Gene ANIA_01546 details

Gene Information

• Locus tag: ANIA_01546
• ID: 0
• Type: CDS
• Is gene spliced: Yes
• Is pseudo gene: No
• Organism name: Aspergillus nidulans FGSC A4
• Kingdom: Eukaryota
• Replicon accession: BN001307
• Strand: +
• Start bp: 1071934
• End bp: 1078006
• Gene Length: 6073 bp
• Protein Length: 1605 aa
• GC content: 51%
• Product: transcription factor (Sin3), putative (AFU_orthologue; AFUA_8G05570)
• Protein accession: CBF85084
• Protein GI: 259486872

Plasmid Coverage information

• Num covering plasmid clones: 2
• Plasmid unclonability p-value: 0.0585952
• 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

TGCTGTTGCT GGCTTGGTCA TTCGGTTATA CTTTCTTGTC TCCTTTCGTG CTGCTGAAGT 
TCTTTCGCTC TATATTTCTT GATCTTCATT TTGTCTGGAT TCGCATCTCC TGCGGTTGGC 
AGATTTAATC CAGTGATGTT TCTGTGAGAT GAGTGGGAAG AGAAACTGAT CCGTGCGAAA 
AGGAATAAGA AGCTTGCAGC TTGATCTGGG GTCGTCAATA GCTTCCTACC TCTTTTCTAC 
ACTGACTGTA CGATATCTCA GTATCTTGGA GGCCGCTATC TGCCTCTAGA CGTTTACGGC 
ACTTTCGTTG GCCGAAAAGC ATGAATTCTG GGAACGATAA TTGGCACCCA GGTGGCCCGT 
CGCACCCTGC CATGGATCAA ATGAATCAAC CACCTCGACC GTTGGGCACG TTCAGGTATG 
TCATGCTATA TGGGGGCTGC CTTCTTTAAA ATCTAGTCAC AGAAGCTAAT ACGTTATCCC 
GCTGTTTGCA GTCAGAACCC GACCCCCCAG CAAGGCCCGT CTTCGCAGCC GTCAGGGCCG 
GTCCTCCCAC CCCCAGCCGG TTAGGAATGC CCCTGCATGT TTGGAAATAT AATTCTTGTT 
ATGTGTGTTC TGAACTGACA TGCGTGCCTC ATTAGCACCC TACCACTCGG CCGGTCAAGC 
GGGTGGACAT TCGCTGCCGG GATTGGCAGA ATTGAGCCAG ACTCACGGTA ACCCGCACCC 
ACCACCATCG TACGGCCAGC ATGCTCCTGC TCCCGCACAC GGTGGCGGAC ATTCGCTACC 
AGGAATTGGC CAGGCTATGC AACATCCTTC TCCTCAGTCG ATGAACCAGG ACCGCGAGCG 
AGATTCCAGA GATCGGGAGA TCATTGAAAG ACAACGCCAG GAGGAGATGG TACACAGGGA 
ACGTGAGCGT GAGCGTGAGC GTGACATTGA GCGGCAACAG CTCGAGCGGC AACGGGATCA 
GCAGCATCAT CCTGTTCAAA GTCATACTGG GTCGATTCCT CTACATCAAC CTGTGGCGTC 
AAAGGTTCCA AATACTATCC ATGGCCCCGG TGGTCTTTTG TCGAATTTAG GCCCTAACCC 
