| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08953 |
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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 | BN001307 |
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| Strand | - |
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| Start bp | 313049 |
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| End bp | 316309 |
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| Gene Length | 3261 bp |
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| Protein Length | 955 aa |
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| Translation table | |
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| GC content | 57% |
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| IMG OID | |
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| Product | Alpha-glucosidase BPutative uncharacterized protein Precursor ; [Source:UniProtKB/TrEMBL;Acc:Q9C1S7] |
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| Protein accession | CBF84581 |
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| Protein GI | 259486601 |
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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 | 23 |
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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 | ATGCGCTTTC AGCAGCTGCT TCCATGGGCT GCGGCCCTGA CTGGCTGCGT CGTCGCCCAG
AGCCAGGCCG GCGTCGATCC GCTCGACCGT CCCGGCAATG ACCTCTACGT AAAGGACCTT
TCGAACTGCA CTGGGTACAA GGTCACCAAG CATTGGAAGA CCCGATCCGG TTTCTATGCG
GACCTGGCGC TCGCCGGGCC AGCATGCAAT GTGTACGGAA TCGATTTGCC CAAGCTGAAG
CTCGAAGTCG AGTATCAGAC CGATGAGCGA CTGCACGTCA AGATTCTGGA TACCAACAAC
ACAGTTTACC AGGTGCCAGA CAGCGTCTTC CCGCGCCCGG GCTTCGGCCA GTGGTGCTCG
CCCAAGAACT CTAAGCTCAA GTTTGACTTC AAACCTGACC CGTTCTCGTT CACCGTCTCT
CGCACAGACA CCGGCGAGGT GCTCTTCGAC ACCACCGGCA CCAAGCTCGT GTTCGAGAAC
CAGTATCTTT ATCTGAAGAC GCACCTGCCG CAGAACCCGC ATCTGTATGG TCTGGGAGAG
CATAGCGACT CCTTCATGCT CAACACCACC AACTACACCC GAACAATCTA CACCCGTGAT
GCTTACGGGA CGCCCCAAGG CCAGAATCTG TACGGGGCTC ACCCGATCTA TTTCGATCAC
CGGCAGGACG GCACTCACGG TGTGTTCCTG CTCAACTCCA ACGGTATGGA CATCTACATC
GACAACGAGG GCGGCCAGTT CCTCGAGTAC AACATCATCG GCGGCGTTTT CGACTTCTAC
TTCATCGCCG GACCATCCCC GCAAGATGTG GCCAGGCAGT ATGCTGAAAT TGTCCAGCCG
CCCCTGATGG TTCCATACTG GGGACTCGGT TTCCACCAGT GCAGGTACGG CTACCAGGAT
GTCTACGAGG TGGCCGCTGT CACCGCCAAC TACTCCGTCC ACGATATCCC ACTGGAGACC
ATCTGGACTG ATATCGACTA CATGGACCGT CGGCGCATCT TCACGCTCGA TCCCGAACGA
TTCCCACCAG AGCTGGTCAA AGACCTTGTG GACACTCTTC ACGCGCGAGA TCAGCATTAC
ATTGTCATGG TTGATCCGGC TGTCTACTAC AGCGAGCCAA ACCCGGCGCT TGACGCCGGT
CTGAAGTACG ATGCGTTCAT GAAGGAACTG AACGGCACTC ATTACCAGGG TGTCGTTTGG
GCCGGTCCCA GTTACTTCCC TGACTGGTTT CACCCGAACG CTCAGGAATA CTGGACGGAG
CAGTTCCTCA ACTTCTTCGA CGGCGTCAAC GGCCCGGACA TTGATGCCCT GTGGATCGAC
ATGAATGAGC CCGCCAACTT TTATAACCGC CCCTACCCAG GCAACAACAC CACCCCGGAG
GAGTTTGCCG AGGCGAATGA CAACCCCCCT GAGCCACCGG CCGTGAGGGA CGGGCCAGAT
GCCCCTATCC CCGGGTTCCC GGATAGTCTC CAGCCAAACT TCGCTTCTGG CCAGACAAAC
GAGAAGCGCG CAGTTGTCAC CGTCGAACGT CGGGCTCGGT CTCAATCGCA CCGCCAGCTC
