Gene ANIA_08076 details

Gene Information

• Locus tag: ANIA_08076
• 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: 670449
• End bp: 676612
• Gene Length: 6164 bp
• Protein Length: 2044 aa
• GC content: 56%
• Product: MYB DNA-binding domain protein (AFU_orthologue; AFUA_5G01730)
• Protein accession: CBF73833
• Protein GI: 259480833

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: 33
• Fosmid unclonability p-value: 0.335364
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGTCTGCGC GATATCCCCA ATCGTCAGGG TTTAACCCCC GTGATCGTTC CCCTTCACAA 
CGATTCAATG ATCGTCGACC CCCAGCCGGC CCTCGTGGCT CTGATGATGC AAATCTACCC 
ATAGGACGAG AGCCGCCCAG AGGGCCACGG GCTCTAGTTG ACCACCATCC TCGAGTCAAT 
TCTTTCGGTA GAGGTCGAGG CCATGGCCGT GGAGAATTCC GTGAAAGGGA ACGCGATCCT 
CGTGGTGACC GTGAGAGAGA ACGCGACCGA GATTTCCGAG ATCTCCGCGA CGGCCCGCCG 
CCATATCGTC GCGAGATTGA GCGCGAATGG AATCGTCGCC CCCATGATTT TGATGTGAGA 
GAGCCCCGCG GTGCCTTCGG CCGACGTTCG CGTTCGCCTC AGCAGCCTCG CGACTTCCGT 
GATATGAGAG ATCCCCCAGG CCGAGAGCCT GATCTCGTGC GAATGCGCCG TGGTTCCAGA 
GACAGTATGA TGTCGGGGTC CTCTGCAGTT CCTGATGGTC CTCCGCCCGT TGGCCATCAT 
TCTCGCCCTG GTCCGATCCG CGGAAGGGGA ACTCGTGGTC GGATGCCGTA TATGGATGAT 
CGCGAATCCT TCCGCCGCCG GAGTAGGTCA CGCGACCCAA GATGGGACCG GGATCGAGAC 
CGCGACCGCG ACCGCGACAG AGACCGACCG CTTGACCGTG ATCGTGACCG AGAGCGCATC 
ATCGTGGATC GAGATAGAGA CCGAGATATT CGGGACATCG ATAGACGCGA TAGGGACCGT 
GATTTGGATC GCCGAGATAG ATTCGATCGC CGTGACGAAT TAGATCGCCG CATGGACCGT 
GACGAGCGAG GCAGGCCCGC AGTTTTTGGG AAGCGAGATC GTCCACCAAG TCGGAACGAG 
AACCGGAATC CCAGCATTTC GTCCCTACCA TCTACTGCAC CACCACCACC ACCACCACCA 
TCAGTTCACA ATGGAGCTGC ATTGGCGGAC AGGATAACTG ACCCGGTGAA CGTTGAACCC 
CCTAGAAAGT CGTCCGCAGC AGAGCCCTGG CGTGAGATGG AGCGACTGGA CTCCTTACCC 
TCTCGACCGG ATACCGCAAA GGAATTTATA CCCCCTGTTC CGAAACGCGC CACACCTCCC 
GCAGCTCCTC AGGTCCCAGC TTTTGGCTCA GTGACTGCGC CTATCCCTGA TATAGCGTCA 
GAGAAGCCTT CAGTCGATGC ACTTTCAGTG GCCCCGTCTC TGCCCGGAGC TGAGAAAGAA 
CGCCAGGAAC CGCCAGCGAG ACCCCAAATG CTCCCGCCAA CGGGGCCGCG AGCGGATCGT 
