| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07111 |
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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 | BN001304 |
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| Strand | - |
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| Start bp | 983388 |
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| End bp | 986529 |
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| Gene Length | 3142 bp |
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| Protein Length | 903 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 | peroxisomal multifunctional beta-oxidation protein (MFP), putative (AFU_orthologue; AFUA_4G03900) |
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| Protein accession | CBF79061 |
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| Protein GI | 259483566 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 42 |
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| Fosmid unclonability p-value | 0.928702 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | CCGCTTTCAT CCTCCATCCA CGCTTTTCCC CTCATTCTTT CTTTTTCAAC ATGTCCGAGC
TGCGCTTTGA CAACCAGACC GTCGTCGTGA CGGGAGCTGG CGGTGGTTTG GGTAAGGCAT
ATGCTCTATT CTTCGCCTCA AGAGGTGCAA ATGTCGTGGT CAACGACCTG GGCGGCTCCC
ACCAGGGTGA AGGCAAGTCA AGCAAGGTGA GCCCATCACA TGCAATTATT ACTTTTCAGT
ATGTCCCCAG TGCTGACCCG CGTTCTGTGG TAGGCTGCCG ATGTGGTTGT CGACGAAATC
AGAGCTGCTG GCGGCAAGGC TGTAGCAAAC TACGACAGCG TCGAGAACGG CGATGCGATT
ATCGACACAG CCATTAAGAA CTTCGGCCGA GTGGATGTCC TCATCAACAA CGCCGGTATC
CTGCGGGATG TCAGCTTCAA GAACATGAAG GATCAAGACT GGGATCTCAT CAACAAAGTC
CACACATACG GTGCATACAA GGTAGGAACC GGTTCTTCGG CGTTCGACGG ATGAGAGGCT
GATTTCACAG TGCGCGAGAG CCGCGTGGCC GCATTTCCGG AAACAAAAGT ATGGCCGTAT
CATCAACACC GCCTCTGCTG CTGGTCTGTT CGGTAACTTC GGACAGGCTA ACTATGCTGG
TATGTCTCAC ACCGACGCAA ATGCGAATAA GCTAACAAAT CAGCTGCCAA ACTCGGCCAG
GTCGGTTTCA CCGAGACCCT TGCAAAGGAG GGCGCCAAGT ACAACATTAT TGCCAACGTC
ATTGCCCCTA TTGGTATGTT AGCGTGTTGA CACTCACGGG CACTGCTAAC CCCAACAGCC
GCGAGTCGTA TGACAGCCAC CGTCATGCCC CCTGAGGTTC TTGAACTCCT CAAGCCCGAA
TGGGTTGTTC CCGTCGTCGC CGTTCTGGTC CACTCATCCA ACACCACCGA GTCTGGTTCA
ATCTTCGAGA TTGGAGGCGG CCATGTGGCC AAGCTCCGCT GGGAGCGTTC CAAGGGTGCT
CTGCTGAAGA CCGATGCTTC ACTGACGCCT GGCGCCATCG CCAGAAAATG GAACGAGGTC
AATGACTTCT CCAAGCCCGA CTACCCCACT GGACCTGCCG ACTTTATGGG ACTGTTGGAG
GACGGTCTGA AGTTGCCTCC TGCCCCGTCC GGCCCCGAGC CAGAGTTCAA GGGCAAGGTT
GCTCTAGTCA CTGGAGGTGG TAACGGGTAT GTTATTTGAA GCCTAGGGTA TGCTCAAGCT
AACTTTATTA GTCTTGGCCG TGCCTACTGC CTTCTGTTCG GCAGACTCGG TGCGAAGGTT
GTGGTTAACG ACCTGGTTGA CCCTGAGCCT GTTGTCCAGG AAATCAAGAA AGCCGGCGGA
GAAGCTGTAG GAAACAAGGC TTCATGCGAA GATGGTGCCG CTGTTGTCAA GACCGCCATT
GACACCTACG GACGTATTGA CATCCTGGTC AACAACGCCG GTATTCTGCG TGACAAGGCA
TTCACCAACA TGAACGATGA CCTGTGGAAC CCTGTGGTCA ACATCCACCT TCGCGGAACC