GCCTAACGGC CCTCAGAATG CCATGCAAGC TTCTGGCGGA CCCGGTGGGA TGTATGGATC 
CCAGATCCCG CATGGTGAAG GAACACCGAG GTCATACATG CAGCATGCCG CTGGACCGCC 
AGGTCAACCA TTGATGGCGT TCAATGGGGG CGGTCCGTCA ATTCCCGGTA ATGTTGCAGC 
CCTTGCACAG GGCCAACAAC CCATTTTAAA TGTGAGAAAA ATTCTTTCTA CCGCTCACCA 
ATAGCTTTTA AGTTGACAGT TTTGTCAGGA TGCGCTTTCA TATCTGGATC AAGTCAAGGT 
CCGCTTTGTT GATCAGCCTG ATGTGTACAA CCGTTTCCTG GATATAATGA AGGATTTCAA 
GAGTCAAGCG TAAGTGAACG GGAAAAAAAG TCTGTCAGTC GATGATCCCA TATTAACCCC 
ACTAGTATCG ACACTCCGGG CGTGATTCAG CGTGTTTCGA ACTTGTTCAA TGGACATCCA 
GCTCTTATCC AAGGATTTAA CACCTTCCTG CCTCCTGGCT ACCGGATTGA GTGTGGTACT 
GAAGATAACC CAGACGCAAT CCGGGTGACG ACACCTTCAG GCACAAATAC TCTTAGTATG 
CCCCGTGCTA GACATACGTT AGATGGCCCG AGCGACCTGG CTCCTCCCGC TGGGCTAGGT 
CCTCACAATC GCCCTGACTA CTATGAACAC TCTCGACCAG GATGGCAGCA ACAGCAGCCC 
CAATCCCAAC AACCGCAGGG CGGGTTTTCG GATTCACCGG GCGCTCGTAT GATGGGCGGC 
TTATTCCCAC AGCAATCTGG ACAAGGCCAG CCGCAGGACC ATCATTATGA ATATACTGGC 
CAGCAAGAGC AGCCTGCCCC GGCGGGCGCC GCTGTTGCGA CTCACGGGCA GGATCAGCGG 
GGCGTATCTC AACTTCAAGG CGCCGCCTCT GCAGCATCTG CTGGCCTCGG AAGAGCTTCT 
CTGTTAGGAG CTGGTCCTTC GAGCCAAGGA CCGAGCATGA CCCAGCCTAT GAATAATTTG 
GCAGGAGTCG GATCGGGCGT CTTGCAAGGT TCACAAGCTG ATTTGAAACG CGGACCAGTG 
GAATTTAATC ATGCCATCAG CTACGTTAAT AAGATCAAGG TTTGTTCTGC CACCATTATA 
CTGAGGTGCA TGAAGATTAA CACTTTAACT TCTTCCTAGA ATCGATTCTC CAGCCGGCCA 
GAGATATACA AGCAGTTCCT CGAGATATTA CAAACGTATC AGCGCGAATC AAAGCCGATT 
GGAGATGTAT ACACTCAGGT CACCCAGCTT TTCAATTCCG CACCAGATTT ACTTGAGGAT 
TTCAAGCAAT TCCTTCCCGA GTCTGCAGCT CATGCGAAAC AGCAGGCTGC TTTGCGTCAG 
CAGGCGGAGG AAAACGCGCC CATGAGTAAT CTCCGCGGTG ATCCCAATTA TGCACCTGGT 
TCCCTTACTT CGCAAACACC GAACCGTGAT GTGAAGATGC CTCCGCTTGG TAACTTCAAC 
GTCAAGGACT CGGCGAAGGA GGGCAAAAAG CGTAGAACTG GGCCTGGCGC ACCAACTCTC 
GGTGGCTCAA GCGTTGGCCC TGCTGGGGGT GTGGATGCTG CACGGATGGT CGACTCGCAG 
GCGGGACGAG GGCAAGTTCT GCCAGCAGGC AATGCAAATA AGGTTAGTTC TGCAACATTC 
