| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08654 |
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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 | BN001303 |
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| Strand | + |
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| Start bp | 3184856 |
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| End bp | 3188223 |
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| Gene Length | 3368 bp |
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| Protein Length | 948 aa |
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| Translation table | |
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| GC content | 56% |
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| IMG OID | |
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| Product | N,N-dimethylglycine oxidase, putative (AFU_orthologue; AFUA_8G06470) |
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| Protein accession | CBF78245 |
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| Protein GI | 259483127 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.12835 |
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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 | 0.470294 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCGTCAA CAACATATAA CCTCCCAGGT CATAGGTATC GCCTACATAC ACAATTCACC
ATCCCGATGC GGTCTTCCAG GTGCGAAAGC GGGATTAGGC GTATTGCTAA CCTTGGAGTA
GCGCTGCCGA CATTGGAACC CAGCTAACTA ACGAGCTTGC TGTCTCGAAT CCGCACGCTT
TGTGATGTAT CTGAACGTCT CTTAGTCGGC ACAGATATCA GGGTACCAGG GCCAGATACA
GAGACGATAA TCCCAGGTCT GCCGTTCTCA CTGGCCATCT CGTGCTTGTA AGTCCTCTGA
CCCAGATCTG TCACCTGATA AGCAACGGCA ATTGCCCCAT CAATCCAGAC TTAGACCATA
ATTGAGTCAT GCAATGTATG GCCTAAAGCC CCCCCCCCCC CCCCCAAAAT AGAGAAAATA
AATTTAAAAA AAAGAAAAAA TTCCCTATAT GGAAAACTGG AACCGACTTC CAGGACAGTG
TAGATATGAT ACAGTCTAGA ACCTGCGATG CCATGGCACG GTGCGGGGGA ATCGGTTCGG
TTCCGGTTCC GCGCCTTATC GATCCAACCA GCTTAGCCAG CTGGAGCCCT ACAGGAGCTG
CAGCACTGTA GTCGGCTCGG AAACGGTGTC CGTATGTAGC CGTTGGAGAC ACACGGTCGT
GGAACCGAAG TGAAGCAAAC AGTTCCTATC AGGGCAGGAT AGGTATAGCT ATGGTACTGC
TGCTGCTGCT GCATCAGAGA GAAGACCGAA TCCATATGCA AATGACAATG ACATTTCCCA
CTCCCCAACA ACGCATCATA ATAATCGGCG CCGGCATCGT CGGCGCCAAC CTCGCCGACG
AGCTCCTGGC TCAAGGATGG CTTGCAGCCA ACATCACAGT GCTCGAGCAA GGCCCGCTCT
CCTTGCCGGG CGGCTCGACT TCGCACGCCC CAGGGCTCGT CTTCCAGACG AGCCCGTCCA
AGACAATGAC GCGGTTCGCA CAGTACACGG TCCAGAAGTT ACAGCGGATC GAGAAAGATG
GGCAGAATTG CTTCAATCAG CTAGGTGGTT TAGAGGTCGC GACGACGCCA GAACGAGTGG
CAAAGCTTTA GAGAAAGCAT GGGTATGCTG TCTCGTGGGG AGTCGATGCC CGTCTTGTTG
ATGGAGACGA GTGTCGAAGG CTTTACCCGC TTCTTAACAA GGAAAGTGAT GTTGTGCTCG
GGGGTCTGCA TATCAAGACT GACGGGCTGG CGCTTGCGGC GCGCGCGACG GGGATTCTGA
TTGAGAGGAC CAGGGGGGCT GGTGTGAAGT ATCGGGAGCA CACTGCCGTC ACGGGGATCC
TTCAGGAGAA CGGCAAAGTC AAGGGGGTGA GGACGAGCAG TGGGGAGGAC TTGTACGCCG
ACAATGTCGT TTCGTGCGCG GGCTTCTGGG GCGTCGAGAT TGGGAGGATG GCTGGGGTTG
GGATCCCCCT GCTGCCGCTG GCACATCAGT ACGCAAAGAC TAGTCCTATC GGTGAACTGA
GCAACCGTGA TGCGAACAGC CGGATGAACG GGCTCAATGC GACTCTGCCT ATCCTGAGAC
ACCAAGACCA GGACCTGTAT TACCGCGAGC ACGGCGACCG AGTTGGGATC GGCTACTACG
