| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09419 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 617642 |
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| End bp | 621028 |
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| Gene Length | 3387 bp |
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| Protein Length | 961 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | alanyl-tRNA synthetase, putative (AFU_orthologue; AFUA_8G03880) |
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| Protein accession | CBF84773 |
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| Protein GI | 259486703 |
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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 | 18 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0000000000000381337 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | CCTCTACTCA CAACTAAATT ACATCTCGCC ATGGCTTCAA ACTTGCAAAG CCAGCCAAAA
TGGACCTCGA AACTCGTCCG CGACACTTTT CTCCAATATT TTCAAGGGAA AGGCCATACA
TTCGGTATGT TCGAAGAGGG GGTGGCTTTG GGAAAGGATG AGCTCTCAAT AGATAATTCT
CAAGCTGACA GTTGTTACTC TTGTCCCTGT TAGTTGCTTC GTCCCCTGTC GCGCCTTTGT
CTGATCCTAC GCTGCTTTTC ACAAATGCAG GCATGAATCA ATTCAAGTCA ATTTTCCTGG
GTACCGTGAA TCCAAATTCA GACTTCGCAC AATTGAAGAG CGCAGTCAAT TCACAAAAGG
TTTTTGTCTC GACTCTACCG ATTTGGACTT ATGTTAATAT AGATGCAGTG CATTCGTGCA
GGTGGAAAAC ATAATGTTGG TTGGCACCCT GTGCAGGCGG GCCAAGTATT CGCTAACATT
TGTGAACAGG ACTTGGATGA TGTTGGGAAA GATAGCTACC ATCATGTGAG TTTGTTTTGA
CTTCGCGGTA GGATCGACTA ATTCTTCTCG CAGACCTTTT TTGAAATGCT CGGTAACTGG
AGCTTTGGGG ACTATTTCAA AAAGGAGGCC ATTCAATATT CCTGGGAATT GCTGACACAG
GTGTATGGCT TGGATCCCGG TCGATTATAC GTAACTTACT TTGAGGGAAA TAAAGAAGGT
GGCTTACAGC CCGATTTGGA AGCCAAAGCG CTTTGGAAGG CCGTCGGTGT TCCAGAAGAC
CATATTTTGC CTGGAAACAT GAAGGACAAT TTCTGGGAGA TGGGCGACCA AGGTCCATGT
GGTCCTTGCA GTGAAATCCA CTATGATCGC ATTGGCGGGC GCAATGCTGC TTCTCTTGTG
AATCAGGATG ATCCAAATGT TCTAGAGATC TGGAACAACG TTTTCATCCA ATATAATCGC
GAGAACGATG GATCGCTGCG TTCTTTGCCA AACAAGCACG TGGACACTGG AATGGGTTTT
GAGCGTCTTG TATCTGTGCT GCAGGACAAA TCCTCAAACT ATGACACTGA CGTTTTCGGT
CCCATCTTCC AGACCATTCA AGTTATTACT GGAGCACGGG AATATCAGGG CCGATTTGGA
ACTGACGATT CGGATGGAAT TGACACCGCC TATCGTGTGG TCGCCGACCA TGTCCGAACC
CTGATGTTTG CGATCTCTGA TGGCGTTGTG CCAAACAATG AGGGCCGCGG CTATGTTATT
CGACGTGTAT TGCGCAGGGG TGCACGTTAC GCACGAAAAT ACTTCAATGT CGAAATTGGG
AGCTTCTTTT CCAAAATCGT TCCCACTGTT GTGGAGCAGC TCGGCGACAT GTTTCCTGAG
TTGAAACAAA AGCAACAGGA TGTCATAGAG ATATTGAACG AGGAAGAAAT ATCTTTCGCG
AAAACGTTGG ATCGCGGGGA ACGCCAGTTC GAACAGTATG CTCAGCAGGC CAAGACTGCG
GGTGACCACA AATTACATGG AGCAGATGTT TGGAGGCTCT ATGATACTTT CGGTTTTCCG
GTCGATTTAA CGCGCATCAT GGCTGAAGAG CGTGGTCTCG AGATAGACGA TCGTCAGTTC
GAAGAAGCAC GCCACAAAGC TAAAGAAGCC AGCAAAGGCC AGAAGAAAAC AACGACTGGA
AGCGTTAAAT TGGACGTTCA TGATTTGGGA AAACTTGAGA AGATGAACGG TGTGCCAAAA
ACTGATGACA GTGCCAAGTT TGAAATAGGA AACGTCACCG CTCAGATCAA GGCTATATAC
CACGGAAAAA CCTTCCATTC ATCTACTCAA AACTTAGATG ATTCGGAACA AATTGGTATT
