| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05607 |
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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 | 1982870 |
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| End bp | 1988890 |
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| Gene Length | 6021 bp |
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| Protein Length | 1968 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 | proteasome activator subunit 4, putative (AFU_orthologue; AFUA_4G11290) |
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| Protein accession | CBF81567 |
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| Protein GI | 259484928 |
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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 | 0.865813 |
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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 | 32 |
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| Fosmid unclonability p-value | 0.311926 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGACAATC CAAACTCTAA AACTATATTA ACACCGGACA ATTTCCATAA TGTACATACG
ATTTCACGAG CCACATCCCC GGGTGGTGGA CCTGACGGCG TCAACGGAGA CGGCGAGCCT
AAAGCACGAG TCCGACCACG CACATATCCT TACTTCAAGT ACCTGCCATA TCAGACAGAG
GATGAGGCCC AGCGGGCACG ATATCTTCGA GACATACTGA CCCAGCTCTA TATTGCGGTG
GAATCGGGCG ATTTCAGTCC TGGTGCGGTG CACTGGACAC GGGAGCTGAG AGCATGGCTA
TCGCTCAAGT TTGACCCGAC CCGCAGTGAC CGGATCAAGC TTGTTAAGCT GTACTATGAG
CTCTCTCTAG CTCCCGGCAT CGACCCCAAC GTCGCCGAGC GTTTTTCGAG CATGTTCATG
CTTCTCACAA AGTGAGTGCA ACTCTATCTT GCAGGTATTT TACGCATGCC AATGCTGACA
TAGTCCCAGA CGCAAGCATT ACCTAAGGCC AATTAAGGAC CTGACGTTGG ACTGGAGACC
TCTGTACAGA GAACTCAAAG CATTCGTTCT CCCAACAGAA TCTGGCCTCG TACATTCTTC
GAACCTCAAG CGGAATGTCA AGACTTTGAC AAAGCTCTGC GCATTTATCC AGCTCTACGT
TGATCCTTGT GAGCTTCCAG CCATGCTGGA GGAGTTCCTT CCGCATTACA GCACCTCTTT
CTCAGAAGGC GCGTTTGTCG TAGTCGGACT AATCAATTTG CTTGCTCCCA CAACCCCACC
ACCGGAGTCA AGAGAGGATT TACTACCGCA GCATTATATG CCAACATACT TCCATCTTTG
GTCCTTGGTT AGCCGGTCAA AAACTTTTGA TCAGACGTTC CTCGACTTCT TCTCCCGACT
GGCGCGGGAC TCATTGCCTG CTGGACATAT TCCGTTTTCT GAATATGGCC TCTTCACCAA
AGAGCAATCT TCTCTTATTT TCACAGCCAT CCTGAGGCTC CTGGAAATTC CAGTTGGGCA
GTCGAGCTCC CCCTACAGTG CGCTGGTTGA TATATCCTCT GGATTGGGGA TAATGCTTGA
TCGCGACTCT CGGAAGCATC CAGTTGCACA TCACATTGCT AGGTGGATCG TTATGTCTCT
ATCACCAGCA TGTCTTGACA AGGAAGAATC AATCTTGAGC CAGCTCGAAG GCCTTATACA
GGCCGTAGAG ACTTTTTTCC ACCCGTCAAA TTCGGGCAGC TGGACTAAGA CCTTAGCTCA
