| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_04390 |
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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 | 2172635 |
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| End bp | 2178101 |
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| Gene Length | 5467 bp |
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| Protein Length | 396 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 | GPI-anchored cell wall organization protein Ecm33 (AFU_orthologue; AFUA_4G06820) |
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| Protein accession | CBF77624 |
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| Protein GI | 259482799 |
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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 | 10 |
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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 | 50 |
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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 | GCGTGGGTCC GTGGCTATCA GATGCGCTGT TGCTTTCTCG AGAAGCGTGC CAGTTGTCGC
CGTGGGGCGG GGCAGGCCTG GCTTCGAGGG GGAAATGTCT GACCCTGTTG CTCCGGGGGG
ATAGGCGACG AGAGACGAGC CGTGGGGGGT TAAAAGAGTT GCATTTGTGC GATGGGGTTC
GACGGGGCGG TCTAGGGGGG GAGGGGTATG AAGGCGTGAG TTTGATATCG GTGTGCTGTC
CCAGTAGTTA CTATTGTGGG TGTTGCTGTC GACTGCGGAC GAAGGAGGGA GCGGAGGAAC
CGTCGTTGGG GTTTGCTCGG TTGGATTTGG ATCTGAGTCT ATGACAGACT GGGCATGCGA
GTTGAGATTC TCGGTTGTCC ACGTCTTCTT CTTCTTTTCT TTTGTTGAGA GTTTCCGCGT
TTTTGTGATT CCGTTGCTGC GTTGTGATGC TGATGTTGCG GCTTGCGCCG TTGATTTAAG
GGGGATAAGT GCGCTCAGTC GAGTAGAGCG GCGGAGAGCC ATCTTGGCGA AGCTGATCTG
TCGAAGATGC AAAGATTTTG AGTTTTGAAC TGCTTGCACA GTTATCCTGG CCTGCGGAAG
TTGTTTGAGT ATGAGAGCTC AAGGTTGCCT TAGCAATCAG AATCCGGGGT GCGGAGTCAG
CGGCTTTTCG CTGTCATCCT TACGAAAGCG GACTCGTATT CCTTTTGCAA ATCGCAACTC
TGAACGCTTG GTGCGGTCGA TGTATAGAGG GCATTGCTGA CCCTGAAGCT CGATTTAAAG
TTGGCGGTTG CGGTTGCATC TACCAGATTC TTGCCTACCC CTACTCTTGG ATGCGGGATA
AAGGGTCCGC AGTCTCAATT CCAACGGCTT CTTCGAGCTG CATCCATCTG ATGCGCCCTT
TATCCAGGGC CCAGGTATGT CATTGTAAAA CTTCAAGCTA TAGAGTGTCT GCAAGCAGGA
TAATAACCTT CAGAATAGTA CGGAGTCTCA GAGTACCTTT TGCCTAGTCG CTGAAATCAT
ACTGCTGGCC ACGCACAAGA TTGGCGTACC AAGTATGGCA AGTGAATTGA TATCCAATGG
ATTATGAAAC ATGAGAGGCC GTACAAGTGC CGTCACATAC TGTTTCATGT GGGAAAGCTT
CGCTCTGTCA CAACCAATCA GTCCCTGGTC GGTGCCAGAA TGTCAGACAA GTCCCGTCTT
TGTGGAATTG AAACTGCACA GATATGAAGA TCTGTCACTT GTCCTCGTGC TGAACAAAGT
ATGGATTAAG GGAGGTTAAG GAGGTAACGC CTCATAGCTC TCATTTGCTT GATACACCGT
ACAGATGTTA ACAGTTTGCG GTCCCTAAAC AGTAGCAGAA GGCCGCCGCT CCATGGCAAA
