| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03702 |
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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 | BN001302 |
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| Strand | - |
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| Start bp | 3270661 |
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| End bp | 3273996 |
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| Gene Length | 3336 bp |
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| Protein Length | 1062 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | leucyl-tRNA synthetase (AFU_orthologue; AFUA_6G12630) |
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| Protein accession | CBF75578 |
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| Protein GI | 259481757 |
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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 | 17 |
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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 | 43 |
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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 | ATGACTCCCG ACGAGCTCCG TGAGAAGTAC CCGAAGTTCT TCGGTACCAT GGCCTACCCG
TACATGAATG GTACCCTCCA TGCCGGTCAC AGTTTCACAG CCAGTAAGGT CGAGTTTATG
GCTGCCACCG CCCGTATGGA GGGAAAGAGA GCCCTTTTCC CTCTTGGTTT CCACTGCACC
GGTATGCCCA TCAAAGCTTG TGCTGATAAG CTTGCCGATG AGGTTAAGAA GTTCGGAAAG
AACTTTGAAG GCTACAAGGA TGAGGACGAG GAGACGGCTG CCGTCGCCGC CCCAACCCAG
GAGGTTAAGG CCGAGCAACA GGAGAAGTTC TCCGGAAAGA AAAGCAAGGC CGCCGCTAAG
ACTGTGAAGA TGAAGTACCA GTTCCAGATC ATGCTGGCCA TCGGTATCCC CATTGAAGAG
ATTCACAAGT TCGCGGATGC CTCATACTGG CTCCAGCACT TCCCGCCTCT TGCCATCCGT
GACCTCGACA GCCTGGGTGC CGGTATCGAC TGGCGCCGAC AGATGGTTAC CACTGACGCC
AACCCTTACT ACGACGCTTT TGTGCGCTGG CAAATGAACC GTTTATATGA GCTCGGCAAG
ATCCAGTATG GTAATCGTTA CACAATTTAC TCACCCAAAG ACGGCCAGCC TTGCATGGAT
CACGACCGAA CCGAGGGCGA AGGCATTGGA CCCCAGGAGT ACACGGCTAT GAAGCTGAAG
GTTAAGGAGT GGGCACCTAA GATTGCAGAA CTCGTCAAAG GCAAGATTGA GGATGACGCC
GATGTTTACT TCATTCCCGC TACCCTGCGT CCGGAGACCA TGTACGGTCA AAACTGCTGC
TTCCTCGGCC CGAAGATCGA ATACGGAATT TTCAGGGTCA AGGAGAAGCA GTACTATATC
TGCACCAAGC GGGGTGCTTG GAACATGGCT TTCCAGGGCA CCTTCTTTGA CAGCGAGCAC
TTCCCCAAGA CTCAGGACGA ACTGCCCACC GTTCTGACTG CTCCGGGATC GGCATTCGTC
GGTACACTCG TCGACGCACC TCTGTCATTC CACAAGGATG GTGTGCGCAT CCTTCCTATG
GAGGGTGTTT CTGCTACCAA GGGTACTGGT GTCGTCACTT GTGTGCCCTC AGACTCCCCT
GACGACTATG CCACTTTGCT CGACCTTGCT AAGAAGCCCG AATACTACGG CATCCAGAAG
GAGTGGGCTG AGTTGGAAAT ATTCCCTCTC ATTGAAACAC CTACGTACGG TAACCTCACC
GCACCAGCGC TTGTGAAGAA GCTCAAGATC AACTCCCCCA AGGACGTCAA CCAGCTCGCC
CAGGCCAAGG AACTGGCCTA TGGAGAAGCC TTTTACAAGG GCACGATGAT TGTTGGAGAG
TTCAAGGGCG AGCCAGTAAG CGCTGCCAAG GACAAGATTC GCAAGGCCCT CTACGACAGC
GGTGATGCTT TCCCCTTCGC TGACCCCATG GGCAAGGTTG TCAGCCGAAG TGGGGACGAC
TGTGTCGTTG CGTACCTTGG CCAATGGTTC CTGAACTATG GTGAGAACGA TGCCAAGTGG
CAGAAAGACA CCCTTGACCA CGTTGTGAAC ACCCTCAACA CATACTCCAA CGAGACAAAG
AACGGGTTCG AGAAGAATCT CTCTTGGCTC AACCGCTGGG CTTGCGCTAG AACATACGGC
CTCGGCTCAA AACTCCCGTG GGACCCGCAG TTCCTTGTTG AGAGTCTGAG TGACAGTACC