TACAAGGTCA CCCAGGCCGC CTGGCCTCAC ATGCTTAAGC AGAAGTATGG TCGCATTGTT
AACACTGCCA GCACCAGCGG TATCTACGGC AACTTCGGAC AGGCCAACTA TGCGGCAGCG
GTATGTTCCC TGAAGTCATC TATCTTACAT TAGCTAATCT ATGTCGTAGA AACTTGGTAT
TCTCGGATTC TCCCGTGCTC TGGCGATTGA GGGCGCCAAG TACAACATCA AGGTGAACAC
CATCGCCCCG AACGCTGGTA CCAATATGAC TCGGACGATC ATGCCCGAGG AGATGGTCCA
GGCATTCAAG CCCGACTACG TTGCTCCTCT GGTGGTTCTG CTCTGCTCCG ATATGACCCC
AGAGCCGTAC TCTACCAAGG GTCTGTTCGA GTGTGGTAGC GGGTGGTTCG GTAGCACCCG
CTGGCAGCGC AGCGGCGGCC ACGGTTTCCC TGTTGATGTC AAGTTGACCC CCGAGGCTGT
TGCAAAGGAG CTCGCGAAGA TCGTCAACTT TGACGATGGC CGTGCAGACC ACCCTGAGGA
CATCCAGGCC GCTAACGAGA AGGTCATGTC CAACTTCAGC AACCGCAGCG GCGGTGAGAG
TGGTGGCAGT GGCAACGAGA TCCTGAGCGC GATCGAAGCG GCCAAGAAGG CTTCTACTGA
CGGAACCTCC TTCGACTACA CTGACCGCGA TGTCATCCTT TACAACCTCA GCTTGGGCGC
CAAGCGCACT GATCTCCCTC TCGTCTACGA GAACAACGAG CACTTCCAGG CCCTCCCCAC
ATTTGCTGTC ATTCCCTGGT TCAACACCGC CACCCCCTGG GACATGAATG ACATTGTCAA
GAACTTTTCT CCCATGATGC TCCTCCACGG AGAGCAGTAC ATGGAGATTC GCAAGTTCCC
CATTCCCACT GAGGCCAAGA CCAAGACCTA CCCCAAGCTC ATTGATGTCA TCGACAAAGG
CGCCGCTGCG CTCGTCGTCG CTGGCTACAC CACCAAGGAC GTCGCCACCG GCGAAGACCT
CTTCTACAAC GAATCCACCG TTTTCATCCG CGGTAGCGGT GGCTTTGGCG GCTCTCCCAA
GCCCACTGCT CCTCGCCCCA AGGCCGCTGT CGCCGCCTAC AAACCTCCCA AGCGCAAGGC
TGACGTCGTC GTCGAGGAGA AGACATCTGA AGACCAGGCC GCGCTGTACC GCCTGAACGG
CGACCGCAAC CCGCTCCACA TCGACCCCGA GTTCAGCAAG GTCGGCGGCT TCAAGATCCC
CATTCTGCAC GGCCTCTGCT CGCTCGGTGT CTCGGGCAAG CACGTTTTCC AGAAATTTGG
CCCCATCAAG AACTTGAAGG TTCGCTTTGC TGGTGTTGTT CTGCCCGGCC AGACTCTCAG
GACGGAGATG TGGAAGGAGG GCAACACTGT CCTCTTCCAG ACTACCGTTG TTGAGACGGG
CAAGCCTGCT ATCTCAGGTG CTGGTGCGGA GCTGCTGGAG GGTGCCAAGG CTAAATTGTA
AACTATGGAT GTCTATGCTT ATGGTTCTAA ATTGTACATA AATGAGTAGC AATTTCTTAG
TTCAATTTTT TCATCGTAAC GC
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| Protein sequence | MSELRFDNQT VVVTGAGGGL GKAYALFFAS RGANVVVNDL GGSHQGEGKS SKAADVVVDE
IRAAGGKAVA NYDSVENGDA IIDTAIKNFG RVDVLINNAG ILRDVSFKNM KDQDWDLINK
VHTYGAYKCA RAAWPHFRKQ KYGRIINTAS AAGLFGNFGQ ANYAAAKLGQ VGFTETLAKE
GAKYNIIANV IAPIAASRMT ATVMPPEVLE LLKPEWVVPV VAVLVHSSNT TESGSIFEIG
GGHVAKLRWE RSKGALLKTD ASLTPGAIAR KWNEVNDFSK PDYPTGPADF MGLLEDGLKL
PPAPSGPEPE FKGKVALVTG GGNGLGRAYC LLFGRLGAKV VVNDLVDPEP VVQEIKKAGG
EAVGNKASCE DGAAVVKTAI DTYGRIDILV NNAGILRDKA FTNMNDDLWN PVVNIHLRGT
YKVTQAAWPH MLKQKYGRIV NTASTSGIYG NFGQANYAAA KLGILGFSRA LAIEGAKYNI
KVNTIAPNAG TNMTRTIMPE EMVQAFKPDY VAPLVVLLCS DMTPEPYSTK GLFECGSGWF
GSTRWQRSGG HGFPVDVKLT PEAVAKELAK IVNFDDGRAD HPEDIQAANE KVMSNFSNRS
GGESGGSGNE ILSAIEAAKK ASTDGTSFDY TDRDVILYNL SLGAKRTDLP LVYENNEHFQ
ALPTFAVIPW FNTATPWDMN DIVKNFSPMM LLHGEQYMEI RKFPIPTEAK TKTYPKLIDV
IDKGAAALVV AGYTTKDVAT GEDLFYNEST VFIRGSGGFG GSPKPTAPRP KAAVAAYKPP
KRKADVVVEE KTSEDQAALY RLNGDRNPLH IDPEFSKVGG FKIPILHGLC SLGVSGKHVF
QKFGPIKNLK VRFAGVVLPG QTLRTEMWKE GNTVLFQTTV VETGKPAISG AGAELLEGAK
AKL
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