| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03381 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 845143 |
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| End bp | 851077 |
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| Gene Length | 5935 bp |
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| Protein Length | 1872 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF82821 |
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| Protein GI | 259485633 |
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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 | 0.888019 |
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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 | 38 |
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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 | ATGGCCCTGG AAGAGGTGCC ATCCGTTTCC CGTGACCTTG ACCATTCAGC GCTCCGGGCT
CTGTCTTCTG CTTCCCCTTC TTCGTTACCC TCTTCCTGCT CACGATCTAC TACCAGTCTT
CTATTCCAGT CCAAAGGCAT TGAATTCAGG CTTTCAATTC CAGACACGTT TTTGTCGCTT
GTCGAACCAC ATCGAAACGC CTTCCTTGCT TCGTATTCCA CCCAAGGCAA CACTCAGAGT
CCGCTCGAGC TGGCATTGAG CTTCCTGTAT TTCCTACTTG ACCAGAAAGT CTCGCCGCTT
GTTCTATCAT CAGTCTTACG AGCATTCAAC TTGGAGTTCC TTGGAAACAG GAGCGAAATA
CATTCCTTGA TAGCAGACCT TACACCTATA CCGAAGCAAA GGCAACGATG GCTAGGAATA
TACTACCGGT TCCTGGAAGC AAGCGACGAT AAACGTGCGG AAATACCGTT GAGTTCAATC
TTTCAGCATG CCAGAACCAA CGAATTTCAA CTAATGGCCG TGTTCGGAGG CCAAGGGGAA
TGCAGTCGAA CCTGCCTCAA CGAGTTCGCA GAACTTTACA GCTCATATGA GCCGATGCTA
CGTCGACTGG TTGGAGTTAT TGGGCCCTGT CTCTACAATC TATCCACGAG TGACGAGTAC
AGCTCATACT ACAGAAACCA GCCTTTGGAC CTTAAAGCCT GGATTACTGA TGAAAATCAT
GTTCCCGACC TTGGGTTTGT TGCATCAGCT CCCGTTAGTG TTCCGGTCAT TGGCGCACTC
AGTCTCGCTC GATATTGTGT TACCTGTCAC ATTACGGGAT GCAATCCGGG GTTAATGAGA
TCTATGTTGC GGACTGCTAC TGGCCATTCG CAAGGTCTGT TAGCGGCCAT TGTTGTTGCT
GTTTCACACT CTTGGGATAG CTTCTATCAA GCCACGGAGG AAGTCATTGA GCTTCTATTT
CGCCTCGGCT GGGAGTGCCA CCACGCTGCA CCTTGTAGCA TGGTTCCCGC AGCAAACTAC
GCGGACGTGG ATGGAGCGAA CGGGCCGTCC TACATGCTGA GCTTACGGGG CCTCAAGAGA
CAAGAGACTG AGGCTACGAT CGACCATGTT AACGCAAGTC TACCGGAGGA TAAACGGCTT
TACCTGGCAC TGATCAACGC GTACGATCAA TTTGTGGTAG CTGGACCGGT CGCCTCTCTG
CTTCGATTGG AAAGCCATTT AGTCGAAATT ACTAGCAAAG ATATTGACCA AAGCCGAATT
CCTTTCCGAG ATCGAAAACC ATATATACAG CATAGCTTCC TTCCGGTCAG CACTCCGTTC
CATACGCCGT ACCTTACCCG AGCTGCAGCA CGAGTAAAGA AACAGTTTGC TGCCCGTCCC
ATCCCTACAC GCCGGCTGGC GATTCCTGTT TATCATACTC ATACTGGCCT AGACCTGAGG
