| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03549 |
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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 | 3732705 |
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| End bp | 3736090 |
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| Gene Length | 3386 bp |
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| Protein Length | 573 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF75908 |
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| Protein GI | 259481928 |
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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 | 17 |
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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 | ATGGACTCAT TATGTTCTTG TCAACCAAAG CCCAGAATCC CTCGGCCACG GAATGGTATG
CCCTCGCCAC CTTACCTCTC ACTACCAGAG ATAACTCTCT AACATTTTTC AGCATTCTTT
CTGTACCGAG AGGCCCACTA CAAAGCTGTT GTCGCATCCG CCGAGGTCTC ACCTCTGCCT
AGTACCACTG TTGCAAAGAT CCTTGGGAGA CAATGGAGGG ACCTTCCAGA ATCAGCCAAA
GCCGAATGGA AAGAACTTGC AGAGGTAGAT ATCAGGATCA ACAGGAATAT TTAAGCACGC
TAAAAGGACT TACAGGAGGA AAAAAGACAG CATAAGCAAC GATATCCTGA CTACAGATAT
TGCCCATCCT CAAGAATCTG TTCTCAATGC GGCGGAAGAC AAATCAGGGG TGCCAAAAGT
CATAGGGAAG GTTCATCTGG ATCTCCAGCA AGGGTGGCTT CGGATGAAAT CATGGACCTT
GTACCGAGCA GGGAGATGAT GTTGGAGTGG AGCGACTACT CTGATGAGCA AGTATGTCAG
CTATTCAGCC TCCCTGAGAA GGGAGAGGAC CAAGTTGCGC GACCCATTAC ACCATCTCCG
CCGCCGTTTT CGACGATCAA GCCGTGTTTA TTGGAAAAGC AGCACGGCCG ATGGACACTG
TGTTCAATTT TGCTCCCAAC TGACCATGGC TATGGCTCCC AAGTAACGCT CTTTGATAGT
TGTCTGACCT ACCGCATGCT CCATGTGGTT GGCTGGATGG CCATCACTAC AGGAGAGGCT
TATTTTAAAT TAACCGATGA TACTATCCGT GAATTAGCTG AGTACTATAA CAGTACATGT
ACTGATCTAA GCCGGCAGCA AAGGTTCCTA GCTGCAGCAT ATGCATTTTG CTACTCTGTT
GGCTATAACG AGATACTTGA TGCTTTGGAA GATGATGGTA GTGGTGAACT TAAAGGTGAG
CAGAGCAGCA TGGCATTGAC GGAAATATAT AGTCTTCTCA CCAGCTAAAA TAAATACAAT
AAACCGTGAT GTTCAGCTCT ATCTTAGGAC TAAGTATTGG TATGATGTCC GCACTAGCCT
TGTACAGATA CAGTCTCAGT CACTGTGACC CAGGTCACAG TTTTAGTCAC TGTAACCACA
ACTGGTACAG GGGTGCTGCT TGTAGAGCTT AGAATAGTGG TGGAGAGCAT GACGACTGGG
GAGGGTGCAC TGCTTGAAGG AGGGGTGCTG CTCAGGAATA ATGCCGTGCT TGAAGAAGCA
ATACCTGTGC TGGCCTGTAT GTTGCTCGCA GAAGAGATGC TGCTGCCGCC AATGCAGGGT
GTGCTGCTTT CATGTGGTGT CTTGCTAGTA CTATCCTTTG AGGGAGTCGA CAATCCTTTC
TTAGAGCATG AAGAAGGGAT CATCAGTGGC CACGTATGCA GCGGCGTAGA GTAATCAACG
GGGCCACTCA AGTCAGAACG GAGGCCATCA TTCACCCAGA GCCGATGGCA AGTAAAAGGA
GGCGTGTTAT GACATCCCTT GCTCCCGTTC GTTGGAAAGA AGCTTTGAAT AAATGAAGTA
CAACCGAAAC TGTTTGTTCG GGACTGATCT TTAAGTGGAT CCCACAGGTC AAGTTCCGGA
GCAATAGAGA TATCAAATTG TTCTTGACCC TGGAGAGGGC GGAGGAGCCT GAAGCTCTGA