GGTCCGCCTC ATCACGTATT GGAGCAGCGC GCTCGCCGTG ATGAAGCCAA GCGTGACGAG 
GCTCCTGATC CCCTTGCGAA GCCAGAGAGT CCGGTGCGAT CATTCAAGCA GCCTCAACCA 
TTATCGGCCG GTTTGCAAAA ATCAGCGGAA CTTTCCCCAC CAACTGCTCC AGCTGCCATG 
GTTGCCAAGG ACGGTACGAT CACCCCTGAG TCATCGCCTA GCAAAGTAGG CTCATCCGCA 
GTCTTTGCAG ACGCAGGACG GGGCGCCCAC TCAGTGGGAC GATCCGCGTC GCCGGGATCG 
CTCACTTCAC CTCGCATGCA TTCGGCGAGT ATTCCTACTG GTCCCCGGGC ACTTCAACAG 
CGGCCCCAAC CGTCTCGCGG ACCTGCCAAA GGTAACAAAC AATGGGTTCG TCCTGGATAT 
AATCGTCCAC ATTTTGCGAC AAGTCCGACA TTACCACCAA AGAGGGATTC AATTGATATC 
AAGGACAGGA GCTCGTCTTT CGGCGAAGAA GTTAAGCGAG ATATGAAAAC GGAAGTTGAT 
GAGCAGCTGC CGAGCCCAAA TGCGAATAGA CCTGCCGTTG AAAAAGATAG GGCTGCGCTC 
AAAGAGAAAG AGAATATTCC CGCTCCCGAA TCGTCCCCAA AGCCGCCTAT AGAACCAGCT 
ACGAAACCCC AAGACCGCTC GCCTAGCCCT CCCCAGGTAC AGGCGGTATC ACCTAAACCC 
ACCGAAGACA AGATGGAGGA TGTCATTCCA GACTTTGGGA GGTCTAGTGA TGAAGAGGAG 
GATGAGAATG TGTTCACACA GGAATACTTG GAAGAAAGAA AGCGAATCTT TGAGAAAGAC 
ATGCAAATCC TCCGTGCTGA AATGCCTACC TCGCCTCTGG AAGATCCGAC CATCGTCGCA 
TTACTTATGC GAATCCAACT TCTAGGGATG ATTGCAAATG AGACTGAGCC TGAAAAGGCC 
CAGGAGCCTA CGGCTCCAAC GGATGATGTT GTTGAAGAGG AAGTGCAGGC CACTCCTCAG 
GATAATGACT TCGGCAAGAA GACCGAGGAG CAGGAGTCTT CCACAAAGCT TGTTCTGGAT 
TCGCTCCCAG CAGCGGTGTC TGTAGCGAAT CTTCCATTTC TACAATCTGG CCCTCCTACG 
CCCGTGTCCG ACCTCGATGT ATACCAAGAG AATACTTCCA CGCATGATCG CATAAAGGCG 
ATTTTGCGTG AGGAGTTGAT TGACCACCGC AAGGCCGTAG CTAAGAAAAA TGCGGAGCTG 
CGGATGCAAT GGTTGGAAAA ATACAAACAA TGGAGATTAA GTGTGTGGGA GATGGACCGT 
GCCAAAGAGA AGGATAAGGC CTCTGTGACC CCAGGGCTTA CCCCTCCTCC TGCACCGACC 
GCACCAGTAA CGCCGAACCC CGTCTTAGAA GGCCGCTCCG AGGGGCGACG CTACAAAGGT 
AACAGCGAAC TGGATTTTCA AAATGCTCTC CGTGCGTCTG AGATCTCTGC TCAGGAGGAG 
CTCGCGCGGC GTCGCGAGAA TAAGGCTACT GCGTATCCAG ATCTCACTCG TGAGGCGGTG 
ATTCCGGACA TGCTTGAACC TCGGGAAGCC AAAGCCCTCA TATACAAAGA TACAAACAAC 
ATTGTTGATC CGTCTCGTGC CATGGAGGTG TTCGGCTTCC TACCACCGCC AAATGATTTC 
