| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05285 |
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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 | BN001305 |
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| Strand | - |
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| Start bp | 3001013 |
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| End bp | 3007922 |
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| Gene Length | 6910 bp |
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| Protein Length | 1149 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | O-methyltransferase, putative (AFU_orthologue; AFUA_4G14240) |
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| Protein accession | CBF82175 |
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| Protein GI | 259485281 |
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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 | 7 |
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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 | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATAGAC CAGCGACAGG GGAGGAAGTC CAGGCGCTCT ACAAGAGTAT ACACGGCTCA
ACTGACCCAT CGGCCATTAT TCCATGTATG TGATACATTA CATACCCCGT AAATCGTACC
CAGTTCACTG ACCGCAGCAA ACGAATCTGG GCAGCTGTCC CCTTGATTCG TAAGACTCAC
TAATTGTCTA TGAGGCTCGC CGCGTCTAAT CTACGGGCAG AGGATACCCT TTTTGCCATG
GTTGGTCTGG GTCTGGTAGC CCTAGCCGGA GAGGACGTCT ACAGGGCGAA CGATCTTACC
CGTCATCTAG CGGTTTCGCC TTCGGCAGCC CACGGGGCAG TTCATTTGTG AGTCTTTCGG
CTAGTTTCCC TATAAGATTA TGTTTAACCG GCTCAATTAG CACAACGGAA GCGCTCCTCG
CCGGGGCATT CCTGATGTCC AAGCTCCAAG CCGAGAACTT CGCCTACCCC TTCAAGGAAT
GCAAGACCCC AGTCCAGCAC GCGTACCAGC TCATGGGTAA GACCGAGTAT GCAAAAGAGC
ATACCTACTC AATCATGGCC GCAGAGGGAC GCCTGGATAG TTTCAACCAG TTTATGCAGG
GAAAATTCTT CAAGCCCAGA AAAACGCCTG ACCGTCTCCA GGCGCTTGGC TATGACTTTG
CAGCAGTTGC TCGTGAAGCC GGCCCTTTAA CGTCAACAGT CATGGTCGAT ATCGGCGGAG
GTCGAGGCGA GTTGCTTCTT GAACTCAAAG AGGCATTCCC ACAGTTCACT GCTGCAGATC
TTGTCGTGGA GGAGTTTCAG TCCGACAACG ATTTGAGACT TGACCCGGGA AGCGAGGTCA