AAGCAAGGGG GATGTGCACT ATCCATCGCT ATAGATGCCA TTGCGTCTGA GCCGTGCAAC
TGGCCGTGCG CGGTGGCGAG CTATCATGCA TCTCATATTC TTACATTTGA TCGAGGCGGC
CTTGCACCTT TAATAAAACG CGTGAGAGAA GGATGCGGCG TTAGAGTTGT CCAGGTCGCT
GACCTCGATA CGAGGGATTC TGAGATGGCA ACCATGCGAG ACCTGTTCGC CACGAAGCTT
TTGCCCACGT CAACAAAATT ACAGAGCTGG GGGCAGCAGT TTCGGCCAGG TCTGGCGTCG
GGGCCGAAGA TTCAGCTGGA GACACGACTG AATAGAGTAC TAGGAGCACC ACCAATTATG
GTCGCCGGAA TGACTCCTAC GACGGTACAC CCTGACTTCG TGGCCGCTAT TATGAACGCT
GGCTATCACG CAGAGCTCGC CGGAGGAGGC TACCACAATG CCTCCGCGAT GGAGGCTGCT
ATATATGATC TTGTTTCCAG TATTCCAAAA GAGCGAGGTA TCACCTGCAA CCTTATATAC
GCCAATCCCC GGTCCATTTC GTGGCAAATA GAACTTTTGC GCCGCTTGTC AAATGGCAAT
GTTCGTATTG ATGGCTTAAC AATAGGTGCT GGTGTTCCTT CCCTCACCGT GGCAAGCGAG
TATATTGAGA CCTTGGGACT GCGACACATC AGCTTCAAGC CGGGGTCTGT GGCTGCAATA
CGAAAAGTAG TGGAAATTGC ACGAGAACAT CCAGATTTTC CAGTCATCTT ACAATGGACA
GGGGGACGCG GTGGTGGGCA TCACTCGTTC GAGGATTTCC ATGCCCCGAT CATCGCAACA
TACGGAATAA TTCGACAGGA GCCCAATGTC TACCTTGTTG CTGGGAGTGG CTTCGGAGAT
AGCGATAGTG TTTATCCTTA TCTCACTGGA TCTTGGTCAG TAGCAATGGG GCACCCGGCA
ATGCCGTTTG ACGGTATATT GCTGGGCAGT CGCATGATGG TGGCGAAGGA AGCCCATACC
TCACCGGCGG TCAGGAGAAT CATTGCTGCT ACTCCAGGTG TGTCCGACAG CGAGTGGGAG
AAGACGTATT CTGGACCAGC AGGAGGGGTA ATCACCGTCA CGTCCGAAAT GGGTGAGCCC
ATTCATAAGA TCGCCACCCG CGGTGTTTGT CTCTGGGCAG ATTTGGATAA GACTGTCTTC
AGCCTCTCGC GAAGAGACAG GTTGACATAT CTGGCGCAAC ATCGTCGCTC AATTATTCAA
AGGTTAAACG CCGATTTTGC GAAACCATGG TTTGGATGTA ACTCCGATGG TGAGGCGGTC
GATCTAGAAG ATATGACCTA CCTTGAGGTT CTGAAGAGAT TGACGGCACT CATGTTTGTT
CCCAATAAAC AGTGGATTGA TGCATCCTAT ATTGAATTTA CAATGACAAT TGCTCAGCGT
TGGCTCCAAA GGTTACAATT CGACTCTGAA GCTGCGGCAA GCTTGACGAT CAGCCTGCTC
AGAAAGGCAC CAGATCGTTT TCTTGCGATA TTCGCCGACG TTTGTCCGAC TGCTGAAGGC
GATCTTCTGA ATCCCGAAGA TATATCGTTC TTCCTAATGC AATGCAAGAC TCCGGGGCGA
AAACCGGTGA ATTTTATTCC AGCCCTTGAT GATGACTTTG AGTTTTACTT CAAGAAGGAC
TCTCTGTGGC AGGCCGAAGA CGTTGATGCG GTGCTAGATC AAGACGCGGA GAGAGTGTGC
ATACTACATG GTCCTATTGC AGCCAGGTAC TCCAAGTCCG ACAGCGAACC GGCTGGATAT
ATTCTGGACT CCATACTTAA TGGAGTTGTT GCCCGTTTAC GCGAAACCTC TACGGCAGAG
ATGCTGCTTC CCAAACTGGA AAGGGGCCAT ACCACGCCAG CGTCATGGTC AACGTTATCA
TTGACCGAAA GGGACACTAG TGAGGAAACC TCAGATACTT CTATAACTTC CTTGTCAGAA
CTCATAGAAA ACCACTCTTT CTCTTCAGGA GGGGTCGATA GCGTTCCCAG GCCGAGTCAT
CCACTTTGGA TGCGAGCCCT ACTGGAGGAT GATGTGGTAT TGCAGGGGAC ATTGCGTCAA
AAAAACCCTT TCCGAGATCT TATACAAAGT TCACCGAACA CTGTTGTGAA TTACAATCAG