ACGCCTGAGG AGCACGAAAC GTTCACCGAT GCTTTTATGG CCCACCCCAA GAAATGGGGA 
AAGATCGCAG AAGCGTTACC TGGGCGGGAT TTCAAACAGT GTATCATTCA CTATTATCTG 
ACCAAGGAAG AAATCAAGTA CAAGGCCAAG TTGAATAAGC GATGGAGTCG CCGTGGGCGT 
GCTAGAAGAT CTGCAAGGGC TCCTAAATCG AATGCACTTA TGGCCGACCT GGGCGTCGTC 
AAACCTGACT ATGACGGTGA GGAGGAGCCC ACACCTGTTA CCGACACCGG CCGCCCGCGT 
CGTGCAGCTG CTCCGACATT CGGTGGAGAT AATTCTGCGG ATACGGAGCA GAGTGCCAGC 
GGACGTCGGG GTAATGCCGC AAAAGACAGT GAAACGGGCG AGAAGCCTTC GGGAAGGCGG 
GGAGCACGCG GAGGGACTGG CGCTCGCGGT GGCCGCAGAG GTAAGGCAGC TCAGCAGCAG 
CAGCAGCAGC AACAACAACA ACAACAACAA CAGCAGCAGC AGCAGCAACA GCAAGCCTCA 
GTGCCACCAC AGCAAGATCA GCCCAACCTA ACGACGCCGA CTGTATCGAC CATCTCGGTA 
CCAACTACAG CAATCACACC AATGGCTGCT ATTGCAAATT CCGATGTCCC GGAGATGGGT 
GCGGAAGCGG ATGCTGATGC TGGTGTTGTG AGGTTCAAGG ACCAACTAGA GGATGACCGT 
GTCGAGATGC CCCCACGTTC AAAGTCTGGC AGGGGTCGCC CTAAGGATGC GGTATATGCT 
TTCGAGCCTT CAGAAACAGA GAGCACGACA GTCACCCCTG TCAATGGCTC CGTCCGGTCG 
GCGGAGATGA GCTACAACAC GCCACCGACG ACCAGCTATT GGTCGGTTCC TGAGGTCCGC 
GATTTCCCAT TGCTCCTAGC ACACTTCGGC AGGGACTTTG AAGGTATTTC TAATTTCATG 
AAAACGAAGT CTACACAAAT GGTGAGCAAC AACCCCTTAA CCGAATCTAG CGGAGAATTC 
TGTTTCTGAC TATTCATTGT CATATTCAGG TCAAAAACTA CTTCCAACGA CAAATCGATC 
ATGGCAAGAA GGAGCTTGAG GAGATTGTTG CGGATGCGGA GAGCAAAAAG GCCCGGGGTG 
AACCTCCGAA CCCGTTGCCA ATTCAAAACT TCACGTCTAA ACGTCGGTAT GAAGCGACGC 
CTTCGGCCGT TAGTATGTCC AGGCCTCTTG CGCCACTTAC GGAGGCGACC CCGGAGTTGG 
ACGAGAACCG TCTCGCGCCC ACTGCCAGAC ACACTGCAAT GCCTTCGCAG CCAATCTCCC 
TACACTCTCG TCCTCTTCAC GAGCGGGAGC GTAGTGTTTC TCGATATCCA CCGCTCGCGC 
AAGCCAGCAG TGCCCCAATA GTTCCTCAGT CACCCGCAAT GTCGGTGGCC GACGAGTCGT 
CCCGGACGAT CCATACCCAA CCTGGGTTGC CGCCGCGAAT GCAGGGGCCA CGCTTAGGTT 
ACTTCGACGA GAGGCCGCCG ACTGTGCTAT CCCATGCAAG TTCCCGAACT CTTGATCATC 
CCTTATCTTC ACGGCAAGTT GCTGTGTCTG CGCCAGATAT GACGAGGATG GAGCCGCTGT 
CCAGTCAAGG GTTCAGGGGC GTAGATGTGC ACGGATCGCC TTTGCTGTCT AGCCAAAGTT 
CAACAGCTCC GCCACAACCC TACCTACAAC CTTTGGCACA GCCCCACGCT CAGACGCCAT 