CCTTCGTCAA CTGGAACTAC AAAGACGAGA GCAGCCCGCA GCCTGTGAAG GGGGCACTGG
TGTACCATCT GGCACACATC CTCCATAATT TGCCGGATCT CAATGCAGCA CGGTTATTAC
AAAGGATATC GGACGCGATG GCTCCATACT CGCGACTGCT AGTGCACGAA TTCTCGAAGA
ATAGAAACTA CGCCTTGATG CACGCCAGCA TGATAGCACT GTACGGGGGC CGTGAGAGAA
CAGGCGCGGA GTGGCGACAG ATGGCTGCGT TGGCTGGTCT CAGGATCGCT TTCGAGGGTT
ATCCGGATCT AGGTGAGGGG GTTTTGGAAT TTCGAAAGAT TGAGATAGAT AGCATTAGCA
GTGGATAATC AAATCGAGAT GAGCTCGGAT CCTTCGTTGG ATCGTTTAGC CCAGCACAAG
GTGCGGATCG ATAGCGCCAG GAAGCACCCG GTCTCCACTG CCAAGGACCG AATAACTGTT
ATAGCGTTTA AGCCTGGAAA AGCTCTTGTG GCCATTGCGC GGCCCTGCAG GGGTCAATTC
CTGCTCCTCA TCAGCCCATC AGTGAGGCTG GATACTATAC CGCTTTTCCG GCGGAGAATT
ACCTTCCGGG ACCCCTGCCT CGTGCTTCCA TCGGAGATTT GCCTTCCCTA TCTGTACTTA
TGCTGCTCAC TATTAATAAG TTCTTCCGCT AAGGGCTAGC CAAAACCCTA ACTCCCGAGC
CCAATCCTAT ACTAGAGCCC GTCCCGTGCT TCTAGGCCGT TTGGGAACGG AATGAGCTTT
CATTTATTTT CAGAAATTAA TATTATTCTT TTCTTTTTCT TCTTTTTTTA AAAAAAGAAT
ATCGACAACT CTGACCATAC TACTCTCCTG CAGTCGCCTC AAGACCTGGC TGGATTTTAG
TTTGATATCT ATTACGATTC TTACCACTCT TGATCGACTT AGCCAATGGT GTCGATGAAT
AGATAGCAAA GGTGCTTGTT AATAATACAC ACCAGCGTCT TGACAAGCCA CGAATCCAGT
CAAGTTTGGC CCTTACATCA GTTGGTCCTC GAGAGTGCGG TGCAGTTACC CAGCTAGGCG
AGGAAAAGCA AAATCAGGCT ACTAGAGGAA ATGATACGAT CAGAGTCTCA GGAAAACTGC
CAGGGTCACT GCAGTAGGCT CGGTCTAGTG GATCGACTCT GTTCTCGATC TCATGAGCGA
GGCATTGTCC GGACTATCCC TTCTTATAGA GGGTCGCACC TTGCTTCACG TCCATCACGC
TGCGGTGTCA CCCTCAGGAA CGAACTGTCC ATCAAGAACA GATAATGTCG TCTCCAGAGA
CGGAATCTGA CTATGGTAGA GAGACATCCT ATATGTCCCT TTTTGCATAA CCTTGCACAG
CTGACGAGAT TGTTCTCTAG GGGTACACTA TGTCACAGCG TGTTGGGTAA ATCCAAGTGA
TTCTCACTTT CATTCCTCCT TTCTAATAGT TGCAGTAGGT CTTGACCGCC CTTGTCTCGG
CAGCTCTGAT CTTCAGATTT ACCGTCAAGA CATGGGCTCG CTGGGTCCTT CCTACAGTCA
GCTCCCCGGA GCGGGTATGG GGCGCTGAAG ACTTATTGTT TGCTGTCGGC TACGCCTTTG
ATATGGCCCA TATGGCTTTG ATTCAGAAAA GGTAGGCAGG TTACCTGGAA CTGTTGACAA
TACTCTGCTA ATATTCTCAG TCTCGATTAC GGTCTCGGTC AACATATTTG GACCCTCACG
GATGTCCAGC GCATCGGCGC CCTAAAGTAC GACTTTCTCT CTCAGCCTAT AGGTAGACAG
