| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08949 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 336946 |
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| End bp | 340589 |
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| Gene Length | 3644 bp |
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| Protein Length | 778 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 | conserved hypothetical protein |
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| Protein accession | CBF84592 |
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| Protein GI | 259486607 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.0895289 |
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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 | 57 |
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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 | ATGAGCACCA CCAGCACCCC AAGACATCGA CCGATATCGT TTGTGGGGAA GTGGCTGGAT
ACGATAGAAG AAAGACCGGC ACCACAGTCC ACTAGCTACC CCCGCCGCAG CCCTATACCG
TCGGCCAGTT CCAACCTCAC CGGGTCCACA CTCGTTTGGC CACGCGCGCG GCAAGATACC
GGCATCACTC AAGACACTCG TGTGGTCGTC GTCAAGTCGC CGCGCCCTAA AAAGAGCAAA
AAAGACGCCT TCTGCGCCAT CTTCCGCAGC TGGAAAGCCA CCCTTACCAC GCGGACGACG
AGCCATGAAA CCTTCCCAGC GACCGTTCGC GAAAACCCCG AGCTCGCCAT TGCAGAGCTC
AGCTCGCATC TGTCTGCCAA CTTTGCAGTC TTAATCGAGA CGGCTCTGCG GAACAGCCCG
TCGAAAGCGC TGTCCGCTCG CCGCATATGC AAGGAGATCA TGCGAGCGGA TAATTGGTAC
CGAGCCCACG AGAATCTCGG CTGGCAGGAG AGTGTCGCAC GCGAACTCTC CTTGAGCCCT
TCGTTCCAGC CGGTGATCGA ATGCCGTGAG GGTAGGGTTA GGAACAAGGG GGTGAAGTGG
CAACTCACCG CGGTCGATGT TTCTCTTGCA CCTGCGACTG CTCCCTGGCG GCCACCGCAG
GATTCGGTTC CCTATCCACT GGAGCTGTCG ACTGAAGTTG AAGCTACCGA GAGGCAGACG
GAGCCATCTC GCGCTGAAAA CAGTGACACG CCGCAACCTC GTCGTCCGTC TGCCGGACTG
CCTGCCCTAG CGGCACTTGC CTCTGCGTCT CTACTATCAT CGGCACTGCC CCTTCATCCT
GAGGAAGATA CAATCCCGAA GGATGAGGCT CTGGTATCTG GGTTTTCCAA GCGGTTGTTC
TTTACGGCAC CTGGTCCTTC TCGTAGTCCC GCGAACATAT CATTCAACGA TGCGCCTCCG
CCTTCGCACC AGTCTGGTGA GAATTGATTC AGGCCTGACA AGGGCGACAG TACCGGAAAA
GGGCCGGAGC TGCCTCGTGG TCGCGGATCG GATGATGAGC AAAAGCACCC TGGACGCAGC
GACGGCAATG AAGGCAATGA AGGCAGGAAG CGACAGCGAT TATCCTCGCC TGAGCGGACA
ACGACCAAAC GCAGATTTGC ATGCGTCTAT CACAAATATG ACCCTATCAC CTACAGCGTG
CAAGATGTTA GATACCGGAC CTGCACGGGT CCGGGCTTCA GATATGTGTC TGAGCTCAGG
CAAGTATCTT CCACGTTCCA TTCTTTCACA TTGTCACTGA CCCTTTAGCC GCCACCTAAC
CCGTAACCAC CATGAATATG TCTGCGTGAA GTGTCTGCGC CACTATGACA CTGCCTCTGA
CCTTAGCATC CACGTAGAGC ATTGTACCGT GCCGCCGCGG AGTTACACCC AAGAACAAGG
GTGGGAAATG CTATGGAGAT TCAGATTCCC GGAGGACCCT GTTCCAGATG ACATCTGTAT
TGGACTGGCC TGCCGGTTGT TGGATCCTGG CTGACTATAG GATAGATACT CCAACGGTGC
CGCCGCCTCT ACGGCCTCCA CCACCCAGCC TAGACATCCC CGAGTCTCTG CCGGTCCAAG
TGGACAGTAG CGCACGCCCA AGCCCAGCTT CCTCAACTGC GCTCTCGGCA GACCCCCTGG
CCACTGCTGA TGCCAGCTCG GTGCAGGTCT CTACACCCAG CAGCTGCGCC CAGCAGCTGT
ACGATTCCCC TCTTCCCATT ACTGCAGCAG TGCGAGTTCT TAAACACAAC ATTCATTGCA
TTGAGAAACG GCTTTCCTTG GTTGAGAATA CTACGATCCA GCTGTTACAG AAGTGGGAAA