GTCTACATGG CCTATTACAC CATTGCCCAT CTTTTGCACG GTGACCGTTA CGGTAAGACG
ACAGGTAAGC TCAACATCAA GGCAGAGCAA ATGATCGACG AGGTTTGGGA CTATGTGTTC
TGCCGACGTG AGATCAGCGA TGAGCTCATC TCGAAGAGCG GTCTTAGCAA GGACGCTCTC
CAGGCTATGC GAAGAGAATT CGAATACTGG TATCCCATGG ACGTCCGAGT GTCTGGAAAG
GATCTCATTC AGAACCACTT GACCTTCTTC CTTTATATCC ACGTAGCTCT CTTCCCACCG
CAATACTGGC CTCGCGGTGT CCGTGCCAAC GGACACTTGC TCTTGAACGG TGATAAGATG
AGCAAGAGCA CCGGAAACTT CTTGACCCTG AAAGACTCCG TTGACAAATT CGGTGCTGAT
GCTACTCGCA TTGCCTTCGC CGACGCCGGT GATGGAATCG AAGACGCCAA CTTTGAGGAG
AGCGTTGCCA ACAGCAACAT TCTTCGTCTC TTTACTTTGA AGGAGTGGAT TGAGGAGGTT
GTCAAGGATG AGAGTTTGCG AACAGGACCC GCAGACCACT TCTGGGACAA GGTTTTCGAC
AACGAGATAA ACACCCTGGT TCGTGAAGGC AAGAAGAACT ACCAAGAGTG AGTCAACCGA
TATCCTAGCC TGGGGTTCCA AAGCTAACTA ATTTAGCACC AACTTCAAGC TCGCTCTTAA
GTCCAGTCTG TATGACTTGG TTGGTGCCCG TGATGCCTAC CGTGAGGCTT GCATCTCCGC
AGGCATCGGC ATGCACCGCG ATGTGGTCTT GCGCTATATC GAGCTCCAGG CGCTCATGAT
GTCCCCCATT GCACCTCACT GGTCAGAGTA CATCTGGCTC GAAATTCTGA AGAAGGTGCG
TATTCAGACC TTATAACACA GTTTAATACT AACCTATTCA GCCCGATACT ATCCATCGCG
CTCTATTCCC TGAGGTTGCA GAGCCCTCAC CTGAACTCTC AGCAGCTACC AGCTATGTTC
GCGCGACCGC CTCCAGCATC CTGTCCGCCG AAGCCAACTT CGTCAAAAAG CTCGCCAAGG
GCAAGTCTGC ACACTTCGAC CCTCGCAAGC CCAAGAAGAT TACCATCTTT GCTGCGAAGA
AGTTCCCTTC ATGGCAGGAG AAGTACATCG ACCTTGTCCG TGAAGCCTTT GACGCTGTCT
CCCTCACCAT TAACGACAAG GAGCTAAACG CCAAGGTCGG CAAGCTTGGT GAGATGAAGA
AGGCCATGCC CTTTGTTCAG GGTCTCAAGA AGCGTCTGAT CAGCACCAAG GAGGCTCCCG
AGATCGTCTT TGAGCGAAAA CTACCGTTTG ACGAGTTCGG TGTCCTCAAG GAGATGACGG
TTAACCTGAA GAAGACAACA GGAGCCAAGG AGATTGAGAT TGTTGCTGTT GATGAGGGTG
GCAAGACCGG GGAGGTTCTG GGCTCCGGTG AGAAGAGAGA AGGTCTGCAG GCTGAGAATG
CTGTTCCCGG TCAGCCGACG TTCCTGTTTG CCAACATTGA ATAAATGATA TAAATCTAGA
ATACAGATTA CAATTAAGCG CAATTAAAAG ACATTA
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| Protein sequence | MTPDELREKY PKFFGTMAYP YMNGTLHAGH SFTASKVEFM AATARMEGKR ALFPLGFHCT
GMPIKACADK LADEVKKFGK NFEGYKDEDE ETAAVAAPTQ EVKAEQQEKF SGKKSKAAAK
TVKMKYQFQI MLAIGIPIEE IHKFADASYW LQHFPPLAIR DLDSLGAGID WRRQMVTTDA
NPYYDAFVRW QMNRLYELGK IQYGNRYTIY SPKDGQPCMD HDRTEGEGIG PQEYTAMKLK
VKEWAPKIAE LVKGKIEDDA DVYFIPATLR PETMYGQNCC FLGPKIEYGI FRVKEKQYYI
CTKRGAWNMA FQGTFFDSEH FPKTQDELPT VLTAPGSAFV GTLVDAPLSF HKDGVRILPM
EGVSATKGTG VVTCVPSDSP DDYATLLDLA KKPEYYGIQK EWAELEIFPL IETPTYGNLT
APALVKKLKI NSPKDVNQLA QAKELAYGEA FYKGTMIVGE FKGEPVSAAK DKIRKALYDS
GDAFPFADPM GKVVSRSGDD CVVAYLGQWF LNYGENDAKW QKDTLDHVVN TLNTYSNETK
NGFEKNLSWL NRWACARTYG LGSKLPWDPQ FLVESLSDST VYMAYYTIAH LLHGDRYGKT
TGKLNIKAEQ MIDEVWDYVF CRREISDELI SKSGLSKDAL QAMRREFEYW YPMDVRVSGK
DLIQNHLTFF LYIHVALFPP QYWPRGVRAN GHLLLNGDKM SKSTGNFLTL KDSVDKFGAD
ATRIAFADAG DGIEDANFEE SVANSNILRL FTLKEWIEEV VKDESLRTGP ADHFWDKVFD
NEINTLVREG KKNYQDTNFK LALKSSLYDL VGARDAYREA CISAGIGMHR DVVLRYIELQ
ALMMSPIAPH WSEYIWLEIL KKPDTIHRAL FPEVAEPSPE LSAATSYVRA TASSILSAEA
NFVKKLAKGK SAHFDPRKPK KITIFAAKKF PSWQEKYIDL VREAFDAVSL TINDKELNAK
VGKLGEMKKA MPFVQGLKKR LISTKEAPEI VFERKLPFDE FGVLKEMTVN LKKTTGAKEI
EIVAVDEGGK TGEVLGSGEK REGLQAENAV PGQPTFLFAN IE
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