CCCACTGCTT TCAATAATCA GCCGGGCGAA TAATTGACGT GGCCTACTTC AGCGGTCGCC
GCATCGATGC TCTCTCGCTG CGGAATGACT TGGTTCTTGT ACATGTGCTT CAGCAGCGCC
GACAAGCATA TCCGAATCTC AATTATGATC GGAATGGTGG TCCAGATAAT CGCAAACTCA
GTCACTATTC TGCAGATTGT GCTTCAGTGC GGCCCGAATC CATACCGATT GGTATTGTCC
TCCGCCAGCT TCTATCCAAT GCCTTCTAAC ACGCCCGATT GACTTGCACA GACCGATAGG
ACGGCATATT TCCACTATAT GTGGGATGGC GTTCCTACCG ACGGCTCAGT GACATGCCAG
TCACCTAACG TTCAAACAAC GATCGGATTC GTCCAAGGAG GTAACCAGCC CTGAGCCGAT
TCGCCAAGTC TTCATATTGA GATATCATAA TAGGCTTCAA CACAGCGGTC GACTTCTTCC
TCACCGTCCT CTCTGCCATC CAACTATGGC AGTTCAGTAT CCGGAGCGTG GACCGTGCCC
CATCATCAAG TAACTCCTTC TTTGCGCGCT TCAAGCGCTT GCCGAGACAG GCGAGGAATA
GGCGGATCTG GCAGACTATA GTTCTTAGTG GGCCACTGGC ACTCTCGGGC TGCGCTTCTA
TTGTGAAGAC TTATGTACGC CTCTTATTCT TTTTGCATCT GGCAGGATCC GAGAATTGTA
TGTACTAACA TTTTTCTTCC CGGCAGTTAT TGAAGTCTCT CGGCGATAGA AATGACTTCA
CACGTACGTT CTCCATTTAT CAGAGTGGGA CCAGCCATTC TGTTCTGATA ACTGACAATT
AGGCTGTAGA CAACATCATA CCGTTTGTGC TATGGGTAAA GTGAGTCTAA ACCCTCCTCT
ATAGCCGATC TAGGCGTTAT TTTCGCCGCT AATTGTGATT GGCTTTCCAG GATTGAGAAT
TACAGCATCC TCCTCGCAAC CTGCGGTCCG ATAATCCGGC TCTTCGTCCG CGTTGTGTTC
GACAAACCCC ACGCGTCGAG GTGGGATTAT CCCAGTAATA GCCACTCGAA TCAATACTCG
CACACACGCG GCCGTGGTTT GGATTTTGAC TTGGATGGGC ACCGTCATAG GCAGAATCAT
GGGTCGGTTG TTATGACTGT TTTTGGATTA AAGAAAGGAA GTTCTGGGCC TACGTCGTTT
GGATCCGACG AGATGGTGAG AGGGAAAGAT CGCGATGCTC GAGATGGCGT TGGAGGAGTC
ACTGTCAAGA CGGATATCAC TGTGCAGGTT GGTGAGGATG GGGGGTCAAC AGAGAATTTG
GTAGGGGAGC CATGAGCCTT TGAAAACTGT TCATCGGCCG TTAACTGGTT ATCTCTGTGT
AAATAGCATT TTCGGGTGGG AAAGCAAGTA ACACCGGTGC TAATACCTGT TCGTTGAAGA
TGGCTACGAG TGTAGTGCAA GGTATCCGGT CCGACCTCCC CAACGGTCCC ACGAACAAGA
AGACAAATCG CTGTAAGTTA AGCTGGGTGG TATAAGGGCA GACCAGGCGA ACTTTCATGC
GATCGCTGAT TTTCCAGATT GTTCGTTACA TAAATCCTCC AACCATTACT TTGGCTCATA
CCTCCTTGGA CAAAATATAC CAAGTCACCT GAGGACCATA AGAAAGACAA TTCCAGATGA
CGCAGACAAT TTGACTCGAT TAACCTACCG AATAACAATA TCAAATAATG CTTAGTTATC
AGCTTTTCCT TCCCCGGCGT ACTTAGGGCA GCGTCCAACT CCAGTAACTA CCAAAACGGC
TGTCTTAAGC AAGATCACAA TGAGGAGTCC TGTGAGCCAC GTACGAGACG GCGCACGGTG