GACTCCTCAG AGTTAATGGT GACTGCGCAG GAGCCATACC ACATATCGTC ATTTATGAGA
GCTGTTTGCC ACGATGGCGT CGACATTCAA ATTGATATTA GCTCACCAAA GGGGTCAGAG
CCTTTGAGGC TACTCTACAA GTTCAGCGAC ACGAATAATA TTCAGGTTAA GCGAGGTTAT
GGATAAGCGC AACGAGCGTA TCAAGTCATT TTACAGCCTG TTATGGTTTG GCCATGACTG
TGACACAAGT CAATCGCTCA ATGGTGTCTT TTATGGGCCA GATATAACGC TGACAGAGGA
TCTATTGGAC GAATATAATG CGACTATAGG CCCGGCTTAT AGCGATCACC GGCAGATGGT
CCCTAGCACC GATGTCCTAC CAATAAGCAT GGGAATAATC ATAGCCTGGG ACGTTATATC
GCGGCCACTA ATACTTCGTC AGATTGGAGG CGATCTTCTA CGCTTGGTTC ACCGGTCGAA
CACGTTTGAG TATTATTCTG ATACGCGCCT CCGACTCGGT GATAGCGTGA GTAGCAGGTC
GGAGGTCCAG GCGGTTTACG ATGACGATGG GGGGAGGGTT GTCATAGTAG AAGCGCAGAT
CCTTCGGTCC CGAGTACCGG TCATGACAGT TACTTCGACT TTCCTGTTTC GTGGCTCCAA
AGGCACGACT GTTCCTGCAT TTCGAAGAGC AAGAGAGCAG AAATGGACTT ACGACGTGAC
GTCCGAATTC GAAGAATCCA TACTCTTGAG CAGAAATTGG TTCAGACCGT GCGATCCTTC
TCTAACCCTT GTCGGGAAAT CCATGATTTT CGATCTCAAC AGCCTGGTCA AATACCATGA
CGATGGAAAT ATGGAGTTGC ACGTCCAAGG CACTGCTATG TCTCAGACAA ATGGGCAACA
ACAAAAACTA GCGATCGTAG ATTTCAGGAA CACTTGCACT GGAAATCCAG TGCTGGACTT
TCTCCAGCGC AGAGGGAAAC TGGCAGAACC ACGCACTGAG TTTAAGATTC CTGGCTGGGC
CGGAAAGTCC ACCATGGATA TCCAAATGCC TCCGAGCAAC GAGCCGTACG CTCAACTTTC
GAAAGACTTC AATCCTATTC ATACGTCCCC CATATTTTCC AGTTTGGCCG GGGTTCCTGG
GACACTATGT CACGGCATGT GTACCTCCGC CATTGCGGAG AGGGTCCTAG AGCATTTAGG
GCTTGGAGGT GACCGCGAGA GACTCCGCCG GTTTGAGGCG AGGTTCACTG ATATGGTGAT
GCCTCTAGAA AAGCTCGTTG TGGAGATCAA GCATACAGGA ATGGTCGATG GCCGGATGTG
TTTTAGCATT CTCGCCAAAC GGAAAGAAAC TGACGAACGA GTGCTTGAGG GTGATGCGGA
AGTAGAACAG CCTAGGACAG CATATCTATT CACTGGCCAA GGAAGTCAGA GCAAAGGAAT
GGGCATGGAC TTGTACAAGA CGAGTTCAGT TGCAAAGGCT GTATGGGATG AGATTGACCA
GCAACTTTAC AATGCCTACG GTATGTTTTA CTCAAGGTAC TGGTCAATTC TTGCTAACCA
ATAAGGGTGG TCTGTTCTGG ACATCGTGCA AAACAACCCA AAGTCCCTTA CCGTACACTT
TGGAGGTCCA AACGGTCGCA GGATCCGCCA AAAGTATCTC GATATTACTA CAGAAGTCGT
CCTTCCAAAC GGAAAACGAG TCCAAAAGCC AGTATTCCCC GGACTAACAC CTACATCCAC
ATCCTACACG TTTAGGCATC CACGAGGGCT GCTCTACTCG ACGCAGTTCG CCCAGCCGGC
GATCCTACTA TTCGAGGCCG CCGCGTTTGC CGAACTACGT GCCAAGGGCT ACGTGTCACA
CGGTGCCGTG TATGCAGGGC ATTCGCTCGG AGAATTTGGA GCCTTGTCCG CCTTGTCTCG
GTCCGTTCCT ACGGGGGCGT TGGTCGAGCT GGCATTCTAC CGGGGCTCGG TCATGCAGGC
TTCCGTGGCG AGCGACAACG ACGGAGGGAC AACATACGGA ATGGTTGCGA TGAACCCGAA
GAGGGTTGGG ACATGTAGGT TTCAGGCTCC CTTTGGTCGT GATGCGAGAG CTAAGATTGT
AAGTCTTTAC CCAAACTACG CTGGATCGCC TAGTTAGCCA GATCGCGGCC CAAAGCCAAG
