| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07280 |
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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 | 424179 |
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| End bp | 430376 |
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| Gene Length | 6198 bp |
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| Protein Length | 1882 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF78706 |
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| Protein GI | 259483371 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.955647 |
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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 | ATGGCGGGAA TCACACAAGA ACGTGCGCGA GAAATAATCA CTGAGATCTT CAACCAATCT
GGGGGCTTCT TGACCGATGA TGAGCAGCAA GGTGTTCTTG CTAATGTCCT CGGTGCCCCT
GTGCGCGAGG CTGCCGCTAG AGCATGGACT TCTGACACGC GCTTCGTTTA TGAAATGATC
CAGAATGCCG AGGATTGTTC TTATAACTCT GCAAAGTCGA AGAACGCAAT ACCTTCGTTA
AAATTCTATG TGTTTTTGGA TCGGATCGTG GTAGACTCCA ACGAAGATGG CTTCGAGGAA
AGCCATGTTC GCGCTATATG CAGCGCAGGG AAACGGAAAA AGGAAGGAAA ACTCGGCGAG
AAGGGGATTG GCTTCAAGTC AGTGTTCAAG ATCGCATCAA AAGCTCGAAT TCAGTCTGGC
CCCTTTTGTT TCTCGCTTCG ACATCGGGAT GGAGAGAATG GTTTGGGGAT GATTGCCCCC
GTCAACGAAA TCCACGAACC GCTTCCAGAC GGGGTGCGAA CTCGGTTCAC TCTTTTCTCT
CGCCCGGAAA AGTGTCGAGA AATTCAAGAT GAGCTCCTAA GATTGCCGCA CACCATCATT
GCTTTTCTCT CCAGGCTCCA CATGTTGAGC TTCTATTTAT CCCGATCAAG TACGTCGTTA
ATGTTCAGCC GACCCACTAT AGAGCCGAGT CTCGTCTGTG TGGAAACCAG ACATTCTACA
GTAATGGTCC ATAGATATAT TCCTTTCAGG AGAAAGGTGG CTGGGCTTCC GCCGCGAGAG
AGCCGTCCGC TCATCGAGGA TGTCGAGGTG GTTTTGGCCT TCCCGCAGGA TGGTCGGGCA
CTCACTACAC AGCCTTTCGC TCATTCCTAT CGCCCTCTAC GTGGAGCAGG GTTAAACTTC
CTCATCCAGT CTGATTTTGT CACCCAAGAC AATGGGGAAG ATCTGGTAGC CTGTCCCTGG
AATGATCATA TCCTGGATTC TCTCCCTGGA GTGTTTTTTG CCGCGCTTCA AGAGATCTGC
TCCATACCCG AGTTCGAGAA AATCTGGCCT CAGTTTCTTC CAGACGACAA GATCAAGGAC
TCGCCATGGT CCCCTTTCTA CGAGAGATTG CTGAGAGATC TGAAGCATAT TCCTGTCTTT
