| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04385 |
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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 | BN001303 |
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| Strand | - |
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| Start bp | 2187633 |
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| End bp | 2192173 |
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| Gene Length | 4541 bp |
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| Protein Length | 1322 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 | Septation [Source:UniProtKB/TrEMBL;Acc:Q9UVC9] |
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| Protein accession | CBF77635 |
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| Protein GI | 259482805 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.335418 |
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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 | 62 |
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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 | ATGGTATCTC GGTCCAACGA GGGCCCAGAA GCGCCTCATC CGGCGTCTAG AACGCCCGGC
GCACCCGCAA AAGGACGCCT CACGAGACTC GGTTCCAGTC CATCAAAACG AGACGACAAA
GCAAAAGATG ACAGGATGGG AAAGACGTCG GCGAAAGATG TTGCGGAGCT CAAGGACTAT
GTATGCCCGG TCCCCGCACT GTCATCCCGG TTGTCGAAAC TGACGGTGAT CTTTGAAGCA
ATTGGGTGAT TGCTTGGGTC GTGGTGCCTT TGGGTCAGTG TATAGGGCAC TGAACTGGAA
TACCGGGGAA ACTGTAGCGG TCAAACAGAT CAAGCTCGCT GATCTCCCCA AGAGTGAATT
GCGGGTCATC ATGGTATGTT TGCCTACAAC TTCGCTTGCT TTACGTGCTA ACAATACATG
CTACAGCTGG AGATTGACCT CCTGAAGAAT TTGGATGTAT GACACTGCCT GCTTGGGACC
AGTGGCCCCT ATAGCTGCGA CATCTACTGA CTCAATTGAC AATAGCACCC GAATATCGTG
AAGTACCAGG GGTTCGTGAA GTCGGCCGAA ACGTTAAACA TCATTCTCGA GTACGTCCTG
GATGGGATAG GATAGGAAAT TGTACAGCAG CTGACGATTC AGATATTGCG AAAATGGTTC
TCTACACTCA ATTGCCAAAA ACTTCGGCCG CTTTCCGGAA ACTTTAGTGG GGGTATATAT
GTCCCAAGTT CTCCATGGTC TTCTTTACCT TCACGATCAG GGCGTCATAC ACAGAGATAT
TAAGGGTGCA AATATTCTTA CAACGAAAGA GGGCCTTGTC AAGCTTGCAG ACTTCGGTGT
GGCCAGTCGT ACCACCGGAC TAAGCGAATC GAGCGTTGTC GGGACTCCAT ACTGGATGGC
CCCTGAAGTG ATTGAATTAT CAGGTGCAAC TACAGCGTCT GATATATGGA GTCTGGGATG
TACTGTCATT GAGCTGCTTG AAGGAAAACC GCCGTACTAT AACCTTCAGC CGATGCCGGC
TCTTTTCCGG ATTGTCAATG ACGATCACCC TCCCCTCCCT CAAGGCGCCT CACCAGTGAG
TTTGCCTCAT GGCCCTGCTT CTGTACGGGA TGGCTAATGA ATGATCAGGC AGTCAAAGAT
TTCTTGATGC AGTGTTTTCA GAAAGATCCC AACCTTCGTG TGTCCGCTCG CAAACTTCTG
AAACACCCAT GGATCGTCAA CGCTCGAAGA TCTGACTCCG TAGTCCCTAA AAAATCAACC
GAATATGAAG AGGCGGTGAA AAGTGTCCAG GAGTGGAATG AGGCTTTGCG TTCGCCGGAA
