| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09434 |
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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 | 1946895 |
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| End bp | 1950362 |
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| Gene Length | 3468 bp |
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| Protein Length | 1057 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | |
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| Product | zinc metalloprotease, putative (AFU_orthologue; AFUA_4G07610) |
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| Protein accession | CBF77452 |
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| Protein GI | 259482712 |
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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 | 19 |
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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 | 33 |
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| Fosmid unclonability p-value | 0.169282 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCTGCGA CTCGGGCCAG CCACTTCAAA CTGCTCCAGA AATTCAAACC AGATTATTCG
CCTAGCGAGT TCGCTCAATA TGAATCACAG AGGACCGGCA TGACGGTGGT CGTCATAGAT
CAGAAAGGTC CCAAGGTGAA CGGATACTTC GTCCTAGCGA CAGAAATCCA TGACGACTCT
GGGGCCCCTC ACACATTGGA ACATCTGGTC TTTATGGGAT CACGAAACTA CAGGTATAAA
GGTTTCCTTG ACAAGCTTGC GACGCGGTTT TACTCAAACA CCAATGCCTG GACGGCCACG
GACCATACAG CGTATACATT GGACACGGCT GGCTGGGAGG CTTTCTCGCG CATGCTCCCT
GTCTATTTGG AGCATGTAAT TGCTCCGACT CTGACGGATG AAGGTTGCTA CACGGAGGTT
CACCATATCG ACGGTACCGG TAATGATGCC GGTGTCGTGT ACTCGGAAAT GCAGGGGGTG
CAGAATAATG CCGCGGAGCT CATTGACCTG GAGGCACGCC GCTTGACCTA CCCTGAAGGA
GTGGGATTTC GCTACGAGAC AGGTGGAATG ATGGAGCAGC TGCGTGTTCT TACGGCCGAC
AGAATCAGGG CATTTCATCG TGAAATGTAT CAGCCTAAGA ATTTGTGTCT AATTATCACT
GGTGAAGCCG ACCATGATGA CTTGCTGGAA ACGCTGGATC GATTCGAAGA CACCATTCTT
GATGTCATTC CCAGTCCGGA TTCGCCCTTC AAGCGGCCTT GGGTCGATTC AAAGCAAGCT
CCTCCTTTAT CACAGTCAGT GGTCAAAACG GTAGAGTTTC CAGAAGAGGA CGAGTCTTAT
GGCGAACTAG AGATTCGGTT TCTGGGTCCA GATTGCACCG ACCCTGTACA AAGTAAGTCC
TCGAAAGTTT TGCAATGCTC CAAGCAAGTT ATCTGACAGC TCCATAGCCG GTGCGGTTAA
TGTTACCCTA CTTTACCTGG CAGGTTCGTC TGCGTCTCTT TTGGATAATA TTCTTGTCGA
GAAGGAGCAG CTTGCAAGCG CTGTTTATTA CGCTACAGAA GACCGTCCTA GTCTCGAGAT
TCGCTTCACT TTGACCAGTG TGGAGACGAA GAAGCTGGCT CAAGTTGAGA AGCGGTTCTT
CGAAGTCCTA AAGGATGCTA TGAACAAGGA CTTGGACATG AAGTACTTGC GCGAATGCAT
TGATCGTCAA AGACGAACAT GGAAGTTTTC CACGGAAAGT TCCGCATCAT CATTTGCAGA
GTATGTCATT TCGGATTTCC TCTTCGGAAA GAAAGATGGC TCGACTTTGC TAGATGTCAC
TTCTCTTAAG GAGTATGAAA TCCTAGAAAA GTGGACGCAA GATGACTGGC GTGCGTTCAT
TAAAAAATGG ATTTCGGATG CACCTCATGT TACCATCCTG GGCACTCCAT CCTCTAAGAT
GTCCGAAACG CTAAAGAGAT CTGAAGAAGC TCGCGTTGCG GCGCAGAAAA AACAACTGGG
TGAGAATGGC TTGAAAAAGC TTGCTGAGAA GCTTGAGAGG GCAAAAGCTG AGAACGACAA
GGAAATCCCG CGGGAGATGT TGGAGCAGTT CAAGATACCC GGAATTGAGT CCATCCATTT
CGTGGAGACA ATGACTGCGA GATCTGGAGC TGCTCTACAA CTCGGGCACC AAAACAACAA
AGCTCAACGA GTTGTGGATG CTGATGGATC AGATCTTCCT GTATTCATCC ATTTCGAACA
CATTCCCAGC AGCTTTGTTC AGCTGTCGGT CCTCATCTCA GCAGAATCTG TCCCGGTGCA
