| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_05254 |
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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 | BN001305 |
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| Strand | + |
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| Start bp | 3109256 |
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| End bp | 3112473 |
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| Gene Length | 3218 bp |
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| Protein Length | 1010 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | CBF82237 |
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| Protein GI | 259485318 |
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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 | 26 |
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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 | 53 |
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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 | ATGCCCGCCA CTGCGCCCCG ACCCCCGTTC CTACCGAAGG ACCCCACTGA ATTCGTGCAG
CATGTAACCA GTCATTCTGC TGAATGGTTC GAATACTGCA GCCAAGCAGA TCAATATATC
GCCGCGGCCG AGACGACCCT TCTTTCGTGG GAGACGGGCA AGGAAGCCCT CCAGATCCAG
GCTCTACAAC AAGAGAACGA GCACCTCCAT GACAAGTGCG CCCGTCTGCG CGACGTGATA
TCCCGCCGGG ATGCAGTTAT ACAGTACCAG AAGGAGCAAG CCAAGGAAAA AGACATTGAG
TTCTTGAAAC TAGCCAAAGA GAAACCCCAG GAACCCCAGC CAGCAATGCC TATAACTGGT
ATATCAGATG GACAACCCAA ACCTGGCTCA CCCACACAAA CTCAGGTGTT TCACCAGCTC
TCCGAGCGCC TGCCTGACCC GGATTGGTTT GAGGGAGACC GGAAGGACCT CCGCCGCTTT
ATCTCCCAGA TCCATGAGAA GATGAATATA AACCGTGACT GTTTCCCGAC CCCACAGAGT
AGGATGACAT ATGTCAACAA TCGTCTAAAA GGAGCCCCGT ATGCCCAAAT CTTGCCCTAT
GTCAAGAAAG GAATCTGCCA GCTGAAGGAC TACGAGGACA TCCTGGATAT ACTAGATCGG
GCCTTTGGAG ACCCAAACCG TGTTAACAAT GCCCGCAACG AGCTGTTCCG CTTCCGGCAG
AATAATAAAG AGTTTGGCCT GTTCTTCGCC GAATTCCAAC GTCTTGCCCT AGAGGGAGAG
ATGCCTGAGG AGACCCTATC TATACTTCTG GAACAATCAA TAAATCGAGA GCTTAAAGGG
ATGCTTATGC ATAATCAACC ACCTACCCAA GATTACCATG ATGAATTTGA TTTGCTAAGT
TCTTACAGGA ACTTGAGAAC CGCCGCCGGC ATTATGAAAT CAACCTGCAA TCAGCCAGCA
GAAACTACCC TGCAATTACT AGAACTGCTA CTAGTCAGCT GTCAAGAACA AACTACACTA
CCCTGCCTAG GACTATAGAG AACCCAGCCC CACAACGCAC ACAGCCTGAT GTACATAATG
ATGCCATGGA TCTGTCATCT ATCCGCCAAC ATAACCCTAC ACGTCGCGAG CAGGGAGAAT
GCTTCCACTG TGGATCCCCA GAACATATGG TCAGGAACTG CCCACACCCT GATAACCGCC
CTCTTAGCAA TCCGCTCTGC CTACCCAGCA TCCAACATAA CCCCATCAAT TAAATCTGAG
TCTACCGCTG TCTCCGAAGG CTCCCGCTCT CCATCACCTG GATTCTCGGA AAAAGGGGTA
AGCCTGGCCT AAGTCGCGAC CAGGCGCCAC TACCCAAGCG CGTTGTTCAC CTCTCTGCAA
GTGCTATTAA AGGAATGTCT GTTGAAGAAG AAACTGCCCG CGCCGACCTG ACTGTCCTGC
CTGTTATCCT GACCCAGCAA GAGAAGAGCC TGTCCAGCTA CGCAATGCTA GATACTGGAG
CTGACGGGAA GAGGTTTATT GACCAAGAAT GGGCAGAAGA CAACCACCTT GAGCTGCTGC
CCCTGAAAAA CCCAATCCAC TTGGAAAGCT TTGACGGGAG AGAATCCGAA GGAGGGCCGA
TAACCCACTA TGTTAGAATA AACCTGACAA TCCATGACCA TCATGAAAAG AAGGCTTGTT
