDSYLRSPSR VSAGTLDSRT SALSRRGSKG DIAMHPPPSP SRLSLDRVPD TGYGAGLPER 
SRASRSPVNS YHESTRPSSP YSTARSGRSG QHSSHPSQHS FRASNFSEHD SPSRLSHGQP 
TSSHHVAPSH SYRDGQQRYQ ETHQDRRISG IVPTAPLSHA RNRFSSPQRD ASASRSRAGP 
PSPPQGPAAD DPPPPPPPPT EPRSHREGYQ NLTNHRPASR ETRAPDEGSG HDSGSGFRAG 
QTGQPDTRPP EPPSGPSKGG KISFAFKAKT GPPSAPKPVP DLAQRMLARE PPQRVAEPPR 
SKMSSGPPPR FKPEPRFDRR DRDRDRHRDR DRNRGRNDRR DYREPRGSRE ARDYRDSRRD 
DRRVDPRDKR RNDKASGVRP ERRHDPSPEP VKRSKIMLRL KPRPTISEEF ANSDSVYFRK 
PGNESVIGAG TYGKVFKAIH VYTQRKVALK KIRMEGEKDG FPVTAVREIK LLQHLRNHNV 
VSLLEVMVEK NECFMVFEYL SHDLTGLINH PTFTLTAAHK KDLAKQMFEG LSYLHHRGVL 
HRDIKAANIL ISNQGRLKYA DFGLARFFSK SRQLDYTNRV ITIWYRPPEL LLGETQYGPA 
VDVWSAACVY VEMFTKKAVF PGEGGEISQL DKLYNTLGTP TRAEWPNIVE MPWFELMRPT 
ERRKRIFEDI YRDILSPAAL DMVSQVFRYD PAKRPSAEDV LAHPYFHSEE PSPQQPIELE 
NIQGDWHEFE SKALRKERDR EARRAEYQRD KEKRKILAAQ DERETKRIKP DTSDGLTSSV 
PQPGQQ