GCTGCGCCCA CTCTTGTCTG TCTACACAGA AGCCTTCTTT AACCTCCCTG TTGAGCGCGA
TGGCAAGATC ATAAACTTTG AGCAGGTTGT TGTCGAGTTG GAACGAGACA CTGTTGGGTA
TAGCATTGAG GGTGCCAGAG GTCTCGGCAA CTCAGAAATG CTGCGCATCT CGTTCCAAGT
TGAACTTGAG CAGTACAGCA CAGCGGTTGC CTGGCTGCGG GAAATCTCAT GGCACACGGT
CTTCGATGTT GAACGGCTCC GAACAATCAC AAGCAGACTT CTTTCCGACG TCCCTGATTC
TAAGCGAAGT GGCGATGACA TGCTTGCGGC CGTCCATGTC ATGGTTCACT ATGCGGCCGA
GTCTATTGTC CGCGCGCGCA GCACTCTAGT GAAAGCACGG TACCTCAAGA AAATCAAACG
GCAATTGGTA AAGGATCCTA CCGTAGTTGT TGCACGGATG GAAGAGATCA GAAACGCTCT
TTTCCAATTC GAAAACATCC GGATCCTGGT CATCGCCGAT CTTGAGAAAC TGCCTAACCC
AGTTTCAACG TGGAAGCCGT TTGCTGAGCG GCTAGGCGTC AGTAAACCTC TCAAACCTAT
CACATCCAGG AGGTCCCTGC TCAGCCCTGC AGGCAAGAAG CTAGGCGGAG AAGCGTACGT
TGTCCCCATG CCGACTATTG ATTCTTCCTT TGCCTACGCC ACAGCACGGG GCCTTGACTC
TTATGATGAC CCAAAGCTTC CTGCGCTCCT TGTGGCAATT GCATATATGA ATGCCGTTGA
AGGACCTCTT TGGGTTGCGG TTCGCGGCAA GGGACTGGCG TATGGTACGA CTTTCGCCTA
CAACATAGAT ACGGGTTTCG TCAACTTTGA CGTTTACCGA TCGCCCAATG CCCACAAGGC
CTTCGAGTCA AGCAAGGATA TTGTACAAGC ACATCTTTCT GGGGAGGCCC CCTTTGACCC
GTTGATGTTT GAGGGCGCAA TCAGCAGCAT TGTGGTCACT TTCGCAAATG AACAAGTAAC
CACCGCCAAT GCAGCTCAGG GAAGCTTCAT TCGTCAGGTT GTGCGCTCCT TGCCAAGTGA
TTACAAGGAG AGAATCCTCC GGGAGGTCCG TGATACCAGC GTTGAGGATG TCAAGAGAGC
ACTGCGCGAG ATAATCCTTC CTCTTTTCTC ATCTGACACG GCGAACATTG TGATTACGTG
CACAACTGTG CTTCGAGAGG TATACTTGTT TTTCTTATGG GATTTGAAAA TCAGATTACT
GACCTTCACA ATAGACGATA GAGAGTGGTC TCAAGGAATC CGGTTTCTCT CCAAAGGTCC
AGCCGCTCAA GGAATTTGAG GACGACTATG GACTCAAAGT CGGAGACGGC AGCGATGCAG
ACGACGACGA TGATGACGAT GACGACGATG ATGATGATGA GGAGGAAGGT GAGGAAGACG
AGTCAGAATC GGAGGAGGAA TCTGACAATA ACGATGACGA GTGATACTAT TGTAACACGG
AGCGAGGCTG GATGGTACGG TCTAAGACTA AGGACTGTCG TCTGTATAGA GCAAAACTAT
TTCAGTAGAG GTGCACGTCT AGACGAGCTC ATCTGGAGTG ACTGTGATTT CCACCAGTTT
GTCAGATATA GTCGTCAGTT TATAAACCCA CGTCGCCGGC CAATCGGT
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| Protein sequence | MPATRASHFK LLQKFKPDYS PSEFAQYESQ RTGMTVVVID QKGPKVNGYF VLATEIHDDS
GAPHTLEHLV FMGSRNYRYK GFLDKLATRF YSNTNAWTAT DHTAYTLDTA GWEAFSRMLP
VYLEHVIAPT LTDEGCYTEV HHIDGTGNDA GVVYSEMQGV QNNAAELIDL EARRLTYPEG
VGFRYETGGM MEQLRVLTAD RIRAFHREMY QPKNLCLIIT GEADHDDLLE TLDRFEDTIL
DVIPSPDSPF KRPWVDSKQA PPLSQSVVKT VEFPEEDESY GELEIRFLGP DCTDPVQTGA
VNVTLLYLAG SSASLLDNIL VEKEQLASAV YYATEDRPSL EIRFTLTSVE TKKLAQVEKR
FFEVLKDAMN KDLDMKYLRE CIDRQRRTWK FSTESSASSF AEYVISDFLF GKKDGSTLLD
VTSLKEYEIL EKWTQDDWRA FIKKWISDAP HVTILGTPSS KMSETLKRSE EARVAAQKKQ
LGENGLKKLA EKLERAKAEN DKEIPREMLE QFKIPGIESI HFVETMTARS GAALQLGHQN
NKAQRVVDAD GSDLPVFIHF EHIPSSFVQL SVLISAESVP VQLRPLLSVY TEAFFNLPVE
RDGKIINFEQ VVVELERDTV GYSIEGARGL GNSEMLRISF QVELEQYSTA VAWLREISWH
TVFDVERLRT ITSRLLSDVP DSKRSGDDML AAVHVMVHYA AESIVRARST LVKARYLKKI
KRQLVKDPTV VVARMEEIRN ALFQFENIRI LVIADLEKLP NPVSTWKPFA ERLGVSKPLK
PITSRRSLLS PAGKKLGGEA YVVPMPTIDS SFAYATARGL DSYDDPKLPA LLVAIAYMNA
VEGPLWVAVR GKGLAYGTTF AYNIDTGFVN FDVYRSPNAH KAFESSKDIV QAHLSGEAPF
DPLMFEGAIS SIVVTFANEQ VTTANAAQGS FIRQVVRSLP SDYKERILRE VRDTSVEDVK
RALREIILPL FSSDTANIVI TCTTVLRETI ESGLKESGFS PKVQPLKEFE DDYGLKVGDG
SDADDDDDDD DDDDDDEEEG EEDESESEEE SDNNDDE
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