AACTACTCGA GATCGTAAAT TTCAATATCG AGGGGGAGCA GTACGTCTGC TCCGGAACTG
TAAGTCGCCT AACCTGTACG AGACTCTTCT AACAATTAAA GGCCGCGAAC TTGTACGTTC
TTGGAAGATT GATCGACCAA TTAGCGGAGG CACCTGGCCA AGCTTGTCTG GCTGA
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| Protein sequence | MALEEVPSVS RDLDHSALRA LSSASPSSLP SSCSRSTTSL LFQSKGIEFR LSIPDTFLSL
VEPHRNAFLA SYSTQGNTQS PLELALSFLY FLLDQKVSPL VLSSVLRAFN LEFLGNRSEI
HSLIADLTPI PKQRQRWLGI YYRFLEASDD KRAEIPLSSI FQHARTNEFQ LMAVFGGQGE
CSRTCLNEFA ELYSSYEPML RRLVGVIGPC LYNLSTSDEY SSYYRNQPLD LKAWITDENH
VPDLGFVASA PVSVPVIGAL SLARYCVTCH ITGCNPGLMR SMLRTATGHS QGLLAAIVVA
VSHSWDSFYQ ATEEVIELLF RLGWECHHAA PCSMVPAANY ADVDGANGPS YMLSLRGLKR
QETEATIDHV NASLPEDKRL YLALINAYDQ FVVAGPVASL LRLESHLVEI TSKDIDQSRI
PFRDRKPYIQ HSFLPVSTPF HTPYLTRAAA RVKKQFAARP IPTRRLAIPV YHTHTGLDLR
KQGGCALSIA IDAIASEPCN WPCAVASYHA SHILTFDRGG LAPLIKRVRE GCGVRVVQVA
DLDTRDSEMA TMRDLFATKL LPTSTKLQSW GQQFRPGLAS GPKIQLETRL NRVLGAPPIM
VAGMTPTTVH PDFVAAIMNA GYHAELAGGG YHNASAMEAA IYDLVSSIPK ERGITCNLIY
ANPRSISWQI ELLRRLSNGN VRIDGLTIGA GVPSLTVASE YIETLGLRHI SFKPGSVAAI
RKVVEIAREH PDFPVILQWT GGRGGGHHSF EDFHAPIIAT YGIIRQEPNV YLVAGSGFGD
SDSVYPYLTG SWSVAMGHPA MPFDGILLGS RMMVAKEAHT SPAVRRIIAA TPGVSDSEWE
KTYSGPAGGV ITVTSEMGEP IHKIATRGVC LWADLDKTVF SLSRRDRLTY LAQHRRSIIQ
RLNADFAKPW FGCNSDGEAV DLEDMTYLEV LKRLTALMFV PNKQWIDASY IEFTMTIAQR
WLQRLQFDSE AAASLTISLL RKAPDRFLAI FADVCPTAEG DLLNPEDISF FLMQCKTPGR
KPVNFIPALD DDFEFYFKKD SLWQAEDVDA VLDQDAERVC ILHGPIAARY SKSDSEPAGY
ILDSILNGVV ARLRETSTAE MLLPKLERGH TTPASWSTLS LTERDTSEET SDTSITSLSE
LIENHSFSSG GVDSVPRPSH PLWMRALLED DVVLQGTLRQ KNPFRDLIQS SPNTVVNYNQ
DSSELMVTAQ EPYHISSFMR AVCHDGVMDK RNERIKSFYS LLWFGHDCDT SQSLNGVFYG
PDITLTEDLL DEYNATIGPA YSDHRQMVPS TDVLPISMGI IIAWDVISRP LILRQIGGDL
LRLVHRSNTF EYYSDTRLRL GDSVSSRSEV QAVYDDDGGR VVIVEAQILR SRVPVMTVTS
TFLFRGSKGT TVPAFRRARE QKWTYDVTSE FEESILLSRN WFRPCDPSLT LVGKSMIFDL
NSLVKYHDDG NMELHVQGTA MSQTNGQQQK LAIVDFRNTC TGNPVLDFLQ RRGKLAEPRT
EFKIPGWAGK STMDIQMPPS NEPYAQLSKD FNPIHTSPIF SSLAGVPGTL CHGMCTSAIA
ERVLEHLGLG GDRERLRRFE ARFTDMVMPL EKLVVEIKHT GMVDGRMCFS ILAKRKETDE
RVLEGDAEVE QPRTAYLFTG QGSQSKGMGM DLYKTSTGQF LLTNKGGLFW TSCKTTQSPL
PIRQKYLDIT TEVVLPNGKR VQKPVFPGLT PTSTSYTFRH PRGLLYSTQF AQPAILLFEA
AAFAELRAKG YVSHGAVYAG HSLGEFGALS ALSRSVPTGA LVELAFYRGS VMQASVASDN
DGGTTYGMVA MNPKRVGTFF TQTTLDRLVS QIAAQSQELL EIVNFNIEGE QYVCSGTIDR
PISGGTWPSL SG
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