TCGAATGCCC TAAGAAGAGG AACCAGAAAT GAAAATCAAA ACCCACCGTC TTTACGGCTT
GACACGCGGC ATACGCCAAC TAAAGTTACA CTTCCAAGCC CAGTCTCCAG AATTGTCGCG
GACAAATTTA GTTCTCCTAG CTCCGGAGAA GAGGATAACT GGGACGATGA TTTTGCTACG
GCCATCTCGC CAAGTGCACT GCAGCTACCT CACCTTCGGC CGCACGACAA TTTTGGTGGA
ATGCTTTCTT CGGAGAAACT GAAGGCATTT GCCTCTCTAG ATGGTACAGT CCTAAAGTCT
GATGAAAGCT TTGAGGAGTC CGATGACCCT TTCAAAGGAT CTCTGCTGGC CGGAGAACAT
GACCCGCTGA AGACAATCCG GCCCCCGCCG TCGCAGCAGG CAAACTCAGG AACATCACAG
TCTCAAAACG GACCGTATGG TGCGCATATG AGGCGGGGAC CGCCCCTAAA TACCGCCATA
ACCCCAGTTT ATGGTGGGCA AATGCTCCAA AACTCGTCAT CTCCTATACG GCAACAACGT
CCGCCGTTGT TCTACAAAGA GAACTCCGTT GAAGATTACT CCGATCTTAT CTCGGCTAAT
GAAGACGTCC TTGACCGCAA AATCAGTGCT TTTCAAGTAG GTCCCACTCT ACGCACCCCC
CGAAGGATCT GACCATGCAG CTGACGTTCA TCAGGAGAGC GACGAGCATA AAGACTTAGC
AGACACGGGA AGGTCCAGGG AAGTCATCCG GTATCAGAGT TCATACGAGC AAGAAGATAC
ACCTCGAATC GGAAGACAAA TATCAGTCAA GCGGTACCGT GGGACAGTCG AGATCCAGCA
GTTTGCCGAG AACGAGCATG ATGAGGATTT TTCTGATATC CTAGGGGTGG ATGGAGTCAC
GCTAGACAAG GCTGAAAGCG ACGACGGCTC AAATAAGAGC ACACTGATGC TAAATACAAA
ATTATCAAAC AATTCTTGGC TAGGAGATTT GGATGATGAA GATGATCCCT TCGCACTGCT
TGAGGAAGGG CTCGATGAGA CTGACCTCGA AGCTAATATC GCTCGTGACA AACATGCACG
ACTCCGAAGT CAAGTTGAAG GGCTTGTTGG TTCTTTGAAG ACGTCGCAAG ACGAAGAAGT
ACTTGGGGAC ATATCGGAGC AGCTCTTGGC CGTCTTCTGC GATTTCCCTG AGACGAAGAA
CATAATAATT AGCGCCCATG GCATGTTACC AATATTGGAG ATTCTTGACC TATGCCGCCG
CCGCGACATT ACTTTGTGCC TACTGAAAAT TGTCAATGCA ATCATCTATG ATGATTACGA
AATACAGGAA AATCTCTGCT TTGTCGGCGG TATTCCCATC ATTAACGAAT TCGCGGCGAA
AAAATATCCC CGGGAAATAC GGCTCGAAGC AGCAGCGTTT GTTCAACAGA TGTACCAAAC
ATCAACCCTT ACCCTTCAAA TGTTTGTCAG CGCGGGAGGG TTAAATGTTC TTGTTGAGTT
TTTGGAGGAC GATTACGAGG ATGAACGTGA CCTTGTTCTG GTAGGAGTGA ATGGCATCTG
GAGTGTTTTT GAGTTACAGG TGCGTAGCAG CATCTCTTTC TGTTGCAACG GGTACCGATA
TTGACACTAC ACAGGGCTCG ACTCCCAAAA ACGACTTTTG CAGAATTTTA TCACGCAGCT
CCGTTTTGGA TCCTTTGTCC CTTGTGTTGA GCCGAGTGTT GGACGAAGAA GGCGAGTTGG
CCGAGGTCGT GGAAGGCCGC ATTGCAAATA TCTTCTTCAT CTTCTCGCAA GCTGAGAATC
ATGTCAAAGA AATGGTATCG GAGCGCACAG TCTTACATAG TAAGGGCTTT GATGCATGGA
TATGTTTTCA GGTACTGACG ATGGCTTAGG GGTTTTAAAA GAATTGAAGC GCATGACACC
CGCCCACCAA ATAACTATGC TGAAGTTCAT CAAGAATCTG TCTATGCTAT CAACAACACT
TGACTCTCTT CAAAACTCAA ACGCGATTGA CGTCTTGACC GACCTCTTGC GGTCCACAAT
CAAGCGTCCA CATTTCCGGG AGGTCTCCAA CCAGATTCTG AATACAATTT ATAATATGTG
TCGTCTCAAC AAGTCACGAC AAGAAGATGC CGCGTTAAAT GGGATTGTGC CTTTACTCCA
GAAGATTGTG AAGACTGAAC GTCCACTCAA GGAGTTTGCG TTGCCTATTC TCTGCGATAT
GGCACACTCT GGGAAAGTTG GCCGTCGGGA GTTGTGGCGG AACAAGGGAC TCGCATTCTA
TATCTCATTA CTTTCTGACC CTTACTGGCA GGTGACCGCT TTGGATGCAA TATTCATATG
