| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01039 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | Yes |
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| Is pseudo gene | No |
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| Organism name | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001308 |
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| Strand | + |
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| Start bp | 1653651 |
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| End bp | 1657998 |
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| Gene Length | 4348 bp |
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| Protein Length | 1393 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | membrane-tethered transcription factor (SPT23), putative (AFU_orthologue; AFUA_1G12550) |
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| Protein accession | CBF88281 |
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| Protein GI | 259488662 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 46 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGCTCTA CTTCGTCTCC TACTTTCCCG CCTCTGGATC CGATTGTCGT GGACGACGAC
ATGGTAAACC CATACCGGGA CACCGACATG GACTTCTTGG ATACCGCGAG GCTACAATTT
TCGTCAGAGA ATGCTGGACA GGACTTTGAC GATTTATTCT CGCGTGCCTC ATCTTCCCGT
ACGGTCGCGG AATCAAATCC ACCATGTCTC TCACCGTCAG AATTGTCGCT CAAAAGGTCA
TACCAGGATC ACGAGCCCTT GCGGCATCCC GAAGTTTTCA CATCAGACTC ACCCGCTGAA
TCACCGGAAG ACTCGAGCCG GAGCTCGAGT TCTGAATCGC CCCGAAACCA CCTCCGAAAC
CCATCGGTTG CATCCTCCAC CTCTGCGGTA CACAGTGAAA ACACAGTCAT GCCTTTCGGT
TATACGGCCG AGGACTGGGT AAATACGGAT TACGACCATG TGAAGGATGA GTCCTTGTTT
GGATTTGACG CTTCGCTTCC AAATATTGAA GGCCCCTATT CTGCGGAAAC CGACCTTGAA
TCGAGCAACA AAGCCATGGA CGCCGCTTTT GACTTCGAAA GTGCTGCCAG CAGCCCTAGT
CCTCTGAAGA CAGGATCCAT CTCTCAATCC AGGGTTCATA AAGGCTCAAG ATCGCGGTTA
GGTGGTGCGC CTGGTTCCGC GAAACGGAAG TCTGCTTCGC CAGTGAGTTA TAGAACCTGC
TAGCTAATAT AGTATGTGCG CTGACTGACT TATTGCAGCG GATTCCCCAG ACAACTGCTC
CGTTCATTTC CCACATCTCA AAAGACACAC ACTCCCCGTT CCAGGCTTCA AGGATGTCTC
AAGTGAAATC ACCATTAAGT CCATGGGACG GAAAGTCACC CTCGTCTTAC CTTGAGGAGA
GTTTCGGTGG TTTCAATATG AACGGCGGGT CACAACCAAA TCCAGACATC AACTTTTCCA
CCAACAGTCT TCCTTTTGGT TTCGGATTCG TACCCCCACC CGCACAGAAA GCCTTAAACC
CGAGTCCTGC TCACCAGCCC ATCTTAACTG TTCATCCGAC CTCTCTCAAA TCACGCGTGG
AGACGCAGAT ACCGATCAAG TTGACTTTAT ACCCATTACC CTATGGAGTT AAAAAGCTAC
GTTTGCCCAG CCACACGATC TCAAAACCCA AGTTCCTAGC ACCACCGGCC ACCGAGCGCT
CCGCTGATAC AGTTGAGCTG CATACGAGCC TCTTTTGCAC AAGTGCTTTA CAAGACAAGG
