| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06638 |
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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 | BN001301 |
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| Strand | + |
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| Start bp | 2643893 |
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| End bp | 2645985 |
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| Gene Length | 2093 bp |
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| Protein Length | 615 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 | C5 cytosine methyltransferase DmtAPutative uncharacterized protein ; [Source:UniProtKB/TrEMBL;Acc:Q876R1] |
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| Protein accession | CBF71150 |
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| Protein GI | 259480219 |
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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 | 14 |
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| Plasmid unclonability p-value | 0.0121285 |
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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 | 36 |
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| Fosmid unclonability p-value | 0.227283 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGACAGT CAGCCTATAT TTACCTAACC TTTGTTTCTT CTTGCACTGT CTGTGAACTT
TTGCTGTATA CATTCCTCAC TCGCCTCTCG TTGCCTTCTT GCTCTCGCGA CATGCACAAT
TTCTACCGTC CCAGTGTGAT TGTCGATGAC GCTAGCGACG CCAGCAGTGT CACAATCGAC
CACGACCCAG ATCGGTTGTA CTTTTTGCGC GAAGACTCTG ACACAGCAAC CAGGGAATTT
ATTGATCTTA CTGAGGATGA GACGACGCAT GATGGCGAAT ACATAACCGA CGAGTGTTTC
GAGGTACTGC GCGAGGACTG GCTTGCTTCC GCGTGTGCTT CCAGTCCTCT CTCGCCGGAG
CTTCCGGAAG GGCAGCTGCT AGAAGAGGTC TGTGATGCTG ACGGAATTGT CTACAAGCCG
GGCAATTCCG TCGAGCTCCA CGATGGCGCA TTCTTCCGAA TTTGCTCTAT ACGGCAAGCA
TTGAAAGGCA ATATAATATT GACCGGCCGC CGGTTGCTCA AATTCAAAGA CCACCCAGAC
AAATACCTTC CCCAATGGCG CAATGAGCTG ATTTGGGTTG CCGATGAAAC TGCGGAGATT
CCTCTCTGGT TCGTTCGACG TTTTGTCTCA GTACACTTCA GCAACGTTTG TCCCATTGGT
CAAGACTGTC AGAAGAATAA TAATCCTGAT GGCCTATTCT GCCGCTTGAA GAGGGTTATT
CAGAAAGAGA CTACTTCAAT TGAATACCTG ACATTCGAGG AAGCCGATGC CGGGTTCCGC
GCGCCCTCGG CAAGCTTGCG CCATGGTTGG CGGGGGGAAA CCGCTCCTTT CGGCAGCAAA
GAGGAAGCTG AGACGCCGGT GATTGTGTTA GATGATGACA ATGACTTTCA GGATACAATA
TTAAAACAGA AGGCGCAGCG GAAGTATACC TTCGGTGACG GATTCTGTGG TGCGGGTGGG
GTCTCGTGCG GCGCTGAAGC CGCTGGCTTG GACATCAAAT GGGCCTTTGA TTTATGCCCC
CACGCGGCAG CAACTTATCG ACTGAATTTT CCCAATGTAG AATGTGAGGG AAGCGATATT
TTCAGCTTTA TGACCAGCAA TGAGGAGTTT ATGAGAGTGG ACATCTCTCA TGGCTCGCCC
CCGTGTCAAA CCTTCTCGCC TGCTCACACA ATCCCAGGGC CCAATGATGA TGCCAACTCA
GCAGCTATAT TCTCATGCTG GGACCTCATT CGTAAAGCAA AACCGAGAGT TCATACCATG
GAAGAAACGA GCGGTCTGTT CGATCGGCAT CAACAAGTGT TCCTCCGGGT TATCTGTGAT
TTCATAGAGA CAGGGTACTC CGTCCGATGG GCCCTTCTTA ATTGTATGTG GTATGGGGTG
CCACAGTCTC GAAAGAGATT GATTATCATT GCGTCAGGGT ATGCGTGCTC AAGATTCGAT
GCTGACTCAT GACTAACATC GGTCCTTTTT AGGCCTGGGG AAAGCCTCCC ACGGCTGCCA
AGGCCTACTC ATGGCCTGCC AGGGTCCGGG CTGCGTGATC TTACAACAAT CAGCCAGGCA
ATTCGCGATA TCCCCACTGG AAGTCCCGAT CACGACGTCG TTGCCGCACG GGGTCGCGGA
GTTCATAATC GAAGAGCTCC ATTCGACGGA AACCGACAAG CTCGCACAAT AACATGCGGC
GGTGGGGACA ATTATCATCC CTCTGGATTG CGCGGTTTTA CCCTCAGGGA GTTTGCTTGT
CTGCAAACCT TTCCTCTGGG CTTTCGGTTC CTGGGCGGTA GGACGCAGGT AAAGAGGCAG
ATCGGCAATG CAGTGCCTCC CCTACTGGCC AAAGCTGTCT TTAAGGAAAT CATCAGGTCG
CTGCAAGACA CCGATGAGCG TGAATTGCAC GAAAACCAAT GATCGCCATT AGGGTCCTGA
GGAACCACAT GCTCTGGACC TAGCCGCGGG ATTGCAGAAC GCCGTCCAAC CGTGGAGACC
TCGGCGAGCG ATCGGAAGCG ATAACACGCT GGACAACGGG AAGAGGCTCA GTCTGTTCTC
AGCCAAGACA GATAGTAGTG GCAGATCTTC CAATTGAACG TTTGATGATT GCT
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| Protein sequence | MRQSAYIYLT FVSSCTVCEL LLYTFLTRLS LPSCSRDMHN FYRPSVIVDD ASDASSVTID
HDPDRLYFLR EDSDTATREF IDLTEDETTH DGEYITDECF EVLREDWLAS ACASSPLSPE
LPEGQLLEEV CDADGIVYKP GNSVELHDGA FFRICSIRQA LKGNIILTGR RLLKFKDHPD
KYLPQWRNEL IWVADETAEI PLWFVRRFVS VHFSNVCPIG QDCQKNNNPD GLFCRLKRVI
QKETTSIEYL TFEEADAGFR APSASLRHGW RGETAPFGSK EEAETPVIVL DDDNDFQDTI
LKQKAQRKYT FGDGFCGAGG VSCGAEAAGL DIKWAFDLCP HAAATYRLNF PNVECEGSDI
FSFMTSNEEF MRVDISHGSP PCQTFSPAHT IPGPNDDANS AAIFSCWDLI RKAKPRVHTM
EETSGLFDRH QQVFLRVICD FIETGYSVRW ALLNCMWYGV PQSRKRLIII ASGPGESLPR
LPRPTHGLPG SGLRDLTTIS QAIRDIPTGS PDHDVVAARG RGVHNRRAPF DGNRQARTIT
CGGGDNYHPS GLRGFTLREF ACLQTFPLGF RFLGGRTQVK RQIGNAVPPL LAKAVFKEII
RSLQDTDERE LHENQ
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