| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_01100 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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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 | BN001308 |
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| Strand | + |
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| Start bp | 1453681 |
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| End bp | 1457748 |
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| Gene Length | 4068 bp |
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| Protein Length | 1355 aa |
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| Translation table | |
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| GC content | 57% |
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| IMG OID | |
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| Product | hypothetical 5-oxoprolinase (Eurofung) |
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| Protein accession | CBF88140 |
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| Protein GI | 259488586 |
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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 | 22 |
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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 | 28 |
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| Fosmid unclonability p-value | 0.0381114 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCAAAC AAGGTGGCTA TCGGCTTGGA GCCGACGTCG GCGGCACCTT CACAGACGTC
TATGCCTTCA CACCAGACAA CCAAGTCGCG CGCGCCAAAG TTCCAACTAC AGTCGAAGAC
CAAAGCATCG GCATCAAGAA CGGGATCCGC AAGGTCCAAC AGGCCCTCAA GGACCGCTTC
CCATGGGACG GCAAGTTCCA GTTCATCCAC CACGGCACAA CGGTCGCCAC AAACGCCGTC
CTTGAAGGCA AGGGCGCGCG AACGGGGCTC ATCGTTACGA CCGGCCACAA GGATATCCTG
GCAGTGCGCA GGTCGCAGAT CCCTGGTGGC CTGGGTGCTT GGCTGCATTA TACGCCACCG
GACCCGATCG TGCCGCTGGA GCGAGTGATA CAATGCCAGG AGCGCATGAG CGTTGACGGG
AAGAGCATTG TGAGAGTGGA CGTAGACGCG CTGAGAGATG ACCTGAAGAA GTGGACTGGT
GACGAGAAAC CGGACGCTGT GGCAATCTCG TTGCTCAACT CGCATTGTAA TAACGAGCAT
GAGGTTCTGG TGGCGGGGAT TGTGAAGGAA GTGCTAGGTG ACGGTGTGAC GATCATTTCG
TCGAGCGATG TGCTTCGTGA GGTGGGCGAG TATGAGCGCA CACTGACAAC GTGCACCAAT
GCCCTCGTCA AGCCCGTGGT GCAGACCTAT CTCAGTAACC TGCAAGATTT GCTCGCCGAG
GACGGAAACA CGATCCGTAT TCTTAAGTCT GATGGTGGCT TGACGAGCTT GGGGCTGGCA
GGGGAGCTCC CTGTGAACAT CCTCATGTCT GGGCCTGCTG GAGGTGTGCA AGGCGTTGCA
GACGTCGTCA CGCAAAACAC GCCATATAAG AACCTGATCA CCTTCGACAT GGGCGGCACG
TCAACGGACG TCGCCATTAT CCACCAGGGC AAGCCTCAGC TTCGCCGCGA GACCGTCGTG
