| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06444 |
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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 | 155233 |
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| End bp | 158463 |
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| Gene Length | 3231 bp |
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| Protein Length | 1039 aa |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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| Product | NRPS-like enzyme, putative (JCVI) |
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| Protein accession | CBF69459 |
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| Protein GI | 259479328 |
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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 | 27 |
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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 | 58 |
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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 | ATGGCTCGAA ACCAGCAACT GCGGCCGTTC AAGCGTCCGG CAATCCGGTT ATATCCTGCC
GTGAATGAGA CGGAGCTTAT CCGGACTCTA CCAGAAGTCG TCGAGTTCAA TGCGCAGGCA
AACCCTGATC ATGTCTTCTG TCTACAGGCG AAGAAGAGTC CCAACAAATC GATCCTCTCG
CTAGTTTCCG TTACGAATCG TCAGCTCAAA CAGGCCATTT CACAATGTGT TGGTTGGCTG
AAGAGCAATC TCAAGCTCCA ACTCCCGTCA CTGTTGCATG GATCGGTGGA GAAGGGTGCC
CCGGTTGCCC TCTTGATGGA GAGTGACATA GGGCTCTTCA TATACGAGAT AGCTCTGATC
GGACTGGGAG TACCGGTGCT ATTGCTCTCT GCCAGGCTTA GCGCCCCTGC TATCAACAGT
CTCCTTCAAC GCACCTCTGC AGCAGCCATC ATTGTCTCCG GACGCCTCGA GGCCACTGCA
AGAGAGGCAG CAGAGACTCT GCCTGCAGCA GTCTTCTCTC CTCTTCCATT CGAAGCCTTC
CTCTCCACCA ATGAGGGTCT GCCAGACAAT GATTCTATCT GCCACCCATA CCACTATATC
GACGAGTCTG ATCGTAATGT CTTGATCCTC CACAGCTCTG GCACCACGGG CCTACCCAAG
CCCATTTATG TCTCGCATCG ACACTTACTC TCGTTTGTGA ACTGCCACCG ACTAGACCTT
GAGTCGGAAG CCCAGGGGGT CAATGTATCC ACTCTCCCGC TCTATCACGG CTTCGGCCTG
GTCGCCCCAG CCCTCGCCAT GGGCGTCGGT AAGACGGTCT GCTTCCCTCC AGGCTCTACA
GTCCCTAGCG CTGGGGCAAC ACTCGACCTG CTGAGGATCT CGAACGCCGC TTCTTTCATG
ACCGTTCCCT CTATTCTGGA GGATATTGCC TTCCTTGGTG ATGAGGGCAT CCAGGCCTTG
GCTGGGCTGG ACTATGTGAC CTTTGGCGGG GGGATCCTCA AACCTTCAGT GGGTGAAGAG
CTGGCTGTCC ACGGCGTCAA ACTGCTGAAC CACTACGGCA CCACCGAGAG TGGCCCGCTG
GCGCCGATCT TCGTCCCTCA AGACGACTAC AATTGGCGCT TCTTCCGTCT CCGAGACGAC
CTGCGCCTGC AGCTGGATGA GATTGCCCCA AACGGCAACG AGAGACGGTT CAAGCTCACT
ACGTTCCCGT TCGGCTTGGA GCAGCCATTT GAGATTCAAG ATCAGCTCGT CTGTAACCCT
GACTATCCGG GCTCGGACTT TAACGCGGTC GGGCGCAATG ACGATACGAT TGTTCTTGCC
ACCGGCGAGA AAGTCCAGCC ACAGATACTC GAATCAATTT TGTGTGAATC CAGCCTAGTG
AAGTCGGCTA TTGCATTTGG GGAGCACCAG TTTGAGATTG GTGTGCTCGT GCAGCTAGCG
GCTGACGTAC CTCCAAAAAA CTACAGCAAG CTCAGGGAAC AACTGTGGCC GCTCGTCGCA
CGGGCGAACG AGAGCATGGA TGGCCATGCA CGAATCCAGT CCAGCGAGGC TGTCCTATTA
CTCCCCAGCA CAGTCACGAT ACCTCGAACC GATAAGGGCT CTATCGCCCG GAAAGACGTC
TATAAGATGT TCGAGGCGGA TATTGCTGGA GTCTATCGCA AGCTGGAGTC GGCTGGGCCA