CTTTCATATC TAAGCATCTA TATGGATAAG ACTTCGCTTT CGTTCTCTTT CTGGCTGTTC 
CATTGTCGCG GTTTGATACC GGGACGTTTT ACAGTGGTCA GGTCTAACAC AACCTACACC 
TCTTCCGTTT ACTCCGTTCG CTCTGTATCA CTTTTAAATG ATCTATGGAG CATGCTGATT 
TTATCCAGAG AGCCAAGGTT CATCACACAA AGCCTTCACA GGCAGAAGCT CCGGTCGTTT 
CTCCTACTCT TGTCCCTGCT CTCCCTGAGC CTGTCCAGCC TACATTCTCT TTGACGCCGA 
CACAGGAAGA GTTTGCCTTT TTCGATCGCG TCAAGAAGTA CATTGGGAAT AAACAGACTT 
TCAGCGAGTT CCTCAAGTTA TGCAACCTTT ACTCAACCGA CCTTATCGAC CGACATGTGT 
TAGTTAAACG GGCCGCTGGA TACATTGGTT CGAATCCAGA ACTCATGGCC TGGTTCAAGC 
GATTCATGCA CGTTGAGGAG CCGGAGGATA AGATTGTTGA AGTCAAGCCC AAGCAAGAAC 
CTGGGATTGT CAACTTATCG CACTGCCGGT CACTTGGGCC GAGTTACCGA CTTCTACCCA 
AGCGCGAGCG ACAAAAGCCC TGCAGCGGCC GTGACGAGCT ATGTCGGAGT GTATTGAATG 
ATGAGTGGGC CTCCCACCCG ACTTGGGCCT CTGAAGATTC TGGCTTCGTT GCCCACAGAA 
AAAATCAGTA CGAAGACGCT TTACACCGCA TTGAGGAAGA CAGGCACGAC TATGATCACC 
ATATTGAAGC TTGCAACCGG ACTATCCAGC TTATCGAGCC CATTGTTCAG CAGTTCCTCG 
TCATGACCGA GGCGGAGAGG GCAGCTTTCC AGCTTCCTCG CGGTCTTGGA GGCCAAAGCG 
AAGCAATCTA TCAGCGTGTG ATCAAGAAAA TTTACGACAG GCAGCGCGGA GAGAGGATCA 
TTAAGGAGAT GTTCGAGCGC CCTTGCCATG TTCTTCCAAT TGTGCTCTTC CGACTGAAAC 
AGAAATGCGA GGAGTGGAAG GCTAGTCAGC GCGAATGGGA TAAGATCTGG CGCGAACAGA 
TGCAGAAGGC TTACTGGCGC AGTCTCGACC ACCAAGCAAT AGCCAGCAAG GGAGTTGACA 
AGAAGCTTTT TGTGGCGAAG CATATTCAGA CTGAAATTCA AGCCAAGCAC GAGGAGAGCA 
AAAATCTGCG TAAGAGCGGA TTTCAAGTGC CAAAACATCA GTTCGAGTTC TCATTCACGG 
ATCCGACCGT GCTTATTGAT GCAACTCATT TGCTGTTGAC TTTCATCGAC CGTAACTCGG 
CTGGCTTTGG TGCCGATCCC CAAAAAGTTA TGATGTTCAT CAAGGATTTC ATTCCCGTGT 
TTTTCGGCAT GGACCGTGAC ACCTTCCATG TCTATATGAA CGAGCTCTCC AACGGAACTT 
CGCCGATTGA CGAGGGTGAC GATGAAAGCT CAGCTGCCGA TGATGCAGCA ACGTCACGCA 
GCAGCAGGAA AGGAGTCACA AACAAGAAGA TTGACCTCCT CCGTGATGTC CTCGAGCGCC 
GTGGTGAAAA GGCAAGTCGG AACGACAAAG AAGGCAGCGC CCCGGCTAGT GGTGACGGAA 