GGCTCCCTTA CTGTGCGCTC GCCAGCCGTC GACATTCGAA CAGTGGGCGC AGGAGGAGGA
TCTATTGCCA AGTACATGAG CATCACCGAG ACCATGAGAG TAGGTCCGGA GAGTGCGGGC
GCCACTCCAG GGCCTGCCTG CTACAATAAG GGAGGAAAAG AGCCCACTGT GTCGGACGCC
AATCTGGTGC TGGGTTACCT GCCGGAAAAC CTTCTTGGAG GTGAATTCAA GCTGGACACG
GAATCTGCAA TGGCTGCTGT CGGGGAGATT GCTGAACAGA TGAAGCTGTC AGTAACCCAA
GCCGCTGAGG ACATTGTCAA CTTGGTTAAT GAGACCATGT ACGGAGCCCT GCGTCTGGTC
TCCGTCGAGC AGGGTTACGA CCCAAAAGAG TTCGCCCTCG TTGCCTTTGG GGGCGCAGGT
CCCCTTCATG CCAATGCGGT CGGCAAGTTA CTTGGGGCTT GGCCAGTCAT TGTACCCCCC
TCTCCAGGGA CTCTGTGTGC CCTAGGCGAT GCTACCACGA GGTTGAGCCA CTCTCAGTCA
CTGTCTTTCA TCCGCCTACT CTCAGCCACG ACTTCGAAGA AGGTCAAAGA GCGATTTGAC
GAGCTAGAGG CGATTTGCAA GGATACAATG ACAACCTCAA ATGGGGGCAG TGTCATGCCG
CTCAACATCA GCTACCATCT CGACCTTCGC TACCGCGGCC AAGCACTGAA CTTAACGGTT
GAGTTAGAGG CTCCAGACCT GCTGCTGGAA GACGGGCCGT GGAGGGAGCT CCTGCAGGCG
AAATTCGACC AGCTTCACGA GCAGCAGTTC AAATACTGCC TTCCCAACTT CGAGCTCGAG
CTGATGCGCC TCGAGGTTGT TTCTGTCGAC GCTTCTCCGG GTATTGAGGT TCCTCGACTG
GCCAAGGCCG AATCAACTGA GCCTCCTGCC GATGCATTGG TCGCGAAAAA GCAGATTGTC
GTCAAGGGAC AAGCAATGGA AGCGGCGCTG TGGGATCGCG AGAAGATAAG CCGCCAGGGT
GTCCGTGTGG ACGGTCCATG CATCATCACC GAGATGGACA GCAACACCCT GATTCTTCCA
GGTTGTTATG GCGAAATTGA TTCCATTGGG AACATTCTGA TCCGTCCATC TGAAGAGGGT
CCGAAAGACC AAACCAAGGA CGAGACTCCC GAAGCAGCCC TAGAGATCGT ACAGTCAACA
CCGCTCATTC CCACACTGGT TGCTTCTGCA CTGGCTTCCA TCCGCAGTGA GATGGACACC
CTCATGCTCC GCTGTAGTAT GTCTCCTGCC ATTCGTGAAC AGCAGGACGA ATTCAACGTC
ATCACCACCG CCGAAGGCAA GATGCTTGTT GGCCAGTTTG GCAGCTTCAT CACCCAATTC
CTTAGGGCGT GGAAGGGAAC CATTGAGGAG GGCGATGTGT TCATTACCAA CGACACGTAC
ATGATTGAAG GAGCCGTAAC GCATTTGAAC GACGTGATCG TCCTCTTGCC CATCTTCTAC
GAACACAGGC TGATCGGCTG GGCATCGCAA TTCGGACACC TGACGGACGT AGGGGGAATC
GTCCCGGGCA GCATGTCTAT CAATGCCTCA TCCATCTTCG ACGACGGTGT CCAGATTCCC
TGTATCAAGC TCTATACAAA GGGTGTCATG AACACGGACC TTGTCGGCCT GCTATGCCGC
AATTCCCGAC AGCCCGACTG GTACAGGTCC GATCTGATGG CCATCATCGC TGCGTGCCGA
ACCGCCTCCA GCCGTGTCTG TGAGCTTGTC GTCCGCTTTG GATGCGAGAT CTACCTTGCG
GCATGCAACG AGCTGCTCCT GCGCAACCGC ACCGCTATGG TGAAGATCAT CGAGTCAGAT
TTTGGCGACA AACCAAGCAC ATTCACCGAC TTTGTCGACG ACGACGGCCA TGGCGTTGGG
CCCTGGGCCT TAACTTGTAC CATGACTAAG ATCGAGGGCA ACCGGCTACT CTTTGACTGG
AGCGGAACCT CTCCGCAAAG CGACCATAGT ATCAACTTTT ACCTCTCTGA GACGATGTTC
CGCATGTTTA TCGGATACTA CATGATTGCC TCGGCGGCCC CAGGCACCGT CATCAACGAC
GGCTTCCACG ACCTAATCGA CATCCATATC CCAGAGGGCT CAATCTTGAA ACCTGTCCGG
CCCGCTCCTA TCTCATGCCG CACACATATG ATGGGCAGAA CCATGGATGT CATGCAGGCG
CTCATCGGCA TGAGGAACCC AGTCTACGCA GCAGCCGCGG GTTTCAGCGA CTCCCCTCAT