CGCTTATGTC TCATGGCTCG CACTCACGCC AGCCTAGTTT GACAAAGCCT CCAAACTCCC 
CACTTCAGGG TCTTGGAAGG CACGAGTCAG AGATGTCCCA TATTCGACGC GATTCCTTGG 
GCCAGAGGTC TTTCTATCCG CTTTCTGTGC ATCACGTTGT GGCTTCGCAG CCACCTCCCG 
TCATGTCCCC GTCTCGAGAT CCTCTCCGCA CGACTTTGAA CCCGGTTGAA CCCCCTGAAC 
CTCCTCGCCA GGTGCCTGCC AAGCGATCTA ACATTATGAG TATTCTAAAC GATGAACCCG 
AGGAGCCACA ACCTAGAAAG CGGTTCGCAA GCGATCAGGC TTCCTCCGTC ACTGGAACTG 
CTGTTGGCTC TCCCTCGCGG CCTGTGTACA CTGGAGGATC TTCACTTCCG CAGTCAATTC 
GACAAGAAGA GCCCATACTC TCGACTTCTC AGCAAAAAGG TCCATCTTAT CCTCAACAAA 
GTCCCTATCT GCCGCCTTCG CGCCCGTATT CCGAGTATCC CTCTTACAAC TCAACGACGG 
CGACATCGGG AACTGCTGGG AACACTGATT GGCTAGGTCG ATTCGATCCT CGAGGTCAAC 
AGCAATCCCA ACAACCATCC TCGGCTCCTC CGCCGCCCAG CAGCCGTCCA CCTACAACTC 
TGGCCTCACA ACCCCCATAC TCACCTTTTG CCTCTGGTCA AATCTCGTCT AGTCAGCTAT 
CAAATCTCAA TGCTCCGTCC CCTGTGCCAA CACCGCCTCC GGTGCCGGCT TCTCAGCGGC 
AGCCATACCC TGCTTCTGTT TACGCGCCAT CACCAGCGCC ACATCCCCAG GCTACGAGCG 
CGGGATCACG TGATGTGTCT TCTCAGGGAT CCATGTACAG GTCTGGCATT AACTCCCCAA 
CATTGCGGAG TAATCATGTC ACATACCCAT CGCGTTCGGG GCTCTCCTCG ACATCATCGT 
ATGGTTCGGC AACACAGACA GTGCCGACTT CTGGACATAT GCCAGGCACG CCTCAACAAC 
ATTCAAGTGG GCCTCCGGCA TATCAGCACA TGCAACCCCT GGTCGCACAT CAGCCTCAGC 
CTCATCGACC GCACATGGGC CTAGCCGGAG CACACTACGG TCGCAGCACG CCGCCGCCGC 
AATCACAAGC GTCCAGAATG CCGCCTCTAG CGGGTCCCGG ATCCCAACAG ATAGGTCGTT 
CCTACACCCC TCCGGTAATG CTGCAGCCGA ACTCGTCAGG TGGGATGGCC TATGCACCAA 
GTGGGCCTGT GGGTTCCCAC CCTCTTGGAG CACGGCCGGC GGGACCTGGC TCTCTGAGTG 
AATCGATGTC TGGGCCGCAT GGAGGCTCGG CTCATAATCG GGTTTACAGT CAAGGATCGA 
ATCCGTTTCC CGGACCGTTA CCGTCTCAGC ATTCCAGTCG GTGA 

 

Protein sequence

MSARYPQSSG FNPRDRSPSQ RFNDRRPPAG PRGSDDANLP IGREPPRGPR ALVDHHPRVN 
SFGRGRGHGR GEFRERERDP RGDRERERDR DFRDLRDGPP PYRREIEREW NRRPHDFDVR 
EPRGAFGRRS RSPQQPRDFR DMRDPPGREP DLVRMRRGSR DSMMSGSSAV PDGPPPVGHH 
SRPGPIRGRG TRGRMPYMDD RESFRRRSRS RDPRWDRDRD RDRDRDRDRP LDRDRDRERI 
IVDRDRDRDI RDIDRRDRDR DLDRRDRFDR RDELDRRMDR DERGRPAVFG KRDRPPSRNE 
