| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00472 |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 3394568 |
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| End bp | 3397775 |
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| Gene Length | 3208 bp |
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| Protein Length | 907 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 | putative endo beta 1,3 glucanase, GH81 family (Eurofung) |
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| Protein accession | CBF89420 |
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| Protein GI | 259489279 |
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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 | 0.981548 |
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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 | 49 |
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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 | ATGGAGGCCA AGTGCAAGAC TCGTCTAGCA AACGTGCTAA TGTTGCTTCT CGCCGCAAGG
ACTGTGTGCT CTGCGCCAAC TCCATCTCAA TCCTCTGGGG TCTCAGAGAG CACCCAGTAT
CCCCCTTCCA CCCGAGGCGC AAGACTGCTG CCGCCCGAGA CACAGGGCGT AAGTACTCAC
GGGGGCTTGA TAGGACCGCA CTGACGATGA CAGTTCTACC CTACCAAACT TGAGCGTGAG
GGCCACGAAC TGGAGCAGCC GACGCCCACT CCAGACGAAT CATTTGTTGG ACTGAACGAC
CTACTAGACA CCTTGGGTCA GCCTGAGTCT TTGCTTAATT GGCTACTTCC CAACCCGGAC
GAACCAACAG ACGTTCCATC TCAGCCGCCA GCTGCACCAA CGTCAGAAGC CTCTTCCACA
CCTCTCGTGG CCGCGACGCC TGTTCCTACT ACGTTGCCTG CTACTCACAA CATTATCGAG
CAGCCCACTA CTGTCAGTTC AGTACCCAGC TCGTTCGAGG CTACCACAGT CACAACTTCT
AGTTCAGACG AAAACAGCCC AGTAGTGAGC ACATTCACAA CGCATATCCA AGGTATGTAA
TTCTCCCACC GAACACAAAC CCTCCCTAAC TGATAAGGTC CTGCCGAAAT GGTCAGCCAA
GACGTATTTG TGCCGGTGGG AACTGGTCCG ATTCCTGCCG CCATCACTTC TCGGAACGAC
CATCCTGTTC GCAAGAATGG AGTTGTAAGT GCGCCTACGA ACATTCATGT AGTCGCACTA
ACAAGGCTAG AATTCTTCGA ATCCCATTGA AACGAACAAG TTCCACAGTG CACTCTTCCT
AGGGACCCAG ACGAACGCCA CCTTTACCCA TCCTTACACT CTAGCATGGG CGAAAGGGAG
CGGCAACCTG TCGAGCTTTG GCATGGCCGT CTCACACACT GAGTTGAATC TCGTTGCAAG
CGGCCCGACC AATTCGCAGC TACCAGGAAA CCCTATATCG TACTACATAA ATCCGATCGG
CATTCAGTCG ATCATTCTGT CAGCTTCCGA GTTTGGTCCT TCCACCGTCC TCACTGCAGA
AAACCCCAAG TCATTTTCAG CGGACGCGGT GCTGCAACCC CAAGCCGGGT CTGCTCGACG
ACTCACGTTA CCAGTGCTGC AAGGCATGGC TTTTGTGACC GGTATCTACA CTCAACTGCA
GCCAGTGGTT CAGAGCGCTG TACATTTCCG ACAAGTCGTG ACTGCTGGTT CACCCCGAGC
CGGCATCTTC AAATACCGTG CGACGCTTGA GGATAACTCG ATTTGGCTCA TCTATGCCAT
CCCAGACAAT GGACAGGACC CCAATTTTCA GTTAGTATCC ACTACCGATC TGCGAGGACC
TAGCGGATGG TCCGGTACTG TCCAAGTCGC AAAGAACCCA GCTGGGTCTT CAGGTGAAAG
TCTCTTCGAC AACTCGGCCG GTGTCTTCGC TGTCGAAGCA ACCGTCTCCG GTTCAGTTGA
CGGCCACACA GGCACTTACC GTCTTGCCTG GGCCAAGGCA GGGAAGGAGA CTCAGAGCAC
GCCTTTGATG ATGTTTGCTC TGCCTCACCA TGTAGCCTCA TTCGACTCCC AGACCAGCGC
CCGAGCTGTC AATATCACGC TACGAACCAC CACCAAAGGC ATGGCTAGAG CCGTCATCGG
