| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00242 |
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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 | 4111938 |
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| End bp | 4115066 |
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| Gene Length | 3129 bp |
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| Protein Length | 882 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 | transcription factor (Snd1/p100), putative (AFU_orthologue; AFUA_5G09250) |
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| Protein accession | CBF89895 |
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| Protein GI | 259489540 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.15453 |
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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 | 48 |
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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 | CTTACTAACT CCTTTTTCTC TCTTATTTTC TCTCCTTTAT CTTATCTGTT TTCTATTGAA
AGTCCCTCCT TGGTCAATTG AATTCACTCG GTTTTGCAGC ATGCCTCTGG AAGCTCGTGT
TAAGTCAGTG CTATCTGGCG ACACTGTTGT CTTGTCGCAT GTTCACAACC CTGCACAAGA
ACGTGTCCTC AGCCTTGCAT ATGTGTCCGC GCCGAGACTG CGACGAGAAG GAGATGAGGT
GAGCCTTTCA TAATTCCGTT TTGCTGAAGT GTCCTGAGAT CTGTCCATGG AGGCAGAGCT
GGCCTTGAGT AATGAGCAAC ACGACACGAT ATTTTGTTTC GCCCGTTCCT CTTCATGTCA
TAATCATATT TCTTGCGCTC GAATCTTTAC TAAACACTTT TATTCTACAG CCCTATGCTT
TTCAATCCCG CGAATTCCTC CGCGAACTTC TTGTCGGCAA GGTTGTCCAA TTTCAGGCGC
TGTATTCCGT CCCGTCCTCG CAACGCGAAT ACGGAAAGAT CAAACTTCCA ACATTTGAGG
TTACGTTACC GGAGATCGTC GTTCAGGAGG GATGGAGCCG TGTTCGTGAG GAAGCCGGCA
AGCGAAGTGA TGACTCTGAG GAAACTCTTG CAATGCTAGA ACGGCTTCGC GCTCTGGAAG
ACCACGCTAG AACCGAAGGA AAGGGTGTCT GGGGAAGTGG AAACGGCCGC ATCGAGACCC
GCTATGATCT TGAAAATGCC AAATCTCTGG TGGACGAGTG GTCAGGTAAA CATCTCGAGG
GTATTGTCGA GAAAGTCTTG ACTGGGGATC GTCTGGTTGT CAGACTGCTT GTTGCTCCAG
AGGAGCACCT CCAGGTCATT GTTGTGGTTG CCGGCGTTCG GGCACCTGCA ACTAAGCGGG
TAGGTGCTGA TGGCAAAGAG CAGCCTGCCG AGCCTTACGG TGAGGAAGCC CAGCAGTTTG
TCGAATCTAG AATTCTGCAA CGCAAGGTCC AGGTATCCCT TTTGGGAGTC ACCCCGCAAG
GCCAACTCAT TGCCACTGTT CTCCACCCGA ATGGAAACAT CGCAAGATAT CTTCTGGAAG
CCGGTCTCGC CCGATGCCAC GATCATCACT CTCCTCTCCT CGGTGCTGAA ATGGCAGCCT
TCCGCCGTTC GGAGAAGGTC GCTAAGGATG CCCGATTGGG CTTGTTCACT GGTCTTGTCG
CGCCCAAGGG TCCTGCTGGC GGGGCCACTG AGCAGGATTA CGTTGTTGTC CGTGTGCTCA
ACGCTGACAC CATTTTCGTC AGGAACAAGG CTGGTCAGGA GAAGAAGCTT AGCCTGAGTA
GCATCCGTCA ACCCAAGCCA TCTGACCCCA AACAAGCGCC ATTTGCTGCC GATGCTAAAG
AATTCCTGAG GAAGAGGATT ATTGGCAAGC ACGTAAAGGT GACCATCAAT GGCAAGAAGC
CTGCGACTGA GGGCTACGAA GAGAGGGAAG TGGCCACAGT TATTCAAGGG AACACGAACG
TTGCTCTTGC CCTTGTGCAA GCTGGATACG CATCGGTTAT CCGTCACCGT CAGGATGACA
GTGACCGATC TCCTATTTAT GACGATCTGA TGATTGCTGA AGCTGAAGCT CAAAAGGATG