AAGACAAGGA GAGGGACACT GAAGTCGTTA GAAGACGTCC GATATCTGTT ACCAGAACAC
TGTGATAGTA ATGGTGAACC CTTGTTGGAA GATCTGCAAG AAGATATTTA TCTTTCTTCC
CAGTACGCCG ATTACTACGG TCTTCTTGAA CCGTTCGGCC TTCAACCTAT TTCATCGCGT
CAATTACTGG ACAGACTGCG ACCTTATCTC GAAAACCCGC AGCCACGACT CCTAGTGGAC
AGGTTCTCCG AGACTTCGAT TATTATGAAG CGATTCCATG AGAACTGGCA CAGCAAGGTA
GCAGGGCTTT TGTTGTCCTG GTTAAATTGT CCTCAGGACG ACGTTGTGGC GAAGCAAATT
GAGCACCTTC AAATCGTTCC TGTGAACAAG GGATGCAGGT CAATTGTACT AAAGAGCCCC
AAGGATAGCG CTATCTACTT TCCACATGAC ACTAGTGGCA ATCTTATTCC GAGCGGCGTT
GTGGATGTAG TGCCAGTGCC TGAAGTTGTA GATGTTGCAC GGGTACGACT ATATACAAGA
TTAGGTGTCA AAGCTGCAGA GCCTTCATTT GTGATTGAAC GGATCTGCGA TTGGAATATG
AGGGCTGCAG AACGCCCCTC CCTTGAGGAA TCGATCTGCA ATCTCCGATA CGTTTATGCT
ACCGCTCCAA GCAGAAGCGC GATCAATGCT AAATGCATAT TTCTCTATGA TAGCGACGGC
AAGGAGCTCG AAATGCCGCA ATACGGGGCC AGCGAATGGA AGCGGGCAGA AGACCTATAC
TTCAAGAACA ATGACGGTTA CGGCATGGAT GCAGTTATGC AGGTTCTTCA GCGCCGATGC
CCGCCCCTGG TGGACTTACA GTACCCTAAA TTTCTGCATC CGGCTTATAC AGCTGGTTCC
TTATCCAATG ATCCATGGAT GAAGTGGCTC GAAGGAGTAG GGTCAATCCG ACAAGCCCCG
AGATTAGAAA CCCCAGGTCC AGCTCCTCGG CCGTCCAAGT TATTGCGGCT TGTTGTCAGA
TACGCTCCCG ATATTTTAAT CAGCATGCTT AAAGACAACT GGAATGTCTA CGCCATGGAA
CTAGCGAGTG TGTGCCCAAG TACTCTATCA GAAATTATGA ATGCCAGTGT GCCTGTCGAT
TGTGGTACCG AACCTCTCAA AAGAAGCTTC CTAGGGACAC ATGAAAGAAG AAACCTATGG
TCTGGTACAT ACTTGAAGGA CAAGTTCCCC TTCCTGAAGA TTCTTTCCAG CAGGGAAAAC
GATGATCTTA AGGACTGGGA ATTTCTGGCC CGATTTGGCG TTGGTACAAC TATGGCGGAG
TTCTTAGTAG GAAGTGCTAA GAGGCTGTCA ATGATGCCTC TTAGCCATGC AAGAGATGGC
TTCTTCAAGC TGTACGAGTT GCTAGCTGAC AATTATTACG ATGGATTTTG GTGAGTCTTA
GAGCTGTTAT GTCTGGTGTA TGCTAATCCT GTCAAAAGGG ATAGTCCGAC ACCTCCAGCC
ATTGTCTATC TTCCTCAGCC AGACTCAGAT GGTAAGCTGG TTAGGCTAGC CGACTGCGTC
TGGGATGACA ATTTTCCTTG CGGTAATCAC GTCTTGGGGT CTTATAAGCA ATACCTCCAG
AGTCCAAAGG TGAAGCAGAT GTTTCAAAGA GTTCTGAGCT GCCGAAATGA GGACTATGCA
GCGTTCTTTT CGAAGCTGTC ATGGCTTCGA GGACAAAATG GTATTTCTCA AGATTCGGTC
