| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_02465 |
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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 | 3970570 |
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| End bp | 3974207 |
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| Gene Length | 3638 bp |
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| Protein Length | 792 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | CBF86911 |
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| Protein GI | 259487883 |
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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 | 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 | 45 |
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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 | ATGTCGACGG ACTATGAGAA AAGGCTGAGC CTCGACGATA TGGCCCTCAA GACAGGCGAT
CACATCGAGA CAATTGGTAA GGCTGCCGCC GTCGATGCCA CCGTCGCCGC CAATGTCGAT
GACATCCCGA TCAGCTTGTA CGTGTGGATG GTTGCTCTGT CTGCCTCAAT TGCGGGCATG
CTCTTTGGGT ACGACACTGG CATCATCTCA GCGGTCTTGG TGTACATAAA AGACGCACTG
GGTGGTCGGT ATCTCACAAG TTCTGAAAAG GAACTGATCA CATCGCTCTG CTCTGGAGGG
GCATTCTTTG GCTCCATTTT CGCAGGAAAT ACCGCCGATA GGGTACGTTG GATTCCGCTT
GCAAACGCCT TCCAAAGCTA TGCTGACTGG TGCACGAGTG GGGCCGTAAA ACTGCGCTTT
ACCTAGGTTG CGTACTCTTC GTGGTCGGCG CTGTTTTGCA GGCAGCTGCC TACACCATCG
CACAAATGGC GGTTGGCCGA GTCATTGTTG GCTTCGGGGT AGGGTCAGCT GCAATGATAG
TGCCGCTATA CGTCGCCGAG ATCGCCCCGT CAAAAGCTCG TGGGCGACTG GTGGGTTTGA
ACAATGTGTC GATTACTGGA GGACAGGTCA TTGCATATGC CATCGGGGCC GCCTTTGCTA
GTGTTCCCCA TGGATGGCGG GTTATGGTGG GCCTAGGGGG CTTGCCACCT ATCGTCCTGG
CTTGTCTGCT GCCATTCTGC CCTGAGTCAC CCCGTCATCT TGTTTACAAT GGCCGTATGG
AGGAGGCACG CGCGGTCCTG CGCAAGCTGT ACCGCGGCGC TACCGATGTT CAGATCGAAT
CTGTGCTCGC TTCGATTCTG GCTGGGTGCG AGGAGGCACG CGCTATCAGC GGAAACGAGG
GCGGCTGGGC GAAGATTGTG CGGCTGCACA CAGTTCCCAG CAACTTCCGA GCTCTGCTCT
GTGCCTGCGG GCTAATGGTC CTCTCCCAGA TTTCTGGATT CAATACACTG ATGTATTACT
CCTCCACGAT ATTCTCGTTG GTGGGATTCA CCAGTCCAAC AGCCGTCGGC CTCGTTGTGG
CTGGGACGAA CCTGATCATG ACTTTTGCCA ATATGATCTT GGTAGATCGC CTTGGCCGCC
GACGTCTGCT TCTGTCCACC GTCTGGGGAA TGAGCGCCGG CCTGATAGCT GTTTCGGTGG
CTTTCAGTTT CATCCATGTT GATGTGAACG CAACGGAAGT CACTCCTCAG TCCGTGACTA
CGCCCGCCAT CGTGGTGTTA ATATTCATTA TCTGGTTTGT GGTCTTTTAC GGCGTATCGG
TGGGGAACAC GGCATGGATG TCTGCCGACT TCTTCCCTCT AGAAGTTCGA GCAATGGGGA
CCATGTGGAT GACTTGTTCG TCGTGGGCGA GCAATGTCAT CGTCTCCAGT ACATTCTTGT
CCATGACCAA CGCCATGACG ATGGCAGGAA CGTTCGGTTT CTACGCCGGT ATCTGCGGAG
TCAGTTATGT TCTTATCTAT TTCTTCTACC CCGAAGTCTC GGGCCTGATC CTTGAAGAAA
TCAAGGAGGT TTTCGAGCAT GGATTTGGCG TGAGGTATGC CAGAAACCTT CGAAAGGAAC
GGAAACAGGT CATTGAAGAA AGACTAAGGG CAAAGAGAGA GTCCAAGCCT GCTGCTCACT
GATGCATAGA AATCTCACTG CTTACCTACT TTCCTTAGTC CAGCGTAGAT TGCAATATAG
GAGAATAGAA GCCATCTTCA AGAAATTGAC TCTCGTGAAT GATTACTGCT CCAGTCCTAG
ACGCCTTGTG GTAGCTTGCG CGTCTCTAAC GAATGACGAT TGGTAGTACA TATATCCCCA
CTCCCACTAT GCGGAGTAGG CTTAGGGTAT GGCTACAAAT CGGAAGACCC ATTAGCGGCC