GCTGGTGTAC TACCTTACCG ACTTCTTCGT AATGCGCTGG AACAGAGAAC AGAGTGGCGA
GATGGAGGTC CCACAGGAGC GAAGACTGAC AGAGCCTTTA AAACGTCGCT TCGTGCTCTG
CTTGCGCGAC GTGATATTCA TGGGTATCTA TTCTAAAAGC GCCACCGCTA TGAGCTTCTC
GTTGTCGACC TTACAGGGCC TAGCATTCTT GGAACCGCAT CTAATCCTTC CAGGAGCTTT
GCAGCGAATC TACCCATCTC TGCAAGGCCT GGTAGAAGTT CACCGTACCA CTTCGTCACT
CCGAGCTCTC CAGATCCTCG CGCGGATAAT AGCAAGGACT AAGGGGTACC GTTGTCACCT
CACAACTCTC CTTGGAATGG CATTGCCCGG AATTGACGCG AACGACCTTG AAAAGTCTCT
CCACACTTTG ACATTCATCC AGGCCGCATG CTATAATATT CCCATGACAG ACTTGACGAA
GGGAAGAGAC GAGATTAATT GTGATATGCT CGCTATGCAA TGGATTCCCG GAGAGATGGA
GCGGATGGAA CAAGAAGGCG TCGAAGTGCA GTTGAACTAC GACACCGAAC TCAGCGACGA
GACGGAGGAG ATGATTCTTC GCTCTTCAAC CTGCGGTTTC GGAGACTTCA TTATCTCATT
CCTAGGACGC GTCTTCACGC TACTGGAGAA TCTCCCCGAC GTTTCAAGAG TGCGAAATGG
TTCGCCAGAG GAGAATATCG TGAACACGCT ACCAGCGACC TTTATGCCTT TACTGTCATC
GCTATCACCC GAATATTATG AGATTGCTCT GACTAAGGTT GTCGATTTTG TGTCAAACCA
TGTCATCCAC CAAGCTCGCG ACGCAATGGC TTTCATCTGT AACGCTGTTT GCAAAGTCAA
TCCTGAAAAG GCACTGAAAC GTTTTATTCC AGTGTTGATA CAGGCCATCC GAACTGAGAT
TGATGACAAC GGTGCGGGTT CGACCCGGAC CACTGGTACG GATGTGCTTC CTCGTGATAG
GGGCCTTGTG TGGAATGTCA GCATGCTCAG CATGTGTGTC GTGCACGTTG GGGATGCCGT
ATTAGCATAC AAGAAAGAGC TGTTCGATAT TGCTGTCTAT ATGCAACAGA AGTGTCGCGG
CATCCCAACC GTCCATGTCT CGAACTTTAT CCACCATCTC CTTCTCAATC TCACCGGGAC
ATACACCTCA GACTATTCCC TCTATGAACC TGATGTTGTG GCCAAGGGCA TACAGCCCGA
GCATTGGTGT TACAGACCCG ACCCGCAAAA CTTGACCGTG AAGTGGCACG TGCCGAAGCG
GCAGGAGATA GAGTTTGCTG CCGAACTTTT TCAAAACCAG GCCGAGTCTG CCCTTAAGCA
GTTAGCTGCT TTGACTGATG AAAATTCCAA CATCAGACGA GATGGAATCG GTAAGGAATG
GTCCGATGAA GTGATCAGAA ACTTGGTTCT GTTGCGGCTT ATCATTTCGG GTGTGTCTGT
TCTCTTCGAC GCCAAGGCTG CCTCAAAGAC GAAGGGTAGC AGAACCAATG GGGTATCAGA
CAAGGCAGAG GACGTGGAGA TGACAGATGG TGTGATTGGT ACTGGTCCTG AAGACGAAGA
GGCCGATTCC TCGCTTGACA CTTCCGAAGA GGATACTGTA AGGGAGACGT ACACCTACCC
AACGGGATAT CCCTTAGAAG AGAACGACCC TATCTATGTT TCTATCCATG ATATCCGGGA
AAGGGCAGGC TGGACTCTTC ACAAGGTGCA TAGGTACTTG TGTGAGAAGC AGGAGGACGA
CGTGCCCTGC TTCAGTGCTC TATACTCTGC TTACAAATGC TGGTTCGTCG ATGTTGGTAT
CGAGAGGTCC GCCCATGTAC TGGATAGAGT GACTCGCCTT CTTCTTGCCG ACATCCACCC
TTATAAGATG AGTGGCATTC GCAAGGATTA CCCACGTCCC CTGCTTATTC GACGAGCCAA
CATGTACCAT CTGCAGCGCT TAAGACACAA TGCCGCCCCA CGCTGCCGGT CACGACTGGA
TGAAATCCTG CTCTTGGATA TTGCAGAGTC GTGCGTATCT GCTTATACTG AGACGCGCCG
TAACGCTCAA ACGGCGGGAG AGTCGGCCTT GAAGGTCGTC TGGGGCTCCC GCCTACTCGT
CATCCCCCCA CTTCTGAGGG CGCTGCAAAA TGGCATCAAG GAGAATGACT ACGCGCGCAT
CAAGGGTTCT TTGTTTTCTC TATTGCTTAG CAGTGTGGCC AGAACCGTTG GCCGTCATTG
