| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_11054 |
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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 | BN001302 |
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| Strand | + |
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| Start bp | 1168981 |
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| End bp | 1172017 |
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| Gene Length | 3037 bp |
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| Protein Length | 952 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 | alpha glucosidase II, alpha subunit, putative (AFU_orthologue; AFUA_5G03500) |
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| Protein accession | CBF74129 |
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| Protein GI | 259480995 |
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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 | 16 |
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| Plasmid unclonability p-value | 0.464256 |
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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 | 42 |
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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 | ATGGCCCGGA GCCGGCTGTC ATCCAGCTGG ACCCTGCTGG TCACCCTAGC AATACTACTT
GGATGCTTCA TCGTACCAGG AGGTGCGCAC TAATCTCACG TCTTCACCCT AAATCCTACT
GACTCGTCTC TGTTATAGTA ACTGTGAAGC ATGAAAACTT TAAGAAATGC TCTCAATCAG
GTTTCTGCAA GCGCAACAGA GCACTTGCGG ACGAAGTCGC CGCCAAAGGC TCATCCTGGA
GCTCCCCGTA CGAACTCGAT CCCTCAAACA TTCAATTCAA AGACGGCTAC TTAAGAGGAA
CAATTTTAAA GACCATCTCA CCTACTGAGA AGGTGAGGCT GCCTCTGCTT ATCTCTTTCC
TCGAATCCGG AGTCGCACGA GTCACCGTCG ATGAAGAAAA GCGTATGACC GGCGATATTG
AGATCCGTCA CGGGAGCCAG GCACGTAAAG AACGATACAA TGATGCTCAG TCGTGGGTCT
TAGTTGGTGG CTTAGATTCT AGCAAGTCGG CGATCTTGAG CCCGGAGTCT GAGGATGGTT
ATACCAAAGT TCTGTACGGG CCTAATAACG CCTACCAGGC TGTTATCCGG CATTCCCCTT
TCTCTGTTGA CTTCCAACGG GATGGGCAGA CACATGTCCA ATTCAACAAC AAAGGATACA
TGAACATGGA GCACTGGAGG CCGAGAGTTG ATGCCCCATC CGAATCCGAA CAAGATGTGC
TCGGCTCTCA GGAAGATGAG AGCACCTGGT GGGAAGAGAC CTTTGGTGGA AACACAGATT
CGAAGCCCAG GGGTCCCGAA AGTGTGGGGT TGGACATTAG CTTCCCAGGC TACACTCATG
TGTTCGGTAT CCCCGAGCAT GCAGACTCTC TGTCCCTGAG GGAGACGCGG TAAGCTGCTC
GGCTTCTATT TCATAAGCTA CCCAAACTAA TCATAAGTAG TGGAGGCCCG GGTAACCACG
AAGAACCCTA TCGCCTGTAT AACTCTGATG TGTTCGAATA CGAGCTTAAC AGTCCTATGA
CTCTATACGG TGCAATTCCG TTAATGCAAG CCCACCGTAA GGACTCCACT GTTGGTGTCT
TCTGGCTCAA CGCTGCCGAA ACCTGGATTG ACATTGTGAA ATCAAAAACC GACACGCACA
GCCATTGGTT TTCCGAAGCT GGACAGCTCG ACGTATTTGT CTTTCTAGGG CCTACCCCTG
GCGAGATAAG CAAGAAGTAT GGCGAGTTGA CTGGTTACAC TCAACTACCC CAGCAGTTTG
CTATTGCTTA TCACCAATGC CGCTGGAACT ATGTCACTGA TGAAGATGTG AAGGAAGTCG
ACCGCAATTT TGACAAGTAC CAAATCCCCT ATGATATCAT TTGGCTCGAT ATCGAGTATC
TCGACGACCG AAAGTACTTC ACTTGGGATC CTCTAACCTT CCCTGATCCC ATCAGTATGG