GTGCTCTGCC TTGATATGGA GACCCTGGAA GAAGATCTCA AATTGCTGAT TTCCCGCTGC
ACAGACTGGC CCCCTGACTG GGCCGTCACA GATGACCTCT TCGAGCGCGG GATGAACTCG
CTGCAAGCAA TCCGAGTGCA GCGCGCGCTG GTTGCCGCCG TGACTCGGTC TCTGCGGGGC
GTCTGTCAAC CAGAACGTAT TGGCCGAGAC TTTGTCTATA TACATCCGTC GGTGCGTGCT
ATGGCGGATT TTTTCAGGGA ACCAGTCAAT GGACTCCAGT TACCAAACGG GTTCTCGACT
AGGGGCTGGG CACCGGACCA GTTGGTCCAG AGGTTCGCTC TCACAAGCAA GGACGGCAGA
GCTACCGTGC TGCTCACTGG GGCCACTGGT AGTCTAGGCT CTCACTGTCT GCTCTCTCTC
ATTCAGTCTC CCAATATCAA GCGAGTGATA TGTCTTGTCC GACCAGAAGA TTCGTTTACT
GATCCTCGTT TGCGACTCCA GAAATCCCTT GAGTCAAAGA AGCTGCACCT TTCCTCGACG
CAATGGTCGA TGGTGGATGT GCTGGGATGC CACACGGCAA GCCAGTATCT AGGCCTCACT
AGAGAGCAAT ACACAATCCT CCAGGAATCA GTCACTTACA TCCTGCACGC TGCGTGGCCC
ATGGATTTCC ACTGGAAACT TCCCTCTTTC CAGTCTCAAT TCCAGTCTCT CCACAACCTG
CTTGCTCTCG CTCGAGACAT CCACAACCGT CGACCAAGCA TTAAACCTCG ACTGACCTTT
ATCTCGTCCA TCGCCACAGT CGGCCAATAC GCACGCGTTC ACGGCGTTCG CATGGTTCCT
GAGACCTCAG TAGACTCAGT AGAATGTCTG AATCCCATTG GCTATGCTGA AGCCAAGCTT
GTCTGTGAGC GGATGCTGGA GCATGCCCGA TTGCATTACC CGCATGAGAT GACAGTCAGT
TACGTCCGCA TGGGCCAGAT TGCAGGATCC AGCACCACAG GGTTCTGGAA TATCAACGAG
CATATTCCAG CCCTGGTACG CTCATCACTG CGGATCGGAA GACTGCCCCG GCTACTAAAT
GTACATCCCC CTTCCCCAAC ATCATCTCAC CCCATATTTT CTCAGTATTT GCTAATACAC
GTATAGACCC TATCCTGGAT CCCCGTCGAC GTCGCCGCCC AGAGCATCAC AGAGCTGCTC
CTCTCACCTG CGCCCGCAGA GCTCATCTAC CACATCGAGA ACCCGATCCG CCAATCGTGG
CATGATATGC TTCAGACCAT CGCTGCGGTG CTTCATCTCT CTGCAAGTGA CGCACTCCCC
TGGAACGAAT GGCAAGAGCA GGTCGCAGCC GCGGGCGACA CAGACAACCC AGCGAAGAAA
CTCCAAGACT TTTTCGCGAA CGATTTCATC CGTATGGGGT GTGGAGAGGT GGTTCTAGGC
ACGGATAAAG CACGAAAGGC GTCTGCTACT CTGCGTAGAG TGGATGCGGT CTCTGAGGGG
TGCGTGAGGG GGTATCTGCA GTACTGGAAG GAGATTGGGT GGTTGAAGTG A
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| Protein sequence | MARNQQLRPF KRPAIRLYPA VNETELIRTL PEVVEFNAQA NPDHVFCLQA KKSPNKSILS
LVSVTNRQLK QAISQCVGWL KSNLKLQLPS LLHGSVEKGA PVALLMESDI GLFIYEIALI
GLGVPVLLLS ARLSAPAINS LLQRTSAAAI IVSGRLEATA REAAETLPAA VFSPLPFEAF
LSTNEGLPDN DSICHPYHYI DESDRNVLIL HSSGTTGLPK PIYVSHRHLL SFVNCHRLDL
ESEAQGVNVS TLPLYHGFGL VAPALAMGVG KTVCFPPGST VPSAGATLDL LRISNAASFM
TVPSILEDIA FLGDEGIQAL AGLDYVTFGG GILKPSVGEE LAVHGVKLLN HYGTTESGPL
APIFVPQDDY NWRFFRLRDD LRLQLDEIAP NGNERRFKLT TFPFGLEQPF EIQDQLVCNP
DYPGSDFNAV GRNDDTIVLA TGEKVQPQIL ESILCESSLV KSAIAFGEHQ FEIGVLVQLA
ADVPPKNYSK LREQLWPLVA RANESMDGHA RIQSSEAVLL LPSTVTIPRT DKGSIARKDV
YKMFEADIAG VYRKLESAGP VLCLDMETLE EDLKLLISRC TDWPPDWAVT DDLFERGMNS
LQAIRVQRAL VAAVTRSLRG VCQPERIGRD FVYIHPSVRA MADFFREPVN GLQLPNGFST
RGWAPDQLVQ RFALTSKDGR ATVLLTGATG SLGSHCLLSL IQSPNIKRVI CLVRPEDSFT
DPRLRLQKSL ESKKLHLSST QWSMVDVLGC HTASQYLGLT REQYTILQES VTYILHAAWP
MDFHWKLPSF QSQFQSLHNL LALARDIHNR RPSIKPRLTF ISSIATVGQY ARVHGVRMVP
ETSVDSVECL NPIGYAEAKL VCERMLEHAR LHYPHEMTVS YVRMGQIAGS STTGFWNINE
HIPALTLSWI PVDVAAQSIT ELLLSPAPAE LIYHIENPIR QSWHDMLQTI AAVLHLSASD
ALPWNEWQEQ VAAAGDTDNP AKKLQDFFAN DFIRMGCGEV VLGTDKARKA SATLRRVDAV
SEGCVRGYLQ YWKEIGWLK
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