TCTTGGCTAC ACAACTAGCC CATTACCCAA TAATCCTTGG AATGCCATGG TTAGAGACTC
ATGACCCCCG CTGGGGGTTT GCAGAGCACA CCTTAATATT TGACAGTGCC TATTGTCGAC
AGAATTGCAA TATACCTGCC CAACCAGCCA AGATCAAGGC CCTGCGTGAC GTGCCTGCCC
GAAGCTGCCA GAAGAACCTG ACTTCCTGTC CCAAAGGATT GGAGAAACAA GATATTGCCC
TAGTCTCCCT CCGCGCCTGC TCAGCTTACG CCCGTAGGGG CCATGCCCTG TTTACAGCCA
CTATTGGGAA TATTGACGAG GTATTGGCTA AGAGGTCAGG GGATGGTAAC CCTGAAGACC
TACTACTACC AGAATACAAA GACTATGCAG ATATCTTCTC CCCTAAGGAA GCTGATAAGC
TGCCCCCACA TCAGCCATAT GACTATTTAA TAACTCTAAT AGATGGAAAG ACCCCACCAT
TTGGCCCATT ATATGGAATG TCCCGGGATG AACTAGTTGC ACTACAGGAG TGGATTATGG
AGAATCTGAG GAAAGGCTTT ATTCGCCCAA GCTCGTCGCC AACAGCCTCA CCTGTCCTAT
TTGTTAAAAA ACCCGGCGGA GGTCTATGCT TCTGCGTGGA CTACCAAGCT CTGAACGTGA
TTTTGGTTAA GGACCAATAC CCTCTGCCAC TTGTCAAGGA GACCCTGAAT AATCTAAAAG
GGATGAGGTA CTTTACTAAG ATTGACATTA TTTCCGCATT TAATAACATA CGGATCAAGA
AGGGACAGGA ATATCTGACC GCGTTCCGCA CCTGCCTGGG GCTGTATGAA TCCTTAGTTA
TGCCCTTTGG CCTTACCGGC GCTCCAGCAA CATTCCAGCA CTATATAAAT GACACCCTGC
GAGACTATCT GGACATCTTC TGTACTGCTT ACCTTGACAA CATCCTGATC TACAGTCAAA
CCAGGTCTGA ACATATTCAG CATGTCCGAA AAGTCCTCCA AAAGCTTAGA GAAGCTGGCT
TGTTTGCAAA GCTAGTGAAG TATGAATTTA CTGTTCATGA GACCAAGTTC CTGGGCCTGA
TAGTGGCTAG AGATAGAATC AAGATAGACC CTGAGAAGGT TCAAACCATT GCAGCCTGGG
CCACGCCAAC CTGCATTACA GATATACAGG CATTTATTAG GTTCGCCAAC TTCTACCGGA
GATTCATTAA GGATTTCTCA AAGATCATTG CCCCGCTAGT TAACCTGACT AAGAAGGATG
TCGAGTTTCA ATGGACCCCA ACCTGCCAGC TGGCCATGGA CGCCCTGAAG AAGGCCTTTA
CCAGCGCCCC TGTTTTGAAG CCATTCGACT GGACCCAAGA TATCATTCTT GAAACTGATG
CTTCTGACTT TGTCTCTGCT GGTGTCCTGT CCCAGTATGA TGATAATGGC GTCTTACACC
CTGTGGCCTT CTTCTCTAAG AAGCACTCTG CCACAGAATG CAACTATGAA ATCTATGACA
AGGAACTTCT AGCAATTATC CGCTGCTTTG AGGAATAG
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| Protein sequence | MPATAPRPPF LPKDPTEFVQ HVTSHSAEWF EYCSQADQYI AAAETTLLSW ETGKEALQIQ
ALQQENEHLH DKCARLRDVI SRRDAVIQYQ KEQAKEKDIE FLKLAKEKPQ EPQPAMPITG
ISDGQPKPGS PTQTQVFHQL SERLPDPDWF EGDRKDLRRF ISQIHEKMNI NRDCFPTPQS
RMTYVNNRLK GAPYAQILPY VKKGICQLKD YEDILDILDR AFGDPNRVNN ARNELFRFRQ
NNKEFGLFFA EFQRLALEGE MPEETLSILL EQSINRELKG MLMHNQPPTQ DYHDEFDLLS
SYRNLRTAAG IMKSTCNQPA ETTLQLLELL LRTQPHNAHS LMYIMMPWIC HLSANITLHV
ASRENASTVD PQNIWSGTAH TLITALLAIR SAYPASNITP SIKSESTAVS EGSRSPSPGF
SEKGQEKSLS SYAMLDTGAD GKRFIDQEWA EDNHLELLPL KNPIHLESFD GRESEGGPIT
HYVRINLTIH DHHEKKACFL ATQLAHYPII LGMPWLETHD PRWGFAEHTL IFDSAYCRQN
CNIPAQPAKI KALRDVPARS CQKNLTSCPK GLEKQDIALV SLRACSAYAR RGHALFTATI
GNIDEVLAKR SGDGNPEDLL LPEYKDYADI FSPKEADKLP PHQPYDYLIT LIDGKTPPFG
PLYGMSRDEL VALQEWIMEN LRKGFIRPSS SPTASPVLFV KKPGGGLCFC VDYQALNVIL
VKDQYPLPLV KETLNNLKGM RYFTKIDIIS AFNNIRIKKG QEYLTAFRTC LGLYESLVMP
FGLTGAPATF QHYINDTLRD YLDIFCTAYL DNILIYSQTR SEHIQHVRKV LQKLREAGLF
AKLVKYEFTV HETKFLGLIV ARDRIKIDPE KVQTIAAWAT PTCITDIQAF IRFANFYRRF
IKDFSKIIAP LVNLTKKDVE FQWTPTCQLA MDALKKAFTS APVLKPFDWT QDIILETDAS
DFVSAGVLSQ YDDNGVLHPV AFFSKKHSAT ECNYEIYDKE LLAIIRCFEE
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