TTCTTCTACT CCGGCTACAA ACCAGACGGC GAATGGTACC AGTTGTACCA AATTGGATTC
GGAGGTGTCC CCGCCCGCAA TGCAGGCGAC GGTCTCGACT GCCACTGTCT CTTCCCTGCT
ATTAAGTCCA TTCCCACGGA GATAATAGAG CTGAACTACC CGCTCCGCAT CGAGGCGAAC
GAGAGCGTAG CCGACAGCGG CGGTGCAGGG TTCTACCGCG GCGGCAATGC ACAACGCACA
AACTACCGCT TCTTAGCCCG CGGAGAGTTC AGTATCCACG ATGACCGGTG GTTCACCAAG
CCGTGGGGTA TCCGTGGAGG AAAGCCAGGA GCTCGGTCTC GAAAGATCCT GTACCGATAC
TCCAAGTCGC AGGATGCTCC GCCAGTCGAG GTCCTCCCCT CGAAGTGTGA CCACATCCGT
GTCGACCCGG GTGACCTACT CGAGTGGATT ACCTGGGGAG GTGGTGGCCT TGGGGATCCA
TTGACTCGGC CTGCAGAGAA GGTAGTGCTG GAGGTTCGTC GACACCTGGT GACCATCCAG
GGCGCTCGCG ACAACTATGG CGTTGTGGTT AACCCTGAGA GCCTTGCTGT TGACGAAGCA
GAGACTGGAG CATTGAGGAA AAAAATGATG GCTGCTCGGG GTGAGGCAGA TCAGGGATAT
GATCGCGGCG GGACTCTGGA GCAATTAAGA GAGTCGTGTC TAAAGGAAAC TGGCCTTCCT
CCCCCAACAC CACAGTGGGA GCAGGAGCTG TATGGTCCTC ACGTGGCACT GCCGTATGTC
CAGGACTGGT ATTCACGCAT GAAAGAGGTC AAGGGGTGGG AACTGTAG
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| Protein sequence | MAKQGGYRLG ADVGGTFTDV YAFTPDNQVA RAKVPTTVED QSIGIKNGIR KVQQALKDRF
PWDGKFQFIH HGTTVATNAV LEGKGARTGL IVTTGHKDIL AVRRSQIPGG LGAWLHYTPP
DPIVPLERVI QCQERMSVDG KSIVRVDVDA LRDDLKKWTG DEKPDAVAIS LLNSHCNNEH
EVLVAGIVKE VLGDGVTIIS SSDVLREVGE YERTLTTCTN ALVKPVVQTY LSNLQDLLAE
DGNTIRILKS DGGLTSLGLA GELPVNILMS GPAGGVQGVA DVVTQNTPYK NLITFDMGGT
STDVAIIHQG KPQLRRETVV GSLTVRSPAV DIRTVGAGGG SIAKYMSITE TMRVGPESAG
ATPGPACYNK GGKEPTVSDA NLVLGYLPEN LLGGEFKLDT ESAMAAVGEI AEQMKLSVTQ
AAEDIVNLVN ETMYGALRLV SVEQGYDPKE FALVAFGGAG PLHANAVGKL LGAWPVIVPP
SPGTLCALGD ATTRLSHSQS LSFIRLLSAT TSKKVKERFD ELEAICKDTM TTSNGGSVMP
LNISYHLDLR YRGQALNLTV ELEAPDLLLE DGPWRELLQA KFDQLHEQQF KYCLPNFELE
LMRLEVVSVD ASPGIEVPRL AKAESTEPPA DALVAKKQIV VKGQAMEAAL WDREKISRQG
VRVDGPCIIT EMDSNTLILP GCYGEIDSIG NILIRPSEEG PKDQTKDETP EAALEIVQST
PLIPTLVASA LASIRSEMDT LMLRCSMSPA IREQQDEFNV ITTAEGKMLV GQFGSFITQF
LRAWKGTIEE GDVFITNDTY MIEGAVTHLN DVIVLLPIFY EHRLIGWASQ FGHLTDVGGI
VPGSMSINAS SIFDDGVQIP CIKLYTKGVM NTDLVGLLCR NSRQPDWYRS DLMAIIAACR
TASSRVCELV VRFGCEIYLA ACNELLLRNR TAMVKIIESD FGDKPSTFTD FVDDDGHGVG
PWALTCTMTK IEGNRLLFDW SGTSPQSDHS INFYLSETMF RMFIGYYMIA SAAPGTVIND
GFHDLIDIHI PEGSILKPVR PAPISCRTHM MGRTMDVMQA LIGMRNPVYA AAAGFSDSPH
FFYSGYKPDG EWYQLYQIGF GGVPARNAGD GLDCHCLFPA IKSIPTEIIE LNYPLRIEAN
ESVADSGGAG FYRGGNAQRT NYRFLARGEF SIHDDRWFTK PWGIRGGKPG ARSRKILYRY
SKSQDAPPVE VLPSKCDHIR VDPGDLLEWI TWGGGGLGDP LTRPAEKVVL EVRRHLVTIQ
GARDNYGVVV NPESLAVDEA ETGALRKKMM AARGEADQGY DRGGTLEQLR ESCLKETGLP
PPTPQWEQEL YGPHVALPYV QDWYSRMKEV KGWEL
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