GAGACACATA TATTTGTGAT GTTCATGGCC AATGTTGTCT CATTGAAGAT CATCTGAGCT
GGTATGCCTT GGCAATCTGG CTCTGTCCAG ATTTGCACCC CATTGATTCC ATACAAACTT
GCGTAGTCTG AGGTGGCCTT GTGAGCCAGG AGCACCAGGC AAACCCCAAG AAGTAAATTC
ATCTTTCTGA GAGTGCTGAA CTTGTGCGGC GGATTCAGAT GGCAGGCCTG GGGCTGGATA
ATTATATACT GCAGATACTG TAAGGTCTAG ACCACCAGAG GTCAAAGGAT ATAGTAATAC
GGTATTATTT TCCAAGGACA GAAAATCTAT TTCCTAGGTA CAGGGCAGGA TTTCACGTCA
ATGGCGCATC CCCTTTCTAG TGCCCGTAGG ACATGGCAGC TGGTGGTTGG TATCCGATCT
GGACAGTTTC TGCATTCACT TTGACTTCAT TATCAAGCTG GCTCAGGACA CAGCAAGAGC
AGCACAAGGA GGCCATGGTA TCCCCACAAC AGCTTCCATC CAACTGGAAC CGGTTACGGA
ATGCGCGTCG TCATAAGCAC AGTGGTACAC ATGGGATACC AAGGCAGCAC GCACCCGCGA
AGAGACAGCA CTGAGATGAT TAGTGATTAT GCATTAAACA GTGTCAGTTG CCTACGTCTT
GGCCGCAGCC CTTCACTTCC TCGCCCCTGA AGCGAGTCCC AATCCGGTTA AAGAGGCAGC
ATGGGGTAAA TGTTGCGCTG AGGCCTAAAG AGTAATAAGT ATATCTTGCC TGAGTCCGGC
ATGCTAGACC TACAAACACT GAATGGAGTA AAGCAATGGA ACAAGCCGTG ATCCCACGAT
TTATCCTGGG AATCCATGGT TGAGAACTTA TCAAGTACCA TTTGCTGATG GGGCTACAAT
ACTTATATGT TATCTTAATA ATTTTCCCTA TTTAATAATA CCTTGACTGA ACCATACATG
TCACAGACTA TTCCCATTCA GATCATTCCT CCATTGTCGC CCTGGTTGGC CTCGACACCC
CACAGGCTCA GGTATCGCTG CTCCGCCCCC TGGAGACGGA CACTTAGTTG AGACAACGCA
TTGTCAATTT TATAAAAAAC AATGCGCATT TCCTCCTGAA ACTGAAGTAA GGCTTGTTTG
GATTCAGTGT TCCAGGAGAG CTCTGCCTTC AAGTAACTGA CTTCATATGC TAGGTCTTCA
ATCTCCTGTT TGACATTTGT AGTTGGTACC TTACATTGTC GAAGACGGGA AGGGAGACGT
TCAAGGTTGG AAGACGTGCC CCCATGGCAG AGAATCTGGT GATCCTGGGG AGTGATTTCC
TCCTCTGGAA TGGAATAAAG CGAGGAGGAG GCAGACACTC AATTCATGGT CTCAAGGGCT
CCTGGTGTCA GGTGTGTGCT ACTCTAAACT TCCAAGGTTT GTTGATATTG GGCGATCATT
TAATATCTGG TAGGCCCTGA ATTGTAATTT ACAGTTGGTG TCACTGCGTG GCGTCAGAAG
GAATTTACCA AGGAGTATGT AGAATAGATC TTATTGGCTA AAGATTAAAA CCGAGCCCAC
TAGGTGCATC TTTTCCCTGT GTGCAGGTCA ATTTACCAGA AGTATATGGA ATAGATCTTA
TTGGTTAGAG CTTGAAAAGA AACCACTAGG TGCAGTCACC CTGCTATGAC CAATGACACA
GGTCCGGTCT TGGTCAATTT TACTAG
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| Protein sequence | MDSLCSCQPK PRIPRPRNAF FLYREAHYKA VVASAEVSPL PSTTVAKILG RQWRDLPESA
KAEWKELAEE EKRQHKQRYP DYRYCPSSRI CSQCGGRQIR GAKSHREGSS GSPARVASDE
IMDLVPSREM MLEWSDYSDE QVCQLFSLPE KGEDQVARPI TPSPPPFSTI KPCLLEKQHG
RWTLCSILLP TDHGYGSQVT LFDSCLTYRM LHVVGWMAIT TGEAYFKLTD DTIRELAEYY
NSTCTDLSRQ QRFLAAAYAF CYSVGYNEIL DALEDDGSGE LKVSVTVTQV TVLVTVTTTG
TGVLLVELRI VVESMTTGEG ALLEGGVLLR NNAVLEEAIP VLALLSFEGV DNPFLEHEEG
IISGHVKFRS NRDIKLFLTL ERAEEPEALR DTYICDVHGQ CCLIEDHLSC WLRTQQEQHK
EAMVSPQQLP SNWNRLRNAR RHKHSVSVAY VLAAALHFLA PEASPNPVKE AAWDYSHSDH
SSIVALVGLD TPQAQTGRET FKVGRRAPMA ENLVILGSDF LLWNGIKRGG GRHSIHGLKG
SWCQVCATLN FQVGVTAWRQ KEFTKESGLG QFY
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