| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07129 |
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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 | BN001304 |
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| Strand | - |
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| Start bp | 907301 |
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| End bp | 910354 |
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| Gene Length | 3054 bp |
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| Protein Length | 997 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF79016 |
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| Protein GI | 259483542 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.242912 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.044822 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCGACC TCGAAGCGTC CATAGAACAC CTACGGGAGG CTGTTGAGCA AACAGCAGAA
GGTCACCCTG ACCGCGTTGA GTATTTGAAC GACCTTGGGA GTCAGCTTGA AGATCGATAC
TCAAGGACAT GGGCATTGGC CGACCTTGAT GAGGCCATCC AGGTTTGGCG CGAAGCAGTC
CGCGCAGCAC CAGTAAATTA CCCTGAGCAC GCCACGTACT TGGACAAACT AGCGGGTCAG
CTTGGGGTTC GGTACTCAAA GACAGGGGCG TTAGCTGACC TTGAAGAGTC TATCCAACTC
GAACGAGAAG CTGTCAACAA AACACCAGAA GATCACCCTG ATCATGCCAT GTTCTTAGAC
AATCTAGGAA TTCAGCTTAG GGTCCGATAT TCAAGGACAG GAACTTTAAA AGACCTTGAA
GAGTCCATCC AACTTGGACA GAAAGTTGTT AACACAACAT CAAAAGATCA CCCTGACCGT
GCCATGTTTT TGAACAACCT TGGAGTTCGG CTTAGAAACA AATACTTAAG GACAGGTTCA
ATGACCGACC TTGAAGCGTC CGTCCAGGTT TGGCAGGAGG CAGTCAATAC AGCAACAGAA
GATGACCCTG ACCGCGCCCT TATTTTGAGC AACCTAGCGG GTCAGCTAGG GGTCCGATAT
TCACGAACAG GGACGTTGGC TGACCTCGAA GAGTCTATTC AACTTGGACG GGAAGCTGTC
AATACAACAA CCGAAGATCA CCCTGATCGT GCTATGTTTT TGAATAACCT TGGAATTCGG
CTTTCAGACC GATATTCAAG AATAGGGGCA ATGGCTGACC TTGAAGAGGC CATCCGGGTT
TGGCGTGAAG CAGTCAATGC GGCAACAGAA GATGACCCTG ACCGCACCCT CCTTTTAGGT
AACCTGGCAT GTCAGCTTAA GGACCGATAT ACAAGAACAG GGGCGTTGGC TGACCTTGAA
GAGTCTATCC AACTTGGACG GGATGTTGTT GACACATTAC CAGGAGGTCA CCCTAGTCGC
GCAATGCATC TGAACAACCT TGAAGTTCGG CTGTCAGACC GATATTCAAA ATTCGGGGCA
ATTGCTGACC TTGAAGAGGC CATCCAACTT GGACGCGAAG CTGTTCAGAC AACACCAGAA
AGCCACCCTA ACTACACCAT GTATTTGAAT AATCTTGGCA CCCTTTTGGG GGACCGATTT
GCAAGGATAG GAGCAATGGC TGACATTGAA GAATCTATTA AAATAGGACG ACAGGTTATT
AAAGCAGCGC CAGAAGATCA TCCTCGCAAG GCTAGTTGGT TGAAAAGCCT TGCAGACCAA
CTACGGCACC GTTACTCAAT CACAGGGGCG ACAGCAGATC TTTATGAGGC TATATCATAT
CAGGAGACTG CTTTACATCA AGAGAATGCT TTTCTTAGCA CTCGGATTTC AGCTGGCAAA
AATGCCCTTC AGAATCTTGC TATCCTCTCC AACTGGCAGC AAGCTTATAA ATCTGCTGAT
ACTGCTGTTC ATTTAATACC TCGGCTAGCA ATGCGATCGC TTGAGAACTC TGATAAGCAA
TATTTGCTTG GTGCAATGGT GGGCTTTGCT TCTGATGCCG CAGCTGTGGC ACTCAACGCA
CAAAAAGGAG CCGTTGTTGC ATTGGATTTA CTTGAATTGG GTCGTGGTGT GCTTGCAGCA