TGTCGGATCT ACAAGGAAAT CGTAGAAGGT TCTTGGAGTG AGCAAGATTG GGAAACCATT
CGGTGAATTA ACTCAGAGTT TTGAATAAAG TACAGCACTG ACATCGCATG CTTAGGGCTA
ATTTTAGAAG CGGAGACTTT ATCTACATTC CCTACGAAGA TGCCTGGATC CCATTGACGA
AAAATTGTGT GTGGAGTGTC TTCCCATTTA CTAATGGACA GTATGCCATA CGCCACCTCT
ATCCTGGTCT GGAAGACCTC TTCGTTGACA GGCTACGCGT AGACGTGCCG GATATATGTT
CATACATTGA TAAAATCCAG TGTATGATGG CGTCGGACAG CAGCAACAGC GAGATTTTGG
TGGTTCTCAA AGAGCTCAGT AGCCTTCGTC CCACCGCACT TGACCTCGAG CCTCTGAAGA
TGATTAGATT TCTACCTGTT CGAAAGGGGG TCAACAATAT CATCTACGCG ACAGTGAGCT
ATCCATTTCT CATCGTCGAC GATGATCGTC TCCAAATCGA TACCCATGTT CCGGTTCTTA
ACTTCGCCCC GGAAGATGTA TGCTGCTTAC GACAATTCTT TTCAGCCCTC GATCTCCAGG
AGCGTTATGT ATCAAATCAG CTTAGAGAAA CAACAGTCAT TACAGGCAAT GCGGATAAAT
CAGCTGAGCT TACACATGAT TTGCGGCAGA GGGCACAGTT TTTACTTCGG TAAGTATGAC
GGCATACACT GTTCCGAACA CATCACTGAT AAGAGCCATA TTAAGATGCG CGATCTATTA
TGGTAGCAGA GTCTCTATCC TTCCTTACGG CAAGGTCGAG GAAATCTTCT CCCAGGCAAC
AGTGTATACA ACCGAGAATA TCTCACGGCG CTTTAATTTG GGCGATGGAC TAGAAACAGG
CAGTTACCGA GGACTATCGC ACCTGGAAAA AATTGATGGA AATCTTCAAG TGTTTGTCCC
TCGTGATGAA AGTCAACGAG CGATTTGCTA CGCAACGGCA CTACCTCGAG CACTCGTGCT
CTATCTTGGT ATAGACGACC GGATGGCATG CGGAACATTT GCTACCGTCC TCCGAGAGCC
TGTCGATATT CTAGACGCCG TCCTCAATGA GATGGGCATC ATCCATCTCG CAATGGAACA
ATCCAAAGAT CTAGTAATCC GCACAAAGAA TCAGGCAGAG TCGGAGGAAA TAGGCTTTAA
TTTAAGCCCC AGCTTGAAGG ATGCTCGACC TGTCCGAAAA TCCTTGTCAA TCAATTTGAA
AGCTAGTGAA GCGTACATAG AGGAACAAGA TAGTCGTGAG TCGTATCTTT ATTGCGCGTC
ATTGTTGCTA ACGCATGGGC CTGTACAGCT TCAGAGAGTC TGACCACCCT GACGGAGAGT
TATAATACTG CAAATGAAGA TCATGAGTGT ATCTCGTCAA ACATTATTTT GAGTTACTAC
GGATCTGAGC CTCAGGACCG ATGTCTTACA ATCACGGAAG CTGCTTTGAA AAGCGCGGCA
GAGGACACCG ATACCCGTCA ATTGGCTCTT TTACTTGATC ATATTGGCAC TCAAGGTCAG
CCTGTGACAG TTTCGCAAGA CGTTCTAGAG GCTGCGGCTG CAAATGAACT CTGTGGGCAA
TCTATGCTAA GCCTCCTGCT TGAATTTTCA GATTCGCGCG GGCAGATTGG CAAAGAAATA
GAAATGGACG CAATTCTGAA GTCTGCAGTA AGGAATGAAG AATGCGGCCG AAAAGTGACG
GAGCTACTTC TCCATTACAT GAAACTCCAG AAGAAAAAGG TCACAATCAC AGGTGCTATC