AGAAGTTGAA GAAAGCGCTA GCGAAGGCGA GAGGCGAACC TATATATCGC TCATCCAGCT
CCTCACCGAT GGGTAGCGAT GAGGGACCGG ATGATGAGAA ACCTTTGGAA GGTGGAGAGG
TGAAGATATG CGCTGGCTGC ATACAACGGG AGCGAAAGCG GGCTTTTCGA AAAAAGCAAC
GGAAACCGGA GGAAGATGAG TTGTTTCAAA AGCATGAGGA CAAGCGTGTT ATTGTCTTCA
ACACTCATGA GATCAAGGAT TGGGCTGAAC CGTCCAAAAC CACCAGTTCA AGCGAAGGTT
CGGTAACTAT CCCAGGTGCT ATGCAGGTGG AGCTGCCAAT GCGGATAGCA TGCTACTGCA
GGCACCAGAA CGAGAAGATT GGATTCCAGT AAGCAGATTT CCAGTTGTTT CAGTTGCTGT
CGTTGTAAAG CTAACGTCTG CCTGCAGGGT TATTTTCACG CTGAAGGACT ACAAGGACAA
CGTTATAGCT CAAGCGATCA CGAACTCAAT CATGATCACA GATGATCACA AGACTCATGC
ACCTTCGGGA CCTCCTGCTC CTGGCCCGCC TCCCGCTCTT GCGGATGGAA CCGAACTTCC
AGGAGTCGGG GTATTTCCAT CCGGTCCTGC CCTCGATGCA GGTAAATCGC CCGCCTCTAC
TAAGCAGTCG ACTGGGTCCC CTTCGGCGAC AGATCTGCAG GGACTTCAAC AAAGACTTAA
CTCGCAGTAC CAACCTAGTC CTAGTCCTTT CATGGATTCG ACGACTGCTG GGCCGTCATC
TAGTTCGCAA GCTTCTCGGA GCCTATCTCG ACAGGCGTCT CCAAACGACT TCCAAGGGCC
GATGAGTAAA CGACGAAAAC ACAGCAATTC CAGTAGACTC CCATCGGAAC TGACCATGAC
CAAACTCGAG CCGGGCCAAT CTTCTGCGAG AGCTTCTAGT AATGAGCCTC AGTTCCCCGC
TCCTCGTGGG TTCGCATCCC CCAGCGAGAG ACCGTTTGTG ACGCCCGCTG CCATGTCGAA
CCATTTGGGC AATGGTCCGC TCACGCCGAC AAGTGGAGAC AGCAATCCAT TCTTGACGTC
TATACAGCAG CAGAATTTGG ACAACTTCAT TCAGCAACAA TTGATGTCTG CGCCAAACTC
AGCCCAACCG AGTCGTCCTG GCACCCCGAG TGCGTCCGGC AGGAACAGCT TCCAAGACCA
GAATCTGAAT ATTGCAATCG GCCCGTCACC GTCTACACAA ATATGGCCTG GCATCACTAA
CGCTGGAAAC CGGTTGCCTA CGGTGATCCA TAAATTGGTT CCAGCGGAGG GTTCAGTTAC
CGGAGGAACA GAGGTAACGC TATTAGGCAG TGGCTTCTAT CCTGGCATGG AGGTAGTGTT
TGGTGATACT CTCGCAACTA CGACTACATT CTGGGGCGAC AAATGCCTCA ACTGCCTTAC
CCCACCTGCC CTTCAACCTG GCCAGGTGGT CGTTCTGTTC AAACATGAAC ATCCAAGCTT
TAATCAGCTA CAATCTCAAT CTCAACCATT GCTTCCCAAG CAACAGCAAT ATTTCCGTTA
TGTGGACGAC CGTGAATTAC AGATGTACCG ACTGGCGCTG GGGATACTCG GTCACAAGTT
AGGGAACCAA GCAGATGCTT TCCAAACCGC TCAACAGATC ATGGGTAGCG ATTATAAGGG
GGCCTTTAAC CTCCAAAAAG ACTTCCAAGG CTCCAGTGGA ACTCAGCGTC AAGTTCCCGG
ATTGGAGTCT CAAGGAAAGC TTGGTGACAT GGACTCGAGA ATGCTAACTT TCTTGGAGTT
TATCGACCTC GACGATAACC CTCGCCCGCC GAGGTATAAC ATGCGCTGTG CCACCGGTCA
AACTCTGCTC CACTTCGCGT CTTCGCTGGG TCTTACGCGT TTCGTTGCTG GACTTCTCGC
TCGAGGTGCG GATCCAGATG TGCAGGATAA TGTCGGAAAC ACAGCGATGC ACCTTGCAGC
CCTAAATGGC CACGCGCATA TCGTCCACAG ACTCCGACTT GCTGGGTCTA GCCCCAATGC
ACGCAGCATC AGGGGTTTCA CTCCGGCCGA TCTTGCCAGC ACACTACCTG CTCACCAAGC
AGCTTTGATA CCCGCGCGCC ACTACCGTTC GCGCAGTGTT GGCTCGTTGG CGTCGCGTCG
CAGGCATAGC AGCTCGGCAT CTCTCCATTC TCTCTGGGAG TCCTCCTCGG CTTCAGGTTC
TTTCGATTAC GCTGTCGACG ATTCTGAGGA TATAGAGGAT GATGACGAGC CGGTTCTCAC
