| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03014 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 2046560 |
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| End bp | 2050936 |
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| Gene Length | 4377 bp |
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| Protein Length | 1410 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | translation repressor/antiviral protein Ski3, putative (AFU_orthologue; AFUA_3G08810) |
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| Protein accession | CBF83564 |
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| Protein GI | 259486039 |
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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 | 12 |
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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 | 39 |
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| Fosmid unclonability p-value | 0.690097 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAAGCA AATCGGCTCT CAAGGAGGTG CGGGCGGCCC TCGATGCGAA AAATTTCGAG
CTTGCAGCCG ACAAAGCCAA GGCCATTGTC AAGGAACAGC CTCAAAACTA TCATGCGTGA
GTGAAGTGGC ACATTCTTTC AGTGCCGTGC TAATGCTCGA CACCTAGAAA TGTCTTTCTT
GGTCTTGCGC AAGATAAACT GAATCACTTC CTCGAATCCG AAAGAGCGTA CCTCGCGGCC
ACTCGCATCA AGGGCGACGA TAAAACAGCG TGGCAGGGAC TCATAAGTCT CTATGAAAGA
CAAGGAATTC AGTACCTGGA GCAGTATCGA GAGGTTGTAA TCAAACTTGG GCTGGTATTT
GCTGCTCTGT GAGTGAAGGA CAGACCCCTG GTGCAACTTT GGACGCTAAT TAGAACGCCA
GTGACGATAA ACATCGGTGT CAAGATGTCG TGGACAAATA CGTTGCCTTT ACAAGGAAGA
ATGGAACCCG CCTGCAGTAC AAGAGAGCCC TTGAACTACA TTTGCCGACA AGCCCGCTCT
ATGATTATCT CGAAGGTCGT CTGCCTCACC CTGCCCATAC TTACCAACGT CTCATCGAAA
TTTCCGAATC GGAAGAAAGA GAGTTTATTA ATCGGGAGAT CGGTGAACGA AGAACTCGCC
TCGGAGCACG TATCGACCAA GTTACTCTGG AGGTAAAGCG AGATGCCTAC AGGCGGAGCG
AACTAGAAGA GTTATATCGG GGAATCGTCA ATTGGTCGCA CGATGACCAA ATTCGACGCA
CATACGAAGA GAAACTACTA CAGAGGGCAT ATGATGTTCT TACTGTTCTT CCCGCGAATG
AGAAGCATGC AAAGAGAGAA GAGGTGCTAC AGGCTGCTCG AGATATGGTT ATTATCAAGC
ATCCGTTTGA ACTTGCTTGG AAGATCGTAC TGGAATGGCA AGACGTCGAG AATTTCTCCC
AATGGGACCG GCCCTTTCTT GAAGATTTCA TCGAGTTCTT CCCTGGAGAT GATCTTACCA
AGGTCCTCAA AGGATTTTTG GCGAGCGACC TCTCTCCGTT CCCCAAAGAG CCGGCCAAGC
GGAATGAAGA AGCTGAGAAA TCCGAAAATG GAAATGGAGA AGAGGTGGCT GCACAGGATC
GCCTCCTCAT GATGGTGGAA GGGTTCGAAA TGTCTTCCGC ATCAATCGTT GCCCACAGAA
TCATGGCGGA GCTTTATTCG TCTCTCGAGG AGTACGAAAG TGTTGTCGAT GTATGCCGTA
AGGGACTTCA AAATGTGGAT GACCTTGTCA GAAGGACGGG TATCAGTCTT CAAAACACTT