GACCAGCTCG GTATCAACAT TGTGCCAACC TGTGCCACAA AAAGCCAGAC AGCAACCATG
TCCGTCTCAG AGACTATGTG GTTTCGCTGG ACAATTAGCT CCACCCAGAC GATCACAGGC
CATGCAAATA TCAGCATCAA AATTCCCCCC AACGGAATAG CAGGGTACGT GCGACAATAC
CACGGGATTC TACGGGCACG CTCGTCGTCT ACAGTCCCAA CGTAAATCAA ATACCCGGCC
ACAAAAATCA TGTTGAACAC CATAATCGAG TCTGCGATCT GCCAGAGCAA AAGGAAAATG
TGCCAGCCGT GGCTCAGGGT CCTCCACCCG AAAAAGAAGA ATTGATACTC GCCATATCCT
TCTGGTTGGT TCGTAATCCA GCTTATCCAT GCACTGATTG TATTGAGAAT GAGCACCCCC
ATCGTGCCGA TGGCGAGGAG GATGCTCAGG AAGATATTAC CCGACGAAAT GCCGCCTAGG
TAACTGATCG CATAGACGAT GTTGAAGTGG ACCGGGAGGA GGGAGAGCGC ATGGAGCTCT
TTTGCCCTAA CAGCGTGGTA CCATTGGATT TGAGTGTAGC AGTTGTAGGC GAGGAAGCCA
GCGCTTGTGG GGATATTGTT CCCCACTCCA CTGGAGAACT GAGCGGGAGC AAGCAACATA
CTGGCGTAGA GGAGCCACCG GTTGGTGAGA CTGAAGCCTT GGACGACTTG TACTGCGGAC
ATGCTTGCTT TGCGACGGTG GTGCTAGGTT GAGATCTATT CACATATAAT TAGCGTAACA
GCCACTAAAC GAAAAGGTAG ACATACAAGA GCAAGAGAAA AGGGAGAAAG AGAGGTCGAG
TCCGTCCCCT CTTCTTGGTA GGTAGTAGAT ATATGCTGTA TATATAACTT GCGTACGCGC
AACACTCCAG AAATAGATGC TCACTATAAA GATGTAGAAC TGGGTTAAAC AACAAGGCTG
CTGCAACGGT AGAACCCTGG ATATGTTATC CATGCGCCTA TAATATATTC AAGTGCCTGG
ACGGGGCGCA GTAAGGCTGA AAGACACGCT ACAGAGATCA TGGGGTCAAT ACGAGACAAG
CATTTGTTGG CCAATTACTG TCGAGCAATT TCACATACTC TGAAGGGCCC GGACCCTGCC
AGCCTCCCGC ACTGCATCTG CAGGATTCTC GTGGCATATC ATGTACAATA ATGCAGCCAT
GGCCGATTTG GAGTGCGGCG ATGGACCTTC AATAAAGGCC ACGGCTCCTC CATACTCAGC
CAGGTAAAGT AGTCATTGAA ACTAGAGAAT CGGTAATGGA CGTCCACATC CAATAAAGTA
CTTGAGACTG GCATTACGTC CACTATAGTC ATGTCTCTGT GGCCTGGAAA GGATGTGGAA
AAGAAAGTGC ATTGTAAATG ATTGAAAGGA AGGGTCTCAG AGGGGACTTA GCGTAGTCAG
GGTTGCCAAC ATTGCCCAGA CGTGCCAAGC CCAGGTTCTA GGCCATGCCG TAGGTCAGAA
GTCGCCAGGG CCAGTAATTT TTGACCGCTA GTCGGCCTCA ATTACCAATT CTCTAAGTCA
TGATCAGCTG ACCCCTAACA AGAGGTCTCG ATCCTGCATA TCCCAATACC GATAAAATAG
TTAGGAATCA TTCCTGTATA TCGTACATTG CAAAACAGAA TGCCTGCGTT GTTGGAGTGC
AGGCCCATGA ATATATTCCC AGCAAGCTCA CAGAGAGATA CCATAGGCAG GATATGGAAT
CAAGCTATTA ACACATTTAT AGCAAGCAAG GCTTAGCTGG AGGTTTGAAT TTGGACGAAG
CCGGAGCTGG CGAAGTGTCA GCGCTGCATA GTATGAGGCT TGGACTGTAA GGGGACGATA