TGATCGACCG GGGGGTGGCG GCTTTTGATG GAGGCTATCG GAAATTCCAG CCCGAAAGCG
CGCGTTGTAT CAGAGCCAAG GTAATATGCG CTAGTTCCTG TGTCAGCTTA CTGGAACATT
TGCATCCGGC GTAGGCTTAC AGATATCCCC GTTCCTGGGA AGCAGTACGG TCAATATCGG
CCTGATATTC CTTAAACAAC AGCTCCTGAT CGGCAGATAG CCTGCGACTT GCACTTATCC
ACTTTGTTTC CTTTGCTCAT GCGTGGGCGA AGGTCGACAA TCACTGATGA GTTTCTGATC
TGACAGCCCT CGATCTCCAG TAAATGCCGC CCTTTCGAGG TCTTTGTGTA CTATGGCTAC
TCTCAATTAC CAAGTGTACA TGCCTCGCAG AATCCTGATA TTCAAAACAG CGATGTCAGA
AAGGTGCGTG CCACAGTTTT CACGCCAGCC ACAGAAAAAC TTACCCAAAT GCCCATTGGC
TTGCCAGAAC TTTCGTAGCA GGCTGTTCAT CCATCTCGAC GTATGAACCT GACCTGCAGA
TATGGGAGCG ACGTATTCAG TTGGGACTGC TTGGGTTACA GCGTGTCACA ACACGGATTG
AGAGAAAAGA TAAACTGATG TTGGCTCGCT TACAGGCAGT TCCTCGATTG TTTTTGGAAG
GTGAGTGAGC CCGTAACCCA GCATCAGCGT TCATTTGCTC GGTCATGGCC CTCGACAACT
CAGGTCGAAC GCTGACTCTG TCGCCTTCGA ATTGAATCAC ATGCCGCTAA CCTGAATAGG
ATCTCCCAGC TCGGTCCAAA GCAGCGTGTC CGACCCTGGG GACCACTTCC CCTCTAACCT
CGAAAGCAGC TCACGTACCG ATCACTCGCA GAGATTACAA AATAATACTT GCCACCCGCC
AGTCAGCAGA AGATAACGGC GATAGACATG ATGAGAAAAT GCCTTGGAGA TGTGAGAGAA
GGAAGCGCTC CAGATTCCGC TCTGTGACGA CACGAGACGA ATCAAACGAG CGTCAAATTA
CGGTCTACTT CCTCGATTAC CTTCTATATC TCACAACGCT GCTGCAAGAG TCATGCTGGA
AGATTGTGCA CCCTGCCTAT GGGCTCGATT TGAAACACTT CGATGATGAA GCTGCCGACC
CGAGAACAGA GCGTCATGCA GTATTTTCGA CCGGGCTGCG TGTTTCCGAC GATTATACCA
CAAAGAAATG GAACATTGGG TTGGGAAGCC TACAATGAGG ATTTCGACCG CCATCTCCAT
CTTTCTCCTT ACCTGCCCGA TAATGCGTGG GTCAATCGGT ACTATAGCCC GAAAAGCACA
GGCCGTGCCG AGTCTTGCAA CGAAGCTTGG TTCTCGGACA GGTTAGCCTC GAGTGCTCAA
AACGGAGTGG CTCTACAGCG TGCAAATAAT TGCTGCCTTT GATCGACAAA CAACGGCTGG
GCTCAGGTCA ACTCCGCTGC AGGCAAGCCG GCACTCGTCC CACTCAGTAT AGAGCTAATC
TTGACTTATC TAGGGAATAG AGTGTGGAAA TTTCCGAGCA AGCTTACTCT CGTAGCTACT
CCATACTGTT ACCGAGAAAA GAAATAACTT TGACTCTTGT TTTTAGCCAG GCCAGATCTG
GTTTGTCAGG TTTCTCAGAG ACCAGGGATT TCTTCTCTTG CGTCTTCTGT TGTTCGTTTC
CGAAGACGGC AGCTGTACCC TGGAGCGCGT AGGCTGTT
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| Protein sequence | MSTDYEKRLS LDDMALKTGD HIETIGKAAA VDATVAANVD DIPISLYVWM VALSASIAGM
LFGYDTGIIS AVLVYIKDAL GGRYLTSSEK ELITSLCSGG AFFGSIFAGN TADRWGRKTA
LYLGCVLFVV GAVLQAAAYT IAQMAVGRVI VGFGVGSAAM IVPLYVAEIA PSKARGRLVG
LNNVSITGGQ VIAYAIGAAF ASVPHGWRVM VGLGGLPPIV LACLLPFCPE SPRHLVYNGR
MEEARAVLRK LYRGATDVQI ESVLASILAG CEEARAISGN EGGWAKIVRL HTVPSNFRAL
LCACGLMVLS QISGFNTLMY YSSTIFSLVG FTSPTAVGLV VAGTNLIMTF ANMILVDRLG
RRRLLLSTVW GMSAGLIAVS VAFSFIHVDV NATEVTPQSV TTPAIVVLIF IIWFVVFYGV
SVGNTAWMSA DFFPLEVRAM GTMWMTCSSW ASNVIVSSTF LSMTNAMTMA GTFGFYAGIC
GVSYVLIYFF YPEVSGLILE EIKEVFEHGF GVSTYIPTPT MRSRLRVWLQ IGRPISGLID
RGVAAFDGGY RKFQPESARC IRAKPSISSK CRPFEVFVYY GYSQLPSVHA SQNPDIQNSD
VRKIWERRIQ LGLLGLQRVT TRIERKDKLM LARLQAVPRL FLEARSKAAC PTLGTTSPLT
SKAAHVPITR RDYKIILATR QSAEDNGDRH DEKMPWRCER RKRSRFRSVT TRDESNERQI
TVYFLDYLLY LTTLLQESCW KIVHPAYGLD LKHFDDEAAD PRTERHAVFS TGLRVSDDYT
TKKWNIGLGS LQ
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