GAAGTATGCT CCCACTTTAG TCCGAGCTTT TATTGATGCG AGTGCGGTTG ATAGGCCGTC
TGTGCAACGG ATATGCTCGA GTGTAGTATA TCAGATCATG GATTATGGCC GTCCAATGGA
AAGAATGGCA ATCCTAGACA GAGACCTTGT GGAGTCCATC GCTCCAACGT CACAGAACGT
CGACGAGCAA ATTCAGCAGA AACGAAATTC ACTAAACAAC AAGCGGGCCC TTATCGAGAA
GAAGAAGGCC GCCTTGGCTG AGGAGCTAGT GGATCTAGCC CGCGAAGCCC ACTGGAAAGT
TGCTAGTCGA GCAGCGACCA TTGTCATCTC AATGGGCCTG CGGTTTGATT ACATCGCGAG
CGAGCGCCTC GTGGAGCTCG TTACTATGGG CTCCATCGAC GACCACCCTG GCTTGCGAGG
TATGTACTCA CAGGGGCTCA CGGCGCTGTT CACCATGATT GATGTCCGAG CAATTTGCAA
TCACGACTAC AAGAGCTATA TCCTGGGTAA CCAGAATTTT CCAGCAAAAA TCAAAGTGGC
CACCAAGCGA TATGAGAAGG GCTGGACTGA GGAATTTTTG GCAAGCTTTG CTAACCCGGA
AACGGAGTAT TATATTGATC ACGATTTCCC CGGCTGGCTT GTATGGGCTG ACCACATGCC
TGGGTACAAA CCAAATGTTG AACGGGACAT CGAGTACGAT CAGATTGAAT GGCAGATACG
TTCTCGCATG GGTAAGCTGT TCGATCGGGC ATGGTTCAAG AAGTTCTTCA TGTACTTGAA
GCAAGAGCCA CGTGATCCCT CAGCCGACAA GTTCCGCATG TCCTGTGCAA TGTTGCTTCT
GTATGCTTTT GAGTTGATGC TGCGCGATGG ACTTACAGCA GCCACCTTCG AAGATATTAA
AGAGGAGATT GAAGCGGTTT ATGAGGATGG AAGTGATAAA CATCAACATC GGGCAACTGC
AGAAATTCTG GGTGCGCTGG TCAGCTCTGT TACGGATACT AGTGTGGAGA AGCGAACGTT
GGTCTGGGAA TATGCGTTCC CAATTGTGCA AAAGATTTTC ATCGAAGGGT TGACGCCGGA
GAACTCTGGT TACTGGACAA CGTTTCTCCA TATGATTCTT CAGTGCCGTG ACCCGCGACG
AGTCTGGCCG TTAGTTGACT GGCTGGCGAG CTTCCGCCTA GACATGACGA CGAATGCAGC
TTTCAAGGAA AGCTCCAAGA TTAATTTGCT GCATCAATCA ATTATTGATG CAGGCTGGCA
CTTCCGGCTT GAGAAACCGA TTGTTCAAGA TTACCTTGCC CACCTTGACC ACCCTTATAA
AGGGGTTCGT GAAGCTATGG GACAGACTCT AGCAACTATA TTCCGTACGC GGTACCACGA
ATCTTACCCA GACGTCAAGA GTCTGCTTGC GGATCAAGAA GCATCTTCAT CGGTTGGCTC
TTATCCGTAT TCACCGGATA CGGACTTCAG ACAGATGATA AATGATATCT TTACGCGGAT
CGAGGAATGG CGACAAGAGA GGACCCCTGG CCAACAGACG CCTTCTTCCT ACACTTCGGG
AAGCAAAACC GTTCTTCTTT GGCTTGACTC TACGCTGTCT TCTCATGAGT GCACGCAGCT
TGCCCCCTTC TTCGCTGAGG TGTTCACAGG ACAACTGCTG CATATGATGG ATGTTAAGGA
AGATCCAGAA CTCCAATCAC TAGCATACCA CGTTTTCCGT CACCTACCGA ACGTTCCGTA
TCCCGCTGAG GAGAACTCAG ACTTTATTAA GACACTTATC CGCATTGGGC AGACGTCGCC
CTCTTGGCAC CAGCGGTTAC GTGTCATGAT CAATATTCAG ATTATCTACT TCAGGCGTCT
CTTCCTTCTC TCTCCCTCTG ACCGTGATAA GCTCTTTGAG TGCGTGGCGA GCATGCTAGA
GGACCCACAG CATGAAGTCA GAGCGGGTGC ATCAGCCACG CTGTCAGGGA TGGTCCGTTG
TTCTCCAGAG TTCCTCCGCA AAGAGATCGT GGATCGTTTC AAGAAGCGAT TCACCCAAAT
CCTGGTAGAG AATCCTCTTC CCAAACGACC AAAGATGCCT CGTATGGCCA GTGGGTTATC
GTCTCCGGGC TCCTCGGGAG CCAATACTCC AAATCCTGAA CACACCCGTC TTGTTATCTC
CAGGCACGGT GCCGTTCTAG GTCTCGGAGC ACTTATTCAA GCTTTCCCCT ACAGCAGTCC
ACCGCCGACA TGGATCCCTG AAGCACTGAC CACGCTGAGC GTTCGTGCGG CCAGCGATCC