TCTCTCGACG AGATCCGAGT AGATACTGAA GATCTTCAGC ATAAGCACCC TGTCATGGCT
GAGAGGTTTG TACAGCTGCA GGCTCAAGCA CGTCAGAATG TTGAGGCTGA AAGGGAGCTG
GACAATCTAA TCATGAATAT CCAAAGTCAG CCTGGGTTTA ACAACTTCTT AAAAGCACCA
AGCGAAGAAG AGATATTACA TGCTGCGCAG AAAGGTCCCA TTATTACTAT AAATATCAGC
CAGTATCGCT GTGATGCTAT CATTGTTGAG CATCACAGGA TATCTTCTTT GCCTCTACCC
AAGCTCATCA TTGCCGATAT TACAGAGAAA GCAAGGTGGG ATGATTTAGG AAGCCCTCAA
GTTCTTGAAT GGCTGTGGGA TACGACTATG GAACCGATTC TAGAAGTACT AGGGTTTATC
CAGTCACCAT CTAACCGCGA ATGGCCACAT GTATGGTGGA TCCCTACAGG TCCTTTAGCC
AAATTTCCTC TGCATGCAGC TGGATATCAC AGCCAGGGCA ATTCCAAAAC CGTGCTTGAT
CGGGTCATGT CGTCTTACAG CTCGTCTATT AAAGCCATCA TACGTGGCCG CCAACGCCTA
GCAACAGAGT CTTTACCATT TGCACTTTTA TTGTCCATGC AGGATACGCC AGGGAATGGA
TACCTTCCAT TTGCCGCTGA GGAAGTACAA ATACTCTGTG ATATGTGCAA ATTAATGGCT
CTTCACACAA TCCAACCAAG GCGGCGCGAA CATGATATTA TAGGCCACAT GCGAGTATGC
CAGATCTTCC ACTTTGCTGG CCATGGCTAC ACAAGTCATA CCGATCCATC TCAAAGTCGA
TTGATCTTAT GGGACGGTGA TGACGATTCT CTCACAGTAG GCAGTCTCCT CAAGATGAAC
CTCCACAAGA ATCCGCCGTT TCTTGCGTAC CTCTCAGCTT GCGGGACCGG CCAGATCAAA
GACGATAAAT TAATTGATGA GAGTATTCAC TTGACCAGCG CCTTCCAGCT GGCGGGGTTT
CGACATGTTA TTGGCACTTT ATGGAATGTT AATGACGATA TCTGTGTCGA TATGGCAAGA
ATCACGTACA CAGAAATTGC CAATGGAAAT ATGGACGATG AATCGGTGTG TCGAGGGCTT
CATTACGCTG CCAGGGAGAT GCGAGACCGT TGGCTTGAAG CATTATCAGA GATCGAGCGT
CAGTCGAAAC TAACCATAAA TGTATCAGAA CATCATGAGA ACCTAAAGAA CAGTATAGAT
CCCACCGCAA CAAACCGCGT AAGGGACATT ATTCCAAACG ATATCGATCT CGCCGGTAAC
CGGAGTGAAA GGAGGCAAGC GTTGTGGGTT CCTTATATTC ACTTTGGCGT TTGA
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| Protein sequence | MADLEASIEH LREAVEQTAE GHPDRVEYLN DLGSQLEDRY SRTWALADLD EAIQVWREAV
RAAPVNYPEH ATYLDKLAGQ LGVRYSKTGA LADLEESIQL EREAVNKTPE DHPDHAMFLD
NLGIQLRVRY SRTGTLKDLE ESIQLGQKVV NTTSKDHPDR AMFLNNLGVR LRNKYLRTGS
MTDLEASVQV WQEAVNTATE DDPDRALILS NLAGQLGVRY SRTGTLADLE ESIQLGREAV
NTTTEDHPDR AMFLNNLGIR LSDRYSRIGA MADLEEAIRV WREAVNAATE DDPDRTLLLG
NLACQLKDRY TRTGALADLE ESIQLGRDVV DTLPGGHPSR AMHLNNLEVR LSDRYSKFGA
IADLEEAIQL GREAVQTTPE SHPNYTMYLN NLGTLLGDRF ARIGAMADIE ESIKIGRQVI
KAAPEDHPRK ASWLKSLADQ LRHRYSITGA TADLYEAISY QETALHQENA FLSTRISAGK
NALQNLAILS NWQQAYKSAD TAVHLIPRLA MRSLENSDKQ YLLGAMVGFA SDAAAVALNA
QKGAVVALDL LELGRGVLAA SLDEIRVDTE DLQHKHPVMA ERFVQLQAQA RQNVEAEREL
DNLIMNIQSQ PGFNNFLKAP SEEEILHAAQ KGPIITINIS QYRCDAIIVE HHRISSLPLP
KLIIADITEK ARWDDLGSPQ VLEWLWDTTM EPILEVLGFI QSPSNREWPH VWWIPTGPLA
KFPLHAAGYH SQGNSKTVLD RVMSSYSSSI KAIIRGRQRL ATESLPFALL LSMQDTPGNG
YLPFAAEEVQ ILCDMCKLMA LHTIQPRRRE HDIIGHMRVC QIFHFAGHGY TSHTDPSQSR
LILWDGDDDS LTVGSLLKMN LHKNPPFLAY LSACGTGQIK DDKLIDESIH LTSAFQLAGF
RHVIGTLWNV NDDICVDMAR ITYTEIANGN MDDESVCRGL HYAAREMRDR WLEALSEIEH
PTATNRVRDI IPNDIDLAGN RSERRQALWV PYIHFGV
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