ATGTCTGACA TACTTGAGTG GTTCAACGAC ACCAGCCTCA ACTGAAAGCA TGAGAAATGC
GCAGCCGACG CAGGTAGTGT CATCGGTCAA TGCTTGACAA ATAATAATCC GCCTCCTGAG
GTAGCAAACG GCGCCCGTAG TTTGTTATGA TCTGGGTGCA GCGTCTCGAA TAGACCCGAC
TGAAAGTCTA GCCCCTTGGT CTTATCAGCC ACCACTGAGT ATTGACTCGA TACAAGTGGC
ACCAGCAAAC GTGTTCTTGA AATACGTATC TAGCAAGCAG AACGCTTGCA TCCCACCTCA
GGCGTCTGAC GGAGTCATGA TATGGGAGAT CAACAATCAA GGATATAACC CTATGCAAGC
TTTGTTTTTG GATGTTGATC TCGTCGAACA ATCTCTATGG GAAGCCTGAT AACCTTTCAG
GTAGCCAGGA AATTAGGAGT ACTAGGCTAC TTATATGATA TGAAACACGC AAGATCTTCA
GACAATAAAG GGCCACACCC TCGCTGATCA GTCCTCGCGG GAAAGCATAA CCTGGAAACC
CAAGGCCAAT ATTAATTGCG ATTTGCGAAT TGCGACAAGG ATCTGTGGAG TTGTTTTGTT
ATGCTAGACT ACTAGTAAGT ACTCTAAAGA CTCTGTCATT GGGTGACGAG CAACGAGTTG
TCTCGTCCGT AGCTCCGCCT GCAAAAACAA TGCTTCCAAC TTTCATAGAG TTGTGTCTGG
AATCTCCTAG CGAAGGACAT TGCTCAGACG CATTCTCCTC GATGGTTGGC AGCGTGCTCT
TTGACCACAG TGCGAGGTCA GAAGGAGAGT CATTGCCAGT CCGGCGATCA ATATAGCGAG
CCTTGATAGA CTGAACGATC AACTAGGGTC CATAGCGAGT AGCGACAAGC TTTTGGCTTC
GCCACCCTGC GAGAATCATC TACTGGAAGC GTCCATTAGG TTTTTCTTGC TTCAGACTTG
TTTTCCTTTT CTGTAACTCT CTTGTATTGT ACGTAAATTA CCGGCATTAA CAAACGGCTT
ACTGGCTCGC ACGTGCTACG TCTTTTGAAT TCGCCACACA CTATTCTTAG TGTCCATTCC
TAAGATCGCC TTTACTGGAT GACCACTGCG AATTCGACCC GCCTGTGCCT GGATTTTGTT
GATAATTTCT TGATCTGGCC AATTGTTGTT TGGTTGCTAG CCCATGACCT CATGAGCTTC
GGGACGTGTG CCAAACAAGT GATGGACCAT GGTAACAACA CAGTAGTTCC TCGCATGTTA
AGACCCTGTG GATATCTTGC TTGAAATGCC AAGTTTGTCC TTGAGAATCT GAATTCCAAG
AAATGGCATA CCGGAAGGCG AATGGTGTTC GATGCTGGGT TCGAGCATCG GAAGCGGGTT
GCCACAATCG ACCAAACTCG CCGGGCGACG CGTCCACCCG TCGGACTTAT GATGTTCCGT
GTCTATAGCA GCATTCTTCG ATAATGTTGA CACCATATCC GGGGAGGAGG AATGGACATA
AATAGAATAT CAGATATTGC TTCAAGACGG TCTTTGGGAT CGACAACGGT CTGGAATCTA
CTCAGAGTAC ATCGCTTGAA GTTGGCAAGT GTCTCGCGCA ATGAGCCTAT CTGTCCCACC
AGTTGAAGGA GCAATTTTAT ATCTTAGCTA GTGGCCGAAT CTTGAAAGAA ATAATGCCGA
CGCTCTCATT TTCTACTAGA AAAGCATAGA TGCTGAGATC GCTGGTCTGA CGTATAGATA
TCTACGCATC TTGCCTCAAC GACCGAGAAC TTGAGCTGAG TCTCTTGGAT TCGCTGCATC
ATCGCTGCGT TTTCCATGCA GTTGAAAGTG AAACACCAAC TTGAGGATGA ATATAGGACG
GCGCCATGTG GGGCCGCTAA AATGCAGATA AGACGGTAAA GTGACGAAGA GGGACGACGT
ACAGGCTTCA GGATTCAGGA GGAGAAGGGA CCGCGGTCTA AGAGTCTTCG AGACCAGAAT
CTCCGTACGG GGTACCCAGA CAGCACATAT TTTAGAACAT GTGTGTTGAA GTAGTGAGGT
GGAAAGAAAG GAGATAATAC CAAACGTAAC ATATTTGTAA TACACAGACA CGCGGTATTA
GCAAGGAGGA CGCTCCACCA GCCAGACCCA GTGGCAGGCC ACGACTCCTT TCTTGTCCTC
CCTGAAAGCC TGCTTTCCTC CTTTGCGACT CGCCATCCAG TCCTTCCTTT TCCCTCGCTT
CCCTTCTCTC GCTTTCTTTC CCTTCATTCC TCTGTTCGAG CTCGTACTTT CCGGATCCGT