TGGCATTGTG GGGTCAAGTG TCAAGTCAAT TATCAGTGAG TTCAAGAAGA CCAGGCAGGA
CACATGGCAT ATCGATGCGA AGGTAAGTCA GCATTTTCTT GTTCTGTTGT ATGCACATAG
CAACTAATCC CCTATCAGGC ATTTACCTCA GATCAACTAG AAGATCTCTC AGGTGTTCTT
TGGAAGAGCT ACTTCGCTTA G
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| Protein sequence | MDNPNSKTIL TPDNFHNVHT ISRATSPGGG PDGVNGDGEP KARVRPRTYP YFKYLPYQTE
DEAQRARYLR DILTQLYIAV ESGDFSPGAV HWTRELRAWL SLKFDPTRSD RIKLVKLYYE
LSLAPGIDPN VAERFSSMFM LLTKRKHYLR PIKDLTLDWR PLYRELKAFV LPTESGLVHS
SNLKRNVKTL TKLCAFIQLY VDPCELPAML EEFLPHYSTS FSEGAFVVVG LINLLAPTTP
PPESREDLLP QHYMPTYFHL WSLVSRSKTF DQTFLDFFSR LARDSLPAGH IPFSEYGLFT
KEQSSLIFTA ILRLLEIPVG QSSSPYSALV DISSGLGIML DRDSRKHPVA HHIARWIVMS
LSPACLDKEE SILSQLEGLI QAVETFFHPS NSGSWTKTLA QLVYYLTDFF VMRWNREQSG
EMEVPQERRL TEPLKRRFVL CLRDVIFMGI YSKSATAMSF SLSTLQGLAF LEPHLILPGA
LQRIYPSLQG LVEVHRTTSS LRALQILARI IARTKGYRCH LTTLLGMALP GIDANDLEKS
LHTLTFIQAA CYNIPMTDLT KGRDEINCDM LAMQWIPGEM ERMEQEGVEV QLNYDTELSD
ETEEMILRSS TCGFGDFIIS FLGRVFTLLE NLPDVSRVRN GSPEENIVNT LPATFMPLLS
SLSPEYYEIA LTKVVDFVSN HVIHQARDAM AFICNAVCKV NPEKALKRFI PVLIQAIRTE
IDDNGAGSTR TTGTDVLPRD RGLVWNVSML SMCVVHVGDA VLAYKKELFD IAVYMQQKCR
GIPTVHVSNF IHHLLLNLTG TYTSDYSLYE PDVVAKGIQP EHWCYRPDPQ NLTVKWHVPK
RQEIEFAAEL FQNQAESALK QLAALTDENS NIRRDGIGKE WSDEVIRNLV LLRLIISGVS
VLFDAKAASK TKGSRTNGVS DKAEDVEMTD GVIGTGPEDE EADSSLDTSE EDTVRETYTY
PTGYPLEEND PIYVSIHDIR ERAGWTLHKV HRYLCEKQED DVPCFSALYS AYKCWFVDVG
IERSAHVLDR VTRLLLADIH PYKMSGIRKD YPRPLLIRRA NMYHLQRLRH NAAPRCRSRL
DEILLLDIAE SCVSAYTETR RNAQTAGESA LKVVWGSRLL VIPPLLRALQ NGIKENDYAR
IKGSLFSLLL SSVARTVGRH WKYAPTLVRA FIDASAVDRP SVQRICSSVV YQIMDYGRPM
ERMAILDRDL VESIAPTSQN VDEQIQQKRN SLNNKRALIE KKKAALAEEL VDLAREAHWK
VASRAATIVI SMGLRFDYIA SERLVELVTM GSIDDHPGLR GMYSQGLTAL FTMIDVRAIC
NHDYKSYILG NQNFPAKIKV ATKRYEKGWT EEFLASFANP ETEYYIDHDF PGWLVWADHM
PGYKPNVERD IEYDQIEWQI RSRMGKLFDR AWFKKFFMYL KQEPRDPSAD KFRMSCAMLL
LYAFELMLRD GLTAATFEDI KEEIEAVYED GSDKHQHRAT AEILGALVSS VTDTSVEKRT
LVWEYAFPIV QKIFIEGLTP ENSGYWTTFL HMILQCRDPR RVWPLVDWLA SFRLDMTTNA
AFKESSKINL LHQSIIDAGW HFRLEKPIVQ DYLAHLDHPY KGVREAMGQT LATIFRTRYH
ESYPDVKSLL ADQEASSSVG SYPYSPDTDF RQMINDIFTR IEEWRQERTP GQQTPSSYTS
GSKTVLLWLD STLSSHECTQ LAPFFAEVFT GQLLHMMDVK EDPELQSLAY HVFRHLPNVP
YPAEENSDFI KTLIRIGQTS PSWHQRLRVM INIQIIYFRR LFLLSPSDRD KLFECVASML
EDPQHEVRAG ASATLSGMVR CSPEFLRKEI VDRFKKRFTQ ILVENPLPKR PKMPRMASGL
SSPGSSGANT PNPEHTRLVI SRHGAVLGLG ALIQAFPYSS PPPTWIPEAL TTLSVRAASD
PGIVGSSVKS IISEFKKTRQ DTWHIDAKAF TSDQLEDLSG VLWKSYFA
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