| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02017 |
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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 | 2521300 |
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| End bp | 2524617 |
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| Gene Length | 3318 bp |
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| Protein Length | 992 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | Alpha-glucosidase AgdAPutative uncharacterized protein ; [Source:UniProtKB/TrEMBL;Acc:Q9UV08] |
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| Protein accession | CBF86019 |
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| Protein GI | 259487384 |
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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 | 18 |
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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 | 44 |
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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 | ATGGTCCGCT TCCTGCACCT AGCTGGGACC CTTCCGGTCC TAGCCTCTGG CGCAGTCCAG
GACGCCCTCC GGCCAGTTGC CGAGTCCGCC GCGACCGTAA CCGCAACCGC GACCGTAGCC
GGGCAACAGG CTCAATTTAC ACTCTCGGAT TATGTGGATG TCGGGGCAGA CTTGATTGCC
AATGTGGACG ATCCCGAAGC CGTCAATGCC CAGTCCGTCT GTCCTGGGTA CAAGGCTTCC
GATATACAAC AAACGGACCT GGGCTTTACC GCCAGCCTAC GGCTGGCCGG CGAGCCCTGC
AATGTATACG GGACGGACGT CGAGTCTTTG ACTTTGGAGA TGCAGTATCA GGATACGGAC
CGCTTGAACA TCCAAATCAC ACCGACCTAC GTGGACGCAT CCAACGCGTC CTGGTATATT
CTGCCAGAGG AATTCGTCCC CCGACCGAAA CCGGCCGCAG GTGCGTCCGA GTCGCACAGC
GACTTCGCCG TGACATGGTC AAACGAGCCA ACTTTCAACT TTCAGGTCAC CCGGAAGTCG
ACAGGCGAGG TGCTCTTCGA TACGGCCGGT TCCGTATTGG TTTTCGAAAA CCAATTCATC
GAGTTTGTGA CATCTTTGCC GGAGGAATAT AACCTGTATG GTCTAGGAGA ACGCATCAAC
CAGCTCCGTC TGTTGCGAAA CGCCACACTG ACCTCCTATG CGGCTGACAT TGGCAATCCG
ATTGATGCGT ACGTTCGGTT ACTCTCATCC TTGCCCCATG CTAATGGTAT GCAGCAACAT
CTACGGACAG CACGCATTTT ACGTAGACAC AAGATACTTC TCAGTTGACG AGGCTGGAAA
ACACACATAC GTGAAAAGTA GTGAGGCTGA CCCTTCGGCA ACATATACCT CCTACTCGCA
TGGGGTTTTC CTCAGAAACT CTCACGGCCA TGAAGTTGTG TTGAATCCGC AGGGCCTGAC
TTGGCGGACG ATTGGAGGAA GCATCGACCT CACCCTCTAC TCGGGGCCGA CTGTAGCAGA
GGTCACAAAG CAATACCAGC GCAGCACCGT TGGTCTCCCC GCTATGCAAA AGTACGACAC
GCTTGGTTTC CATCAATGCC GGTGGGGTTA CAACAACTGG TCGGTCTTTG CAGATGTTCT
TGCGAATTTC GAGAAATTTG AGATTCCGTT GGAATATCTC TGGTATGCAC GAATACGCAC
CTATTTGAAT CCTAGCTTAC ATCTTTAGGG CCGACATTGA CTATATGCAT GGTTATAGAA
ATTTTGAAAA TGACGAGTAT AGATTTCCAT ATAACGAGAC CAAAGTTTTC TTGGACAAGC
TTCACGCAGG TGGGCGCCAT TTTGTCCCAA TTGTGGACGC GGCGCTGTAT ATCCCTAATC
CGCAAAACGC TTCAGATTCG TAAGTTTTTC GTTTTTATTG CCGAGTACTG CTGACGATCT
TAGTTATGAA ACGTACACTC GAGGCGCAGC TCGAGACGTC TTCCTGAAGA ATCCAGATGG
CAGCCTCTAC ATCGGCGCTG TATGGCCTGG TTATACAGTC TTTCCCGACT GGCATCATCC
CGATGCGGCT GATTTCTGGG CCAACGAGCT CGTGACTTGG TATGAGAAAG TCAAATTCGA
TGGAGTGTGG TACGACATGA GTGAGGTATC GTCTTTCTGT GTGGGAAGCT GTGGGTCTCG
AAACCGGACA CTCAACCCCG TTCACCCGCC TTTCAGATTG CCAGGTGAAC CGGGCAACGT