CCGACTCTCT AAACATAGCA CTGGCAAACT CCCTCATTTA CCACCAGTCC CCACGAAATC
ATCCTGAAGC TCAGAGGATC TTCCAGGATA TACTACAAAG GCATCCAACT TCCACCAGCT
GTCTTCTCGG CATCGGTCTC ATCCTCAAGG TCGATGAAGA TTACCCGGAA GCGGTCAATT
TCTTGGAACG TGCTTTGGAG CGGGACCATT CAAACCTCAA AGTTCGTGGC GAATTGTCAT
GGTGTAGAGC ACTAAATGGA GATCTTTCTT CCGGCCTTTC AGGACTCCAG GACGTTCTCG
AAGAGCTGCA AGCTTCGGAA AAAGAAAATC GAGTTTTCAA GGGCGAGATT CTCTATCGCA
TCGGATACTG CCAGTGGGAG ATTGATCCAT CACCTGCTGC CCGGAAAAAT CGGGCTGGTG
CGTATGCCAG TTTTCTCGCT TCCGTTCAAG CCAATATAAG CTTTGCGCCG GCTTATACTA
GCTTGGGCCT CTACTATGCA GATTATAAGA AGGACAAAGT TCGGGCGCGG AGGTGCTTCC
ACAAGGCCTT CGAACTATCC CCGTCTGAGA TTGTCGCAGC TGAGAGGTTA GCGAGGACCT
TTGCAGATCA AAAGGAATGG GATCTTGTTG AAGCTGTCTC GCAACGTGTT GTTGACTCTG
GCAAGGCGAA ACCTGCGCCC GGCTCGAAAA GAAAAGGCTA CAGTTGGCCA TACGCTGCTC
TCGGTACAGT CCAGATTAAC AAGCAACAGT ATCCTAAGAG TATTGTTTCA TTTCAAGCGG
CTCTTCGAAT CTCTCCTGAT GATTATCATT CGTGGGTTGG TCTGGGTGAA AGTTACCACA
ATTCCGGCAG ATACATCGCC GCTACAAAGG CATTCTATCA CGCCCAGCAG TTAGAACCCA
CGCTCTCGAA CACCGAAAAA GGGCAAATCT GGTTCGCTCG GTACATGCTT GCGAACGTGA
AGCGGGAACT TGGTGAATAT GACGATGCCA TCGCGAGATA CGAGGAGGTG CTCAAAATCC
GTCCGAATGA GCTGGGTGTT ACGATAGCAT TACTTCAGAC GCTTACAGAA AATTCCTGGA
AGTGCCTCGA GTCTGGGCTC TTCAATGACT GTGCCGAGCT TGCCAGAAAG GCAATCATTG
TGGCCAAGTC GCTAGCCACT GAAAGAGCCG ACATTTTCAA CCTATGGAAG GGCGTAGGCG
ATGCGTGCGC GATACTCTCA TATGTCAAGT CAAAAGCAGC CAAACTACCG ATGAAGGAAG
TCCGGGGTCT ACTTTCCACT CAGCTCGAAG CTTCCGCTCT GTGCATCCTC ACAGACGTCG
ATGATGTTGG AGAAAATCAC TTGACGGCTT TGGACGATGG GAAAGATATT CTTACACTGG
CGAACGACTG CATGTATGCC TCTATTCTGG CATACAAACG TGCCATCCAT GTCTCGCTGC
AAGACACTCA TGCCCAGGCT GTGTCCTGGT ACAATCTTGG CTGGGCAGAA TACCGAGCGT
CCAGGTGCAT CAAGCTTGTT GGTGAGAAAA AGAAGCAGTC GCGCAGGCTT CTAAAGGCAG
CAATGCGGTG CTTCAAGAGA GCCATTGAGC TCGAGGCTGG GAATTCTGAG TTCTGGAATG
CTCTTGGAGT AGTGACCACA AGCATGAGTC CGAGAGTTGC GCAGCACGCA TTCGTCCGAA
GCTTGCACTT GAATGACCGA AGCGCACAGG TTTGGACGAA CTTGGGAACA CTTTACCTCA
TCCATAATGA CATCCAACTA TCCAACGAGG CATTTACTCG CGCACAATCG ACCGATCCTG
ATTATTCCCA GGCGTGGGTT GGTCAGGGTT TCCTCGCTCT ACTGTTTGGT GAACCACGGG
AGGCTAGGGG GCTGTTTGAG CATGCTTTCG ACATCTCTCG GTCATCATCA AGATTGCCCA
AGCAGCAGTA TACACTAACG CTGTTTGATC ATCTCGTTGC AGACGCTTCA GTGTCAAACG
AAGTTTCCCA ATTGATCCAA CCGCTCTTCA CACTCTATCA GCTGACCAGC CAAGATCCCT
CCGACCTACC CTTTGTCCAT CTCTTCTCCC TTCTAGCCGA GAGGATAGGG GAATTCTCAG
ACGCCGAGTC GAACTTACGC AACCTCAGTT TGCATGTCGA GGCAGAATAT GAAGTGTCTG
AATCGGCGAC ATCACTTTCC AGATACGCAC AAGCAAATGC GGACATTGCC CGTGTGCTCT
TGGCTCGCCA GGAATACGAA GAGGCTGCAG AGAAGGCAGA AACAGCACTG ATGTTGTCGT