TTGAAAGCAG CAGCGGAAAG TTCCAAATCT AGCAATACTC CATTGAGCAT CCTTCTGGAA
CACGACCATG ATCCGGTTAC AGAAGACATT GTCGTCGCAG CCGCAATGAA CGAAGACTCT
GGCTATCAGA TAATGAGCTT GCTTTTGGAC TACGATTGCG ATACTTGGAT ATCACCAGCT
ATATTCGAAG CAGCTGCGAG TAACCTTCAT CAAGGTCCAC AGTTAATGGC CGTTCTGCTT
CGTCAGAACG GTGAGAATAT CCGGATCACA GAAGATATTA TCATAGCAGC AGCGCATAAT
GATGTGTCAG GTTTGGAAGT TCTGAGCCTC CTTAAACAGC ATAATGGTGG CTATCTTCCA
GTGACGGAAG CCATCCTGGT TGCAGCTGCA GAAAGCGAGA ATTGCCAGGA AACCATAGAC
TTGTTCGTGG ATATTTACAG CTGGGATCTT CCACTTACCA ACGACGTCTT AGAAGCTGCT
GCAAGAAACC CGGCTTTTGG AAAGGAGAAC CTGGCTCAGT TACTGGATCA CCTGGCTCAT
CCTCAAATCA CGAAAGAAAT CATGATTGCC GCTATTTCCG ACAGTGAAAA GGTCAATCTG
CTACGTACCG TCTCATATTG CGATACCTTT GCCATCGTTG AGGCAGCGGT TGGGAGTCTA
GAATCGTGTC TTCAGGAGAC TCTACTTTAT GAACTATGCG ACGAACTAGG CGACTCAATC
ATAGATTCAG CCCTTGAAGC AGCTGCCGCA AATCCAGTCA ATGGCTTCAA AGCAGTTTCC
CTCCTTCTGA AATTTTGCAG CGAGGATCAC AAATTCTCCG AAGGTACGTT TCTCGCAGCA
GCGAGGAACC CAAGAAGTGG TGAAGATATC CTGGGTCTCC TGCTGAAGCG GCAGCCTGAT
ATCCAGATTA CCGCAGAGCT TATCACGGCA GCTACGACTG CAGACAACCG TACACTGGAG
CAGCTAATTC GGCACCTCAT ACAAAAACAT CCTTCTACGG CTATCAGCCC TCTGATCCAG
ATGACAGAGA GCTTCTTAGA AGCAGTAACG GGTAATTGGA ATTGTGGCGA AGATGTGCTC
CGTCTCCTAT TCGAAACCCG AACAGGAAAC GACGGCTCTA TCCCGATCAC GCAAGCAGCC
CTCATCAACG CCGCTAGCAA TGTTCAATGT GGATTTGAAG TTATAGTTAT ATTACTTGAC
CACGGTGGCC CAAATCTCAA AAACTTGATA ACAGAGGATG TCATAATAGC AGCGGCAGGA
AATTCTTTAT GGGGCCTAGA AATTCTAGCC CTTCTTTTAG ACCGGGAATA CACCATTTCT
TTCTCGGTGG ATGTATTCAG CGCTGCGGAG CGCAATATAT GGTGCGGTGA AGAAATCCTA
GCTCTTCTGC TTGAACATCA GGCTTTCGAC GCTGAGGATG CGGATGCAGA TTCGTCTGAC
GATGGGGATT TCTGTGAAGA CACAGAGGCT GCAGAGCCAG TAAATCTTTA TGATTTGGAT
TCCGATGATG ATCTATGA
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| Protein sequence | MAGITQERAR EIITEIFNQS GGFLTDDEQQ GVLANVLGAP VREAAARAWT SDTRFVYEMI
QNAEDCSYNS AKSKNAIPSL KFYVFLDRIV VDSNEDGFEE SHVRAICSAG KRKKEGKLGE
KGIGFKSVFK IASKARIQSG PFCFSLRHRD GENGLGMIAP VNEIHEPLPD GVRTRFTLFS