GACACAAGCC CATGCCTGTC GACGCGAGGG CTCTCGGTGC GACACCCAAG CATGTTGACG
AAAAAAATAT GCCATCGAGA CTCGAGTTCA CAAGTGAGGA CTTTGCGCCA GCATGGGAGG
AGACAAAGAA GCTTCTCCCT GCGCTGCGAA ACGCACAGGT TGACGACGGG TTCAATGGGG
TCTTTTCCTT TACGCCAGAC GGTGGGCCCC TAGTCGGCCA GGCGCCCAAT CTCGACGGCT
TCTTTGTGGC GGAGGCCGTC TGGGTAACGC ACTCGGCCGG TGTGGCGAGG GCTATGGCAG
AGATTCTCAC GAGAGGGTGG TCGAGCATTG ATGTTTCGGA GTGTGAGCTA TCACGGTTTG
AGCGTGTTCA GCTGAACAGG TCGTATGTCG AGGAGACATC ACAGCAGAAC TTTGTCGAGA
TCTACGATAT CATCCATCCC CTGCAGCCGA GGGAGTCGCC CAGGAATCTG CGAGTTAGTC
CATTCTACGC GCAGCAGATG CAGCTCGGCG CTGTCTTCAT GGAGCTAGGA GGGTGGGAAC
GACCCTTTTG GTACGGGGCG AACGCTCATC TTCTGCAGTC TCTGCCCGAG CACTGGAGGC
CAGTAGAGAG AGACGCCTGG TCGGCCAGGT TCTATTCGCC CATCGCGGCC GTCGAGGCGT
GGAAGACGCG CAACGCAGTC GCCATGTACG ATATGTCCTC GTTCCATCGG TTCATTGTCT
CGGGGCCTGG GGCCGTCGCT CTCCTGCAGG GCCTTGGCAC TGTCGATGTG GACGTACGGC
CTGGGACGAT CGTGTATGCC CTGCTCCTGA ATGAGAACGG GGGAATCTAC AGCGACGTCT
TCGTGACCAG ACTCGGCAGC TTTACCTATC AGATCGGCGC CAACACAGCA ACAGACTTGG
CATATCTAGC TCGGAAGGCA CGGTACCAGA CGCAGAAATC CCCAGCAGAC TGGGTCCACG
TCGAAGATGT GACAGGCGGC ACATGCGCCA TTGGCCTTTG GGGCCCACGC GCAGCCGACG
TCCTACACTC ATTGCCCTTA CCTAGAGAGA CAGACATCTC GAACAAATCT CTCCCCTACA
TGCGCGCCAA AGCCGTCACT ATCGCAAGCA TCCCCGTCAC GTTGTTCAGG AAGTCCTACG
TCGGCGAATA CGGCTGGGAA ATCCAGACCT CTGCTGAGCA CGGCGCACGC CTGTGGGAGG
CGATTTTCAA CGCAGGCAAA AGGCATGGCC TCATCGCCGC TGGTCGGGCG GCATTCAACG
CCCTCCGTAT CGAGAAGGGC TATCGCACGT ATGGAGTTGA CATGACCACC GAGCATGATC
CATACGAGGC CGGGCTAGGA TCCGCCATTG CCAACTTGAA GCTGGAGGGC ACGAGTAAGA
AAGCGGAATT TGTTGGTAAG GCTGCGTTAC GAGCTCGCGG CAAGAAAGCT CTAACCCGCC
GTCTGACTTG TCTGACGGTT GATGATGGAA TGTCCATGGT TATGGGCAAG GAGCCGGTCT
ATCTTAGCGG GAATGCTGTA GGATATGTCA CGAATGCGGC TTTTGGATAT ACTATCAGGA
AGCCAGTAGT CTATGCCTGG GTGCCTGCTG GGCTGAATGA AGGGGTGGGC GTCGAGATTG
GGTATTTTGG AAAGAAAATT AAGGCCACTG TTGTTGGGGA GCCGGTGGTT GATCCGGAGG
GGAAGAGACT GGCTGGTCCG GCTGAGGAGG AAAATAAGAT GAAGAGTCCG CTTAGGTCAC
TTCTATAG
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| Protein sequence | MPSTTYNLPG HRYRLHTQFT IPMRSSSRHR YQGTRARYRD DNPRSAVLTG HLVLNLRCHG
TVRGNRFGSG SAPYRSNQLS QLEPYRSCST VVGSETVSRE DRIHMQMTMT FPTPQQRIII
IGAGIVGANL ADELLAQGWL AANITVLEQG PLSLPGGSTS HAPGLVFQTS PSKTMTRFAQ
YTVQKLQRIE KDGQNCFNQL VDARLVDGDE CRRLYPLLNK ESDVVLGGLH IKTDGLALAA
RATGILIERT RGAGVKYREH TAVTGILQEN GKVKGVRTSS GEDLYADNVV SCAGFWGVEI
GRMAGVGIPL LPLAHQYAKT SPIGELSNRD ANSRMNGLNA TLPILRHQDQ DLYYREHGDR
VGIGYYGHKP MPVDARALGA TPKHVDEKNM PSRLEFTSED FAPAWEETKK LLPALRNAQV
DDGFNGVFSF TPDGGPLVGQ APNLDGFFVA EAVWVTHSAG VARAMAEILT RGWSSIDVSE
CELSRFERVQ LNRSYVEETS QQNFVEIYDI IHPLQPRESP RNLRVSPFYA QQMQLGAVFM
ELGGWERPFW YGANAHLLQS LPEHWRPVER DAWSARFYSP IAAVEAWKTR NAVAMYDMSS
FHRFIVSGPG AVALLQGLGT VDVDVRPGTI VYALLLNENG GIYSDVFVTR LGSFTYQIGA
NTATDLAYLA RKARYQTQKS PADWVHVEDV TGGTCAIGLW GPRAADVLHS LPLPRETDIS
NKSLPYMRAK AVTIASIPVT LFRKSYVGEY GWEIQTSAEH GARLWEAIFN AGKRHGLIAA
GRAAFNALRI EKGYRTYGVD MTTEHDPYEA GLGSAIANLK LEGTSKKAEF VGKAALRARG
KKALTRRLTC LTVDDGMSMV MGKEPVYLSG NAVGYVTNAA FGYTIRKPVV YAWVPAGLNE
GVGVEIGYFG KKIKATVVGE PVVDPEGKRL AGPAEEENKM KSPLRSLL
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