CGCCCGACGC CGTTCTTGTT TCCACTACGC CGATTCCAGA TCCGACAGAG ACCTTTGACG 
TTGCGGAGCT GAAGTGGATG GAGCATCCCG GACAAGGCAA CTTCAATCAA CACCGTGAGT 
ATAACCTCAA CGAGACTTAT GAGAAGAAAG CGCATCATCT GTATGCGAAT CTCAACATCT 
ATTGCTTCTT CCGCACATTT GAAATTCTGT ACTCTCGCCT TCTTCGTATC AAACTGCATG 
AGAAGGAAGC CCACGAGGTT GTTCGCCGCG CGCTTGTCAT GAAGCCTGCC CGGGAACTCA 
ACCTCATCGA TAAAGTCCCC ACTGACTTTT TCTATGACAC CGATCCAAAA GCGAATCTGT 
ACCAGCAAGT AGTGCGGATG TGCGAAGAAG TCATCAAAGG GGATTTGGAA TCGTCTCACT 
TGGAGGAAAC CCTTCGTCGC TATTACTTGC GGTCCGGATA CCAGCTCTAC AATCTGGAGA 
AGATGTTTAC TGGCATCGCG AAATTCGCTG GGGCAATCTT CAACGGTGAC TCTAAAGATC 
GCAGCTCTGA CATCATCAAT CTTTTCTTCA AGGAGCGCGA CAAGGATGAG ACTACGCACA 
ACCAAGAGAT CCAGTATCGC AAGCAGGTTG AGAGACTGGT CAAAGACAGT GAAATTTTCC 
GCATCACCTA CGTGAGTTTA CCCCCTTCAT TAATACGAAC CAATCTAACC TGTATAGTAC 
CCGGACAACC AGAAGACAAC TGTCCAGCTC CTGACTCCAG AGGATGCCAC ATTAGAAAAC 
GAAGAATTGA GCCAGGAGGC CCGCTGGTCA TACTACGTTT CGGCATACAC AATGCGCGAC 
CCAACGGAAG GGGTGCCGTT CTCCCAGATG CGGATGCCTT TCCTCAAGCG AAACCTTCCA 
GGTAAACTGG AGCAGGAAGA AGAGTACAAC CGCTTCTATC GCCCACTTGT TCACCAGGAT 
GGGCTTATCA TCCGCATCTG CGCCAACAGT TACCACATCC TCTACGAACC TGGCAGCTAC 
GATTGGTGGT ACCGGCCGGC TCTTCCCCCA GACGAGACGT CGGAAGACAC CGCCAAAGAG 
GCCGCTGTTA AGGAGAGGCG GCGCGATCGC TTTACCGAGA AGTTTATCAA CAACCCTAGC 
TGGGCTCATG GGCTTAGCAA AGACCAGGTC GACGAGTCGA ATCAGCGCTT CCGTTCTTGG 
ATCAAGGGCT CGGAGGCCGA GAATGCTGAG ACCAGTGCCC CTGCTGGCTC GGCAACAGAC 
AAGCCCGAGA ACAAAGACGA TGTCGAGATG CCAGACGCCG AGAAGGCTTC TGGGCCTGAG 
TCCTGATTGC TCCCTTTCGA TGCCTGCTAA ACGTTCTTAA CGGGCTTGTG CTTATCGGAT 
GGATGGTGCA TTTGGACTAC TTGAAAGCGT TGCTTGGTCA AATATTCACG CGGGTGCTTG 
GTGAAAGATC TACATTCAAT CTTGCATTCA TGTTTTCTTC TTACCTGTCG TTCTGTTTTT 
GGTTTCTTCG GCAGCAGTGT ATCTACTTTA TCACGGCATG ATCAGCGCTC GGCCAACGGA 
TGTACGAAAT GGTTTACTGA TTTGTGTCCC TGCCGGTCCT AAAAATGCTG GCGGGGATAT 
TTGATTCTTG GGCAGGTGTA GAGGGTTTGT TTTCGATTAT CTTTTTATGT GTACTTTAGA 