GGCGCTGGCC GCTGGCGGTC TGCAGTCCGC CACTGGCCGC GAGACCCAAA GGCTGGCTGG
CAGCACGGCC GCAAATCCGG CTCTGGCTGC GGCCCCCACG AGTGCAGAGG TCTGCCCAAC
CGCGAGCTCA TCAGGCCGCC GTATATGATT CAGAACGGCG CCGGCCCAAC GCTGGCGGAC
AACACTGCGG ACACGGATAT CGTGCAAAGC GGCGGATACG TCCAGTACGA CACGCACAGC
CTTTACGGCG CGATGATGTC CACTCATTCG CACAATGCCA TGCGGGCTAG ACGTCCCGAT
GACCGCGCAT TGGTGATCAC CAGGAGCACA TTTGCCGGCT CTGGAAAGGA TGTCTCGCAC
TGGCTTGGAG GTAAGGAATT CCTGCAATCT AAATTTGCGG CAAGGGGGAA CAGCTGCTGA
CTAGCCCTAC TTTTCTCTGC AGATAACATC TCCGATTGGC TTTCATACCG ACTGTCCATC
TCCCAGATTC TCCAGTTCGC CTCGCTCTAC CAGATCCCCG TTGTCGGCCC TGATGTCTGC
GGCTTCGGTG GAAACGTAAC TGAGACCCTC TGTGCCAGGT ACGATCGCCC TAACTCGACA
GCATCTTACG TGCCTGCTAA CATAGTCTCT ACTAGATGGG CTACCCTCGG CTCCTTCTAC
ACTTTCTTCC GCAACCACGC CGAGATCTTT GCCAATCCCC AAGAGTTCTA CCGGTGGCCG
ATCGTCGCCG AAGCGGCCCG CAACGGCATT GCCATTCGAT ACCAGCTGCG TAAGTCTGCG
TTCACCATTA GATCCCAACA TAATTAACAT TGAGTCCGCC AATCTAGTCG ACTACATTTA
CACAGCCATC TACAAGCAGA CCCAAACTGG CACACCATCC CTTAACCCGC TCTTCTTCAA
CTACCCCTTC GACCAAAACA CTTACGGCAT CGATCTCCAG TTCTTCTATG GCCCCGGCAT
CCTTGTCTCT CCGGTCACGG AGGAAAACAG CACCAGTGTT TCCTACTACC TTCCCGACGA
CATCTTCTAT GAATGGGGAA CTGGCAAGCC CGTCCGCGGA CACGGCGAGT ACGTCTCCGC
CGAAGTCGAC GTCACCCATA TCACGGTGCA CTATAAGGGC GGTCTCGTCT ATCCACAGCG
GATCGAGAGC GCGAACACCA CAACTGCGCT GCGCCAGAAG GGATTCAATA TCGTCATTGC
ACCGGGCTTG GATGGCTCTG CTCATGGAGA GCTTTACCTT GACGATGGCC TGTCGCAGGT
GCAGGATAAA GTCTCCGAGA TTGACTTTAG CTATGTCGAT GGCGTCTTTG AGATGAAGGG
CTCGTTTGAG TATGACCCAG GCGTCGGAAT CGAGCGGATT ACTATTCTGG GTGTGGGGGC
CAAGCCCGAG GTGGCGGCTG AGGACGCGGA GGTCGAGTAT GATGAGGAGA ATCAGAAGCT
GGTGCTGCAC GTCGATGTAC CCTTGACGCG AAAGTCAAGT ATCAAGATTG CTTGAGTGGG
AGGGATGGAA TGACAGGGAG AGGCCATCAA GTTGCTTGCT GCCTACTTAG CCTAGTCAGG
CTTGGACGAT TGCGCATACC TCTGGTTAAG GCAGATGTTC CCTGATCAGT GGAGGCAACC
ATTGCCCCCC GTTCACTTAC CACTTGGATA TGCCCATGGC TCTAATAGGA ATACTTAATC
CTAAATAATA CATTATTATG A
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| Protein sequence | MRFQQLLPWA AALTGCVVAQ SQAGVDPLDR PGNDLYVKDL SNCTGYKVTK HWKTRSGFYA
DLALAGPACN VYGIDLPKLK LEVEYQTDER LHVKILDTNN TVYQVPDSVF PRPGFGQWCS
PKNSKLKFDF KPDPFSFTVS RTDTGEVLFD TTGTKLVFEN QYLYLKTHLP QNPHLYGLGE
HSDSFMLNTT NYTRTIYTRD AYGTPQGQNL YGAHPIYFDH RQDGTHGVFL LNSNGMDIYI
DNEGGQFLEY NIIGGVFDFY FIAGPSPQDV ARQYAEIVQP PLMVPYWGLG FHQCRYGYQD
VYEVAAVTAN YSVHDIPLET IWTDIDYMDR RRIFTLDPER FPPELVKDLV DTLHARDQHY
IVMVDPAVYY SEPNPALDAG LKYDAFMKEL NGTHYQGVVW AGPSYFPDWF HPNAQEYWTE
QFLNFFDGVN GPDIDALWID MNEPANFYNR PYPGNNTTPE EFAEANDNPP EPPAVRDGPD
APIPGFPDSL QPNFASGQTN EKRAVVTVER RARSQSHRQL GAGRWRSAVR HWPRDPKAGW
QHGRKSGSGC GPHECRGLPN RELIRPPYMI QNGAGPTLAD NTADTDIVQS GGYVQYDTHS
LYGAMMSTHS HNAMRARRPD DRALVITRST FAGSGKDVSH WLGDNISDWL SYRLSISQIL
QFASLYQIPV VGPDVCGFGG NVTETLCARW ATLGSFYTFF RNHAEIFANP QEFYRWPIVA
EAARNGIAIR YQLLDYIYTA IYKQTQTGTP SLNPLFFNYP FDQNTYGIDL QFFYGPGILV
SPVTEENSTS VSYYLPDDIF YEWGTGKPVR GHGEYVSAEV DVTHITVHYK GGLVYPQRIE
SANTTTALRQ KGFNIVIAPG LDGSAHGELY LDDGLSQVQD KVSEIDFSYV DGVFEMKGSF
EYDPGVGIER ITILGVGAKP EVAAEDAEVE YDEENQKLVL HVDVPLTRKS SIKIA
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