GAAAGGGCAT GTGGAGCTCT AAGCCTCCTA AGACGAAGCA GTACCAAGAT TACTCCGAGA
GTCTCCAGAA GGCCAAGATG GAGGTTTCTA TTCTTCAGCG TCAGAAGCGT GTCCCCGCCA
TTGTCGACTT TGTCAAGTCT GGATCCCGCT TCACTGTTCT AGTGCCTCGC GAGAACGCTA
AGCTTACCCT GGTTCTTTCT GGTATTCGCG CTCCTCGATC TGCACGCAAC CCTGGTGAGG
CTTCTGAGCC ATTCGGTAAC GAAGCACATG AGCTGGCCAA CAGACGATGC ATGCAGCGTG
ATGTGGAAAT TGACGTTGAG ACCATTGACA AGGTTGGCGG TTTCATCGGT ACGCTTTACG
TGAACAAGGA AAATTTCACC AAGGCTCTTC TTGAGGAGGG TCTGGCAACT GTCCACGCTT
ACTCGGCGGA GCAATCTGGT CACGCGACGG AATACTTTGC TGCCGAACAG AGGGCAAAGG
AAGCACGTAA AGGACTCTGG CACGACTGGG ACCCTAGCAA GGAATTAGAG GAAGAAGAGG
AGGCGACCAG CGGCAGCGCC GTGGAGACCG AAGCTACCAC ACGCCGCAAG GACTACCGAG
ACGTCATGGT CACCTATGTT GATCCCACTA CCGCGCGTAT CAAGCTCCAA CAGATTGGAA
CTGGCACCTC GGCGCTGACC GAGCTTATGA GCGCATTCCG ATCGTTCCAT ATCAACAAGT
CAAATGACAA TAGCCTTCCT GGCCCTCCCA AGGCCGGTGA CTTTGTTGCT GCCAAATTCA
CAGAAGACGG TGAGTGGTAT CGCGCCAAGA TCCGTCGTAA CGATCGCGAG AAGCAACAAG
CCGAAGTTCT CTACATCGAC TACGGTAACT CAGAAGTCCT GCCTTGGTCC GCCCTCAGAC
CGCTTAGCGC TCAGTTTTCC ACCCAGAAGC TCCGCCCCCA GGCCGTGGAC GCCGTTCTTT
CTTTCATTCA GTTTCCCGTG AACCTCCCGC ACTACCTTGA AGAGGCGGTG TCTTATATCG
AGGAACAAAC TTATAACCGC GAACTTGTCG CCAATGTGGA CTATGTTGCA CCAGAGGGAA
CCCTGCACGT TACTTTGCTC GATCCTGAGG GATCGAAGAG CCTGGACCAG AGTATAAACG
CGGATATTGT TCACGAGGGT CTGGCCACGG TTCCTCGCAA ATTGAAGGCG TGGGAGCGTG
CTGCCGGTGA GACTTTGTCG AACCTTCGGG CTCTGGAGGA CGAAGCTAGG GAGTCGCGTC
GTGGTATGCA CGAGTATGGT GATGTTGGCG AGGAAGACTA AAGGCAGTTA GCCTGAAAAC
ACAGCGTTTC GTTTTGTTCA TGTACAAATA TTGCTGTTTT CTTGCGTGGG ACAACCTACA
AAATGGACTA TCATTTTGAG ACTCATACGT GGTGCCAAAC TACCTCAGGA GCAGTACGAA
GTATAGACCG CATAACTACC CCATAATTTC ATCAAGTTGG CCAATATGAT GACTCAGCAA
AGCATTTCT
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| Protein sequence | MPLEARVKSV LSGDTVVLSH VHNPAQERVL SLAYVSAPRL RREGDEPYAF QSREFLRELL
VGKVVQFQAL YSVPSSQREY GKIKLPTFEV TLPEIVVQEG WSRVREEAGK RSDDSEETLA
MLERLRALED HARTEGKGVW GSGNGRIETR YDLENAKSLV DEWSGKHLEG IVEKVLTGDR
LVVRLLVAPE EHLQVIVVVA GVRAPATKRV GADGKEQPAE PYGEEAQQFV ESRILQRKVQ
VSLLGVTPQG QLIATVLHPN GNIARYLLEA GLARCHDHHS PLLGAEMAAF RRSEKVAKDA
RLGLFTGLVA PKGPAGGATE QDYVVVRVLN ADTIFVRNKA GQEKKLSLSS IRQPKPSDPK
QAPFAADAKE FLRKRIIGKH VKVTINGKKP ATEGYEEREV ATVIQGNTNV ALALVQAGYA
SVIRHRQDDS DRSPIYDDLM IAEAEAQKDG KGMWSSKPPK TKQYQDYSES LQKAKMEVSI
LQRQKRVPAI VDFVKSGSRF TVLVPRENAK LTLVLSGIRA PRSARNPGEA SEPFGNEAHE
LANRRCMQRD VEIDVETIDK VGGFIGTLYV NKENFTKALL EEGLATVHAY SAEQSGHATE
YFAAEQRAKE ARKGLWHDWD PSKELEEEEE ATSGSAVETE ATTRRKDYRD VMVTYVDPTT
ARIKLQQIGT GTSALTELMS AFRSFHINKS NDNSLPGPPK AGDFVAAKFT EDGEWYRAKI
RRNDREKQQA EVLYIDYGNS EVLPWSALRP LSAQFSTQKL RPQAVDAVLS FIQFPVNLPH
YLEEAVSYIE EQTYNRELVA NVDYVAPEGT LHVTLLDPEG SKSLDQSINA DIVHEGLATV
PRKLKAWERA AGETLSNLRA LEDEARESRR GMHEYGDVGE ED
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