NRNPSISSLP STAPPPPPPP SVHNGAALAD RITDPVNVEP PRKSSAAEPW REMERLDSLP 
SRPDTAKEFI PPVPKRATPP AAPQVPAFGS VTAPIPDIAS EKPSVDALSV APSLPGAEKE 
RQEPPARPQM LPPTGPRADR GPPHHVLEQR ARRDEAKRDE APDPLAKPES PVRSFKQPQP 
LSAGLQKSAE LSPPTAPAAM VAKDGTITPE SSPSKVGSSA VFADAGRGAH SVGRSASPGS 
LTSPRMHSAS IPTGPRALQQ RPQPSRGPAK GNKQWVRPGY NRPHFATSPT LPPKRDSIDI 
KDRSSSFGEE VKRDMKTEVD EQLPSPNANR PAVEKDRAAL KEKENIPAPE SSPKPPIEPA 
TKPQDRSPSP PQVQAVSPKP TEDKMEDVIP DFGRSSDEEE DENVFTQEYL EERKRIFEKD 
MQILRAEMPT SPLEDPTIVA LLMRIQLLGM IANETEPEKA QEPTAPTDDV VEEEVQATPQ 
DNDFGKKTEE QESSTKLVLD SLPAAVSVAN LPFLQSGPPT PVSDLDVYQE NTSTHDRIKA 
ILREELIDHR KAVAKKNAEL RMQWLEKYKQ WRLSVWEMDR AKEKDKASVT PGLTPPPAPT 
APVTPNPVLE GRSEGRRYKG NSELDFQNAL RASEISAQEE LARRRENKAT AYPDLTREAV 
IPDMLEPREA KALIYKDTNN IVDPSRAMEV FGFLPPPNDF TPEEHETFTD AFMAHPKKWG 
KIAEALPGRD FKQCIIHYYL TKEEIKYKAK LNKRWSRRGR ARRSARAPKS NALMADLGVV 
KPDYDGEEEP TPVTDTGRPR RAAAPTFGGD NSADTEQSAS GRRGNAAKDS ETGEKPSGRR 
GARGGTGARG GRRGKAAQQQ QQQQQQQQQQ QQQQQQQQAS VPPQQDQPNL TTPTVSTISV 
PTTAITPMAA IANSDVPEMG AEADADAGVV RFKDQLEDDR VEMPPRSKSG RGRPKDAVYA 
FEPSETESTT VTPVNGSVRS AEMSYNTPPT TSYWSVPEVR DFPLLLAHFG RDFEGISNFM 
KTKSTQMRRI LFLTIHCHIQ VKNYFQRQID HGKKELEEIV ADAESKKARG EPPNPLPIQN 
FTSKRRYEAT PSAVSMSRPL APLTEATPEL DENRLAPTAR HTAMPSQPIS LHSRPLHERE 
RSVSRYPPLA QASSAPIVPQ SPAMSVADES SRTIHTQPGL PPRMQGPRLG YFDERPPTVL 
SHASSRTLDH PLSSRQVAVS APDMTRMEPL SSQGFRGVDV HGSPLLSSQS STAPPQPYLQ 
PLAQPHAQTP SLMSHGSHSR QPSLTKPPNS PLQGLGRHES EMSHIRRDSL GQRSFYPLSV 
HHVVASQPPP VMSPSRDPLR TTLNPVEPPE PPRQVPAKRS NIMSILNDEP EEPQPRKRFA 
SDQASSVTGT AVGSPSRPVY TGGSSLPQSI RQEEPILSTS QQKGPSYPQQ SPYLPPSRPY 
SEYPSYNSTT ATSGTAGNTD WLGRFDPRGQ QQSQQPSSAP PPPSSRPPTT LASQPPYSPF 
ASGQISSSQL SNLNAPSPVP TPPPVPASQR QPYPASVYAP SPAPHPQATS AGSRDVSSQG 
SMYRSGINSP TLRSNHVTYP SRSGLSSTSS YGSATQTVPT SGHMPGTPQQ HSSGPPAYQH 
MQPLVAHQPQ PHRPHMGLAG AHYGRSTPPP QSQASRMPPL AGPGSQQIGR SYTPPVMLQP 
NSSGGMAYAP SGPVGSHPLG ARPAGPGSLS ESMSGPHGGS AHNRVYSQGS NPFPGPLPSQ 
HSSR