AGTTACCAGA GTT 

 

Protein sequence

MNSGNDNWHP GGPSHPAMDQ MNQPPRPLGT FSQNPTPQQG PSSQPSGPVL PPPAAPYHSA 
GQAGGHSLPG LAELSQTHGN PHPPPSYGQH APAPAHGGGH SLPGIGQAMQ HPSPQSMNQD 
RERDSRDREI IERQRQEEMV HRERERERER DIERQQLERQ RDQQHHPVQS HTGSIPLHQP 
VASKVPNTIH GPGGLLSNLG PNPPNGPQNA MQASGGPGGM YGSQIPHGEG TPRSYMQHAA 
GPPGQPLMAF NGGGPSIPGN VAALAQGQQP ILNFCQDALS YLDQVKVRFV DQPDVYNRFL 
DIMKDFKSQA IDTPGVIQRV SNLFNGHPAL IQGFNTFLPP GYRIECGTED NPDAIRVTTP 
SGTNTLSMPR ARHTLDGPSD LAPPAGLGPH NRPDYYEHSR PGWQQQQPQS QQPQGGFSDS 
PGARMMGGLF PQQSGQGQPQ DHHYEYTGQQ EQPAPAGAAV ATHGQDQRGV SQLQGAASAA 
SAGLGRASLL GAGPSSQGPS MTQPMNNLAG VGSGVLQGSQ ADLKRGPVEF NHAISYVNKI 
KNRFSSRPEI YKQFLEILQT YQRESKPIGD VYTQVTQLFN SAPDLLEDFK QFLPESAAHA 
KQQAALRQQA EENAPMSNLR GDPNYAPGSL TSQTPNRDVK MPPLGNFNVK DSAKEGKKRR 
TGPGAPTLGG SSVGPAGGVD AARMVDSQAG RGQVLPAGNA NKRAKVHHTK PSQAEAPVVS 
PTLVPALPEP VQPTFSLTPT QEEFAFFDRV KKYIGNKQTF SEFLKLCNLY STDLIDRHVL 
VKRAAGYIGS NPELMAWFKR FMHVEEPEDK IVEVKPKQEP GIVNLSHCRS LGPSYRLLPK 
RERQKPCSGR DELCRSVLND EWASHPTWAS EDSGFVAHRK NQYEDALHRI EEDRHDYDHH 
IEACNRTIQL IEPIVQQFLV MTEAERAAFQ LPRGLGGQSE AIYQRVIKKI YDRQRGERII 
KEMFERPCHV LPIVLFRLKQ KCEEWKASQR EWDKIWREQM QKAYWRSLDH QAIASKGVDK 
KLFVAKHIQT EIQAKHEESK NLRKSGFQVP KHQFEFSFTD PTVLIDATHL LLTFIDRNSA 
GFGADPQKVM MFIKDFIPVF FGMDRDTFHV YMNELSNGTS PIDEGDDESS AADDAATSRS 
SRKGVTNKKI DLLRDVLERR GEKASRNDKE GSAPASGDGT PDAVLVSTTP IPDPTETFDV 
AELKWMEHPG QGNFNQHREY NLNETYEKKA HHLYANLNIY CFFRTFEILY SRLLRIKLHE 
KEAHEVVRRA LVMKPARELN LIDKVPTDFF YDTDPKANLY QQVVRMCEEV IKGDLESSHL 
EETLRRYYLR SGYQLYNLEK MFTGIAKFAG AIFNGDSKDR SSDIINLFFK ERDKDETTHN 
QEIQYRKQVE RLVKDSEIFR ITYYPDNQKT TVQLLTPEDA TLENEELSQE ARWSYYVSAY 
TMRDPTEGVP FSQMRMPFLK RNLPGKLEQE EEYNRFYRPL VHQDGLIIRI CANSYHILYE 
PGSYDWWYRP ALPPDETSED TAKEAAVKER RRDRFTEKFI NNPSWAHGLS KDQVDESNQR 
FRSWIKGSEA ENAETSAPAG SATDKPENKD DVEMPDAEKA SGPES