CTTCTCATCG CTAGAGAAAA CGTCTACCTA AAAGCTTCTC CCTCGTTGAA GCTCTCCTTC
TTTCATTCGT TTATTTACCT CTTTTCCCAT CTCTGGCCTC TCGCCTCTGA TCGACTTCCC
AACACTCAGG GCCAGGCTTT GCCCGTCGAC ATAACTGTTT AATCTATCCT TCCGGTAAGT
GAACCTAGTC GGTGAGGTCG CAAATCAAAG ACTAACCTGC TTTGCGTCCG TAGAGATATA
GCAATGGCTT TCGTCAAATA CGCTCTTCCC GCCCTCGCTG CGGCCAATGC CGTCTTCGCT
GCTAGTGAGT CTACAATGCT GGGCATGTTT GTGCTCCGAT CCCGCCTTGT CTAACTTGAC
ATGCAGACTG TGGCAGTGGT AAGACCATCA CCATCAGCAG CCAGAGCGAC CTGGATGGTT
ACAACACCTG CGAGAGCCTC GACGGTGACG TCGAACTCTC CGACCGCCTC ACTGGCACCG
TTACCATCAA CGGTGTTCAG AGAATCAAGG GTGCTCTGAC CAGCACTGGT GGCGCAAACA
TCACCTCCCT CTCGGCCCCC AGCCTCGAGA CTATTGACGA CACCTTCAAG CTCGAAGGCG
CTACATCACT CACTTCCCTC GACTTCCCTC AGCTCACCTC GGTCGGTGAG ATTGACTTCC
AGGCCGTCCC CGTCCTCCAG AGCCTCGGTT TCACCAAGGG TGTCACGAAG GCTGGCAGTG
TCTCTATCGT CAACACAGGT CTGACTTCCC TCGACGGTAT TTCGCTCAAC TCTGTTGGCA
GCTTCGTTGT CACCGACAAC ACTCAGCTCG AGACCGTCGA CGTGAACAAT CTCAAGAACG
CCACCAACCT TATCAACTTC GCTGGTAACT ACGATGAGCT GGAGATCTCG CTCCCCAACC
TGGCCACCGG TACCAACCTG ACCATCCGTA ACGTCAGCTC GGTCTCTCTT CCCTCCCTCA
CCAAGCTCGA GGGTCAGCTC GGTTTCTGGG GAAACTCCTT CTCTTCTCTC AGCGCTCCCA
ACCTCACTGA GTCTGGTGAC CTTGTCTTCG AGGACAACGC CAACCTCTCC AACCTCAGCC
TGCCCGTTCT CGAGACTGTC AACGGTGGTT TCTTGATCAC CCGCAACGAC AAGCTTAGCA
CCATTAACTT CCCCAAGCTG GCCACTGTTA CCGGTGCCAT TGACTTCAGT GGTGCTTTCG
ACAAGGCCAC TCTTCCTTCT CTCAAGAACG TTCGTGGTGG ATTCAACATG CAGAGTACTG
GTAACTTCAG CTGCTCTACC TTTAACTCCT GGAAGGACAA CACCATCCAC GGTACTTACA
AGTGCGAGGC TGAGACAAGC GACCCCACCA CTGCCGACGG CACCTCTGGA TCCAGCACCA
CCACCAGCGG TGACGGCTCA TCTCCCACTG ACGATGCTGC TGTCTTGACT GCCGCTAACG
TCCCTGTCAT GGGTGTTGCT GCCCTGTTCG GCCTTCTCGT TCAGTACGTT CTGTAAAGCG
GCCATGGATA CCTGACAGTT GTGTATGCAT CTTTGCGTTC TGGTTTCGTC TTTTCCTTCG
CCCATCGTTG TTGTAAAGTG ACATAATAAG CACTGGGGTT TTGATATCTG TACCGCGTCG
TTCTTATGAT AATAATTGAA GTTTTGAGCA CCCTTATCGT CTTCCGTCAG CACTTGTTGG
AAAGCGCCTT TGGTCTACGG GCGTAGTGAG AATTTTGCAA GGTGGAAGTT CCGAGCTGGC
GGTGCTCGAA TCTTGTCATA GCTGTATAGA TGTTCTTTCA TGCTTATCTG TGACGACCTA
TTCGTAT
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| Protein sequence | MAFVKYALPA LAAANAVFAA NCGSGKTITI SSQSDLDGYN TCESLDGDVE LSDRLTGTVT
INGVQRIKGA LTSTGGANIT SLSAPSLETI DDTFKLEGAT SLTSLDFPQL TSVGEIDFQA
VPVLQSLGFT KGVTKAGSVS IVNTGLTSLD GISLNSVGSF VVTDNTQLET VDVNNLKNAT
NLINFAGNYD ELEISLPNLA TGTNLTIRNV SSVSLPSLTK LEGQLGFWGN SFSSLSAPNL
TESGDLVFED NANLSNLSLP VLETVNGGFL ITRNDKLSTI NFPKLATVTG AIDFSGAFDK
ATLPSLKNVR GGFNMQSTGN FSCSTFNSWK DNTIHGTYKC EAETSDPTTA DGTSGSSTTT
SGDGSSPTDD AAVLTAANVP VMGVAALFGL LVQYVL
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