TGCTAGTTCA AGCTATATCC AGCCGTATGT ACAAAAAGGG TTCATTAAAG CGAGAAATAG
GACCGTAATA GGACCGTATT AAGCGAATAT ACGCCTACAC GAGCCTCTGA TAGCCGAGTT
CTAGAGAAAG GTACCTCGTA TGAGGAACCC ATAACATAGA CTGGCCCCGC GATCCAGCTG
TCACTCAGTG ACACCTGACC CGTCATGCAT CCCTCACGAA CCTAGACACA AGACATAACC
AAATGCTCTT GAATCCTATC TACCCTCATT TTAGCCTTAT TATTAGCTAT TGCTTCAGAA
AAACACATCA ATAATTATAT ATTATATTTA TAGATTCTGC AGAATGCAAC AGCTTATGCT
AGATAGTATG CATTACACTA CCTTAGAGAG AAGTTTAACC AGGCAAATAT CTACTCTGAC
TAGTCTTCGG GCTTAGAGTC TGTTCTGTGC TATATGAGTA GCAGGGAATA AGGATCGGTT
AGGTACAACA AGATGCAGAT AGTAAGTACC TAATCAATTT TAGAATGGCA CCTTATACTG
GGCAAGGTAA
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| Protein sequence | MDRPATGEEV QALYKSIHGS TDPSAIIPSL AGEDVYRAND LTRHLAVSPS AAHGAVHFTT
EALLAGAFLM SKLQAENFAY PFKECKTPVQ HAYQLMGKTE YAKEHTYSIM AAEGRLDSFN
QFMQGKFFKP RKTPDRLQAL GYDFAAVARE AGPLTSTVMV DIGGGRGELL LELKEAFPQF
TAADLVVEEF QSDNDLRLDP GSEVTFVNWN YKDESSPQPV KGALVYHLAH ILHNLPDLNA
ARLLQRISDA MAPYSRLLVH EFSKNRNYAL MHASMIALYG GRERTGAEWR QMAALAGLRI
AFEGYPDLVD NQIEMSSDPS LDRLAQHKVR IDSARKHPVS TAKDRITVIA FKPGKALVAI
ARPCRGQFLL LISPSRLDKP RIQSSLALTS VGPRECGAVT QLGEEKQNQA TRGNDTIRVS
GKLPGSLQGT LCHSVLALIF RFTVKTWARW VLPTVSSPER VWGAEDLLFA VGYAFDMAHM
ALIQKSLDYG LGQHIWTLTD VQRIGALKYD FLSQPIAGRI IDVAYFSGRR IDALSLRNDL
VLVHVLQQRR QAYPNLNYDR NGGPDNRKLS HYSADCASVR PESIPIGFNT AVDFFLTVLS
AIQLWQFSIR SVDRAPSSSN SFFARFKRLP RQARNRRIWQ TIVLSGPLAL SGCASIVKTY
VRLLFFLHLA GSENYNIIPF VLWVKIENYS ILLATCGPII RLFVRVVFDK PHASRWDYPS
NSHSNQYSHT RGRGLDFDLD GHRHRQNHGS VVMTVFGLKK GSSGPTSFGS DEMVRGKDRD
ARDGVGGVTV KTDITVQVAF SGGKASNTGA NTCSLKMATS VVQGIRSDLP NGPTNKKTNR
FISFSFPGVL RAASNSSNYQ NGCLKQDHNE ESCEPRTRRR TVDQLGINIV PTCATKSQTA
TMSVSETMWF RWTISSTQTI TGHANISIKI PPNGIAGPNV NQIPGHKNHV EHHNRVCDLP
EQKENVPAVA QGPPPEKEEL ILAISFWLVT DRIDDVEVDR EEGERMELFC PNSVVPLDLS
VAVVGEEASA CGDIVPHSTG ELSGSKQHTG VEEPPVDIQE QEKREKERSS PSPLLAMADL
ECGDGPSIKA TAPPYSASKQ GLAGGLNLDE AGAGEVSALH SMRLGLFCRM QQLMLDIFGL
RNGTLYWAR
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