ATCCTTGACC GCACGAACTT CTACGCCGAG CAGGGTGGGC AAGAAAATGA CACTGGACGA
ATCGTTATCG ACGGACAGGC TGAGCTCGAA GTTGTCGATG TCCAACAGTA TGCTGGTTAC
GTCCTACACA CAGGTTATAT GAAATATGGC TCCTTCAAGG TCGATGACAC GGTCATCTGT
GAGTACGATG AGCTTCGACG GTGGCCTATC AGGAACAACC ATACCGGAAC CCACATACTA
AACTTCGCAC TGAGGGGGGT CTTAGGGGAC GGCATTGAGC AGAAGGGCTC TCTGGTCTCT
GCGGAAAAAT TGAGGTTTGA TTTTTCCCAC AAGTCACCTG TTACGGATGT GGAATTGGTA
AAAATCGAGG ATTTGTCAAC CCAATATATC CGACGCAATT GCTTGGTGTA TTCCAAGGAG
GTCCCTCTTT CAATAGCCCG AAATATTGCG GGGGTGAGAG CCGTTTTTGG CGAGACCTAC
CCTGACCCCG TCCGTGTTGT TTCCGTTGGT GCTGAATTAG ACGAAATATT GAAGAACGTC
GAAGATCCGC GTTGGGCGGA CTTTAGCATT GAGTTCTGTG GTGGAACTCA TGTGCAAAAG
ACAGGAGACA TCAAGGATCT GGTCATATTG GAAGAAAGTG GAATTGCGAA AGGAATTCGG
CGAATAATTG CTGTTACTGG TGAAGATGCC CACGAAGTGC AGCGCCTAGC GGAGGAATTT
GAGAAGCGAC TCAACCACCT CGAGGCAATG CCCTCGGGCT CGGCTAAAGA GCAGAATGCG
AAGCAGATAC AGGTCGAGCT GAACCAGCTG TCAATATCCG CTGTGCAGAA ATCAAGATTC
CGCGAACGGT TCACGCAAAT CAACAAAAAG ATCATCGACG AGCAAAAGGC CCAACAGAAG
CTCGAGTCCA AGAAGGCTGT CGAGAGTATT ACCTCGTATT TCGCGGCCCC AGAAAATGCC
AATAAGTCAT GGCTCATTGC AAAGCTTCCA ATATCGGCAA ATGCAAAGGC CGTTAGTGAA
TGCTTGACTT ACGTGAAAAC GAAACTCGCG GACAAAATGG TCTATGTTCT TGCCTCTAGT
CTTGAAGATG GTCGTGTAGC TCATGGATGC TACGTCCCTA AAGTAAGTTG TTCCTGAATT
ATTCTATAGC GAGCAGCTGT ATGGTGTCTA ACAGGCCACA TTATGTTTAT AGGCAATTAG
CGACCAGGGT GCGTCTGCTA GCGAATGGTC CAGTGCCGTT TCTAGAGCGG TTGGTGGCAA
GGCAGGGGGC AAAGGCCCTA CGTCGATTGG CAACGGTATC AATCCCGAGA AGGTTGATGA
CGCGGTAGAC TTGGCTTCGG AATACCTCAG CAAGTTCAAG TTATAGCTCT TTGGTTATGG
CTCGCGATTT CTTCTCGCTT GAACAGAGTA GATACTTTCT GTACTGCGCA TCAATGAAAA
GTTTTCCTCT ACATCTCTCC GCACTGGATG ATTACAACAT CTTGGTTTGG TTTGTCCCTT
GTGGTGCGGG TGTTTTCGAT CATTCGC
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| Protein sequence | MASNLQSQPK WTSKLVRDTF LQYFQGKGHT FVASSPVAPL SDPTLLFTNA GMNQFKSIFL
GTVNPNSDFA QLKSAVNSQK CIRAGGKHND LDDVGKDSYH HTFFEMLGNW SFGDYFKKEA
IQYSWELLTQ VYGLDPGRLY VTYFEGNKEG GLQPDLEAKA LWKAVGVPED HILPGNMKDN
FWEMGDQGPC GPCSEIHYDR IGGRNAASLV NQDDPNVLEI WNNVFIQYNR ENDGSLRSLP
NKHVDTGMGF ERLVSVLQDK SSNYDTDVFG PIFQTIQVIT GAREYQGRFG TDDSDGIDTA
YRVVADHVRT LMFAISDGVV PNNEGRGYVI RRVLRRGARY ARKYFNVEIG SFFSKIVPTV
VEQLGDMFPE LKQKQQDVIE ILNEEEISFA KTLDRGERQF EQYAQQAKTA GDHKLHGADV
WRLYDTFGFP VDLTRIMAEE RGLEIDDRQF EEARHKAKEA SKGQKKTTTG SVKLDVHDLG
KLEKMNGVPK TDDSAKFEIG NVTAQIKAIY HGKTFHSSTQ NLDDSEQIGI ILDRTNFYAE
QGGQENDTGR IVIDGQAELE VVDVQQYAGY VLHTGYMKYG SFKVDDTVIC EYDELRRWPI
RNNHTGTHIL NFALRGVLGD GIEQKGSLVS AEKLRFDFSH KSPVTDVELV KIEDLSTQYI
RRNCLVYSKE VPLSIARNIA GVRAVFGETY PDPVRVVSVG AELDEILKNV EDPRWADFSI
EFCGGTHVQK TGDIKDLVIL EESGIAKGIR RIIAVTGEDA HEVQRLAEEF EKRLNHLEAM
PSGSAKEQNA KQIQVELNQL SISAVQKSRF RERFTQINKK IIDEQKAQQK LESKKAVESI
TSYFAAPENA NKSWLIAKLP ISANAKAVSE CLTYVKTKLA DKMVYVLASS LEDGRVAHGC
YVPKAISDQG ASASEWSSAV SRAVGGKAGG KGPTSIGNGI NPEKVDDAVD LASEYLSKFK
L
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