GTATGTCACA TTCTCTCTGG CTGGTATGTG CCTAGCTAAT AACCATTGAC AGGCTTCAGG
AAGAGACCGC TAAGGTGGAA GAGCATCTAT TGGAAAATCG TTACGATCAG CCATCATTCA
CAGACGCGAT CGTGAGATGC TTGACATTGT CCAAGGCGAA TGCGTTCGAG AACATCCTTG
AGCCGCTGCA AAAGCTTCTG AGGCTCAGTC CTCCAATAGC CTCGACCCTG GCGCGCCCAG
ACTTGTTCAG CCGGCTCGGA CAGAAACTCC ATCATTCCAA GGCTGCGGTC CGTCTGAATC
TCCTGCGCAT AATTTCTAGC ATTTGCGACT CTAGTGAGCA ACAGGGCGGA CTACTTGCAA
GCTACGGGCT CCTGGACTCA ATTCGCGAGT TAGAGCATGA TCCTGCGATT CTTGTTCGGG
ATATGGCTGG AAAATTAATC CAGTCCAGCG AGAGAAATGA TTCGTACGGA CTCTGTAAAC
TCAAGCCCAA TGTTAGGCGG GGAAGTACAT CTGCCACTTC CCCTGGTCTC CTTGCCAACC
AATCAGCGCC TGTCACTCCT CAGTTGAGTC GACAAAACCA GTCGAAAGGA TACTACGATA
GTCGGGAAAC GCAACGGCGG CCGCGAAGTG CAATCAGTGG CTCTGCACTG GCTCTCCGTC
CTGGAAGCAG AGACGGGCCA ACTCCGGGTA TTGTAGGGGG TGCTAACGGA AGTGCTGGTG
CCTCAAGAAA TAGGATAGCT CGCGGAGTGT CCAATAGATT GTCGCACATC GAGCTGTTAC
CGAATGATGA TGATCGAATC CCGAGTTCTA TAACTCGTCG ATCGTCGGTC CTCCCACGTC
GTCGACGATT GACGCAGTTT GAGGCGGAGC GAGGATCGTA A
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| Protein sequence | MVSRSNEGPE APHPASRTPG APAKGRLTRL GSSPSKRDDK AKDDRMGKTS AKDVAELKDY
IKLADLPKSE LRVIMLEIDL LKNLDHPNIV KYQGFVKSAE TLNIILEYCE NGSLHSIAKN
FGRFPETLVG VYMSQVLHGL LYLHDQGVIH RDIKGANILT TKEGLVKLAD FGVASRTTGL
SESSVVGTPY WMAPEVIELS GATTASDIWS LGCTVIELLE GKPPYYNLQP MPALFRIVND
DHPPLPQGAS PAVKDFLMQC FQKDPNLRVS ARKLLKHPWI VNARRSDSVV PKKSTEYEEA
VKSVQEWNEA LRSPESNALR RGTRNENQNP PSLRLDTRHT PTKVTLPSPV SRIVADKFSS
PSSGEEDNWD DDFATAISPS ALQLPHLRPH DNFGGMLSSE KLKAFASLDG TVLKSDESFE
ESDDPFKGSL LAGEHDPLKT IRPPPSQQAN SGTSQSQNGP YGAHMRRGPP LNTAITPVYG
GQMLQNSSSP IRQQRPPLFY KENSVEDYSD LISANEDVLD RKISAFQESD EHKDLADTGR
SREVIRYQSS YEQEDTPRIG RQISVKRYRG TVEIQQFAEN EHDEDFSDIL GVDGVTLDKA
ESDDGSNKST LMLNTKLSNN SWLGDLDDED DPFALLEEGL DETDLEANIA RDKHARLRSQ
VEGLVGSLKT SQDEEVLGDI SEQLLAVFCD FPETKNIIIS AHGMLPILEI LDLCRRRDIT
LCLLKIVNAI IYDDYEIQEN LCFVGGIPII NEFAAKKYPR EIRLEAAAFV QQMYQTSTLT
LQMFVSAGGL NVLVEFLEDD YEDERDLVLV GVNGIWSVFE LQGSTPKNDF CRILSRSSVL
DPLSLVLSRV LDEEGELAEV VEGRIANIFF IFSQAENHVK EMVSERTVLH STDDGLGVLK
ELKRMTPAHQ ITMLKFIKNL SMLSTTLDSL QNSNAIDVLT DLLRSTIKRP HFREVSNQIL
NTIYNMCRLN KSRQEDAALN GIVPLLQKIV KTERPLKEFA LPILCDMAHS GKVGRRELWR
NKGLAFYISL LSDPYWQVTA LDAIFIWLQE ETAKVEEHLL ENRYDQPSFT DAIVRCLTLS
KANAFENILE PLQKLLRLSP PIASTLARPD LFSRLGQKLH HSKAAVRLNL LRIISSICDS
SEQQGGLLAS YGLLDSIREL EHDPAILVRD MAGKLIQSSE RNDSYGLCKL KPNVRRGSTS
ATSPGLLANQ SAPVTPQLSR QNQSKGYYDS RETQRRPRSA ISGSALALRP GSRDGPTPGI
VGGANGSAGA SRNRIARGVS NRLSHIELLP NDDDRIPSSI TRRSSVLPRR RRLTQFEAER
GS
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