CAGAGGAGGA CTCCGAAAAG TTCGAGCCTG AAATGTACAA AAACTTGCGC TTGTCCGCGC
ATCTGACAGC CGGTCTTGCG CATTACTATA TGAGAGCCAT GGACAATGCA ATCGACATGT
TCCGCGATGC ACTTCAAGAA GCGGATAACT CGCCAGACGT CGTTTGTCTG CTCGCACAGG
TCCTGTGGGC AAAGGGCGGC GAAGAGGAAA GGACCGTTGC TCGACAGCAG CTGTTTGAAT
GCGTTGAGAG CTACCCAGAT CATGTTGGAG CGGTTACACT TTTGGGGGCG ATCGCGCTTC
TTGACGACGA CAGAGACGTC ATCGAGGCCG TTGAGTCCGA TCTCCACAAC ATGATCACCA
GAGACGATAT CGAGATTCAT CAGAGAGCGA GGTTAATCAA GCTCTTGACT GCAATCTCCG
CGTGCGTTGC TGGTGATTCA GATGTCCCAA GTGAGACGAG ACGTATCGGA GAGGCCGCTG
CGGCGGTAAT GAGAGCGCCT TACGACCCTC AAGGCTGGCT GGAACTATCC TCGGCTGCAC
AAGAATCACA CCCTGCTGAA ATGGGCGTCA AGACCGCTCT GCAGAGTGTT CCTCCTCGAA
GTAATCTTGA CGCTAACGAC TTGTCAAAGG CATATTCACA GACCGGAAAG GCTAGCGATG
CACTGCGGGC GATCATGGTT GCGCCATGGA TGCAAGGCGG TTGGCAGGAA CTGAGCCATA
TAGTCTCAGC TACCTAGTCA AAATTGTAGG TATATAGAAA TAATAACCAT TAGAAAT
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| Protein sequence | MSSKSALKEV RAALDAKNFE LAADKAKAIV KEQPQNYHAN VFLGLAQDKL NHFLESERAY
LAATRIKGDD KTAWQGLISL YERQGIQYLE QYREVVIKLG LVFAALDDKH RCQDVVDKYV
AFTRKNGTRL QYKRALELHL PTSPLYDYLE GRLPHPAHTY QRLIEISESE EREFINREIG
ERRTRLGARI DQVTLEVKRD AYRRSELEEL YRGIVNWSHD DQIRRTYEEK LLQRAYDVLT
VLPANEKHAK REEVLQAARD MVIIKHPFEL AWKIVLEWQD VENFSQWDRP FLEDFIEFFP
GDDLTKVLKG FLASDLSPFP KEPAKRNEEA EKSENGNGEE VAAQDRLLMM VEGFEMSSAS
IVAHRIMAEL YSSLEEYESV VDVCRKGLQN VDDLVRRTGI SLQNTSDSLN IALANSLIYH
QSPRNHPEAQ RIFQDILQRH PTSTSCLLGI GLILKVDEDY PEAVNFLERA LERDHSNLKV
RGELSWCRAL NGDLSSGLSG LQDVLEELQA SEKENRVFKG EILYRIGYCQ WEIDPSPAAR
KNRAGAYASF LASVQANISF APAYTSLGLY YADYKKDKVR ARRCFHKAFE LSPSEIVAAE
RLARTFADQK EWDLVEAVSQ RVVDSGKAKP APGSKRKGYS WPYAALGTVQ INKQQYPKSI
VSFQAALRIS PDDYHSWVGL GESYHNSGRY IAATKAFYHA QQLEPTLSNT EKGQIWFARY
MLANVKRELG EYDDAIARYE EVLKIRPNEL GVTIALLQTL TENSWKCLES GLFNDCAELA
RKAIIVAKSL ATERADIFNL WKGVGDACAI LSYVKSKAAK LPMKEVRGLL STQLEASALC
ILTDVDDVGE NHLTALDDGK DILTLANDCM YASILAYKRA IHVSLQDTHA QAVSWYNLGW
AEYRASRCIK LVGEKKKQSR RLLKAAMRCF KRAIELEAGN SEFWNALGVV TTSMSPRVAQ
HAFVRSLHLN DRSAQVWTNL GTLYLIHNDI QLSNEAFTRA QSTDPDYSQA WVGQGFLALL
FGEPREARGL FEHAFDISRS SSRLPKQQYT LTLFDHLVAD ASVSNEVSQL IQPLFTLYQL
TSQDPSDLPF VHLFSLLAER IGEFSDAESN LRNLSLHVEA EYEVSESATS LSRYAQANAD
IARVLLARQE YEEAAEKAET ALMLSSEEDS EKFEPEMYKN LRLSAHLTAG LAHYYMRAMD
NAIDMFRDAL QEADNSPDVV CLLAQVLWAK GGEEERTVAR QQLFECVESY PDHVGAVTLL
GAIALLDDDR DVIEAVESDL HNMITRDDIE IHQRARLIKL LTAISACVAG DSDVPSETRR
IGEAAAAVMR APYDPQGWLE LSSAAQESHP AEMGVKTALQ SVPPRSNLDA NDLSKAYSQT
GKASDALRAI MVAPWMQGGW QELSHIVSAT
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