TGCCGTCAGG CCGTGGCCCA AACCTGATAG TCCCCGCGCA CTCACTTGGG AGCTCTATAT
ATTCTCGCTG CAATCCTTCC AACGGCTCCA TGCTTTCTCC GGGCAATTAT AATCCAAGCT
TCTCCCAGTC TAACAACTCT CTGTCAAACT GTCCCCCGCT TGGCTCGTCC ACGGCCGTAA
CCACTAGGAC ACCCTCAGAA AAGGCACCTA GTGAGGAATT CCCTTCGCCG GATTTCGATG
TACTTTTGTC CTTCGAAAAC CCAGATAATC CACGTGCCGG TGCAACCAAC GCCGATGATG
ATGGCGGCCT AGTCGAGGAC CGCTTTATGC CCGACCTGGA CCTCGAAGCC TGGAACGAGG
AGCATAACGG AGCACTCGGG TCGGTGCCTA GTTTCGTATT CAGTGGTTGC TGAGCTTGAT
GTTTTAGAGC TATGGTCTGG CACTTAGTTT ATGCGTATGA CGATACATGA TTCATGATCC
CTGATGATGT TGATGTACTT TATGTGGCTA TTCTTGAAGT CCCAGCACCA GAGCTGGGTC
AAGAGAATGG TCAAATCATT CGGATAGTCC ATAGAGAACA GAGAGTGCCA ATCATTGAGG
CATCCACTCC TTAATAGGTT ACATTTGTAT AGCCAATAGT CATTCTGCCC TTCCTTTGTG
CATTTTATAA CCCAGAATGA GGTCTTAGTC CTTGTATTCA AACCACTATA TATTATACAG
TCAGGTGGAG TCAATGCTTT CCGCCACTCT AAGTACAGAC GAACTCTTAA TCTGCTAACT
CGTCCTTTAG TGTTTTGGAG AAGGAGAGAT TGGGTACAGA CAATCGTATA TATTTTCTAA
CCTGATTGTT ACAAAAATGG AATACTAAAT CTTTCCGGAC CAACGCCGAG CTACCTACTG
AGTCGTGCTG TCTTGCCTCT CATCAGCCAT TATCCTCCCA CAATGAAGTA CCTCCATTGA
AAATCCTCAA ATGTACTCGT CCATTTCGAT TATCCAGCCA CTATCTTGGA GTACAGTGAA
GGATCCGGGC CATATTTCGA CGAAACAGCC GCGAACCCTT GGAGGCTTTC ATCCAGCAAC
GGCGCGAAAC AGATCCAGAC TACTCCCAAC CTCTCCCTGA ACTTTTACAG GCCGCTGCAG
ACTACCAAGC GGACAAGATT GCAGCCTACT ACCTGGAGAA TGACTAGGTA GCTCACCCAG
GCGTGATGAC TTCCGTGGTG GTTAACGACT CCTTTGCTTT ACCGTTTGCT AGTCGAATAA
AAGCGGTCGA TATCAATTAC TATGTGCTTT GGTATGAAAA TATTCTTGAC ACAAAGGCCC
CCAATAATCA GCTTGACTGG GTGAGATTCT GCCTTGGACA CGGTGCAGAC CCCAATCGGA
ATCTTGTTGA AAAATCTGAG TGCACTGGCA TGTGCTGTCT ACACTGGTAG GTTCGCGACG
GTAGACTTGT TGTCTCGGTA TGGAGCACAG TTGAAGGACA GAATGCAATT GTTGAGGCAG
CAATTGATAA TAACTTAGAT ATGGTACAAT ATCCCTTCTC AAAGGGGCCT GATATTGATG
AAGTCGGGAT CAAAGGCCCG GCGGGTGACG AGTCTTATAA TGATATGGGA ATTCCCCTTC
ATCAGGCTGC TACAGATGGA TACACAGAGA TGGCGCTTTT CTTGGCCGAT GCAGGAGCTA
ACACCCATCT TAAGGATCCC ATGGGACGTA CCGCAGAAGA CCTCGCTCTG GAAAAGGATC
ATACAGAGAT CCTAACGCTC TACGCCGGAA AACGGGTACC ATGA
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| Protein sequence | MSTTSTPRHR PISFVGKWLD TIEERPAPQS TSYPRRSPIP SASSNLTGST LVWPRARQDT
GITQDTRVVV VKSPRPKKSK KDAFCAIFRS WKATLTTRTT SHETFPATVR ENPELAIAEL
SSHLSANFAV LIETALRNSP SKALSARRIC KEIMRADNWY RAHENLGWQE SVARELSLSP
SFQPVIECRE GRVRNKGVKW QLTAVDVSLA PATAPWRPPQ DSVPYPLELS TEVEATERQT
EPSRAENSDT PQPRRPSAGL PALAALASAS LLSSALPLHP EEDTIPKDEA LVSGFSKRLF
FTAPGPSRSP ANISFNDAPP PSHQSDTPTV PPPLRPPPPS LDIPESLPVQ VDSSARPSPA
SSTALSADPL ATADASSVQV STPSSCAQQL YDSPLPITAA VRVLKHNIHC IEKRLSLVEN
TTIQLLQKWE MPSGRGPNLI VPAHSLGSSI YSRCNPSNGS MLSPGNYNPS FSQSNNSLSN
CPPLGSSTAV TTRTPSEKAP SEEFPSPDFD VLLSFENPDN PRAGATNADD DGGLVEDRFM
PDLDLEAWNE EHNGALGVLE KERLGTDNPT ILEYSEGSGP YFDETAANPW RLSSSNGAKQ
IQTTPNLSLN FYRPLQTTKR TRLQPTTWRM TSRIKAVDIN YYVLWYENIL DTKAPNNQLD
WVRDGRLVVS VWSTVEGQNA IVEAAIDNNL DMVQYPFSKG PDIDEVGIKG PAGDESYNDM
GIPLHQAATD GYTEMALFLA DAGANTHLKD PMGRTAEDLA LEKDHTEILT LYAGKRVP
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