TGATTACGAG TATCCTGAAG GATTTGAGCT GTCCAACGCG ACAGAGGCTG CTTCGGCATC
TGCAGCTTCT TCGAGCCAGG CCGCAACCAC CGCCACAGAG ACTACGACAT CCACCAGCTC
TTACTTGCGT ACTTCGCCCA CTCCTGGTGT CCGTAATGTC AACTATCCAC CTTATGTGAT
CAACCATGTC CAGACGGGCC ATGATCTTGC TGTGCATGCA GTCTCGCCAA ATGCTACTCA
CGTTGACGGT TATCACGAGT ACGACGTGCA CAGCCTCTAC GGACATATGG GTATCCAGGC
CACCTACCGA GGTTTGACTC AGATTGCGCC CAGGAAGCGT CCATTCATCA TTGGCCGCTC
GACGTTTGCT GGCTCTGGAA AATGGGCCGG CCATTGGGGC GGTGACAACT ACTCCCGGTG
GTCATCCATG TACTTTTCAA TCTCGCAAGC GTTGCAGTTT TCTCTCTACG GCATTCCGAT
GTTCGGAGTC GATACGTGCG GGTTTAGTGG AAATACCGCG GAGGAACTCT GCAACCGCTG
GATGCAGTTG TCGGCTTTCT TCCCGTTCTA TCGTAACCAT AATGTTCTTG GGACAATCCC
TCAGGAGCCT TATCAATGGG CATCGGTCAT TGATGCCACC AAGAAGGCGA TGAGGATCCG
ATATGCTTTG CTGCCTTATT TCTACACTTT GATGCATGAC GCGCATACTA CGGGCTCTAC
TGTGCTGCGA GCGCTGGCCT GGGAGTTTCC GGACGATCCA TCCCTGGCTG CGATTGACAA
TCAGTTCCTG GTCGGCCCCT CCATCCTGGT TACTCCAGTC CTCGAGCCTC AAGTAAGTAC
CGTTAAAGGC GTCTTTCCTG GAGTAGGGCA GGGAGAAGTC TGGTACGATT GGTACACACA
AACTGCAGTT GACGCCCAGC CGGGAGTCAA CACGACGATC GACGCGCCCC TCGGCCATAT
ACCGGTCTAT GTCCGGGGCG GAAGTATCCT GCCAATGCAA GAGCCTGCTT TGACGACCCG
CGACGCCCGG AAGACGCCGT GGGCACTGTT AGTCGCACTC GGTAAAGACG GAACAGCTTC
AGGCCATCTA TACCTCGATG ATGGGGAGAG TATCCATCCA AAGGTGTCGC TTAACGTCAA
ATTTAGGGCC ACACAGACCG CCCTAACCGT ATCATCCGAA GGCGAGTGGA AAGAAGCCAA
CCCATTGGCG AATGTAACCA TTTTAGGTGT CCTTGAAAAC CCGGTCTCGG TCACATCTAA
CGGACAGCAA GTGCCTGCAG AATATGACGC GCAGTCGCGG ATCCTGGTTA TTACCGGGCT
GAACCAATTT ACAAACAATG GTGCTTGGGG GCAAGATTGG ACCCTTCGGT GGTGAAGCGG
TTTGGTATAG GTGGATAAGG GCCGGAGTCA CCGGTGTGAT TTAGTTTGAA GTACCGGTAG
TGAAATGCGA CTCCAGCAGG TACATTAGGG CGTTCAGACC AATAATACTT GGGATGTTCC
CCGCACTCTG CCGGCTTGCA AGGTTCTCCA CTGCACCCCT GGTAATCTCC TGGCGTCGTG
GTTGGACTGG CGTGGCCA
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| Protein sequence | MVRFLHLAGT LPVLASGAVQ DALRPVAESA ATVTATATVA GQQAQFTLSD YVDVGADLIA
NVDDPEAVNA QSVCPGYKAS DIQQTDLGFT ASLRLAGEPC NVYGTDVESL TLEMQYQDTD
RLNIQITPTY VDASNASWYI LPEEFVPRPK PAAGASESHS DFAVTWSNEP TFNFQVTRKS
TGEVLFDTAG SVLVFENQFI EFVTSLPEEY NLYGLGERIN QLRLLRNATL TSYAADIGNP
IDANIYGQHA FYVDTRYFSV DEAGKHTYVK SSEADPSATY TSYSHGVFLR NSHGHEVVLN
PQGLTWRTIG GSIDLTLYSG PTVAEVTKQY QRSTVGLPAM QKYDTLGFHQ CRWGYNNWSV
FADVLANFEK FEIPLEYLWA DIDYMHGYRN FENDEYRFPY NETKVFLDKL HAGGRHFVPI
VDAALYIPNP QNASDSYETY TRGAARDVFL KNPDGSLYIG AVWPGYTVFP DWHHPDAADF
WANELVTWYE KVKFDGVWYD MSEVSSFCVG SCGSRNRTLN PVHPPFRLPG EPGNVDYEYP
EGFELSNATE AASASAASSS QAATTATETT TSTSSYLRTS PTPGVRNVNY PPYVINHVQT
GHDLAVHAVS PNATHVDGYH EYDVHSLYGH MGIQATYRGL TQIAPRKRPF IIGRSTFAGS
GKWAGHWGGD NYSRWSSMYF SISQALQFSL YGIPMFGVDT CGFSGNTAEE LCNRWMQLSA
FFPFYRNHNV LGTIPQEPYQ WASVIDATKK AMRIRYALLP YFYTLMHDAH TTGSTVLRAL
AWEFPDDPSL AAIDNQFLVG PSILVTPVLE PQVSTVKGVF PGVGQGEVWY DWYTQTAVDA
QPGVNTTIDA PLGHIPVYVR GGSILPMQEP ALTTRDARKT PWALLVALGK DGTASGHLYL
DDGESIHPKV SLNVKFRATQ TALTVSSEGE WKEANPLANV TILGVLENPV SVTSNGQQVP
AEYDAQSRIL VITGLNQFTN NGAWGQDWTL RW
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