RPEKCREIQD ELLRLPHTII AFLSRLHMLS FYLSRSSTSL MFSRPTIEPS LVCVETRHST
VMVHRYIPFR RKVAGLPPRE SRPLIEDVEV VLAFPQDGRA LTTQPFAHSY RPLRGAGLNF
LIQSDFVTQD NGEDLVACPW NDHILDSLPG VFFAALQEIC SIPEFEKIWP QFLPDDKIKD
SPWSPFYERL LRDLKHIPVF KTRRGTLKSL EDVRYLLPEH CDSNGEPLLE DLQEDIYLSS
QYADYYGLLE PFGLQPISSR QLLDRLRPYL ENPQPRLLVD RFSETSIIMK RFHENWHSKV
AGLLLSWLNC PQDDVVAKQI EHLQIVPVNK GCRSIVLKSP KDSAIYFPHD TSGNLIPSGV
VDVVPVPEVV DVARVRLYTR LGVKAAEPSF VIERICDWNM RAAERPSLEE SICNLRYVYA
TAPSRSAINA KCIFLYDSDG KELEMPQYGA SEWKRAEDLY FKNNDGYGMD AVMQVLQRRC
PPLVDLQYPK FLHPAYTAGS LSNDPWMKWL EGVGSIRQAP RLETPGPAPR PSKLLRLVVR
YAPDILISML KDNWNVYAME LASVCPSTLS EIMNASVPVD CGTEPLKRSF LGTHERRNLW
SGTYLKDKFP FLKILSSREN DDLKDWEFLA RFGVGTTMAE FLVGSAKRLS MMPLSHARDG
FFKLYELLAD NYYDGFWDSP TPPAIVYLPQ PDSDDAWIPL TKNCVWSVFP FTNGQYAIRH
LYPGLEDLFV DRLRVDVPDI CSYIDKIQCM MASDSSNSEI LVVLKELSSL RPTALDLEPL
KMIRFLPVRK GVNNIIYATV SYPFLIVDDD RLQIDTHVPV LNFAPEDVCC LRQFFSALDL
QERYVSNQLR ETTVITGNAD KSAELTHDLR QRAQFLLRVS ILPYGKVEEI FSQATVYTTE
NISRRFNLGD GLETGSYRGL SHLEKIDGNL QVFVPRDESQ RAICYATALP RALVLYLGID
DRMACGTFAT VLREPVDILD AVLNEMGIIH LAMEQSKDLV IRTKNQAESE EIGFNLSPSL
KDARPVRKSL SINLKASEAY IEEQDSPSES LTTLTESYNT ANEDHECISS NIILSYYGSE
PQDRCLTITE AALKSAAEDT DTRQLALLLD HIGTQGQPVT VSQDVLEAAA ANELCGQSML
SLLLEFSDSR GQIGKEIEMD AILKSAVRNE ECGRKVTELL LHYMKLQKKK VTITGAILKA
AAESSKSSNT PLSILLEHDH DPVTEDIVVA AAMNEDSGYQ IMSLLLDYDC DTWISPAIFE
AAASNLHQGP QLMAVLLRQN GENIRITEDI IIAAAHNDVS GLEVLSLLKQ HNGGYLPVTE
AILVAAAESE NCQETIDLFV DIYSWDLPLT NDVLEAAARN PAFGKENLAQ LLDHLAHPQI
TKEIMIAAIS DSEKVNLLRT VSYCDTFAIV EAAVGSLESC LQETLLYELC DELGDSIIDS
ALEAAAANPV NGFKAVSLLL KFCSEDHKFS EGTFLAAARN PRSGEDILGL LLKRQPDIQI
TAELITAATT ADNRTLEQLI RHLIQKHPST AISPLIQMTE SFLEAVTGNW NCGEDVLRLL
FETRTGNDGS IPITQAALIN AASNVQCGFE VIVILLDHGG PNLKNLITED VIIAAAGNSL
WGLEILALLL DREYTISFSV DVFSAAERNI WCGEEILALL LEHQAFDAED ADADSSDDGD
FCEDTEAAEP VNLYDLDSDD DL
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