AGAAACAGCT TGACGAGTCG GAGCGCAAGC TTGTAGTGAT CATTGATCCA CATATCAAGA
AGCAAGACAA GTTCGAAATA TCCAAAGAGC TGAACAGCAA AGGTTTAGCT ACCCTGAACA
AGGACGGTAA TGTCTACGAA GGATGGTGCT GGCCAGGGGC TTCCAACTGG ATCGATTGCT
TCAACCCTGC AGCTATCAAA TGGTGGGTCG GCCTCTTCAA GTATGATAGG TTCAAGGGAA
CCCTTCCTAA TGTGTTCATC TGGAACGATA TGAACGAGCC CTCTGTGTTC AATGGTCCAG
AAACCACGAT GCCGAAGGAC AACTTGCACC ACGGTAATTG GGAGCACCGT GATGTTCACA
ATGTCAATGG TATAACCTTT GTCAACGCCA CATACCAGGC TATGCTGGAG CGCAAGAAAG
GCGAAATCCG ACGGCCTTTC ATCTTGACCC GATCGTTCTA CGCGGGCGCC CAGCGCATGT
CCGCTATGTG GACCGGAGAT AACCAAGCCA CCTGGGAGCA CTTAGCAATC TCCCTACCGA
TGGTTCTCAA TAATGGAATC TCCGGATTCC CGTTCGCTGG TGCCGACGTT GGCGGATTCT
TTCACAACCC AAGCAAGGAG CTTCTGACTC GGTGGTATCA GACCGGCATC TGGTATCCGT
TTTTCCGCGC TCATGCCCAC ATTGACACTC GCCGTCGTGA GCCGTACCTG ATCCAGGAGC
CATTCCGGTC GATCATTACG CAGGCTATCC GGCTGCGCTA CCAGCTTCTT CCCGCCTGGT
ACACTGCTTT CCATGAAGCT TCGGTTAACG GAACACCGAT CGTGAGACCG CAATTTTACG
TTCATCCAAC AGATGAGGCG GGTTTCACCA TTGACGACCA AATCTACCTC GGCTCCACCG
GTATTCTCGC AAAGCCAGTG GTCACTGAGG GCGCCACGAG TGTGGACATA TACATCGCGG
ACGACGAGAA GTACTACGAC TACTTCGATT ACACTGTGTA CCAGGGAGCT GGAAAGAGAC
ATTCAGTTCC GGCGCCTATG GAAAAGGTAC CTGTGCTAAT GCAAGGAGGT CATATTATTC
CACGCAAAGA CCGACCACGT CGTAGCAGCG GACTCATGAA GTACGATCCT TATACGCTCG
TGGTGGTTCT CGACAAGAAC GGACAGGCGG AAGGCACATT GTACGTTGAC GATGGTGAGA
CCTTTGACTA CCAGCGTGGG GGACACATTC ACCGCCGCTT CCACTTCCAA GACTCCTCAC
TCGTTTCGGA GGATATCGCA ACTCACGGGC CTCAGACGGC TGCGTACCTC AAGACCATGG
CCAGCGTCAG TGTTGAGAGG ATTGTGGTGA TTGACCCTCC CAAGGAATTG CAGGATAGGA
GCACGGTCAC TGTGATTGAA GATGGAGCAA AGACATCCTC TTCAGCACAA CTGGAGTATC
ATGCTCAGGA AGGCGGCAAA GCTCCGTATG CGGTAGTGAA GAACCCCAGA GTGGGTATTA
GCAAGACCTG GCGGATCGAA TTTTAAGCTC CAGCACTTGG CTCAGCACTT GGCTAGATAG
AGCACTAGAT GGAAATATGC ATTTTACATA CAACCTT
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| Protein sequence | MARSRLSSSW TLLVTLAILL GCFIVPGVTV KHENFKKCSQ SGFCKRNRAL ADEVAAKGSS
WSSPYELDPS NIQFKDGYLR GTILKTISPT EKVRLPLLIS FLESGVARVT VDEEKRMTGD
IEIRHGSQAR KERYNDAQSW VLVGGLDSSK SAILSPESED GYTKVLYGPN NAYQAVIRHS
PFSVDFQRDG QTHVQFNNKG YMNMEHWRPR VDAPSESEQD VLGSQEDEST WWEETFGGNT
DSKPRGPESV GLDISFPGYT HVFGIPEHAD SLSLRETRGG PGNHEEPYRL YNSDVFEYEL
NSPMTLYGAI PLMQAHRKDS TVGVFWLNAA ETWIDIVKSK TDTHSHWFSE AGQLDVFVFL
GPTPGEISKK YGELTGYTQL PQQFAIAYHQ CRWNYVTDED VKEVDRNFDK YQIPYDIIWL
DIEYLDDRKY FTWDPLTFPD PISMEKQLDE SERKLVVIID PHIKKQDKFE ISKELNSKGL
ATLNKDGNVY EGWCWPGASN WIDCFNPAAI KWWVGLFKYD RFKGTLPNVF IWNDMNEPSV
FNGPETTMPK DNLHHGNWEH RDVHNVNGIT FVNATYQAML ERKKGEIRRP FILTRSFYAG
AQRMSAMWTG DNQATWEHLA ISLPMVLNNG ISGFPFAGAD VGGFFHNPSK ELLTRWYQTG
IWYPFFRAHA HIDTRRREPY LIQEPFRSII TQAIRLRYQL LPAWYTAFHE ASVNGTPIVR
PQFYVHPTDE AGFTIDDQIY LGSTGILAKP VVTEGATSVD IYIADDEKYY DYFDYTVYQG
AGKRHSVPAP MEKVPVLMQG GHIIPRKDRP RRSSGLMKYD PYTLVVVLDK NGQAEGTLYV
DDGETFDYQR GGHIHRRFHF QDSSLVSEDI ATHGPQTAAY LKTMASVSVE RIVVIDPPKE
LQDRSTVTVI EDGAKTSSSA QLEYHAQEGG KAPYAVVKNP RVGISKTWRI EF
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