GGAGTACTGG ACCATGACAG AGCCTGATCT CCCAACAAAC ATGGGCTTTG CGCCATGGGT
CTTGGCCACA GACAGCTCTC CCCAACTCAG CGCTGCAGCC CAGGCAGTGA TTCGAGACGT
AGCTATTACG GAGCTTCAGC AGGATATTGA CGGTCAGACC AACCTGAACA GCATGTACTT
CAGCGGCAAA GCTCTAAGCA AGTTCGCCAC CATCATCTGG ACCGTCGACA AGCTCCTCAA
CGACCATGCC ACAGCTGCTC CTGCTCTCGA GCGCCTGAAG CAGGCCTTTG CCCGTTTTGC
GCAAAACAAA CAACAGTTCC CGCTAGTATA TGACACTGTG TGGAAAGGTG TCGTCTCATC
CGCAAGTTAC GGCGGTGATG TTGGTGCCGA TTTTGGAAAC ACACTCTACA ATGACCACCA
TTTCCACTAC GGATACTTCA TTCATGCCGC TGCTGTTATC GGGGCTTTGG ATCCAAGCTG
GATTGCAGCC AACCGTGACT GGGTGAACAC GCTTGTTCGT GATTCAGGTA ATCCGGCATA
CAATGATCCC CTGTTTCCAT TTTCCCGCGC CTTTGACTGG TATCACGGGC ACTCGTGGGC
TAAAGGCCTC TTTGAATCCT TCGATGGAAA GGATCAGGAG TCGTCTTCGG AGGATTCCAT
GTATGCGTAT GCGCTCAAGA TGTGGGGGAA AACGATCGGT GATGCGAGCA TGGAGGCCAG
AGGCAACCTC ATGTTGGGTA TCATGCGGCG CAGCTTCCAC GACTATTTCC TCATGGAGAG
CGACAATGCC AACCATCCTG CCAACTTTAT TGGCAACAAG GTCACAGGGA TCGTAAGTTC
AGGCACACTC TTTTGATTTG AACGCAGCGA ATCTGATCCT TTGCAGTTAT TCGAGAACAA
AGTCGACCAC ACCACCTATT TCGGCAGCAA CCTCGAATAC ATTCAAGGGT AGGCCTTTTC
TCCGTTCCTC TATACCGCAC ACTGACAATT GATCTATCTA GAATCCACAT GCTTCCCCTC
CTGCCTATGT CCCCATACAT CCGCAGTCAG AGGTTCGTGC GCGAGGAATG GAACGCCATC
TTCGCATCCA ATGCAGCCGC GCCTGCCGAT GGAGTTACAG GCGGATGGAA GGGTATCCTC
TACGCAAACC TGGCTCTTAT CGATCCAGCC GCATCTTGGC GGTTCTTCTC GCAGAGTAAC
TTTGACTACA GCTGGATTGA CGGCGGAGCA TCGCGGACGT GGTACCTTGC ATTCGCTGCA
GGTAAGTTTC GTCTTTGTGC TCAGAATTTT TCAACACTAA CGGACGTAGG ACTTGGTGGT
GGGTCGGCTG CATAGGCTTC GTTCGGGTCA GCCAAGGTTA TGCACCTTCA CTATCCTTGA
GATGATTTCG CTCTTCTAGC TCCATGTTAC GTATCATGAT AGTGGGCTTG AGTGTTTTGG
TCTTTCTTTA ATATTTATTC CAGTAACCCT GGATTTCTGC GATCTTACAT TATCCATAGA
ATACATTCGC TAAGATATGC CTTGATCC
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| Protein sequence | MEAKCKTRLA NVLMLLLAAR TVCSAPTPSQ SSGVSESTQY PPSTRGARLL PPETQGFYPT
KLEREGHELE QPTPTPDESF VGLNDLLDTL GQPESLLNWL LPNPDEPTDV PSQPPAAPTS
EASSTPLVAA TPVPTTLPAT HNIIEQPTTV SSVPSSFEAT TVTTSSSDEN SPVVSTFTTH
IQGPAEMVSQ DVFVPVGTGP IPAAITSRND HPVRKNGVNS SNPIETNKFH SALFLGTQTN
ATFTHPYTLA WAKGSGNLSS FGMAVSHTEL NLVASGPTNS QLPGNPISYY INPIGIQSII
LSASEFGPST VLTAENPKSF SADAVLQPQA GSARRLTLPV LQGMAFVTGI YTQLQPVVQS
AVHFRQVVTA GSPRAGIFKY RATLEDNSIW LIYAIPDNGQ DPNFQLVSTT DLRGPSGWSG
TVQVAKNPAG SSGESLFDNS AGVFAVEATV SGSVDGHTGT YRLAWAKAGK ETQSTPLMMF
ALPHHVASFD SQTSARAVNI TLRTTTKGMA RAVIGEYWTM TEPDLPTNMG FAPWVLATDS
SPQLSAAAQA VIRDVAITEL QQDIDGQTNL NSMYFSGKAL SKFATIIWTV DKLLNDHATA
APALERLKQA FARFAQNKQQ FPLVYDTVWK GVVSSASYGG DVGADFGNTL YNDHHFHYGY
FIHAAAVIGA LDPSWIAANR DWVNTLVRDS GNPAYNDPLF PFSRAFDWYH GHSWAKGLFE
SFDGKDQESS SEDSMYAYAL KMWGKTIGDA SMEARGNLML GIMRRSFHDY FLMESDNANH
PANFIGNKVT GILFENKVDH TTYFGSNLEY IQGIHMLPLL PMSPYIRSQR FVREEWNAIF
ASNAAAPADG VTGGWKGILY ANLALIDPAA SWRFFSQSNF DYSWIDGGAS RTWYLAFAAG
LGGGSAA
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