CATTTCTCGC CGATCAAGTG TCCACCATGA TGTCTCTGTG GCACTTCAGA CGGCTGAACA
GGCCACATCG GATGGCGATG CACGTGCCTT CTCACCGCCG GCCGCACTTG TTGCCTGGCG
CAATCAGCTC CAGGCGCAAA TCAATCAGTT CCAACAGAGC GTTGCTAATG CCTTCCCTAA
TCTTCCCGCT CTACCGCCAA TGCCCGCTCT GCCAGACTAT CACGCAATGC GCCGCATCAC
GAACCTTGTT CCGCATAGAC CTACCTCCTC ACGCGGGGCG AAAGAGGGCT GGTGGGATAT
GCTGACCGGT AATTCCTCAC CGGGTGCAAC GGAGCTACCT TCGTATGACG AGTTGTATCC
GCGTAAAGAG GGCGAAGACG AAGAAGAAGC GACGCGAGCA AAGAAGACCA GCATGGTGCA
GGCAGCAGCA GAGGCGGCTT TGGATCAACA CTTTGAAGCG CAAGCTGGTT CTTCGAGAAC
CACTAGTGAA CAGAAGAATG AGGATATCAA AGACATCCGT ATCGGTCGGA ATGTCATATC
CCGGGAACAA CAGAAGCATC TTAGAGAACA ACAAGCCCGA CGAATGAAGG GTTTGGCTAG
TGACAGGAAC CTGTACTTCA TCTGGGTAAG TGCTTTAATA CTAATTTGTA TGGCGGGATT
GCTAACATTG ATCTAGATTC CTCTTCTATT ATTGGTGATT TTCGCATGGG CTCGAAGCTA
CATCCCTGGC ATATCACAGG GATTTTCTGA TGCATATGAT TTCCTTAAGA ACCGCTCTAC
ACAACGCGTC TTGGATATTG GCGCCTAG
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| Protein sequence | MGSTSSPTFP PLDPIVVDDD MVNPYRDTDM DFLDTARLQF SSENAGQDFD DLFSRASSSR
TVAESNPPCL SPSELSLKRS YQDHEPLRHP EVFTSDSPAE SPEDSSRSSS SESPRNHLRN
PSVASSTSAV HSENTVMPFG YTAEDWVNTD YDHVKDESLF GFDASLPNIE GPYSAETDLE
SSNKAMDAAF DFESAASSPS PLKTGSISQS RVHKGSRSRL GGAPGSAKRK SASPRIPQTT
APFISHISKD THSPFQASRM SQVKSPLSPW DGKSPSSYLE ESFGGFNMNG GSQPNPDINF
STNSLPFGFG FVPPPAQKAL NPSPAHQPIL TVHPTSLKSR VETQIPIKLT LYPLPYGVKK
LRLPSHTISK PKFLAPPATE RSADTVELHT SLFCTSALQD KEKLKKALAK ARGEPIYRSS
SSSPMGSDEG PDDEKPLEGG EVKICAGCIQ RERKRAFRKK QRKPEEDELF QKHEDKRVIV
FNTHEIKDWA EPSKTTSSSE GSVTIPGAMQ VELPMRIACY CRHQNEKIGF QVIFTLKDYK
DNVIAQAITN SIMITDDHKT HAPSGPPAPG PPPALADGTE LPGVGVFPSG PALDAGKSPA
STKQSTGSPS ATDLQGLQQR LNSQYQPSPS PFMDSTTAGP SSSSQASRSL SRQASPNDFQ
GPMSKRRKHS NSSRLPSELT MTKLEPGQSS ARASSNEPQF PAPRGFASPS ERPFVTPAAM
SNHLGNGPLT PTSGDSNPFL TSIQQQNLDN FIQQQLMSAP NSAQPSRPGT PSASGRNSFQ
DQNLNIAIGP SPSTQIWPGI TNAGNRLPTV IHKLVPAEGS VTGGTEVTLL GSGFYPGMEV
VFGDTLATTT TFWGDKCLNC LTPPALQPGQ VVVLFKHEHP SFNQLQSQSQ PLLPKQQQYF
RYVDDRELQM YRLALGILGH KLGNQADAFQ TAQQIMGSDY KGAFNLQKDF QGSSGTQRQV
PGLESQGKLG DMDSRMLTFL EFIDLDDNPR PPRYNMRCAT GQTLLHFASS LGLTRFVAGL
LARGADPDVQ DNVGNTAMHL AALNGHAHIV HRLRLAGSSP NARSIRGFTP ADLASTLPAH
QAALIPARHY RSRSVGSLAS RRRHSSSASL HSLWESSSAS GSFDYAVDDS EDIEDDDEPV
LTISRRSSVH HDVSVALQTA EQATSDGDAR AFSPPAALVA WRNQLQAQIN QFQQSVANAF
PNLPALPPMP ALPDYHAMRR ITNLVPHRPT SSRGAKEGWW DMLTGNSSPG ATELPSYDEL
YPRKEGEDEE EATRAKKTSM VQAAAEAALD QHFEAQAGSS RTTSEQKNED IKDIRIGRNV
ISREQQKHLR EQQARRMKGL ASDRNLYFIW IPLLLLVIFA WARSYIPGIS QGFSDAYDFL
KNRSTQRVLD IGA
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